Intelligent on-road parking linkage system based on video inspection vehicle, and using method thereof

Abstract

The invention provides an intelligent on-road parking linkage system based on a video inspection vehicle, and a using method thereof. The intelligent on-road parking linkage system comprises a video inspection vehicle system, an inspection PDA system, an on-road parking system and geomagnetic detection modules. The geomagnetic detection modules are installed in the video inspection vehicle systemand the inspection PDA system respectively, and the video inspection vehicle system and the inspection PDA system are connected with the on-road parking system respectively. The beneficial effects ofthe system are that: 1, through linkage among the video inspection vehicle system, the inspection PDA system and the front-end geomagnetic system, vehicles and positions needing to be managed by an administrator on site can be accurately screened out by the intelligent on-road parking linkage system based on the video inspection vehicle, the workload of the administrator is reduced, the working efficiency of on-site work is improved, and the labor cost is reduced to a great extent; and 2, the intelligent on-road parking linkage system disclosed by the invention adopts the video inspection vehicle to break through the existing mode, so that the construction cost is reduced.

Description

technical field [0001] The invention relates to the field of parking systems, in particular to an intelligent on-street parking linkage system based on a video inspection vehicle and a method for using it. Background technique [0002] The existing smart on-street parking charging system mainly has two modes: [0003] (1) Geomagnetic mode: High-precision geomagnetic parking space detectors are installed in road berths to detect the status of parking vehicles and the time of entry and exit in real time and upload them to the platform as the basis for user parking time billing. After parking, the car owner can complete the parking application and payment through the smart phone. It supports multiple payment methods and payment channels. The system settles the fee according to the actual parking time according to the geomagnetic detection time. [0004] Advantages: The detection rate of the geomagnetic parking space detector is high, and the construction cost is relatively low...

AI Technical Summary

Problems solved by technology

[0005] Disadvantage: Vehicle information needs to be collected on site

[0008] Disadvantages: the average cost per parking space is high; road excavation is required to obtain electricity, nets, and poles, which affects the appearance of the city; the detection rate is more affected by environmental factors : Shadows, ponding reflections, or day-night transitions can cause detection errors; in order to improve accuracy at night, the method of using the supplementary light to always turn on will cause a certain amount of light pollution

Same as "inspection vehicle + geomagnetic mode", video forensics pictures and inspection vehicle forensics pictures cannot be promoted and used without the support of relevant government departments and policies

[0013]The existing smart on-street parking charging system requires manual inspection regardless of the mode. The reasons are: (1) Since the equipment recognition rate cannot reach unattended (2) Car owners will be unfamiliar with the operation steps of parking, maliciously evade fees, deliberately cover the license plate, etc., so manual inspection is required; (3) Local regulations are not perfect, and manual assistance is required

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