Method and system for segmental toll collection based on mobile phone bluetooth

Abstract

A riding sectionally charging method based on mobile phone Bluetooth comprises the steps of obtaining geographic position coordinates of a vehicle at any moment through a vehicle-mounted global position system (GPS) locating device; obtaining a Bluetooth identification code of a mobile phone Bluetooth module and storing the Bluetooth identification code into a radio frequency identification device (RFID) label of a mobile phone card; obtaining the Bluetooth identification code and sending the Bluetooth identification code to a remote server through a mobile communication network; obtaining a card number of the mobile phone card which sends the Bluetooth identification code and binding the Bluetooth identification code, the card number of the mobile phone card and a fee charging account; reading the Bluetooth identification code stored in the RFID label by an RFID reader; calculating the distance by which the vehicle runs during the whole process from the time when the RFID reader reads the Bluetooth identification code to the time when the mobile phone Bluetooth is off-line; sending the Bluetooth identification code and the distance by which the vehicle runs to the remote server; and calculating the fee produced by riding of a user and charging the fee from the charging account by the remote server.

Description

【Technical field】 [0001] The invention belongs to the technical field of wireless communication, and the invention relates to a method and a system for charging according to the distance when riding a car, in particular to a method and a system for charging by section based on mobile phone bluetooth. 【Background technique】 [0002] Public transport is the abbreviation of public transportation. Public transportation refers to all means of transportation that provide transportation services, including urban buses, urban rail transit, and inter-city automobiles and rail transit. Public transport has become an indispensable part of modern cities with its fast, convenient, economical and affordable advantages. In order to maintain the continuous operation of urban public transport facilities, it is necessary to charge people who take public transport, and because everyone travels different distances and enjoys different services, it is necessary to charge different fees to people...

AI Technical Summary

Problems solved by technology

[0006] (1) The cost is high. A large and medium-sized city pays conductors a salary of hundreds of millions of yuan a year

[0007] (2) Insufficient service quality, arbitrary charges and wrong charges occur from time to time

[0008] (3) Although there is manual ticket sales, there will still be cases of falsely reporting the distance traveled

With the continuous upgrading of mobile phones, almost every mobile phone will have Bluetooth in the future. Search the Bluetooth signal of the mobile phone through the Bluetooth device on the car, record the location of the bus when the Bluetooth signal of the mobile phone is searched for the first time, and then check the last Once the Bluetooth signal of the mobile phone is found, the geographical location information of the bus can be recorded, and the distance traveled by the user carrying the mobile phone can be calculated, and the section toll can be charged according to the distance. Theoretically, this technology is feasible , but there will be many problems in real life. For example, the user may artificially turn off Bluetooth for fare evasion or deliberately not carry a mobile phone with a Bluetooth module, so that the Bluetooth device in the car cannot accurately determine when the user gets off the car, resulting in inaccurate It is an important topic to charge by segment and how to prevent users from manually turning off the Bluetooth signal of the mobile phone at a relatively low cost

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