CN103198702A - Regular bus position real-time requiring system and application thereof - Google Patents

Abstract

The invention relates to a regular bus position real-time requiring system and application of the regular bus position real-time requiring system. The regular bus position real-time requiring system comprises a server terminal and a client terminal. The server terminal is connected with the client terminal through a mobile communication network. The server terminal is installed on a regular bus. The server terminal comprises a singlechip, a display module, an operation module, a GSM module, a power supply module, a storing module and a clock module, wherein the display module, the operation module, the GSM module, the power supply module, the storing module and the clock module are connected with the singlechip. Compared with the prior art, the regular bus position real-time requiring system has the advantages of being capable of supporting message control in editing orders, low in manufacturing cost, convenient and practical. Application of the regular bus position real-time requiring system can reduce possibilities of missing buses and times of passengers and greatly facilitate the passengers.

Description

A kind of regular bus position real time inquiry system and application thereof

Technical field

The present invention relates to a kind of positioning system, especially relate to a kind of regular bus position real time inquiry system and application thereof.

Background technology

GSM (Global System for Mobile Communications, global system for mobile communications) is based on comparatively ripe, perfect, widely used a kind of system in the mobile communication system of tdma.Gsm system has been concentrated modern source coding technique, chnnel coding, has been interweaved, balancing technique, digital modulation technique, voice coding technology and slow frequency modulation technology, simultaneously in system, introduce a large amount of computer control and management, thereby guaranteed correctness, security and the reliability of data transmission.SMS (Short Message Service) short message service is a kind of business that does not need to set up end-to-end connection that GSM provides, and is the simplest among the GSM, the data communication mode of most convenient.The application that GSM is the most ripe is exactly mobile phone.Mobile phone has become people's indispensable part of living at present, is bearing the important task of information inquiry and transmission.

Present most of enterprise, school purchase regular bus, in order to meet the employee, the student is on and off duty.Though the regular bus integral point sets out, because the urban traffic situation complexity gets congestion during especially on and off duty easily, the late situation of regular bus often takes place.For example: personnel ride at the originating station of regular bus by bus, if get on the bus at the station of back, owing to the reason of self is late to website, regular bus is if then miss the stop on time, if because traffic congestion is then late, personnel just also have an opportunity to be multiplied by regular bus so by bus, but do not abandon waiting because knowing the real-time condition of regular bus; Break down as regular bus under special circumstances, personnel then can wait in vain at the platform that stops by bus, even delay working, class period.At above situation, if personnel can utilize mobile phone to inquire about the positional information of regular bus in real time by bus, then can arrange the time of oneself better, reduce platform and wait for, if regular bus breaks down and also can this change other public transport as early as possible, do not influence normal working work.

Summary of the invention

Purpose of the present invention is exactly to provide a kind of regular bus position real time inquiry system and application thereof for the defective that overcomes above-mentioned prior art existence.

Purpose of the present invention can be achieved through the following technical solutions:

A kind of regular bus position real time inquiry system, it is characterized in that, described inquiry system comprises server end and client, described server end is connected with client by mobile communications network, described server end is installed on the regular bus, and described server end comprises single-chip microcomputer and the display module that is connected with single-chip microcomputer respectively, operational module, gsm module, power module, memory module and clock module.

Described display module is used for showing the information of arriving at a station of regular bus.

Described operational module is used for arranging when regular bus arrives at a station the regular bus positional information.

Described gsm module receives the solicited message that client sends, and sends Query Result information.

The application of a kind of regular bus position real time inquiry system is characterized in that, may further comprise the steps:

1) starts regular bus open system simultaneously, carry out system initialization;

2) arrive at a station name of station, temporal information and storage of operational module setting, gsm module is waited for the request of mobile phones enquiring signal;

3) judged whether query requests, if yes, then judge query statement, if whole process is dealt into station information request instruction then directly sends to request with short message mode mobile phone, if real time position query requests instruction, then send the last station name of station and the time that arrives, otherwise execution in step 4);

4) judge whether to arrive the next stop, if yes, then return step 2), otherwise continue to wait for query signal requests, and return step 3).

Compared with prior art, the present invention supports edit instruction note control, and it is cheap, and is convenient and practical, and application of the present invention can reduce by bus personnel's overdue probability of missing the bus, and has made things convenient for personnel by bus widely.

Description of drawings

Fig. 1 is the structural representation of server end of the present invention.

Fig. 2 is specific implementation process flow diagram of the present invention.

Embodiment

The present invention is described in detail below in conjunction with the drawings and specific embodiments.

Embodiment

As Fig. 1-2, shown in a kind of regular bus position real time inquiry system, described inquiry system comprises server end and client, described server end is connected with client by mobile communications network, described server end is installed on the regular bus, and described server end comprises single-chip microcomputer 1 and the display module 2 that is connected with single-chip microcomputer 1 respectively, operational module 3, gsm module 4, power module 5, memory module 6 and clock module 7.

Single-chip microcomputer 1: nucleus module, the operation of control whole system operation.

Display module 2: be convenient to the driver system and check the station information that is dealt into.

Operational module 3: the driver arrives at a station vehicle position information is set.

Gsm module 4: receive the solicited message that mobile phone sends, send Query Result information.

Power module 5: power to system.

Memory module 6: the station information that is dealt into of storage regular bus.

Clock module 7: the clock control of system.

As shown in Figure 2, realization flow of the present invention is as follows:

1) starts regular bus open system simultaneously, carry out system initialization;

2) arrive at a station name of station, temporal information and storage of operational module setting, gsm module is waited for the request of mobile phones enquiring signal;

3) judged whether query requests, if yes, then judge query statement, if whole process is dealt into station information request instruction then directly sends to request with short message mode mobile phone, if real time position query requests instruction, then send the last station name of station and the time that arrives, otherwise execution in step 4);

4) judge whether to arrive the next stop, if yes, then return step 2), otherwise continue to wait for query signal requests, and return step 3).

Claims (5)

1. regular bus position real time inquiry system, it is characterized in that, described inquiry system comprises server end and client, described server end is connected with client by mobile communications network, described server end is installed on the regular bus, and described server end comprises single-chip microcomputer and the display module that is connected with single-chip microcomputer respectively, operational module, gsm module, power module, memory module and clock module.

2. regular bus according to claim 1 position real time inquiry system is characterized in that, described display module is used for showing the information of arriving at a station of regular bus.

3. regular bus according to claim 1 position real time inquiry system is characterized in that, described operational module is used for arranging when regular bus arrives at a station the regular bus positional information.

4. regular bus according to claim 1 position real time inquiry system is characterized in that, described gsm module receives the solicited message that client sends, and sends Query Result information.

5. the application of a regular bus as claimed in claim 1 position real time inquiry system is characterized in that, may further comprise the steps:

1) starts regular bus open system simultaneously, carry out system initialization;

2) arrive at a station name of station, temporal information and storage of operational module setting, gsm module is waited for the request of mobile phones enquiring signal;

3) judged whether query requests, if yes, then judge query statement, if whole process is dealt into station information request instruction then directly sends to request with short message mode mobile phone, if real time position query requests instruction, then send the last station name of station and the time that arrives, otherwise execution in step 4);

4) judge whether to arrive the next stop, if yes, then return step 2), otherwise continue to wait for query signal requests, and return step 3).

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