KR20080096924A - How to provide mobile transportation service - Google Patents

Abstract

The present invention includes a step of requesting a service by inputting mobile environment information desired by a user who wants to receive a transportation service; Receiving the request signal at a server and searching and providing information matching a desired information from a database from a database; Receiving data provided from the server, the user selects a desired service provider from the provided data list and approves his location; The server receiving the approval information provides the carrier with matching information including customer location information; The carrier receiving the matching information, posting it on a transport sharing database network and assigning an article; And the assigned transport driver provides a mobile transport service providing method comprising the step of identifying the location of the user to provide a service.

Description

Mobile transportation service offering method

1 is a diagram illustrating a method for providing a mobile transportation service of the present invention.

Figure 2 is a flow chart from the user's point of view of the mobile transport service providing method of the present invention.

3 is a flow chart of the method of providing a mobile transportation service of the present invention from the perspective of a service provider or a carrier article.

The present invention relates to a method for providing a mobile transportation service that can easily provide a user with related information including the cost of various transportation services including call taxi, proxy driving, courier service, quick service, moving, and international express through mobile.

Recently, a surrogate driving service for driving drunk safely to a destination for a drunk driver at night has been activated. In order to use the surrogate operation service, the customer calls the surrogate operation company, informs them of their location and destination, and transmits the text to the PDA terminals of the surrogate driver who are scattered in each area in the control room in a batch. Based on the waiting position, a nearby waiting driver sends a response signal to the control room using a PDA terminal, and the control room transmits the customer's information so that the proxy driver and the customer can meet and provide a surrogate operation service. do.

By using such a surrogate operation service, a driver who cannot drive due to drinking has the advantage of being able to safely move to the destination, but transmits texts to the PDA terminal possessed by the surrogate driver who is waiting in the surrogate operation control room. In this case, an article that is located at the optimal distance from the position where the customer is waiting responds competitively rather than responding, and is often assigned to an engineer who is far from the customer's position. There is a problem that the risk of a traffic accident is increased due to the violent driving driver to move violent to move quickly to the customer's location.

In addition, when the surrogate driver receives the information about the customer from the control room, the customer's phone number to confirm the customer's location by moving to the phone number, in this case, the drunk customer to the surrogate driver If you do not explain correctly or the driver is unfamiliar with geography, you will need to call the customer or call center several times to check the location, so you will not be able to move quickly to the customer's location. When moving to a customer's destination, there is a problem in that the inconvenience of the customer increases due to the need to check the travel path to the customer when the path is not familiar or the customer wants to know exactly the desired path among the various paths to the destination.

In addition, if the customer's destination is in a residential complex or apartment complex, it often happens that surrogate drivers have a dignity with drunk customers because they do not know the exact destination of the customer. This increases the risk of traffic accidents when driving, and there is a problem that the customer is not provided with a high quality surrogate driving service. In addition, after the driver arrives at the customer's destination, in order to use the trunk vehicle or the Kaaba vehicle to move to another area, call the call center or call a known vehicle driver to confirm the location of the vehicle. Since the driver has to move to a place to board the vehicle, there is a problem that the driver efficiency is reduced.

In the conventional surrogate operation service, the user must know the telephone number of the surrogate operation service provider in the region in order to use the service. However, because the surrogate operation service is not frequently used, the majority of users do not know the telephone number of the service provider, and when using the surrogate operation service, most of the situation is because they are in a state of drinking and forget the phone number. Due to this problem, it was very cumbersome to use a surrogate operation service from the user's point of view. On the other hand, from the service provider's point of view, there is a problem that the number of users decreases due to the inconvenience of the service and the income decreases. In order to prevent such a decrease in the number of users, it is necessary to distribute flyers with the telephone numbers of service providers illegally or to post illegal advertisements on the streets, resulting in increased costs and even legal sanctions.

Meanwhile, the Global Positioning System (GPS) system tracks the current position of a driving vehicle and accurately displays the result on a map. The GPS system includes 21 navigation satellites to cover all locations around the world. Receives a radio wave indicating latitude, longitude, altitude, etc. from GPS satellites consisting of three spare satellites, calculates the current position of the moving object, and displays the map information including the current position to the driver. The displayed map information includes various information necessary for driving on the map currently displayed on the screen, such as the location of the vehicle, the name of the driving road, the direction to the destination, the enlargement of the intersection, the optimal route to the destination, and the traffic conditions of other roads. It may also contain useful information such as gas stations and government offices.

The Geographic Information System (GIS) system collects, stores, outputs, and analyzes geographical and geographically related data such as buildings, roads, rivers, contours, and administrative boundaries.It builds, maintains, edits, It relates to a system that obtains spatial information through processes such as analysis and processing, display and output, and at the same time helps spatial decision making. In recent years, it provides various geographic information to the driver by linking with the navigation installed in the vehicle, When driving in areas you do not know, you can safely guide to the desired location.

Therefore, when providing a surrogate operation service to the customer, the need for a system that allows the customer who applied for the surrogate operation service to receive the location information in real time using the location-based service in moving to the waiting position and the destination of the customer This is emerging.

The present invention devised to solve the above problems is a mobile that can easily provide the user with the relevant information including the cost of various transportation mobile services, including call taxi, surrogate operation, courier service, quick service, moving and international express through the mobile The purpose is to provide a method of providing transportation services.

The present invention for achieving the above object, the user who wants to receive the transport service transfer the mobile environment information desired by the user through the mobile request; Receiving the request signal at a server and searching and providing information matching a desired information from a database from a database; Receiving data provided from the server, the user selects a desired service provider from the provided data list and approves his location; The server receiving the approval information provides the carrier with matching information including customer location information; The carrier receiving the matching information, posting it on a transport sharing database network and assigning an article; And the assigned transport driver provides a mobile transport service providing method comprising the step of identifying the location of the user to provide a service.

Preferably, the location of the user may be identified by GPS reception information using the mobile terminal of the user.

In addition, the transportation service may include a surrogate operation, quick, call taxi, courier, moving, international express.

In addition, the data provided from the server may include a name of the service provider, a fee for each service provider, and points earned when using the service.

In addition, the present invention comprises the steps of inputting search information to be serviced; Determining whether to transmit its location information to a service provider or an article; Extracting location information of the user using the user's mobile terminal when the user has approved to transmit his / her location; If the location information of the user is extracted, transmitting the location information result value of the user to a service provider; And when the result value is transmitted to the service provider, the service provider provides a method for providing a mobile transportation service including assigning a carrier article and transmitting a service result value to be provided to the user.

Preferably, if the user does not approve of providing his or her location information, he or she may be connected with a receptionist to verbally deliver the location information or terminate the use of the service.

In addition, the service result value to be provided to the user may include a company name, name, telephone number, insurance number, point of service description and usage of the carrier company.

In addition, the user may use the call button with the carrier operator displayed on the mobile terminal to notify the user of the change, such as the change of his or her location information.

In addition, the present invention comprises the steps of receiving the service request data from the user; Transmitting a result value corresponding to the request data to a user; If the user selects some of the results, the service provider assigns a carrier or a driver; Providing user information to an assigned carrier or engineer; And by using a map output to the mobile terminal of the carrier company and the location of the customer displayed on the map can provide a mobile transport service providing method comprising the step of identifying the location of the customer.

Preferably, the user information may include a customer location, origin, destination, waypoint, fare, customer telephone number.

In order to fully understand the present invention, the advantages of the operability of the present invention, and the objects achieved by the practice of the present invention, reference should be made to the accompanying drawings which illustrate preferred embodiments of the present invention and the contents described in the accompanying drawings.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like reference numerals in the drawings denote like elements.

1 is a diagram illustrating a method for providing a mobile transportation service of the present invention.

Referring to Figure 1, the mobile transport service providing method of the present invention by the user who wants to receive the transport services, such as call taxi, surrogate operation, courier service, quick service, moving and international express by entering the desired mobile environment information through the mobile When a service is requested, the server receives the request signal and searches for a data matched with information desired by a user from a database. Upon receiving the data provided from the server, the user selects a desired service provider from the provided data list and approves his location. The server receiving the approval information delivers matching information including customer location information to the shipping company. Receiving the matching information, the transport company publishes it in the transport sharing database network and assigns articles. Assigned carriers can obtain orders and easily obtain user locations and maps.

The user can determine whether to approve the release of his location information using the mobile terminal, and can check the service condition of the service provider through the mobile terminal. After that, the user can view the service provision information conditions of various service providers and select a service according to his or her taste. In this case, a transport service company name or an article corresponding to the information of the selected mobile service company may be displayed on the user mobile terminal. The service provider may provide various service points to the user using the transport service.

2 is a flowchart illustrating a method of providing a mobile transportation service of the present invention from the user's point of view.

Referring to FIG. 2, a user accesses the service by clicking a mobile transportation service providing method providing service icon of the present invention in a NATE wizard package or the like. After that, the user inputs search information to be serviced (S100). For example, select a type of service such as transfer, quick, call taxi, courier, moving, international express, and enter the starting and destination destinations. After entering the above information, direct call or query the charge. Thereafter, the user receives information, such as the name of the service provider, a fee for each service provider, and points earned when using the service, from the server, and determines whether the mobile terminal transmits its location information to the service provider or the driver (S110). ). If the user has approved to transmit his location, the user's location information is extracted using the user's mobile terminal (S120). When the user's location information is extracted, the user's location information result value is transmitted to the service provider (S130). If the user does not approve providing the user's location information in step S110, the location information is transmitted through a direct call in connection with a receptionist or the service is terminated (S140). When the location information of the user is detected through a call with the guide, it may also be transmitted as a result value to the service provider (S130). When the result value is transmitted to the service provider, the service provider assigns a carrier company article and transmits the service result value to be provided to the user (S150). In the service result value to be provided to the user, the company name, name, telephone number, insurance number, etc. of the carrier company may be displayed, such as five free letters, five acorns, one free sound source, and 100 accumulated points. Different provider point descriptions and usage methods may be displayed according to providers. In addition, the user may use the call button with the carrier operator displayed on the mobile terminal to notify the user of the change, such as the change of his or her location information.

On the other hand, the carrier operator assigned the order from the service provider can also receive the order assignment information through its mobile terminal. The order assignment information may display customer basic information such as a customer location, a departure point, a destination, a stopover, a fare, a customer telephone number, and the customer location on a map for more accurate determination of the customer location. This is described in more detail below with reference to FIG. 3.

Through the above process, the carrier company may find a user more easily and provide a service (S160).

3 is a flow chart of the method of providing a mobile transportation service of the present invention from the perspective of a service provider or a carrier article.

Referring to FIG. 3, when the service provider receives the service request data from the user (S200), the service provider transmits the result value to the user (S210). As described with reference to FIG. 2, the request data includes service types such as proxy driving, quick taxi, courier service, moving, international express, location information such as origin and destination, and service contents such as call connection and fare inquiry. It may be configured as. When the user requests a fee inquiry, the result value in step S210 may include information such as the name of a service provider, a fee for each service provider, and points earned when using the service. Then, it is determined whether the user selects some of the result values (S220), and when selecting some of them, the service provider assigns the service execution and the carrier or the driver (S230), and otherwise terminates the service. . The user information is then provided to the assigned company or article (S240). The service provider or the carrier operator determines whether to determine the location of the customer by selecting the map (S250), and when using the map, the mobile terminal operator's mobile terminal is displayed on the map and the customer's location on the map (S260). Using this service, it is possible to omit an average of three to five telephone calls that a conventional carrier engineer takes to locate a customer. Of course, if necessary, you can try to connect with the customer through the call button with the customer. In this manner, the location of the customer is determined and the service is provided (S270).

Of course, if the service provider or the carrier operator does not use the map to determine the location of the customer in step S250 may be a direct telephone call to the user (S280), to determine the location of the user may provide a service ( S270).

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. . Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

By using the method of providing a mobile transportation service of the present invention, a user can be provided with various transportation services including call taxi, surrogate operation, courier service, quick service, moving and international express service at low cost with confidence in the mobile environment of the mobile carrier. Deputy drivers can use GPS to locate customers more accurately and quickly, and can be a new revenue for mobile operators.

In addition, the government can secure objective data to charge the surrogate operation business field based on the telecommunication company data, and the developer will consolidate the foundation of reliable and stable business growth by integrating small surrogate operation companies nationwide. Can be.

Claims (10)

Requesting a service by inputting mobile environment information desired by a user who wants to receive a transportation service; Receiving the request signal at a server and searching and providing information matching a desired information from a database from a database; Receiving data provided from the server, the user selects a desired service provider from the provided data list and approves his location; The server receiving the approval information provides the carrier with matching information including customer location information; The carrier receiving the matching information, posting it on a transport sharing database network and assigning an article; And The assigned carrier is a mobile transportation service providing method comprising the step of providing a service by identifying the location of the user. The method of claim 1, The location of the user is a mobile transport service providing method that is identified by the GPS reception information using the user's mobile terminal. The method of claim 1, The transportation service is a surrogate operation, quick, call taxi, courier, moving, moving, including international express delivery method. The method of claim 1, The data provided from the server is a mobile transport service providing method comprising the name of the service provider, the rate for each service provider, points earned when using the service. Inputting search information to be serviced; Determining whether to transmit its location information to a service provider or an article; Extracting location information of the user using the user's mobile terminal when the user has approved to transmit his / her location; If the location information of the user is extracted, transmitting the location information result value of the user to a service provider; And And if the result is transmitted to the service provider, the service provider assigns a carrier article and transmits the service result to be provided to the user. The method of claim 5, If the user does not approve to provide their location information, the method of providing a mobile transport service is connected to the receptionist orally convey the location information, or the use of the service is terminated. The method of claim 5, The service result value to be provided to the user includes a company name, name, phone number, insurance number of the carrier company, the mobile transport service providing method comprising the description and use method. The method of claim 5, A method for providing a mobile transportation service, wherein a user can notify a change of his or her location information using a call button with a carrier operator displayed on a mobile terminal. Receiving service request data from a user; Transmitting a result value corresponding to the request data to a user; If the user selects some of the results, the service provider assigns a carrier or a driver; Providing user information to an assigned carrier or engineer; And A mobile transport service providing method comprising the step of determining the location of the customer by using a map output to the mobile terminal of the carrier company and the customer location displayed on the map. The method of claim 9, The user information is a mobile transportation service providing method comprising a customer location, origin, destination, waypoint, fare, customer telephone number.

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