Smart parking cloud service system

Abstract

The invention discloses a smart parking cloud service system, which includes a user terminal subsystem, a front-end information collection subsystem, and a cloud service platform. Carry out parking information collection, compress and encrypt the collected information and upload it to the cloud service platform; the cloud service platform is used to receive the parking request sent by the user terminal subsystem and feed back relevant information; The parking information uploaded by the system is used for vehicle identification; it is also used to calculate the parking fee when the user leaves the parking space after meeting the specified time of the billing rules, and at the same time push the parking fee to the user terminal subsystem to complete the parking fee. Its remarkable effect is: to realize the optimization of limited parking resources; thus to realize the intelligent parking management of unmanned, humanized, networked and intelligent.

Description

technical field [0001] The invention relates to the technical field of smart parking, and in particular to a smart parking cloud service system. Background technique [0002] With the rapid increase in the total number of vehicles, the parking resources are becoming increasingly tight, coupled with the lack of early planning and the lag in management methods, "difficult parking and disorderly parking" have become one of the main reasons for traffic congestion. There is a huge gap in the number of parking spaces in China. The demand in large cities is particularly obvious and there are many problems. Therefore, many cities have implemented parking systems with the concept of occupied parking spaces. [0003] However, in the existing on-street parking management, the following problems generally exist: First, the management is difficult. Due to the lack of information collection and supervision mechanisms, the management of on-street parking spaces is very difficult; The manu...

AI Technical Summary

Problems solved by technology

[0003] However, in the existing management of occupied parking spaces, there are generally the following problems: First, management is difficult. Due to the lack of information collection and supervision mechanisms, the management of occupied parking spaces is very difficult; second, the cost is high. In the manual toll collection method, hundreds of toll collectors need to be arranged for every thousand berths, and the labor cost is huge. Threatening the life safety of toll collectors; thirdly, it is difficult to collect fees. Due to the lack of good monitoring tools for toll collectors, the phenomenon of "running, jumping, dripping, and leaking" is serious. Difficult to charge, time-consuming and laborious; Fourth, it is difficult to find a parking space, the status of the parking space cannot be released in time, lack of parking guidance, and the owner cannot find the parking space in time

However, the existing lane-occupying intelligent parking system lacks accurate management of vehicles, and the parking method of reading and taking cards is prone to wrong cards and multiple vehicles on one card, resulting in loss of funds and occupation of parking resources; lack of operation Data mining, parking lot management focuses on equipment and neglects operation, lacks operation data mining, and cannot provide decision-making support for managers; most of them adopt column or portal structure, which not only makes construction inconvenient, but also occupies road space and affects traffic

Images