Grain delivering and warehousing access control system and method

Abstract

The invention discloses a grain delivering and warehousing access control system and method. The system comprises an access control platform, a management terminal which is connected with the access control platform, a system server, an IC card (Intelligent Circuit Card) sender and receiver, as well as an identity card recognizer, a fingerprint recognizer, a face recognizer, a voice column, an LED (Light-Emitting Diode) display screen, a number plate recognition device and a gateway which are connected with the management terminal, a handheld terminal machine which is connected with the access control platform through a wireless AP (Adapter), and a plurality of cameras which are connected with the access control platform through a hard disk video recorder. The system is a uniform system which is integrated with functions of customer registration, video monitoring, vehicle entering or exiting promotion, number plate recognition, blacklist management, temporary number plate distribution and gateway control. The system is capable of uniformly managing customer information and metering data; meanwhile, the goal of improving the efficiency, avoiding the cheating, standardizing a process and optimizing the management can be achieved.

Description

technical field [0001] The invention relates to an access control system, in particular to an access control management system and method for grain in and out of storage, and belongs to the technical field of access control. Background technique [0002] The security access management system is also called "door guard". At present, the access control of grain depots mainly includes customer information registration, video monitoring, door guard vehicle inspection, and gate control functions. Customer registration is manual paper registration by door guards; video monitoring is spherical cameras or guns, and video monitoring of door posts; door guards The vehicle inspection is for the security guard to check the vehicle and then release the vehicle into the factory; the control of the barrier gate is controlled by manual remote control. But existing access control has following shortcoming: [0003] The customer registration is manual paper registration by the doorman, the ...

AI Technical Summary

Problems solved by technology

[0003] The customer registration is manual paper registration by the doorman, the work efficiency is low, and the accuracy cannot be guaranteed. Some reasons are caused by staff mistakes, and some are caused by customers deliberately providing false information.

[0004] Video surveillance is generally controlled centrally with the monitoring of the entire factory area. The monitoring of access control belongs to the key area of ​​video surveillance deployment, and the pertinence of video management is not strong. problem first time

[0005] The doorman checks the vehicle and releases the vehicle to the factory after the security inspection. There is no registration of the confirmation result, let alone processing the confirmation result. There are often human factors, which bring potential danger to the property of the unit. When cheating occurs, it cannot be Accurately locate the responsible person, causing trouble to the unit management

[0006] The control of the barrier gate is controlled by manual remote control, and there is a phenomenon of releasing vehicles by misoperation or human factors.

[0007] The queue of vehicles is out of order, and there is a phenomenon of vehicle congestion. Drivers often have disputes over the order of warehousing, which leads to disordered management and reduces work efficiency.

[0008] Some grain delivery or grain collection vehicles do not have number plates, which causes great inconvenience to gate registration and vehicle management in the factory area

[0009] After the process of entering and exiting the vehicle is completed, it is uneconomical and environmentally friendly to go out with a paper exit pass, resulting in a waste of paper

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