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1. Introduction to Intelligent Non-stop Management System
The read-write control equipment of the intelligent non-stop vehicle management system can realize unmanned management, thereby greatly improving the efficiency of vehicle traffic. The equipment is small in size, beautiful in appearance, easy to operate, automatic identification of fixed vehicles and automatic statistics of parking spaces, fully automatic unmanned management. When the car owner uses it, there is no need to park or roll down the window, the system can automatically complete the reading and writing, and the sensing distance can reach 20 meters, which can improve the efficiency of vehicle traffic and reduce the failure rate of equipment.
This system is suitable for long-term users of garages.Each user obtains a long-distance vehicle identification card from the central management office, and only needs toIdentification cardPlaced inside, you can freely enter and exit the garage without any action. This system can be connected with the management computer to realize real-time monitoring of fixed vehicles, realize report printing, service life definition and other functions.
1.1 System composition
The system consists of an entrance and exit control machine, automatic barriers, vehicle detectors, communication processors, management software, proximity cards, etc.
1.2 Application range
Applied to the gates of various parking lots, underground garages, communities, and units
2. System technical function
2.1 Expansion of the All-in-One Card
By handshaking with other subsystems, or coordinating software and hardware configuration to realize the all-in-one card function, in order to manage the consumption in the community (such as building access control, parking, catering consumption, security patrol, etc.) in a unified manner, which is convenient for customers.
2.2 Advanced development platform
Based on the embedded operating system development platform and ARM processor technology, using 32-bit high-speed dual-core processors and mass storage integrated circuits, providing high-speed computing speed and large storage space, making the stability, redundancy, and program code efficiency stronger higher.
2.3 Strong environmental adaptability
The electronic components are strictly selected industrial-grade standards to adapt to harsh and complex working environments; the structural parts are strong and firm, and the surface treatment is rigorous; the ventilation, heat dissipation, earthquake resistance, and moisture-proof measures are strict and effective.
2.4 Hardware and software collocation management
Through the combination of hardware and software management, it is convenient for the administrator to manage the vehicle through the hardware, and it is also convenient for the administrator to intuitively grasp the parking information and the charge amount through the software.
3. Scheme design
This solution provides a vehicle access management control system based on ARM processor technology and with TCP communication.
Adopting German advanced automatic control technology, industrial-grade design standards, using an embedded operating system development platform, integrating a 32-bit high-speed dual-core ARM processor with mass storage devices, ensuring high-speed computing speed and large storage space;
Specific settlement rules:
The parking lot system is mainly for the management of internal vehicles (fixed vehicles);
The control host has a storage function, which can realize the offline use of the system. After the card issuance authorization is completed, the management computer can be shut down, and the system operates normally, saving manpower and material resources;
According to project requirements, the system adopts 2-20m active long-distance card reading system to realize vehicle non-stop management;
The system uses TCP/IP communication
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