KR101823110B1 - Prosy driving system using mobile application and method for allocation of cars using the same - Google Patents

Abstract

The present invention relates to a proxy driving system using an application and a vehicle allocation method thereof. The proxy driving system using an application according to the present invention comprises: a proxy driver terminal; a proxy driving server; a user terminal; a pick-up driver terminal. According to the present invention, waiting time for receiving a proxy driving service can be minimized.

Description

TECHNICAL FIELD [0001] The present invention relates to a surrogate driving system using an application,

The present invention relates to a surrogate operation system using an application and a dispatch method using the same, and more particularly, to a surrogate operation terminal that transmits a dispatch message to a surrogate terminal capable of arriving within a shortest time on the basis of a user terminal, The present invention relates to a surrogate operation system using an application that minimizes time and thereby provides convenience to a user, and a dispatch method therefor.

As mobile communication services evolve from 3rd generation (3G) to 4th generation (4G), the use of smart phones is gradually being activated. Therefore, it provides convenience of living by providing various real-time call service including map search or location tracking system using navigation through a smart phone. In particular, the evolution of personal digital assistants has become a turning point in many existing lifestyle changes.

On the other hand, a smart phone is equipped with a general-purpose OS such as Android, sea, and iOS as an OS, an application (also referred to as an APP) that is driven by the OS and performs specific functions, Has been used.

In addition, the smartphone can acquire location information of a smartphone carrier by providing a GPS system as well as a messaging function such as a voice call of a mobile phone, a short message service (SMS), and a multimedia message service (MMS) It is becoming possible to provide a variety of services. In addition, wired / wireless data communication environments are being formed in which a so-called mobile office environment capable of performing various types of tasks or managing tasks and organizations can be established at anytime and anywhere by interworking with a server that manages them.

On the other hand, in the existing call service and the substitute driving, the applicant calls the call center, notifies the call center staff of the departure place and the destination, charges the call to the call center server, and the article receives the call through the specific program, Service or agency business. However, in this process, the article will not only pay the call center a certain percentage (eg 20%) commission, but also be liable for most of the fines due to malfunctions, disadvantages resulting from disputes with the applicant, Structure.

The existing surrogate operation system operates the call service by phone call to the corporation and the individual combination. When the representative phone calls, the dispatch message is delivered to the surrogate operator through the own operating communication network. The surrogate operation cost is charged by the consumer .

Specifically, when the surrogate operation system requests the surrogate operation service through the user terminal, the surrogate operation system provides the dispatch message to the surrogate article terminal located near the user terminal by using the location information of the user terminal, Is able to receive a substitute driving service from a substitute driver located close to him.

When the current surrogate operation system receives the surrogate article request signal from the user terminal in the call center, it transmits the dispatch message to the surrogate article terminal.

At this time, as a delivery method of the dispatch message, a dispatch message is provided at a time to all dispatched article terminals located within a predetermined radius based on the dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatched dispatch articles, The dispatch message is provided to the surrogate terminal in any one of the methods of sequentially providing the dispatch message at predetermined time intervals.

However, even if the dispatch message is provided to the surrogate terminal located at the shortest distance, the dispatch message is sequentially provided to the surrogate terminal located at the shortest distance, regardless of the distance, There is a considerable difference in the time to reach the place where the user is located, and accordingly, the user using the substitute driving service has to wait for a considerable amount of time, and in the case of bad weather, There has been a problem that the reliability is lowered, and in case of waiting for a long time, there is a high possibility of drunk driving.

Meanwhile, in the past, after the surrogate driver has performed the surrogate operation of the user's vehicle to arrive at the destination of the user and completed the surrogate operation service, the surrogate operator is provided with the dispatch message in the area and provides the surrogate operation service to another user, In the case of the region, it is moving to a region where a dispatch message can be provided from the corresponding area, that is, a region where a lot of agency driving calls are available, by using a separate vehicle or by using a public transportation such as a bus or a taxi to be.

However, in the case of using the vehicle by calling the call center, since the agent must move to the promised place and board the vehicle, there is a problem in that the efficiency of work is lowered as well as the time. In case of using public transportation, There was a problem.

Open Patent Publication No. 2010-0137346 (December 30, 2010, system and method for providing surrogate service using LBS) Patent Publication No. 2014-0005534 (Apr. 15, 2015, Call Service System Using Location Information and Method Thereof)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and an object of the present invention is to provide a surveillance terminal terminal that transmits a dispatch message to a surrogate terminal registered as a member in advance when a user requests a call, The present invention provides a surrogate operation system using an application that minimizes waiting time for receiving a surrogate operation service by sequentially transmitting dispatch messages to a surrogate terminal that can arrive within a predetermined time.

Further, in the present invention, when a surrogate who has completed the surrogate operation service makes a call request, the surrogate article terminal transmits the pickup message to the pick-up article terminal registered as a member located within the shortest distance based on the surrogate article terminal of the surrogate article, The present invention provides a surrogate operation system using an application that makes it possible for a surrogate man to move more easily in a weak or weak area, and a method of dispatching the same.

According to an aspect of the present invention, there is provided an information processing apparatus including an installed application, executing a used application installed therein, accessing a surrogate operation server through a wireless communication network, An agent terminal (10) which receives the dispatch message and receives acknowledgment information when the dispatch is accepted; Information on the personal information of the proxy agent terminal 10, the presence or absence of the activation means, and the position information of the proxy agent terminal received at the set time interval are stored in the proxy article DB 21, The substitute article DB 21 is searched for and the substitute article terminal is sequentially delivered from the substitute article terminal that can arrive within the shortest time from the position of the user terminal 30 requesting the substitute operation service based on the substitute article starting means information And transmits the approval acknowledgment information to the surrogate article terminal 10 when the dispatcher accepts the dispatch from the dispatched article terminal 10 that has provided the dispatch message and transmits the dispatch determination information to the user terminal 30 20); A user application for receiving a proxy operation service is installed, an application for the user installed is executed, a proxy operation service request is made by connecting to the proxy operation server 20 via a wireless communication network, A user terminal 30 which receives the time allocation determination information; A pick-up application is installed in the surrogate operation server 20, a pick-up application is installed, the surrogate operation server is connected to the surrogate operation server, and the surrogate article pickup message including the destination information and the pickup charge information is transmitted from the surrogate operation server And a pick-up article terminal (40) receiving the acceptance information at the time of pick-up acceptance, and the pick-up article server (20) 22), and searches the pick-up article DB (22) at the time of a pick-up request from the substitute article terminal (10) and sequentially picks up a pickup message from a pickup article terminal located within the shortest distance from the position of the substitute article terminal And transmits the approval confirmation information to the pick-up article terminal 40 when the pick-up article terminal 40 receives the pick-up message And the user terminal 30 is connected to the surrogate operation server 20 by the application for the user at the same time to make a request for dispatch of one or more calls at the same time, When the multiple dispatch is requested, the telephone number of the corresponding orderer and the telephone number of another user are described for each dispatch, and the surrogate operation server 20 stores the telephone number of the corresponding orderer described for each dispatch and the telephone number of another user The dispatch confirmation message and dispatch determination information are transmitted when the dispatch is determined.

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According to the surrogate operation system and the dispatch method using the application configured as described above, the dispatch message is sequentially transmitted to the surrogate terminal that can arrive within the earliest time on the basis of the user terminal, The pick-up message is transmitted to the pick-up article terminal located in the shortest distance on the basis of the pick-up article terminal at the time of the call request of the pick-up article, So that the work efficiency and efficiency of the substitute article can be increased.

1 is a configuration diagram of a surrogate operation system using an application according to the present invention;
2 is a detailed configuration diagram of a surrogate operation server in a surrogate operation system using an application according to the present invention,
FIG. 3 is a state diagram for explaining a procedure of transmitting a dispatch message according to the presence or absence of a starting means in a surrogate operation system using an application according to the present invention;
FIG. 4 is a diagram illustrating a surrogate operation system using an application to which a pick-up article terminal is connected according to the present invention;
5 is a flowchart showing a dispensing method by a surrogate operation system using an application according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a surrogate operation system using an application according to a preferred embodiment of the present invention and a dispensing method thereof will be described in detail with reference to the accompanying drawings.

As shown in the figure, a surrogate operation system using an application according to the present invention comprises a surrogate article terminal 10, a surrogate operation server 20 and a user terminal 30. In the surrogate operation server 20, The dispatch message is transmitted from the terminal 30 to the surrogate article terminal 10 which can arrive within the shortest time to the position of the user terminal 30 when the surrogate operation service is requested, thereby minimizing the waiting time for the user to wait for the surrogate article, It is a technology that enables the provision of agency service.

Since the proxy operation service using the proxy operation terminal 10, the proxy operation server 20, and the user terminal 30 is a known technology, The configuration for shortening the waiting time of the user as much as possible will be described in detail.

In the present invention, the surrogate article terminal 10 and the user terminal 30 can use a known smart phone. Of course, any terminal can be used as long as it is a portable terminal or a portable terminal which can be connected to the Internet, such as a laptop computer, a digital broadcasting terminal, a personal digital assistant (PDA), or a portable multimedia player .

Therefore, when the user terminal 30 accesses the Internet through the wireless communication network and requests the surrogate operation server 20 to issue a call signal, that is, a surrogate operation service for dispatching, the surrogate operation server 20 requests the surrogate operation server 20 And transmits the dispatch message to the surrogate article terminal 10 which can arrive at the present user terminal 30 within the shortest time.

The wireless communication network may use a metropolitan area network (MAN) or a wide area network (WAN).

In the present invention, the surrogate operation server 20 includes a surrogate article DB 21, a pick-up article DB 22, a user DB 23, a map information DB 24, a dispatch information DB 25, and the like. A detailed description of the surrogate operation server 20 will be described later.

Referring to the detailed configuration of the surrogate operation terminal 10, the surrogate operation server 20, and the user terminal 30,

First, the proxy agent terminal 10 is installed with a used application, executes the installed application installed therein, connects to the proxy operation server via the wireless communication network, receives the assignment message from the proxy operation server, And receives the acceptance information.

It is a matter of course that the proxy article terminal 10 must be a terminal registered in the proxy operation server 20 in advance and registered with the proxy article personal information at the time of registration of the proxy article terminal and the presence or absence of the activation means such as a quick board.

The starting means is means for determining the degree of maneuvering power of the surrogate engineer. The maneuvering means is capable of determining whether the surrogate engineer can reach the surrogate engineer terminal within the shortest time when the surrogate operation service is requested from the user terminal 30 .

The surrogate article terminal 10 stores position information using a GPS module provided in the terminal and transmits current position information to the surrogate operation server 20 at a set time interval. This allows the surrogate operation server 20 to accurately check the position of the surrogate terminal, so that the dispatch message can be sequentially transmitted from the user terminal 30 to the surrogate article terminal that can arrive in the earliest time , Whereby the user can receive the agency driving service within a shorter time.

The user terminal 30 is provided with a user application for receiving a proxy operation service, executes the installed user application, connects to the proxy operation server 20 via the wireless communication network, And receives the dispatch determination information when determining the dispatch of the requested surrogate operation service.

The user terminal 30 is a terminal carried by a customer to use a surrogate operation service. When the user terminal 30 is connected to the surrogate operation server 20 and requests a surrogate operation service, that is, Information such as a telephone number and a destination can be stored in the user DB 23 provided in the surrogate operation server 20. [

Of course, even if the user does not use the proxy driving service, it is a matter of course that the application for the user can be downloaded and executed to access the proxy operation server and then register as a member. Naturally, the name, contact information, home address, .

The substitute operation server 20 receives the position information of the substitute article terminal 10 at a set time interval and stores the position information in the substitute article DB 21 and substitutes the substitute article DB 21 in response to the substitute operation service request of the user terminal. And provides the dispatch message sequentially from the substitute article terminal that can arrive within the shortest time from the position of the user terminal 30 requesting the substitute driving service among the stored substitute article terminals, and the substitute article terminal 10 providing the dispatch message The acceptance confirmation information is transmitted to the surrogate article terminal 10 and the dispatch determination information is transmitted to the user terminal 30. [

As described above, when the surrogate operation server 20 requests the surrogate operation service from the user terminal 30, the surrogate operation server 20 searches the surrogate article DB 21 for the surrogate article stored in the surrogate article DB 21, The dispatch message is transmitted to the surrogate terminal 10 of the surrogate agent who can arrive within the shortest time.

As shown in FIG. 3, even when the surrogate terminal 10 is located at a remote location, it is possible to receive the dispatch message first according to the type of the starting means, and the user can wait for a shorter time It is possible to increase the convenience of use.

That is, since the proxy 1 and the proxy 2 arrive at the user terminal for a longer time than the proxy 3 as they move on foot even if they are close to the user terminal, Subsequently, the dispatch message is transmitted in the order of proxy 1 and proxy 2.

In order to calculate the arrival time to the user terminal, the surrogate operation server 20 may be provided with a time calculating unit 26.

Meanwhile, in the present invention, when the destination is designated for the surrogate operation service request by the user terminal 30, the operating fee to the designated destination is calculated and displayed on the screen. When the surrogate operation service is requested, Information is transmitted to the surrogate operation server 20 and the surrogate operation server 20 transmits the destination information and the fare information together when the dispatch message is transmitted to the surrogate article terminal 10. [

Thus, even if the user does not inform the destination, the surrogate driver can perform the surrogate operation using the destination information received from the surrogate operation server 20. [

At this time, the operating fare calculated at the time of requesting the substitute operation service at the user terminal 30 is not changed regardless of the substitute operation time and distance. Therefore, there is an effect that the reliability of the user can be increased.

Here, when a user who is a member of the surrogate operation server 20 executes an application for a user, the destination information described at the time of membership registration is preferably applied as a default value.

Therefore, even if the registered user does not specify a destination separately when requesting the proxy driving service, the destination information described at the time of membership registration is transmitted to the proxy operation server, so that the user can request the proxy driving service more conveniently.

Of course, it is a matter of course that the destination application can be set not only in the user application but also in the case of the request of the proxy service.

When a user registered as a member of the surrogate operation server 20 requests the surrogate operation service, emergency contact information recorded by the user at the time of member registration together with the current position, destination, and charge information of the user terminal is transmitted to the surrogate operation server 20).

The emergency contact information may be provided to the emergency agent terminal by providing emergency contact information to the emergency agent terminal only when there is a request from the emergency agent terminal in an emergency such as a case where the user using the substitute driving service can not cover the body with alcohol, In order to secure a safe return home for the user.

In the user terminal 30 of the present invention, the dispatch request is made by connecting to the surrogate operation server 20 by the application for the user. At this time, it is preferable to be able to request dispatch of one call or more at the same time. Thus, one person can request all of the other co-workers to substitute.

In this case, the user terminal 30 desirably enables the telephone number of the orderer and the telephone number of another user to be described for each dispatch at the time of requesting multiple dispatch of two or more calls, and the surrogate operation server 20 The dispatch determination message and the dispatch determination information at the time of dispatch determination are transmitted to the telephone number of the corresponding ordering person and the telephone number of another user described for each dispatch of the dispatcher.

The reason for doing this is that, even when the orderer who requested the agency service is the first to receive the agency service and is not located on the spot, the other users can receive the agency operation service while communicating with the agent terminal.

On the other hand, the pick-up article terminal 40 is registered with the proxy operation server 20 and can provide a pick-up service to the proxy article.

A pick-up application is installed in the pick-up article terminal 40, and the pick-up application connects to the substitute operation server and receives a substitute article pick-up message including destination information and charge information from the substitute operation server. And receives the time acceptance information.

The pick-up article terminal 40 may be a terminal carried by a taxi driver, a courier article, or a quick article, or may be a personal portable terminal such as a smart phone that charges a certain fee and provides a service by registering with a proxy driving server have.

The pick-up article terminal 40 transmits the current location information to the surrogate operation server 20 at a time interval set at the same time as the surrogate article terminal 10.

When the pick-up article terminal 40 is provided, the substitute operation server 20 is provided with a pick-up article DB 22 for receiving and storing the position information of the pick-up article terminal 40, 10, searches the pick-up article DB 22 for a pick-up article terminal located within the shortest distance from the position of the pick-up requesting proxy article terminal 10, and sequentially provides a pick-up message from the pick-up article terminal .

When the pick-up message provided by the pick-up article terminal 40 is viewed and the pick-up is accepted, the acceptance confirmation information is transmitted to the pick-up article terminal 40 and the pick-up decision information is transmitted to the surrogate article terminal 10 .

In other words, even after the proxy driver who has the proxy driver terminal 10 completes the proxy driving service, he can receive the pick-up service from the surrounding pick-up driver.

Of course, the pick-up service is applicable only when there is a pick-up request from the surrogate article terminal 10.

In the present invention, when the pick-up service is provided, the surrogate operator can freely provide the surrogate operation service even in the area where the surrogate is usually reluctant, thereby enhancing the surrogate operation efficiency and efficiency. You will receive.

The dispensing method using the surrogate operation system of the present invention configured as described above is dispatched through steps S10 to S60.

Step S10 is a step of requesting a substitute operation service after executing an application for a user in the user terminal 30 and designating a destination. In step S20, when the substitute operation service is requested, the substitute operation server 20 stores the substitute operation service Searching for the substitute article terminal 10 which can be reached within the shortest time with the present position of the substitute article terminal 10 as the center of the current position of the user terminal 30, and step S30 is a step for searching the substitute article terminal 10, In step S40, the surrogate terminal 10, which has received the dispatch message, accepts the dispatch for the dispatch message, and steps S5 and S60 are performed by the surrogate operation server 20 And transmits the approval decision information to the proxy terminal (10) as well as the allocation decision information to the user terminal (30).

The present invention relates to a technique for dispatching through a procedure as described above, in which a dispatch message is transmitted from a surrogate article terminal 10 which can arrive within a shortest time to a position of a user terminal when a surrogate operation service is requested, And the waiting time for the user who is carrying the user terminal can be reduced, so that the convenience of use can be increased.

10: Surrogate article terminal 20: Surrogate operation server
21: Surrogate article DB 22: Pickup article DB
23: user DB 24: map information DB
25: dispatch information DB 26: time calculation unit
30: User terminal 40: Pick up article terminal

Claims (6)

A basic application is installed, and the installed basic application is executed to connect to the surrogate operation server through the wireless communication network and receive the dispatch message including the destination information and the charge information from the surrogate operation server. A receiving agent terminal 10;
Information on the personal information of the proxy agent terminal 10, the presence or absence of the activation means, and the position information of the proxy agent terminal received at the set time interval are stored in the proxy article DB 21, The substitute article DB 21 is searched for and the substitute article terminal is sequentially delivered from the substitute article terminal which can arrive within the shortest time from the position of the user terminal 30 requesting the substitute operation service based on the substitute article starting means information And transmits the approval acknowledgment information to the surrogate article terminal 10 when the dispatcher acknowledges the dispatch from the surrogate article terminal 10 that has provided the dispatch message and transmits the dispatch determination information to the user terminal 30, (20);
A user application for receiving a proxy operation service is installed, an application for the user installed is executed, a proxy operation service request is made by connecting to the proxy operation server 20 via a wireless communication network, A user terminal 30 which receives the time allocation determination information;
A pick-up application is installed in the surrogate operation server 20, a pick-up application is installed, the surrogate operation server is connected to the surrogate operation server, and the surrogate article pickup message including the destination information and the pickup charge information is transmitted from the surrogate operation server And a pick-up article terminal (40) receiving the acceptance information upon acceptance of pick-up,
The substitute operation server 20 is provided with a pick-up article DB 22 for receiving and storing position information of the pick-up article terminal 40 at a set time interval, The pick-up message is sequentially provided from the pick-up article terminal located in the shortest distance from the position of the surrogate article terminal 10 requested to pick up by searching the DB 22, and the pick-up article terminal 40 providing the pick- Transmits the confirmation information to the pick-up article terminal (40), transmits the pick-up decision information to the proxy article terminal (10)
The user terminal 30 can connect to the surrogate operation server 20 by the application for the user and request a dispatch of one or more calls at the same time. When requesting multiple dispatch of two calls or more, The surrogate driving server 20 transmits the dispatch confirmation message and the dispatch determination information to the telephone number of the corresponding orderer and the telephone number of the other user described for each dispatch, A surrogate operation system using an application that performs an application.
The method according to claim 1,
Wherein when a user who is a member of the surrogate operation server (20) executes an application for a user and requests a surrogate operation service, the destination information described at the time of subscription is applied as a default value.
3. The method of claim 2,
In the case of joining the surrogate driving server 20, the user DB 23 stores the emergency contact information together with the basic information (name, destination and telephone number) of the user,
And the surrogate operation server (20) transmits the emergency contact information of the user only when there is a request from the surrogate article terminal (10).
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