Urban convenient carpooling system and method thereof

Abstract

The invention provides an urban convenient carpooling system and method thereof. The system is provided with a mobile phone of a user, a carpooling car and an information center, wherein a vehicle-mounted terminal, a GPS (Global Positioning System) navigator, a non-contact radio frequency identification card reader and a user memory are arranged in the carpooling car; and the vehicle-mounted terminal is provided with a GPS / GPRS (General Packet Radio Service) positioning communication module. As a data communication passageway and a management platform are provided between a driver and a carpooling user by using the information center and the vehicle-mounted terminal, and the phone number of the user serves as main operation data for the appointment and the implementation of the carpooling, the purpose of independent carpooling between the driver and the carpooling user can be achieved conveniently and quickly. When the carpooling system and method are adopted, the safety, reliability and convenience of the carpooling operation can be ensured, meanwhile the calculation and sharing of the carpooling fee can be realized conveniently and quickly.

Description

technical field [0001] The invention relates to a convenient urban carpooling system and method. Background technique [0002] With the rapid economic growth, car ownership is also increasing rapidly, and urban traffic is becoming more and more congested. In order to alleviate traffic pressure and reduce travel costs, many people use carpooling to travel, such as going to work, traveling or temporary travel. [0003] With the rise of the Internet, people use messages on the Internet to announce their carpooling intentions, departure places, and destinations on the Internet; Carpool after reaching a consensus. This kind of carpooling mode has the following disadvantages: (1) real-time performance is not strong. It takes a long period of time for carpoolers to agree on carpooling intentions. When initiating carpooling, it is very likely that carpooling will be abandoned due to time constraints and no suitable carpooler can be found. (2) Safety is not guaranteed. Carpooler...

AI Technical Summary

Problems solved by technology

This kind of carpooling mode has the following deficiencies: (1) real-time performance is not strong

It takes a long period of time for the carpooler to issue a carpooling intention to reach a consensus. When initiating a carpool, it is very likely that the carpool will be abandoned due to time constraints and no suitable carpooler can be found.

(2) Safety is not guaranteed

Carpoolers publish their personal information or carpooling intentions on the Internet, resulting in the disclosure of personal information; and carpoolers do not know each other, and there will be many unsafe factors

(3) It is not convenient for billing, and it is not convenient for cost sharing among carpoolers

However, the above methods still have the following deficiencies: (1) the real-time performance is still not strong

It is difficult to enter and read a large amount of data on the mobile phone; even after the matching is successful, but there is no effective means of confirmation, it is still necessary to contact through mobile phone calls, so this method is still not simple enough, and the real-time performance is still not strong

(2) Safety is still not guaranteed

The carpool requester and the driver do not know each other, there is no third-party identity verification, and mutual identification cannot be carried out. This kind of carpooling has no security guarantee

(3) There is no easy control method for getting on and off the bus, and it is not convenient for timing, so it is still not convenient for billing and cost sharing

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