WO2016011697A1 - Sign-in method and system based on indoor positioning technology - Google Patents

Abstract

Disclosed is a sign-in method based on an indoor positioning technology, comprising: when a user equipment is within a base station signal coverage range of an indoor positioning base station, measuring a distance value between the user equipment and the indoor positioning base station via a Beacon technology and sending the distance value to the indoor positioning base station; receiving, by the indoor positioning base station, device information and the distance value, and sending the device information and the distance value to an identification server; judging, by the identification server, whether the user equipment has been registered according to the device information; judging, by the identification server, whether the distance value satisfies a pre-set condition if it is judged that the user equipment has been registered, and determining that the user equipment has successfully signed in if so; and taking, by the identification server, current time as sign-in time of the user equipment, and recording the sign-in time. Also disclosed is a sign-in system based on an indoor positioning technology. The present invention can achieve identity identification via an indoor positioning technology, and achieve automatic signing in and signing off according to a distance value between a user equipment and an indoor positioning base station.

Description

Sign-in method and system based on indoor positioning technology

[Technical Field]

The present invention relates to the field of communications technologies, and in particular, to a sign-in method and system based on indoor positioning technology.

 【Background technique】

With the development of technology, in the office building, almost every company has a dozen card servers. When employees go to work, they need to check in before going to the punching server, such as pressing fingerprints or identification cards. When the company employees go to work, they also need to check in before the punch card server. For the above situation, it is easy to appear in the process of check-in. For example, when multiple people check in at the same time, they need to queue up for punching. This is unfair to the employees who are going to work late. In addition, it is easy to appear when checking in. The phenomenon of unsuccessful check-in is required. The company employees need to press the fingerprint or swipe the identification card several times to make the card check-in successful, which is easy to waste time.

In summary, it is necessary to provide a check-in method and system based on indoor positioning technology to solve the above problems.

 [Summary of the Invention]

The technical problem to be solved by the present invention is to provide a sign-in method and system based on indoor positioning technology, which can realize identity recognition through indoor positioning technology, and realize automatic sign-on and log-off according to the distance value between the user equipment and the indoor positioning base station.

In order to solve the above technical problem, a technical solution adopted by the present invention is to provide a check-in method based on the indoor positioning technology, the method includes: when the user equipment locates the base station signal coverage of the base station indoors, the user equipment is measured by the Beacon technology. And the distance value of the indoor positioning base station is sent, and the device information corresponding to the user equipment and the distance value are sent to the indoor positioning base station; the indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server; the identification server receives The distance value and the device information, and determining whether the user equipment is registered according to the device information; if it is determined that the user equipment is registered, the identification server further determines whether the distance value satisfies a preset condition, and if yes, determines that the user equipment is successfully checked in; the identification server will be current The time is used as the check-in time of the user equipment, the check-in time is recorded, and the check-in time is sent to the user equipment. When the user equipment locates the base station signal coverage of the base station indoors, the user equipment and the indoor positioning base are measured by the Beacon technology. Before the distance value, the method further includes: the user equipment sends the corresponding device information to the identification server, the identification server registers the device information and stores the device information in the registration list; and the identification server further determines whether the distance value satisfies the preset condition, if If yes, the identifier of the user equipment is determined to be less than the preset distance value, wherein the preset distance value is smaller than the radius of the coverage of the base station signal; if yes, it is determined that the user equipment is successfully checked in to work.

The determining whether the user equipment is registered according to the device information includes: determining whether the device information is stored in the registration list; if yes, determining that the user equipment is registered.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a check-in method based on the indoor positioning technology, the method includes: when the user equipment locates the base station signal coverage of the base station indoors, the user is measured by the Beacon technology. The distance between the device and the indoor positioning base station, and the device information corresponding to the user equipment and the distance value are sent to the indoor positioning base station; the indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server; the identification server Receiving the distance value and the device information, and determining whether the user equipment is registered according to the device information; if it is determined that the user equipment is registered, the identification server further determines whether the distance value satisfies a preset condition, and if yes, determining that the user equipment is successfully checked in; the identification server will The current time is used as the check-in time of the user equipment, the check-in time is recorded, and the check-in time is sent to the user equipment.

The method further includes: the user equipment sends the corresponding device information to the identification server, and the identification server sends the device, before the user equipment measures the distance between the user equipment and the indoor positioning base station by using the Beacon technology. The information is registered and the device information is stored in the registration list.

The determining whether the user equipment is registered according to the device information includes: determining whether the device information is stored in the registration list; if yes, determining that the user equipment is registered.

The identification server further determines whether the distance value meets the preset condition, and if yes, determines that the user equipment is successfully checked in, including: the identification server determines whether the distance value is less than a preset distance value, wherein the preset distance value is smaller than the coverage of the base station signal. Radius; if yes, it is determined that the user equipment has successfully checked in to work.

The identification server further determines whether the distance value meets the preset condition, and if yes, determines that the user equipment is successfully checked in, including: the identification server determines whether the distance value is greater than a preset distance value, wherein the preset distance value is smaller than the coverage of the base station signal. Radius; if yes, it is determined that the user equipment is successfully checked in after work.

In order to solve the above technical problem, another technical solution adopted by the present invention is to provide a check-in system based on indoor positioning technology, the system includes a user equipment, an indoor positioning base station, and an identification server, and the indoor positioning base station and the user equipment and the identification server respectively The signal connection, the user equipment and the identification server signal connection; wherein: the user equipment comprises a measurement module, a device receiving module and a device sending module, and the measuring module is respectively connected with the device receiving module and the device sending module, and the user equipment is used to locate the base station signal coverage of the indoor station. In the range, the measurement module is configured to measure the distance between the user equipment and the indoor positioning base station by using the Beacon technology, and the device sending module is configured to send the device information and the distance value corresponding to the user equipment to the indoor positioning base station; the indoor positioning base station includes the base station receiving module. And a base station sending module, the base station receiving module is configured to receive device information and a distance value, and the base station sending module is configured to send the device information and the distance value to the identification server; the identification server includes a server receiving module, a registration module, The module, the check-in module and the server sending module, the server receiving module is connected with the registration module, the registration module is connected with the determining module, the determining module is connected with the sign-in module, and the sign-in module is connected with the server sending module, wherein: the server receiving module is configured to receive the distance value And the device information; the registration module is configured to determine whether the user equipment is registered according to the device information; the determining module is configured to determine whether the distance value satisfies a preset condition when the registration module determines that the user equipment is registered; the sign-in module is configured to determine that the distance value is satisfied in the determining module When the preset condition is met, the user equipment is successfully checked in, and the current time is used as the check-in time of the user equipment, and the check-in time is recorded; the server sending module is configured to send the check-in time to the user equipment when the check-in module determines that the user equipment is successfully checked in; the device receiving module uses The check-in time and the check-in location sent by the receiving server sending module.

The device sending module is further configured to send corresponding device information to the identification server, where the registration module is further configured to register the device information and store the device information in the registration list.

The registration module is further configured to determine whether the device information is stored in the registration list, and the registration module is further configured to determine that the user equipment is registered when determining that the device information is stored in the registration list.

The determining module is configured to determine whether the distance value is less than a preset distance value, wherein the preset distance value is smaller than a radius of the coverage of the base station signal; and the check-in module is configured to determine that the user equipment works when the determining module determines that the distance value is less than the preset distance value. Sign in successfully.

The determining module is configured to determine whether the distance value is greater than a preset distance value, wherein the preset distance value is smaller than a radius of the coverage of the base station signal; and the check-in module is configured to determine that the user equipment is off duty when the determining module determines that the distance value is greater than the preset distance value. Sign in successfully.

The invention has the beneficial effects that the distance between the user equipment and the indoor positioning base station is measured by the Beacon technology when the user equipment locates the base station signal coverage of the base station indoors, and the user equipment is separated from the prior art. The corresponding device information and the distance value are sent to the indoor positioning base station; the indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server; the identification server receives the distance value and the device information, and determines the user according to the device information. If the device is registered, the identification server further determines whether the distance value meets the preset condition. If yes, it determines that the user equipment is successfully checked in; the identification server uses the current time as the check-in time of the user equipment, and records the check-in time. And send the check-in time to the user equipment. In the above manner, the present invention can measure the distance between the user equipment and the indoor positioning base station and realize the identity identification of the user equipment by using the indoor positioning technology, and further realize the automatic check-in of the commuter according to the distance between the user equipment and the indoor positioning base station after the identity identification. Effectively improve the efficiency of employee check-in.

 [Description of the Drawings]

1 is a schematic flow chart of a first embodiment of a sign-in method based on indoor positioning technology of the present invention;

2 is a schematic flow chart of a second embodiment of the sign-in method based on the indoor positioning technology of the present invention;

3 is a schematic structural diagram of a sign-in system based on indoor positioning technology of the present invention;

4 is a schematic structural diagram of a user equipment in FIG. 3;

5 is a schematic structural diagram of an indoor positioning base station in FIG. 3;

FIG. 6 is a schematic structural diagram of the identification server of FIG. 3.

 【detailed description】

The invention will now be described in detail in conjunction with the drawings and embodiments.

As shown in FIG. 1, FIG. 1 is a schematic flowchart of a first embodiment of a sign-in method based on an indoor positioning technology according to the present invention. The method includes the following steps:

Step S101: When the user equipment locates the coverage of the base station signal of the base station, the user equipment measures the distance between the user equipment and the indoor positioning base station by using the Beacon technology, and sends the device information and the distance value corresponding to the user equipment to the indoor positioning base station.

In this embodiment, the indoor positioning base station is preferably an iBeacon base station. It first creates a signal region (base station signal coverage) by using low-power Bluetooth technology and broadcasts the base station signal in the signal region in a broadcast manner. After the user equipment enters the signal area, the positioning function application supporting the Beacon technology in the user equipment is activated, so that the user equipment responds to the base station signal, so that the indoor positioning base station can detect the user equipment within the coverage of the base station signal.

Before step S101, the user equipment preferentially transmits the device information corresponding to the user equipment to the identification server, so that the identification server registers the device information and stores the device information in the registration list after registration. The device information includes the user identity information or the ID number of the user equipment, and the user identity information of the registered user equipment or the ID number of the user equipment is stored in the registration list.

Of course, in other embodiments, the user equipment preferably installs an application having a positioning function, and the user equipment automatically starts an application having a positioning function during a first time period of the working day; the indoor positioning base station is preferably at the first time of the working day. The base station signal is transmitted within the segment. The indoor positioning base station transmits the base station signal when broadcasting, and when the indoor positioning base station detects the user equipment in the coverage of the base station signal, the command is transmitted to the user equipment, so that the user equipment measures the distance between the user equipment and the indoor positioning base station through the Beacon technology. For example, during the working hours, the user equipment automatically opens the application with positioning function from 8:00 to 9:30 in the morning from Monday to Friday, and the indoor positioning base station is also 8:00 in the morning from Monday to Friday. The base station signal is transmitted during the period of 9:30. During the off-duty phase, the user device automatically launches the application with positioning function during the period from 5:00-7:30 pm, Monday to Friday, while the indoor positioning base station is also 5:00-7 pm, Monday through Friday. : 30 The base station signal is transmitted during this time.

In addition, the embodiment can also be started online during the working time period, for example, from 8:00 am to 20:00 pm, by real-time detecting whether the user equipment is within the coverage of the base station signal, thereby recording the real-time working state of the user equipment, Position, etc., to improve practicality.

Step S102: The indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server.

Step S103: The identification server receives the distance value and the device information, and determines whether the user equipment is registered according to the device information.

In step S103, it is preferable to determine whether the device information is stored in the registration list, and if so, it is determined that the user equipment has been registered; if not, it is determined that the user equipment is not registered. If the registration list stores device information of the user equipment, that is, the user identity information of the user equipment or the ID number of the user equipment in the registration list, it is determined that the user equipment is registered.

Step S104: If it is determined that the user equipment has been registered, the identification server further determines whether the distance value satisfies the preset condition, and if yes, determines that the user equipment is successfully checked in.

In this embodiment, when the check-in is performed, the identification server determines whether the distance value is less than the preset distance value; if yes, it determines that the user equipment has successfully checked in to work. When the check-in is issued, the identification server determines whether the distance value is greater than the preset distance value; if yes, it determines that the user equipment has successfully checked in from work. The preset distance value is a custom value, and the preset distance value is smaller than the radius of the coverage of the base station signal, which needs to be determined according to actual conditions.

Step S105: The identification server uses the current time as the check-in time of the user equipment, records the check-in time, and sends the check-in time to the user equipment.

In step S105, after receiving the check-in time, the user equipment can confirm that the punch-in sign-on is successful.

As shown in FIG. 2, FIG. 2 is a schematic flowchart of a second embodiment of the sign-in method based on the indoor positioning technology of the present invention. The method includes the following steps:

Step S201: The indoor positioning base station detects the user equipment.

The indoor positioning base station preferably detects the user equipment by broadcasting the base station signal in the first time period of the working day, and transmits the base station signal detecting user equipment from 8:00-9:30 in the morning from Monday to Friday. The user equipment preferably automatically opens the application with the positioning function during the first time period of the working day, such as automatically opening the application with the positioning function from 8:00-9:30 in the morning from Monday to Friday.

Step S202: determining whether the user equipment is detected within the coverage of the base station signal.

The user equipment can receive the base station signal within the coverage of the base station signal. After receiving the base station signal, the local device transmits a response signal to the indoor positioning base station, so that the indoor positioning base station determines that the user equipment is detected within the coverage of the base station signal.

When it is judged that the user equipment is not detected within the coverage of the base station signal, the process returns to step S201. When it is determined that the user equipment is detected within the coverage of the base station signal, step S203 is performed: The Beacon technology measures the distance between the user equipment and the indoor positioning base station, and sends the device information corresponding to the user equipment and the distance value to the indoor positioning base station.

When it is determined that the user equipment is detected within the coverage of the base station signal, the indoor positioning base station preferentially sends a command to the user equipment, so that the user equipment measures the distance value between the user equipment and the indoor positioning base station; and the indoor positioning base station also sends a command to the identification. The server is such that the identification server turns on the check-in function.

After step S203 is performed, step S204 is performed: the indoor positioning base station receives the device information and the distance value, and transmits the device information and the distance value to the identification server.

After the identification server receives the device information and the distance value, step S205 is performed: the identification server determines, according to the device information, whether the user equipment is registered.

If the identification server determines that the user equipment is not registered, it returns to step S201. If the identification server determines that the user equipment has been registered, proceeding to step S206: the identification server determines whether the distance value is less than a preset distance value.

If the recognition server determines that the distance value is not less than the preset distance value, it proceeds to step S206. If the identification server determines that the distance value is less than the preset distance value, step S207 is performed to determine that the user equipment is successfully checked in to work.

After the registration is successful, the process proceeds to step S208: the identification server uses the current time as the check-in time, records the check-in time and the check-in location, and sends the check-in time and the check-in location to the user equipment.

In this embodiment, after receiving the check-in time and the check-in location sent by the identification server, the user equipment displays that the user has successfully checked in to work, and then the user equipment closes the application with the positioning function. In addition, when the user equipment does not receive the check-in time and the check-in location sent by the identification server in the first time period of the working day, or the user equipment does not receive the base station signal sent by the indoor positioning base station and performs the work check-in, the user equipment automatically displays that the work is late. Or show the countdown to work late. After the first time period after the identification server exceeds the working day, the punch function is automatically turned off to save power.

The employee's check-in to work is the first time of the working day, such as 8:00-9:30 in the morning; and the employee check-in is the second time of the working day. After the period of step S208 is performed, step S209 is continued: the indoor positioning base station detects the user equipment.

In step S209, the indoor positioning base station preferably detects the user equipment by broadcasting the base station signal during the second time period of the working day, and transmits the base station signal detecting user equipment, such as from 5:00-7:30, Monday to Friday. The user equipment preferably automatically opens the application with the positioning function during the second period of the working day, such as automatically opening the application with the positioning function from 5:00-7:30 pm from Monday to Friday.

Step S210: determining whether the user equipment is detected within the coverage of the base station signal.

In step S210, the user equipment at the moment is within the coverage of the base station signal, and is capable of receiving the base station signal transmitted by the indoor positioning base station. In this regard, after the user equipment receives the base station information, the indoor positioning base station can determine that the user equipment is detected within the coverage of the base station signal.

When it is judged that the user equipment is not detected within the coverage of the base station signal, the process returns to step S209. When it is determined that the user equipment is detected within the coverage of the base station signal, step S211 is performed: The distance between the user equipment and the indoor positioning base station is measured by the Beacon technology, and the device information corresponding to the user equipment and the distance value are sent to the indoor positioning base station.

When it is determined that the user equipment is detected within the coverage of the base station signal, the indoor positioning base station preferentially sends a command to the user equipment, so that the user equipment measures the distance value between the user equipment and the indoor positioning base station; and the indoor positioning base station also sends a command to the identification. The server is such that the identification server turns on the check-in function.

After step S211 is performed, step S212 is performed: the indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server.

After the identification server receives the device information and the distance value, step S213 is performed: the identification server determines, according to the device information, whether the user equipment is registered.

If the recognition server determines that the user equipment is not registered, it returns to step S209. If the identification server determines that the user equipment has been registered, proceeding to step S214: the identification server determines whether the distance value is greater than a preset distance value.

If the recognition server determines that the distance value is not greater than the preset distance value, it proceeds to step S214. If the identification server determines that the distance value is greater than the preset distance value, step S215 is performed: determining that the user equipment is successfully checked off from work.

After the registration is successful, the process proceeds to step S216: the identification server uses the current time as the check-in time, records the check-in time and the check-in location, and sends the check-in time and the check-in location to the user equipment.

In this embodiment, after receiving the check-in time and the check-in location sent by the identification server, the user equipment displays that the user has successfully checked in, and then the user equipment closes the application with the positioning function. After the second time period after the identification server exceeds the working day, the punch function is automatically turned off to save power. Of course, in other embodiments, the user equipment can also open the application with the positioning function after a fixed time point of the working day, for example, the application with the positioning function is turned on after 5:00 pm on the working day until receiving the identification. The application with the positioning function is closed only after the check-in time sent by the server and the check-in location and the user's check-in is successful. The identification server can also turn on the punch function after a fixed time on the working day. For example, the punch function is enabled after 5:00 pm on the working day, and the punch function is automatically turned off until all the employees have checked in.

For example, from 8:00 to 9:30 in the morning from Monday to Friday, the indoor positioning base station transmits the base station signal in a broadcast manner during this time period, wherein the base station signal coverage is 50 m (meter), and the user equipment is also in this The positioning function is activated during the time period and the identification server also initiates the opening function during this time period. When the distance between the user equipment and the indoor positioning base station is 50 m, the user equipment is in the coverage of the base station signal, and the base station signal is received, and the user equipment measures the distance between the user equipment and the indoor positioning base station through the Beacon technology in real time after responding to the base station signal. value. Then, the user equipment sends the distance value and the device information to the indoor positioning base station, and the indoor positioning base station sends the distance value and the device information to the identification server. After the identification server receives the distance value and the device information, it is first determined whether the user equipment corresponding to the device information is registered, and if yes, the identification server further determines whether the distance value is less than a preset distance value. If the distance value is 50m and the preset distance value is 20m, the distance value is greater than the preset distance value, and the distance value between the user equipment measured by the user equipment and the indoor positioning base station is continuously received, and it is determined whether the distance value is less than the preset distance value. When the distance value is 19m, then the distance value is less than the preset distance value, then it is judged that the work sign is successful, and the user equipment turns off the positioning function. The identification server and the indoor positioning base station continue to judge other user equipments to check in, until the time exceeds 9:30, the identification server stops opening function, and the indoor positioning base station stops transmitting the base station signal. When it is 5:00-7:30 pm from Monday to Friday, the indoor positioning base station transmits the base station signal in a broadcast manner during this time period, wherein the base station signal coverage is 50 m, and the user equipment also starts the positioning function in this time period. And the recognition server also starts the open function during this time period. At this moment, the user equipment is in the coverage of the base station signal, and receives the signal of the base station. At the same time, the user equipment measures the distance between the user equipment and the indoor positioning base station through the Beacon technology in real time after responding to the signal of the base station. Then, the user equipment sends the distance value and the device information to the indoor positioning base station, and the indoor positioning base station sends the distance value and the device information to the identification server. After the identification server receives the distance value and the device information, it is first determined whether the user equipment corresponding to the device information is registered, and if yes, the identification server further determines whether the distance value is greater than a preset distance value. If the distance value is 10 m and the preset distance value is 20 m, the distance value is less than the preset distance value, and the distance value between the user equipment measured by the user equipment and the indoor positioning base station is continuously received, and it is determined whether the distance value is greater than the preset distance value. When the distance value is 21m, then the distance value is greater than the preset distance value, then it is judged that the work sign is successful, and the user equipment turns off the positioning function. The identification server and the indoor positioning base station continue to judge other user equipments to check-in until the time exceeds 9:30, the identification server stops opening function, and the indoor positioning base station stops transmitting the base station signal, or until all the employees get off work, the identification server stops. The function is turned on and the indoor positioning base station stops transmitting the base station signal.

As shown in FIG. 3, FIG. 3 is a schematic structural diagram of a sign-in system based on the indoor positioning technology of the present invention, and the sign-in system based on the indoor positioning technology in FIG. 3 corresponds to the sign-in method based on the indoor positioning technology of FIG. 1 and FIG. 2 described above. The system includes a user equipment 11, an indoor positioning base station 12, and an identification server 13, which are respectively connected to the user equipment 11 and the identification server 13, and the user equipment 11 and the identification server 13 are connected. As shown in FIG. 4, the user equipment 11 includes a device receiving module 111, a measuring module 112, and a device transmitting module 113. The measurement module 112 is connected to the device receiving module 111 and the device transmitting module 113, respectively. Of course, the measurement module 112 can install an application having a positioning function, and the measurement module 112 turns on the application having the positioning function during the first time period of the working day or the second time period.

The device receiving module 111 is configured to receive the base station signal transmitted by the indoor positioning base station 12 and receive the check-in time and the check-in location sent by the identification server 13.

When the user equipment 11 is within the coverage of the base station signal of the base station 12, the measurement module 112 is configured to measure the distance value between the user equipment 11 and the indoor positioning base station 12 by using the Beacon technology.

The device sending module 113 is configured to send the device information corresponding to the user equipment 11 and the distance value to the indoor positioning base station 12. The device sending module 113 is further configured to send corresponding device information to the identification server 13 so that the identification server 13 registers the device information and stores the device information in the registration list.

As shown in FIG. 5, the indoor positioning base station 12 includes a base station receiving module 121 and a base station transmitting module 122. The base station receiving module 121 is configured to receive the device information and the distance value sent by the device sending module 113. The base station sending module 122 is configured to transmit the base station signal in a broadcast manner and send the device information and the distance value to the identification server 13, and the base station sending module 122 broadcasts the base station signal in a broadcast manner in the first time period or the second time period of the working day. , or broadcast a base station signal after a fixed time point on weekdays.

As shown in FIG. 6, the identification server 13 includes a server receiving module 131, a registration module 132, a judging module 133, a sign-in module 134, and a server sending module 135. The server receiving module 131 is connected to the registration module 132, the registration module 132 is connected to the determining module 133, the determining module 133 is connected to the sign-in module 134, and the sign-in module 134 is connected to the server sending module 135.

The server receiving module 131 is configured to receive the distance value and the device information sent by the base station sending module 122.

The registration module 132 is configured to register device information and store device information in a registration list. The registration module 132 is configured to determine whether the user equipment 11 is registered according to the device information. Preferably, the registration module 132 is configured to determine whether the device information is stored in the registration list to determine whether the user equipment 11 is registered. When the device information is stored in the registration list, the registration module 132 determines that the user device 11 has been registered.

The determining module 133 is configured to determine whether the distance value satisfies the preset condition when the registration module 132 determines that the user equipment 11 has been registered. The determining module 133 is configured to determine whether the distance value is smaller than the preset distance value, and the determining module 133 is configured to determine whether the distance value is greater than the preset distance value.

The check-in module 134 is configured to determine that the user equipment 11 is successfully signed when the determining module 133 determines that the distance value meets the preset condition. The check-in module 134 is configured to determine, when the determining module 133 determines that the distance value is less than the preset distance value, the user equipment 11 is successfully checked in, and the current time is used as the check-in time of the user equipment 11, and the check-in time is recorded. The check-in module 134 is configured to determine, when the determining module 133 determines that the distance value is greater than the preset distance value, the user equipment 11 is successful in sign-off, and the current time is used as the check-in time of the user equipment 11, and the check-in time is recorded. The check-in module 134 keeps the punch-in function in the first time period or the second time period of the working day, that is, the check-in function, or the check-in function is always turned on after the fixed time of the working day.

The server sending module 135 is configured to send the sign-in time to the user equipment 11 when the sign-in module 134 determines that the user equipment 11 is successful, so that the user is prompted to log in successfully.

It should be noted that the user equipment 11 in this embodiment may be a mobile phone or a tablet computer, and the corresponding device information may be a serial number of the mobile phone or an identification number of the SIM card disposed in the mobile phone, so as to be convenient for the user to carry and facilitate. operating.

In summary, the present invention measures the distance between the user equipment and the indoor positioning base station by using the Beacon technology when the user equipment locates the base station signal coverage of the base station indoors, and sends the device information and the distance value corresponding to the user equipment to the indoor. Locating the base station; the indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server; the identification server receives the distance value and the device information, and determines whether the user equipment is registered according to the device information; if it is determined that the user equipment is registered Then, the identification server further determines whether the distance value satisfies the preset condition, and if yes, determines that the user equipment is successfully checked in; the identification server uses the current time as the check-in time of the user equipment, records the check-in time, and sends the check-in time to the user equipment. In the above manner, the present invention can measure the distance between the user equipment and the indoor positioning base station and realize the identity identification of the user equipment by using the indoor positioning technology, and further realize the automatic check-in of the commuter according to the distance between the user equipment and the indoor positioning base station after the identity identification. Effectively improve the efficiency of employee check-in.

The above is only the embodiment of the present invention, and is not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the invention and the drawings are directly or indirectly applied to other related technologies. The fields are all included in the scope of patent protection of the present invention.

Claims (12)

1. A sign-in method based on indoor positioning technology, wherein the method comprises:

   When the user equipment locates the coverage of the base station signal of the base station, the distance value of the user equipment and the indoor positioning base station is measured by the Beacon technology, and the device information corresponding to the user equipment and the distance value are sent to the Indoor positioning base station;

   The indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server;

   The identification server receives the distance value and the device information, and determines, according to the device information, whether the user equipment is registered;

   If it is determined that the user equipment is already registered, the identification server further determines whether the distance value meets a preset condition, and if yes, determines that the user equipment is successfully checked in;

   The identification server records the check-in time by using the current time as the check-in time of the user equipment, and sends the check-in time to the user equipment;

   The method further includes: before the user equipment is used to measure the distance between the user equipment and the indoor positioning base station by using the Beacon technology, when the user equipment is in the coverage of the base station signal of the indoor station, the method further includes:

   Transmitting, by the user equipment, corresponding device information to the identification server, where the identification server registers the device information and stores the device information in a registration list;

   The identification server further determines whether the distance value meets a preset condition, and if yes, determining that the user equipment is successfully checked in, including:

   The identification server determines whether the distance value is smaller than a preset distance value, where the preset distance value is smaller than a radius of a base station signal coverage range;

   If yes, it is determined that the user equipment is successfully checked in to work.
2. The method according to claim 1, wherein the determining whether the user equipment is registered according to the device information comprises:

   Determining whether the device information is stored in the registration list;

   If yes, it is determined that the user equipment has been registered.
3. A sign-in method based on indoor positioning technology, wherein the method comprises:

   When the user equipment locates the coverage of the base station signal of the base station, the distance value of the user equipment and the indoor positioning base station is measured by the Beacon technology, and the device information corresponding to the user equipment and the distance value are sent to the Indoor positioning base station;

   The indoor positioning base station receives the device information and the distance value, and sends the device information and the distance value to the identification server;

   The identification server receives the distance value and the device information, and determines, according to the device information, whether the user equipment is registered;

   If it is determined that the user equipment is already registered, the identification server further determines whether the distance value meets a preset condition, and if yes, determines that the user equipment is successfully checked in;

   The identification server records the check-in time by using the current time as the check-in time of the user equipment, and sends the check-in time to the user equipment.
4. The method according to claim 3, wherein the method further measures the distance between the user equipment and the indoor positioning base station by using a Beacon technology when the user equipment locates the base station signal coverage of the base station indoors. include:

   The user equipment sends corresponding device information to the identification server, and the identification server registers the device information and stores the device information in a registration list.
5. The method according to claim 4, wherein the determining whether the user equipment is registered according to the device information comprises:

   Determining whether the device information is stored in the registration list;

   If yes, it is determined that the user equipment has been registered.
6. The method according to claim 3, wherein the identification server further determines whether the distance value satisfies a preset condition, and if yes, determining that the user equipment is successfully checked in, including:

   The identification server determines whether the distance value is smaller than a preset distance value, where the preset distance value is smaller than a radius of a base station signal coverage range;

   If yes, it is determined that the user equipment is successfully checked in to work.
7. The method according to claim 3, wherein the identification server further determines whether the distance value satisfies a preset condition, and if yes, determining that the user equipment is successfully checked in, including:

   The identification server determines whether the distance value is greater than a preset distance value, where the preset distance value is smaller than a radius of a base station signal coverage range;

   If yes, it is determined that the user equipment is successfully checked in after work.
8. A check-in system based on an indoor positioning technology, wherein the system includes a user equipment, an indoor positioning base station, and an identification server, wherein the indoor positioning base station is respectively connected with the user equipment and the identification server, and the user equipment and The identification server signal connection; wherein:

   The user equipment includes a measurement module, a device receiving module, and a device sending module, where the measuring module is respectively connected to the device receiving module and the device sending module, where the user equipment locates the base station signal coverage of the base station indoors The measurement module is configured to measure a distance value between the user equipment and the indoor positioning base station by using a Beacon technology, where the device sending module is configured to send device information corresponding to the user equipment and the distance value to the Indoor positioning base station;

   The indoor positioning base station includes a base station receiving module and a base station sending module, the base station receiving module is configured to receive the device information and the distance value, and the base station sending module is configured to send the device information and the distance value To the identification server;

   The identification server includes a server receiving module, a registration module, a determining module, a sign-in module, and a server sending module, the server receiving module is connected to the registration module, the registration module is connected to the determining module, and the determining module is The check-in module is connected, and the check-in module is connected to the server sending module, where:

    The server receiving module is configured to receive the distance value and the device information;

    The registration module is configured to determine, according to the device information, whether the user equipment is registered;

    The determining module is configured to determine, when the registration module determines that the user equipment is registered, whether the distance value meets a preset condition;

   The check-in module is configured to: when the determining module determines that the distance value meets a preset condition, determine that the user equipment is successfully checked in, and use the current time as the check-in time of the user equipment, and record the check-in time;

   The server sending module is configured to send the check-in time to the user equipment when the check-in module determines that the user equipment is successfully checked in;

   The device receiving module is configured to receive the check-in time and the check-in location sent by the server sending module.
9. The system of claim 8 wherein

   The device sending module is further configured to send the corresponding device information to the identification server, where the registration module is further configured to register the device information and store the device information in a registration list.
10. The system of claim 9 wherein

    The registration module is further configured to determine whether the device information is stored in the registration list, and the registration module is further configured to determine that the user equipment is registered when determining that the device information is stored in the registration list.
11. The system of claim 8 wherein

    The determining module is configured to determine whether the distance value is smaller than a preset distance value, where the preset distance value is smaller than a radius of a base station signal coverage range;

    The check-in module is configured to determine that the user equipment is successfully checked in when the determining module determines that the distance value is less than a preset distance value.
12. The system of claim 8 wherein

    The determining module is configured to determine whether the distance value is greater than a preset distance value, where the preset distance value is smaller than a radius of a base station signal coverage range;

    The check-in module is configured to determine, when the determining module determines that the distance value is greater than a preset distance value, that the user equipment is successfully checked off from work.