Bus taking system based on mobile phone client

Abstract

The invention relates to a bus taking system based on a mobile phone client, wherein the bus taking system comprises an on-bus intelligent device and the mobile phone client. The bus taking system is characterized in that the on-bus intelligent device comprises an on-bus intelligent device housing and a processor; and the processor is connected with a capacitive touch display screen, a wireless communication device, a voice recognition broadcast device, an alarm device, a camera, a human face recognition device, a global positioning system (GPS) positioning device, a currency recognition and storage device, a card reader and a power supply device. The mobile phone client is provided with a real-time bus client program which has a function of helping a passenger to complete a bus-taking function and can realize data communication among the mobile phone client, the bus and a bus background server. The bus taking system has an advantage of integrating functions of positioning, bus line querying, on-bus passenger traffic querying, station arrival time querying, bus evaluating, self-service ticket buying, etc. Furthermore the bus taking system has advantages of reducing time in getting on the bus by the passenger, and improving operation efficiency of the bus.

Description

technical field [0001] The invention belongs to the technical field of buses, in particular to a mobile phone client-based bus riding system. Background technique [0002] With the advent of the mobile Internet era, the traditional way of taking a car is bound to be affected. At present, the traditional way of taking a bus will not only bring a large number of passengers to board the bus and queue up, but also indirectly reduce the operating efficiency of the bus. In modern life, mobile phones have become an indispensable tool for people's life, study and work. At the same time, the client on the mobile phone has also brought a lot of convenience to people's travel, such as Kuaidi taxi software and Didi taxi software. At present, this technology is only used in taxis, and during the driving process of buses, sometimes there will be traffic jams, sometimes the time between two buses is long, and sometimes many buses arrive There are many people, and some vehicles have a sma...

AI Technical Summary

Problems solved by technology

At present, this technology is only used in taxis, and during the driving process of buses, sometimes there will be traffic jams, sometimes the time between two buses is long, and sometimes many buses arrive There are many people, and some vehicles have few people, which makes it difficult for people to choose a reasonable vehicle and waiting time

Passengers need to arrive at the platform when taking a bus. Only by the electronic stop sign on the platform can they know the remaining waiting time, the number of remaining platforms and the number of buses arriving at this platform, which is not conducive to passengers to actively dispatch themselves

[0003] The existing bus management department does not make full use of Internet technology to establish contact with every passenger, cannot get feedback from passengers in real time, and cannot achieve the optimal allocation of bus resources

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