CN100455061C - System and method for zone - based personalized information providing - Google Patents

System and method for zone - based personalized information providing Download PDF

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Publication number
CN100455061C
CN100455061C CNB2004800190871A CN200480019087A CN100455061C CN 100455061 C CN100455061 C CN 100455061C CN B2004800190871 A CNB2004800190871 A CN B2004800190871A CN 200480019087 A CN200480019087 A CN 200480019087A CN 100455061 C CN100455061 C CN 100455061C
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China
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information
frequency
portable terminal
sent
area
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CN1817055A (en
Inventor
孙圣哲
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SK Telecom Co Ltd
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SK Telecom Co Ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/30—Services specially adapted for particular environments, situations or purposes
    • H04W4/33—Services specially adapted for particular environments, situations or purposes for indoor environments, e.g. buildings
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
    • G01D5/00—Mechanical means for transferring the output of a sensing member; Means for converting the output of a sensing member to another variable where the form or nature of the sensing member does not constrain the means for converting; Transducers not specially adapted for a specific variable
    • G01D5/12—Mechanical means for transferring the output of a sensing member; Means for converting the output of a sensing member to another variable where the form or nature of the sensing member does not constrain the means for converting; Transducers not specially adapted for a specific variable using electric or magnetic means
    • G01D5/14—Mechanical means for transferring the output of a sensing member; Means for converting the output of a sensing member to another variable where the form or nature of the sensing member does not constrain the means for converting; Transducers not specially adapted for a specific variable using electric or magnetic means influencing the magnitude of a current or voltage
    • G01D5/142—Mechanical means for transferring the output of a sensing member; Means for converting the output of a sensing member to another variable where the form or nature of the sensing member does not constrain the means for converting; Transducers not specially adapted for a specific variable using electric or magnetic means influencing the magnitude of a current or voltage using Hall-effect devices
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K11/00—Structural association of dynamo-electric machines with electric components or with devices for shielding, monitoring or protection
    • H02K11/20—Structural association of dynamo-electric machines with electric components or with devices for shielding, monitoring or protection for measuring, monitoring, testing, protecting or switching
    • H02K11/21—Devices for sensing speed or position, or actuated thereby
    • H02K11/215—Magnetic effect devices, e.g. Hall-effect or magneto-resistive elements
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/02—Services making use of location information
    • H04W4/029—Location-based management or tracking services
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/20—Services signaling; Auxiliary data signalling, i.e. transmitting data via a non-traffic channel

Abstract

A system and method for providing zone-based personalized information to a user of mobile communication terminal located in a specific zone are presented. The system comprises a zone management system which acquires MIN information of a mobile communication terminal entering a specific zone, a zone information management server which receives the MIN information and zone identification information, requests location registration of the terminal to HLR and retrieves transmission information to be transferred to the terminal, and a SMS server which receives the transmission information and the MIN information from the zone information management server, gets location information of the terminal corresponding to the MIN information from the HLR, and transfers the transmission information and the MIN information to base station of the cell where the terminal is located. According to the system, distinct information according to the present location of the user can be provided for the user.

Description

The system and method that provides based on the customized information in zone
Technical field
The present invention relates to provides system and method based on the customized information in zone, and is particularly related to and is used for providing the customized information based on the zone of unique information that system is provided to the mobile communication subscriber that is positioned at the appointed area.
Background technology
Along with developing rapidly of mobile communication technology, mobile communication terminal has not only become voice communication assembly, also becomes the media that multiple information is provided to mobile communication subscriber.
Accordingly, mobile communications network of the prior art provides multiple information by using SMS (Short Message Service) to mobile communication subscriber, and will be described process subsequently.
At first, SMS server/CBC (CBC), it receives the information that will offer mobile communication subscriber from the informant that multiple information is provided, and the information translation that receives is become SMS message and send it to SMC (SMS message center).The SMC that receives SMS message obtains to receive the positional information of the portable terminal of SMS message from HLR (attaching position register), and SMS message is sent to mobile switch system corresponding to described position.
The SMS message that is sent to mobile switch system is delivered to the base station by base station controller, and is sent to portable terminal by paging passage or the service channel in the base station.
Simultaneously, with positional information based on the mode managing mobile terminal of sub-district.
As mentioned above, multiple information is by using SMS message to offer the mobile subscriber in existing mobile communications network.Yet, because mobile communication subscriber registers with the position based on the sub-district, can not provide appointed information to the mobile subscriber based on the zone, only may provide content widely.
Summary of the invention
Proposition of the present invention is in order to address the above problem.Thereby, the purpose of this invention is to provide a kind of system and method, described system and method is used for by the MIN information of the mobile communication terminal that obtains to enter the appointed area, then this MIN information and transmission information (transmissioninformation) being sent to the SMS server, and should transmission information be delivered to described terminal, and provides customized information based on the zone to the user of the mobile communication terminal that is positioned at the specific region.
For reaching this purpose, the customized information system based on the zone according to an embodiment of the invention comprises: Regional Management System, and it is installed in the specific region, and acquisition enters the MIN information of the mobile communication terminal of this specific region; The area information management server, it receives the area identification information in the zone that described MIN information and described Regional Management System install from described Regional Management System, ask the Location Registration of described terminal to HLR, and retrieve the transmission information that will be delivered to described terminal according to described MIN information and area identification information; And SMS server, it receives transmission information and MIN information from described area information management server, obtain described location information of terminals from HLR, and described transmission information and MIN information are delivered to the base station of the sub-district that described terminal is positioned at according to described positional information corresponding to MIN information.According to described system, can be the user unique information according to user's current location is provided.
Preferably, Regional Management System receives the information of mobile terminal that is delivered to the base station from portable terminal, and obtains MIN information from the information of mobile terminal that receives.
And this Regional Management System preferably includes: antenna, and its reception comprises the high-frequency signal that is sent to the information of mobile terminal of base station from portable terminal; The high-frequency signal processing section, it will convert intermediate-freuqncy signal to from the high-frequency signal that antenna transmits; The Base-Band Processing part, it obtains MIN information from demodulated data after the intermediate-freuqncy signal that will receive from the high frequency processing section converts digital signal and demodulation to; And communications portion, it is sent to the area information management server with MIN information and area identification information under the control of control section.
In addition, preferred, the district management server comprises the fire detection part, and it detects fire by sense heat or cigarette and takes place.
The high-frequency signal processing section preferably includes:
Duplexer, it will be divided into the high-frequency signal of 800MHz frequency band and the high-frequency signal of 1.8GHz frequency band from the signal that antenna receives; Low noise amplifier, it amplifies from each high-frequency signal of described duplexer input; Band pass filter, it is from selecting required frequency band and selected frequency band is passed through from the high-frequency signal of described low noise amplifier input; Downward frequency mixer, it converts high-frequency signal to intermediate-freuqncy signal by mixing from the high-frequency signal of described band pass filter input and the local signal of importing from PLL; Intermediate frequency amplifier, it amplifies from the intermediate-freuqncy signal of downward frequency mixer input; The intermediate-freuqncy signal processing section, it will arrive required level from each intermediate-freuqncy signal gain controlling of intermediate frequency amplifier.
Receiving the information of mobile terminal that is sent to the base station from portable terminal and after the information of mobile terminal retrieval MAC Address that receives, Regional Management System preferably is sent to the area information management server with MAC Address and area identification information.
In addition, the area information management system is preferably searched for the MIN information database by using from the MAC Address of Regional Management System transmission, and the MIN information of this MAC Address of search coupling, and by using MIN information and area identification information to come to ask the Location Registration of portable terminal to HLR, and by using MIN information and area identification information to search for the transmission information that will be sent to portable terminal, and will transmit information and MIN information is sent to the SMS server.
Regional Management System periodically transmits appointed area frequency of notification signal to its own zone, receives the Bluetooth signal that is transmitted when portable terminal detects this appointed area frequency of notification signal, and from this Bluetooth signal acquisition MIN information.
Portable terminal preferably includes: the test section, appointed area, and it detects entering the appointed area by receiving appointed area frequency of notification signal; The Bluetooth signal processing section, it is sent to Regional Management System by Bluetooth signal with MIN information by be transformed into activity pattern under the control of test section, appointed area.
Regional Management System preferably includes: antenna, and it receives Bluetooth signal; Frequency of notification processing section, appointed area, it transmits appointed area frequency of notification signal periodically; The Bluetooth signal processing section that receives, it obtains MIN information by handling the Bluetooth signal that receives by antenna; Control section, after the acquisition MIN information, it assigns to MIN information and area identification information are sent to the area information management server by the control Department of Communication Force in the Bluetooth signal processing section that receives.
Simultaneously, the appointed area management system periodically transmits appointed area frequency of notification signal to its oneself zone; Be received as the microwave of the 2.4GHz frequency band of WLAN distribution, described microwave is transmitted by the portable terminal that detects appointed area frequency of notification signal; And microwave acquisition MIN information from receiving.
In addition, portable terminal preferably includes: the test section, appointed area, and it detects entering the appointed area by receiving appointed area frequency of notification signal; And the Microwave Treatment part, it comes by microwave signal MIN information to be sent to Regional Management System by be transformed into activity pattern under the control of test section, appointed area.
Described Regional Management System preferably includes: antenna, and it receives microwave; Frequency of notification processing section, appointed area, it transmits appointed area frequency of notification signal periodically by antenna; The microwave signal processing section that receives, it obtains MIN information by handling the microwave signal that receives by antenna; Control section after the acquisition MIN information, is assigning to MIN information and area identification information are sent to the area information management server by the control Department of Communication Force in the microwave signal processing section that receives.
Simultaneously, Regional Management System periodically transmits appointed area frequency of notification signal to its own zone, receive by the BCDMA signal that portable terminal transmitted that detects this appointed area frequency of notification signal, and from this BCDMA signal acquisition MIN information.
In addition, portable terminal preferably includes: the test section, appointed area, and it detects entering the appointed area by receiving appointed area frequency of notification signal; The Microwave Treatment part, it comes by the BCDMA signal MIN information to be sent to Regional Management System by be transformed into activity pattern under the control of test section, described appointed area.
Regional Management System comprises: antenna, and it receives the BCDMA signal; Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal by antenna; The BCDMA signal processing that receives, it obtains MIN information by handling the BCDMA signal that receives by antenna; Control section, after the acquisition MIN information, it assigns to MIN information and area identification information are sent to the area information management server by the control Department of Communication Force in the described BCDMA signal processing that receives.
Simultaneously, the appointed area management system periodically transmits appointed area frequency of notification signal to its oneself zone; Be received as the microwave of the 2.4GHz frequency band/915MHz frequency band/868MHz frequency band of ZigBee distribution, described microwave is transmitted by the portable terminal that detects appointed area frequency of notification signal; And microwave acquisition MIN information from receiving.
In addition, portable terminal preferably includes: the test section, appointed area, and it detects entering the appointed area by receiving appointed area frequency of notification signal; And the Microwave Treatment part, it comes by microwave signal MIN information to be sent to Regional Management System by be transformed into activity pattern under the control of test section, appointed area.
Regional Management System preferably includes: antenna, and it receives microwave; Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal by antenna; The microwave signal processing section that receives, it obtains MIN information by handling the microwave signal that receives by antenna; Control section, after the acquisition MIN information, it is sent to the area information management server by the control communications portion with MIN information and area identification information in the microwave signal processing section that receives.
Simultaneously, Regional Management System periodically transmits appointed area frequency of notification signal to its oneself reserved area, reception is by the radio signal that portable terminal transmitted that detects this appointed area frequency of notification signal, and obtains MIN information from this radio signal.
In addition, portable terminal preferably includes: the test section, appointed area, and it detects entering the appointed area by receiving described appointed area frequency of notification signal; The radio wave processing section, it transmits MIN information to frequency of notification processing section, appointed area by be transformed into activity pattern under the control of Regional Management System by radio wave.
Regional Management System comprises: antenna, and it receives radio wave; Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal; The radio wave signal processing section that receives, it obtains MIN information by handling the radio wave that receives by antenna; Control section, after the acquisition MIN information, it assigns to transmit MIN information by the control Department of Communication Force and area identification information arrives the area information management server in the described radio wave processing section that receives.
Simultaneously, the customized information based on the appointed area according to an embodiment of the invention provides method may further comprise the steps: in Regional Management System, acquisition enters the MIN information of the mobile communication terminal of specific region; In the area information management server, use MIN information and the next Location Registration of area identification information to the HLR requesting terminal from Regional Management System; In the area information management server, to be delivered to the transmission information of terminal according to area identification information and MIN information retrieval; Transmit described transmission information and MIN information to SMC via the SMS server; In SMC, generate SMS message by using described transmission information, and obtain the positional information of the portable terminal of corresponding MIN information from HLR; Transmit SMS message and MIN information base station according to positional information to the sub-district that terminal was positioned at; And in the base station, SMS message is become data burst message (data burst message) form with the MIN information translation, and send it to terminal.
In addition, described method is further comprising the steps of: when Regional Management System detects the fire generation, with its notification area management server; Via the SMS server, will be arranged in the MIN information list of mobile communication terminal in zone of Regional Management System and the announcement that fire takes place and be sent to SMC; The announcement that takes place by the fire that uses among the SMC generates SMS message, and obtains the positional information of the portable terminal of corresponding MIN information from HLR; Transmit SMS message and MIN information list base station according to positional information to the sub-district that terminal was positioned at; And SMS message become the data burst message form with the MIN information translation, and send it to described terminal.
And it preferably also comprises: will be arranged in the MIN information list of portable terminal in zone of inside-plant other Regional Management Systems of also being positioned at of Regional Management System of notice fire alarm and the announcement that described fire takes place and be sent to the SMS server.
In addition, the step that obtains MIN information can comprise: receive by the information of mobile terminal that portable terminal transmitted that enters the specific region under Regional Management System control, and obtain MIN information from the end message that receives.
And the step that obtains MIN information can comprise: periodically transmit specific region frequency of notification signal to corresponding zone; Receive Bluetooth signal from the portable terminal that detects this specific region frequency of notification signal; And from Bluetooth signal acquisition MIN information.
The step that obtains MIN information can comprise: periodically transmit specific region frequency of notification signal to corresponding zone; Be received as the microwave of the 2.4GHz frequency band of WLAN distribution from the portable terminal that detects this specific region frequency of notification signal; And the step that obtains MIN information from described microwave.
And the step that obtains MIN information can comprise: periodically transmit specific region frequency of notification signal to corresponding zone; Receive the BCDMA signal from the portable terminal that detects this specific region frequency of notification signal; And from described BCDMA signal acquisition MIN information.
The step that obtains MIN information can comprise: periodically transmit specific region frequency of notification signal to corresponding zone; Receive the microwave of the 2.4GHz frequency band/915MHz frequency band/868MHz frequency band that is divided into the ZigBee distribution from the portable terminal that detects this specific region frequency of notification signal; And from described microwave acquisition MIN information.
And the step that obtains MIN information can comprise: periodically transmit specific region frequency of notification signal to corresponding zone; Receive radio wave from the portable terminal that detects this specific region frequency of notification signal; And from described radio wave acquisition MIN information.
Description of drawings
Fig. 1 illustrates that the customized information based on the zone according to an embodiment of the invention provides system.
Fig. 2 explanation is according to the formation of the Regional Management System of the embodiment among Fig. 1.
The example of the formation of the high frequency radio processing section in Fig. 3 key diagram 2.
Fig. 4 explanation is according to the formation of the Regional Management System of another embodiment among Fig. 1.
Fig. 5 explanation customized information based on the zone according to another embodiment of the present invention provides system.
The formation of the mobile communication terminal in Fig. 6 key diagram 5.
Fig. 7 explanation is according to the formation of the Regional Management System of an embodiment among Fig. 5.
Fig. 8 explanation is according to the formation of the Regional Management System of another embodiment among Fig. 5.
Fig. 9 explanation provides system according to the customized information based on the zone of further embodiment of this invention.
The formation of the mobile communication terminal in Figure 10 key diagram 9.
Figure 11 explanation is according to the formation of the Regional Management System of an embodiment among Fig. 9.
Figure 12 explanation is according to the formation of the Regional Management System of another embodiment among Fig. 9.
Figure 13 explanation customized information based on the zone according to yet another embodiment of the invention provides system.
Figure 14 illustrates the formation of the mobile communication terminal among Figure 13.
Figure 15 explanation is according to the formation of the Regional Management System of an embodiment among Figure 13.
Figure 16 explanation is according to the formation of the Regional Management System of another embodiment among Figure 13.
Figure 17 explanation customized information based on the zone according to yet another embodiment of the invention provides system.
Figure 18 illustrates the formation of the mobile communication terminal among Figure 17.
Figure 19 explanation is according to the formation of the Regional Management System of an embodiment among Figure 17.
Figure 20 explanation is according to the formation of the Regional Management System of another embodiment among Figure 17.
Figure 21 explanation customized information based on the zone according to yet another embodiment of the invention provides system.
Figure 22 illustrates the formation of the mobile communication terminal among Figure 21.
Figure 23 explanation is according to the formation of the Regional Management System of an embodiment among Figure 21.
Figure 24 explanation is according to the formation of the Regional Management System of another embodiment among Figure 21.
Figure 25 a and Figure 25 b are used to illustrate the flow chart that is used to provide based on the method for the customized information in zone according to an embodiment of the invention.
Figure 26 a and Figure 26 b are used to illustrate the flow chart that is used to according to another embodiment of the present invention to provide based on the method for the customized information in zone.
Figure 27 a and Figure 27 b are used to illustrate be used to provide flow chart based on the method for the customized information in zone according to further embodiment of this invention.
Figure 28 a and Figure 28 b be used to illustrate according to yet another embodiment of the invention be used to provide flow chart based on the method for the customized information in zone.
Figure 29 a and Figure 29 b are used to illustrate be used to provide flow chart based on the method for the customized information in zone according to further embodiment of this invention.
Figure 30 a and Figure 30 b be used to illustrate according to yet another embodiment of the invention be used to provide flow chart based on the method for the customized information in zone.
Major part label declaration * * * * in the * * * accompanying drawing
110,120,130,140,150,160: mobile communication terminal,
121,131,141,151,161: key input part,
122,132,142,152,162: radio is handled part,
123,133,143,153,163: the transceiver part,
124,134,144,154,164: the display part,
125,135,145,155,165: memory portion,
126,136,146,156,166: the test section, appointed area,
127: the Bluetooth signal processing section, 137: the Microwave Treatment part,
The 147:BCDMA signal processing, 157: the Microwave Treatment part,
167: the radio wave processing section,
128,138,148,158,168: control section,
129,139,149,159,169: power source,
200: the base station, 210:HLR, the 220:SMS server,
240: the area information management server,
300,400,500,600,700,800: Regional Management System,
310,410,510,610,710,810: antenna,
320: high frequency (HF) processing section, 321: duplexer,
322-a/322-b: low noise amplifier,
323-a/323-b: band pass filter (BPF),
324-a/324-b: downward frequency mixer,
325-a/325-b: phase-locked loop (PLL),
326-a/326-b: intermediate frequency amplifier,
327-a/327-b: intermediate frequency (IF) signal processor,
330: the Base-Band Processing part,
340,440,540,640,740,840: communications portion,
350,450,550,650,750,850: control section,
360,460,560,660,760,860: power source,
370,470,570,670,770,870: the fire detection part,
420,520,620,720,820: frequency of notification processing section, appointed area,
430: the Bluetooth signal processing section that receives,
530: the Microwave Treatment part that receives,
630: the BCDMA signal processing that receives,
730: the Microwave Treatment part that receives,
830: the radio wave processing section that receives.
Embodiment
The customized information that explains with reference to the accompanying drawings according to the preferred embodiment of the invention based on the appointed area provides system and method.
Fig. 1 illustrates that the customized information based on the appointed area according to an embodiment of the invention provides system, and described system comprises: mobile communication terminal (MCT) (110), base transceiver systems (BTS) (200), HLR (attaching position register) (210), SMS server (220), SMC (SMS message center) (230), Regional Management System (ZMS) (300) and area information management server (ZIMS) (240).
In this constitutes, portable terminal (110) is a kind of portable terminal, it is by enforcements such as cell phone or PCS, it is predetermined by mobile communication service provider (for example, SKtelecom, KTF, LG telecom) the mobile communication service that provides, and it provides the character information that receives from BTS to mobile communication subscriber.
The BTS (200) that is arranged in the sub-district communicates by letter with MCT and provides the mobile communication service to mobile communication subscriber.
HLR (210), its storage and management are registered to subscriber's parameter and the current location information of all MCT (110) in its oneself the district, come location registration according to MIN information and area identification information (ZII), described MIN information company location registration request is transmitted from ZIMS (240).
SMS server (220) will be delivered to SMC (230) from transmission information and the MIN information that ZIMS (240) are transmitted.
SMC (230) generates SMS message by using the transmission information of being transmitted from SMS server (220), come to obtain the positional information of MCT from HLR (210) according to the MIN information of being transmitted from SMS server (220), and by using this positional information, transmit described SMS message to BTS that MCT was positioned at via MSC (mobile switching centre) (not shown).
The ZMS (300) that is arranged in the appointed area obtains MIN information from the end message that the MCT (110) that enters described zone certainly periodically is sent to BTS (200), and can come to provide the information that will provide for mobile communication subscriber to this MCT (110) to ZIMS (240) by transmitting the MIN information that obtained and ZII.
In addition, the ZMS (300) that is positioned at the appointed area obtains MAC (media interviews control) address rather than MIN information from the end message that the MCT (110) that enters described zone certainly periodically is sent to BTS (200), and the MAC Address that can be obtained by transmission and ZII come to provide the information that will provide for mobile communication subscriber to MCT (110) to ZIMS (240).
ZMS (300) is installed in the place such as the nonspecific crowd massing of department store, subway, discount store, express charge station, park, fast food restaurant, and because the radius of the service area that ZMS covers less than about 2 to 50m, may make a plurality of ZMS at length manage the appointment place by specifying the place to be divided into several zones.
When ZIMS (240) when ZMS (300) receives MIN information and area identification information, it comes Location Registration to HLR (210) request portable terminal by using described MIN information and area identification information; Search for the information that will be delivered to respective user by means of the MIN information of transmitting from ZMS (300); After searching for the transmission information that will offer the corresponding region by means of the area identification information of transmitting with described MIN information, transmission information and the MIN information of transmitting search arrive corresponding SMS server (220).
When ZIMS (240) receives MAC Address but not when MIN information and area identification information from ZMS (300), its MAC Address that receives by use is searched for the MIN information that the MIN information database obtains to mate described MAC Address, come HLR (210) is asked the Location Registration of portable terminal by using described MIN information and area identification information, search for the information that will be delivered to respective user by using from the MIN information of described MIN information data library searching, and after searching for the transmission information that will offer the corresponding region by means of the described area identification information of transmitting from ZMS (300), transmission information and the described MIN information of transmitting search arrive corresponding SMS server (220).
Described MAC Address and MIN information are mated in the MIN information database mutually.
As previously mentioned, when ZIMS (240) asks Location Registration to HLR (210), it is according to by using MIN information or the MAC Address transmitted from ZMS (300) to come the HLR (210) of mobile communication provider is asked Location Registration from the MIN information of MIN information data library searching, and described mobile communication provider is that corresponding mobile terminal is subscribed.For example, after the MIN information of having verified the MIN information transmitted or search, if portable terminal has been subscribed the service that SK telecom provides, the network that the MIN information and the positional information of correspondence is delivered to SK telecom.
ZIMS (240) also is arranged in the MIN information of the portable terminal of appointed area according to each ZMS management.
Fig. 2 explanation is according to the formation of the ZMS (300) of an embodiment among Fig. 1, and it comprises antenna (310), high frequency (HF) processing section (320), Base-Band Processing part (330), communications portion (340), control section (350) and power source (360).
Antenna (310) receives from entering the information of mobile terminal that portable terminal transmitted of appointed area, and can receive the radio signal frequency band of 800MHz and 1.8GHz.The 1.8GHz frequency band that may only use an antenna to receive the 800MHz frequency band that is used for the honeycomb cdma communication and be used for PCS (personal communication service) cdma communication perhaps uses the radio signal that separately receives 800MHz frequency band and 1.8GHz frequency band more than one antenna.
HF processing section (320), it will be transformed into intermediate-freuqncy signal from the high-frequency signal that antenna (310) receive and the intermediate-freuqncy signal of conversion will be delivered to Base-Band Processing part (330), and 800MHz frequency band that for example is used for the honeycomb cdma communication that described HF processing section will receive from antenna and the different high-frequency signals that are used for the 1.8GHz frequency band of PCS (personal communication service) cdma communication are transformed into each intermediate-freuqncy signal.
After Base-Band Processing part (330) will be transformed into digital signal and demodulation from the intermediate-freuqncy signal of HF processing section (320) input, it obtained MIN information/or MAC Address from demodulated data.
Under the control of control section (350), communications portion (340) will be sent to ZIMS (240) from described MIN information/MAC Address and the area identification information that Base-Band Processing part (330) obtains.
Fig. 3 has illustrated that exemplarily it comprises according to the formation of the HF processing section of an embodiment among Fig. 2: duplexer 321, LNA (low noise amplifier) (322-a/322-b), BPF (band pass filter) (323-a/323-b), downwards frequency mixer (324-a/324-b), PLL (phase-locked loop) (325-a/325-b), intermediate frequency amplifier (326-a/326-b) and intermediate-freuqncy signal processing section (327-a/327-b).
Duplexer 321 will be divided into the high-frequency signal of 800MHz frequency band and the high-frequency signal of 1.8GHz frequency band from the signal that antenna receives, and these signals are input to LNA (322-a/322-b).
LNA (322-a/322-b) amplifies from each high-frequency signal of duplexer input, and is entered into BPF (323-a/323-b).
By from by selecting required frequency band the signal of low noise amplifier (322-a/322-b) input, BPF (323-a/323-b) with low insertion loss make required frequency by and delete extra unwanted frequency.
Frequency mixer (324-a/324-b) is by mixing the HF signal and will converting intermediate-freuqncy signal to from the high-frequency signal of BPF (323-a/323-b) input from the local signal that PLL (325-a/325-b) imports downwards.
PLL (325-a/325-b) provides the conversion intermediate-freuqncy signal required local signal for downward frequency mixer.
Intermediate frequency amplifier (326-a/326-b) will amplify from the intermediate-freuqncy signal of described downward frequency mixer input, and be entered into intermediate-freuqncy signal processing section (327-a/327-b).
Desired level will be arrived from the gain controlling in each intermediate-freuqncy signal of described intermediate frequency amplifier in intermediate-freuqncy signal processing section (327-a/327-b), and be entered into Base-Band Processing part (330).
Fig. 4 has illustrated the formation according to the Regional Management System of another embodiment, and it comprises antenna (310), HF processing section (320), Base-Band Processing part (330), fire detection part (370), communications portion (350) and power source (360).
Because antenna (310), HF processing section (320), Base-Band Processing part (330), communications portion (340) and power source (360) have and similarly constitute and functions according to those of the ZMS of a described embodiment, thereby the omission description of them.
But, fire detection part (370), it comprises hot detecting sensor and the cigarette detecting sensor that is installed in the appropriate location, detection of fires takes place, and when it senses the fire generation, with this event notice control section.
Control section (350) notifies ZIMS (240) fire to take place by using from the signal of fire detection part (370) input.
Fig. 5 explanation provides the formation of system according to another embodiment of the present invention based on the customized information of appointed area, it comprises mobile communication terminal (MCT) (120), base transceiver systems (BTS) (200), HLR (attaching position register) (210), SMS server (220), SMC (SMS message center) (230), Regional Management System (ZMS) (400) and area information management server (ZIMS) (240).
Because those of the formation of base transceiver systems (BTS) (200), HLR (attaching position register) (210), SMS server (220), SMC (SMS message center) (230), area information management server (ZIMS) (240) and a function and a described embodiment of the present invention are similar, thereby omit description of them.
But, portable terminal (120) is verified entering designation area by the reception of the appointed area frequency of notification signal that periodically sends according to ZMS, Bluetooth chip is transformed into activity pattern, and transmits MIN information or MAC Address to ZMS (400) by Bluetooth signal.
Be arranged in the Regional Management System (ZMS) (400) of designation area, represent that with signal this district specifies the zone by periodically transmitting appointed area frequency of notification signal; Obtain MIN information/MAC Address by receiving Bluetooth signal, described Bluetooth signal is to transmit according to the portable terminal that enters (120) that the reception to appointed area frequency of notification signal detects the appointed area; And be sent to the information that ZIMS (240) provides will be provided for portable terminal by the MIN information/MAC Address that will obtain and area identification information.
The frequency signal of the 900MHz frequency band in ISM (industrial science medical treatment) frequency band can be used for appointed area frequency of notification signal.
In addition, for not verifying the portable terminal that enters according to the reception of appointed area frequency of notification signal to designation area, ZMS (400) generates location registration request message, and transmits the location registration request message of generation to the appointed area by Bluetooth signal then.
The formation of the portable terminal in Fig. 6 key diagram 5, it comprises key input part (121), radio processing part (122), transceiver part (123), display part (124), memory portion (125), test section, appointed area (126), Bluetooth signal processing section (127), control section (128) and power source (129).
Key input part (121) generates the required telephone number of dialing and is used to import the key of the some kinds of values of setting.
Radio handle part (122) to/from the base station (200) transmit and receive radio data, transceiver part (123) can be reacted and hear the user, and the information that provides of the appreciable when needed some kinds of states of display part (124) explicit user and portable terminal.
Memory portion (125) storage system operation program and some kinds of data.
The appointed area frequency of notification signal that ZMS (400) periodically transmits is detected in test section, appointed area (126), and controls the mode of operation of Bluetooth signal processing section (127) according to detecting appointed area frequency of notification signal.
Bluetooth signal processing section (127) is transformed into activity pattern under the control of test section, appointed area (126), and arrives ZMS (400) by the MIN information or the MAC Address of Bluetooth signal transmission portable terminal.
The whole operation of control section (128) control portable terminal (120), and power source (129) provides power to whole system.
Simultaneously, according to the location registration request message that receives from ZMS (400), the portable terminal of test section, unequipped appointed area (126) arrives ZMS (400) in Bluetooth signal processing section (127) by MIN information or the MAC Address that Bluetooth signal transmits portable terminal.
Fig. 7 explanation is according to the formation of the ZMS of an embodiment among Fig. 5, and it comprises antenna (410), frequency of notification processing section, appointed area (420), the Bluetooth signal processing section (430) that receives, communications portion (440), control section (450) and power source (460).
Antenna (410) periodically transmits appointed area frequency of notification signal and receives the Bluetooth signal of the portable terminal transmission that enters the appointed area.
Appointed area frequency of notification signal is periodically transmitted by antenna (410) in frequency of notification processing section, appointed area (420), and detects portable terminal (120) entering the appointed area by receiving appointed area frequency of notification signal.
The Bluetooth signal processing section (430) that receives obtains MIN information or MAC Address by handling the Bluetooth signal that receives by antenna (410).
If the Bluetooth signal processing section (430) that receives has obtained MIN information or MAC Address, control section (450) transmits described MIN information/MAC Address by control communications portion (440) and area identification information arrives area information management server (240).
And, because the portable terminal of test section, unequipped appointed area (126) can not be verified its entering the specific region, ZMS according to an embodiment among Fig. 7 can also comprise transmission Bluetooth signal processing section (not shown), its by Bluetooth signal periodically the delivering position login request message to antenna (410) so that do not have specify region detecting part branch (126) but the portable terminal location registration.
Fig. 8 explanation is according to the formation of the ZMS of another embodiment among Fig. 5, and it comprises antenna (410), frequency of notification processing section, appointed area (420), the Bluetooth signal processing section (430) that receives, fire detection part (470), communications portion (440), control section (450) and power source (460).
Because those of the formation of antenna (410), frequency of notification processing section, appointed area (420), the Bluetooth signal processing section (430) that receives, communications portion (440), control section (450) and power source (460) and a function and a described embodiment are similar, thereby omit description of them.
But, fire detection part (470), it comprises hot detecting sensor and the cigarette detecting sensor that is installed in the appropriate location, detection of fires takes place, and when it senses the fire generation with this event notice control section (450).
Control section (450) notifies ZIMS (240) fire to take place by using from the signal of fire detection part (470) input.
Location Registration for the portable terminal of asking test section, unequipped appointed area (126), can also comprise according to the ZMS of another embodiment among Fig. 8 and to transmit Bluetooth signal processing section (not shown), its by Bluetooth signal periodically the delivering position login request message to antenna (410).
Fig. 9 illustrates the formation that system is provided according to the customized information based on the appointed area of further embodiment of this invention, and it comprises mobile communication terminal (MCT) (110), base transceiver systems (BTS) (200), HLR (attaching position register) (210), SMS server (220), SMC (230), Regional Management System (ZMS) (500) and area information management server (ZIMS) (240).
Because those of the function of BTS (200), HLR (210), SMS server (220), SMC (230), Regional Management System (ZMS) (500), area information management server (ZIMS) (240) and a formation and a described embodiment are similar, thereby omit description of them.
But, portable terminal (130) is verified entering designation area by the reception of the appointed area frequency of notification signal that periodically sends according to ZMS (500), WLAN (WLAN) chip is transformed into activity pattern, and the microwave of the 2.4GHz frequency band by being used for WLAN transmits MIN information or MAC Address to ZMS (500).
Be arranged in the Regional Management System (ZMS) (500) of appointed area, represent that by periodically transmitting appointed area frequency of notification signal this district specifies the zone; Obtain MIN information or MAC Address by receiving microwave signal, described microwave signal is to transmit according to the portable terminal that enters (130) that the reception to described appointed area frequency of notification signal detects the appointed area; And be sent to the information that ZIMS (240) provides will be provided for portable terminal by the MIN information/MAC Address that will obtain and area identification information.
The frequency signal of 900MHz frequency band can be used for appointed area frequency of notification signal.
In addition, for not verifying the portable terminal that enters to designation area according to the reception of appointed area frequency of notification signal, ZMS (500) generates location registration request message, and the location registration request message that generates by microwave transmission then is to the appointed area.
Figure 10 has illustrated the formation of the portable terminal among Fig. 9, and it comprises key input part (131), radio processing part (132), transceiver part (133), display part (134), memory portion (135), test section, appointed area (136), Microwave Treatment part (137), control section (138) and power source (139).
Because those of the formation of key input part (131), radio processing part (132), transceiver part (133), display part (134), memory portion (135), control section (138), power source (139) and a function and a described embodiment are similar, thereby omit description of them.
The appointed area frequency of notification signal that ZMS (500) periodically transmits is detected in test section, appointed area (136), and according to detecting the mode of operation that appointed area frequency of notification signal comes controlled microwave processing section (137).
Microwave Treatment part (137) is transformed into activity pattern under the control of test section, appointed area (136), and arrives ZMS (500) by the MIN information or the MAC Address of microwave transmission portable terminal.
Simultaneously, according to the location registration request message that receives from ZMS (500), the portable terminal of test section, unequipped appointed area (136) transmits the MIN information or the MAC Address of the portable terminal in the Microwave Treatment part (137).
Figure 11 has illustrated the formation according to the ZMS of an embodiment among Fig. 9, Microwave Treatment part (530), communications portion (540), control section (550) and power source (560) that it comprises antenna (510), frequency of notification processing section, appointed area (520), receives.
Antenna (510) is transit area frequency of notification signal and receive the microwave that the portable terminal (130) enter the appointed area transmits periodically.
The appointed area frequency of notification is handled frequency part (520) and is periodically transmitted appointed area frequency of notification signal by antenna (510), and detects portable terminal (130) entering the appointed area by receiving appointed area frequency of notification signal.
The Microwave Treatment part (530) that receives obtains MIN information or MAC Address by handling the microwave signal that receives by antenna (510).
If the Microwave Treatment that receives part (530) obtains described MIN information, control section (550) transmits this MIN information/MAC Address by control communications portion (540) and area identification information arrives area information management server (240).
Location Registration for the portable terminal of asking test section, unequipped appointed area (136), ZMS according to an embodiment among Figure 11 can also comprise transmission Microwave Treatment part (not shown), and it arrives antenna (510) by microwave periodic ground delivering position login request message.
Figure 12 explanation is according to the formation of the ZMS of another embodiment among Fig. 9, and it comprises antenna (510), frequency of notification processing section, appointed area (520), the Microwave Treatment part (530) that receives, fire detection part (570), communications portion (540), control section (550) and power source (560).
Because those of the formation of antenna (510), frequency of notification processing section, appointed area (520), the microwave signal processing section (530) that receives, communications portion (540) and power source (560) and a function and a described embodiment are similar, thereby omit description of them.
But, fire detection part (570), it comprises hot detecting sensor and the cigarette detecting sensor that is installed in the appropriate location, detection of fires takes place, and when it senses the fire generation, with this event notice control section (550).
Control section (550) is according to notifying ZIMS (240) fire to take place from the signal of fire detection part (570) input.
Location Registration for the portable terminal (130) of asking test section, unequipped appointed area (136), ZMS according to an embodiment among Fig. 8 can also comprise transmission Microwave Treatment part (not shown), and it arrives antenna (510) by microwave periodic ground delivering position login request message.
Figure 13 explanation customized information based on the appointed area according to yet another embodiment of the invention provides system, and it comprises mobile communication terminal (MCT) (140), base transceiver systems (BTS) (200), HLR (210), SMS server (220), SMC (230), Regional Management System (ZMS) (600) and area information management server (ZIMS) (240).
Because those of the function of BTS (200), HLR (210), SMS server (220), SMC (230), area information management server (ZIMS) (240) and a formation and a described embodiment are similar, thereby omit description of them.
But, portable terminal (140) is verified entering designation area by the reception to the appointed area frequency of notification signal that sends according to ZMS (600) cycle, BCDMA (binary system CDMA) chip is transformed into activity pattern, and arrives ZMS (600) by BCDMA transmission MIN information or MAC Address.
Be arranged in the ZMS (600) of designation area, represent that with signal this district specifies the zone by periodically transmitting appointed area frequency of notification signal; Obtain MIN information/MAC Address by receiving the BCDMA signal, described BCDMA signal is that the portable terminal that enters (130) that the reception according to appointed area frequency of notification signal detects the appointed area transmits; And be sent to the information that ZMS (240) provides will be provided for portable terminal by the MIN information/MAC Address that will obtain and area identification information.
The frequency signal of 900MHz frequency band can be used for appointed area frequency of notification signal.
In addition, for not verifying the portable terminal that enters according to the reception of appointed area frequency of notification signal to designation area, ZMS (600) generates location registration request message, and transmits the location registration request message of generation to designation area by the BCDMA signal then.
Figure 14 illustrates the formation of the portable terminal among Figure 13, and it comprises key input part (141), radio processing part (142), transceiver part (143), display part (144), memory portion (145), test section, appointed area (146), BCDMA signal processing (147), control section (148) and power source (149).
Because those of the formation of key input part (141), radio processing part (142), transceiver part (143), display part (144), memory portion (145), control section (148) and power source (149) and a function and a described embodiment are similar, thereby omit description of them.
But test section, appointed area (146) detect the appointed area frequency of notification signal that ZMS (600) periodically transmits, and control the mode of operation of BCDMA signal processing (147) according to the appointed area frequency of notification signal that detects.
BCDMA signal processing (147) is transformed into activity pattern under the control of test section, appointed area (146), and transmits the MIN information of portable terminal or MAC Address to ZMS (600) by the BCDMA signal.
Simultaneously, according to the location registration request message that receives from ZMS (600), the portable terminal of test section, unequipped appointed area (146) arrives ZMS (600) in BCDMA signal processing (147) by MIN information or the MAC Address that the BCDMA signal transmits portable terminal.
Figure 15 explanation is according to the formation of the ZMS of an embodiment among Figure 13, and it comprises antenna (610), frequency of notification processing section, appointed area (620), the BCDMA processing section (630) that receives, communications portion (640), control section (650) and power source (660).
Wherein antenna (610) periodically transmits the BCDMA signal that appointed area frequency of notification signal also receives portable terminal (140) transmission that enters the appointed area.
Appointed area frequency of notification signal is periodically transmitted by antenna (610) in frequency of notification processing section, appointed area (620), and detects portable terminal (140) entering the appointed area by receiving appointed area frequency of notification signal.
The BCDMA processing section (630) that receives obtains MIN information or MAC Address by handling the BCDMA signal that receives by antenna (610).
Described MIN information in the BCDMA signal processing (630) that control section (650) obtains to receive, and transmit this MIN information and area identification information arrives area information management server (240) by control communications portion (640).
Location Registration for the portable terminal (140) of asking test section, unequipped appointed area (146), ZMS according to an embodiment among Figure 15 can also comprise transmission BCDMA processing section (not shown), and it arrives antenna (610) by BCDMA signal period property ground delivering position login request message.
Figure 16 explanation is according to the formation of the ZMS of another embodiment among Figure 13, and it comprises antenna (610), frequency of notification processing section, appointed area (620) and the BCDMA signal processing (630) that receives, fire detection part (670), communications portion (640), control section (650) and power source (660).
Because those of the formation of antenna (610), frequency of notification processing section, appointed area (620) and the BCDMA signal processing (630) that receives and a function and a described embodiment are similar, thereby the omission description of them.
But, fire detection part (670), it comprises hot detecting sensor and the cigarette detecting sensor that is installed in the appropriate location, detection of fires takes place, and when it senses the fire generation, with this event notice control section (650).
Control section (650) is according to notifying ZIMS (240) fire to take place from the signal of fire detection part (670) input.
Location Registration for the portable terminal (140) of asking test section, unequipped appointed area (146), ZMS according to another embodiment among Figure 16 can also comprise transmission BCDMA signal processing (not shown), and it arrives antenna (610) by BCDMA signal period property ground delivering position login request message.
Figure 17 explanation customized information based on the appointed area according to yet another embodiment of the invention provides system, and it comprises mobile communication terminal (MCT) (150), base transceiver systems (BTS) (200), HLR (210), SMS server (220), SMC (230), Regional Management System (ZMS) (700) and area information management server (ZIMS) (240).
Because those of the function of BTS (200), HLR (210), SMS server (220), SMC (SMS message center) (230), area information management server (ZIMS) (240) and a formation and a described embodiment are similar, thereby omit description of them.
But, portable terminal (150) is by verifying entering designation area according to the reception of the appointed area frequency of notification signal that ZMS is periodically sent, and ZigBee (IEEE 802.15.4) chip is transformed into activity pattern, and the microwave of the 2.4GHz frequency band/915MHz frequency band/868MHz frequency band of the frequency band by being used for ZigBee transmits MIN information or MAC Address to ZMS (700).
Be arranged in the Regional Management System (ZMS) (700) of designation area, specify the zone to represent this district by transit area frequency of notification signal periodically; Obtain MIN information or MAC Address by receiving microwave signal, described microwave signal is to transmit according to the portable terminal that enters (150) that the reception to described appointed area frequency of notification signal detects the appointed area; And be sent to the information that ZMS (240) provides will be provided for portable terminal (150) by the MIN information/MAC Address that will obtain and area identification information.
The 900MHz frequency signal can be used for appointed area frequency of notification signal.
In addition, for not verifying the portable terminal that enters to designation area according to the reception of regional frequency of notification signal, ZMS (700) generates location registration request message, transmits the location registration request message of generation to the appointed area by microwave.
Figure 18 illustrates the formation of the portable terminal among Figure 17, and it comprises key input part (151), radio processing part (152), transceiver part (153), display part (154), memory portion (155), test section, appointed area (156), Microwave Treatment part (157), control section (158) and power source (159).
Because those of the formation of key input part (151), radio processing part (152), transceiver part (153), display part (154), memory portion (155), control section (158), power source (159) and function and described another embodiment are similar, thereby omit description of them.
But test section, appointed area (156) detect the appointed area frequency of notification signal that ZMS (700) periodically transmits, according to detecting the mode of operation that appointed area frequency of notification signal comes controlled microwave processing section (157).
Microwave Treatment part (157) is transformed into activity pattern under the control of test section, appointed area (156), and transmits the MIN information of portable terminal or MAC Address to ZMS (700) by microwave.
Simultaneously, according to the location registration request message that receives from ZMS (700), the portable terminal of test section, unequipped appointed area (156) arrives ZMS (700) in the MIN information or the MAC Address of Microwave Treatment part (157) by the microwave transmission portable terminal.
Figure 19 explanation is according to the formation of the ZMS of an embodiment among Figure 17, and it comprises antenna (710), frequency of notification processing section, appointed area (720), Microwave Treatment part (730), the communications portion (740), control section (750) and the power source (760) that receive.
Antenna (710) is the microwave that transmits of the portable terminal (150) enter of transit area frequency of notification signal and receive periodically.
Appointed area frequency of notification signal is periodically transmitted by antenna (710) in frequency of notification processing section, appointed area (720), and detects portable terminal (150) entering the appointed area by receiving appointed area frequency of notification signal.
Microwave Treatment part (730) obtains MIN information or MAC Address by handling the microwave that receives from antenna (710).
If the processing section of the microwave that receives (730) have obtained described MIN information, control section (750) transmits this MIN information/MAC Address by control communications portion (740) and area identification information arrives area information management server (240).
Location Registration for the portable terminal (150) of asking test section, unequipped appointed area (156), ZMS (700) according to an embodiment among Figure 19 can also comprise transmission Microwave Treatment part (not shown), and it arrives antenna (710) by microwave periodic ground delivering position login request message.
Figure 20 explanation is according to the formation of the ZMS of another embodiment among Figure 17, and it comprises antenna (710), frequency of notification processing section, appointed area (720), the microwave signal processing section (730) that receives, fire detection part (770), communications portion (740), control section (750) and power source (760).
Because those of the formation of antenna (710), frequency of notification processing section, appointed area (720), the microwave signal processing section (730) that receives, communications portion (740) and power source (760) and a function and a described embodiment are similar, thereby omit description of them.
But, fire detection part (770), it comprises hot detecting sensor and the cigarette detecting sensor that is installed in the appropriate location, detection of fires takes place, and when it senses the fire generation, with this event notice control section (750).
Control section (750) notifies ZIMS (240) fire to take place by using from the signal of fire detection part (770) input.
Location Registration for the portable terminal (150) of asking test section, unequipped appointed area (156), ZMS (700) according to another embodiment among Figure 20 can also comprise transmission Microwave Treatment part (not shown), and it arrives antenna (710) by microwave periodic ground delivering position login request message.
Figure 21 explanation customized information based on the appointed area according to yet another embodiment of the invention provides system, and it comprises mobile communication terminal (MCT) (150), base transceiver systems (BTS) (200), HLR (210), SMS server (220), SMC (230), Regional Management System (ZMS) (800), area information management server (ZIMS) (240).
Because those of the function of BTS (200), HLR (210), SMS server (220), SMC (230) and area information management server (ZIMS) (240) and a formation and a described embodiment are similar, thereby omit description of them.
But, portable terminal (160) is by verifying entering designation area according to the reception of the appointed area frequency of notification signal that the ZMS cycle is sent, and RFID (radio frequency identification) chip is transformed into activity pattern, and transmit MIN information or MAC Address to ZMS (800) by radio wave (10KHz is used for radio wave to the frequency band of 300GHz, but mainly uses the low frequency wave of 134.2KHz).
Be arranged in the Regional Management System (ZMS) (800) of designation area, represent that by periodically transmitting appointed area frequency of notification signal this district specifies the zone; Obtain MIN information/MAC Address by receiving microwave signal, described radio wave signal is that the portable terminal that enters (160) that the reception according to appointed area frequency of notification signal detects the appointed area transmits; And be sent to the information that ZIMS (240) provides will be provided for portable terminal (160) by the MIN information/MAC Address that will obtain and area identification information.
The 900MHz frequency signal can be used for appointed area frequency of notification signal.
In addition, for not verifying the portable terminal that enters to designation area according to the reception of regional frequency of notification signal, ZMS (800) generates location registration request message, and transmits the location registration request message that generates by radio wave to the appointed area.
Figure 22 illustrates the formation of the portable terminal among Figure 21, and it comprises key input part (161), radio processing part (162), transceiver part (163), display part (164), memory portion (165), test section, appointed area (166), radio wave processing section (167), control section (168) and power source (169).
Because those of the formation of key input part (161), radio processing part (162), transceiver part (163), display part (164), memory portion (165), control section (168) and power source (169) and function and described another embodiment are similar, thereby omit description of them.
But test section, appointed area (166) detect the appointed area frequency of notification signal that ZMS (800) periodically transmits, and control the mode of operation of radio wave processing section (167) according to detecting appointed area frequency of notification signal.
Radio wave processing section (167) is transformed into activity pattern under the control of test section, appointed area (166), and transmits the MIN information of portable terminal or MAC Address to ZMS (800) by radio wave.
Simultaneously, according to the location registration request message that receives from ZMS (800), the portable terminal (160) of test section, unequipped appointed area (166) arrives ZMS (800) in radio wave processing section (167) by MIN information or the MAC Address that radio wave transmits portable terminal.
Figure 23 explanation is according to the formation of the ZMS of an embodiment among Figure 21, and it comprises antenna (810), frequency of notification processing section, appointed area (820), the radio wave processing section (830) that receives, communications portion (840), control section (850) and power source (860).
Antenna (810) is the radio wave that transmits of the portable terminal (160) enter of transit area frequency of notification signal and receive periodically.
Appointed area frequency of notification signal is periodically transmitted by antenna (810) in frequency of notification processing section, appointed area (820), and detects portable terminal (160) entering the appointed area by receiving appointed area frequency of notification signal.
Radio wave processing section (830) obtains MIN information or MAC Address by handling the radio wave that receives from antenna (810).
If the radio wave processing section (830) that receives has obtained described MIN information, control section (850) transmits this MIN information/MAC Address by control communications portion (840) and area identification information arrives area information management server (240).
Location Registration for the portable terminal (160) of asking test section, unequipped appointed area (166), can also comprise according to the ZMS (800) of an embodiment among Figure 19 and to transmit radio wave processing section (not shown), its by radio wave periodically the delivering position login request message to antenna (810).
Figure 24 explanation is according to the formation of the ZMS of another embodiment among Figure 21, and it comprises antenna (810), frequency of notification processing section, appointed area (820), the radio wave signal processing section (830) that receives, fire detection part (870), communications portion (840), control section (850) and power source (860).
Because those of the formation of antenna (810), frequency of notification processing section, appointed area (820), the radio wave signal processing section (830) that receives, communications portion (840) and power source (860) and a function and a described embodiment are similar, thereby omit description of them.
But, fire detection part (870), it comprises hot detecting sensor and the cigarette detecting sensor that is installed in the appropriate location, detection of fires takes place, when its sense fire when taking place with this event notice control section (850).
Control section (850) takes place by using from signalisation ZIMS (240) fire of fire detection part (870) input.
Location Registration for the portable terminal (160) of asking test section, unequipped appointed area (166), can also comprise according to the ZMS (800) of another embodiment among Figure 24 and to transmit radio wave signal processing section (not shown), its by radio wave periodically the delivering position login request message to antenna (810).
Figure 25 a and Figure 25 b are flow charts, are used to illustrate the method that is used to provide based on the customized information of appointed area according to an embodiment of the invention, and will make an explanation with Fig. 1 to Fig. 4.
At first, the ZMS (300) that is positioned at the appointed area of its monitoring obtains MIN information from end message, described end message from enter this regional MCT (110) periodically be sent to BTS (S10, S12).
And it is sent to ZIMS (240) (S14) with MIN information and the ZII that is obtained.
ZMS from S14 (300) receives the mobile communication provider of ZIMS (240) the checking user reservation of MIN information and area identification information, and by MIN information and area identification information are sent to HLR (210), the Location Registration of the HLR in the mobile communications network that is installed in the service provider (210) request portable terminal (S16, S18).
HLR (210) is according to coming location registration with location registration request from MIN information and area identification information (ZII) that ZIMS (240) transmits.
ZIMS (240) is by means of searching for the information that will be delivered to respective user by S14 from the MIN information that ZMS (300) transmits, and searches for the information (S20) that will be provided to the corresponding region by means of the area identification information of transmitting with MIN information.
After this, its transmission information that will search and MIN information are delivered to corresponding SMS server (220) (S22).
The SMS server (220) that reception will be delivered to corresponding to the information of the portable terminal of MIN information will be delivered to SMC (230) from transmission information and the MIN information that ZIMS (240) transmits, produce SMS message and receive by using the transmission information of transmitting from SMS server (220) from the transmission information of SMS server (220) and the SMC (230) of MIN information, obtain the positional information (S24 of MCT from HLR (210) according to the MIN information of transmitting from SMS server (220), S26, S28).
And by use location information, the SMS server is sent to the BTS (S30) that MCT is positioned at via MSC with SMS message.
The base station that receives SMS message and MIN information by S30 is sent to portable terminal (S32) by the data burst message on the paging passage with SMS message and MIN information.
When ZMS (300) detects when entering portable terminal, it will be delivered to terminal information by using SMS message to transmit.At this moment, take place if the fire detection of Regional Management System (300) part (370) detects fire, then its to ZIMS (240) notice fire take place (S34, S36).
The ZIMS server (240) that notified fire from ZMS (300) takes place will be arranged in the MIN information list of mobile communication terminal in zone of described Regional Management System and the announcement that fire takes place is delivered to SMS server (220) (S38).
Reception is sent to SMC (230) from the MIN information list of ZIMS (240) and the SMS server (220) of announcement with described MIN information list and announcement.SMC produces SMS message by using fire to announce, and according to the MIN information list from HLR obtain corresponding to the portable terminal of MIN information positional information (S40, S42, S44).
According to the positional information that obtains in S44, described SMS server is delivered to SMS message and MIN information via the MSC (not shown) base station (S46) of the sub-district that terminal is positioned at.
The base station that receives SMS message and MIN information by S44 is sent to portable terminal (S48) by the data burst message on the paging passage with described SMS message and MIN information.
Simultaneously, the ZIMS (240) that notified fire from ZMS (300) takes place in S36 will be arranged in the MIN information list of portable terminal in zone of another Regional Management System and announcement that fire takes place and be delivered to the portable terminal of SMS server (220) with the zone of notifying another ZMS, the same building thing that the Regional Management System that described another Regional Management System is arranged in notified alarm of fire also is positioned at.
Simultaneously, when ZMS (300) in step S12 when end message obtains MAC (media interviews control) address rather than MIN information, it is sent to ZIMS (240) with MAC Address and the area identification information that is obtained.The MAC Address that reception receives by use from the ZIMS (240) of the MAC Address of ZMS (300) and area identification information is searched for the MIN information database and is obtained MIN information with the MAC Address coupling.Then, by using the MIN information that is obtained, described ZIMS confirms the mobile service provider that portable terminal subscribes to, and by using MIN information and area identification information to come to ask to HLR (210) Location Registration of portable terminal.By the information using the MIN information search from the MIN information database to search for will to be delivered to respective user and by using after area identification information searches for the information that will be provided to the corresponding region, transmission information that described ZIMS will search and MIN information are delivered to corresponding SMS server (220).
Figure 26 a and Figure 26 b are flow chart, be used to illustrate according to another embodiment of the present invention be used to provide method based on the customized information of appointed area, will describe to Fig. 8 in conjunction with Fig. 5.
At first, ZMS (400) with specific region frequency of notification signal period property be sent to corresponding zone (S50).The portable terminal (120) that detects specific region frequency of notification signal activates the mode of operation of Bluetooth chip, and by Bluetooth signal himself MIN information is sent to ZMS (400).
The ZMS (400) of the Bluetooth signal that reception transmits from portable terminal (120) obtains MIN information from described Bluetooth signal, and (S52 S54), and is sent to ZIMS (240) (S56) with MIN information and the ZII that is obtained.
ZIMS (240) from ZMS (400) reception MIN information and area identification information in S56 verifies the mobile communication provider that the user subscribes to according to MIN information, and by transmitting MIN information and area identification information Location Registration (S58 to HLR (210) request portable terminal, S60), described HLR is installed in service provider's the mobile communications network.
The HLR (210) that is requested Location Registration in S60 comes location registration according to MIN information and the area identification information (ZII) transmitted with location registration request.
ZIMS (240) is by means of searching for the information that will be delivered to respective user by S56 from the MIN information that ZMS (300) transmits, and searches for the information (S62) that will be provided to the corresponding region by means of the area identification information of transmitting with MIN information.
After this, described ZIMS transmission information that will search and MIN information are delivered to corresponding SMS server (220) (S64).
Receive by S64 that the SMS server (220) will be delivered to corresponding to the information of the portable terminal of MIN information will transmit information and MIN information is delivered to SMC (230).Reception produces SMS message from the transmission information of SMS server (220) and the SMC (230) of MIN information by using the transmission information of transmitting from SMS server (220), and obtain the positional information (S66 of MCT from HLR (210) according to the MIN information of transmitting from SMS server (220), S68, S70).
After this, by use the positional information that obtains in S70, described SMC is sent to the BTS (S72) that MCT is positioned at via the MSC (not shown) with SMS message and MIN information.
The base station that receives SMS message and MIN information by S72 is sent to portable terminal (S74) by the data burst message on the paging passage with described SMS message and MIN information.
As previously described, when ZMS (400) detected the portable terminal that enters, it will be delivered to this terminal information by using SMS message to transmit.At this moment, take place if the fire detection of Regional Management System (400) part (470) detects fire, then its to ZIMS (240) notice fire take place (S76, S78).
The ZIMS server (240) that notified fire from ZMS (400) takes place in S78 will be arranged in the MIN information list of mobile communication terminal in zone of described Regional Management System and the announcement that fire takes place is delivered to SMS server (220) (S80).
In S80, receive and described MIN information list and announcement are sent to SMC (230) from the MIN information list of ZIMS (240) and the SMS server (220) of announcement.SMC produces SMS message by using fire to announce, and according to the MIN information list from HLR obtain corresponding to the portable terminal of MIN information positional information (S82, S84, S86).
According to the positional information that is obtained among the S86, described SMC is delivered to SMS message and MIN information via the MSC (not shown) base station (S88) of the sub-district that terminal is positioned at.
The base station that receives transmission information and MIN information by S88 is sent to portable terminal (S90) by the data burst message on the paging passage with described transmission information and MIN information.
Simultaneously, step 50 is substitutable for following steps to step 52: ZMS (400) to the mobile terminal request Location Registration that enters the appointed area, and receives the Bluetooth signal that comprises MIN information by the use location login request message from the portable terminal (120) that is requested Location Registration.
Simultaneously, when portable terminal (120) transmits MAC Address rather than MIN information by Bluetooth signal, the ZMS (400) that receives Bluetooth signal obtains MAC Address from the Bluetooth signal that receives, and MAC Address and the area identification information that is obtained is sent to ZIMS (240).Search for the MIN information database and obtain MIN information with the MAC Address coupling and receive MAC Address that the ZIMS (240) from the MAC Address of ZMS (400) and area identification information receives by use.Then, by using the MIN information that is obtained, described ZIMS confirms the mobile service provider that portable terminal subscribes to, and by using MIN information and area identification information to come to ask to HLR (210) Location Registration of portable terminal.And by the information using the MIN information search from the MIN information database to search for will to be delivered to respective user and by using after area identification information searches for the information that will be provided to the corresponding region, transmission information that described ZIMS will search and MIN information are delivered to corresponding SMS server (220).
Figure 27 a and Figure 27 b are flow chart, be used to illustrate according to another embodiment of the present invention be used to provide method based on the customized information of appointed area, will describe to Figure 12 in conjunction with Fig. 9.
At first, ZMS (500) with specific region frequency of notification signal period property be sent to corresponding zone (100).The portable terminal (130) that detects specific region frequency of notification signal activates the mode of operation of WLAN chip, and the microwave of the WLAN by being used for the 2.4GHz frequency band is sent to ZMS (500) with himself MIN information.
The ZMS (500) of the microwave signal that reception transmits from portable terminal (130) obtains MIN information from microwave signal, and (S102 S104), and is sent to ZIMS (240) (S106) with MIN information and the ZII that is obtained.
In S56, receive the mobile communication provider that the ZIMS (240) of MIN information and area identification information subscribes to according to MIN Information Authentication user from ZMS (400), and come to ask the Location Registration (S108 of portable terminal to HLR (210) by transmitting MIN information and area identification information, S110), described HLR is installed in service provider's the mobile communications network.
The HLR (210) that is requested Location Registration in S110 comes location registration according to MIN information and the area identification information (ZII) transmitted with location registration request.
ZIMS (240) is by means of searching for the information that will be delivered to respective user by S106 from the MIN information that ZMS (500) transmits, and searches for the information (S112) that will be provided to the corresponding region by means of the area identification information of transmitting with MIN information.
After this, described ZIMS transmission information that will search and MIN information are delivered to corresponding SMS server (220) (S114).
Receive by S114 that the SMS server (220) will be delivered to corresponding to the information of the portable terminal of MIN information will transmit information and MIN information is delivered to SMC (230).Reception produces SMS message from the transmission information of SMS server (220) and the SMC (230) of MIN information by using the transmission information of transmitting from SMS server (220), and obtain the positional information (S116 of MCT from HLR (210) according to the MIN information of transmitting from SMS server (220), S118, S120).
After this, by using the positional information in S120, described SMC is sent to the BTS that MCT is positioned at via MSC (not shown) (S122) with SMS message and MIN information.
The base station that receives SMS message and MIN information by S122 is sent to portable terminal (S124) by the data burst message on the paging passage with described SMS message and MIN information.
As previously described, when ZMS (500) detected the portable terminal that enters, it will be delivered to terminal information by using SMS message to transmit.At this moment, take place if the fire detection of Regional Management System (500) part (570) detects fire, then its to ZIMS (240) notify described fire take place (S126, S128).
The ZIMS server (240) that notified fire from ZMS (500) takes place in S128 will be arranged in the MIN information list of mobile communication terminal in zone of described Regional Management System and the announcement that fire takes place is delivered to SMS server (220) (S130).
SMS server (220) from ZIMS (240) reception MIN information list and announcement in S130 is sent to SMC (230) with described MIN information list and announcement.SMC produces SMS message by using fire to announce, and according to MIN information from HLR obtain corresponding to the portable terminal of described MIN information positional information (S132, S134, S136).
According to the positional information that is obtained among the S136, described SMC is delivered to SMS message and MIN information via the MSC (not shown) base station (S138) of the sub-district that terminal is positioned at.
The base station that receives transmission information and MIN information by S138 is sent to portable terminal (S140) by the data burst message on the paging passage with described transmission information and MIN information.
Simultaneously, step 100 is substitutable for following steps to step 102: ZMS (500) comes to the mobile terminal request Location Registration that enters the appointed area by the use location login request message, and receives the microwave signal that comprises MIN information from the portable terminal (130) that is requested Location Registration.
Simultaneously, when portable terminal (130) during by microwave transmission MAC Address rather than MIN information, the ZMS (500) that receives microwave obtains MAC Address from the microwave that receives, and MAC Address and the area identification information that is obtained is sent to ZIMS (240).Search for the MIN information database and obtain MIN information with the MAC Address coupling and receive MAC Address that the ZIMS (240) from the MAC Address of ZMS (500) and area identification information receives by use.Then, by using the MIN information that is obtained, described ZIMS confirms the mobile service provider that portable terminal subscribes to, and by using MIN information and area identification information to come to ask to HLR (210) Location Registration of portable terminal.And by the information using MIN information to search for will to be delivered to respective user and by using after area identification information searches for the information that will be provided to the corresponding region, transmission information that described ZIMS will search and MIN information are delivered to corresponding SMS server (220).
Figure 28 a and Figure 28 b are flow chart, illustrated according to another embodiment of the present invention be used to provide method based on the customized information of appointed area, will describe to Figure 16 in conjunction with Figure 13.
At first, ZMS (600) with specific region frequency of notification signal period property be sent to corresponding zone (S150).The portable terminal (140) that detects specific region frequency of notification signal activates the mode of operation of BCDMA chip, and by the BCDMA signal himself MIN information is sent to ZMS (600).
The ZMS (600) of the BCDMA signal that reception transmits from portable terminal (140) obtains MIN information from the BCDMA signal, and (S152 S154), and is sent to ZIMS (240) (S156) with MIN information and the ZII that is obtained.
ZIMS (240) from ZMS (600) reception MIN information and area identification information in S156 verifies the mobile communication provider that the user subscribes to according to MIN information, and come to ask the Location Registration (S158 of portable terminal to HLR (210) by transmitting MIN information and area identification information, S160), described HLR is installed in service provider's the mobile communications network.
The HLR (210) that is requested Location Registration in S160 comes location registration according to MIN information and the area identification information (ZII) transmitted with location registration request.
ZIMS (240) is by means of searching for the information that will be delivered to respective user by S156 from the MIN information that ZMS (600) transmits, and searches for the information (S162) that will be provided to the corresponding region by means of the area identification information of transmitting with MIN information.
After this, described ZIMS transmission information that will search and MIN information are delivered to corresponding SMS server (220) (S164).
Receive by S164 that the SMS server (220) will be delivered to corresponding to the information of the portable terminal of MIN information will transmit information and MIN information is delivered to SMC (230).Reception produces SMS message from the transmission information of SMS server (220) and the SMC (230) of MIN information by using the transmission information of transmitting from SMS server (220), and obtain the positional information (S166 of MCT from HLR (210) according to the MIN information of transmitting from SMS server (220), S168, S170).
After this, by using the positional information in S170, described SMC is sent to the BTS (S172) that MCT is positioned at via the MSC (not shown) with SMS message and MIN information.
The base station that receives SMS message and MIN information by S172 is sent to portable terminal (S174) by the data burst message on the paging passage with described SMS message and MIN information.
As previously described, when ZMS (600) detected the portable terminal that enters, it will be delivered to terminal information by using SMS message to transmit.At this moment, take place if the fire detection of Regional Management System (600) part (670) detects fire, then its to ZIMS (240) notice fire take place (S176, S178).
The ZIMS server (240) that notified fire from ZMS (600) takes place in S178 will be arranged in the MIN information list of mobile communication terminal in zone of described Regional Management System and the announcement that fire takes place is delivered to SMS server (220) (S180).
SMS server (220) from ZIMS (240) reception MIN information list and announcement in S180 is sent to SMC (230) with described MIN information list and announcement.SMC produces SMS message by using fire to announce, and according to MIN information from HLR obtain portable terminal positional information (S182, S184, S186).
According to the positional information that is obtained among the S186, described SMC is delivered to SMS message and MIN information via the MSC (not shown) base station (S188) of the sub-district that terminal is positioned at.
The base station that receives transmission information and MIN information by S188 is sent to portable terminal (S190) by the data burst message on the paging passage with described transmission information and MIN information.
Simultaneously, step 150 is substitutable for following steps to step 152: ZMS (600) comes to the mobile terminal request Location Registration that enters the appointed area by the use location login request message, and receives the BCDMA signal that comprises MIN information from the portable terminal (140) that is requested Location Registration.
Simultaneously, when portable terminal (140) transmits MAC Address rather than MIN information by the BCDMA signal, the ZMS (600) that receives the BCDMA signal obtains MAC Address from the BCDMA signal that receives, and MAC Address and the area identification information that is obtained is sent to ZIMS (240).Search for the MIN information database and obtain MIN information with the MAC Address coupling and receive MAC Address that the ZIMS (240) from the MAC Address of ZMS (600) and area identification information receives by use.Then, by using the MIN information that is obtained, described ZIMS confirms the mobile service provider that portable terminal subscribes to, and by using MIN information and area identification information to come to ask to HLR (210) Location Registration of portable terminal.And by the information using MIN information to search for will to be delivered to respective user and by using after area identification information searches for the information that will be provided to the corresponding region, transmission information that described ZIMS will search and MIN information are delivered to corresponding SMS server (220).
Figure 29 a and Figure 29 b are flow chart, be used to illustrate according to another embodiment of the present invention be used to provide method based on the customized information of appointed area, will describe to Figure 20 in conjunction with Figure 17.
At first, ZMS (700) with specific region frequency of notification signal period property be sent to corresponding zone (S200).The portable terminal (150) that detects specific region frequency of notification signal activates the mode of operation of ZigBee chip, and the microwave of the 2.4GHz frequency band/915MHz frequency band/868MHz frequency band by being used for ZigBee is sent to ZMS (700) with himself MIN information.
The ZMS (700) of the microwave signal that reception transmits from portable terminal (150) obtains MIN information from microwave signal, and (S202 S204), and is sent to ZIMS (240) (S206) with MIN information and the ZII that is obtained.
In S206, receive the mobile communication provider that the ZIMS (240) of MIN information and area identification information subscribes to according to MIN Information Authentication user from ZMS (700), and by transmitting MIN information and area identification information Location Registration (S208 to HLR (210) request portable terminal, S210), described HLR is installed in service provider's the mobile communications network.
The HLR (210) that is requested Location Registration in S210 comes location registration according to MIN information and the area identification information (ZII) transmitted with location registration request.
ZIMS (240) is by means of searching for the information that will be delivered to respective user by S206 from the MIN information that ZMS (700) transmits, and searches for the information (S212) that will be provided to the corresponding region by means of the area identification information of transmitting with MIN information.
After this, described ZIMS transmission information that will search and MIN information are delivered to corresponding SMS server (220) (S214).
Receive by S214 that the SMS server (220) will be delivered to corresponding to the information of the portable terminal of MIN information will transmit information and MIN information is delivered to SMC (230).Reception produces SMS message from the transmission information of SMS server (220) and the SMC (230) of MIN information by using the transmission information of transmitting from SMS server (220), and obtain the positional information (S216 of MCT from HLR (210) according to the MIN information of transmitting from SMS server (220), S218, S220).
After this, by using the positional information among the S220, described SMC is sent to the BTS (S222) that MCT is positioned at via the MSC (not shown) with SMS message and MIN information.
The base station that receives SMS message and MIN information by S222 is sent to portable terminal (S224) by the data burst message on the paging passage with described SMS message and MIN information.
As previously described, when ZMS (700) detected the portable terminal that enters, it will be delivered to terminal information by using SMS message to transmit.At this moment, take place if the fire detection of Regional Management System part (770) detects fire, then its to ZIMS (240) notify described fire take place (S226, S228).
The ZIMS server (240) that notified fire from ZMS (700) takes place in S228 will be arranged in the MIN information list of mobile communication terminal in zone of described Regional Management System and the announcement that fire takes place is delivered to SMS server (220) (S230).
In S230, receive and described MIN information list and announcement are sent to SMC (230) from the MIN information list of ZIMS (240) and the SMS server (220) of announcement.SMC produces SMS message by using fire to announce, and according to MIN information from HLR obtain portable terminal positional information (S232, S234, S236).
According to the positional information that is obtained among the S236, described SMC is delivered to SMS message and MIN information via the MSC (not shown) base station (S238) of the sub-district that terminal is positioned at.
The base station that receives transmission information and MIN information by S238 is sent to portable terminal (S240) by the data burst message on the paging passage with described transmission information and MIN information.
Simultaneously, step 200 is substitutable for following steps to step 202: ZMS (700) comes to the mobile terminal request Location Registration that enters the appointed area by the use location login request message, and receives the microwave signal that comprises MIN information from the portable terminal (150) that is requested Location Registration.
Simultaneously, when portable terminal (150) during by microwave transmission MAC Address rather than MIN information, the ZMS (700) that receives microwave obtains MAC Address from the microwave that receives, and MAC Address and the area identification information that is obtained is sent to ZIMS (240).Search for the MIN information database and obtain MIN information with the MAC Address coupling and receive MAC Address that the ZIMS (240) from the MAC Address of ZMS (700) and area identification information receives by use.Then, by using the MIN information that is obtained, described ZIMS confirms the mobile service provider that portable terminal subscribes to, and by using MIN information and area identification information to come to ask to HLR (210) Location Registration of portable terminal.And by the information using MIN information to search for will to be delivered to respective user and by after using area identification information to search for will to be provided to the information in corresponding zone, transmission information that described ZIMS will search and MIN information are delivered to corresponding SMS server (220).
Figure 30 a and Figure 30 b are flow chart, be used to illustrate according to another embodiment of the present invention be used to provide method based on the customized information of appointed area, will describe to Figure 24 in conjunction with Figure 21.
At first, ZMS (800) with specific region frequency of notification signal period property be sent to corresponding zone (250), the portable terminal (160) that detects specific region frequency of notification signal activates the mode of operation of RFID chip, and by radio wave himself MIN information is sent to ZMS (800).
The ZMS (800) of the radio wave signal that reception transmits from portable terminal (160) obtains MIN information from radio wave, and (S252 S254), and is sent to ZIMS (240) (S256) with MIN information and the ZII that is obtained.
In S256, receive the mobile communication provider that the ZIMS (240) of MIN information and area identification information subscribes to according to MIN Information Authentication user from ZMS (800), and (S258, S260) described HLR is installed in service provider's the mobile communications network to the Location Registration of HLR (210) request portable terminal by transmitting MIN information and area identification information.
The HLR (210) that is requested Location Registration in S260 comes location registration according to MIN information and the area identification information (ZII) transmitted with location registration request.
ZIMS (240) is by means of searching for the information that will be delivered to respective user by S256 from the MIN information that ZMS (800) transmits, and searches for the information (S262) that will be provided to the corresponding region by means of the area identification information of transmitting with MIN information.
After this, described ZIMS transmission information that will search and MIN information are delivered to corresponding SMS server (220) (S264).
Receive the SMS server (220) to be delivered to corresponding to the information of the portable terminal of MIN information by S264 and be delivered to SMC (230) from transmission information and the MIN information that ZIMS (240) transmits in the future.Reception produces SMS message from the transmission information of SMS server (220) and the SMC (230) of MIN information by using the transmission information of transmitting from SMS server (220), and come to obtain the positional information (S266 of MCT according to the MIN information of transmitting from SMS server (220) from HLR (210), S268, S270).
After this, by using the positional information among the S270, described SMC is sent to the BTS that MCT is positioned at via MSC (not shown) (S272) with SMS message and MIN information.
The base station that receives SMS message and MIN information by S272 is sent to portable terminal (S274) by the data burst message on the paging passage with described SMS message and MIN information.
As previously described, when ZMS (800) detected the portable terminal that enters, it will be delivered to terminal information by using SMS message to transmit.At this moment, take place if the fire detection of Regional Management System (800) part (870) detects fire, then its to ZIMS (240) notice fire take place (S276, S278).
The ZIMS server (240) that notified fire from ZMS (800) takes place in S278 will be arranged in the MIN information list of mobile communication terminal in zone of described Regional Management System and the announcement that fire takes place is delivered to SMS server (220) (S280).
In S280, receive and described MIN information list and announcement are sent to SMC (230) from the MIN information list of ZIMS (240) and the SMS server (220) of announcement.SMC produces SMS message by using fire to announce, and according to MIN information from HLR obtain portable terminal positional information (S282, S284, S286).
According to the positional information that is obtained among the S286, described SMC is delivered to SMS message and MIN information via the MSC (not shown) base station (S288) of the sub-district that terminal is positioned at.
The base station that receives transmission information and MIN information by S288 will transmit information by the data burst message on the paging passage and MIN information is sent to portable terminal (S290).
Simultaneously, step 250 is substitutable for following steps to step 252: ZMS (800) comes to the mobile terminal request Location Registration that enters the appointed area by the use location login request message, and receives the radio wave signal that comprises MIN information from the portable terminal (160) that is requested Location Registration.
Simultaneously, when portable terminal (160) transmits MAC Address rather than MIN information by radio wave, the ZMS (800) that receives radio wave obtains MAC Address from the radio wave that receives, and MAC Address and the area identification information that is obtained is sent to ZIMS (240).Search for the MIN information database and obtain MIN information with the MAC Address coupling and receive MAC Address that the ZIMS (240) from the MAC Address of ZMS (800) and area identification information receives by use.Then, by using the MIN information that is obtained, described ZIMS confirms the mobile service provider that portable terminal subscribes to, and by using MIN information and area identification information to come to ask to HLR (210) Location Registration of portable terminal.And by the information using MIN information to search for will to be delivered to respective user and by using after area identification information searches for the information that will be provided to the corresponding region, transmission information that described ZIMS will search and MIN information are delivered to corresponding SMS server (220).
Industrial usability
As previously described, according to the present invention, enter the MIN of the portable terminal of appointed area by acquisition Information, transmit the MIN information to be provided to the information of specific region and to obtain to the SMS server And transmit the information that will be provided to the specific region and arrive portable terminal, can provide to mobile communication subscriber The information of distinguishing. And, because HLR can locate the exact position of present portable terminal and lead to Cross the base station that is positioned at mobile communication subscriber and transmit beep-page message, might prevent movable passageway Abused.
The present invention is not limited to accompanying drawing of the present invention and the detailed description of illustrating above. On the contrary, to phase The technical staff in field, pass is apparent that, the basis that requires in can the claim below not exceeding In the scope of essence of invention, in many ways the present invention is made amendment and change.

Claims (57)

1. a user who is used for to the mobile communication terminal that is positioned at the specific region provides the system based on the customized information in zone, and it comprises:
Regional Management System, it is installed in the specific region, described Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, receive the signal that described mobile communication terminal transmits when the mobile communication terminal that enters described specific region detects described appointed area frequency of notification signal, and obtain the mobile logo information of described mobile communication terminal from the signal that described mobile communication terminal transmits;
The area information management server, it receives described mobile logo information and the area identification information in the zone of described Regional Management System is installed from described Regional Management System, the transmission information that will be delivered to described terminal to the Location Registration and the retrieval of the described terminal of attaching position register request according to described mobile logo information and described area identification information; And
The Short Message Service server, it receives described transmission information and described mobile logo information from described area information management server, obtain location information of terminals from described attaching position register, and described transmission information and described mobile logo information are delivered to the base station of the sub-district that described terminal is positioned at according to described positional information corresponding to described mobile logo information.
2. the system of claim 1, wherein said Regional Management System receives the information of mobile terminal that is delivered to the base station from portable terminal, and obtains mobile logo information from the described information of mobile terminal that receives.
3. the system of claim 2, wherein said Regional Management System comprises:
Antenna, its reception comprises the high-frequency signal that is sent to the information of mobile terminal of described base station from described portable terminal;
The high-frequency signal processing section, it will be converted to intermediate-freuqncy signal from the high-frequency signal that described antenna transmits;
The Base-Band Processing part, it obtains mobile logo information from demodulated data after the intermediate-freuqncy signal that will receive from described high frequency processing section is converted to digital signal and demodulation; And
Communications portion, it is sent to described area information management server with described mobile logo information and described area identification information under the control of control section.
4. the system of claim 3, wherein said Regional Management System further comprises the fire detection part, described fire detection part comes detection of fires to take place by sense heat or cigarette.
5. the system of claim 3, wherein said high-frequency signal processing section comprises:
Duplexer, it will be divided into the high-frequency signal of 800MHz frequency band and the high-frequency signal of 1.8GHz frequency band from the described signal that receives of described antenna;
Low noise amplifier, it amplifies from each high-frequency signal of described duplexer input;
Band pass filter, it is from selecting required frequency band and selected frequency band is passed through from the signal of described low noise amplifier input;
To down-conversion mixer, it is converted to intermediate-freuqncy signal by mixing with the local signal of importing from described phase-locked loop from the high-frequency signal of described band pass filter input with described high-frequency signal;
Intermediate frequency amplifier, it amplifies from described intermediate-freuqncy signal to the down-conversion mixer input; And
The intermediate-freuqncy signal processing section, its will to from the gain controlling of each intermediate-freuqncy signal of described intermediate frequency amplifier output to the expectation level.
6. the system of claim 1, wherein said Regional Management System receives the information of mobile terminal that is sent to the base station from described portable terminal, obtain media access control address from the described information of mobile terminal that receives, and described media access control address and area identification information are sent to described area information management server.
7. the system of claim 6, wherein said area information management server is searched for the mobile logo information database by using from the media access control address of described Regional Management System transmission, the mobile logo information of search and described media access control address coupling, Location Registration to the described portable terminal of described attaching position register request, by using described media access control address and described area identification information to search for the transmission information that will be sent to described portable terminal, and described transmission information and described mobile logo information are sent to described Short Message Service server.
8. the system of claim 1, the signal that wherein said mobile communication terminal transmits is a Bluetooth signal.
9. the system of claim 8, wherein said portable terminal comprises:
The test section, appointed area, it detects entering the appointed area by receiving described appointed area frequency of notification signal; And
The Bluetooth signal processing section, it is sent to described Regional Management System by Bluetooth signal with described mobile logo information by be converted to activity pattern under the control of test section, described appointed area.
10. the system of claim 8, wherein said Regional Management System comprises:
Antenna, it receives Bluetooth signal;
Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal;
The Bluetooth signal processing section that receives, it obtains described mobile logo information by handling the Bluetooth signal that receives by described antenna; And
Control section, when obtaining described mobile logo information in the described Bluetooth signal processing section that receives, described control section is sent to described area information management server by controlling described communications portion with described mobile logo information and described area identification information.
11. the system of claim 10, wherein said Regional Management System further comprises the fire detection part, and described fire detection part comes detection of fires to take place by sense heat or cigarette.
12. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, receive the Bluetooth signal that described portable terminal transmits when described portable terminal detects described appointed area frequency of notification signal, obtain media access control address from described Bluetooth signal, and described media access control address and described area identification information are sent to described area information management server.
13. the system of claim 12, wherein when described portable terminal detected it to the entering of appointed area by receiving the appointed area frequency of notification signal that transmits from described Regional Management System, described portable terminal was sent to described Regional Management System by Bluetooth signal with described media access control address.
14. the system of claim 12, wherein said area information management server is searched for the mobile logo information database by using from the media access control address of described Regional Management System transmission, the mobile logo information of search and described media access control address coupling, by using described mobile logo information and described area identification information Location Registration to the described portable terminal of described attaching position register request, by using described media access control address and described area identification information to search for the transmission information that will be sent to described portable terminal, and described transmission information and described mobile logo information are sent to described Short Message Service server.
15. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, reception is by the microwave of the 2.4GHz frequency band that is used for WLAN (wireless local area network) that portable terminal transmitted that detects described appointed area frequency of notification signal, and obtains described mobile logo information from the described microwave that receives.
16. the system of claim 15, wherein said portable terminal comprises:
The test section, appointed area, it detects entering the appointed area by receiving described appointed area frequency of notification signal; And
The Microwave Treatment part, it is sent to described Regional Management System by described microwave with described mobile logo information by be converted to activity pattern under the control of test section, described appointed area.
17. the system of claim 15, wherein said Regional Management System comprises:
Antenna, it receives microwave;
Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal by described antenna;
The microwave signal processing section that receives, it obtains described mobile logo information by handling the microwave signal that receives by antenna; And
Control section, when obtaining described mobile logo information in the described microwave signal processing section that receives, it is sent to described area information management server by the control communications portion with described mobile logo information and described area identification information.
18. the system of claim 17, wherein said Regional Management System further comprises the fire detection part, and described fire detection part comes detection of fires to take place by sense heat or cigarette.
19. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, receive the microwave of the 2.4GHz frequency band that is used for WLAN (wireless local area network) that described portable terminal transmits when described portable terminal detects described appointed area frequency of notification signal, obtain media access control address from described microwave, and described media access control address and described area identification information are sent to described area information management server.
20. the system of claim 19, wherein when described portable terminal detected it and enters the appointed area by receiving the appointed area frequency of notification signal that transmits from described Regional Management System, described portable terminal was sent to described Regional Management System by microwave with described media access control address.
21. the system of claim 19, wherein said area information management server is searched for the mobile logo information database by using from the media access control address of described Regional Management System transmission, the mobile logo information of search and described media access control address coupling, by using described mobile logo information and described area identification information Location Registration to the described portable terminal of described attaching position register request, by using described media access control address and described area identification information to search for the transmission information that will be sent to described portable terminal, and described transmission information and described mobile logo information are sent to described Short Message Service server.
22. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, reception is by the binary code divided into multi-address signal that portable terminal transmitted that detects described appointed area frequency of notification signal, and obtains described mobile logo information from the described binary code divided into multi-address signal that receives.
23. the system of claim 22, wherein said portable terminal comprises:
The test section, appointed area, it detects entering the appointed area by receiving described appointed area frequency of notification signal; And
Binary code divided into multi-address signal processing section, it is sent to described Regional Management System by described binary code divided into multi-address signal with described mobile logo information by be converted to activity pattern under the control of test section, described appointed area.
24. the system of claim 22, wherein said Regional Management System comprises:
Antenna, it receives the binary code divided into multi-address signal;
Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal by described antenna;
The binary code divided into multi-address signal processing section that receives, it obtains described mobile logo information by handling the described binary code divided into multi-address signal that receives by described antenna; And
Control section, when obtaining described mobile logo information in the described binary code divided into multi-address signal processing section that receives, it is sent to described area information management server by the control communications portion with described mobile logo information and described area identification information.
25. the system of claim 24, wherein said Regional Management System further comprises the fire detection part, and described fire detection part comes detection of fires to take place by sense heat or cigarette.
26. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, receive the binary code divided into multi-address signal that described portable terminal transmits when described portable terminal detects described appointed area frequency of notification signal, obtain media access control address from described binary code divided into multi-address signal, and described media access control address and described area identification information are sent to described area information management server.
27. the system of claim 26, wherein when described portable terminal detected it to the entering of appointed area by receiving the appointed area frequency of notification signal that transmits from described Regional Management System, it was sent to described Regional Management System by described binary code divided into multi-address signal with described media access control address.
28. the system of claim 26, wherein said area information management server is searched for the mobile logo information database by using from the media access control address of described Regional Management System transmission, the mobile logo information of search and described media access control address coupling, by using the next Location Registration of described mobile logo information and described area identification information to the described portable terminal of described attaching position register request, by using described media access control address and described area identification information to search for the transmission information that will be sent to described portable terminal, and described transmission information and described mobile logo information are sent to described Short Message Service server.
29. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, reception is by the microwave that is used for ZigBee of the 2.4GHz frequency band that portable terminal transmitted, 915MHz frequency band or the 868MHz frequency band that detect described appointed area frequency of notification signal, and obtains described mobile logo information from the described microwave that receives.
30. the system of claim 29, wherein said portable terminal comprises:
The test section, appointed area, it detects entering the appointed area by receiving described appointed area frequency of notification signal; And
The Microwave Treatment part, it is sent to described Regional Management System by microwave with described mobile logo information by be converted to activity pattern under the control of test section, described appointed area.
31. the system of claim 29, wherein said Regional Management System comprises:
Antenna, it receives microwave;
Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal by described antenna;
The Microwave Treatment part that receives, it obtains described mobile logo information by handling the microwave that receives by described antenna; And
Control section, when obtaining described mobile logo information in the Microwave Treatment part that receives described, it is sent to described area information management server by the control communications portion with described mobile logo information and described area identification information.
32. the system of claim 31, wherein said Regional Management System further comprises the fire detection part, and described fire detection part comes detection of fires to take place by sense heat or cigarette.
33. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, receive the microwave that is used for ZigBee of described portable terminal transmits when portable terminal detects described appointed area frequency of notification signal 2.4GHz frequency band, 915MHz frequency band or 868MHz frequency band, and obtain media access control address from described microwave, and described media access control address and described area identification information are sent to described area information management server.
34. the system of claim 33, wherein when described portable terminal detected it to the entering of appointed area by receiving the appointed area frequency of notification signal that transmits from described Regional Management System, it was sent to described Regional Management System by microwave with described media access control address.
35. the system of claim 33, wherein said area information management server is searched for the mobile logo information database by using from the media access control address of described Regional Management System transmission, the mobile logo information of search and described media access control address coupling, by using described mobile logo information and described area identification information Location Registration to the described portable terminal of described attaching position register request, by using described media access control address and described area identification information to search for the transmission information that will be sent to described portable terminal, and described transmission information and described mobile logo information are sent to described Short Message Service server.
36. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, reception is by the radio wave that portable terminal transmitted that detects described appointed area frequency of notification signal, and obtains mobile logo information from the described radio wave that receives.
37. the system of claim 36, wherein said portable terminal comprises:
The test section, appointed area, it detects entering the appointed area by receiving described appointed area frequency of notification signal; And
The radio wave processing section, it is sent to described Regional Management System by radio wave with described mobile logo information by be converted to activity pattern under the control of test section, described appointed area.
38. the system of claim 36, wherein said Regional Management System comprises:
Antenna, it receives radio wave;
Frequency of notification processing section, appointed area, it periodically transmits appointed area frequency of notification signal;
The radio wave processing section that receives, it obtains described mobile logo information by handling the radio wave that receives by described antenna; And
Control section, when obtaining described mobile logo information in the described radio wave processing section that receives, it is sent to described area information management server by the control communications portion with described mobile logo information and described area identification information.
39. the system of claim 38, wherein said Regional Management System further comprises the fire detection part, and described fire detection part comes detection of fires to take place by sense heat or cigarette.
40. the system of claim 1, wherein said Regional Management System periodically is sent to himself zone with appointed area frequency of notification signal, receive the radio wave that described portable terminal transmits when portable terminal detects described appointed area frequency of notification signal, obtain media access control address from described radio wave, and described media access control address and described area identification information are sent to described area information management server.
41. the system of claim 40, wherein when described portable terminal detected it to the entering of appointed area by receiving the appointed area frequency of notification signal that transmits from described Regional Management System, it was sent to described Regional Management System by radio wave with described media access control address.
42. the system of claim 40, wherein said area information management server is searched for the mobile logo information database by using from the media access control address of described Regional Management System transmission, the mobile logo information of search and described media access control address coupling, by using the next Location Registration of described mobile logo information and described area identification information to the described portable terminal of described attaching position register request, by using described media access control address and described area identification information to search for the transmission information that will be sent to described portable terminal, and described transmission information and described mobile logo information are sent to described Short Message Service server.
43. the system of claim 1, the zone of wherein said Regional Management System monitoring covers 2 to 50m radius.
44. one kind is used to provide the method based on the customized information of appointed area, this method comprises:
In Regional Management System, by self zone that periodically appointed area frequency of notification signal is sent to Regional Management System and the signal that receives described mobile communication terminal transmission when the mobile communication terminal that enters the specific region detects described appointed area frequency of notification signal, obtain the mobile logo information of described mobile communication terminal;
In the area information management server, by using mobile logo information and the next Location Registration of area identification information that receives from described Regional Management System to the described terminal of attaching position register request;
In described area information management server, retrieve the transmission information that will be delivered to described terminal according to described area identification information and described mobile logo information;
Via the Short Message Service server described transmission information and described mobile logo information are sent to the short message service message center;
In described short message service message in the heart, by using in the described short message service message in the heart transmission information to produce described short message service message and obtaining positional information corresponding to the portable terminal of described mobile logo information from described attaching position register;
Described short message service message and described mobile logo information are delivered to the base station of the sub-district that described terminal is positioned at according to described positional information; And
In described base station, be the data burst message form with described short message service message and described mobile logo information conversion, and described short message service message and described mobile logo information are sent to described terminal.
45. the method for claim 44 further comprises:
When described Regional Management System detects the fire generation, take place to described district management server notification fire;
To be arranged in the mobile logo information list of mobile communication terminal in zone of described Regional Management System and the announcement that described fire takes place via described Short Message Service server and be delivered to described short message service message center;
In described short message service message,, and obtain positional information corresponding to the portable terminal of described mobile logo information list from described attaching position register in the heart by using described fire to announce to produce described short message service message;
Via mobile switching centre described short message service message and described mobile logo information list are delivered to the base station of the sub-district that described terminal is positioned at according to described positional information; And
In described base station, be described data burst message form with described short message service message and described mobile logo information conversion, and described short message service message and described mobile logo information are sent to described terminal.
46. the method for claim 45 further comprises:
To be arranged in the mobile logo information list of portable terminal in zone of another Regional Management System and the announcement that described fire takes place and be delivered to described Short Message Service server, this another Regional Management System is arranged in the same building thing that the Regional Management System of notifying described alarm of fire also is positioned at.
47. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Periodically described specific region frequency of notification signal is sent to corresponding zone;
Receive Bluetooth signal from the portable terminal that detects described specific region frequency of notification signal; And
Obtain described mobile logo information from described Bluetooth signal.
48. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Periodically described specific region frequency of notification signal is sent to corresponding zone;
Be received as the microwave of the 2.4GHz of WLAN (wireless local area network) distribution from the portable terminal that detects described specific region frequency of notification signal; And
Obtain described mobile logo information from described microwave.
49. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Periodically described specific region frequency of notification signal is sent to corresponding zone;
Receive the binary code divided into multi-address signal from the portable terminal that detects described specific region frequency of notification signal; And
Obtain described mobile logo information from described binary code divided into multi-address signal.
50. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Periodically described specific region frequency of notification signal is sent to corresponding zone;
Receive the microwave that is used for ZigBee of 2.4GHz frequency band, 915MHz frequency band or 868MHz frequency band from the portable terminal that detects described specific region frequency of notification signal; And
Obtain described mobile logo information from described microwave.
51. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Periodically described specific region frequency of notification signal is sent to corresponding zone;
Receive radio wave from the portable terminal that detects described specific region frequency of notification signal; And
Obtain described mobile logo information from described radio wave.
52. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Location registration request message is sent to the portable terminal that enters the appointed area;
Receive Bluetooth signal from the portable terminal that receives described location registration request message; And
Obtain described mobile logo information from described Bluetooth signal.
53. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Location registration request message is sent to the portable terminal that enters the appointed area;
Receive the microwave that is used for WLAN of 2.4GHz frequency band from the portable terminal that receives described location registration request message; And
Obtain described mobile logo information from described microwave.
54. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Location registration request message is sent to the portable terminal that enters the appointed area;
Receive the binary code divided into multi-address signal from the portable terminal that receives described location registration request message; And
Obtain described mobile logo information from described binary code divided into multi-address signal.
55. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Location registration request message is sent to the portable terminal that enters the appointed area;
Receive the microwave that is used for ZigBee of 2.4GHz frequency band, 915MHz frequency band or 868MHz frequency band from the portable terminal that receives described location registration request message; And
Obtain described mobile logo information from described microwave.
56. the method for claim 44, the step that wherein obtains described mobile logo information comprises:
Location registration request message is sent to the portable terminal that enters the appointed area;
Receive radio wave from the portable terminal that receives described location registration request message; And
Obtain described mobile logo information from described radio wave.
57. the method for claim 44 further comprises:
In described Regional Management System, acquisition enters the media interviews control information of the portable terminal in the zone under the monitoring;
In described area information management server, from described Regional Management System receiving media access control information, and obtain mobile logo information with described media interviews control information coupling by using the described media interviews control information that receives to search for the mobile logo information database;
By using mobile logo information and the area identification information that transmits with media interviews control information, to the Location Registration of the described portable terminal of described attaching position register request from described Regional Management System;
In described area information management server, search for the information that will be delivered to respective user according to described mobile logo information and described area identification information; And
Via described Short Message Service server described transmission information and described mobile logo information are sent to described short message service message center.
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