Near-field communication mobile check-in system

Abstract

The invention relates to a near-field communication mobile check-in system, and the system is characterized in that the system comprises a mobile intelligent terminal, a check-in terminal, a certificate terminal, a relay integration center, and N NFC relay terminals (N is not less than three), wherein the relay integration center and N NFC relay terminals are respectively located nearby the check-in terminal. During check-in, a system carries out the encryption and storage of the second-generation ID card information and personal information of a to-be-checked person in a mobile intelligent terminal, and the to-be-checked person does not need to spend time in queuing for check at the check-in terminal, and can complete the whole check-in process quickly and safely only if the to-be-checked person enables the check-in information prestored in the intelligent mobile terminal to be transmitted to the check-in terminal through the optimal NFC relay, thereby improving the check-in efficiency. Meanwhile, a warning indicator of the system gives prompt in an occasion with higher requirements for the secrecy if a checked person leaves the check-in terminal by some distance, so as to remind a check-in management worker, thereby further improving the safety of the system.

Description

technical field [0001] The invention relates to the field of communication, in particular to a near-field communication mobile sign-in system. Background technique [0002] In the daily operation of enterprises and institutions, various meetings and commuting require employees to sign in to grasp the attendance status. In the existing sign-in methods, some units still use the traditional handwritten signature form, which is prone to modern sign-in and other situations, which is not conducive to grasping the real attendance situation; although some units use the more popular fingerprint entry sign-in or facial feature recognition Sign-in and other emerging electronic sign-in methods, but these emerging electronic sign-in methods still have shortcomings in terms of sign-in efficiency. [0003] For example, in the electronic sign-in method using fingerprint entry or facial feature recognition, at the sign-in terminal, when there are many people waiting to sign in, it is necess...

AI Technical Summary

Problems solved by technology

In the existing sign-in methods, some units still use the traditional handwritten signature form, which is prone to modern sign-in and other situations, which is not conducive to grasping the real attendance situation; although some units use the more popular fingerprint entry sign-in or facial feature recognition Sign-in and other emerging electronic sign-in methods, but these emerging electronic sign-in methods still have shortcomings in terms of sign-in efficiency

[0003] For example, in the electronic sign-in method using fingerprint entry or facial feature recognition, at the sign-in terminal, when there are many people waiting to sign in, it is necessary to queue up to complete fingerprint entry or facial feature recognition. Sign-in efficiency is reduced; in addition, because the fingerprint information and facial feature information of the person to be checked-in belongs to the private information of the individual, when these private information is stored in the sign-in terminal, once the person leaves the job or the sign-in terminal is invaded by an illegal user, personal information will inevitably be damaged. Leakage, a serious threat to personal information security

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