Card-taking device, card-taking system, card-taking component system and card-taking method

Abstract

A time-scanning system includes: a time-scanning system comprising a time-scanning device and a management device; and a user terminal device electrically connected to the time-scanning device and the management device; after the time-scanning device is contactlessly coupled to the user terminal device, the time-scanning device generates and transmits time-scanning data to the user terminal device, wherein the time-scanning data is used by the user terminal device to transmit time-scanning data to the management device; the management device receives time-scanning data from the user terminal device and corresponds to the time-scanning data, the time-scanning data including personnel identification data.

Claims

1. A time clock device, adapted to communicate with a user terminal device, and comprising: a processing unit electrically connected to the user terminal device; and a storage unit electrically connected to the processing unit and storing generated counting data; wherein, after the processing unit is contactlessly coupled by the user terminal device, the processing unit generates time clock data, wherein... The check-in data is used by the user terminal device to transmit check-in data to a management device. The processing unit generates the check-in data by generating a count data to be verified contained in the check-in data based on the generated count data, wherein the count data to be verified is used to determine whether the check-in was successful; the processing unit transmits the check-in data to the user terminal device.

2. A check-in system, suitable for communicating with a user terminal device, and comprising: a check-in device electrically connected to the user terminal device and storing generated count data; and a management device electrically connected to the user terminal device and storing check-in count data; wherein, after the check-in device is contactlessly coupled to the user terminal device, the check-in device generates and transmits check-in data to the user terminal device, wherein... The attendance data is used by the user terminal device to transmit attendance data to the management device. The attendance device generates the attendance data by generating a count data to be verified included in the attendance data based on the generated count data, wherein the count data to be verified is used to determine whether the attendance was successful. The management device receives attendance data from the user terminal device and corresponds to the attendance data. The attendance data includes personnel identification data. The management device determines whether it conforms to a sorting rule based on the attendance count data and the count data to be verified. If the management device determines that the count data to be verified is greater than a threshold generated based on the attendance count data, it determines that it conforms to the sorting rule.

3. The attendance system as described in claim 2, wherein, The data used for clocking in includes device identification information; if the management device determines that there is no enterprise setting information corresponding to the device identification information, the clocking in will be deemed to have failed.

4. The attendance system as described in claim 3, wherein, The management device stores the enterprise setting data corresponding to the device identification data, and multiple sets of user data to be checked in corresponding to the enterprise setting data; if the management device determines that the check-in data does not match any of the user data to be checked in, the check-in is deemed to have failed.

5. The attendance system as described in claim 4, wherein the management device further stores multiple records of attendance time data corresponding to the data of users waiting to clock in, each record of attendance time data including a record of start time and a record of finish time; the management device generates attendance data based on the attendance time data corresponding to the attendance data and the personnel identification data.

6. The check-in system as described in claim 2, wherein the management device further stores location setting data, and the check-in data further includes user location data; when the management device determines that the user location data in the check-in data does not conform to the location setting data, the check-in is deemed to have failed.

7. The attendance system as described in claim 2, wherein, When the management device determines that the user's terminal device has stored past login data, it generates the attendance data based on the past login data.

8. A time clock system, comprising: a time clock system, including a time clock device and a management device, wherein, The attendance device stores generated count data, the management device stores attendance count data, and a user terminal device is electrically connected to the attendance device and the management device. After the attendance device is contactlessly coupled to the user terminal device, the attendance device generates and transmits attendance data to the user terminal device. The attendance data is used by the user terminal device to transmit attendance data to the management device. The attendance device generates the attendance data by generating a count data to be verified contained in the attendance data based on the generated count data. The count data to be verified is used to determine whether the attendance was successful. The management device receives attendance data from the user terminal device and corresponds to the attendance data. The attendance data includes personnel identification data. The management device determines whether the attendance data conforms to a sorting rule based on the attendance count data and the count data to be verified. If the management device determines that the count data to be verified is greater than a threshold generated based on the attendance count data, it determines that the sorting rule is met.

9. A check-in method, implemented by a check-in component system, the check-in component system comprising a check-in device, a management device, and a user terminal device electrically connected to the check-in device and the management device, wherein the check-in device stores generated count data, the management device stores checked-in count data, and the check-in method comprises: after the check-in device is contactlessly coupled to the user terminal device, the check-in device generates and transmits check-in data to the user terminal device, wherein... The attendance data is used by the user terminal device to transmit attendance data to the management device. The attendance device generates the attendance data by generating a count data to be verified included in the attendance data based on the generated count data, wherein the count data to be verified is used to determine whether the attendance was successful. The management device receives attendance data from the user terminal device and corresponds to the attendance data. The attendance data includes personnel identification data. The management device determines whether it conforms to a sorting rule based on the attendance count data and the count data to be verified. If the management device determines that the count data to be verified is greater than a threshold generated based on the attendance count data, it determines that it conforms to the sorting rule.

10. The check-in method as described in request item 9, wherein, The check-in data includes device identification data, and the check-in method further includes: if the management device determines that there is no enterprise setting data corresponding to the device identification data, the check-in is deemed to have failed.

11. The check-in method as described in request item 10, wherein, The management device stores the enterprise setting data corresponding to the device identification data, and multiple sets of user data to be checked in corresponding to the enterprise setting data. The check-in method further includes: when the management device determines that the check-in data does not match any of the user data to be checked in, the check-in is deemed to have failed.

12. The check-in method as described in request item 11, wherein, The management device also stores multiple records of check-in time information corresponding to the user information waiting to check in. Each set of check-in time information includes a start time and a finish time. The check-in method also includes: the management device generating a check-in attendance record based on the check-in time information corresponding to the check-in record and the personnel identification information.

13. The check-in method as described in request item 9, wherein, The management device also stores location setting data, and the check-in data also includes user location data. The check-in method further includes: when the management device determines that the user location data in the check-in data does not match the location setting data, it determines that the check-in has failed.

14. The check-in method as described in claim 9 further includes: when the management device determines that the user terminal device stores past login data, the check-in data is generated based on the past login data.

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