Parking stall lock management system based on wireless data communication network

Abstract

The invention relates to a parking stall lock management system based on a wireless data communication network, comprising a main control computer, a wireless central node and a wireless parking stall lock, wherein the main control computer is connected with the wireless central node that is connected with the wireless parking stall lock in a wireless way; the wireless parking stall lock comprises a radio-frequency module, a wireless signal processor, a voltage detecting unit, a singlechip controller, a battery jar and an electric parking stall lock, wherein the singlechip controller is connected with the wireless signal processor and a control terminal of the electric parking stall lock ,and is connected with the battery jar by the voltage detecting unit; a power supply end of the electric parking stall lock is connected with the battery jar; and the wireless signal processor is connected with the radio-frequency module. The parking stall lock management system has the advantages that the wiring-free and remotely controlled parking stall lock is realized by an Internet of Things wireless data transmission technology and a parking stall lock control technology. The parking stall lock management system has low power consumption, strong anti-interference, quick processing speed and strong safety, can be applied to the occasions such as property management, parking lot charging, public parking stall management of Governmental Departments, and the like.

Description

technical field [0001] The invention is a parking lock management system based on a wireless data communication network, and relates to the wireless data communication networking technology of the Internet of Things and the single-chip microcomputer technology. Background technique [0002] A parking lock is a mechanical device installed in the middle or in front of a parking space to prevent a vehicle from entering a parking space or a vehicle parked in a parking space from going out. The traditional parking space control is to install a parking lock device for each parking space, and use mechanical unlocking or remote control to unlock the lock. It is a one-way control. There is no network communication between the parking space locks, and there is no computer record. To control these parking locks and understand their working status, this control method limits the management of open parking fees and the control in the form of records in the management of a large number of...

AI Technical Summary

Problems solved by technology

The traditional parking space control is to install a parking lock device for each parking space, and use mechanical unlocking or remote control to unlock the lock. It is a one-way control. There is no network communication between the parking space locks, and there is no computer record. To control these parking locks and understand their working status, this control method limits the management of open parking fees and the control of recorded forms in situations where there are a large number of parking locks.

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