A parking space management method and device

Abstract

The invention provides a parking space management device and method. The parking space management device comprises a parking space management subsystem. The system comprises a central control subsystem and an auxiliary subsystem. wherein the parking space management subsystem comprises a hot area management subsystem and a parking space refusing subsystem; the hot area management subsystem is usedfor carrying out gridding division on a plane area on a map; Divided into parking spaces and hot areas, the target vehicle enters or leaves the hot zone; wherein the auxiliary subsystem comprises a navigation engine, a user interaction APP, an outdoor positioning GNSS system, an indoor WPS system, an off-site map, an in-site map, a mobile payment system and a parking lot management system. Remotereservation and autonomous management of parking spaces are realized, the workload of parking lot managers is reduced, the time for vehicle owners to find the parking spaces is saved, and the socialefficiency is improved.

Description

Background technique [0001] The number of private cars is increasing, and the problem of tight parking spaces is becoming more and more serious. The situation that one's own parking space is occupied often occurs, and the resulting contradictions are becoming more and more prominent. In order to protect their own interests, some users have installed parking locks on their parking spaces. [0002] At present, mainstream parking locks have mechanical structures, such as the "side-mounted" parking lock device disclosed in Chinese Patent Application No. 210810888819.4, which uses a horizontally rotatable swing arm to prevent unauthorized vehicles from entering. [0003] There are also some parking locks that have added an automatic control module to the traditional triangular parking lock, such as the lifting lock device disclosed in Chinese Patent Application No. 201810863296.8, which realizes parking space management and charging services through the lifting mechanism. Another...

AI Technical Summary

Problems solved by technology

The high construction cost of these parking lots is one aspect, the dependence on people is also high, and the labor cost is relatively high. These systems are basically unusable for roadside parking lots

[0007] Navigation software has been widely used. Typical navigation software such as AutoNavi, Baidu Navigation, etc. These navigation software have realized route planning, distance estimation and time prediction from the starting point to the destination, and have not recommended parking near the destination. However, these software basically end the navigation when they reach the parking lot. It is still a very laborious task for car owners to enter the parking lot to find a parking space.

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