Interconnection access control system

Abstract

The invention discloses an interconnection access control system. The system comprises an on-line payment management WEB server, an access control system and a mobile device client, wherein the on-line payment management WEB server is used for managing operations of user logon, on-line payment, information modification and inquiry, temporary authorization and code resetting, updating the APP edition of the mobile device client, implementing B / S communication architecture in subsystems and automatically reminding the user of recharging; the access control system comprises a plurality of access control subsystems; each access control subsystem can perform connection and communication with the on-line payment management WEB server through the Internet; the mobile device client is used for making wireless connection with the access control subsystem through Bluetooth and completing the transmission of user data and receiving of feedback information; and the mobile device client determines whether to open the access control according to the feedback information of the access control subsystem.

Description

Technical field [0001] The invention relates to the field of access control systems, in particular to an interconnected access control system. Background technique [0002] With the rapid development of computer and electronic technology, the application of intelligent access control systems is becoming more and more common. According to the types of user information input devices, the common access control systems in daily life can be divided into three categories: password access control systems, swipe card access control systems and biometric access control systems, which will be introduced separately below. [0003] 1. Password access control system: the user enters the access code through the external keyboard at the access control, the system determines whether the password entered by the user is correct, if it is correct, the door is opened and let go; if it is wrong, no action is taken. Disadvantages: 1) slow speed; 2) poor security; 3) passwords are easy to forget. There...

AI Technical Summary

Problems solved by technology

Disadvantages: 1) Slow speed; 2) Poor security; 3) Password is easy to forget

However, the card-swiping access control has the following disadvantages: 1) the user needs to go to a specific place at a specific time to recharge and pay; 2) a user may have access cards of multiple access control systems at the same time. It is very inconvenient; 3) It is necessary to register and file for visitors, which causes inconvenience to access control management

But its shortcomings are: 1) the cost is high, it is difficult to promote and use on a large scale; 2) the comparison speed is slow, it is not suitable for places with many people; 3) there are certain requirements for users, such as fingerprints Recognition requires no scars on the user's fingers, and facial recognition has requirements for the user's facial contour features, etc.

[0006] In the existing access control management system, although a computer information management system with each access control system user organization as the unit has also been established, because each access control system user organization is independent of each other and cannot communicate with each other, one authority of the user can only be passed through One or several specific access control systems and multiple access control systems are required to deal with different places for daily access; users need to go to the corresponding access control management office at a specific time to recharge and pay to extend the validity period of the authority; moreover, access control management The office cannot uniformly query the user's entry and exit records and recharge and payment records, and it also increases the difficulty of the access control management office's management of visitors

This not only reduces the intelligence level, service quality and work efficiency of the access control system, but also increases the cost of system operation and maintenance, and weakens the security, stability and reliability of the system

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