Roadside parking space charging management system and charging method

Abstract

The invention creatively provides a roadside parking space charging management system and charging method. The roadside parking space charging management system comprises a charging terminal and an induction inclinometer arranged under the ground of a parking space. The induction inclinometer is used for obtaining whether a vehicle is parked in the parking space or not and obtaining the vehicle parking duration time. The induction inclinometer is connected with a Zigbee transmitter. The Zigbee transmitter is used for transmitting induction data obtained by the induction inclinometer to a Zigbee receiver. The charging terminal is used for recording the time when the vehicle enters the parking space, the time when the vehicle exits from the parking space and information of the vehicle and transmitting the time and the information to a monitoring platform. The Zigbee receiver and the charging terminal are communicated with the monitoring platform. The monitoring platform is used for counting and comparing the parking time transmitted by the charging terminal with the vehicle parking duration time in induction data and used for calculating the charging amount of money and transmitting the charging amount of money back to the charging terminal. The induction inclinometer and the charging terminal can conduct statistics on whether the vehicle is parked on the parking space or not and obtain the parking duration time at the same time, the monitoring platform can compare the information transmitted by the induction inclinometer and the charging terminal so that whether a charging person privately makes profits or not can be known, and the problem that existing manual charging cannot be supervised is solved.

Description

technical field [0001] The invention belongs to the field of intelligent transportation, and in particular relates to a parking charge management system. Background technique [0002] With the continuous increase of the number of cars in our country, the demand for parking spaces is increasing. In order to provide more parking spaces, some roads are provided with on-street parking spaces on both sides. The existing charging methods for on-street parking spaces Most of the fees are paid manually, that is, the information and parking time of the parked vehicles are manually recorded, and the parking fee is collected manually. Due to the high flexibility of manual charging, charging supervision cannot be realized, resulting in chaotic charging management of on-street parking spaces, and many cases of arbitrary charging or pocketing. Therefore need a kind of toll management system that can supervise to roadside parking space. Contents of the invention [0003] The problem to...

AI Technical Summary

Problems solved by technology

Due to the high flexibility of manual charging, charging supervision cannot be realized, resulting in chaotic charging management of on-street parking spaces, and many cases of arbitrary charging or pocketing

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