Parking space management system and method

Abstract

The invention discloses a parking space management system and method. The system comprises a shell, a positioning unit and/or an emergency calling button. The shell is internally provided with an RFIDcard reader, a power module, a controller, a distance sensing unit, a sound-light alarm unit and an SIM communication unit; the RFID card reader, the sound-light alarm unit, the distance sensing unitand the SIM communication unit are connected with the controller separately, and the power module provides a power supply for other units. The positioning unit positions a parking space through a GPS; when the controller detects that the emergency calling button is switched on, the sound-light alarm unit is triggered to give an alarm, and meanwhile alarm information is sent to a corresponding remote terminal through the SIM communication unit. The parking space management system has the advantages that under the condition that a citizen needs emergency calling, the emergency calling button can be pressed, the sound-light alarm unit simulates alarm sound, and telephone alarm is conducted through the SIM communication unit.

Description

technical field [0001] The invention belongs to the technical field of parking management, and more specifically relates to a parking space management system and method. Background technique [0002] At present, the management of parking spaces in parks or public areas mostly adopts the management method of parking space locks. The height of the parking space locks ranges from 370mm to 450mm. It is difficult for drivers to see clearly in dark conditions. Such as direct impact will not only cause parking locks and If the ground on which the lock body is fastened is damaged, it will cause damage to the vehicle; in the case of heavy rain and snow, the accumulated water or snow will cover or even completely cover the parking lock, and the driver cannot find the parking lock, such as parking directly to the parking space When the snow melts, the vehicle will be locked in the parking space, so that the vehicle cannot be moved or damaged; [0003] Since the parking lot lock is ins...

AI Technical Summary

Problems solved by technology

[0002] At present, the management of parking spaces in parks or public areas mostly adopts the management method of parking space locks. The height of the parking space locks ranges from 370mm to 450mm. It is difficult for drivers to see clearly in dark conditions. Such as direct impact will not only cause parking locks and If the ground on which the lock body is fastened is damaged, it will cause damage to the vehicle; in the case of heavy rain and snow, the accumulated water or snow will cover or even completely cover the parking lock, and the driver cannot find the parking lock, such as parking directly to the parking space When the snow melts, the vehicle will be locked in the parking space, so that the vehicle cannot be moved or damaged;

[0003] Since the parking lot lock is installed on the ground, and the height is low (50mm-80mm), areas with more rainy and snowy weather are likely to cause rapid aging of the sealing system, resulting in failures such as water ingress; at the same time, due to the low height of the equipment, the area is relatively large Small size, unable to use new energy (solar) power generation, so the battery needs to be replaced frequently, and it is easy to cause problems such as aging of the sealing system;

[0004] The method of binding the license plate to the above-ground parking space is mostly the way of spraying the license plate number on the ground. Vehicles without parking spaces or temporarily parked vehicles may not be able to see that the parking space has been purchased by others due to the night or the problem of the spraying angle, resulting in illegal occupancy;

[0005] Parking space locks are mostly driven by motors, and the number of times or high frequency of use may easily cause large motor resistance and slow operation or generate noise, which will directly affect battery life; parking lot management methods are mostly remote-controlled manual or automatic unlocking, Locked, there are problems such as poor anti-interference ability and low anti-cracking ability, and cannot be effectively centralized management

[0006] In summary, the problems existing in the existing parking space management system mainly include: low low-light recognition, poor weather resistance, inability to use new energy sources, short equipment life, inability to effectively centralize management, poor anti-interference ability, low anti-cracking ability, no Scalability, etc.

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