chrispeng [ad_1]
1. Industry status and background introduction
According to the needs of the Dushu Lake Public Security Bureau for battery car anti-theft monitoring, Suzhou Shulun Technology Co., Ltd. has made a specific analysis of the project. In this project, the channel bayonet is used to identify and match the person card and the vehicle card, and at the same time combine the access and exit. Video surveillance equipment to complete the supervision of entering and leaving battery vehicles. When the battery car moves out,ReaderRead the battery car information and find the matching personnel card. After identification, the data is transmitted to the data center through the controller, and through the network software platform, the legality is seriously violated. At the same time, the import and export flow can be recorded.
We will establish an electric vehicle supervision service operation platform, which mainly includes the following aspects.
Object of supervision: The platform will provide services for the identification of electric vehicles entering and leaving the community. It requires that each electric vehicle must be equipped with an electronic label, and its owner will carry a person card when driving the vehicle in and out, which is convenient for the system to verify the identity.
Functions of the operating platform: This solution mainly realizes the functions of vehicle entry and exit and owner identification, vehicle positioning function, statistical reports, illegal movement alarm, intelligent snapshot, SMS notification and other functions.
2. System principle
Shulun Technology Community Vehicle Anti-theft System adopts advancedRFIDIdentification technology, a community security monitoring system platform combining video surveillance, wireless data transmission, vehicle management system, SMS notification, 110 linkage, etc.
Anti-theft principle:
The system provides an anti-theft identification tag for each battery car (installed in a hidden location of the vehicle). The tag has a unique global RFID code. At the same time, the chip writes vehicle information (color, model number, vehicle owner, etc.), and at the same time Owner tags are also distributed to car owners, and the system binds the two groups of tags algorithmically.
When a vehicle enters or leaves a community, the system reads two matching tags bound to each other at the same time as a legal vehicle, and records the corresponding entry and exit time. When the bicycle card is in and out, the system will give the security personnel an alarm prompt, and capture the video at the same time.
3. System Architecture
The whole system architecture is as follows:
4. System workflow
Community security system operation process:
5. System technical features
This system can be installed and used independently in communities, units, schools and other places to realize the management of anti-theft monitoring in a separate area, and it can also be installed and used in open public places to play the role of early warning, alarm and management.
The system is one-to-one, and one-to-one, and finally realizes all-round anti-theft monitoring.
point:
This method takes the community as the unit, and the system implements the entrance and exit, carport, etc. of each community, so as to achieve real-time monitoring of the entrance and exit, and the installation location can be flexibly adjusted according to actual needs.
Area:
Area: Taking the entire community, unit parking lot, etc. as the unit, the entry and exit channels are the basic point, and a regional network monitoring system is formed in the common area, which can be expanded based on the washing system, and can expand personnel management, important item management, and vehicle management. and other systems, so as to truly realize the intelligent area management system above.
Area:
Taking multiple communities, markets, supermarkets, schools, and roads as the basic areas, multiple areas are linked together to form a healthy network combined with a video surveillance system to comprehensively and effectively achieve the purpose of connecting points into pieces and platform-based detection and management.
[ad_2]
