WO2013113179A1 - Method and system for interactively calling taxi nearby by intelligent mobile apparatus - Google Patents

Abstract

A method for interactively calling a taxi nearby by intelligent mobile equipment, comprising the step of enabling the intelligent mobile equipment to connect and communicate with a server for managing taxies by a user so as to establish a taxi calling response between the user and a vehicle-mounted terminal of a designated vehicle. The method also comprises the step of enabling the intelligent mobile equipment and the vehicle-mounted terminal of the designated vehicle to indicate the positions of both parties of the taxi calling response by the server respectively after the taxi calling response is established. The method is precise in positioning and convenient for users to selectively call taxi and for taxi drivers to pick up passengers. Both parties of the taxi calling response can obtain the positions of the vehicle and the user via the taxi calling indication, so that the user can conveniently interact with the driver.

Description

Intelligent mobile device near-neighboring method and system

 Technical field

 The invention belongs to the technical field of taxi management systems, and particularly relates to an intelligent mobile device near-neighbor interactive vehicle collection system.

 Background technique

 In the prior art, the car-collecting system includes a server and an in-vehicle terminal, and the user carries out the carking through a smart mobile device such as a mobile phone. The recruitment process is as follows: 1) The user contacts the taxi passenger control center on the server through a cellular network such as a telephone to provide information such as its location and location. ( 2 The taxi passenger control center staff searches for the taxi in the idle state by manually querying the location and location of the user on the server, and provides the user with a contact information for the taxi; (3) The taxi passenger control center staff establishes a communication connection between the user and the taxi driver, and the user and the taxi driver confirm the information of the car and the location latitude and longitude information through the cellular network. ( 4 The taxi takes the user's location to pick up the passenger.

In the existing recruitment process, multiple links require the participation of taxi passenger control center staff, users and drivers, and the three parties need to provide more information, such as the user's location information, license plate number, taxi driver's Telephone numbers, etc., are generally verbally communicated, and taxi passenger control center staff, users, and drivers are prone to erroneous information due to verbal expression. Due to the limited amount of information in the process of recruiting, it is difficult to effectively communicate between the recruiting user and the taxi driver, such as the problem that the taxi driver cannot find the driver in time. Since the taxi passenger control center staff chooses the taxi on their behalf, the recruiting user cannot choose the taxi. If the recruiting user wants to make a choice, he needs to start the recruiting again.

In the existing recruitment process, users and taxi drivers are less involved in the evaluation system. When the user or the taxi driver has opinions on the recruitment process, it cannot be reflected in the server in time. The present invention has been made to solve these problems.

 Summary of the invention

The object of the present invention is to provide a smart mobile device near-neighbor interactive car-collecting system, which solves the problem that the car-collecting system in the prior art can not effectively respond to the user's request for a car, the taxi driver is difficult to find the user, and the amount of information for the car is not much, resulting in the car. Unsuccessful and other issues.

 In order to solve the problems in the prior art, the technical solution provided by the present invention is:

An intelligent mobile device near-neighboring and recruiting method, in which a user establishes a recruiting response between a user and an in-vehicle terminal of a designated vehicle through a smart mobile device and a server that manages the taxi, and the method is characterized in that the method further Including the steps of the smart mobile device and the in-vehicle terminal of the designated vehicle respectively after the establishment of the recruiting response to guide the position of the two parties through the server.

 Preferably, the method for the smart mobile device to guide the location of the two parties through the server includes the following steps:

 (A1 The smart mobile device requests the server to specify the location latitude and longitude information of the vehicle according to a predetermined frequency, and provides the location latitude and longitude information of the location to the server;

 (A2 The server feeds back the real-time location latitude and longitude information of the specified vehicle to the user's smart mobile device; the smart mobile device displays the specified vehicle location and its own location on the map according to the real-time location latitude and longitude information of the specified vehicle and its own location.

 Preferably, the method for the vehicle-mounted terminal to guide the location of the two parties through the server includes the following steps:

 (B1 The vehicle terminal requests the real-time location latitude and longitude information of the recruiting user to the server according to a predetermined frequency, and provides the location latitude and longitude information of the location to the server;

 (B2 The server feeds back the latitude and longitude information of the real-time location of the recruiting user to the vehicle-mounted terminal; the vehicle-mounted terminal displays the designated vehicle position and its own position on the map according to the real-time position latitude and longitude information of the recruiting user and its own position.

 Preferably, the predetermined frequency is selected to be refreshed every 1 second, refreshed every 2 seconds, refreshed every 3 seconds, every 4 times Refresh once in a second and refresh every 5 seconds, and so on.

 Preferably, the method for recruiting a car in the method comprises the following steps:

 ( 1 The user sends a vehicle search request to the server through the smart mobile device, and provides its location latitude and longitude information to the server;

 ( 2 The server searches for nearby vehicle information that meets the user search request within a predetermined range according to the location latitude and longitude information of the user, and feeds the vehicle information to the smart mobile device of the user;

 (3 The smart mobile device displays its own location and nearby vehicle location on the map for the user to select based on the nearby vehicle information fed back by the server; when the user sends a call request to the designated vehicle on the map, the server transmits the location and latitude and longitude information of the user to the designated vehicle. Vehicle terminal

 ( 4 The in-vehicle terminal of the designated vehicle displays its own position on the map and the position of the user who performs the caring for the driver of the designated vehicle to respond; when the driver of the designated vehicle agrees to the request for the car, the in-vehicle terminal of the designated vehicle goes to the server Send a modify vehicle status request and make a call with the user to complete the call response.

 Preferably, the predetermined range is a circle area with a radius of the user's position and latitude and longitude as a center radius of n km, and the range of n may be 0.1 to 10 . When the server searches for the nearby vehicle information of the taxi that meets the user search request, the server can search according to the range of the small and the large.

 Preferably, the location latitude and longitude information of the smart mobile device or the vehicle-mounted terminal in the method is located by GPS positioning or base station or WIFI hotspot positioning or manual positioning is determined.

Preferably, the method for displaying the location of the vehicle and the location of the user on the map in the method is displayed on the Baidu map by calling the Baidu map application interface by using the vehicle location and the user location latitude and longitude information.

Another object of the present invention is to provide an intelligent mobile device proximity interactive recruiting system, characterized in that the system comprises a smart mobile device at the user end, an in-vehicle terminal disposed on the taxi, and a server for managing the taxi, The server communicates with the smart mobile device and the vehicle terminal through the wireless network, and the smart mobile device and the vehicle terminal guide the two parties through the server.

Preferably, the smart mobile device and the vehicle-mounted terminal respectively request real-time location latitude and longitude information of the two parties from the server according to a predetermined frequency, and provide the location latitude and longitude information of the vehicle to the server; the server will real-time position latitude and longitude of both sides of the vehicle The information is fed back to the vehicle terminal or the smart mobile device; the smart mobile device or the vehicle terminal displays the designated vehicle location and the user location on the map according to the real-time location latitude and longitude information of the two parties and the location of the vehicle.

 Preferably, the smart mobile device of the present invention is responsible for determining the current position latitude and longitude of the user, marking the location on the map, and wirelessly The network sends a vehicle search request to the server, and according to the result of the vehicle search, the searched taxi location is marked for the user to select at the corresponding position on the map. After the user selects the taxi, the smart mobile device sends a trick to the designated taxi according to the user instruction. The car request; the taxi car terminal completes the car pick-up according to the specific car-going request.

Preferably, the smart mobile device includes a user registration module, a user login module, a vehicle search module, a vehicle positioning display module, a map display module, a recruiting module, and a position positioning module; and the position positioning module is configured to locate a user. The current location latitude and longitude is sent to the server by the vehicle search module; the vehicle location display module marks the location of the map on the map according to the vehicle information fed back by the server.

 Preferably, the smart mobile device further includes a short message module, and the location positioning module is configured by GPS positioning or base station or The WIFI hotspot location determines the user's current location latitude and longitude, and marks its location on the map through the map display module; the short message module is used for manual positioning to determine the user's current location latitude and longitude, and to bid by SMS .

Preferably, the server comprises a vehicle management module, a vehicle location record module, a driver management module, a customer management module, and a car record recording module, wherein the vehicle management module is configured to register vehicle information of all taxis and The operation status is updated in real time; the driver management module is used for registration registration management of the taxi driver; the customer management module is used for registration and login management of the vehicle user, and manages the customer's history of the vehicle through the vehicle record recording module; The vehicle location record module communicates with the vehicle terminal of the taxi in real time to obtain real-time information of the taxi Location latitude and longitude.

Preferably, the server further includes a blacklist module and an evaluation module, wherein the blacklist module is configured to record a bad evaluation of the user or the driver, and limit the next driving behavior according to the history of the driving history of the user, Driver, if the driver is speeding, driving continuously 4 hours, accumulated travel for more than 8 hours, continuous work over 12 Hours, the system issues a reminder on the vehicle terminal according to the driver's driving record, and the vehicle operating enterprise or management department monitors and manages; the evaluation module is used for the evaluation of the driving behavior by the user or the driver.

 Preferably, the server provides a WebService interface, a vehicle terminal or a smart mobile device through the web The page provides a web request to the server through the server's WebService interface, which interacts with the database set in the server through SQL statements and executes the result as Json. The format is returned to the vehicle terminal or smart mobile device.

Preferably, the vehicle-mounted terminal is provided with a driver registration module, a driver registration module, a reservation receiving module, a map display module, a position positioning module and a signal light control module, wherein the driver registration module is used for the taxi driver to register with the server; the driver The login module is used when the driver is on duty, the driver logs in to the server through the vehicle terminal, and informs the taxi state; the appointment pick-up module is used to establish a recruitment agreement between the driver and the user, change the operation status of the driver and notify the server; The position positioning module is used for locating the latitude and longitude of the taxi or the user of the vehicle-mounted terminal, transmitting the latitude and longitude information of the taxi to the server or inquiring the latitude and longitude of the user, and displaying the position on the map through the map display module; The state information of the reservation pick-up is displayed to the taxi.

Preferably, the vehicle-mounted terminal is further provided with a blacklist module and an evaluation module, wherein the blacklist module is used for the driver to submit a complaint to the server to complain to the user and record the driver's bad driving record, including speeding and continuous driving more than 4 Hours, accumulated travel for more than 8 hours, continuous work for more than 12 hours; the evaluation module is used for car users to evaluate taxi drivers.

Preferably, the map display module of the vehicle-mounted terminal displays a map on the vehicle-mounted terminal by calling a Baidu map application program interface, and marks the position on the map according to the position latitude and longitude information of the position-positioning module.

 Preferably, the position positioning module utilizes positioning of the GPS module every 5~10 The second submits the current position of the vehicle to the server-side Webservice interface, and the server performs a location update interface to create a new vehicle location record in the server database.

Another object of the present invention is to provide a method for recruiting a vehicle by using a smart mobile device, in which a user uses a smart mobile device at the user end to communicate with a vehicle disposed on a taxi by a server that manages the rental car. A vehicle characterized in that the method comprises the following steps:

 (1) The user uses the smart mobile device at the user end to determine the user's current location latitude and longitude, mark the location on the map, and wirelessly The network sends a vehicle search request to the server;

 (2) the server feeds back to the smart mobile device the taxi search information around the user, The smart mobile device labels the searched taxi location at the corresponding location on the map according to the result of the vehicle search for the user to select;

 (3) after the user selects the taxi, the smart mobile device sends a bidding request to the designated taxi according to the user instruction;

 (4) The taxi vehicle terminal completes the pick-up of the passenger according to the specific call request.

 Preferably, in the method step (1), the smart mobile device determines that the current location of the user is latitude and longitude through the GPS. Positioning or base station positioning or WIFI Hot spot positioning, obtain the user's current position latitude and longitude, and mark it on the map. If it can't be automatically positioned, provide manual positioning, let the user input the current position, the system automatically calculates the current latitude and longitude and marks it on the map.

 Preferably, in the method step (2), the server and the taxi vehicle terminal are every 5~10 The second submits the vehicle's current position latitude and longitude to the server, and creates a new vehicle location record in the server database; the server feeds back to the user intelligent mobile device search result according to the vehicle location record in the server database.

 Preferably, in the method step (2), the taxi vehicle vehicle terminal determines that the current position of the taxi is latitude and longitude through the GPS Positioning or base station positioning or WIFI hotspot positioning, obtaining the current position latitude and longitude of the taxi, and transmitting the current position of the taxi to the server.

 Preferably, in the method step (1) or step (2), the location of the user or the taxi is marked on the map by calling Baidu map. The API is labeled.

 Preferably, the server feeds back feedback to the smart mobile device in the method. The rental car search information around the user includes the license plate number of the taxi, the taxi driver contact number, and the like. When the user selects the designated taxi, the smart mobile device displays the relevant information of the taxi to the user for the user to operate. when The user clicks on the taxi driver's contact number, and the smart mobile device dials the designated taxi driver by calling the dialing API.

 Preferably, the taxi car terminal is provided with a reservation button, a cancel button, a guest button, an empty car button; when the taxi When the driver presses the reservation button, the vehicle terminal retrieves the user's location, marks the user's location on the map, and modifies the status of the signal to the reservation state, and feeds the vehicle status information to the server; when the taxi When the driver presses the cancel button, the status of the signal is changed to the empty state, and the vehicle status information is fed back to the server; when the taxi When the driver presses the guest button, the status of the signal light is changed to the guest state, and the vehicle status information is fed back to the server; when the taxi When the driver presses the empty button, the status of the signal light is changed to the empty state, and the vehicle status information is fed back to the server.

In the technical solution of the present invention, the vehicle-collecting system includes an in-vehicle terminal, a smart mobile device of the user terminal, and a server, and the vehicle is collaborated by the cooperation of the three. More importantly, in the present invention, the location latitude and longitude information is provided by the vehicle terminal or the smart mobile device, and the information is provided to the intelligent mobile device of the user terminal or the vehicle terminal of the driver terminal by using the server as an intermediary. In this way, the location of the smart mobile device on the user side or the vehicle terminal of the driver terminal is realized, which provides direct information for the user to pick up the car or the driver to pick up the passenger, and does not need to rent the information of the passenger control center staff.

 In the technical solution of the present invention, an in-vehicle terminal is disposed on the taxi, and the vehicle-mounted terminal is provided with a microprocessor and a GPS. Positioning device and wireless transceiver; the GPS positioning device is responsible for passing GPS The positioning method locates its own position to obtain its own position latitude and longitude information; the microprocessor controls the transmission of its own position latitude and longitude information to the server managing the taxi through the wireless transceiver.

 The vehicle terminal periodically sends the car location information to the server, and the server records the car ID in real time. Longitude and latitude; when the user is using the car, the user can use the WEB browser on the smart phone or install the client software and log in to the service platform. If the mobile phone has GPS Positioning function, automatically send user location information to the server, if there is no GPS The positioning function allows the user to manually enter the current location, click on the search, and the server searches for the relevant location result and returns it to the user, who selects the exact location.

When the user clicks on the search car, the server automatically receives the user's request (or the user manually sets the location of the car) to search for the user's location centered on the radius 0.5. Idle cars within the kilometer range, if not searched, search for 1 to 6 Within the range of kilometers, after searching, return the car information to the user and stop searching for other vehicles. Mark the car location on the user's mobile phone map. After selecting the car, the user can see the license plate number and the car terminal phone number. The user can click this directly. The phone number is talking to the driver.

After the driver accepts the call request, the reservation button is pressed on the vehicle terminal, the car signal light becomes an appointment, and the car status is sent to the server, and the server modifies the car status as an appointment. At this time, other users cannot search for the car; If there is an unexpected situation on the way, or the guest cancels, the driver can press the cancel button, the signal light becomes empty, and the vehicle terminal sends back the status to the server. If the user defaults, the driver can press the blacklist button to blacklist the user. .

After you get on the bus, you can use the public information service function provided by the vehicle terminal to query the public information yourself. When you get off the service, you can press the evaluation button to evaluate the service. The evaluation information will be automatically sent back to the server, and the driver will press the empty button. The car button changes the signal light to an empty car, and the terminal sends the car status back to the server. During the car operation, the driver can press the pause button to suspend the service and also provide SOS The key is for help. For users who are not convenient to access the Internet, they can send a message including the current location information to the specified number. After receiving the message from the user, the server automatically searches for the car near the location in the SMS and sends a message back to the user. The user can directly dial the phone number of the vehicle terminal. car.

 The advantages of the present invention over the prior art solutions are:

The invention adopts the intelligent mobile device for positioning and car-holding, adopts the characteristics of intelligent mobile device and vehicle terminal positioning, and is convenient for the user to select the car, and also facilitates the taxi driver to pick up the passenger. The invention designs a driving guidance method. After forming a car-collecting response, both parties can know the position of the vehicle and the self by the driving guide, which facilitates the interaction between the user and the driver.

 DRAWINGS

 The present invention is further described below in conjunction with the accompanying drawings and embodiments:

 1 is a structural diagram of a software module of an intelligent mobile device of a car-collecting system of the present invention;

 2 is a structural diagram of a software module of an in-vehicle terminal of a car-collecting system of the present invention;

 3 is a structural diagram of a software module of the server of the vehicle collecting system of the present invention;

 FIG. 4 is an overall flow chart of the invention for recruiting a vehicle through an intelligent mobile device;

 FIG. 5 is a flowchart of a method for an intelligent mobile device according to the present invention; FIG.

 6 is a flow chart of a method of the vehicle-mounted terminal of the present invention;

 7 is a flow chart of a method of a server of the present invention.

 detailed description

The above scheme will be further described below in conjunction with specific embodiments. It is to be understood that the examples are intended to illustrate the invention and not to limit the scope of the invention. The implementation conditions employed in the examples can be further adjusted according to the conditions of the specific manufacturer, and the unspecified implementation conditions are usually the conditions in the conventional experiment.

 Embodiment Smart mobile device near interactive car hire system

In this embodiment, the smart mobile device is adjacent to the interactive car-collecting system, including an intelligent mobile device at the user end, an in-vehicle terminal disposed on the taxi, and a server for managing the rental car, and the server respectively passes through the wireless network, the smart mobile device, and the vehicle terminal. Connect communication, the smart mobile device is responsible for Determine the user's current location latitude and longitude, mark the location on the map, and wirelessly The network sends a vehicle search request to the server, and according to the result of the vehicle search, the searched taxi location is marked for the user to select at the corresponding position on the map. After the user selects the taxi, the smart mobile device sends a trick to the designated taxi according to the user instruction. Car request.

A method for recruiting by a smart mobile device, in which the user uses a smart mobile device at the user end to communicate with the vehicle terminal set on the taxi by managing the taxi server, and performing the following steps:

 ( 1 The user uses the smart mobile device at the user end to determine the current location latitude and longitude of the user, mark the location on the map, and send a vehicle search request to the server through the wireless network;

 ( 2 The server feeds back to the smart mobile device the taxi search information around the user, and the smart mobile device labels the searched taxi location at the corresponding position on the map according to the result of the vehicle search for the user to select;

 (3) after the user selects the taxi, the smart mobile device sends a bidding request to the designated taxi according to the user instruction;

 (4) The taxi vehicle terminal completes the pick-up of the passenger according to the specific call request.

 The smart mobile device determines the user's current location latitude and longitude is through GPS positioning or base station positioning or WIFI Hot spot positioning, obtain the user's current position latitude and longitude, and mark it on the map. If it can't be automatically positioned, provide manual positioning, let the user input the current position, the system automatically calculates the current latitude and longitude and marks it on the map.

 Server and taxi car terminal every 5~10 The second submits the vehicle's current position latitude and longitude to the server, and creates a new vehicle location record in the server database; the server feeds back to the user intelligent mobile device search result according to the vehicle location record in the server database. The taxi vehicle terminal determines the current position of the taxi. The latitude and longitude is passed. GPS positioning or base station positioning or WIFI hotspot positioning, obtain the current position latitude and longitude of the taxi, and send the current location of the taxi to the server.

 Mark the location of the user or taxi on the map by calling the Baidu Maps API Marked. The server feeds back to the smart mobile device to feedback the taxi search information around the user, including the license plate number of the taxi, the taxi driver contact number, and the like. When the user selects the designated taxi, the smart mobile device displays the relevant information of the taxi to the user for the user to operate. When the user clicks on the taxi driver's contact number, the smart mobile device dials the call by calling The API dials the designated taxi driver.

The taxi car terminal is provided with a reservation button, a cancel button, a guest button, and an empty car button; when the taxi driver presses the reservation button, the vehicle terminal retrieves the user position, marks the user position on the map, and modifies the signal state to the reservation state. The vehicle status information is fed back to the server; when the taxi driver presses the cancel button, the status of the modified signal light is changed to the empty vehicle state, and the vehicle status information is fed back to the server; when the taxi driver presses the guest button, the status of the modified signal is changed. In the guest state, the vehicle status information is fed back to the server; when the taxi driver presses the empty button, the status of the modified signal is changed to the empty state, and the vehicle status information is fed back to the server.

In the process of recruiting the vehicle, the user establishes a driving response between the user and the vehicle terminal of the designated vehicle through the intelligent mobile device and the server that manages the taxi, and the smart mobile device and the vehicle terminal of the designated vehicle are respectively established after the vehicle identification is established. The server is used to guide the car to answer the location of both parties. The method for the smart mobile device to guide the location of the two parties through the server includes the following steps:

 (A1 The smart mobile device requests the server to specify the location latitude and longitude information of the vehicle according to a predetermined frequency, and provides the location latitude and longitude information of the location to the server;

 (A2 The server feeds back the real-time location latitude and longitude information of the specified vehicle to the user's smart mobile device; the smart mobile device displays the specified vehicle location and its own location on the map according to the real-time location latitude and longitude information of the specified vehicle and its own location. The method for the vehicle-mounted terminal to guide the position of the two parties through the server includes the following steps:

 (B1 The vehicle terminal requests the real-time location latitude and longitude information of the recruiting user to the server according to a predetermined frequency, and provides the location latitude and longitude information of the location to the server;

 (B2 The server feeds back the latitude and longitude information of the real-time location of the recruiting user to the vehicle-mounted terminal; the vehicle-mounted terminal displays the designated vehicle position and its own position on the map according to the real-time position latitude and longitude information of the recruiting user and its own position.

 The process of answering the car can be carried out as follows:

 ( 1 The user sends a vehicle search request to the server through the smart mobile device, and provides its location latitude and longitude information to the server;

 ( 2 The server searches for nearby vehicle information that meets the user search request within a predetermined range according to the location latitude and longitude information of the user, and feeds the vehicle information to the smart mobile device of the user;

 (3 The smart mobile device displays its own location and nearby vehicle location on the map for the user to select based on the nearby vehicle information fed back by the server; when the user sends a call request to the designated vehicle on the map, the server transmits the location and latitude and longitude information of the user to the designated vehicle. Vehicle terminal

 ( 4 The in-vehicle terminal of the designated vehicle displays its own position on the map and the position of the user who performs the caring for the driver of the designated vehicle to respond; when the driver of the designated vehicle agrees to the request for the car, the in-vehicle terminal of the designated vehicle goes to the server Send a modify vehicle status request and make a call with the user to complete the call response.

One or more central servers are deployed in the equipment room to access the Internet. The hardware configuration and network access bandwidth of the server can be determined according to the size of the local car.

 The vehicle integrated operation management service terminal is installed on the operated car, and the terminal has the following requirements: 1) screen size 5 to 7 Inch, the screen should support touch operation and button operation; 2) support for inserting SIM card, dialing and answering voice call function, support 3G mobile network; 3) with GPS Satellite positioning function, real-time location is not less than the interval per second, the interval sent back to the server is no more than 15 seconds, the data should be saved for one month; 4) WIFI network should be supported, and Bluetooth hands-free function; 5 ) should have a fingerprint identification module, and can accept the verification SMS sent by the server, the driver can verify the identity by brushing the fingerprint and SMS verification code when handing over the shift; 6 ) should have a network communication interface, upload and accept car location and guest location in real time, this communication interface should support wifi, 3G network and server for connection communication; 7 ) should be able to connect and communicate with the signal light. The user terminal software should support both WEB online use and download and install trial. The terminal system can be Android or iOS. For users who cannot connect to the Internet, they should provide a text message to search for cars.

The smart mobile terminal of the user terminal adopts a mobile phone, and the software module diagram for recruiting is shown in FIG. 1 . The server provides the interface WebService of each function module, executes different code according to the request submitted by the user, and interacts with the database through SQL, and returns the corresponding execution result to the client in the form of a Json string.

 The software module includes:

 User registration module: user input user name, password, mobile phone number, email , name, and other information, submit a registration request, the server accepts the request, verify the registration information, and create a record for the user after the verification is successful;

User login module: After the user enters the user name and password, the user submits the login request. After the server accepts the request, the user name and password are verified. After the verification is successful, the success information is returned.

 Map display module: call Baidu map API to display map;

 Positioning module: via mobile phone GPS positioning or base station positioning or WIFI Hot spot positioning, obtain the user's current position latitude and longitude, and mark it on the map. If it cannot be automatically positioned, provide manual positioning, let the user input the current position, the system automatically calculates the current latitude and longitude and marks it on the map;

Vehicle search module: submit the current location of the user to the server, the server automatically searches the database for the vehicle near the current location of the user, and returns the vehicle location information to the user after searching;

 Vehicle positioning display module: After the mobile phone receives the vehicle location information returned by the server, the map API is called. Automatically mark the vehicle on the map;

Carriage module: The user views the marked vehicle information, selects a vehicle, clicks on the car, submits the carriage request to the server, and the server creates a user's car information, including user information and vehicle information, and automatically dials the vehicle on the user's mobile phone. Contact the driver's mobile phone number;

SMS module: mainly for mobile phones that cannot be used by the Internet or for non-smartphone users. The user can edit the SMS content containing the current location information and send it to the system platform number. After receiving the SMS message from the user, the server automatically searches according to the user location information in the SMS. The vehicle near the user's location, after searching for the vehicle, automatically returns the vehicle information to the user by SMS, and the user views the vehicle information in the short message on the mobile phone, and the vehicle information includes the license plate number and the mobile phone number of the vehicle terminal, and the user can dial The car phone contacts the driver and drives. The specific process sees the drawing 4 to 7 .

 The vehicle software module diagram of the vehicle terminal in this embodiment is shown in Figure 2, and the hardware requirements of the vehicle terminal include: support Android Navigator or higher version of smart navigator or tablet, 5 inch or more capacitive touch screen, CPU: 600MHz and above, memory 256M and above, support SD Card expansion, Bluetooth, front camera (130W pixels and above), WIFI access, 3G network and language calls.

The vehicle bidding software adopts the interface WebService of each function module provided by the server, executes different codes according to the request submitted by the taxi driver, and interacts with the database through SQL, and returns the corresponding execution result in the form of Json string. vehicle terminal.

 The car terminal software for car terminal includes:

Driver registration module: Each driver equipped with the vehicle must first register in the system, enter the driver number, driver's license number, user name, password, ID number, mobile phone number and other information, and submit it to the server side WebService Interface, the server side performs the registration process to create a new driver record and returns the result to the client software in Json format;

 Driver login module: Driver enters username and password and submits to server side Webservice Interface, the server executes the login program and returns the result to the client software in Json format;

 Map display module: The client software calls the Baidu Map API (map display method) to display the map on the terminal;

 Positioning module: The client software uses the positioning of the GPS module every 5~10 Seconds submits the current location (latitude and longitude) of the vehicle to the server-side Webservice interface, and the server performs a location update interface to create a new vehicle location record in the server database;

 Appointment pick-up module: After the driver accepts the customer's appointment, click the 'reservation' button to submit to the server-side Webservice Interface, the server side performs the customer positioning interface, finds the customer location information in the database, and returns the client location (latitude and longitude) to the client software in Json format;

 Customer positioning display module: After receiving the client location (latitude and longitude) returned by the server, the client calls the Baidu Map API. (labeling method) mark the customer location on the map;

 Signal Control Module: Client software provides reservations, cancellations, suspensions, passengers, empty cars, SOS Status control button, after the driver presses the button, submits the request to the server side Webservice Interface, the server side executes the signal control interface program, modifies the state of the vehicle in the database, and controls the display of the vehicle signal light;

 Blacklist module: Provides a blacklist button. The driver presses the blacklist button to submit a request to the server. Interface, the server executes the blacklist interface program, and adds the client to the blacklist table.

 Customer evaluation module : Submit the evaluation button, when the service is finished, the customer can press 'satisfaction', 'unsatisfactory', 'general', 'poor', server-side Webservice Interface, the server side executes the customer evaluation interface program, and adds this evaluation to the recruitment record.

 The software module diagram of the server in this embodiment is shown in FIG. 3. Server-side environment requirements include: Hardware Requirements CPU: 2.0GHz or above, memory: 4G or above, hard disk: 500G or above; network requirements 10M fiber intervening in the Internet, fixed public IP; software required operating system: Windows 2003 Server, IIS 5.0 or above, .Net Framework 4.0, Sql Server 2005.

 The server side provides a background WEB management interface, developed by Asp.net technology, C# language programming, database adoption SQL Server2005, the functional modules include:

 The vehicle management module is used to provide addition, deletion and modification of vehicle information, including license plate number, locomotive number, frame number, driving license number and the like.

The driver management module is used to provide addition, deletion and change of driver information, including driver name, ID number, driver's license number, job number, mobile phone number, user name and password.

 The customer management module is used to provide additions, deletions and changes to customer information, including customer name, mobile phone number, user name, password, and email. Address and other information.

 The blacklist management module is used to add, delete, and modify the blacklist of the client, associate with the customer information table, and save the ID of the client.

 WebService The interface is used to provide a user registration interface, a user login interface, a vehicle search interface, a carport interface, a driver registration interface, a driver login interface, a location update interface, a customer location interface, a customer evaluation interface, a signal light control interface, a blacklist interface, and an interface uniformity. Accept from mobile phone software and car terminal software Web requests (including Get and Post ), the request contains the required methods and parameters, the corresponding method is executed after receiving the request, and through the SQL The statement interacts with the database, performs additions, deletions, and changes, and returns the results of the execution to the client software in Json format;

 The vehicle location query module is used to provide vehicle location and driving records by license plate number and locomotive number.

 The Recruitment Record Query Module is used to provide a query record for the mobile phone number, license plate number, and time range.

 The evaluation management module is used to provide addition, deletion and change of the evaluation information.

The above examples are only intended to illustrate the technical concept and the features of the present invention, and the purpose of the present invention is to enable those skilled in the art to understand the present invention and to implement the present invention, and the scope of the present invention is not limited thereto. Equivalent transformations or modifications made in accordance with the spirit of the invention are intended to be included within the scope of the invention.

Claims (10)

A smart mobile device near-neighboring method, wherein a user establishes a callback response between a user and an in-vehicle terminal of a designated vehicle through a smart mobile device and a server that manages the taxi, and is characterized in that The method further includes the step of directing the location of the two sides of the smart mobile device and the in-vehicle terminal of the designated vehicle through the server to establish the location of the two parties after the vehicle response is established.

 2. According to claim 1 The method is characterized in that the method for the smart mobile device to guide the location of the two parties through the server includes the following steps:

 (A1 The smart mobile device requests the server to specify the location latitude and longitude information of the vehicle according to a predetermined frequency, and provides the location latitude and longitude information of the location to the server;

(A2) The server feeds back the real-time location latitude and longitude information of the specified vehicle to the user's smart mobile device; the smart mobile device displays the specified vehicle location and its own location on the map according to the real-time location latitude and longitude information of the specified vehicle and its own location.

 3. According to claim 1 The method is characterized in that the method for the vehicle-mounted terminal to guide the location of the two parties through the server includes the following steps:

 (B1 The vehicle terminal requests the real-time location latitude and longitude information of the recruiting user to the server according to a predetermined frequency, and provides the location latitude and longitude information of the location to the server;

 (B2 The server feeds back the latitude and longitude information of the real-time location of the recruiting user to the vehicle-mounted terminal; the vehicle-mounted terminal displays the designated vehicle position and its own position on the map according to the real-time position latitude and longitude information of the recruiting user and its own position.

 4. The method of claim 1 wherein the method of recruiting a response in the method comprises the steps of:

 (1) The user sends a vehicle search request to the server through the smart mobile device, and provides the location latitude and longitude information to the server;

 ( 2 The server searches for nearby vehicle information that meets the user search request within a predetermined range according to the location latitude and longitude information of the user, and feeds the vehicle information to the smart mobile device of the user;

 (3 The smart mobile device displays its own location and nearby vehicle location on the map for the user to select based on the nearby vehicle information fed back by the server; when the user sends a call request to the designated vehicle on the map, the server transmits the location and latitude and longitude information of the user to the designated vehicle. Vehicle terminal

 ( 4 The in-vehicle terminal of the designated vehicle displays its own position on the map and the position of the user who performs the caring for the driver of the designated vehicle to respond; when the driver of the designated vehicle agrees to the request for the car, the in-vehicle terminal of the designated vehicle goes to the server Send a modify vehicle status request and make a call with the user to complete the call response.

 The method according to any one of claims 2 to 4, characterized in that the position latitude and longitude information of the smart mobile device or the vehicle-mounted terminal passes through GPS positioning or base station positioning or WIFI hotspot positioning or manual positioning determination.

 6. According to claims 2 to 4 The method according to any one of the preceding claims, wherein the method for displaying the location of the vehicle and the location of the user on the map is displayed on the Baidu map by calling the Baidu map application interface by using the vehicle location and the user location latitude and longitude information.

 7. An intelligent mobile device nearby interactive car collecting system, characterized in that the system comprises a smart mobile device at a user end, an in-vehicle terminal disposed on a taxi car, and a server for managing a taxi, the server respectively moving through a wireless network and intelligently moving The device and the vehicle terminal connect and communicate, and the smart mobile device and the vehicle terminal guide the two parties through the server.

 8. According to claim 7 The smart mobile device is adjacent to the interactive car-collecting system, wherein the smart mobile device and the vehicle-mounted terminal respectively request real-time location latitude and longitude information of the two parties from the server according to a predetermined frequency, and provide the location latitude and longitude information to the server. The server feeds back the real-time position latitude and longitude information of the two parties to the vehicle-mounted terminal or the intelligent mobile device; the smart mobile device or the vehicle-mounted terminal displays the specified vehicle position and the user position on the map according to the real-time position latitude and longitude information of the two parties and the position of the vehicle .

 9. The smart mobile device proximity interactive recruiting system according to claim 7, wherein the smart mobile device is responsible for Determine the user's current location latitude and longitude, mark the location on the map, and wirelessly The network sends a vehicle search request to the server, and according to the result of the vehicle search, the searched taxi location is marked for the user to select at the corresponding position on the map. After the user selects the taxi, the smart mobile device sends a trick to the designated taxi according to the user instruction. The car request; the taxi car terminal completes the car pick-up according to the specific car-going request.

10 . The smart mobile device proximity interactive recruiting system according to claim 7 , wherein the smart mobile device comprises a user registration module, a user login module, a vehicle search module, a vehicle positioning display module, a map display module, and a vehicle. a module, a position locating module, configured to locate a current position latitude and longitude of the user, and send a vehicle search request to the server through the vehicle search module; the vehicle positioning display module passes the map display module on the map according to the vehicle information fed back by the server Mark its location.

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