CN106296851A - Attendance system, attendance method and device - Google Patents

Abstract

The attendance system comprises a service system and attendance equipment worn by an attendance person, the attendance equipment detects vital sign data of the wearing person, the service system detects whether the attendance equipment is in an office area or not, reads the vital sign data detected by the attendance equipment and judges whether the attendance equipment is worn by the person or not according to the vital sign data. The attendance checking method is completed by establishing a functional module framework and controlling a computer system by computer program instructions, and the computer program instructions are stored in a computer readable storage medium. The attendance checking method comprises the steps that an attendee wears attendance checking equipment, the attendance checking equipment detects vital sign data of the wearer, whether the attendance checking equipment is in an office area or not is detected, and whether the attendance checking equipment is worn by the person or not is judged according to the vital sign data detected by the attendance checking equipment.

Description

Attendance system, attendance method and device

technical field

The present invention relates to the technical field of checking attendance, and relates to an checking attendance method. The method is completed by establishing a functional module framework and controlling a computer system by computer program instructions, and the computer program instructions are stored in a computer-readable storage medium.

Background technique

Employee attendance has always been a problem for various enterprises. From the initial sign-in attendance to the later card-swiping attendance, there are loopholes. Others can sign in or wait for the card to be swiped, so that it is impossible to ensure that the employee's attendance records are true. In order to solve this problem, the fingerprint attendance method appeared later. Employees scan their fingerprints for attendance. Fingerprint attendance can solve the problem of other people's attendance attendance to a certain extent, so it has been popularized. It is still the mainstream attendance method and is used by most enterprises. use.

However, fingerprint attendance cannot eliminate the problem of others checking attendance on behalf of others. Fingerprints can be collected with a film, and then others can carry the film with fingerprints and scan it on the company's fingerprint scanning machine. Therefore, the existing attendance checking methods cannot completely solve the problem of other people checking attendance on behalf of others.

Contents of the invention

In view of this, the present invention provides an attendance checking system and method, which can completely solve the problem of checking attendance on behalf of others.

To achieve the above object, the present invention provides the following technical solutions.

The attendance system includes the service system and the attendance equipment worn by the attendee, the attendance equipment detects the wearer's vital sign data, the service system detects whether the attendance equipment is in the office area, and reads the vital sign data detected by the attendance equipment, Based on this, it is judged whether the attendance device is worn by the person himself.

Preferably, the service system includes a plurality of bluetooth communication modules, and each of the bluetooth communication modules is arranged in various parts of the office area so that the bluetooth signal covers the office area, and the attendance equipment is also provided with a bluetooth communication module. If there is no attendance equipment, it is determined that the attendance equipment is in the office area, otherwise it is determined that the attendance equipment is not in the office area. The communication distance of Bluetooth is relatively short and can only cover a range of a few meters. If the distance between two devices exceeds the communication distance of Bluetooth, they cannot be connected through Bluetooth, and the original Bluetooth connection will also be disconnected. Using this feature of Bluetooth, By setting multiple Bluetooth communication modules to cover the office area, the attendance equipment is also equipped with a Bluetooth communication module. Therefore, as long as the attendance equipment is in the office area, the service system can establish a wireless connection with it through Bluetooth, so as to know that it is in the office. In the area, if the service system cannot connect with the attendance device via Bluetooth, it means that the attendance device is not in the office area and the employees have not come to work. In this way, it is possible to detect whether the attendance equipment is feasible in the office area, and the detection results are accurate.

Preferably, the service system reads the vital sign data detected by attendance equipment, and if the vital sign data detected by more than two attendance equipment is consistent, it is determined that there is attendance equipment worn by others.

Preferably, the service system reads the vital sign data detected by the attendance device, and if the vital sign data does not match the corresponding historical data of the attendance person's vital signs or the preset vital sign data, it is determined that the attendance device is operated by worn by others.

In the attendance method, the person being checked wears the attendance device, and the attendance device detects the vital sign data of the wearer, detects whether the attendance device is in the office area, and judges whether the attendance device is worn by the person according to the vital sign data detected by the attendance device.

Preferably, judging whether the attendance device is worn by the person specifically: if the vital sign data detected by more than two attendance devices are consistent, then it is determined that the attendance device is worn by others.

Preferably, judging whether the attendance device is worn by the person specifically: if the vital sign data detected by the attendance device does not match the corresponding historical data of the attendance person's vital signs or the preset vital sign data, it is determined that the attendance device is worn by others.

In the above attendance system and method, each employee (attendee) wears an attendance device, which can be positioned whether it is in the office area, and detects the wearer's vital sign data, such as heart rate, blood oxygen saturation, etc., through Attendance equipment, the service system can know whether the employee has come to work, and judge whether the attendance equipment is worn by the person according to the vital signs detected by the attendance equipment. Because everyone's physical fitness is different, each person's vital signs are different, and It cannot be collected on other carriers like fingerprints. If someone else wears it on behalf of attendance, the vital sign data detected by the attendance device must be different from that of the person, which can be detected by the service system, thus completely solving the problem of other people's attendance.

Description of drawings

Fig. 1 is a structural block diagram of the attendance system of the present invention.

detailed description

The present invention will be described in detail below in conjunction with specific embodiments.

As shown in Figure 1, the attendance system of this embodiment includes a service system 1 and an attendance device 2, the service system 1 includes a server 10, the attendance device 2 can be a wearable device, such as a bracelet, and the attendance device 2 includes a vital sign detector 21 , which can detect the wearer's vital sign data, such as heart rate, blood oxygen saturation, etc., the server 10 detects whether the attendance device 2 is in the office area to determine whether the corresponding employee has come to work, and the attendance device 2 detects the wearer's status in real time. Vital sign data, in other embodiments, attendance device 2 can also only detect the wearer's vital sign data within a preset time, and set it according to specific conditions and needs. If attendance device 2 is in the office area, server 10 will communicate with it Set up a wireless connection (such as WiFi), and regularly read (also can be other forms, does not necessarily require regular reading, for example, can also be real-time reading) the vital sign data detected by attendance equipment 2, according to attendance equipment 2 The detected vital sign data is used to determine whether the attendance device 2 is worn by the person or someone else, or whether it is worn (the attendance device 2 does not detect the vital sign data and is determined not to be worn). Each employee (attendee) corresponds to a attendance device 2, and each employee wears the corresponding attendance device 2, and the server 10 can know whether the corresponding employee has come to work by locating whether the attendance device 2 is in the office area. Combined with the wearer's vital sign data detected by the attendance device 2, it can be determined whether the wearer is himself or not, thus completely solving the problem of other people's attendance attendance.

There are more than one ways for the server 10 to detect whether the attendance device 2 is in the office area. For example, a positioning module, such as GPS, can be installed in the attendance device 2 to determine whether it is in the office area by positioning the position of the attendance device 2 through satellites. However, this method has the problem that the satellite positioning error is large, and it is impossible to accurately determine whether the attendance device 2 is in the office area. In this embodiment, it is implemented by using a Bluetooth connection. As shown in Figure 1, the service system 1 also includes a plurality of bluetooth communication modules 11-16, and the bluetooth communication modules 11-16 are distributed throughout the office area, so that the bluetooth signal covers the office area, correspondingly, each attendance device 2 also A Bluetooth communication module 24 is provided, and it is successfully paired with each Bluetooth communication module 11-16 of the service system 1 in advance. As long as the attendance device 2 enters the work area, the server 10 can establish a connection with the attendance device 2 through each Bluetooth communication module 11-16. Bluetooth connection, therefore, it can detect whether the attendance device 2 is in the office area. Specifically, if the server 10 can establish a Bluetooth connection with the attendance device 2, it is determined that the attendance device 2 is in the office area; if the server 10 cannot establish a Bluetooth connection with the attendance device 2, it is determined that the attendance device 2 is not in the office area. The attendance device 2 is not connected with all the Bluetooth communication modules of the service system 1, but only with the nearest one. In Fig. 1, the attendance device 2 communicates with the nearest Bluetooth communication module 15 through its Bluetooth communication module 24 establish connection. The server 10 can connect all attendance devices 2 through Bluetooth at regular intervals, instead of maintaining the connection all the time, so as to reduce the power consumption of the attendance devices 2 and prolong the use time of the attendance devices 2 after one charge. After the server 10 connects the attendance devices 2 through Bluetooth , also read the wearer's vital sign data detected by the attendance device 2 through Bluetooth transmission, so that it is not necessary to set up a WiFi communication module to establish a WiFi connection. The communication distance of Bluetooth is relatively short and can only cover a range of a few meters. If the distance between two devices exceeds the communication distance of Bluetooth, they cannot be connected through Bluetooth, and the original Bluetooth connection will also be disconnected. Using this feature of Bluetooth, By arranging a plurality of Bluetooth communication modules 11-16 to cover the office area, the attendance device 2 is also provided with a Bluetooth communication module 24, therefore, it is feasible to detect whether the attendance device 2 is in the office area through the above-mentioned Bluetooth connection mode, and the detection The result is accurate.

Regarding the manner in which the server 10 determines whether the wearer is himself or not according to the vital sign data of the wearer detected by the time attendance device 2, two embodiments are provided below. The first is that the server 10 reads the vital sign data detected by all attendance devices 2, and then compares whether the vital sign data detected by two or more attendance devices 2 are consistent, and if so, determines whether there is any The attendance device 2 is worn by others, that is, some employees are checked on attendance by others. The second is that the server 10 reads the vital sign data of the wearer detected by a certain attendance device 2, and then compares it with the historical vital sign data or the preset vital sign data of the employee corresponding to the attendance device 2, and if it does not match , it is determined that the attendance device 2 is worn by someone else, not by the person himself, that is, the employee is checked by someone else. The above two embodiments have their own characteristics and can be selected according to specific conditions and requirements. The meaning of the above inconsistency is whether the corresponding data is within a reasonable range, and is not limited to completely consistent meanings, such as heart rate, comparing the heart rate of the wearer detected by the attendance device 2 with the previous detection of the employee corresponding to the attendance device 2 The received heart rate, if the difference is within a reasonable range, it is considered to be consistent, otherwise it is considered inconsistent. The reasonable range mentioned here can be preset.

In addition, as shown in FIG. 1, the attendance device 2 can also be equipped with an NFC communication module 22 and a pedometer 23. Through the NFC communication module 22, related operations such as attendance check-in and payment can be performed. Through the pedometer 23, it can be collected and worn. The motion waveform of the wearer is filtered by the threshold, and then the motion state and step count are calculated according to the waveform, and combined with the heart rate and blood oxygen saturation detected by the vital sign detector 21, it can provide health advice and reminders for the wearer.

In the method given in this paper, all or part of the steps can be completed by establishing a functional module framework and controlling the computer system by computer program instructions. These computer program instructions are stored on a computer readable storage medium.

What is disclosed above is only the preferred embodiment of the present invention, which certainly cannot limit the scope of rights of the present invention. Therefore, the equivalent changes made according to the patent scope of the present invention still belong to the scope covered by the present invention. .

Claims (10)

1. Attendance system, which is characterized in that it includes a service system and attendance equipment worn by the attendee, the attendance equipment detects the vital sign data of the wearer, the service system detects whether the attendance equipment is in the office area, and reads the data detected by the attendance equipment. The vital sign data is used to determine whether the attendance device is worn by the person himself. 2. attendance system according to claim 1, is characterized in that, service system comprises a plurality of bluetooth communication modules, and each described bluetooth communication module is arranged on office area everywhere so that bluetooth signal covers office area, attendance equipment is also provided with bluetooth In the communication module, if the service system successfully connects to the attendance device through Bluetooth communication, it determines that the attendance device is in the office area, otherwise it determines that the attendance device is not in the office area. 3. The attendance system according to claim 1, wherein the service system reads the vital sign data detected by the attendance equipment, and if the vital sign data detected by more than two attendance equipment is consistent, it is determined that there is an attendance check The device is worn by another person. 4. The attendance system according to claim 1, wherein the service system reads the vital sign data detected by the attendance equipment, if the vital sign data is consistent with the corresponding vital sign historical data or preset If the vital sign data of the attendance device does not match, it is determined that the attendance device is worn by someone else. 5. attendance method, it is characterized in that, the person being checked wears the attendance equipment, the attendance equipment detects the vital sign data of the wearer, detects whether the attendance equipment is in the office area, and judges whether the attendance equipment is operated by the said vital sign data detected by the attendance equipment I wear it. 6. The attendance checking method according to claim 5, wherein it is characterized in that it is judged whether the attendance equipment is worn by the person. Specifically: if the vital sign data detected by more than two attendance equipments are consistent, then it is determined that the attendance equipment is worn by others . 7. The attendance method according to claim 5, wherein it is characterized in that it is judged whether the attendance equipment is worn by the person, specifically: if the vital sign data detected by the attendance equipment is consistent with the corresponding historical data or preset If the vital sign data of the attendance device does not match, it is determined that the attendance device is worn by someone else. 8. Attendance device, characterized in that the attendance device is worn by the person being checked, and the attendance device detects the wearer's vital sign data, and the attendance device includes: A positioning device, which detects whether the attendance equipment is in the office area; A judging device, which judges whether the attendance equipment is worn by the person according to the vital sign data detected by the attendance equipment. 9. The attendance device according to claim 8, wherein the judging means specifically: if the vital sign data detected by more than two attendance devices are consistent, it is determined that there is a attendance device worn by someone else. 10. The attendance device according to claim 8, characterized in that the judging means specifically: if the vital sign data detected by the attendance device does not match the corresponding vital sign history data or the preset vital sign data of the attendee , it is determined that the attendance device is worn by someone else.