Network reading system for resident identity card

Abstract

The invention discloses a resident identification card network reading system, which consists of background management system (BMS) and reading terminal system (RTS), wherein the BMS installs SAM_V safety modular for resident identification card electronic information operation processing or other hardware safety control equipment with the same code arithmetic function; the RTS installs radio frequency reading without SAM_V safety modular; the BMS and RTS communicate through private or common local (LAN) or wide area (WAN) network; the RTS sends the electronic information which is stored in the resident identification card chip to BMS to carry out code arithmetic function; after BMS code arithmetic function, the information is sent to RTS; TRS realizes reading, displaying, checking, storing and outputting resident identification card information.

Description

technical field [0001] The present invention relates to a resident ID card network reading system, more specifically to such a resident ID card (Resident ID Card) reading and verification system composed of a background management system and a reading terminal system in a wired or wireless network communication mode, It belongs to the field of information technology and its application. For the convenience of description, the background management system is called BMS (Background Management System) for short, and the reading terminal system is called RTS (Reading Terminal System) for short. Background technique [0002] my country's resident identity card system has been implemented since 1984, and nearly 1 billion first-generation resident identity cards have been issued. Because the first-generation ID card cannot be machine-readable and has poor anti-counterfeiting performance, relevant state departments and some scientific research institutions have been independently r...

AI Technical Summary

Problems solved by technology

Due to the use of a dedicated SAM_V security module, the reading device becomes a dedicated security device, which increases hardware manufacturing and maintenance costs on the one hand, and requires users to properly use and keep the reading device, which increases management costs

[0009] (2) The SAM_V security module is large in size and high in power consumption, which is not conducive to the portable design of reading devices and is not suitable for mobile applications

[0010] (3) Increased the difficulty of safety management

A large number of reading devices are scattered in all walks of life, and it is difficult to completely avoid the loss, damage or even human attack and destruction of devices

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