KR20090053463A - Navigation device, automated proxy driving system and method of providing an automated proxy driving service - Google Patents

Abstract

The surrogate operation automation system includes a customer navigation device, a surrogate operation service providing integrated server, a plurality of surrogate operation company servers and a plurality of surrogate driver's wireless terminals. The customer navigation device generates surrogate operation request information including current location data and provides the surrogate operation service providing integrated server. Substitute operation service providing integrated server provides the surrogate operation request information to the corresponding surrogate operation company server. The surrogate operation company server provides the surrogate operation request information to a predetermined surrogate driver's wireless terminal. By automatically processing the customer's current location, payment information, etc. can facilitate the convenience of customers, surrogate operation service providers and surrogate drivers.

Surrogate operation automation system, global positioning system

Description

NAVIGATION DEVICE, AUTOMATED PROXY DRIVING SYSTEM AND METHOD OF PROVIDING AN AUTOMATED PROXY DRIVING SERVICE}

The present invention relates to an automation system, and more particularly, a navigation device and an agent capable of automatically processing a current location, payment information, etc. of a surrogate driving service request customer using a magnetic positioning system (Global Positioning System (GPS)). It relates to a driving automation system and a surrogate operation automation service providing method.

Surrogate driving service means a driver who is unable to drive due to drinking or other circumstances, that is, when a customer requests to drive his vehicle, a driver registered with the service provider drives the vehicle on behalf of the customer, The service of transporting vehicles and customers to their destinations for a fee.

The surrogate driving service can be an alternative to reduce traffic accidents that are the leading cause of death as the number of cars increases. Especially, in Korea, where the drinking culture is developed, traffic accidents caused by drunk driving can be reduced. It can be an effective solution.

In the conventional method of providing a surrogate operation service, a customer calls a surrogate operation service provider to inform his location and destination, and the surrogate operation driver's PDAs are scattered in each area in the surrogate operation service provider's control room. By sending texts in batches, a waiting driver in charge near you based on the location where the customer is waiting to send a response signal to the control room using the PDA terminal, and the control room transmits the customer's information to the driver and the customer The driver meets the customer and drives the customer's vehicle to provide the surrogate operation service.

In this conventional method of providing a surrogate operation service, a customer must explain his current location directly to a surrogate operation engineer designated by a surrogate operation service provider or a surrogate operation service provider. In this case, a customer who is not familiar with the geography of where he is currently located may feel troubled in explaining his current location, and in particular, a customer who is in a drunken state may be more difficult in explaining his current location.

Due to the difficulty in explaining the location of the conventional method of providing a surrogate operation service, a customer drives a vehicle after drinking without using a surrogate operation service, or does not know the contact information of a surrogate operation service provider, and thus does not use a surrogate operation service. Or, if a female driver does not know the contact information of the surrogate driving service provider having a female driver of the driver, drunk driving without using the surrogate driving service, there is a problem that can cause traffic accidents caused by drunk driving.

In addition, in the conventional surrogate driving service providing method, after the surrogate driver drives the vehicle of the customer to the destination, the customer pays the surrogate driving service cost in cash to the surrogate driver. As a result, customers who do not have cash give up their surrogate driving service and inevitably drunk driving, or there is unreasonableness that customers pay cash higher than the amount set for surrogate driving service even if they have cash. Or, if the customer is in a drunk state, there is a problem such as having an unnecessary dispute with the surrogate driver in the process of paying the surrogate operation service costs.

As such, the conventional surrogate operation service providing method does not automatically process the current location or payment information of the customer, there is a problem that can not efficiently provide a surrogate operation service.

In order to solve the above problems, an object of the present invention is to provide a navigation device that can automatically process the customer's current location, payment information and the like.

In addition, an object of the present invention is to provide a surrogate operation automation system that can automatically process the customer's current location, payment information and the like.

In addition, an object of the present invention is to provide a surrogate operation automation service providing method that can automatically process the customer's current location, payment information and the like.

In order to achieve the above object, a navigation device according to an embodiment of the present invention includes a GPS receiver, a controller, an input unit, a display unit and a data transmission and reception unit.

The GPS receiver receives a GPS signal from a plurality of GPS satellites. The controller generates the current position data by receiving the GPS signal from the GPS receiver. The input unit receives a surrogate operation request start input, a surrogate operation company selection input, and a surrogate operation service request input from a customer. The display unit displays surrogate operation company data for serviceable surrogate operation companies that provide surrogate operation services in a region corresponding to the current location data, and the surrogate operation companies that respond to the surrogate operation company selection in response to the selection of the surrogate operation company selection. Displays selected company information for the selected surrogate operation company. The data transceiver transmits a surrogate operation company request signal including the current location data to the surrogate operation service providing integrated server in response to the surrogate operation request start input, and receives the surrogate operation company data from the surrogate operation service providing integrated server. And in response to the surrogate operation service request input, transmit surrogate operation request information including the current location data and the selected company information to the surrogate operation service providing integrated server.

The navigation device may further include a payment data encryption unit configured to generate encrypted payment data by encrypting payment data provided from the customer, wherein the input unit receives the payment data from the customer, and the data transmission / reception unit is the proxy driving service. The encrypted payment data together with the proxy operation request information may be transmitted to the proxy operation service providing integrated server in response to the request input. The navigation device further includes a customer DB for storing customer information including a name, a telephone number, a vehicle type, a vehicle number, a vehicle color, and a first password for the customer, and the input unit receives a second password from the customer. When the first password stored in the customer DB and the second password input from the input unit is identical, the payment data encryption unit generates the encrypted payment data, and the data transmission and reception unit transmits the encrypted payment data. When the first password and the second password do not match, the input unit may receive the second password again from the customer.

In one embodiment, the navigation device further comprises a customer DB for storing customer information including the name, phone number, vehicle type, vehicle number, vehicle color for the customer, the data transmission and reception unit the surrogate operation service In response to the request input, the customer information may be transmitted together with the proxy driving request information to the proxy driving service providing integrated server.

The surrogate operation company data may include a surrogate operation company name for the serviceable surrogate operation companies, surrogate operation company contact information, surrogate operation service costs, expected waiting time and whether the female driver holding.

The input unit may include a surrogate operation button for generating the surrogate operation request start input. The surrogate operation button may be a touch screen button.

In order to achieve the above object, the surrogate operation automation system according to an embodiment of the present invention includes a customer navigation device, surrogate operation service providing integrated server, a plurality of surrogate operation company servers and a plurality of surrogate driver driver wireless terminals.

The customer navigation device receives a GPS signal from a plurality of GPS satellites to generate current location data for a customer, and is selected from serviceable surrogate driving companies that provide a surrogate operation service to an area corresponding to the current location data. Generates selected company information for the surrogate operation company, and generates surrogate operation request information including the current location data and the selected company information. The surrogate operation service providing integrated server receives the surrogate operation request information from the customer navigation device and transmits the surrogate operation request information to a first surrogate operation company server corresponding to the selected company information. The plurality of surrogate operation company servers are connected to the surrogate operation service providing integrated server, and the first surrogate operation company server transmitting the surrogate operation request information to a first surrogate operation driver wireless terminal corresponding to the current location data. It includes. The plurality of surrogate driver driver wireless terminals are connected to the plurality of surrogate driver company servers, and include the first surrogate driver driver wireless terminal that receives the surrogate operation request information from the first agent operation company server.

In an embodiment, the plurality of proxy driver wireless terminals periodically transmit location data of the proxy driver to the plurality of proxy driving company servers, and the plurality of proxy driving company servers may transmit the plurality of proxy driver wireless. Receiving the position data of the surrogate driver from the terminal to generate real-time data for each corresponding surrogate operation company, the surrogate operation service providing integrated server periodically receives the real-time data from the plurality of surrogate operation company server Receives and stores, and receives a surrogate operation company request signal including the current location data from the customer navigation device to generate surrogate operation company data for the service available surrogate companies from the stored real-time data, the customer navigation Device said Receiving the surrogate operation company data from the surrogate operation service providing integrated server by sending the surrogate operation company request signal to the integrated operation service providing integrated server, and displays the surrogate operation company data, the displayed surrogate operation company from the customer The proxy driving company selection input may be provided based on data, and the selected company information may be generated in response to the proxy driving company selection input.

The surrogate operation company data may include a surrogate operation company name for the serviceable surrogate operation companies, surrogate operation company contact information, surrogate operation service costs, expected waiting time and whether the female driver holding.

In one embodiment, the customer navigation device is a GPS receiver for receiving the GPS signal from the plurality of GPS satellites, a control unit for receiving the GPS signal from the GPS receiver to generate the current position data, surrogate operation from the customer An input unit for receiving a request start input, a substitute driving company selection input and a proxy driving service request input, displaying surrogate driving company data for the serviceable surrogate driving companies, and responsive to the surrogate driving company selection input; A display unit for displaying a surrogate operation company request signal including the current location data to the surrogate operation service providing integrated server in response to the surrogate operation request start input, and the surrogate operation company data from the surrogate operation service providing integrated server; Receive the surrogate operation service And a data transmitting / receiving unit configured to transmit proxy driving request information including the current location data and the selected company information to the proxy driving service providing integrated server in response to the request input.

The customer navigation device further includes a payment data encryption unit encrypting the payment data provided from the customer to generate encrypted payment data, wherein the input unit receives the payment data from the customer, and the data transmission / reception unit is the surrogate operation. In response to a service request input, transmit the encrypted payment data together with the proxy operation request information to the proxy driving service providing integrated server, and the proxy driving service providing integration server performs the payment in response to the encrypted payment data. The payment data processing unit may further include.

In one embodiment, the customer navigation device further comprises a customer DB for storing customer information including the name, phone number, vehicle type, vehicle number, vehicle color for the customer, the data transmission and reception unit the surrogate operation service In response to the request input, the customer information may be transmitted together with the proxy driving request information to the proxy driving service providing integrated server.

The surrogate operation company data may include a surrogate operation company name for the serviceable surrogate operation companies, surrogate operation company contact information, surrogate operation service costs, expected waiting time and whether the female driver holding.

In the surrogate operation automation service providing method according to an embodiment of the present invention for achieving the above object, receiving a GPS signal from a plurality of GPS satellites to generate the current location data for the customer, corresponding to the current location data Produces selected company information for selected surrogate operation companies among surrogate surrogate operation companies that provide surrogate operation services to the region, and provides surrogate operation service information for surrogate operation request information including the current location data and the selected company information. Transmitting to the integrated server and providing the proxy driving request information to the proxy driving company server corresponding to the selected company information among the plurality of proxy driving company servers connected to the proxy driving service providing integrated server; A plurality of proxy driver wireless stage connected to the proxy driving company server Selection of an alternate driver wireless devices that are located in the shortest distance from the customer on the basis of the current position data groups, and the proxy driver wireless terminal of the selected transmitting the surrogate operation request information.

In one embodiment, to generate the selected company information, display the surrogate operation company data for the serviceable surrogate operation companies, and provides the surrogate operation company selection input based on the displayed surrogate operation company data from the customer And in response to the proxy driving company selection input, generate the selected company information. The surrogate operation company data may include a surrogate operation company name for the serviceable surrogate operation companies, surrogate operation company contact information, surrogate operation service costs, expected waiting time and whether the female driver holding.

In one embodiment, by the method for providing a surrogate operation automated service, receiving payment data from the customer, encrypting the payment data to generate encrypted payment data, and performs the payment using the encrypted payment data can do.

In the surrogate operation automated service providing method according to an embodiment of the present invention for achieving the above object, the customer navigation device receives GPS signals from a plurality of GPS satellites to generate the current position data for the customer, the customer navigation Store the current location data in a surrogate operation service providing integrated server through a device, and a customer portable terminal connects to the surrogate operation service providing integrated server, and substitutes for an area corresponding to the current location data in the customer portable terminal; Generating selected company information for the selected surrogate driving company among the serviceable surrogate driving companies that provide the driving service; and the client mobile terminal transmits the selected company information to the surrogate driving service providing integrated server; Proxy operation including data and the company information Providing information to the surrogate operation company server corresponding to the selected company information among a plurality of surrogate operation company servers connected to the surrogate operation service providing integrated server, a plurality of connected to the surrogate operation company server corresponding to the selected company information Based on the current position data among the surrogate driver's wireless terminal, the surrogate driver's wireless terminal located at the shortest distance from the customer is selected, and transmits the surrogate operation request information to the selected surrogate driver's wireless terminal.

In one embodiment, in order to generate the selected company information, display the surrogate operation company data for the service available surrogate operation companies in the customer portable terminal device, and the displayed surrogate from the customer in the customer portable terminal device The proxy driving company selection input may be provided based on the driving company data, and the customer portable terminal may generate the selected company information in response to the proxy driving company selection input. The surrogate operation company data may include a surrogate operation company name for the serviceable surrogate operation companies, surrogate operation company contact information, surrogate operation service costs, expected waiting time and whether the female driver holding.

In one embodiment, by the method for providing a surrogate operation automation service, the customer information including the phone number for the customer via the customer navigation device is stored in the surrogate operation service providing integrated server, and the customer portable terminal device If it does not correspond to the telephone number, the current location data may be manually provided from the customer portable terminal device.

In one embodiment, by the method for providing a surrogate operation automated service, receiving payment data from the customer, encrypting the payment data to generate encrypted payment data, and performs the payment using the encrypted payment data can do.

The navigation device, the surrogate operation automation system and the surrogate operation automation service providing method according to the embodiments of the present invention as described above automatically provides the surrogate operation service provider and the surrogate driver service to the customer's current position of the customer, surrogate operation service The convenience of providers and surrogate drivers can be achieved.

In addition, the navigation device, the surrogate operation automation system and the surrogate operation automation service providing method according to embodiments of the present invention can efficiently provide the surrogate operation service by paying the surrogate operation service costs on-line (on-line).

With respect to the embodiments of the present invention disclosed in the text, specific structural to functional descriptions are merely illustrated for the purpose of describing embodiments of the present invention, embodiments of the present invention may be implemented in various forms and It should not be construed as limited to the embodiments described in.

As the inventive concept allows for various changes and numerous modifications, particular embodiments will be illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to the specific form disclosed, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. The terms may be used for the purpose of distinguishing one component from another component. For example, without departing from the scope of the present invention, the first component may be referred to as the second component, and similarly, the second component may also be referred to as the first component.

When a component is referred to as being "connected" or "connected" to another component, it may be directly connected to or connected to that other component, but it may be understood that other components may be present in between. Should be. On the other hand, when a component is said to be "directly connected" or "directly connected" to another component, it should be understood that there is no other component in between. Other expressions describing the relationship between components, such as "between" and "immediately between," or "neighboring to," and "directly neighboring to" should be interpreted as well.

The terminology used herein is for the purpose of describing particular example embodiments only and is not intended to be limiting of the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms "comprise" or "having" are intended to indicate that there is a feature, number, step, action, component, part, or combination thereof that is described, and that one or more other features or numbers are present. It should be understood that it does not exclude in advance the possibility of the presence or addition of steps, actions, components, parts or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as meanings consistent with the meanings in the context of the related art and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. .

On the other hand, when an embodiment is otherwise implemented, a function or operation specified in a specific block may occur out of the order specified in the flowchart. For example, two consecutive blocks may actually be performed substantially simultaneously, and the blocks may be performed upside down depending on the function or operation involved.

Hereinafter, with reference to the accompanying drawings, it will be described in detail a preferred embodiment of the present invention. The same reference numerals are used for the same elements in the drawings, and duplicate descriptions of the same elements are omitted.

1 is a diagram showing a surrogate operation automation system according to an embodiment of the present invention.

Referring to FIG. 1, the surrogate operation automation system 100 includes a GPS satellite 110, a navigation device 120, a surrogate operation service providing integrated server 160, and first and second surrogate operation company servers 140 and 150. ) And first to fourth surrogate driver radio terminals 146, 147, 156, 157.

The navigation device 120 receives a GPS signal from the GPS satellite 110. The navigation device 120 receives the GPS signal, which is a radio wave indicating latitude, longitude, altitude, and the like, to generate current position data of the navigation device 120. The navigation device 120 may be mounted on the vehicle of the customer, and the current location data of the navigation device 120 may be current location data of the vehicle of the customer that the substitute driver drives on behalf of the driver. According to an embodiment, the navigation device 120 may receive the GPS signal from three or more GPS satellites 110 and calculate the current location data.

The navigation device 120 receives the surrogate operation company data for the surrogate operation service providers providing surrogate operation services to the area corresponding to the current location data from the surrogate operation service providing integrated server 160. The surrogate operation service providing integrated server 160 receives and stores data on the corresponding surrogate operation companies periodically from the first and second surrogate operation company servers 140 and 150, respectively, and stores the navigation device 120. If requested, the proxy driving company data may be provided. The navigation device 120 transmits a proxy driving company request signal including the current location data to the surrogate operation service providing integrated server 160, so that the surrogate driving service providing integrated server 160 transmits the surrogate driving company to the service capable surrogate driving companies. Only the agency driving company data may be provided to the navigation device 120. According to an embodiment, the proxy driving company data includes a surrogate operation company name, surrogate operation company contact information, surrogate operation service costs for each of the serviceable surrogate operation companies and whether the female driver holding. According to an embodiment, when the surrogate driver company data includes an expected waiting time, the first to fourth surrogate driver radio terminals 146, 147, 156, and 157 periodically store the position data of the surrogate driver. The first and second surrogate operation company servers 140, 150 may be transmitted, and the first and second surrogate operation company servers 140, 150 may transmit to the surrogate operation service providing integrated server 160 of the surrogate driver. It may periodically provide data on surrogate operators, including location data.

The navigation device 120 displays the surrogate driving company data, and the customer selects one of the surrogate driving companies among the serviceable surrogate driving companies based on the displayed surrogate driving company data. The navigation device 120 generates selected company information for the selected proxy driving company. The navigation device 120 receives an input for requesting a surrogate operation service from a customer and transmits surrogate operation request information including the current location data and the selected company information to the surrogate operation service providing integrated server 160.

The proxy driving service providing integration server 160 is wirelessly connected to the navigation device 120 to receive the proxy driving request information from the navigation device 120. The proxy driving service providing integrated server 160 transmits the proxy driving request information to the proxy driving company servers 140 and 150 corresponding to the selected company information. The surrogate operation company server (140, 150) corresponding to the selected company information is a server operated by the surrogate operation company selected by the customer among the service available surrogate operation companies. For example, when a customer requests to receive a surrogate operation service from a first surrogate operation company, the surrogate operation service providing integrated server 160 may operate as a first surrogate agency server 140 operated by the first surrogate operation company. ) Provides the surrogate operation request information.

The first and second proxy driving company servers 140 and 150 are connected to the proxy driving service providing integrated server 160. The first and second proxy driving company servers 140 and 150 may be operated by different proxy driving companies, respectively. According to an exemplary embodiment, the surrogate operation automation system 100 may include two or more surrogate operation company servers 140 and 150, and the two or more surrogate operation company servers 140 and 150 may be different from each other. Can be operated by surrogate operators. The surrogate operation company server that has received the surrogate operation request information from the surrogate operation service providing integrated server 160 among the first and second surrogate operation company servers 140 and 150 may operate the vehicle of the customer based on the current location data. The surrogate driver request information of the surrogate driver of the surrogate driver to drive is provided to the wireless terminal. For example, the first surrogate operator server 140 operated by the first surrogate operator that is requested to provide the surrogate operation service from the customer is one of the first and second surrogate driver's wireless terminals 146 and 147. Select the appropriate surrogate driver wireless terminal. According to an embodiment, the first proxy driving company server 140 calculates a distance from the customer to each of the first and second proxy driver radio terminals 146 and 147 based on the current location data, The proxy driver request information may be provided to the proxy driver's wireless terminal located at the shortest distance from the customer.

The first and second surrogate driver radio terminals 146 and 147 are connected to the first surrogate driver company server 140, and the third and fourth surrogate driver radio terminals 156 and 157 are second surrogate agents. Is connected to the driver server 150. According to an embodiment, each of the first to fourth proxy driver radio terminals 146, 147, 156, and 157 may be connected to two or more proxy driver server servers 140 and 150. The surrogate driver who owns the surrogate driver's wireless terminal provided with the surrogate operation request information among the first to fourth surrogate driver's wireless terminals 146, 147, 156, and 157 is included in the surrogate operation request information. Based on the current location data, the customer who requested the surrogate operation service may be visited. Therefore, the surrogate operation automation system 100 automatically provides the surrogate operation service provider and the surrogate driver with the current position of the customer so that the customer does not need to explain his or her position separately so that the surrogate operation service can be efficiently provided. have.

2 is a block diagram illustrating a navigation device included in the surrogate operation automation system of FIG. 1, FIG. 3 is a perspective view illustrating an appearance of the navigation device, and FIGS. 4A to 4C are views illustrating screens displayed on the navigation device. admit.

2, the navigation device 120 according to an embodiment of the present invention includes a control unit 121, a GPS receiver 122, an input unit 123, a memory 124, a payment data encryption unit 125, and a display unit. 126, a voice output unit 127, a speaker 128, a data transmission / reception unit 129, and a customer information DB 131.

GPS receiver 122, input unit 123, memory 124, payment data encryption unit 125, display unit 126, voice output unit 127, data transmission and reception unit 129 and customer information DB 131 Each is electrically connected to the control unit 121, the control unit 121 may control the overall operation of the navigation device 120. The controller 121 may be a conventional central processing unit (CPU) or a microprocessor. In addition, the controller 121 may generate a current position data by receiving a GPS signal from the GPS receiver 122. According to an embodiment, the navigation device 120 may further include a GPS processing unit for receiving the GPS signal and generating the current location data. The GPS receiver 122 receives the GPS signal, which is a radio wave indicating latitude, longitude, altitude, and the like. According to an embodiment, the GPS receiver 122 may receive the GPS signal from three or more GPS satellites 110. The input unit 123 generates inputs according to a customer's manipulation, and may be a touch screen or a keypad according to an embodiment. The input unit 123 receives a surrogate operation request start input, a surrogate operation company selection input, and a surrogate operation service request input from a customer. The memory 124 stores an application program for operating the navigation device 120. According to an embodiment, the memory 124 may perform a function of the customer information DB 131. The payment data encryption unit 125 encrypts the payment data provided from the customer to generate encrypted payment data. The display unit 126 outputs the screens under the control of the controller 121. In some embodiments, the display unit 126 may be a display device such as an LCD, a PDP, or an OLED. The voice output unit 127 outputs sound through the speaker 128 under the control of the controller 121. The voice output unit 127 may provide a feedback to the customer by outputting a sound through the speaker 128 when the customer provides an input through the input unit 123. The data transmission / reception unit 129 transmits and receives data with the surrogate operation service providing integrated server 160. The data transmitting / receiving unit 129 transmits a surrogate operation company request signal including the current location data, surrogate operation request information, etc. to the surrogate operation service providing integrated server 160, and surrogate operation from the surrogate operation service providing integrated server 160. Driver data can be received. The customer information DB 131 may store customer information including the name, phone number, vehicle type, vehicle number, and vehicle color of the customer.

3 is a perspective view illustrating an appearance of a navigation device included in the surrogate operation automation system of FIG. 1.

Referring to FIG. 3, the navigation device 120 may have an appearance in which a display unit 126 and a surrogate operation button 132 are positioned on a front surface thereof. According to an exemplary embodiment, the surrogate operation button 132 may be a touch screen button and may be positioned on a portion of the screen output by the display unit 126. When the customer clicks the surrogate operation button 132, a surrogate operation request start input is generated, and in response to the surrogate operation request start input, the display unit 126 may output surrogate operation company data. Accordingly, the navigation device 120 may be in a mode for requesting a surrogate operation service.

Hereinafter, the operation of the navigation apparatus according to an embodiment of the present invention will be described with reference to FIGS. 2, 4A, 4B, and 4C.

The GPS receiver 122 receives a GPS signal, which is a radio wave indicating latitude, longitude, altitude, etc. from the GPS satellite 110. The controller 121 receives the GPS signal from the GPS receiver 122 and generates current location data. When receiving the surrogate operation request start input from the customer through the input unit 123, the data transmission / reception unit 129 transmits the surrogate operation company request signal including the current location data to the surrogate operation service providing integrated server 160. The surrogate operation service providing integrated server 160 receives the surrogate operation company request signal and provides the surrogate operation company data for the surrogate operation company service provider who provides the surrogate operation service to the area corresponding to the current location data. 120). The surrogate operation company data may include a surrogate operation company name for the serviceable surrogate operation companies, surrogate operation company contact information, surrogate operation service costs, expected waiting time and whether the female driver holding. The data transceiver 129 receives the proxy driving company data from the proxy driving service providing integrated server 160 and provides the data to the controller 121. The controller 121 controls the display unit 126 to output the proxy driving company data.

According to an exemplary embodiment, the display unit 126 may display a proxy driving company list window corresponding to the proxy driving company data as shown in FIG. 4A. The surrogate operation company list window includes a menu button 211a which is a touch screen button, and the customer can click the menu button 211a to change to the normal navigation mode. In FIG. 4A, the display unit 126 outputs data of the serviceable surrogate operation companies corresponding to the surrogate operation company data in a list, and the list of surrogate operation companies is arranged in ascending order according to the surrogate operation service cost. According to an embodiment, the list of serviceable surrogate operators may be sorted in descending order according to surrogate driving service costs, sorted in ascending or descending order according to an expected waiting time, and sorted according to whether a female article is shown or not. have. In addition, the detailed information buttons (214a, 215a) can be clicked to view the detailed information of the service available surrogate companies. If the customer clicks one of the selection buttons 212a and 213a according to the preference, that is, if the surrogate operation company selection input is provided from the customer through the input unit 123, the control unit 121 controls the one of the selection buttons. The display unit 126 is controlled to output the selected company information for the proxy driving company corresponding to the selection button.

According to an embodiment, the display unit 126 may display the selected company information window as shown in FIG. 4B. The selected company information window includes a menu button 211b, and the customer can click the menu button 211b to change to the normal navigation mode. In FIG. 4B, the display unit 126 outputs selected company information on the selected proxy driving company among the serviceable surrogate driving companies. In addition, the article request button 213b, the female article request button 214b, and the cancel button 215b are displayed in the selected company information window, and when the customer presses the cancel button 215b, the display unit 126 again acts as a proxy. The business list window can be displayed. When the customer presses the article request button 213b, that is, when the surrogate operation service request input is provided from the customer through the input unit 123, the controller 121 transmits the current location data and the data to the surrogate operation service providing integration server 160. The data transmission / reception unit 129 is controlled to transmit proxy operation request information including the selected company information. When the customer presses the female driver request button 214b, the data transmission / reception unit 129 may transmit the surrogate operation request information including information indicating that the female driver requests the surrogate operation service integration server 160. According to an exemplary embodiment, the proxy driving company data may not include whether the female driver holds, and in this case, the input unit 123 may not include the female driver request button 214b.

According to an embodiment, when the customer presses the article request button 213b or the female article request button 214b, automatic payment may proceed. The navigation device 120 having the automatic payment function may display the automatic payment inquiry window 211c through the display unit 126 as shown in FIG. 4C. In the automatic payment inquiry window 211c, an automatic payment button 212c and a later payment button 213c are displayed. When the customer presses the automatic payment button 212c, the navigation device 120 provides a surrogate operation service providing integrated server 160. Send encrypted payment data). That is, when the customer presses the automatic payment button 212c, the display unit 126 outputs a payment data input window, the input unit 123 receives payment data from the customer, and the payment data encryption unit 125 receives the payment data. To generate encrypted payment data by encrypting, the data transmission and reception unit 129 transmits the encrypted payment data with the proxy operation request information to the proxy operation service integration server 160. On the other hand, when the customer pressed the payment button 213c later, similar to the navigation device 120 does not have an automatic payment function, the data transmission and reception unit 129 is the surrogate operation service providing integrated server 160 the current location data And the proxy driving request information including the selected company information.

Accordingly, the navigation apparatus according to the embodiments of the present invention may request the surrogate operation service without automatically explaining its own location by automatically providing the current location of the customer while requesting the surrogate operation service. In addition, the navigation apparatus according to the embodiments of the present invention may request the surrogate operation service automatically and securely and conveniently request the surrogate operation service even when the customer does not have cash by providing encrypted payment data.

FIG. 5 is a block diagram illustrating a surrogate operation service providing integrated server included in the surrogate operation automation system of FIG. 1.

Referring to FIG. 5, the surrogate operation service providing integrated server 160 may include a control unit 161, a first data transmission / reception unit 162, a customer information DB 163, a surrogate driving company DB 164, and a payment data processing unit 165. ) And a second data transceiver 166.

The first data transceiver 162, the customer information DB 163, the surrogate operation company DB 164, the payment data processor 165, and the second data transceiver 166 are electrically connected to the controller 161, respectively. The controller 161 may control the overall operation of the surrogate operation service providing integrated server 160. The controller 161 may be a conventional CPU or a microprocessor. The first data transceiver 162 transmits and receives data wirelessly with the navigation device 120, and the second data transceiver 166 transmits and receives data with the first and second proxy driving company servers 140 and 150. . According to an embodiment, the second data transceiver 166 may transmit / receive data with two or more proxy driving company servers 140 and 150. The customer information DB 163 may store customer information including the name, phone number, vehicle type, vehicle number, and vehicle color of the customer. The customer information DB 163 may be updated by receiving the customer information from the navigation device 120 through the first data transceiver 162.

The surrogate operation company DB 164 may store data for surrogate operation companies provided through the second data transmission / reception unit 166 from the first and second surrogate operation company servers 140 and 150. The first and second surrogate driving company servers 140 and 150 periodically transmit real-time data for the corresponding surrogate driving company, and the real-time data is received through the second data transmission / reception unit 166 to represent the surrogate operation. It is stored in the company DB (164). When the proxy driving service providing integrated server 160 receives a proxy driving company request signal from the navigation device 120 through the first data transmission / reception unit 162, the controller 161 stores the proxy driving company DB 164. The first data transceiver 162 is controlled to generate surrogate operation company data for serviceable surrogate operation companies from real-time data and provide the surrogate operation company data to the navigation device 120.

The payment data processing unit 165 performs payment of a surrogate operation service providing cost by using encrypted payment data provided from the navigation device 120 through the first data transmission / reception unit 162. According to an embodiment, the payment data processing unit 165 may be connected to an external payment server and communicate with the external payment server to perform payment of a surrogate operation service providing cost. In addition, according to an embodiment, the surrogate operation service providing integrated server 160 may not include the payment data processing unit 165, and the controller 161 may perform settlement of the surrogate operation service providing cost.

The surrogate operation service providing integrated server 160 receives surrogate operation request information from the navigation device 120 through the first data transmission / reception unit 162. The proxy driving service providing integrated server 160 transmits the proxy driving request information to the proxy driving company servers 140 and 150 corresponding to the selected company information. The surrogate operation company server (140, 150) corresponding to the selected company information is a server operated by the surrogate operation company selected by the customer service available surrogate operation companies. For example, when a customer requests to receive a surrogate operation service from a first surrogate operation company, the surrogate operation service providing integration server 160 may operate at the first surrogate operation company server 140. ) Provides the surrogate operation request information.

6 is a block diagram illustrating a proxy driving company server included in the proxy driving automation system of FIG. 1.

Referring to FIG. 6, the surrogate driver company server 140 may include a controller 141, a first data transceiver 142, a surrogate driver DB 143, a surrogate driver driver selection unit 144, and a second data transceiver. 145.

The first data transceiver 142, the surrogate driver DB 143, the surrogate driver selector 144, and the second data transceiver 145 are electrically connected to the controller 141, respectively, and the controller 141. ) May control the overall operation of the proxy driving company server 140. The controller 141 may be a conventional CPU or a microprocessor. The first data transceiver 142 transmits and receives data to and from the surrogate operation service providing integrated server 160, and the second data transceiver 145 communicates with the first and second surrogate driver's wireless terminals 146 and 147. Send and receive data. According to an exemplary embodiment, the second data transceiver 145 may transmit / receive data with two or more surrogate driver's wireless terminals 146 and 147.

The surrogate driver DB 143 may store real-time data on the surrogate driver driver provided from the first and second surrogate driver radio terminals 146, 147 through the second data transmission and reception unit 145, Personal information data including whether the female driver for the surrogate drivers can be stored. The first and second proxy driver radio terminals 146 and 147 periodically transmit the location data of the proxy driver corresponding to the proxy driver company server 140, and the location data of the proxy driver is second data. Received through the transceiver 145 is stored in the surrogate driver DB 143. The control unit 141 generates real-time data for the surrogate operation company by using the position data and personal information of the surrogate driver, stored in the surrogate driver DB DB 143, and provides the surrogate operation service periodically The first data transceiver 142 may be controlled to provide the integrated server 160. According to an embodiment, the real-time data may include a surrogate operation company name for the surrogate operation company, surrogate operation company contact information, surrogate operation service costs, location data of the surrogate driver and whether the female driver holds.

The surrogate driver selection unit 144 is the surrogate operation of the surrogate driver stored in the surrogate operation driver DB 143 and the current location data of the customer received from the surrogate operation service providing integration server 160 through the first data transmission and reception unit 142. The location data can be used to select a surrogate driver wireless terminal located at the shortest distance from the customer. According to an exemplary embodiment, the surrogate driver company server 140 may not include the surrogate driver's driver selection unit 144 and the controller 141 may select the surrogate driver's wireless terminal located at the shortest distance from the customer.

The surrogate operation company server 140 receives surrogate operation request information from the surrogate operation service providing integrated server 160 through the first data transmission / reception unit 142. The controller 141 controls the proxy driver's driver selecting unit 144 to select the proxy driver's wireless terminal located at the shortest distance from the customer based on the current position data included in the proxy driving request information. The controller 141 controls the second data transceiver 145 to provide the proxy driver request information to the selected proxy driver radio terminal. The surrogate driver who owns the selected surrogate driver's wireless terminal may visit the customer who requested the surrogate operation service based on the current location data included in the surrogate operation request information. Therefore, the surrogate operation automation system according to an embodiment of the present invention automatically provides the surrogate operation service provider and the surrogate driver by providing the current position of the customer, so that the customer does not need to explain his or her position separately. Can be provided efficiently.

7 is a flowchart illustrating a method for providing a surrogate operation automation service according to an embodiment of the present invention.

1 and 7, the navigation device 120 receives GPS signals from the GPS satellites 110 and generates current location data (S201). The navigation device 120 displays the surrogate operation company data provided from the surrogate operation service providing integrated server 160 through the display unit (S202). The customer provides a proxy driving company selection input for selecting a proxy driving company based on the proxy driving company data to the navigation device 120, and the navigation device 120 provides the selected company information corresponding to the proxy driving company selection input. Generate and display the selected company information through the display unit (S203). The customer checks the selected company information and provides a proxy driving service request input to the navigation device 120.

According to an embodiment, the method for providing a surrogate operation automation service may include automatic payment of a surrogate operation service cost. When the automatic payment of the surrogate operation service cost is included, the navigation device 120 outputs the automatic payment confirmation window through the display unit (S204). When the customer selects to proceed with the automatic payment (YES in S204), the navigation device 120 receives a name and password from the customer and compares the received password with a pre-stored password corresponding to the name (S205). The pre-stored password may be set when registering customer information in the navigation device 120, and may be reset when modifying the customer information using the resident registration number of the customer as an authentication key. According to an embodiment, the social security number of the customer may be used as the pre-stored password. If the previously stored password and the input password do not match (NO in S205), the navigation device 120 displays the surrogate operation company data again through the display unit, and inputs the surrogate operation service request from the customer. You can wait to be provided. When the previously stored password and the input password match (YES in S205), the navigation device 120 receives payment data from the customer and encrypts it to generate encrypted payment data (S206).

According to an exemplary embodiment, when the method for providing a surrogate operation automation service does not include automatic payment of a surrogate operation service cost or when the customer selects not to proceed with an automatic settlement (NO in S204), the navigation device 120 operates as a surrogate operation. Providing surrogate operation request information to the service providing integrated server 160 (S207), the customer selects to proceed with the automatic payment (YES in S204) and the identity is confirmed (YES in S205) is encrypted payment data is generated In operation S206, the navigation device 120 provides proxy operation request information and encrypted payment data to the proxy driving service providing integration server 160 (S207). When the proxy driving service providing integration server 160 receives the encrypted payment data, the proxy driving service performs payment for the proxy and generates payment information on whether the payment is completed. The surrogate operation service providing integration server 160 transmits the surrogate operation request information to the surrogate operation company server (140, 150) corresponding to the selection of surrogate operation company of the customer, and if the payment is performed, the payment information is transmitted together (S208). The surrogate operation company server 140, 150 provided with the surrogate operation request information transmits the surrogate operation request information to the surrogate driver's wireless terminal 146, 147, 156, 157 located at the shortest distance from the customer (S209). . The surrogate driver who owns the surrogate driver's wireless terminal 146, 147, 156, 157 provided with the surrogate operation request information is moved to the current position of the customer without inconvenience to contact the customer separately based on the surrogate operation request information. The visit may provide a surrogate operation service (S210).

8 is a flowchart illustrating a method for providing a surrogate operation automation service according to an embodiment of the present invention.

1 and 8, in the surrogate operation automation service providing method illustrated in FIG. 8, unlike the surrogate operation automation service providing method illustrated in FIG. 7, the current location and the customer of the customer through the navigation device 120. After the information is stored in the surrogate operation service providing integrated server 160, the surrogate operation service may be requested through the mobile terminal possessed by the customer. The navigation device 120 receives GPS signals from the GPS satellites 110 and generates current location data (S301). The navigation device 120 transmits the current location data and the customer information to the surrogate operation service providing integrated server 160, and the surrogate operation service providing integrated server 160 stores the current position data and the customer information (S302). ). The customer information may include a phone number of the mobile terminal possessed by the customer. According to an embodiment, the portable terminal may be a mobile phone. The customer accesses the surrogate operation service providing integrated server 160 through the portable terminal (S303). According to an embodiment, the customer may access the surrogate operation service providing integrated server 160 through the portable Internet provided by the mobile terminal and access the call center corresponding to the surrogate operation service providing integrated server 160.

When the customer connects to the surrogate operation service providing integrated server 160 with the mobile terminal corresponding to the stored customer information (YES in S304), the mobile terminal provides the surrogate operation company data provided from the surrogate operation service providing integrated server 160. Is displayed (S305). The customer provides a surrogate driving company selection input for selecting a surrogate driving company based on the surrogate driving company data to the mobile terminal, and the mobile terminal generates and displays selected company information corresponding to the surrogate driving company selection input. (S306). The customer checks the selected company information displayed and provides the surrogate operation service request input to the portable terminal, and the portable terminal responds to the surrogate operation service request input to the surrogate operation service providing integrated server 160. It is transmitted (S307). The surrogate operation request information may not include the current location data already stored in the surrogate operation service providing integrated server 160.

When the customer connects to the surrogate operation service providing integrated server 160 with a mobile terminal that does not correspond to the stored customer information (NO in S304), the customer manually inputs current location data through the mobile terminal, and the mobile terminal. The manual location information may be transmitted to the surrogate operation service providing integrated server 160 by providing the surrogate operation company data. A surrogate operation company to provide a surrogate operation service may be selected based on the surrogate operation company data (S311). The customer provides a surrogate operation service request input to the portable terminal, and the portable terminal transmits surrogate operation request information to the surrogate operation service providing integrated server 160 in response to the surrogate operation service request input (S307). The proxy operation request information may include the manually input current location data.

The surrogate operation service providing integrated server 160 provided with the surrogate operation request information transmits the surrogate operation request information to surrogate operation company servers 140 and 150 corresponding to the selection of the surrogate operation company of the customer (S308). The surrogate operation company server 140, 150 provided with the surrogate operation request information transmits the surrogate operation request information to the surrogate driver's wireless terminal 146, 147, 156, 157 located at the shortest distance from the customer (S309). . The surrogate driver who owns the surrogate driver's wireless terminal 146, 147, 156, 157 provided with the surrogate operation request information is moved to the current position of the customer without inconvenience to contact the customer separately based on the surrogate operation request information. Go to provide a surrogate operation service (S310). Therefore, the method for providing a surrogate operation automation service according to the embodiments of the present invention automatically provides the surrogate operation service provider and the surrogate driver with the current location of the customer so that the customer does not need to explain his or her position separately. It can provide services efficiently.

Those skilled in the art to which the present invention pertains will be able to know that the number of navigation devices, the number of surrogate operation service integrated server, the number of surrogate operation company server and the number of surrogate driver driver wireless terminal included in the surrogate operation automation system is variable. .

Since the present invention can automatically process the current location, payment information, etc. of the surrogate operation request customer, it can be usefully used in surrogate operation system. In addition, the navigation device according to embodiments of the present invention may provide a convenient surrogate operation service.

While the invention has been described above with reference to preferred embodiments, those skilled in the art will be able to make various modifications and changes to the invention without departing from the spirit and scope of the invention as set forth in the claims below. I will understand.

1 is a diagram showing a surrogate operation automation system according to an embodiment of the present invention.

FIG. 2 is a block diagram illustrating a navigation device included in the surrogate operation automation system of FIG. 1.

3 is a perspective view illustrating an appearance of a navigation device included in the surrogate operation automation system of FIG. 1.

4A to 4C are views illustrating screens displayed in the navigation device included in the surrogate operation automation system of FIG. 1.

FIG. 5 is a block diagram illustrating a surrogate operation service providing integrated server included in the surrogate operation automation system of FIG. 1.

6 is a block diagram illustrating a proxy driving company server included in the proxy driving automation system of FIG. 1.

7 is a flowchart illustrating a method for providing a surrogate operation automation service according to an embodiment of the present invention.

8 is a flowchart illustrating a method for providing a surrogate operation automation service according to an embodiment of the present invention.

Description of the main parts of the drawing

110: GPS satellite 120: navigation device

140, 150: proxy driving company server

146, 147, 156, 157: proxy driver radio terminal

121: control unit 122: GPS receiver

123: input unit 125: payment data encryption unit

126: display unit 129: data transmission and reception unit

131: customer information DB 132: GPS processing unit

Claims (23)

A GPS receiver for receiving GPS signals from a plurality of GPS satellites; A controller which receives the GPS signal from the GPS receiver and generates current position data; An input unit for receiving a surrogate operation request start input, a surrogate operation company selection input, and a surrogate operation service request input from a customer; Displaying surrogate operation company data for serviceable surrogate operation companies that provide surrogate operation service in a region corresponding to the current location data, and selected among the serviceable surrogate operation companies in response to the surrogate operation company selection input; A display unit displaying selected company information for the surrogate operation company; And In response to the proxy operation request start input, transmit a surrogate operation company request signal including the current location data to the surrogate operation service providing integrated server, and receive the surrogate operation company data from the surrogate operation service providing integrated server; And a data transceiving unit configured to transmit surrogate operation request information including the current location data and the selected company information to the surrogate operation service providing integrated server in response to a driving service request input. The method of claim 1, Further comprising a payment data encryption unit for generating encrypted payment data by encrypting the payment data provided from the customer, The input unit receives the payment data from the customer, And the data transceiver transmits the encrypted payment data together with the proxy operation request information to the proxy operation service providing integrated server in response to the proxy operation service request input. The method of claim 2, Further comprising a customer DB for storing customer information including the name, phone number, vehicle type, vehicle number, vehicle color and the first password for the customer, The input unit receives a second password from the customer, When the first password stored in the customer DB and the second password input from the input unit is identical, the payment data encryption unit generates the encrypted payment data, and the data transmission and reception unit transmits the encrypted payment data. And when the first password and the second password do not match, the input unit receives the second password again from the customer. The method of claim 1, Further comprising a customer DB for storing customer information including the name, phone number, vehicle type, vehicle number, vehicle color for the customer, And the data transceiver transmits the customer information together with the proxy operation request information to the proxy operation service providing integrated server in response to the proxy operation service request input. According to claim 1, wherein the surrogate operation company data, A navigation device comprising the name of the surrogate operation company, surrogate operation company contact information, surrogate operation costs, estimated waiting time and whether the female driver for the serviceable surrogate operation companies. The method of claim 1, wherein the input unit, And a surrogate operation button for generating the surrogate operation request start input. According to claim 6, The surrogate operation button, Navigation device characterized in that the touch screen button. Receiving a GPS signal from a plurality of GPS satellites to generate the current location data for the customer, and for the surrogate operation companies selected from the service available surrogate operation companies that provide surrogate operation service to the area corresponding to the current position data A customer navigation device for generating selected company information and generating proxy operation request information including the current location data and the selected company information; A surrogate operation service providing integrated server configured to receive the surrogate operation request information from the customer navigation device and transmit the surrogate operation request information to a first surrogate operation company server corresponding to the selected company information; A plurality of surrogate operation company servers connected to the surrogate operation service providing integrated server and including the first surrogate operation company server for transmitting the surrogate operation request information to a first surrogate driver radio terminal corresponding to the current location data; field; And A plurality of surrogate driver's wireless terminals connected to the plurality of surrogate driver's servers and including the first surrogate driver's wireless terminal receiving the surrogate operation request information from the first surrogate driver's server; Surrogate operation automation system. The method of claim 8, The plurality of surrogate driver's wireless terminals periodically transmit the position data of the surrogate driver's driver to the plurality of surrogate driver's server, The plurality of proxy driving company servers receive the position data of the proxy driver from the plurality of proxy driver wireless terminals to generate real-time data for each corresponding driving agency, The surrogate operation service providing integrated server periodically receives and stores the real-time data from the plurality of surrogate operation company servers, and receives a surrogate operation company request signal including the current location data from the customer navigation device. Generate surrogate operation company data for the serviceable surrogate operation companies from the stored real-time data, The customer navigation device transmits the surrogate operation company request signal to the surrogate operation service providing integrated server to receive the surrogate operation company data from the surrogate operation service providing integrated server, displays the surrogate operation company data, and displays the surrogate operation company data. And a proxy driving company selection input based on the displayed surrogate driving company data from the controller, and generating the selected company information in response to the proxy driving company selection input. The method of claim 9, wherein the surrogate operation company data, The surrogate operation company name, the surrogate operation company name for the surrogate operation service providers, surrogate operation costs, surrogate operation service system, characterized in that it includes the expected waiting time and whether the female driver. The method of claim 8, wherein the customer navigation device, A GPS receiver for receiving the GPS signal from the plurality of GPS satellites; A controller configured to receive the GPS signal from the GPS receiver and generate the current location data; An input unit for receiving a surrogate operation request start input, a surrogate operation company selection input, and a surrogate operation service request input from the customer; A display unit displaying surrogate operation company data for the serviceable surrogate operation companies and displaying the selected company information in response to the surrogate operation company selection input; And In response to the surrogate operation request start input, transmit a surrogate operation company request signal including the current location data to the surrogate operation service providing integrated server, receive the surrogate operation company data from the surrogate operation service providing integrated server, and And a data transmitting / receiving unit for transmitting the surrogate operation request information including the current location data and the selected company information to the surrogate operation service providing integrated server in response to the surrogate operation service request input. The method of claim 11, wherein The customer navigation device further comprises a payment data encryption unit for generating encrypted payment data by encrypting the payment data provided from the customer, The input unit receives the payment data from the customer, The data transceiver transmits the encrypted payment data together with the proxy operation request information to the proxy operation service providing integrated server in response to the proxy operation service request input, The surrogate operation service providing integrated server surrogate operation automation system further comprises a payment data processing unit for performing a payment in response to the encrypted payment data. The method of claim 11, wherein The customer navigation device further comprises a customer DB for storing customer information including the name, phone number, vehicle type, vehicle number, vehicle color for the customer, And the data transmission and reception unit transmits the customer information together with the proxy operation request information to the proxy operation service providing integrated server in response to the proxy operation service request input. The method of claim 11, wherein the surrogate operation company data, The surrogate operation company name, the surrogate operation company name for the surrogate operation service providers, surrogate operation costs, surrogate operation service system, characterized in that it includes the expected waiting time and whether the female driver. Receiving GPS signals from the plurality of GPS satellites to generate current location data for the customer; Generating selected company information on a selected proxy driving company among service available surrogate driving companies providing a surrogate driving service to a region corresponding to the current location data; Transmitting proxy driving request information including the current location data and the selected company information to a proxy driving service providing integrated server; Providing the proxy driving request information to a proxy driving company server corresponding to the selected company information among a plurality of proxy driving company servers connected to the proxy driving service providing integrated server; Selecting a proxy driver's wireless terminal located at the shortest distance from the customer based on the current location data among a plurality of proxy driver's wireless terminals connected to the proxy driver's server corresponding to the selected company information; And And providing the proxy operation request information to the selected proxy driver wireless terminal. The method of claim 15, wherein generating the selected company information, Displaying surrogate operation company data for the serviceable surrogate operation companies; Receiving a proxy driving company selection input based on the displayed surrogate driving company data from the customer; And And generating the selected company information in response to the proxy driving company selection input. The method of claim 16, wherein the surrogate operation company data, Method for providing a surrogate operation automation service for surrogate operation companies, including the name of the surrogate operation company, surrogate operation company contact information, surrogate operation costs, estimated waiting time and whether the female driver. The method of claim 15, Receiving payment data from the customer; Generating encrypted payment data by encrypting the payment data; And Method for providing a surrogate operation automation service further comprises the step of performing a payment using the encrypted payment data. Receiving current GPS signals from the plurality of GPS satellites at the customer navigation device to generate current location data for the customer; Storing the current location data in a proxy operation service providing integrated server through the customer navigation device; Accessing the surrogate operation service providing integrated server by a customer portable terminal; Generating selected company information for a selected surrogate driving company among service available surrogate driving companies providing surrogate driving service to a region corresponding to the current location data in the customer portable terminal device; Transmitting, by the customer portable terminal device, the selected company information to a proxy driving service providing integrated server; Providing proxy operation request information including the current location data and the company information to a proxy driving company server corresponding to the selected company information among a plurality of proxy driving company servers connected to the proxy driving service providing integrated server; Selecting a proxy driver's wireless terminal located at the shortest distance from the customer based on the current location data among a plurality of proxy driver's wireless terminals connected to the proxy driver's server corresponding to the selected company information; And And providing the proxy operation request information to the selected proxy driver wireless terminal. The method of claim 19, wherein generating the selected company information comprises: Displaying surrogate driving company data for the serviceable surrogate driving company companies in the customer portable terminal device; Receiving, by the customer portable terminal device, a substitute driving company selection input based on the displayed representative driving company data from the customer; And And generating the selected company information in response to the proxy driving company selection input in the customer portable terminal device. The method of claim 20, wherein the surrogate operation company data, Method for providing a surrogate operation automation service for surrogate operation companies, including the name of the surrogate operation company, surrogate operation company contact information, surrogate operation costs, estimated waiting time and whether the female driver. The method of claim 19, Storing customer information including a phone number for the customer in the proxy driving service providing integrated server through the customer navigation device; And And if the customer portable terminal device does not correspond to the telephone number, manually receiving the current location data from the customer portable terminal device. The method of claim 19, Receiving payment data from the customer; Generating encrypted payment data by encrypting the payment data; And Method for providing a surrogate operation automation service further comprises the step of performing a payment using the encrypted payment data.

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