KR20190014147A - Method for Providing Parking Payment by using Sound Wave Communication between Conversational Mode Device for Vehicles and User Mobile Device - Google Patents

Abstract

The present invention relates to a method to provide a parking payment service using sound wave communications between an interactive vehicle device and a user wireless terminal, which provides various kinds of artificial intelligence payment services through a vehicle device in an interactive mode. According to the present invention, the method comprises: a step of mapping and storing unique device information of a vehicle device, unique ID information for identifying an application of a user wireless terminal performing sound wave communications with the vehicle device, and vehicle information; a step of storing and mapping payment means information of a user to a storage medium; a step of checking parking payment information; a step of performing an authentication procedure; a step of receiving terminal side transmission information; a step of processing a parking payment processing procedure; and a step of providing processing result information through a voice output function of the vehicle device.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for providing parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal,

The present invention relates to an OBD interworking function for interfacing with a vehicle OBD (On-Board Diagnostics) through a network communication function for connecting to a communication network through at least one wireless network communication, a voice recognition function for recognizing a user's utterance, And an interactive vehicle device having a sound wave transmission function for sound wave communication using a sound wave signal of a designated frequency band and a sound wave reception function is provided in the vehicle, After the payment means of the user mapped with the vehicle device and registered for use in the parking payment service using the vehicle device is registered, recognizing the user's utterance through the voice recognition function of the vehicle device, The application of the vehicle device and the user wireless terminal through the sound wave communication between the vehicle device and the user wireless terminal So that the parking payment service can be provided.

OBD (On-Board Diagnostics) of a vehicle is a vehicle diagnostic / monitoring system integrated in an engine control system. The OBD monitors all systems in the vehicle throughout the entire operating range and interfaces with the OBD scanner through a standard interface for processing. On the other hand, the OBD stores the fault history in the ECU when a fault occurs in the vehicle diagnosis / monitoring, and the OBD scanner can inquire the standard interface.

In addition to the vehicle diagnosis / surveillance inquiry service using a well-known OBD scanner, an OBD adapter having a Bluetooth function and a standard interface is connected to a standard interface of a vehicle OBD to extract vehicle status information, extracts an emergency signal, An emergency notification system for transmitting an emergency signal to a terminal device of a broadband network using a mobile communication terminal as a bridge has been known (Japanese Patent Application Laid-Open No. 10-2011-0113379 (October 17, 2011)).

However, in the past, in addition to the vehicle diagnosis / surveillance inquiry service using the OBD scanner, the service provided using the vehicle OBD uses a method of providing a service by interlocking the mobile communication terminal with the vehicle OBD. In place of the mobile communication terminal, In this case, since the resources of the mobile communication terminal are continuously occupied to provide the service using the vehicle OBD, the mobile communication terminal can be used as a mobile communication terminal, (For example, telephone calls, the Internet, etc.) are limited.

An object of the present invention to solve the above problems is to provide an OBD interworking function for interworking with a vehicle OBD (On-Board Diagnostics) through a network communication function for connecting to a communication network through at least one wireless network communication and near- An interactive vehicle device having a sound recognition function for recognizing a user's utterance and a sound output function for outputting a voice to a user and having a sound wave transmission function for sound wave communication using a sound wave signal in a designated frequency band and a sound wave reception function, After the application of the user wireless terminal is mapped with the vehicle device and the payment means of the user to be used in the parking payment service using the vehicle device is registered, When the parking payment service is started by recognizing the speech, the sound wave communication between the vehicle device and the user's wireless terminal Through the device to provide a vehicle with an interactive vehicle device and the user terminal between a wireless parking payment service method using a sound wave communication by linking the app of a wireless terminal user to uniquely providing the parking payment service.

The method for providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention includes a network communication function for connecting to a communication network and an OBD interface function for interfacing with a vehicle OBD (On-Board Diagnostics) A voice recognition function for recognizing a user's utterance, a voice output function for outputting a voice to a user, a sound transmission function for outputting a sound wave of a sound wave obtained by encoding a bit string to be transmitted, and a bit stream Wherein the operating server is operable to communicate with the device specific information of the vehicle device and a user wireless terminal to communicate with the vehicle device in a sound wave, The unique identification information identifying the app and the vehicle information of the vehicle having the vehicle device are mapped to a specified storage medium (Or identification code information for identifying the payment means information of the user registered in the payment server or the issuance librarian) to a storage medium, and a step of storing the mapping information And the parking payment request information configured through the application of the user wireless terminal corresponding to the unique identification information and the payment amount for the parking payment And the operation server confirms the token generated for the parking payment and confirms the validity through the sound wave signal of the designated frequency band that can be transmitted and received between the vehicle device and the user wireless terminal A third step of performing an authentication procedure for confirming whether the token is exchanged or not, The parking billing authentication information configured based on the voice recognition function of the vehicle device is transmitted to the sound wave through the sound wave transmitting function of the vehicle device on the basis of the result of the sounding, Side transmission information including a part of the terminal-side transmission information, the fourth step of the operating server receiving the terminal-side transmission information from the app of the user wireless terminal; and a fourth step of transmitting, A fifth step of performing a parking settlement processing procedure for approving the parking settlement corresponding to the parking settlement information using the information and the stored settlement means information, A sixth step of confirming the information and processing the voice output through the voice output function of the vehicle apparatus It characterized in that it comprises.

In the first step, the operation server maps the wireless terminal information of the user wireless terminal to the unique identification information and transmits the wireless terminal identification information And storing the data in a storage medium.

In the method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the first step is a step of, when the operating server corresponds to the device specific information in the specified reference sound wave communication environment of the vehicle And performing a procedure for setting a basic signal strength for outputting a sound wave of a sound wave signal of a frequency band designated for effective sound communication between the vehicle apparatus and the app of the user wireless terminal corresponding to the unique identification information .

In the method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the reference sound wave communication environment may include an environment in which the vehicle is turned on or in operation while both doors and windows of the vehicle are closed And the like.

In the third step, the operating server transmits the token to the vehicle device corresponding to the device-specific information, and transmits the token to the vehicle device, Processing to transmit a sound wave through a sound wave transmitting function of the vehicle apparatus, and checking whether the operation server receives the token from an app of a user wireless terminal corresponding to the unique identification information.

In the third step, the operation server transmits the token to the application of the user wireless terminal through the unique identification information, in the method of providing the parking payment using the sound wave communication between the interactive vehicle device and the user wireless terminal according to the present invention, And confirming whether the token is recognized and received through the network communication function through the sound wave receiving function of the vehicle apparatus corresponding to the apparatus unique information .

In the method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the terminal side transmission information may further include a token exchanged between an app of the user wireless terminal and a vehicle device .

In the method of providing parking payment using acoustic wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the terminal side transmission information further includes unique identification information for uniquely identifying an app of the user wireless terminal .

In a fourth aspect of the present invention, there is provided a method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, wherein the fourth step is based on a result of interworking with the exchange of the token, At least one keyword included in the voice recognition information in which the voice uttered by the user has been recognized in order to authenticate the parking payment service through the voice recognition function in the vehicle device and the parking payment related information matching and stored with the keyword of the voice recognition information And transmits the sound wave through the sound wave transmitting function to the sound wave transmitting unit. The sound wave transmitting unit transmits the sound wave to the terminal of the user wireless terminal including the at least part of the parking payment authentication information When the transmission information is constructed and transmitted, the operating server transmits an application of the user wireless terminal And receiving the terminal-side transmission information.

In the method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the terminal-side transmission information further includes input information input from a user through an app of the user wireless terminal .

In the method of providing a parking payment using sound wave communication between an interactive vehicle apparatus and a user wireless terminal according to the present invention, the terminal side transmission information may include a predetermined storage of the user wireless terminal And extracting information extracted from the area.

In the method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the terminal side transmission information may include an application of the user wireless terminal based on a user operation of the user wireless terminal And generating the generated information.

In a fourth aspect of the present invention, there is provided a method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, Side transmission information from the vehicle apparatus, and the fifth step is a step in which the operating server transmits the information included in the received terminal-side transmission information and the device-side transmission information, And performing a parking settlement processing procedure to approve the parking settlement corresponding to the parking settlement information by using multiple pieces of information included in the information.

In the method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the device-side transmission information may further include device-specific information for uniquely identifying the vehicle device .

In the method of providing a parking payment using acoustic wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the device-side transmission information may be transmitted to the user device through a voice recognition function Further comprising at least one keyword or parking payment related information not included in the parking payment authentication information among the keywords included in the voice recognition information for recognizing the uttered voice and the parking payment related information matched with the keyword of the voice recognition information .

In the method of providing parking payment using acoustic wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the device-side transmission information is input from a user through an app of the user wireless terminal, And further comprises input information received by the sound wave through the sound wave receiving function.

The apparatus-side transmission information may be transmitted to a user's wireless terminal through a designated storage of the user wireless terminal based on a user operation. Extracting information extracted from the area and transmitted through a sound wave and then sound wave received through the sound wave receiving function of the vehicle apparatus.

In the method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the device-side transmission information may include an application of the user wireless terminal, And generating the sound wave through the sound wave receiving function of the vehicle apparatus after the sound wave is transmitted.

The present invention provides a method of providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal according to the present invention, the vehicle device further comprising: reading operation information obtained through the OBD interlocking function to confirm whether the vehicle is running; The state information obtained through the OBD interlocking unit is read or the noise increase rate of the sound wave signal inputted by the sound wave is read to check whether at least one window is open and the sound wave signal is transmitted to the vehicle And a function of amplifying the signal intensity of the sound wave signal by a predetermined ratio higher than a predetermined basic signal intensity and outputting the sound wave when at least one window is open during driving.

According to the present invention, there are provided a network communication function for connecting to a communication network, an OBD interlock function for interlocking with a vehicle OBD, a voice recognition function for recognizing a user's utterance, a voice output function for outputting voice to a user, There is an advantage in that a vehicle device having a sound wave transmitting function and a sound wave receiving function for transmitting and receiving a sound wave to and from the terminal is provided in the vehicle and is registered in the operation server to provide various services interactively through the vehicle device.

According to the present invention, the operational server collects and analyzes various information obtained from the vehicle OBD by linking the OBD interlocking function and the network communication function of the vehicle device to identify various situations occurring in the vehicle, There is an advantage that various artificial intelligent settlement services are provided interactively through the vehicle device by artificially and intelligently responding.

According to the present invention, in the case of providing a parking payment service requiring a security function among the services provided through a vehicle device provided in the vehicle, It is possible to provide a safe and convenient parking payment service which can not be unlawfully taken out of the vehicle when the user carries a designated wireless terminal and is aboard a vehicle by providing the parking payment service by generating sound wave communication based on sound wave transmission and reception have.

FIG. 1 is a diagram illustrating a configuration of a parking payment service providing system for linking an interactive vehicle device 200 and a user wireless terminal 190 according to an embodiment of the present invention.
2 is a diagram showing a functional configuration of an interactive vehicle apparatus 200 according to an embodiment of the present invention.
3 is a diagram illustrating a process of transmitting and receiving information for registration of the vehicle device 200 according to an embodiment of the present invention.
4 is a diagram illustrating a token authentication process for registering a vehicle device 200 according to an embodiment of the present invention.
5 is a diagram illustrating a token authentication process for registering a vehicle device 200 according to another embodiment of the present invention.
6 is a diagram illustrating a registration process of the vehicle device 200 according to an embodiment of the present invention.
FIG. 7 is a diagram illustrating a parking payment service start / request process and a token authentication process according to an embodiment of the present invention.
FIG. 8 is a diagram illustrating a parking payment service start / request process and a token authentication process according to another embodiment of the present invention.
9 is a diagram illustrating a process of providing a parking payment service through an app of a vehicle device 200 and a user wireless terminal 190 according to a first embodiment of the present invention.
10 is a diagram illustrating a process of providing a parking payment service through an app of a vehicle device 200 and a user wireless terminal 190 according to a second embodiment of the present invention.
11 is a diagram illustrating a process of providing a parking payment service through an app of a vehicle device 200 and a user wireless terminal 190 according to a third embodiment of the present invention.
12 is a diagram illustrating a process of providing a parking payment service through an app of a vehicle device 200 and a user wireless terminal 190 according to a fourth embodiment of the present invention.

The operation principle of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. It should be understood, however, that the drawings and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention, and are not to be construed as limiting the present invention.

In other words, the following embodiments correspond to the preferred embodiment of the preferred embodiment of the present invention. In the following embodiments, a specific configuration (or step) is omitted, or a specific configuration (or step) (Or steps), or an embodiment that incorporates functions implemented in more than one configuration (or step) into any one configuration (or step), a particular configuration (or step) It will be apparent that the present invention is not limited to the embodiments described below. Therefore, it should be clearly stated that various embodiments corresponding to subsets or combinations based on the following embodiments can be subdivided based on the filing date of the present invention.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The terms used below are defined in consideration of the functions of the present invention, which may vary depending on the user, intention or custom of the operator. Therefore, the definition should be based on the contents throughout the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following embodiments are merely means for effectively explaining the technical idea of the present invention to a person having ordinary skill in the art to which the present invention belongs Only.

FIG. 1 is a diagram showing a configuration of a parking payment service providing system for linking an interactive vehicle device 200 and a user wireless terminal 190 according to an embodiment of the present invention.

In more detail, FIG. 1 illustrates a network communication function for connecting to a communication network through at least one wireless network communication, an OBD interworking function for interfacing with a vehicle OBD (On-Board Diagnostics) through short-range wireless communication, An interactive vehicle apparatus 200 having a recognition function and a sound output function for outputting a voice to a user and having a sound wave transmission function for sound wave communication using a sound wave signal in a designated frequency band and a sound wave reception function, After the application of the user wireless terminal 190 is mapped with the vehicle device 200 and registered and the payment means of the user to be used for the parking payment service using the vehicle device 200 is registered, Recognizes the user's utterance through the voice recognition function of the vehicle wireless terminal 190 and transmits the sound wave communication between the vehicle device 200 and the user wireless terminal 190 when the parking payment service is started The system for providing the parking payment service by interlocking the apps of the vehicle device 200 and the user wireless terminal 190 unilaterally through the wireless device 190 and the user wireless terminal 190 may be realized by a person skilled in the art Various embodiments of the configuration of the parking payment service providing system for interlocking the vehicle device 200 and the user wireless terminal 190 with reference to and / or modified with reference to FIG. 1 (for example, The present invention is not limited to the above-described embodiments, but may be embodied in the following forms.

The system of the present invention includes a network communication function for connecting to a communication network through at least one wireless network communication, an OBD interlocking function for interworking with a vehicle OBD through short-range wireless communication, a voice recognition function for recognizing user's utterance, A vehicle device 200 having a sound output function for outputting a sound wave and a sound wave transmission function and a sound wave reception function for transmitting and receiving information through a specified sound wave signal, a vehicle device 200 connected to the vehicle OBD, A user wireless terminal 190 installed with an application having a function of transmitting and receiving information to and from the vehicle device 200 via a specified sound wave signal and an OBD module 180 interlocked with the vehicle device 200, (200) and is linked to the user wireless terminal (190) via a designated communication path and is connected to the vehicle device (200) and the user wireless terminal (190) by a sound wave Acknowledge receipt based on the exchange of information and comprise the operating server 100 to perform procedures that provide various services. Although the present invention is not limited thereto, the operating server 100 may be implemented in a form of software in a combination of two or more servers or a server But may include all embodiments and is not limited by any particular physical configuration or name.

The vehicle device 200 is a generic name of a device provided in a vehicle for interactively interfacing with a user to provide various services. The vehicle device 200 is a stationary type stationary device mounted on a vehicle and has a certain portion (e.g., a coasters, a tumbler, Box, etc.), or it may be built into a built-in vehicle and embedded in the vehicle.

According to the embodiment of the present invention, the vehicle device 200 recognizes the user's utterance and the OBD interworking function to interact with the vehicle OBD through a network communication function for connecting to a communication network and a short- And a voice output function for outputting a voice to a user. In order to cooperatively work with a designated user wireless terminal 190 for a designated service including a parking payment service, information is transmitted / A sound wave transmitting function and a sound wave receiving function can be further provided. The vehicle device 200 will be described in detail with reference to FIG.

The OBD module 180 includes a connection unit (not shown) connected to the OBD port of the vehicle, and a connection unit (not shown) connected to the OBD port of the OBD unit A scan unit (not shown) that operates by receiving operation power from the OBD port and scans OBD information according to the OBD standard specified by the OBD specification from the vehicle OBD through the connection unit, (Not shown) which is paired with the vehicle device 200 via a wireless communication protocol and performs near-field wireless communication with the vehicle device 200 via the short-range wireless communication. The short range wireless module transmits OBD information (or driving information, or status information, etc.) obtained from the vehicle OBD through the scan unit to the vehicle device 200 in accordance with a communication protocol agreed with the vehicle device 200, send. Preferably, the OBD module 180 may be a set with the vehicle device 200.

The user wireless terminal 190 is a wireless device that is carried by a user and installed an app that uniquely cooperates with the vehicle device 200 for a designated service including a parking payment service in a vehicle provided with the vehicle device 200 A general term of the communication device may include a smartphone, a mobile phone, a mobile communication device, a tablet PC, and the like of a user who installs a designated application preferably.

According to the embodiment of the present invention, the user wireless terminal 190 has a communication configuration for connecting to a communication network through at least one wireless network communication and a sound wave input / output configuration for inputting / outputting a specified sound wave signal, Thus, the application installed in the wireless terminal can be operated without any user operation, and at the same time, the communication configuration and the sound wave input / output configuration can be used.

The operation server 100 is a collective term of a server side configuration that interlocks with the vehicle device 200 through the network communication function of the vehicle device 200 and includes a network communication function provided in the vehicle device 200, , A voice recognition function, a voice output function, a sound wave transmission function, and a sound wave reception function in accordance with a predetermined order, and performs a server-side procedure designated to perform on the server side in order to provide various services. It is a generic term for the software configuration.

According to an embodiment of the present invention, the operation server 100 can independently provide some services (for example, provide a notification service or the like) through the vehicle device 200 and can provide services (For example, interworking with a voice recognition server for server type voice recognition, interworking with a message sending server for notification to a user wireless terminal 190, interworking with a payment server for a parking payment service, , Interworking with a financial server, interworking with an order server for order service, interworking with a gas server for gas service, interworking with a shopping server for shopping service, etc.). Meanwhile, it is possible to provide a function of a server to be linked for the designated service in the operation server 100 according to the embodiment, and thus the present invention is not limited thereto.

According to an embodiment of the present invention, the operation server 100 can communicate with a user wireless terminal 190 having a designated application via a designated communication path. The operating server 100 preferably communicates with an app of the user wireless terminal 190 or a designated server cooperating with an app of the user wireless terminal 190 (Not shown) or a relay server (not shown) that relays the wireless terminal and the operation server 100 to the application of the user wireless terminal 190. [

Referring to FIG. 1, the operation server 100 receives device-specific information that uniquely identifies the vehicle device 200 according to a designated procedure through a network communication function of the vehicle device 200, An information receiving unit 105 for receiving the vehicle information of the vehicle having the mobile terminal 200 and the wireless terminal information of the user wireless terminal 190 and an application specified in the user wireless terminal 190 corresponding to the wireless terminal information A terminal confirmation unit 110 for confirming unique identification information for communicating with an app of the user wireless terminal 190 when the application designated in the user wireless terminal 190 is installed, A token verification unit 115 for confirming a token generated for exchanging through the sound wave signal specified between the application of the user wireless terminal 190 and the user of the user wireless terminal 190, Through the sound signal specified in A token authentication unit 120 for performing an authentication procedure for confirming that the token is effectively exchanged; a token authentication unit 120 for authenticating the token if the token is effectively exchanged between the vehicle device 200 and the user wireless terminal 190; 200), the wireless terminal information of the user wireless terminal (190), unique identification information for communicating with the app of the user wireless terminal (190), and the vehicle information and storing the information in a designated storage medium And the token authentication unit 120 determines a basic signal strength for outputting a sound wave signal for effective sound communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle It is possible to perform at least one procedure for setting the fundamental signal strength of the sound wave signal output for the sound wave communication at the vehicle apparatus 200 or the user wireless terminal 190. [

The vehicle device 200 reads registration state confirmation information stored in a designated storage area when power is input to the vehicle device 200 and communicates with the operation server 100 through the network communication function, Check the status. According to an embodiment of the present invention, when the vehicle device 200 is registered in the operation server 100, the registered state of the vehicle device 200 can be registered in a designated storage area, In this case, the vehicle device 200 may read the registration status confirmation information indicating that the vehicle device 200 is registered in the designated storage area, It is possible to confirm whether the vehicle device 200 is registered with the operation server 100 by reading the registration status confirmation information corresponding to the registered state of the vehicle device 200. [ Meanwhile, according to another embodiment of the present invention, when the power source is inputted and the operation is started, the vehicle device 200 tries to establish a communication connection with the operation server 100 through the network communication function, Specific information of the vehicle device 200 to request whether the vehicle device 200 corresponding to the device-specific information is in a registered state. The operation server 100 may transmit the device-specific information to a designated storage medium The vehicle device 200 may receive the registration status confirmation information from the operation server 100 and read the registration status confirmation information from the operation server 100. In this case, It is possible to confirm whether the vehicle device 200 is registered with the operation server 100. [ Preferably, when the vehicle device 200 is not registered in the operation server 100, the vehicle device 200 performs a procedure of registering the vehicle device 200 in the operation server 100 .

On the other hand, when the vehicle apparatus 200 is powered on the vehicle apparatus 200, the vehicle apparatus 200 reads near-field wireless state information stored in a designated storage area to perform short-range wireless communication with the OBD module 180 connected to the vehicle OBD To be paired. If the short distance wireless communication is not paired with the OBD module 180, the vehicle device 200 performs a procedure of pairing with the OBD module 180 through the short distance wireless communication according to a specified pairing protocol of short distance wireless communication Can be performed. On the other hand, when the vehicle device 200 and the OBD module 180 are not paired and newly (or again) paired, the vehicle device 200 transmits the vehicle device 200 to the operation server 100 Registration (or re-registration, or renewal).

When it is determined to register the vehicle device 200 to the operation server 100, the vehicle device 200 transmits voice output information designated to start the registration procedure of the vehicle device 200 via the voice output function to the voice output (E.g., an instruction keyword, an instruction keyword, or the like) is recognized through the voice recognition function to start the registration procedure of the vehicle device 200. [ If the keyword is input through the voice recognition function, the vehicle device 200 confirms the device-specific information for uniquely identifying the vehicle device 200 from the designated storage area, Specific information to the operation server 100 or to transmit the registration request information including the device unique information to the operation server 100. [ In this case, the information receiving unit 105 may receive the device-specific information from the vehicle device 200 or receive the registration request information including the device-specific information.

According to the first vehicle registration embodiment of the present invention, the vehicle device 200 recognizes the vehicle information of the vehicle having the vehicle device 200 through the voice recognition function, And may further include a function of transmitting the vehicle information to the operation server 100 or transmitting the registration request information including the vehicle information to the operation server 100. [ Preferably, the vehicle device 200 recognizes the acquired vehicle information by recognizing the voice uttered by the user through the voice recognition function while outputting a voice for inducing utterance of the vehicle information to the user through the voice output function , Transmits the vehicle information to the operation server 100 through the network communication function, or transmits the registration request information including the vehicle information to the operation server 100. In this case, the information receiving unit 105 may receive the vehicle information from the vehicle device 200 or receive registration request information including the vehicle information.

According to the second vehicle registration embodiment of the present invention, the vehicle information may be the initial drive of the app installed in the user wireless terminal 190 (or before the registration of the vehicle information) after the app specified in the user wireless terminal 190 is installed The user wireless terminal 190 can be registered through the application that is running. The information receiving unit 105 may receive the vehicle information from the app of the user wireless terminal 190 when the user's vehicle information is input and transmitted from an app of the user wireless terminal 190. [

According to the first terminal registration embodiment of the present invention, the vehicle device 200 may voice the wireless terminal information (for example, mobile phone number, telephone number, etc.) that uniquely identifies the user wireless terminal 190 through the voice recognition function And transmitting the wireless terminal information to the operation server 100 through the network communication function or transmitting the registration request information including the wireless terminal information to the operation server 100 . Preferably, the vehicle device 200 outputs a voice to the user through the voice output function to induce utterance of the wireless terminal information corresponding to the user wireless terminal 190 to communicate with the vehicle device 200 by sound wave communication Recognizes the acquired wireless terminal information by recognizing the voice uttered by the user through the voice recognition function, transmits the wireless terminal information to the operation server 100 through the network communication function, or transmits the wireless terminal information And transmits the registration request information to the operation server 100. In this case, the information receiving unit 105 may receive the wireless terminal information from the vehicle device 200, or may transmit the registration request information including the wireless terminal information to the operation server 100.

On the other hand, when receiving the wireless terminal information from the vehicle device 200, the terminal verification unit 110 can confirm whether the application specified in the user wireless terminal 190 corresponding to the wireless terminal information is installed. The terminal confirmation unit 110 may check whether the received wireless terminal information and effective unique identification information are mapped and stored in the designated storage medium to check whether the application designated in the user wireless terminal 190 is installed And to install the application specified in the user wireless terminal 190 when the application specified in the user wireless terminal 190 is not installed.

According to the first application installation induction embodiment of the present invention, when the application specified in the user wireless terminal (190) is not installed, the terminal confirmation unit (110) The user wireless terminal 190 can output a voice to induce the designated application installation. For example, the terminal confirmation unit 110 may configure voice output information for inducing installation of a designated application in the user wireless terminal 190, and transmit the voice output information to the vehicle device 200 to output voice output, The device 200 transmits the instruction information for instructing the user wireless terminal 190 to output the voice output information for instructing the installation of the app, and outputs the voice output information for inducing the application installation through the vehicle device 200 .

According to the second application installation inducement embodiment of the present invention, the terminal confirmation unit 110 can process a message for instructing installation of the designated application to the user wireless terminal 190 through the wireless terminal information.

According to the embodiment of the present invention, when the application specified in the user wireless terminal 190 is not installed, the application specified in the user wireless terminal 190 may be installed according to the first or second application installation inducing embodiment have. Meanwhile, according to the embodiment of the present invention, the user can install the application specified in the user wireless terminal 190 without inducing the installation of the application, and thus the present invention is not limited thereto. Meanwhile, when the application is installed in the user wireless terminal 190, the terminal confirmation unit 110 performs a process of communicating with an app of the user wireless terminal 190 and / or communicating with a designated server To uniquely identify an app of the user wireless terminal (190) on a designated communication network (e.g., a packet switched Internet), and to communicate with an app of the user wireless terminal (190) via the designated communication network (E.g., a device token, application identification information, a Universal Unique Identifier (UUID), a separate unique identifier designated to uniquely identify an app of the user wireless terminal 190, etc.).

According to the second terminal registration embodiment of the present invention, the wireless terminal information may include information indicating that the application installed in the user wireless terminal 190 has been installed, the initial operation of the application installed in the user wireless terminal 190 The mobile wireless terminal 190 can be registered through the application which is driven by the user wireless terminal 190. [ Preferably, the information receiving unit 105 receives the user's wireless terminal information from the user wireless terminal 190 (or extracts the user's wireless terminal information from the designated storage area of the wireless terminal) The wireless terminal information can be received from the wireless terminal.

The vehicle device 200 receives the device-specific information of the vehicle device 200 from the vehicle device 200 via the information receiving unit 105 and receives the device-specific information of the vehicle device 200 When receiving the vehicle information of the vehicle and receiving the wireless terminal information of the user wireless terminal 190 according to the first or second terminal registration embodiment, ) Information storage unit 125 may store the device specific information, the vehicle information, and the wireless terminal information in a designated storage medium. Meanwhile, when receiving the wireless terminal information of the user wireless terminal (190) through the information receiving unit (105) and uniquely identifying and communicating the application of the user wireless terminal (190) through the terminal check unit The information storage unit 125 may map the wireless terminal information of the user wireless terminal 190 and the unique identification information and store the wireless terminal information and the unique identification information in a designated storage medium. Meanwhile, when token authentication is performed, the information storage unit 125 maps and stores the device specific information, the vehicle information, and the wireless terminal information until the token authentication is completed, and / or stores the wireless terminal information and the unique identification information Can be mapped and temporarily stored.

On the other hand, when the token authentication is performed, the device information of the vehicle device 200 is received through the information receiving unit 105, the vehicle information of the vehicle having the vehicle device 200 is received, When the wireless terminal information of the terminal 190 is received, the token check unit 115 obtains a token generated for exchanging the sound wave signal between the vehicle device 200 and the user wireless terminal 190 Check. The token is a code of a designated code system to be exchanged through the sound wave signal specified between the vehicle device 200 and the user wireless terminal 190. The code is dynamically generated and stored for a predetermined time or longer, Or one or more of the following: a session code to be maintained, or a one-time code that is dynamically generated for one service and discarded after being used more than once for the service.

According to the first token generation method of the present invention, the token verification unit 115 identifies the token of the designated code system to be exchanged through the sound wave signal specified between the vehicle device 200 and the user wireless terminal 190 Can be generated.

According to the second token generation embodiment of the present invention, the token may be generated through the vehicle device 200 and transmitted to the operation server 100 through the network communication function. In this case, the token checker 115 May receive a token generated via the vehicle device 200. [

According to the third token generation method of the present invention, the token may be generated through the application of the user wireless terminal 190 and transmitted to the operation server 100. In this case, the token verification unit 115 And may receive the token generated through the app of the user wireless terminal 190.

According to the fourth token generation embodiment of the present invention, the token may be generated and confirmed in the form of at least a combination of at least two of the first to third token generation embodiments, Is not limited.

Meanwhile, if one or more tokens generated through at least one of the first to fourth token generation embodiments are identified, the token authentication unit 120 transmits the token authentication request to the vehicle device 200 and the user wireless terminal 190 And performs an authentication procedure to confirm that the token is effectively exchanged through the sound wave signal specified between the apps. Meanwhile, the authentication process of the token in the present invention can be omitted according to the intention of a person skilled in the art, and thus the present invention is not limited thereto. Meanwhile, the token authentication unit 120, in cooperation with the authentication procedure of the token, sets a basic signal strength for outputting a sound wave signal for effective sound communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle And to set the basic signal strength of the sound wave signal output for the sound wave communication in the vehicle device 200 or the user wireless terminal 190 to at least one procedure.

According to an embodiment of the present invention, the token authentication unit 120 may be configured to perform a process of exchanging tokens using a sound wave signal specified between the vehicle device 200 and the user wireless terminal 190, Through the vehicle device 200, audio output information for directing the sound transmission / reception environment in the vehicle to a specified reference sound communication environment. Preferably, the reference sound communication environment may include an environment in which the vehicle is turned on or in operation while both doors and windows of the vehicle are closed. In this case, the vehicle device 200 closes the door of the vehicle, The voice output information for guiding the voice output can be output.

According to the first token authentication method of the present invention, the token authentication unit 120 transmits the token to the vehicle device 200 corresponding to the device-specific information and transmits the token through the sound wave transmitting function of the vehicle device 200 And performs an authentication procedure to confirm that a token provided to the vehicle device 200 is received from an app of the user wireless terminal 190 corresponding to the unique identification information. If the basic signal strength for outputting a sound wave signal for sound wave communication to the vehicle device 200 is not set, the vehicle device 200 transmits the sound wave signal to the vehicle device 200, It is possible to output a sound wave of a specified number of times or more while changing the output intensity of the sound wave signal obtained by encoding the sound wave signal. Meanwhile, when the designated sound wave communication environment is derived through the audio output of the vehicle device 200, the token authentication unit 120 determines that the sound wave signal for setting the basic signal strength is a reference sound wave It can be regarded as being output in a communication environment.

If the token authentication unit 120 transmits the token to the vehicle device 200 corresponding to the device specific information according to the first token authentication method, It is possible to confirm one or more sound wave output intensity information for sound wave transmission of the sound wave signal obtained by encoding the token exchange information. According to an embodiment of the present invention, the token authentication unit 120 may output the specified lowest sound power intensity information and an output intensity increase value (which outputs an ultrasonic signal at one sound wave output intensity (Or the output power increase value set in the vehicle device 200) of the vehicle device 200 based on the information of the minimum sound output intensity information and the output intensity increase value set in the vehicle device 200, It is possible to confirm the sound wave output intensity information of the sound wave signal outputted from the sound wave. Alternatively, the vehicle device 200 may increase the output intensity by increasing the output intensity from the designated lowest sound wave output intensity (if the sound wave signal is output at one sound wave output intensity) to produce a sound wave signal, And outputs the sound wave output time information to the sound wave output time information (if the token authentication unit 120 receives the sound wave output intensity information from the sound wave output intensity information, The token authentication unit 120 may receive at least one sound wave output intensity information from the vehicle apparatus 200 and may transmit the at least one sound wave output intensity information to the operation server 100. In this case, At the same time, the sound wave output point can be confirmed.

Or when the token authentication unit 120 receives the token from the application of the user wireless terminal 190 corresponding to the unique identification information according to the first token authentication method, It is possible to receive one or more sound wave reception intensity information confirmed in the process of recognizing the token. According to the embodiment of the present invention, the application of the user wireless terminal 190 reads the sound wave signal to be inputted to the sound wave and reads the sound wave reception intensity information and the sound wave reception time point information (if the token authentication unit 120) And may transmit the recognized token, the sound wave reception intensity information, and the sound wave reception time information to the operation server 100, In this case, the token authentication unit 120 may receive one or more tokens and sound wave reception intensity information from the application of the user wireless terminal 190 and confirm the sound wave reception time. Or the application of the user wireless terminal 190 transmits the first recognized token to the operation server 100 and then confirms one or more sound wave reception intensity information and sound wave reception time information each time the same token is recognized, In this case, the token authentication unit 120 may transmit one or more sound wave reception intensity information and a sound wave from the application of the user wireless terminal 190 to the operating server 100, And receive the reception time information.

One or more sound wave output intensity information outputting the sound wave signal obtained by encoding the token through the vehicle device 200 according to the first token authentication method is confirmed and the sound wave output intensity information obtained by recognizing the token through the application of the user wireless terminal 190 When the sound wave reception intensity information of one or more time points is confirmed, the token authentication unit 120 outputs one or more sound wave reception intensity information confirmed through the application of the user wireless terminal 190 and a sound wave signal from the vehicle apparatus 200 And determines a basic signal strength for outputting a sound wave signal for effective sound wave communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle by comparing and analyzing the time point of one or more sound wave output intensity information do. Preferably, the token authentication unit 120 receives the sound wave output intensity information of the vehicle apparatus 200 matched with the sound wave reception intensity information of the reference intensity or higher, To the basic signal strength for effective sound wave communication between the vehicle device 200 and the app of the user wireless terminal 190. [

When the basic signal strength for effective sound communication between the vehicle device 200 and the user wireless terminal 190 is determined, the token authentication unit 120 transmits the basic signal strength to the vehicle device 200 corresponding to the device- And transmits the basic intensity setting information including the determined basic signal intensity to the vehicle device 200. The vehicle device 200 receives the basic intensity setting information and transmits the basic intensity setting information to the vehicle device 200 using the received basic intensity setting information You can set the default signal strength to output the sonic wave signal for sound wave communication.

Meanwhile, when the basic signal strength for effective sound communication between the vehicle device 200 and the user wireless terminal 190 is determined, the token authentication unit 120 determines whether the user wireless terminal 190 corresponding to the unique identification information And the basic strength setting information including the determined basic signal strength may be transmitted to the application, and the application of the user wireless terminal 190 may receive the basic strength setting information, An application of the wireless terminal 190 can set a basic signal strength to output a sound wave signal for sound wave communication.

According to the second token authentication method of the present invention, the token authentication unit 120 transmits the token to the application of the user wireless terminal 190 through the unique identification information to perform sound transmission, The token provided to the app of the user wireless terminal 190 is recognized through the sound wave receiving function of the vehicle device 200 corresponding to the user device 200 and the token of the user wireless terminal 190 is recognized through the network communication function of the vehicle device 200 You can perform an authentication procedure to verify that a token provided by your app is received. If the basic signal strength for outputting a sound wave signal for sound wave communication to the app of the user wireless terminal 190 is not set, the app of the user wireless terminal 190 may transmit the basic signal intensity It is possible to output a sound wave having a predetermined number of times or more while changing the output intensity of the sound wave signal in which the token is encoded. Meanwhile, when the designated sound wave communication environment is derived through the audio output of the vehicle device 200, the token authentication unit 120 determines that the sound wave signal for setting the basic signal strength is a reference sound wave It can be regarded as being output in a communication environment.

If the token authentication unit 120 transmits the token to the application of the user wireless terminal 190 corresponding to the unique identification information according to the second token authentication method, Through the application of the wireless terminal 190, one or more sound wave output intensity information for sound wave transmission of the sound wave signal obtained by encoding the token exchange information including the token. According to an embodiment of the present invention, the token authentication unit 120 may output the specified lowest sound power intensity information and an output intensity increase value (which outputs an ultrasonic signal at one sound wave output intensity (Or may check the lowest sound power intensity information and the output intensity increase value set in the app of the user wireless terminal 190) based on the user's wireless terminal 190, The user of the terminal 190 can confirm the sound wave output intensity information of the sound wave signal outputted from the sound wave at a specific time. Or the app of the user wireless terminal 190 may increase the output intensity by increasing the output intensity from the designated lowest sound wave output intensity (if the sound wave signal is output at one sound wave output intensity) And outputs the sound wave signal as the sound wave output intensity, and at the same time, the sound wave output time information on the time when the specific sound wave output intensity information and the sound wave signal of the specific sound wave output intensity are outputted as the sound wave (if the token authentication unit 120 outputs the sound wave output intensity information The token authentication unit 120 may transmit the at least one sound wave from the application of the user wireless terminal 190 to the operating server 100. In this case, It is possible to confirm the output point of the sound wave upon receiving the output intensity information.

Or when the token authentication unit 120 receives the token from the vehicle device 200 corresponding to the device specific information according to the second token authentication method, It is possible to receive one or more sound wave reception intensity information confirmed in the recognition process. According to an embodiment of the present invention, the vehicle apparatus 200 may receive the sound wave reception intensity information and the sound wave reception time information (if the token authentication unit 120 receives the sound wave reception intensity information at the time of recognizing the token through the sound wave reception function And may transmit the recognized token, sound wave reception intensity information, and sound wave reception time information to the operation server 100. In this case, The controller 120 may receive one or more tokens and sound wave reception intensity information from the vehicle device 200 and confirm the sound wave reception time. Alternatively, the vehicle device 200 may transmit the first recognized token to the operation server 100, and then, each time the same token is recognized, one or more sound wave reception intensity information and sound wave reception time information may be confirmed, Intensity information and sound wave reception time point information to the operation server 100. In this case, the token authentication unit 120 receives one or more sound wave reception intensity information and sound wave reception time information from the vehicle device 200 .

According to the second token authentication method, one or more sound wave output intensity information outputting the sound wave signal obtained by encoding the token through the app of the user wireless terminal 190 is confirmed, and the token is recognized through the vehicle device 200 When the sound wave reception intensity information at one or more time points is confirmed, the token authentication section 120 outputs one or more sound wave reception intensity information confirmed through the vehicle device 200 and a sound wave signal from an app of the user wireless terminal 190 And determines a basic signal strength for outputting a sound wave signal for effective sound wave communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle by comparing and analyzing the time point of one or more sound wave output intensity information do. Preferably, the token authentication unit 120 receives the sound wave output intensity information of the vehicle apparatus 200 matched with the sound wave reception intensity information of the reference intensity or higher, To the basic signal strength for effective sound wave communication between the vehicle device 200 and the app of the user wireless terminal 190. [

When the basic signal strength for effective sound communication between the vehicle device 200 and the user wireless terminal 190 is determined, the token authentication unit 120 transmits the basic signal strength to the vehicle device 200 corresponding to the device- And transmits the basic intensity setting information including the determined basic signal intensity to the vehicle device 200. The vehicle device 200 receives the basic intensity setting information and transmits the basic intensity setting information to the vehicle device 200 using the received basic intensity setting information You can set the default signal strength to output the sonic wave signal for sound wave communication.

Meanwhile, when the basic signal strength for effective sound communication between the vehicle device 200 and the user wireless terminal 190 is determined, the token authentication unit 120 determines whether the user wireless terminal 190 corresponding to the unique identification information And the basic strength setting information including the determined basic signal strength may be transmitted to the application, and the application of the user wireless terminal 190 may receive the basic strength setting information, An application of the wireless terminal 190 can set a basic signal strength to output a sound wave signal for sound wave communication.

Referring to FIG. 1, the operation server 100 includes an information receiving unit 105 for receiving payment means information input through an app of the user wireless terminal 190, device unique information of the vehicle device 200 An information storage unit for mapping the wireless terminal information of the user wireless terminal 190, unique identification information for communicating with the app of the user wireless terminal 190 and the vehicle information of the vehicle, (125), confirming the payment means information corresponding to the payment means requested by the user based on the result of interchanging the token exchange or effectively exchanging the token, and transmitting the confirmed payment means information (Or a payment server) which has stored at least one piece of information stored in a storage medium or has issued payment means corresponding to the payment means information, And a payment means registration unit 130 for mapping and storing the identification code information to be identified with at least one piece of information stored in the storage medium.

The information receiving unit 105 receives the payment means information inputted through the application of the user wireless terminal 190 in the case of the designated path. The information receiving unit 105 can receive the payment means information from the app of the user wireless terminal 190 in conjunction with the process of receiving / confirming the wireless terminal information or unique identification information. Meanwhile, when performing the process of exchanging the token through the token authentication unit 120, the information receiver 105 may interwork with the process of exchanging the token or may exchange the token with the user, And can receive the payment means information input through the application of the wireless terminal 190. [ Meanwhile, the payment means information may be voice-recognized through the voice recognition function of the vehicle device 200 according to the embodiment, and thus the present invention is not limited thereto.

According to the first embodiment of the present invention, the app of the user wireless terminal 190 can receive the payment means information and transmit the input payment means information, And receives the payment means information from the application of the wireless terminal 190. When performing a process of exchanging an inter-application token of the user wireless terminal of the vehicle device 200, the application of the user wireless terminal 190 interlocks with the process of exchanging the token or effectively exchanges the token The information receiving unit 105 receives the payment method information from the application of the user wireless terminal 190 based on the result of interchanging the token exchange or the effective exchange of the token, Payment method information can be received.

According to the second embodiment of the present invention, when performing the process of exchanging the inter-app token of the user wireless terminal of the vehicle device 200, the app of the user wireless terminal 190 exchanges the token The payment device information may be input based on a result of interlocking with the process of exchanging the token or the effective exchange of the token, and the sound device may transmit the sound device to the vehicle device 200 in a short distance. The payment means information can be sound-wave-received. In this case, the vehicle device 200 can transmit the payment means information through the network communication function. The information receiving unit 105 can be operated based on a result of interlocking with the exchange of the token or exchanging the token effectively And can receive the first means information from the vehicle device (200).

According to the third payment method registration example of the present invention, the payment means information can be obtained by recognizing the voice uttered by the user in accordance with the utterance inducement through the voice output function of the vehicle device 200. In this case, The device 200 transmits the obtained payment means information through the network communication function. In this case, the information receiving unit 105 may receive the payment means information obtained based on the recognition of the pitch from the vehicle device 200. [

According to the fourth payment method registration embodiment of the present invention, the payment means information can be obtained by recognizing the voice uttered by the user in accordance with the utterance inducement through the voice output function of the vehicle apparatus 200, ) Can transmit the fraudulent payment means information by sound wave transmission function. In this case, the application of the user wireless terminal 190 may receive and transmit the payment means information, and the information receiving unit 105 may receive the payment means information from the application of the user wireless terminal 190 .

The device unique information of the vehicle device 200, the wireless terminal information of the user wireless terminal 190 and the app of the user wireless terminal 190 are uniquely identified through the information receiving unit 105, 190 and the vehicle information of the vehicle having the vehicle device 200 are received or exchanged with each other, the information storage unit 125 stores the unique identification information for communicating with the app of the vehicle device 200, By mapping the device-specific information of the vehicle device 200, the wireless terminal information of the user wireless terminal 190, the unique identification information for communicating with the app of the user wireless terminal 190, and the vehicle information of the vehicle And can be stored in a designated storage medium.

On the other hand, when the payment means information is received through the information receiving unit 105, the payment means registration unit 130 registers the validity of the payment means through the issuer server issuing the payment means corresponding to the payment means information (For example, payment means information and user information may be transmitted to the issuer server to issue authentication), and the payment means information may be mapped to at least one piece of information stored in the storage medium at the time of validity authentication of the payment means have.

On the other hand, when the payment means information can not be stored in the storage medium of the operation server 100, the payment means registration unit 130 registers the settlement means on the storage medium of the issuer server (or payment server) (Or a payment server) side, and the payment information is stored in the storage medium on the side of the issuer server (or the payment server) Receives the generated identification code information, and stores the identification code information for identifying the payment means information stored in the issuer server (or the payment server) with at least one information stored in the storage medium. Then, the settlement means information (or the settlement means information mapped to the issuer server (or the payment server) mapped with the identification code information stored in the storage medium) stored in the storage medium is transmitted to the vehicle device 200 and the user wireless terminal 190 ) Is used as a payment means of a parking payment service provided in cooperation with an application of the parking lot service.

Referring to FIG. 1, the operation server 100 stores at least the device-specific information of the vehicle device 200 and the vehicle information having the vehicle device 200 in a mapped manner through the information storage 125 An OBD collector 135 for receiving driving information or state information of a vehicle acquired from the vehicle OBD through short-range wireless communication in the vehicle device 200 and storing the received driving information or state information in a designated storage medium, And a notification processor 140 for generating various kinds of notification information based on driving information or status information of the vehicle collected through the vehicle device 200 and processing for outputting voice through the voice output function of the vehicle device 200.

The vehicle device 200 processes short range wireless communication with the OBD module 180 connected to the vehicle OBD through the OBD interlock function and periodically acquires the driving information or status information of the vehicle from the vehicle OBD through the short- And may select driving information or status information to be transmitted to the operation server 100 among the obtained driving information or status information and transmit the selected driving information or status information to the operation server 100 through a network communication function. Here, the driving information and the state information of the vehicle are names for convenience in order to easily explain the use or function of the OBD information acquired from the vehicle OBD. In the present invention, the driving information obtained from the vehicle OBD includes a set of information that can be acquired from the vehicle OBD by the user's driving behavior or changed instantaneously while the vehicle is running, Is the set of information needed to understand the state of Therefore, any of the information obtained from the vehicle OBD may be included in the driving information or included in the status information, and thus the present invention is not limited thereto.

When the vehicle device 200 transmits driving information or state information selected from the driving information or the state information obtained from the vehicle OBD via the short distance wireless communication, the OBD collecting unit 135 acquires the driving information from the vehicle device 200 Receives driving information or status information, and stores it in a designated storage medium.

The notification processing unit 140 reads driving information or state information collected and stored through the OBD collection unit 135 to generate various kinds of notification information and transmits the notification information through the voice output function of the vehicle device 200 So as to output audio.

According to an embodiment of the present invention, the notification processing unit 140 may receive a new one of the consumable parts included in the vehicle based on the information confirmed through at least one of the voice recognition function of the vehicle device 200 and the OBD interlocking function Storing part information to be analyzed including part identification information for identifying a part capable of confirming the replacement time of the previous or replacement part and replacement part determination information for determining the part replacement time corresponding to the standard replacement time of the part, OBD collecting unit 135 for analyzing a user operation pattern by reading operation information collected over a predetermined period of time and analyzing the correlation between the analyzed user operation pattern and the stress applied to the analysis target component, At least one replaceable part which is to be replaced before the part replacement time corresponding to the replacement time is confirmed, Calculating a part exchange time adjusted before the part exchange time corresponding to the standard exchange time of the scheduled replacement part based on the analysis result of the correlation, reading out the travel information collected in the recent period, When the component arrives at the time of replacement of the part to be adjusted in advance and arrives at the time of replacement of the component in advance of at least one component to be replaced, It is possible to process the notification information corresponding to the component replacement notification of the scheduled component to be output.

Alternatively, the notification processor 140 may determine whether the oil injected into the vehicle is new or has been replaced, based on information confirmed through at least one of the voice recognition function of the vehicle device 200 and the OBD interlocking function And stores the analyzed oil information including the oil identification information for identifying the oil that can be verified and the exchange time determination information for determining the oil change time corresponding to the standard exchange time of the oil, The user's driving habits are analyzed by reading the driving information collected over a predetermined period of time and the correlation between the analyzed user driving habits and the increase in the contamination degree of the oil to be analyzed is analyzed to determine the oil replacement period Determining at least one replacement scheduled oil to be exchanged in advance, and determining, based on the analysis result of the correlation, The control unit 10 calculates the oil change period adjusted prior to the oil change period corresponding to the standard change period of the oil to be replaced, reads the running information collected during the recent period, , And when it comes at the time of the preceding oil change of at least one to-be-exchanged oil, it responds to the oil change notification of the to-be-replaced oil arriving at the oil change time through the voice output function of the vehicle device And outputting the notification information.

Meanwhile, according to the embodiment of the present invention, the notification processor 140 notifies the exchange notification of the standard exchange time that is not advanced by the operation pattern or the driving habit, in addition to the notification information corresponding to the exchange time adjusted before the standard exchange time It is possible to process the corresponding notification information so as to output it, and thus the present invention is not limited thereto.

Referring to FIG. 1, the operation server 100 includes at least one keyword included in voice recognition information that recognizes a voice uttered by a user through the voice recognition function of the vehicle device 200, The parking payment recognition information including at least one of the parking payment related information matched with the keyword and the stored parking payment related information is transmitted through the network communication function to receive the parking payment recognition information from the vehicle device 200, An information receiving unit 105 for receiving the parking payment request information from an app of the user wireless terminal 190 when the application forms and transmits parking payment request information for requesting parking payment; The parking lot identification information configured based on the voice recognition function of the apparatus 200 and the information of the state of the user through the application of the user wireless terminal 190 corresponding to the unique identification information A parking payment confirmation unit 145 for confirming and reading at least one of payment request information and parking payment information including a payment amount for parking payment, A token check unit 115 for identifying a token generated for identifying and authenticating an inter-vehicle interworking between the apps of the terminal 190, a token check unit 115 for comparing the token identifying unit 115 with the vehicle device 200 corresponding to the device unique information, A token authentication unit 120 for performing an authentication procedure for confirming that the token is effectively exchanged through a sound wave signal of a frequency band specified between the apps of the user wireless terminal 190 and a token authentication unit 120 interlocked with the token exchange process, And performs an information transmission / reception procedure of transmitting / receiving information for parking payment with at least one of the apps of the vehicle device 200 and the user wireless terminal 190 based on the result of authentication A parking settlement process for approving the parking settlement corresponding to the parking settlement information or generating a parking settlement result using the information received through the information transmission / reception procedure and the payment means information registered through the payment means registration unit 130 And a parking management interlocking unit 155 interlocked with the parking management system 160 before and after the parking settlement service.

The vehicle device 200 may store one or more keywords to be recognized as speech in the designated storage area through the speech recognition function and / or store the keyword to be recognized in the speech and the parking payment related information through the speech recognition function in a designated storage area .

According to the first parking settlement start embodiment of the present invention, the vehicle device 200 includes a command keyword corresponding to a command for starting a parking settlement service, a command keyword for processing an instruction for starting, stopping, At least one of the keywords can be stored in the designated storage area. In this case, if the stored keyword is included in the voice recognition information recognized through the voice recognition function of the vehicle device 200, the vehicle device 200 may be configured to start the parking payment service based on the keyword It is possible to configure the parking payment recognition information and perform the procedure of transmitting through the network communication function.

According to the second parking settlement start embodiment of the present invention, the vehicle device 200 includes a command keyword corresponding to a command for starting a parking settlement service, a command keyword for processing an instruction for starting, stopping, An authentication keyword corresponding to the authentication information for processing the agreement or approval or authentication of the user during the procedure of providing the parking payment service, and an input keyword corresponding to the input information to be input from the user to provide the parking payment service The keyword can be stored in the designated storage area. In this case, if the stored keyword is included in the voice recognition information recognized through the voice recognition function of the vehicle device 200, the vehicle device 200 may determine that the keyword included in the voice recognition information And carries out a procedure of transmitting parking determination information including at least one keyword related to the service through the network communication function.

According to the third parking settlement start embodiment of the present invention, the vehicle device 200 includes a command keyword corresponding to a command for starting a parking settlement service, a command keyword for processing an instruction for starting, stopping, An authentication keyword for processing a consent or approval or authentication of a user during a procedure for providing a parking payment service, and an input keyword corresponding to input information to be input from a user to provide a parking payment service, Matching with the parking settlement related information related to the service, and store it in the designated storage area. In this case, if the keyword is included in the voice recognition information recognized through the voice recognition function of the vehicle device 200, the vehicle device 200 may transmit the parking payment service Related parking settlement-related information with the keyword associated with the parking-related information, and configures parking-payment-perception information including the confirmed parking-payment-related information and transmits the information through the network communication function. For example, the keyword includes the word 'payment', and the parking payment related information includes card information or account information of a user matching with the keyword 'payment', or is matched with the keyword 'payment' And identification key information for identifying card information or account information of a user registered in a server on the network.

According to the fourth parking settlement start embodiment of the present invention, the vehicle device 200 includes a command keyword corresponding to a command for starting a parking settlement service, a command keyword for processing an instruction for starting, stopping, , An authentication keyword for processing a consent, approval, or authentication of a user during a procedure of providing a parking payment service, and an input keyword corresponding to input information to be input from a user to provide a parking payment service Storage area, and stores a part of another keyword in a designated storage area by matching with parking payment related information related to the parking payment service. In this case, when a part of the keyword is included in the voice recognition information recognized through the voice recognition function of the vehicle device 200, the vehicle device 200 transmits the voice recognition information And a controller for checking parking payment related information matched with the keyword of another part of the included keywords and configuring the parking payment recognition information including the part of the keyword and the parking payment related information matched with another keyword, It is possible to carry out the procedure of transmitting through the communication function.

According to the fifth parking settlement start embodiment of the present invention, the vehicle apparatus 200 is configured to perform at least one of the first to fourth parking settlement starting embodiments in at least one of the embodiments The parking payment recognition information including the keyword and / or the parking settlement related information stored in the designated storage area may be configured and transmitted through the network communication function.

The at least one keyword included in the voice recognition information and the parking payment related information matching and stored with the keyword of the voice recognition information through at least one embodiment of the first to fifth parking settlement start embodiments in the vehicle apparatus 200 The information receiving unit 105 receives the parking payment recognition information transmitted from the vehicle device 200 through the network communication function.

According to another embodiment of the present invention, the parking settlement service may include a keyword corresponding to the recognized voice recognition information through the voice recognition function of the vehicle device 200, or parking payment recognition information including matching parking payment- But may also be initiated via parking payment request information generated via the app as a result of driving and manipulating an app of the user wireless terminal 190. [ A user who wishes to receive a parking payment service can operate an application installed in the wireless terminal of the user and can operate an application driven by the user wireless terminal 190. The application of the user wireless terminal 190 is based on the user operation Or extracts extraction information for a parking payment service request from a designated storage area of the user wireless terminal 190 and / or generates generation information for a parking payment service request And may form the parking payment request information requesting the parking payment service including at least one of the input information, the extraction information, and the generation information, and may transmit the parking payment request information to the operation server 100, May receive the parking payment request information from an app of the user wireless terminal (190).

The parking payment confirmation unit 145 reads at least one keyword and / or parking payment related information to be included in the parking payment recognition information received through the information receiving unit 105 and / Or parking payment related information including at least one keyword and / or parking payment related information to be included in the parking payment recognition information, and parking payment information including a payment amount necessary for processing the parking payment by reading the location information. For example, when the user speaks 'parking fee' and receives a command keyword 'parking' for commanding parking payment to the parking payment recognition information received from the vehicle device 200 or an instruction 'parking' If the keyword is included, the parking settlement confirmation unit 145 can check the payment amount corresponding to the parking charge in conjunction with the parking management system 160 associated with the parking lot where the vehicle is parked. If the parking payment recognition information includes the location information, the parking settlement confirmation unit 145 compares the geographical information including the location of the parking lot with the location information, and transmits the parking payment corresponding to the keyword " It is possible to confirm the parking lot information to be processed and to confirm the merchant point information for parking the parking lot information from the designated database. Thus, the parking payment confirmation unit 145 can confirm the parking payment information including the payment amount and the merchant information. According to an embodiment of the present invention, the keyword included in the parking payment recognition information includes a keyword capable of identifying the parking lot in which the vehicle is parked, or a shoping point information of the parking lot corresponding to the parking payment related information matched with the keyword identifying the parking lot . On the other hand, if the parking payment recognition information does not include the location information, the parking payment confirmation unit 145 may receive the location information from the application of the user wireless terminal 190 through the unique identification information, The present invention is not limited thereto.

In the meantime, when parking payment request information for parking payment is received from the app of the user terminal via the information receiving unit 105 according to another embodiment of the present invention, Reads parking payment request information received from the application or interlocks with the parking management system 160 based on the parking payment request information to obtain parking payment information including payment amount corresponding to the parking fee of the parking lot and merchant information of the parking lot Can be confirmed.

According to another embodiment of the present invention, the OBD module 180 or the vehicle device 200 provided in the vehicle may transmit a designated unique code (e.g., a unique code set for transmitting a short- (For example, a BLE signal or a beacon signal that can be received without pairing in the case of a Bluetooth signal of Bluetooth standard) including a specific signal strength (for example, a device capable of including device-specific information) (Or a signal strength amplified so as to be able to reach a certain distance outside the vehicle through the glass having the interference obstruction material film attached thereto), in this case, the OBD module 180 or the vehicle device 200 are connected to a signal receiver (not shown) provided in a parking lot where the vehicle is entering or departing from the vehicle. Can be deceived. If the signal receiver is equipped with a directional antenna that is installed (or attached to) a garage device of a parking lot and selectively receives only a short-range wireless signal installed in a specific direction and directed in a specific direction, The parking management system 160 can identify which vehicle is waiting to depart from the outgoing device through the directional antenna of the signal receiver. The parking management system 160 transmits the unique code of the short distance wireless signal received through the signal receiver and the parking information (for example, at least one of the entrance time, parking time, parking charge, parking lot information, The parking management system 160 may further transmit outgoing device information when the outgoing device includes a signal receiver having a directional antenna according to an embodiment of the present invention. And can receive the information transmitted from the parking management system 160. Meanwhile, according to the method, the parking management system 160 photographs the vehicle entering the parking lot, the vehicle being parked, or the vehicle to be delivered through the camera provided in the parking lot and recognizing the vehicle information including the vehicle number The information can be input to the operation server 100. When the information related to parking is input through the parking terminal or the parking lot provided in the parking lot by the manager or user of the parking lot, And the parking management interlocking unit 155 may receive the information transmitted from the parking management system 160. For example, The parking payment confirmation unit 145 reads out various information received from the parking management system 160 through the parking management linkage unit 155 or compares the information with the registered and stored information and stores the payment amount and merchant information You can check parking payment information.

(Or parking settlement request information) via the information receiving unit 105 or through the parking settlement confirming unit 145 to the parking settlement corresponding to the parking settlement recognition information (or the parking settlement request information) If it is confirmed that the service of the user is required or the interworking of the application of the vehicle device 200 and the user wireless terminal 190 is required to provide the parking payment service, (Or the parking payment request information), the token generated to identify and authenticate the intra-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 is identified. The token is a code of a designated code system to be exchanged through the sound wave signal specified between the vehicle device 200 and the user wireless terminal 190. The code is dynamically generated and stored for a predetermined time or longer, Or one or more of the following: a session code to be maintained, or a one-time code that is dynamically generated for one service and discarded after being used more than once for the service.

According to the first token generation method of the present invention, the token verification unit 115 identifies the token of the designated code system to be exchanged through the sound wave signal specified between the vehicle device 200 and the user wireless terminal 190 Can be generated.

According to the second token generation embodiment of the present invention, the token may be generated through the vehicle device 200 and transmitted to the operation server 100 through the network communication function. In this case, the token checker 115 May receive a token generated via the vehicle device 200. [

According to the third token generation method of the present invention, the token may be generated through the application of the user wireless terminal 190 and transmitted to the operation server 100. In this case, the token verification unit 115 And may receive the token generated through the app of the user wireless terminal 190.

According to the fourth token generation embodiment of the present invention, the token may be generated and confirmed in the form of at least a combination of at least two of the first to third token generation embodiments, Is not limited.

Meanwhile, if one or more tokens generated through at least one of the first to fourth token generation embodiments are identified, the token authentication unit 120 may determine that the vehicle device 200 corresponding to the device- And performs an authentication procedure to confirm that the token is effectively exchanged through the sound wave signal specified between the apps of the user wireless terminal 190 corresponding to the unique identification information. Meanwhile, the authentication process of the token in the present invention can be omitted according to the intention of a person skilled in the art, and thus the present invention is not limited thereto. Meanwhile, the token authentication unit 120, in cooperation with the authentication procedure of the token, sets a basic signal strength for outputting a sound wave signal for effective sound communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle And to set the basic signal strength of the sound wave signal output for the sound wave communication in the vehicle device 200 or the user wireless terminal 190 to at least one procedure.

According to the first token authentication method of the present invention, the token authentication unit 120 transmits the token to the vehicle device 200 corresponding to the device-specific information and transmits the token through the sound wave transmitting function of the vehicle device 200 And performs an authentication procedure to confirm that a token provided to the vehicle device 200 is received from an app of the user wireless terminal 190 corresponding to the unique identification information.

According to the second token authentication method of the present invention, the token authentication unit 120 transmits the token to the application of the user wireless terminal 190 through the unique identification information to perform sound transmission, The token provided to the app of the user wireless terminal 190 is recognized through the sound wave receiving function of the vehicle device 200 corresponding to the user device 200 and the token of the user wireless terminal 190 is recognized through the network communication function of the vehicle device 200 You can perform an authentication procedure to verify that a token provided by your app is received.

The parking settlement processing unit 150 may perform any one of the first to second token authentication embodiments or the two embodiments so that the vehicle device 200 and the user wireless terminal 190 Or in conjunction with the process of exchanging the token between the apps 200 and / or between the apps of the user device < RTI ID = 0.0 > ) And an application of the user wireless terminal 190 to provide a parking payment service corresponding to the parking payment recognition information (or parking payment request information) and the parking payment recognition information (or the parking payment request information Corresponding to the parking payment information by using the information included in the received payment information and the information received via the path specified through the information transmission / reception procedure and the registered payment means information, The procedure to authorize or perform the parking payment processing procedure for generating a parking payment results.

According to the embodiment of the present invention, the parking settlement processing unit 150 transmits the token authentication request to the parking lot control unit 150 through the token authentication unit 120, Which is associated with the keyword included in the voice recognition information that is further recognized through the voice recognition function of the vehicle device 200 and / or the parking payment related information matched with the keyword of the voice recognition information, After the authentication information has been received (e.g., from the vehicle device 200, or transmitted to the app of the user wireless terminal 190 via the sound wave communication in the vehicle device 200) via a designated path, Receiving input from a user via an application of the user wireless terminal 190, inputting information input from a user through the application of the user wireless terminal 190, The extraction information extracted from the designated storage area of the terminal 190 and the generation information generated through the application of the user wireless terminal 190 based on the user operation on the application of the user wireless terminal 190 (For example, received from the app of the user wireless terminal 190 or transmitted from the app of the user wireless terminal 190 to the vehicle device 200 via sound wave communication) Receiving from the device 200, and so on).

According to the second embodiment of the present invention, the token authentication unit 120 performs any one of the first to second token authentication methods, or performs two or more of the first to the second token authentication methods, Performing an authentication procedure for verifying that the token is effectively exchanged between the vehicle device 200 and the user wireless terminal 190, and transmitting the token (s) between the vehicle device 200 and the user wireless terminal 190 The parking settlement procedure unit 150 matches and stores the keyword included in the voice recognition information that is further recognized through the voice recognition function of the vehicle device 200 and / or the keyword of the voice recognition information, The parking payment authentication information including the parking payment related information is received (e.g., received from the vehicle device 200 or transmitted from the vehicle device 200 via the sound wave communication) to the user wireless terminal 190 And / or inputting information input from the user through the app of the user wireless terminal 190, and a process of receiving from the app of the user wireless terminal 190 The extracted information extracted from the designated storage area of the user wireless terminal 190 based on the user's operation and the extracted information extracted through the application of the user wireless terminal 190 based on the user's operation on the app of the user wireless terminal 190 (E.g., receiving from an app of the user wireless terminal 190, or receiving voice from the app of the user wireless terminal 190 via the sound wave communication), the parking payment processing information including one or more of the generated information, (E.g., from the vehicle device 200 after being transmitted to the vehicle device 200).

According to the embodiment of the third parking payment information sending / receiving of the present invention, the parking settlement processing unit 150 transmits / receives the first and second parking payment information to / A procedure for receiving parking payment authentication information based on the voice recognition function of the user terminal 200, and / or a procedure for receiving parking payment processing information based on the app of the user wireless terminal 190 via a designated path And the present invention is not limited thereto.

The parking payment authentication information based on the voice recognition function of the vehicle device 200 and the parking payment based on the app of the user wireless terminal 190 according to at least one embodiment of the first to third parking payment information transmission / When one or more pieces of processing information are received, the parking settlement processing unit 150 compares the information included in the parking settlement recognition information (or the parking settlement request information) received through the information receiving unit 105 with the information included in the first to (Or parking payment request information) by using information included in at least one of the parking payment authentication information and the parking payment processing information received through at least one of the three parking payment information transmission / reception embodiments Carries out a series of parking settlement processing procedures to perform the procedure for approving the parking settlement initiated (or requested) by the user and / or generating the parking settlement result. On the other hand, the parking settlement processing unit 150 further uses the information included in the driving information and the status information collected from the vehicle OBD through the vehicle device 200 to approve the parking payment (for example, It is possible to perform a series of parking payment processing procedures for checking whether the fuel amount of the vehicle is increased by information or status information and processing the approval process of parking payment) and / or generating a parking payment result.

The parking settlement processing unit 150 confirms the parking settlement result information generated through the designated payment server as a result of performing the parking settlement processing procedure. If the parking settlement result information corresponding to the result of performing the parking settlement processing procedure is generated, the parking settlement processing unit 150 generates voice output information corresponding to the confirmed parking settlement result information, 200 to provide voice output, and / or provide the parking payment result information to an application of the user wireless terminal 190 and output it.

According to the one-way parking payment method of the present invention, which is provided by combining at least one of the first to third parking payment information transmission / reception embodiments with the parking payment processing procedure, the token authentication unit 120 The parking ticket authentication information based on the voice recognition function of the vehicle device 200 based on the result of interlocking with the process of exchanging the token or the effective exchange of the token performed through the token authentication unit 120, Side transmission information including the parking payment authentication information received by the application of the user wireless terminal 190 after sound waves are transmitted through the sound wave transmission function and transmitted to the user, the parking payment procedure unit 150 transmits the terminal- Side transmission information from the application of the wireless terminal 190, and transmits the terminal-side transmission information to the terminal corresponding to the parking payment information using the information included in the received terminal- After performing the parking payment processing procedure for approving the payment or generating the parking payment result, the parking payment result information generated through the parking payment processing procedure is confirmed, and the voice output function of the vehicle device 200 So that the voice output is performed through the voice output unit.

The parking settlement processing unit 150 may include a token authentication unit 120, a token authentication unit 120, a token authentication unit 120, a token authentication unit 120, And outputs voice output information for inducing a user's utterance including one or more keywords set for authenticating or processing the parking payment service through the voice output function of the vehicle device 200 (note that the user can autonomously speak Can be omitted. If the user speaks a voice including one or more keywords set to authenticate or process the parking payment service based on the voice output (or autonomously), the vehicle device 200 can recognize the user Recognizes the speech voice to generate speech recognition information, reads a word included in the recognized speech recognition information, and determines whether the speech recognition information includes one or more keywords set for authenticating or processing the parking payment service Check. If the voice recognition information includes one or more keywords set to authenticate or process the parking payment service, the vehicle device 200 may include one or more keywords included in the voice recognition information and / And parking billing authentication information including at least one of the parking billing-related information stored in the designated storage area matching the keyword included in the information.

According to the first embodiment of the present invention, the vehicle device 200 may include a parking billing service including one or more keywords set to authenticate or process the parking payment service among the words included in the voice recognition information Authentication information can be configured. Preferably, the parking payment authentication information may include an authentication keyword corresponding to authentication information for approval or authentication of the parking payment service.

According to the embodiment of the second parking settlement authentication information configuration of the present invention, the vehicle device 200 confirms the parking settlement related information stored in the designated storage area by matching with the keyword included in the voice recognition information, The parking payment authentication information including the stored parking payment related information can be configured. Preferably, the parking payment authentication information may include authentication information for matching the authentication keyword for approval or authentication of the parking payment service.

According to the third parking payment authentication information configuration embodiment of the present invention, the vehicle device 200 includes one or more keywords set to authenticate or process the parking payment service among the words included in the voice recognition information And parking payment authentication information including parking payment related information stored in a designated storage area matching with the keyword included in the voice recognition information.

When the parking payment authentication information is configured according to at least one embodiment of the first to third parking payment authentication information configuration examples, the vehicle device 200 transmits the parking payment authentication information in a short distance Sound waves are transmitted.

The application of the user wireless terminal 190 is activated to activate the sound wave receiving function. When the vehicle device 200 transmits the parking payment authentication information by sound wave, the parking payment authentication information is sound wave .

The application of the user wireless terminal 190 may include at least a part of the parking payment authentication information that is received by the sound wave reception (or through a user operation) of the parking payment authentication information (for example, sound wave received parking payment authentication information Side transmission information including a part of the parking billing authentication information which is received by the sound wave and the other part of which can be used for the operation of the application) And may further include one or more pieces of information specified in addition to the parking billing authentication information.

According to the first terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include a token exchanged between the app of the user wireless terminal 190 and the vehicle device 200, The parking payment procedure unit 150 may match the information received from the vehicle device 200 and the information received from the app of the user wireless terminal 190 for the parking payment service.

According to the second terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include unique identification information that uniquely identifies the application of the user wireless terminal 190. [

According to the third terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include input information input from the user through the application of the user wireless terminal 190. [

According to the fourth terminal side transmission information embodiment of the present invention, the terminal side transmission information is extracted from the designated storage area of the user wireless terminal (190) based on a user operation to the user wireless terminal (190) And may further include information.

According to the fifth terminal-side transmission information embodiment of the present invention, the terminal-side transmission information is transmitted to the application of the user wireless terminal (190) As shown in FIG.

According to the sixth terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include information in the form of at least partially combining two or more of the first to fifth terminal side transmission information, The present invention is not limited thereto.

Side transmission including at least a part of the parking payment authentication information in the app of the user wireless terminal (190) and further including information corresponding to at least one embodiment of the first to sixth terminal side transmission information embodiments The parking payment processing unit 150 receives the terminal side transmission information from the app of the user wireless terminal 190 and transmits the parking payment recognition information ( (Or parking payment request information) and the information included in the received terminal-side transmission information to approve (or request) parking payment by the parking payment recognition information (or parking payment request information) And / or performs a series of parking payment processing procedures to generate parking payment results. On the other hand, the parking settlement processing unit 150 further uses the information included in the driving information and the status information collected from the vehicle OBD through the vehicle device 200 to approve the parking payment (for example, It is possible to perform a series of parking payment processing procedures for checking whether the fuel amount of the vehicle is increased by information or status information and processing the approval process of parking payment) and / or generating a parking payment result.

Meanwhile, according to the extended method of the present invention, the vehicle device 200 may configure the device-side transmission information including the token and transmit the device-side transmission information through the network communication function, And can receive the device-side transmission information from the device (200).

According to the first device-side transmission information embodiment of the present invention, the device-side transmission information may further include device-specific information that uniquely identifies the vehicle device 200.

According to the second device-side transmission information embodiment of the present invention, the device-side transmission information is transmitted to the vehicle device 200 through the voice recognition function that recognizes the voice uttered by the user in order to authenticate the parking payment service through the voice recognition function At least one of the keyword and the parking settlement related information excluding the keyword or the parking settlement related information included in the parking payment authentication information, which is included in the parking payment authentication information, which is matched with the keyword of the voice recognition information, And may further include one.

According to the third device-side transmission information embodiment of the present invention, the device-side transmission information is input from the user through the app of the user wireless terminal 190 and transmitted through a sound wave, And may further include input information on the wireless terminal side that has received the sound wave.

According to the fourth apparatus side transmission information embodiment, the apparatus side transmission information is extracted from a designated storage area of the user wireless terminal (190) based on a user operation on an app of the user wireless terminal (190) And may further include extraction information of the wireless terminal side that has received the sound wave through the sound wave reception function of the vehicle apparatus 200 after the transmission.

According to the fifth apparatus side transmission information embodiment, the apparatus side transmission information is generated through an app of the user wireless terminal (190) based on a user operation on the user wireless terminal (190) And generate information on the side of the wireless terminal which has received the sound wave through the sound wave receiving function of the vehicle apparatus 200. [

If the vehicle device 200 constructs and transmits device-side transmission information including the token and further comprising information corresponding to at least one of the first to fifth device-side transmission information embodiments, The settlement procedure unit 150 may receive the device-side transmission information from the vehicle device 200. [

On the other hand, when receiving the terminal-side transmission information from the app of the user wireless terminal 190 and receiving the device-side transmission information from the vehicle device 200, the parking payment procedure unit 150 transmits the device- Side information and the information included in at least one of the information included in the parking payment recognition information (or the parking payment request information) received through the receiving terminal 105 and the received terminal-side transmission information and the apparatus-side transmission information, (Or requested) parking payment by the parking payment request information), and / or performs a series of parking payment processing procedures for generating a parking payment result. On the other hand, the parking settlement processing unit 150 further uses the information included in the driving information and the status information collected from the vehicle OBD through the vehicle device 200 to approve the parking payment (for example, It is possible to perform a series of parking payment processing procedures for checking whether the fuel amount of the vehicle is increased by information or status information and processing the approval process of parking payment) and / or generating a parking payment result.

The parking settlement processing unit 150 confirms the parking settlement result information generated through the designated payment server as a result of performing the parking settlement processing procedure using the information included in the terminal side transmission information, And the information included in the device-side transmission information is used as a result of performing the parking settlement processing procedure, the parking settlement result information generated through the designated payment server is confirmed. If the parking settlement result information corresponding to the result of performing the parking settlement processing procedure is generated, the parking settlement processing unit 150 generates voice output information corresponding to the confirmed parking settlement result information, 200 to provide voice output, and / or provide the parking payment result information to an application of the user wireless terminal 190 and output it. On the other hand, the parking management interlocking unit 155 checks the parking lot information corresponding to the parking payment based on the merchant information included in the parking lot payment result information confirmed through the parking payment procedure unit 150, (Or a parking process for processing an exit through the exit device of the parking lot based on the payment approval of the parking payment) to the parking management system 160 that manages the parking lot managed by the parking lot management system 160, Information) can be provided.

2 is a functional block diagram of an interactive vehicle apparatus 200 according to an embodiment of the present invention.

2 is a block diagram showing an OBD interlocking function for interfacing with a vehicle OBD (On-Board Diagnostics), a voice recognition function for recognizing a voice uttered by a user, and a voice output function for outputting a voice to a user, And communicates with the designated operation server 100 by providing a network communication function for connecting to the communication network, and transmits the encoded bit string designated by the sound signal to the designated operation server 100 And a sound wave receiving function for recognizing the encoded bit stream by reading the sound wave input by the sound wave and by interlocking with the user wireless terminal 190 within the reach of the sound wave signal The functional configuration of an interactive vehicle device 200 that operates, and a person skilled in the art to which the present invention pertains It is possible to refer to and / or modify the drawing 2 to various embodiments of the interactive vehicle device 200 (e.g., some of the components may be omitted, or broken down or combined) The present invention includes all of the above-described embodiments, and the technical features of the present invention are not limited only by the method shown in FIG.

2, the vehicle apparatus 200 includes a control unit 205 and a memory unit 240, and includes a sound wave input unit 210 for receiving sound wave signals, a sound wave output unit 210 for outputting sound wave signals, A short range wireless unit 220 for processing short range wireless communication and a wireless network communication unit 225 for connecting to a communication network via a wide area wireless network and a power supply unit 245 supplied with power . Meanwhile, the vehicle device 200 may further include a position locating unit 235 for locating position information using a GPS (Global Positioning System), and / or a short range network communication unit (not shown) connected to the communication network via a short- 230), and may further include an input unit (not shown) for receiving a user's operation according to an operation method, and / or an output unit (not shown) for outputting various operation states and information .

The control unit 205 is a generic term for controlling the operation of the vehicle device 200 and is configured to include at least one processor and an execution memory and / or to include various chips or control circuits, And is connected to each component provided in the apparatus 200 through a bus (BUS). According to the present invention, the control unit 205 loads at least one program code included in the vehicle device 200 through the processor and loads the program code into the execution memory, and outputs the result through at least one configuration And controls the operation of the vehicle device 200. [0050] The functional configuration of the present invention can be implemented in the form of program code and / or in the form of a chip or a control circuit, and the functional configuration of the present invention implemented in the form of program code and / (205).

The memory unit 240 is a general term of a nonvolatile memory corresponding to a storage resource of the vehicle device 200 and includes at least one program code executed through the control unit 205 and at least one Save and maintain the dataset. The memory unit 240 basically includes a system program code and a system data set corresponding to the operating system of the vehicle device 200, a communication program code and a communication data set for processing a wireless communication connection of the vehicle device 200, An application program code and an application data set are stored, and the program code and data set corresponding to the functional configuration implementing the present invention can also be stored in the memory unit 240.

The power supply unit 245 is a collective term of a component that receives power required for operation of the vehicle device 200, and preferably includes a configuration for receiving power from the vehicle. According to the method of the present invention, the vehicle apparatus 200 can be manufactured in a stationary state in which the vehicle apparatus 200 is mounted in the vehicle. In this case, the power supply unit 245 can receive vehicle power from the vehicle cigar jack. Meanwhile, the power supply unit 245 preferably converts the vehicle power supplied from the vehicle cigar jack into an operating power including a specified voltage and a current amount, and applies the power to an internal constituent part of the vehicle apparatus 200. The power supply unit 245 may further include a power charging unit (not shown) for charging the vehicle power supply (or an operation power supply). In this case, the vehicle power supply unit 245 may turn off the vehicle, It is possible to operate for a certain period of time. Meanwhile, according to the method of the present invention, the vehicle device 200 can be installed in the vehicle in a structure that can be supplied with power of the vehicle without being built in (e.g., mounted on the vehicle's entire length) In this case, the power supply unit 245 can receive the vehicle power.

The sound wave input unit 210 is a collective term for receiving sound wave signals and includes a microphone for receiving the sound wave signals and a sound wave input module for digitizing the input sound wave signals. Preferably, the sound wave input unit 210 receives a sound wave signal of an audio frequency band (for example, a sound wave signal including a sound signal that the user has uttered) through the microphone, receives the audio frequency Band sound wave signal to the control unit 205. The control unit 205 generates the sound wave data by encoding the sound wave signal. Meanwhile, the sound wave input unit 210 receives the sound wave signal of the audible frequency band through the microphone and can receive the sound wave signal of the non-audible frequency band (e.g., ultrasonic wave) according to the embodiment, And may provide the control unit 205 with the sound wave data generated by encoding the sound wave signal in the non-audible frequency band according to the designated encoding standard.

The sound wave output unit 215 is a collective term for outputting a sound wave signal and includes at least one speaker for outputting a sound wave as a sound wave and a sound wave output module for controlling a signal intensity and an output quality of the sound wave signal output from the speaker . Preferably, the sound wave output unit 215 outputs a sound wave signal generated by decoding the sound wave data requested to output sound waves through the control unit 205, through the speaker, and outputs the sound wave signal (For example, a sound output with a signal intensity that is controlled not to reach the outside of the vehicle, or a window that is open during a vehicle running, exceeds the reference value specified by the noise by the wind, (For example, Fs. Qts (Qs)) of a sound wave signal outputted by the sound wave output by amplifying a signal intensity of a sound wave signal by a certain ratio and outputting a sound wave when the ambient noise exceeds a reference value due to an abnormality in some of the components. , Vas, etc.) to block or suppress the distortion of the sound wave as much as possible, so that the sound wave output (for example, The output quality of the sound wave is controlled so as to block / suppress the distortion of the sound wave so that the sound wave component corresponding to the separated sound on the sound signal can be clearly distinguished so that the audibility (or audibility) Output quality of a sound wave is controlled to be output, or when a bit string is encoded and output to a sound wave signal, the output quality of the sound wave is controlled so as to block / suppress the distortion of the frequency or the signal strength at which the bit stream is encoded).

The short range wireless unit 220 is a collective term of a component for processing short range wireless communication of a specified standard in the vehicle and may preferably include a Bluetooth component for processing Bluetooth based short range wireless communication according to the Bluetooth standard . However, the short range wireless communication related configuration of the short range wireless unit 220 is not limited to the Bluetooth based short range wireless communication in accordance with the Bluetooth standard, and it is possible to use short range wireless communication of various standards other than Bluetooth according to the intention of those skilled in the art , Wi-Fi-based short-range wireless communication according to Wi-Fi standard, ZigBee-based short-range wireless communication according to ZigBee standard, and UWB-based short-range wireless communication according to UWB standard. Available). Hereinafter, the present invention will be described in detail with reference to an embodiment in which the short range wireless unit 220 processes Bluetooth based short range wireless communication. However, the present invention is not limited thereto.

According to the method of the present invention, the vehicle has an OBD port for connecting to the vehicle OBD according to the on-board diagnostics (OBD) -II standard after the driver's seat. The OBD module 180 may be connected to the OBD module 180 of the OBD module 180. The OBD module 180 may be connected to the OBD module 180. The short- OBD information according to the specified OBD standard is acquired from the vehicle OBD while being connected to the OBD port. The OBD module 180 has a short range wireless module that is paired with the short range wireless unit 220 of the vehicle apparatus 200 to process short range wireless communication and agrees with the vehicle 200 through the short range wireless module. And transmits OBD information obtained from the vehicle OBD to the vehicle device 200 in a short distance wireless manner in accordance with the communication protocol.

According to the first OBD interworking embodiment of the present invention, the OBD module 180 can transmit the OBD information acquired from the vehicle OBD through the OBD port to the vehicle device 200 through the near field wireless communication as it is. In this case, The vehicle device 200 may receive the OBD information from the OBD module 180 through the short-distance wireless communication and selectively obtain driving information related to the driving of the vehicle or state information related to the state of the vehicle.

According to the second OBD interworking embodiment of the present invention, the OBD module 180 selects the OBD information obtained from the OBD through the OBD port and the status information related to the status of the vehicle, In this case, the vehicle device 200 receives the driving information of the vehicle or the status information of the vehicle from the OBD module 180 through the short-range wireless communication Can be obtained.

On the other hand, in the OBD interlocking embodiment of the present invention, the driving information and the state information of the vehicle obtained from the vehicle OBD are names for convenience in order to easily explain the use or function of the OBD information acquired from the vehicle OBD. In the present invention, the driving information obtained from the vehicle OBD includes a set of information that can be acquired from the vehicle OBD by the user's driving behavior or changed instantaneously while the vehicle is running, Is the set of information needed to understand the state of Therefore, any of the information obtained from the vehicle OBD may be included in the driving information or included in the status information, and thus the present invention is not limited thereto.

According to the embodiment of the present invention, the set-up device and the OBD module 180 store a key value for encryption communication based on short-range wireless communication or exchange a key value for encryption communication at a time of connecting short- And the OBD module 180 encrypts and transmits information transmitted through short-range wireless communication through the key value, and the vehicle device 200 receives the encrypted information through the OBD module 180 So that the information exchanged between the OBD module 180 and the vehicle device 200 via short-range wireless communication can be prevented from being exposed to the outside.

According to an embodiment of the present invention, the short range wireless module 220 of the vehicle device 200 and the short range wireless module of the OBD module 180 operate using the vehicle power source, and the short range wireless signal for the short range wireless communication is It is preferable to transmit and receive a short range wireless signal at a signal intensity set not to reach the outside of the vehicle (or a predetermined distance or more outside the vehicle) to provide short range wireless communication, To prevent the information exchanged via short-range wireless communication from being detected outside the vehicle.

According to an embodiment of the present invention, the short range wireless unit 220 may transmit a predetermined code (for example, a code unique to the vehicle apparatus 200 and a code generated by the vehicle apparatus 200, (For example, a BLE-based wireless signal of the Bluetooth 4.0 standard or later) capable of receiving the code and recognizing the code can also be unidirectionally transmitted. In this case, the short-range wireless unit 220 transmits the signal strength of the short-range wireless signal so that the short-range wireless signal transmitted in the unidirection can reach a certain distance outside the vehicle using the vehicle power supplied through the power supply unit 245 In this case, the unidirectionally transmitted short range wireless signal reaches a predetermined distance outside the vehicle, and can be received by a receiving device provided within a predetermined distance outside the vehicle. The receiving apparatus recognizes a code included in the near field radio signal and performs a procedure of providing a designated service including a parking payment service.

The wireless network communication unit 225 collectively refers to a communication unit that connects the vehicle device 200 to a wide area wireless network (e.g., a mobile communication network) via a base station. The wireless network communication unit 225 includes an antenna for transmitting and receiving a radio frequency signal of a designated frequency band, An RF module, a baseband module, and a signal processing module. The control unit 205 is connected to the control unit 205 and transmits operation results corresponding to wireless communication among the various operation results of the control unit 205 through a wireless network Or receives data through the wireless network and transmits the data to the control unit 205, and performs the connection, registration, communication, and handoff procedures of the wireless communication.

According to an embodiment of the present invention, when the wireless network connected through the wireless network communication unit 225 is a mobile communication network, the wireless network communication unit 225 accesses a mobile communication network according to at least one mobile communication standard, , Call processing, call connection, data communication, and handoff. Meanwhile, according to the intention of those skilled in the art, the wireless network communication unit 225 may perform at least one of connection to a wide area wireless network other than the mobile communication network (e.g., portable Internet according to the IEEE 802.16 standard), location registration, data communication, It is clear that the present invention is not limited by the wireless communication configuration provided by the wireless network communication unit 225. [ That is, the wireless network communication unit 225 provides the packet data communication based wireless data communication via the cell-based base station on the wireless network regardless of the frequency band of the wireless section, the type of the communication network, or the protocol It is a generic term for the components that connect to the data network.

The local area network communication unit 230 communicates with a network access device (e.g., a wireless AP, etc.) located near by using a radio frequency signal as a communication medium within a predetermined distance (e.g., within 10 m or within 30 m) And a communication network for connecting the vehicle device 200 to the communication network to which the network access device is connected through a short-range wireless network for connecting the session, preferably a WiFi-based short-range network communication, a Bluetooth short- A short-range wireless communication session between the vehicle device 200 and a network access device provided at a short distance through at least one of communication, UWB-based local area network communication, and public wireless communication is established and the vehicle device 200 is connected It can be connected to the communication network to which the network connection apparatus is connected. According to the embodiment of the present invention, the near-field communication unit 230 moves the vehicle having the vehicle 200 to reach a range of radio frequency signals of a specific network access device, When a short-range wireless network for connecting a communication session is implemented, the vehicle apparatus 200 is connected to a data network for providing wireless data communication based on packet communication via a network connection device of the short-range wireless network. Hereinafter, the network communication function of the vehicle device 200 will be described with reference to an embodiment using the wireless network communication unit 225. However, the present invention is not limited thereto, and the network communication function using the short- Is also provided.

The position locating unit 235 is a collective term for locating the position information of the vehicle apparatus 200 (or the vehicle including the vehicle apparatus 200), preferably a GPS (Global Positioning System) The location information of the vehicle device 200 can be located. For example, the position locator 235 may be an A-GPS (Assisted-GPS) system in which the vehicle device 200 reads a position signal sent from a GPS satellite and notifies the base station of the position signal, And a DGPS (Differential GPS) method for correcting an error of a position signal received from the vehicle device 200. The position information of the vehicle device 200 may be located But is not limited by the method.

Referring to FIG. 2, the vehicle apparatus 200 is connected to a communication network through at least one communication unit of the wireless network communication unit 225 or the short-range network communication unit 230 and communicates with a designated operation server 100 on a communication network And a communication processing unit (250).

The communication processing unit 250 is a collective term for a function configuration unit that implements a network communication function for connecting the vehicle device 200 to a communication network and is implemented as a combination of at least one of a program code form and a chip or a control circuit form, A procedure for connecting to a communication network through at least one communication unit of the wireless network communication unit 225 or the short-range network communication unit 230, a procedure for connecting a communication channel with a server on the communication network including the operation server 100, And transmitting and receiving designated information to and from the server on the communication network through the network.

When the wireless network communication unit 225 wirelessly communicates with a base station on a wide area wireless network (for example, a mobile communication network), the communication processing unit 250 transmits the information on the communication network 225 via the wireless network communication unit 225, And can communicate with the operation server 100 through the communication channel and transmit / receive specified information to / from the operation server 100 through the communication channel. Meanwhile, when the near-field communication unit 230 is provided in the vehicle apparatus 200 and the near-field communication unit 230 performs wireless communication with a short-distance network connection apparatus, the communication processing unit 250 transmits the short- To the operating server 100 on the communication network via the short-range wireless network, and transmit / receive the designated information to / from the operating server 100 through the communication channel.

The communication processing unit 250 may communicate with other servers other than the operating server 100 through at least one communication unit of the wireless network communication unit 225 or the short- , A payment server providing a parking payment service, etc.) and transmits and receives designated information to and from the server through the communication channel.

Referring to FIG. 2, the vehicle apparatus 200 performs short-range wireless communication with the OBD module 180 connected to the vehicle OBD through the short range wireless unit 220 to acquire vehicle operation information or status information from the vehicle OBD And an OBD interlocking unit (not shown) for selecting driving information or status information to be transmitted to the operation server 100 among the driving information or the status information obtained from the vehicle OBD and transmitting the selected driving information or status information to the operation server 100 through the communication processing unit 250 255).

The OBD interlocking unit 255 is a generic term for a function configuration unit that implements an OBD interlock function for interlocking with a vehicle OBD and is implemented as a combination of at least one of a program code form and a chip or a control circuit form, Wirelessly communicating with the OBD module 180 connected to the vehicle OBD through the vehicle OBD 220 to obtain driving information or status information of the vehicle from the vehicle OBD. In the driving information or status information obtained from the vehicle OBD And a function of selecting operation information or status information to be transmitted to the operation server 100 and transmitting the selected operation information or status information to the operation server 100 through the communication processing unit 250.

According to the embodiment of the present invention, the OBD interlocking unit 255 stores driving information of the vehicle obtained from the vehicle OBD through short-range wireless communication of the short range wireless unit 220 in a designated storage area for a predetermined period of time or longer, May include a function of confirming the driving information to be transmitted to the operation server 100 among the driving information stored in the designated storage area and transmitting the confirmed driving information to the operation server 100 through the communication processing unit 250 have.

According to the first operation information transmission embodiment of the present invention, the OBD interlocking unit 255 transmits driving information to be transmitted to the operation server 100 at predetermined time intervals among the driving information acquired from the vehicle OBD and stored in the designated storage area And transmitting the identification information to the operation server 100 through the communication processing unit 250.

According to the second driving information transmission embodiment of the present invention, the OBD interlocking unit 255 may transmit driving information to be transmitted to the operation server 100 at predetermined time intervals among the driving information acquired from the vehicle OBD and stored in the designated storage area And transmits the driving information newly stored in the storage area and the one or more driving information previously stored in the storage area during the function of transmitting the information to the operation server 100 through the communication processing unit 250 And determines whether at least one information that is non-linearly changed is included in the driving information newly stored in the storage area. If one or more pieces of nonlinearly changed information are included in the driving information newly stored in the storage area, the OBD interlocking unit 255 may change the nonlinearly changed driving information, regardless of the predetermined time interval for transmitting the driving information, And transmits the operation information including the non-linearly changed information to the operation server 100 through the communication processing unit 250 immediately And the like.

According to the third operation information transmission embodiment of the present invention, the OBD interlocking unit 255 may transmit driving information to be transmitted to the operation server 100 at predetermined time intervals among the driving information acquired from the vehicle OBD and stored in the designated storage area And transmits the driving information newly stored in the storage area and the one or more driving information previously stored in the storage area during the function of transmitting the information to the operation server 100 through the communication processing unit 250 And checks whether or not at least one piece of information that is changed in excess of the threshold value specified in the driving information newly stored in the storage area is included. If one or more pieces of information that are changed in excess of the threshold value specified in the driving information newly stored in the storage area are included, the OBD interlocking unit 255 controls the OBD interlock unit 255 to move the designated The management server 100 determines the operation information including the changed information exceeding the threshold value as the operation information to be immediately transmitted to the operation server 100 and transmits the operation information to the operation server 100 via the communication processing unit 250, And immediately transmitting the driving information including the information.

According to the embodiment of the present invention, when the vehicle apparatus 200 is provided with the position locating unit 235, the OBD interlocking unit 255 confirms the position information positioned through the position locating unit 235 And transmits the identified location information to the operation server 100 through the communication processing unit 250. Alternatively, the location information may be transferred to the operation information transmitted to the operation server 100 So that the transmission can be processed.

According to the embodiment of the present invention, the OBD interlocking unit 255 stores the state information of the vehicle obtained from the vehicle OBD through the short-range wireless communication of the short range wireless unit 220 in a designated storage area for a predetermined period of time or longer, And a function of checking the status information to be transmitted to the operation server 100 among the status information stored in the designated storage area and transmitting the confirmed status information to the operation server 100 through the communication processor 250 have.

According to the first state information transmission embodiment of the present invention, the OBD interlocking unit 255 stores state information obtained from the vehicle OBD in a designated storage area, and stores state information newly stored in the storage area, One or more pieces of state information previously stored in the storage area are compared with each other to check whether the state information newly stored in the storage area includes at least one piece of information corresponding to the state change. If the state information newly stored in the storage area includes one or more pieces of information corresponding to a state change, the OBD interlocking unit 255 transmits state information including information corresponding to the state change to the operation server 100 And transmits the status information including information corresponding to the status change to the operation server 100 through the communication processing unit 250. [

According to the first state information transmission embodiment of the present invention, the OBD interlocking unit 255 stores state information obtained from the vehicle OBD in a designated storage area, and stores state information newly stored in the storage area and state information The state information is compared and read to check whether the stored state information includes one or more pieces of information corresponding to the occurrence of the abnormality. If the stored status information includes at least one information corresponding to an anomaly, the OBD interface unit 255 may transmit status information including information corresponding to the anomaly to the operation server 100 And transmitting the status information including the information corresponding to the abnormal occurrence to the operation server 100 through the communication processing unit 250. [

According to the embodiment of the present invention, when the vehicle apparatus 200 is provided with the position locating unit 235, the OBD interlocking unit 255 confirms the position information positioned through the position locating unit 235 , Transmits the status information to the operating server 100 through the communication processing unit 250, processes the received status information to transmit the status information to the operating server 100, or transmits the status information to the operating server 100 To be transmitted.

Referring to FIG. 2, the vehicle apparatus 200 includes a voice recognition unit (not shown) for performing a procedure for recognizing a voice uttered by a user by reading a sound wave signal of an audible frequency band inputted through the sound wave input unit 210 And a sound output unit 265 for performing sound output of the sound wave signal including the sound of the audio frequency band through the sound wave output unit 215.

The speech recognition unit 260 is a collective term for a function configuration unit that implements a speech recognition function for recognizing speech uttered by a user and is implemented in a form of at least one of a program code form and a chip or a control circuit form, And performs a designated speech recognition procedure to recognize the speech uttered by the user by reading the generated sound wave data by digitizing the sound wave signal of the audio frequency band inputted through the sound wave input unit 210. [

According to the first speech recognition embodiment of the present invention, the speech recognition unit 260 confirms the sound wave data obtained by digitizing the sound wave signal of the audio frequency band among the sound wave signals input through the sound wave input unit 210, And analyzing the sound wave data through the recognition algorithm to recognize the speech uttered by the user, thereby generating the character recognition speech information.

According to the second speech recognition embodiment of the present invention, the speech recognition process may be performed through an operation server 100 (or a separate speech recognition server (not shown)) in communication with the vehicle device 200, In this case, the voice recognition unit 260 identifies the sound wave data obtained by digitizing the sound wave signal of the audible frequency band among the sound wave signals input through the sound wave input unit 210, Extracts the corresponding voice information, and transmits the extracted voice information to a recognition server (not shown) or the operation server 100 designated for processing voice recognition, so as to recognize the voice uttered by the user. Meanwhile, in the case where the voice information is transmitted to the recognition server or the operation server 100 to recognize the voice, when the recognition server or the operation server 100 recognizes the voice of the user and transmits the voice recognition information , The voice recognition unit 260 recognizes the voice of the user from the recognition server or the operation server 100 and receives the voice recognition information and uses the voice recognition information as if it is voice recognition information recognized in the vehicle device 200 . According to another embodiment of the present invention, when the recognition server recognizes the voice, the recognition server provides the recognized voice recognition information to the operation server 100 or the parking management server so as to be used in the parking payment procedure Or if the operating server 100 recognizes the voice, the operating server 100 may use the recognized voice recognition information for the parking payment procedure or provide it to a separate parking management server, The present invention is not limited thereto.

According to the third speech recognition embodiment of the present invention, the speech recognition unit 260 performs a procedure for recognizing a speech uttered by the user in a form in which the first and second speech recognition embodiments are at least partially combined The present invention is not limited thereto.

Meanwhile, the description of performing the procedure of recognizing the user's voice through the speech recognition unit 260 according to the present invention performs functions provided for at least one of the first to third speech recognition embodiments , Although the vehicle apparatus 200 may describe the voice recognition information as if it were directly recognized based on the first voice recognition embodiment for the sake of convenience, it may actually perform at least one of the first to third voice recognition embodiments It is clear that it is.

The sound output unit 265 is a generic term for a function configuration unit that implements a sound output function for outputting a sound to a user and is implemented as a combination of at least one of a program code form and a chip or a control circuit form, A sound signal corresponding to a sound signal corresponding to a sound of an audio frequency band (for example, a sound wave component corresponding to a segmented sound of an audible frequency band) is output through a sound processor 215.

According to the first audio output embodiment of the present invention, the audio output unit 265 confirms the audio output information based on the character information, and outputs the audio output information based on the character information to the audio signal having the sound wave component corresponding to the segmented sound And a function of outputting a sound through the sound wave output unit 215.

According to the second sound output embodiment of the present invention, the sound output unit 265 confirms the sound output type information (for example, sound data including the sound signal) of the sound signal having the sound wave component corresponding to the segmented sound, And a function of reproducing the audio signal form audio output information through the sound wave output unit 215 and outputting the audio output.

According to the third sound output embodiment of the present invention, the sound output unit 265 can perform a procedure of outputting sounds in a form in which the first and second sound output embodiments are at least partially combined , Whereby the present invention is not limited thereto.

According to the method of the present invention, the voice output unit 265 may be operable to receive a voice signal, which is obtained through the OBD interlock unit 255 during voice output through at least one of the first to third voice output embodiments, Information is read to confirm that the vehicle is running. The audio output unit 265 reads out the state information obtained through the OBD interlocking unit 255 and determines whether at least one window is open during driving of the vehicle or inputs the input through the sound input unit 210 And the at least one window is opened during the driving of the vehicle to check whether the surrounding jig is in an increased state. If at least one window is opened during the driving of the vehicle and the ambient noise is detected to be increased, the audio output unit 265 outputs audio of the audio frequency band in the vehicle stop state or the non- Outputting a sound wave signal including audio of an audio frequency band with a signal intensity amplified by a predetermined ratio or more than a basic signal intensity set for outputting a signal (for example, a ratio proportional to a rate of increase of noise in a vehicle stop state or a window open state) . ≪ / RTI > Accordingly, the audio output unit 265 can maintain a degree of audibility (or audibility) of a certain level with respect to a sound wave signal that is audibly output even when at least one window is open during the running of the vehicle and the surrounding jig increases.

Referring to FIG. 2, the vehicle apparatus 200 includes a sound wave receiver 270 that reads a sound wave signal input through the sound wave input unit 210 and recognizes sound wave reception information corresponding to the bit stream encoded in the sound wave signal, And a sound wave transmitting unit 275 for encoding the bit string corresponding to the sound wave transmission information to be transmitted to the sound wave into a sound wave signal and outputting the sound wave with a specified signal intensity through the sound wave output unit 215 to transmit the sound wave at a specified short distance do.

The sound wave receiving unit 270 is a general term for a function unit for implementing a sound wave receiving function of reading a sound wave signal inputted through a sound wave input unit 210 and recognizing an encoded bit stream, And performs a procedure of reading the sound wave signal inputted through the sound wave input unit 210 and recognizing the sound wave reception information corresponding to the encoded bit stream in the sound wave signal.

According to the embodiment of the present invention, the sound wave receiving unit 270 reads the sound wave signal of the non-audible frequency band inputted through the sound wave input unit 210 and recognizes the sound wave receiving information corresponding to the encoded bit stream in the sound wave signal However, the frequency band of the sound wave signal for encoding the bit stream is not limited to the non-audible frequency band, and it is possible to encode the bit stream in the sound wave signal of the audio frequency band according to the intention of those skilled in the art , It is clear that the present invention encompasses the scope of rightfully encoding the bit stream in the audible frequency band. Hereinafter, the features of the present invention will be described focusing on an embodiment in which a bit string is encoded in a sound wave signal in the non-audible frequency band for the sake of convenience, but it should be apparent that the present invention is not limited thereto.

According to the embodiment of the present invention, the sound signal obtained by encoding the bit stream is used for short-distance communication between the vehicle 200 and a designated user wireless terminal 190 in a short distance, (For example, the sound wave reception information to be received from the app of the user wireless terminal 190 to the vehicle apparatus 200 from the app of the user wireless terminal 190) into the sound wave signal of the non-audible frequency band, When the sound wave is outputted, the sound wave receiving unit 270 confirms the sound wave data outputted through the application of the user wireless terminal 190 and digitized the sound wave signal of the non-audible frequency band inputted to the sound wave input unit 210 , Buffering) and reading the sound wave signal and recognizing the sound wave reception information corresponding to the encoded bit stream in the sound wave signal.

According to an embodiment of the present invention, the sound wave reception information is an identification value for identifying that the sound wave is transmitted through the application of the designated user wireless terminal 190, an authentication value for authenticating that the sound wave is transmitted through the application of the designated user wireless terminal 190 In this case, the sound wave receiver 270 may determine whether the recognized value and / or the authentication value is included in the recognized sound wave reception information, It can be confirmed whether the information is transmitted through the application of the wireless terminal 190 through the sound wave. Preferably, the identification value or authentication value may be distributed to the application of the user wireless terminal 190 and the vehicle device 200 via the designated operating server 100, And can be inserted into the sound wave reception information to be transmitted to the vehicle apparatus 200 by sound transmission.

According to an embodiment of the present invention, the sound wave reception information may include information decryptable through the vehicle apparatus 200. In this case, the sound wave reception unit 270 may include the sound wave reception information included in the recognized sound wave reception information Decrypted encrypted information can be decrypted. Preferably, the key value for encryption and / or decryption may be distributed to the application of the user wireless terminal 190 and the vehicle device 200 through the designated operating server 100, May be used to encode or decode information contained in the sound wave reception information, which is transmitted from the application by sound wave to the vehicle device 200 through sound waves, in the app of the user wireless terminal 190 or from the vehicle device 200.

According to an embodiment of the present invention, the sound wave reception information may include token exchange information including a token to be transmitted to the vehicle device 200 by sound wave transmission from the application of the user wireless terminal 190. Meanwhile, the sound wave reception information includes input information input through the application of the user wireless terminal 190 for the parking payment service, extraction information extracted from the storage area designated through the application of the user wireless terminal 190 for the parking payment service, And one or more of the generation information generated through the application of the user wireless terminal 190 for the parking payment service.

The sound wave transmitting unit 275 collectively refers to a function unit for implementing a sound wave transmitting function of encoding a bit string designated by a specified sound wave signal and outputting the sound wave with a specified signal intensity through the sound wave output unit 215, Or a combination of two or more of the control circuit types, and encodes the bit stream corresponding to the sound wave transmission information to be transmitted to the sound wave into a sound wave signal and outputs the sound wave with a signal intensity designated through the sound wave output section 215 A process of processing to transmit sound waves in a short distance is performed.

According to the embodiment of the present invention, the sound wave transmitting unit 275 encodes the bit stream corresponding to the sound wave transmission information to be transmitted to the sound wave into the sound wave signal in the non-audible frequency band, It is preferable that the frequency band of the sound wave signal for encoding the bit stream is not limited to the non-audible frequency band, It is possible to encode a bit string in a sound wave signal, and it is clear that the present invention encompasses an embodiment in which bit strings are encoded in an audible frequency band as a right scope. Hereinafter, the features of the present invention will be described focusing on an embodiment in which a bit string is encoded in a sound wave signal in the non-audible frequency band for the sake of convenience, but it should be apparent that the present invention is not limited thereto.

According to the embodiment of the present invention, the sound wave signal obtained by encoding the bit stream is used for short distance communication between the vehicle device 200 and a specified user wireless terminal 190 in a short distance, (For example, sound wave transmission information to be transmitted to the app of the user wireless terminal 190) designated by the sound wave signal of the non-audible frequency band recognizable through the application of the user wireless terminal 190 of the user wireless terminal 190 The user's wireless terminal 190 has a function of encoding the sound wave signal in the blue frequency band and outputting the sound wave with the designated signal intensity through the sound wave output unit 215. The app of the user wireless terminal 190 is a sound wave output (For example, buffering) the sound wave data output from the sound wave output unit 215 and digitized the sound wave signal of the non-audible frequency band input to the user wireless terminal 190, It is possible to recognize the sound wave transmission information corresponding to the encoded bit string in the call.

According to an embodiment of the present invention, the sound wave transmission information includes at least one of an identification value that identifies that the sound wave is transmitted through the vehicle device 200 and an authentication value that authenticates that the sound wave is transmitted through the vehicle device 200 In this case, the app of the user wireless terminal 190 recognizes the sound wave transmission information received by the sound wave, determines whether the sound wave transmission information includes the identification value and / or the authentication value, It is possible to confirm whether or not the information is sound-wave transmitted from the vehicle apparatus 200. The identification value or the authentication value may be distributed to the vehicle device 200 and the app of the user wireless terminal 190 through the designated operation server 100 and may be transmitted to the user device 200 May be inserted into the sound wave transmission information which is sound wave received by the application of the wireless terminal 190.

According to an embodiment of the present invention, the sound wave transmission information may include information decryptable through the application of the designated user wireless terminal 190. In this case, the sound wave transmission unit 275 may transmit the sound wave transmission information Encrypts the information to be included, and the app of the user wireless terminal 190 can decrypt the encrypted information included in the sound wave transmission information by being encrypted. Preferably, the key value for encryption and / or decryption may be distributed to the vehicle device 200 and the app of the user wireless terminal 190 via the designated operating server 100, May be used to encrypt information contained in the sound wave transmission information that is sound wave received by the user wireless terminal 190 in the vehicle device 200 or to decode it in the application of the user wireless terminal 190. [

According to the embodiment of the present invention, when the sound wave signal obtained by encoding the bit string corresponding to the sound wave transmission information is outputted as a sound wave with a designated signal intensity, the sound wave transmitting unit 275 transmits the sound wave signal obtained through the OBD interlocking unit 255 Information is read to confirm that the vehicle is running. In addition, the sound wave transmitting unit 275 reads the state information obtained through the OBD interlocking unit 255 to determine whether at least one window is open during driving of the vehicle, The noise increase rate of the sound wave signal is read, and at least one window is opened during the running of the vehicle to check whether the surrounding jig is increased. If at least one of the windows is opened and the ambient noise is detected to be increased during the vehicle running, the sound wave transmitting unit 275 may transmit the rain-coded bit stream in the vehicle halt state or in the non- (For example, a ratio proportional to the ratio of the noise increase in the vehicle stop state or in the non-open state of the window) than the basic signal intensity set to output the sound wave signal in the blue frequency band. For example. Accordingly, the sound wave transmitting unit 275 can recognize the sound wave transmission rate of the sound wave signal in the vehicle apparatus 200 by encoding at least one window while the vehicle is running, Or the error rate can be kept below a certain level.

According to an embodiment of the present invention, the sound wave transmission information includes token exchange information including a token to be transmitted to a user's wireless terminal 190 by transmitting sound waves through the sound wave transmitting unit 275 of the vehicle apparatus 200 . Meanwhile, the sound wave transmission information may further include at least one of a keyword recognized through the speech recognition unit 260 for the parking payment service, and parking payment related information matched with a keyword recognized for the parking payment service.

Referring to FIG. 2, the vehicle apparatus 200 confirms information to be transmitted to the operation server 100 based on the voice recognition information recognized through the voice recognition unit 260, A function of transmitting network transmission information including the confirmed information to the operation server 100, a function of confirming information to be transmitted in a short distance based on the voice recognition information recognized by the voice recognition unit 260, A function of transmitting sound wave transmission information including the confirmed information at a short distance through a transmitting unit 275, a function of receiving information to be transmitted to the operation server 100 based on the sound wave receiving information recognized through the sound wave receiving unit 270 A function of transmitting the network transmission information including the confirmed information to the operation server 100 through the communication processing unit 250 and a function of receiving the network transmission information from the operation server 100 through the communication processing unit 250 Information A function of confirming the voice output information to be output by voice and outputting the voice output through the voice output unit 265 and a function of transmitting a sound wave in a short distance through the network reception information received from the operation server 100 through the communication processing unit 250 A function of transmitting sound wave transmission information including the confirmed information from the sound wave transmitting unit 275 in a short distance from the sound wave receiving unit 270, And a service module 280 for providing one or more services including a parking payment service by interlocking or combining two or more functions among the functions of confirming the output information and outputting the voice through the voice output unit 265.

The service module 280 may include at least two of the communication processing unit 250, the OBD interface unit 255, the voice recognition unit 260, the voice output unit 265, the sound wave receiving unit 270, and the sound wave transmitting unit 275 And is a collective term of a functional constituent unit that provides various services by controlling the flow of partial information, and may be implemented in a form of at least one or both of a program code form and a chip or a control circuit form. The service module 280 is not limited to a module providing any one service.

Referring to FIG. 2, the service module 280 of the vehicle device 200 checks the device registration status of the vehicle device 200, and when the vehicle device 200 is not registered, And a device registering unit 282 for performing a procedure of registering the vehicle device 200 in the operation server 100 by interlocking or combining two or more functions among the output function and the network communication function.

The device registration unit 282 reads registration state confirmation information stored in a designated storage area or communicates with the operation server 100 through the communication processing unit 250. [ And confirms the device registration status. According to an embodiment of the present invention, when the vehicle device 200 is registered in the operation server 100, the registered state of the vehicle device 200 can be registered in a designated storage area, In this case, the device registration unit 282 may read whether the registration status confirmation information indicating that the vehicle device 200 is registered in the designated storage area is stored or not, It is possible to confirm whether the vehicle device 200 is registered with the operation server 100 by reading the registration status confirmation information corresponding to the registered state of the vehicle device 200. [ Meanwhile, according to another embodiment of the present invention, when the power source is inputted and the operation is started, the device registering unit 282 may attempt to establish a communication connection with the operation server 100 through the communication processing unit 250, , The operation server 100 may transmit the device unique information of the vehicle device 200 to the designated storage medium to request that the vehicle device 200 corresponding to the device unique information is registered. The device registration unit 282 may receive the registration status confirmation information from the operation server 100 and read the registration status confirmation information from the operation server 100. In this case, Thereby confirming whether or not the vehicle device 200 is registered in the operation server 100. If the vehicle device 200 is not registered in the operation server 100, the device registration unit 282 performs a process of registering the vehicle device 200 in the operation server 100 .

On the other hand, when the vehicle device 200 is powered on by the vehicle device 200, the device registration unit 282 reads short range wireless status information stored in a designated storage area and performs short-range wireless communication with the OBD module 180 connected to the vehicle OBD To be paired. If the short-range wireless communication is not paired with the OBD module 180, the device registration unit 282 performs a procedure of pairing with the OBD module 180 through the short-range wireless communication according to a specified pairing protocol of short- Can be performed. On the other hand, when the vehicle device 200 and the OBD module 180 are not paired and newly (or again) paired, the device registration unit 282 registers the vehicle device 200 in the operating server 100 Registration (or re-registration, or renewal).

The device registration unit 282 is configured to register the voice output information 261 specified to start the registration procedure of the vehicle device 200 via the voice output unit 265, (For example, a command keyword, an instruction keyword, or the like) is recognized through the voice recognition unit 260 to start the registration procedure of the vehicle device 200 do. If the keyword recognized through the voice recognition unit 260 is confirmed, the device registration unit 282 confirms the device-specific information for uniquely identifying the vehicle device 200 from the designated storage area, and the communication processing unit 250 To the operation server 100 or to transmit the registration request information including the device unique information to the operation server 100. [ In this case, the operation server 100 may receive the device-specific information from the vehicle device 200 or receive registration request information including the device-specific information.

According to the first vehicle registration embodiment of the present invention, the device registration unit 282 recognizes the vehicle information of the vehicle equipped with the vehicle device 200 through the voice recognition unit 260, 250 to the operation server 100 or to transmit the registration request information including the vehicle information to the operation server 100. [ Preferably, the device registration unit 282 recognizes a voice uttered by the user through the voice recognition unit 260 while outputting voice to the user through the voice output unit 265, And may transmit the vehicle information to the operation server 100 through the communication processing unit 250 or may transmit the registration request information including the vehicle information to the operation server 100. [ In this case, the operation server 100 may receive the vehicle information from the vehicle device 200 or receive the registration request information including the vehicle information.

The device registering unit 282 registers the wireless terminal information (for example, a mobile phone number, a telephone number, etc.) that uniquely identifies the user wireless terminal 190 through the voice recognition unit 260, according to the first terminal registration embodiment of the present invention And transmits the registration request information including the wireless terminal information to the operation server 100 via the communication processing unit 250. The operation server 100 may be connected to the operation server 100 through the communication processor 250, . Preferably, the device registration unit 282 instructs the user through the voice output unit 265 to utter a voice of the wireless terminal information corresponding to the user wireless terminal 190 to perform a sound wave communication with the vehicle device 200 The wireless terminal information is recognized by recognizing the voice uttered by the user through the voice recognition unit 260 while outputting the voice and the wireless terminal information is transmitted to the operation server 100 through the communication processing unit 250 Or may transmit the registration request information including the wireless terminal information to the operation server 100. In this case, the operation server 100 may receive the wireless terminal information from the vehicle device 200 or may transmit the registration request information including the wireless terminal information to the operation server 100. [ On the other hand, when receiving the wireless terminal information from the vehicle device 200, the operation server 100 can check whether the application specified in the user wireless terminal 190 corresponding to the wireless terminal information is installed, The device registering unit 282 may output the voice to induce the user to install the application specified in the user wireless terminal 190 when the application specified in the wireless terminal 190 is not installed. The voice output unit 265 can receive voice output information for inducing installation of the application designated by the voice output unit 261 and output voice through the voice output unit 265. If the application specified in the user wireless terminal 190 is installed, the operating server 100 uniquely identifies the application of the user wireless terminal 190 on the designated communication network, and at the same time, It is possible to confirm the unique identification information for communicating with the app of the mobile terminal 190.

Referring to FIG. 2, the service module 280 of the vehicle device 200 confirms a token generated for the token authentication in the operation server 100, and transmits to the vehicle device 200 the token The token exchange information including the token is received from the operation server 100 through the communication processing unit 250 and the token exchange information including the token is transmitted to the sound transmission unit 275 through the sound wave transmission unit 275 And a token exchange processing unit 284. Meanwhile, when the operation server 100 transmits the token to the application of the user wireless terminal 190 for the token authentication, the token exchange transmitted from the application of the user wireless terminal 190 through the sound wave receiver 270 And a token exchange processing unit 284 for recognizing the information and transmitting the recognized token and the device specific information of the vehicle device 200 to the operation server 100 through the communication processing unit 250. The token exchange processor 284 may further include a function of generating a token of the designated code system and transmitting the generated token to the operation server 100 through the communication processor 250 according to an embodiment of the present invention.

If the token is generated in the vehicle device 200 according to the second token generation embodiment of the present invention, the token exchange processor 284 generates a token of the designated code system, And transmit the generated token to the operation server 100. Meanwhile, the token may be generated through the operation server 100 or through an application of the user wireless terminal 190, and thus the present invention is not limited thereto.

On the other hand, when the operating server 100 transmits voice output information for guiding the sound wave communication environment of the vehicle to the designated reference sound wave communication environment for the token authentication or instructs sound output to guide the reference sound wave communication environment , The token exchange processing unit 284 receives or configures the sound output information for guiding the sound wave communication environment of the vehicle to the designated reference sound wave communication environment and outputs the sound output through the sound output unit 265, The environment can be guided to the designated reference acoustic communication environment.

When the operation server 100 transmits the token information including the token to the vehicle device 200 corresponding to the device specific information according to the first token authentication embodiment of the present invention, Receives the token information including the token from the operation server 100 through the communication processing unit 250, constructs the token exchange information including the token, and transmits the sound wave through the sound wave transmitting unit 275. Meanwhile, the application of the user wireless terminal 190 recognizes the token exchange information transmitted from the vehicle device 200 by sound wave, and transmits the token included in the token exchange information and the unique identification information of the app of the user wireless terminal 190 To the operation server 100. The operation server 100 receives the token from the application of the user wireless terminal 190 corresponding to the unique identification information, And match the token provided to the vehicle device 200 corresponding to the mapped device unique information. If the basic signal strength to output the sound wave for sound wave communication to the vehicle device 200 is not set, the token exchange processor 284 sets the basic signal strength for sound wave output of the sound wave signal It is possible to output a sound wave having a predetermined number of times or more while changing the output intensity of the sound wave signal obtained by encoding the token.

If the operating server 100 transmits the token information including the token to the vehicle device 200 corresponding to the device specific information according to the first token authentication method, The token exchange information is coded by increasing the output intensity increase value designated at a predetermined time interval from the designated lowest sound wave output intensity and / or outputting the sound wave signal having the token exchange information encoded by the at least one sound wave output intensity information, The token exchange processing unit 284 may check the specific sound wave output intensity information of the sound wave signal outputted from the sound wave at a specific time according to the method of performing the sound wave signal and output the specific sound wave output intensity information And sound wave output time information corresponding to the specific time (if the operating server 100 receives the sound wave output intensity information And the operation server 100 may transmit the at least one sound wave output intensity information and the at least one sound wave intensity information transmitted through the vehicle device 200 You can check the time of sound wave output.

Or when the operating server 100 receives a token from an application of the user wireless terminal 190 corresponding to the unique identification information according to the first token authentication embodiment, Receiving the one or more sound wave receiving intensity information confirmed in the process of recognizing the sound wave receiving intensity information. According to the embodiment of the present invention, the application of the user wireless terminal 190 reads the sound wave signal to be inputted to the sound wave and reads the sound wave reception intensity information and the sound wave reception time point information (if the operation server 100 And may transmit the recognized token, sound wave reception intensity information, and sound wave reception time information to the operation server 100. In addition, the operation server 100 may receive the sound wave reception intensity information and the sound wave reception time information, The operation server 100 may receive at least one token and sound wave reception intensity information from the application of the user wireless terminal 190 and confirm the sound wave reception time point. Or the application of the user wireless terminal 190 transmits the first recognized token to the operation server 100 and then confirms one or more sound wave reception intensity information and sound wave reception time information each time the same token is recognized, The operation server 100 may transmit one or more sound wave reception intensity information and sound wave reception intensity information from the application of the user wireless terminal 190 to the operation server 100. In this case, Time information can be received.

One or more sound wave output intensity information outputting the sound wave signal obtained by encoding the token through the vehicle device 200 according to the first token authentication method is confirmed and the sound wave output intensity information obtained by recognizing the token through the application of the user wireless terminal 190 When at least one time point of sound wave reception intensity information is confirmed, the operation server 100 outputs one or more sound wave reception intensity information confirmed through the application of the user wireless terminal 190 and a sound wave signal output from the vehicle device 200 Determines a basic signal strength for outputting a sound wave signal for effective sound wave communication between the vehicle device (200) and the user wireless terminal (190) in the vehicle by comparing and analyzing a time point of one or more sound wave output intensity information , And transmits the basic strength setting information including the determined basic signal strength to the vehicle apparatus 200. The token exchange processing unit 284 may transmit the basic strength setting information And can set a basic signal intensity for sonically outputting a sound wave signal for sound wave communication in the vehicle apparatus 200 using the received basic intensity setting information.

When the operating server 100 transmits the token information including the token to the application of the user wireless terminal 190 through the unique identification information according to the second token authentication embodiment of the present invention, 190 receives the token information including the token from the operation server 100, configures the token exchange information including the token, encodes the token exchange information into the designated sound signal, and transmits the sound wave. Meanwhile, the token exchange processor 284 recognizes the token exchange information transmitted from the application of the user wireless terminal 190 through the sound receiving function, transmits the token exchange information to the token exchange information, Specific information of the token to the operation server 100. The operation server 100 receives the token from the vehicle device 200 corresponding to the device unique information, And match the token provided by the application of the user wireless terminal 190 corresponding to the mapped unique identification information. If the basic signal strength for outputting a sound wave signal for sound wave communication to the app of the user wireless terminal 190 is not set, the app of the user wireless terminal 190 may transmit the basic signal intensity It is possible to output a sound wave having a predetermined number of times or more while changing the output intensity of the sound wave signal in which the token is encoded.

If the operating server 100 transmits the token information including the token to the application of the user wireless terminal 190 corresponding to the unique identification information according to the second token authentication embodiment, ) May be configured to output a sound wave signal having the token exchange information encoded by the specified one or more sound wave output intensity information at a predetermined number of times or more and / or to increase the output intensity increase value designated at a specified time interval from a specified lowest sound wave output intensity, The user of the user wireless terminal 190 may check the specific sound wave output intensity information of the sound wave signal output at a specific time according to the method, The specific sound wave output intensity information that has been confirmed and the sound wave output time information corresponding to the specific time (if the sound wave output The operation server 100 may transmit the token to the operation server 100 through the application of the user wireless terminal 190. The operation server 100 may transmit the token to the operation server 100 through the application of the user wireless terminal 190. [ It is possible to confirm one or more sound wave output intensity information and a sound wave output time point transmitted from the sound wave.

Or when the operating server 100 receives the token from the vehicle device 200 corresponding to the device specific information according to the second token authentication embodiment through the sound wave receiving unit 270 of the vehicle device 200, Receiving the one or more sound wave receiving intensity information confirmed in the process of recognizing the sound wave receiving intensity information. According to an embodiment of the present invention, the token exchange processing unit 284 receives the sound wave reception intensity information and the sound wave reception time information (if the sound wave reception intensity at the operation server 100 is higher than the sound wave reception intensity at the time of recognizing the token through the sound wave receiver 270) And may transmit the recognized token, sound wave reception intensity information, and sound wave reception time information to the operation server 100. In this case, The server 100 can receive one or more tokens and sound wave reception intensity information from the vehicle device 200 and confirm the sound wave reception time point. Alternatively, the token exchange processor 284 may transmit the first recognized token to the operation server 100, and then, each time the same token is recognized, one or more of the sound reception intensity information and the sound reception time information may be confirmed, The operating server 100 may receive the at least one sound wave reception intensity information and the sound wave reception time information from the vehicle device 200. In this case, .

According to the second token authentication method, one or more sound wave output intensity information outputting the sound wave signal obtained by encoding the token through the app of the user wireless terminal 190 is confirmed, and the token is recognized through the vehicle device 200 When the reception intensity information of one or more time points is confirmed, the operation server 100 outputs one or more sound wave reception intensity information confirmed through the vehicle device 200 and a sound wave signal from an app of the user wireless terminal 190 Determines a basic signal strength for outputting a sound wave signal for effective sound wave communication between the vehicle device (200) and the user wireless terminal (190) in the vehicle by comparing and analyzing a time point of one or more sound wave output intensity information , And transmits the basic strength setting information including the determined basic signal strength to the vehicle apparatus 200. The token exchange processing unit 284 may transmit the basic strength setting information And can set a basic signal intensity for sonically outputting a sound wave signal for sound wave communication in the vehicle apparatus 200 using the received basic intensity setting information.

Meanwhile, either one of the first to second token authentication embodiments of the present invention may be performed, or the two embodiments may be implemented in multiple ways so that the token is transmitted between the vehicle device 200 and the user wireless terminal 190 The operating server 100 may identify the device specific information of the vehicle device 200, the wireless terminal information of the user wireless terminal 190 and the application of the user wireless terminal 190 as unique identification And stores the unique identification information for communicating with the app of the user wireless terminal 190 and the vehicle information of the vehicle having the vehicle device 200 in a designated storage medium.

Referring to FIG. 2, the service module 280 of the vehicle device 200 receives at least the speech recognition information included in the speech recognition information that recognizes the speech uttered by the user through the speech recognition unit 260 A service recognition unit 286 for constructing parking payment recognition information including one keyword and parking payment related information matched with the keyword of the voice recognition information and transmitting it to the operation server 100 through the communication processing unit 250, And the token information including the token is received from the operation server 100 through the communication processing unit 250 when the operation server 100 confirms the token and transmits the token to the vehicle device 200, Token exchange information including a token is transmitted and transmitted to the sound wave transmitting unit 275 through the sound wave transmitting unit 275 and / or the token is transmitted from the operation server 100 to the user wireless terminal 190, The token exchange information transmitted from the application of the user wireless terminal 190 through the communication processing unit 250 and the device specific information of the vehicle device 200 to the operation server 250. [ A token exchange processing unit 284 for transferring the parking settlement service to the operation server 100 through the communication processing unit 250 and a token exchange processing unit 284 for transmitting the parking payment processing service to the operation server 100 through the communication processing unit 250. [ And a result processing unit (290) for receiving the parking payment result information corresponding to the voice output information from the voice output unit (100) and outputting the voice output result through the voice output unit (265) At least one keyword included in the speech recognition information that has further recognized the speech uttered by the user through the speech recognition unit 260 and the keyword of the speech recognition information, And transmits the sound wave through the sound wave transmitting unit 275 and / or the input information inputted through the application of the user wireless terminal 190 through the sound wave receiving unit 270 Receiving the parking payment processing information including at least one of the extraction information extracted through the application and the generation information generated through the application, and configuring the device-side approval request information including the parking payment processing information, (250) to the operation server (100).

The service recognition unit 286 stores the one or more keywords to be recognized as speech through the voice recognition unit 260 in the designated storage area and / or the voice recognition unit 260 and stores at least one parking settlement related information in a designated storage area. When the keyword is recognized through the voice recognition unit 260, the keyword may be included and / And carries out a procedure of configuring the parking payment recognition information including the parking payment related information matched with the keyword and transmitting it to the operation server 100 through the communication processing unit 250. [

According to the first parking settlement start embodiment of the present invention, the service recognition unit 286 recognizes an instruction keyword corresponding to a command for starting the parking settlement service, an instruction for processing an instruction for starting, stopping or ending the parking settlement service At least one of the keywords may be stored in the designated storage area. In this case, when the stored keyword is included in the voice recognition information recognized through the voice recognition unit 260, the service recognition unit 286 recognizes the parking payment based on the keyword, And may transmit the identification information to the operation server 100 through the communication processing unit 250. FIG.

According to the second parking settlement start embodiment of the present invention, the service recognition unit 286 recognizes an instruction keyword corresponding to a command for starting a parking settlement service, an instruction for processing an instruction for starting, stopping or ending a parking settlement service A keyword, an authentication keyword corresponding to authentication information for processing a consent, approval, or authentication of a user during a procedure for providing a parking settlement service, and an input keyword corresponding to input information to be input from a user in order to provide a parking settlement service The above keywords can be stored in a designated storage area. In this case, when the stored keyword is included in the voice recognition information recognized through the voice recognition unit 260, the service recognition unit 286 recognizes the parking payment service among the keywords included in the voice recognition voice recognition information And carries out a procedure of configuring the parking settlement recognition information including at least one keyword related to the keyword and transmitting it to the operation server 100 through the communication processing unit 250. [

According to the third parking settlement start embodiment of the present invention, the service recognition unit 286 recognizes an instruction keyword corresponding to a command for starting a parking settlement service, an instruction for processing an instruction for starting, stopping or ending a parking settlement service A keyword, and an input keyword corresponding to input information to be input from a user in order to provide a parking payment service, an authentication keyword for processing a consent, approval, or authentication of a user during a procedure of providing a parking payment service, It can be stored in the designated storage area by matching with the parking settlement related information related to the settlement service. In this case, when the keyword is included in the voice recognition information recognized through the voice recognition unit 260, the service recognition unit 286 recognizes the keyword included in the voice recognition voice recognition information It is possible to confirm parking payment related information matched with the keyword and to configure the parking payment recognition information including the confirmed parking payment related information and transmit it to the operation server 100 through the communication processing unit 250 . For example, the keyword includes the word 'payment', and the parking payment related information includes card information or account information of a user matching with the keyword 'payment', or is matched with the keyword 'payment' And identification key information for identifying card information or account information of a user registered in a server on the network.

According to the fourth parking settlement start embodiment of the present invention, the service recognition unit 286 recognizes an instruction keyword corresponding to a command for starting a parking settlement service, an instruction for processing an instruction such as start, A keyword, an authentication keyword for processing a consent, approval, or authentication of a user during a procedure of providing a parking payment service, and a keyword of at least one of input keywords corresponding to input information to be input from a user to provide a parking payment service Stores the keyword in a designated storage area, and stores a part of another keyword in a designated storage area by matching with the parking settlement related information related to the parking settlement service. In this case, if a part of the keyword is included in the voice recognition information recognized through the voice recognition unit 260, the service recognition unit 286 recognizes the voice recognition information included in the voice recognition information The parking payment recognition information including matching of some of the keywords and the parking payment related information matching the other keywords and configuring the parking payment recognition information, 250 to the operational server 100 via the network.

According to the fifth parking settlement start embodiment of the present invention, the service recognizing unit 286 recognizes at least one of the first to fourth parking settlement starting embodiments at least partially in combination with at least one voice recognition And parking billing related information stored in the designated storage area and transmits the generated parking billing identification information to the operation server 100 through the communication processing unit 250. [

The service recognizing unit 286 recognizes at least one keyword included in the voice recognition information and the keyword of the voice recognition information through at least one of the first to fifth parking settlement starting embodiments, And transmits the parking payment recognition information to the operation server 100 through the communication processing unit 250. The operation server 100 receives the parking payment recognition information from the vehicle device 200 And confirms the generated token to identify and authenticate the intra-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 in the course of providing the parking payment service, It is possible to perform an authentication procedure to confirm whether the token is effectively exchanged through a sound wave signal of a designated frequency band which can be transmitted and received between the apps of the wireless terminal.

The token exchange processing unit 284 receives the token information including the token from the operation server 100 through the communication processing unit 250 when the operation server 100 confirms the token and transmits the token to the vehicle device 200 And configures the token exchange information including the token included in the token information, and transmits the sound wave through the sound wave transmitting unit 275. Meanwhile, when the operation server 100 transmits the token to the user wireless terminal 190, the token exchange processing unit 284 exchanges the token transmitted from the user's wireless terminal 190 through the sound wave receiving unit 270 And transmits the token included in the token exchange information and the device specific information of the vehicle device 200 to the operation server 100 through the communication processing unit 250. [

When the operation server 100 transmits the token information including the token to the vehicle device 200 corresponding to the device specific information according to the first token authentication embodiment of the present invention, Receives the token information including the token from the operation server 100 through the communication processing unit 250, constructs the token exchange information including the token, and transmits the sound wave through the sound wave transmitting unit 275. Meanwhile, the application of the user wireless terminal 190 recognizes the token exchange information transmitted from the vehicle device 200 by sound wave, and transmits the token included in the token exchange information and the unique identification information of the app of the user wireless terminal 190 To the operation server 100. The operation server 100 receives the token from the application of the user wireless terminal 190 corresponding to the unique identification information, And match the token provided to the vehicle device 200 corresponding to the mapped device unique information.

When the operating server 100 transmits the token information including the token to the application of the user wireless terminal 190 through the unique identification information according to the second token authentication embodiment of the present invention, 190 receives the token information including the token from the operation server 100, configures the token exchange information including the token, encodes the token exchange information into the designated sound signal, and transmits the sound wave. Meanwhile, the token exchange processor 284 recognizes the token exchange information transmitted from the application of the user wireless terminal 190 through the sound receiving function, transmits the token exchange information to the token exchange information, Specific information of the token to the operation server 100. The operation server 100 receives the token from the vehicle device 200 corresponding to the device unique information, And match the token provided by the application of the user wireless terminal 190 corresponding to the mapped unique identification information.

Meanwhile, the operation server 100 may perform any one of the first to the second token authentication embodiments, or may perform the two embodiments in a plurality of ways so that the application of the vehicle device 200 and the user wireless terminal 190 Or the user of the user wireless terminal 190, and / or a user corresponding to the unique identification information based on the result of the effective exchange of the token between the vehicle device 200 and the app of the user wireless terminal 190. [ An information transmission / reception procedure for providing a parking payment service corresponding to the parking payment recognition information (or parking payment request information) via the application of the wireless terminal 190, the parking payment recognition information (or the parking payment request information) And the parking payment corresponding to the parking payment information using the information received via the designated path through the information transmission / reception procedure and the registered payment means information Or a parking settlement processing procedure for generating a parking settlement result.

The service management unit 288 stores one or more keywords to be voice-recognized through the voice recognition unit 260 in a designated storage area and / or authenticates or processes the parking payment service to authenticate or process the parking payment service The speech recognition unit 260 may store a keyword to be recognized as speech and at least one parking settlement related information in a designated storage area. If the keyword is recognized through the speech recognition unit 260, Or parking billing authentication information including parking billing related information matched with the keyword and transmitting the billing authentication information to the operating server 100 through the communication processing unit 250 and / or the sound wave transmitting unit 275 A sound wave transmission procedure can be performed.

According to the first parking settlement operation embodiment of the present invention, the service operation unit 288 processes instruction keywords corresponding to a command for authenticating or processing a parking payment service, instructions for authentication, processing, or termination of the parking payment service At least one of the instruction keywords can be stored in the designated storage area. In this case, when the stored keyword is included in the voice recognition information that is recognized through the voice recognition unit 260, the service management unit 288 searches for a parking lot designated to authenticate or process the parking payment service based on the keyword The payment authentication information may be configured and transmitted to the operation server 100 through the communication processing unit 250 and / or the sound wave transmission process may be performed through the sound wave transmitting unit 275.

According to the second parking settlement operation embodiment of the present invention, the service operation unit 288 processes instruction keywords corresponding to a command for authenticating or processing the parking payment service, instructions for authentication, processing, or termination of the parking payment service An instruction keyword, an authentication keyword corresponding to authentication information for processing a consent or approval or authentication of a user during a procedure for providing a parking payment service, and an input keyword corresponding to input information to be input from a user to provide a parking payment service One or more keywords may be stored in a designated storage area. In this case, when the stored keyword is included in the voice recognition information recognized through the voice recognition unit 260, the service management unit 288 determines whether the keyword included in the voice recognition voice recognition information is related to the parking payment service A parking billing authentication information including at least one keyword may be configured and transmitted to the operation server 100 through the communication processing unit 250 and / or a sound wave transmitting process may be performed through the sound wave transmitting unit 275. For example, the keyword may include a word set as authentication information of the parking payment service.

According to the third parking settlement operation embodiment of the present invention, the service operation unit 288 processes instruction keywords corresponding to a command for authenticating or processing the parking payment service, instructions for authentication, processing, or termination of the parking payment service An input keyword corresponding to an input keyword to be input from a user in order to provide a parking payment service, an authentication keyword for accepting approval or approval or authentication of a user during a procedure for providing a parking payment service, It may be stored in a designated storage area by matching with parking payment related information related to the parking payment service. In this case, when the keyword is included in the voice recognition information that is recognized through the voice recognition unit 260, the service management unit 288 searches the keyword related to the parking payment service among the keywords included in the voice recognition voice recognition information And transmits the parking payment authentication information including the confirmed parking payment related information to the operation server 100 through the communication processing unit 250 and / 275 in order to transmit the sound waves. For example, the parking payment related information includes authentication information of a parking payment service, and the keyword may include a word matched with the authentication information.

According to the fourth parking settlement operation embodiment of the present invention, the service operation unit 288 processes instruction keywords corresponding to a command for authenticating or processing a parking payment service, instructions for authentication, processing, or termination of the parking payment service An instruction keyword, an authentication keyword for processing a consent or approval or authentication of a user during a procedure for providing a parking payment service, and a keyword of at least one of input keywords corresponding to input information to be input from a user to provide a parking payment service Stored in a designated storage area, and stores a part of another keyword in a designated storage area by matching with parking payment related information related to the parking payment service. In this case, when a part of the keyword is included in the voice recognition information recognized through the voice recognition unit 260, the service management unit 288 transmits a keyword included in the voice recognition information And the parking payment authentication information including the part of the keyword and the parking payment related information matched with the other part of the keyword, and transmits the parking payment authentication information to the communication processing unit 250 To the operation server 100 through the sound wave transmitting unit 275 and / or a sound wave transmitting procedure through the sound wave transmitting unit 275.

According to the fifth parking settlement operation embodiment of the present invention, the service operation unit 288 may perform at least one of the first to fourth parking settlement operation embodiments, at least partially, A parking ticket authentication information including a keyword and / or a parking settlement related information stored in a designated storage area, and transmits the parking ticket authentication information to the operation server 100 through the communication processing unit 250 and / or the sound wave transmitting unit 275, It is possible to perform a transmission procedure.

The service operation unit 288 may perform at least one of the first to fifth parking operation embodiments in cooperation with the exchange process of tokens processed through the token exchange processing unit 284 and / It is possible to perform a procedure of receiving sound wave transmitted from the user wireless terminal 190 by sound wave and transmitting the sound wave to the operation server 100 through the new processing unit. Alternatively, the service operation unit 288 may transmit the token exchange request to the first to fifth parking settlement units 282 and 284 based on the result of the authentication of the token performed by the operation server 100 based on the exchange process of the token processed through the token exchange processing unit 284, The user terminal 100 may receive at least one of the operating embodiments and / or sound wave transmitted from the user wireless terminal 190 on the basis of the result of the authentication of the token, and transmits the sound wave to the operation server 100 ) To the mobile station.

According to the first embodiment of the present invention, the service management unit 288 is configured to receive the voice recognition information (voice recognition information) recognized through the voice recognition unit 260 in conjunction with the token exchange process of the token exchange processing unit 284, And parking billing authentication information including a keyword included in the voice recognition information and / or matching the stored keyword with the keyword of the voice recognition information, and transmits the token, the parking payment authentication information, And an input from the user through the application of the user wireless terminal 190 through the sound wave receiver 270 in conjunction with the token exchange process of the token exchange processor 284, Extracting information extracted from a designated storage area of the user wireless terminal 190 based on a user operation on an app of the user wireless terminal 190, Receives the parking payment processing information including at least one of the generated information generated through the application of the user wireless terminal (190) based on the user operation on the application of the wireless terminal (190), and transmits the sound wave to the communication processing unit And transmits the token, the payment processing information, and the device-specific information to the operation server 100 through the voice recognition unit 260 in association with the token exchange process of the token exchange processing unit 284, And parking billing authentication information including the keyword included in the voice recognition information and / or the parking billing-related information matched with the keyword of the voice recognition information, and transmits the parking billing authentication information through the sound wave transmitting unit 275 to sound waves And the operation server 100 may perform the procedure of exchanging the token with the parking payment authentication information or the parking payment You can receive information about Lee.

According to the second embodiment of the present invention, when the token is authenticated through the token exchange process through the token exchange processing unit 284, the service operation unit 288 transmits, The communication processing unit 250 configures the parking payment authentication information including the keyword included in the recognized voice recognition information and / or the parking payment related information matched with the keyword of the voice recognition information through the voice recognition unit 260, And transmits the token, the parking payment authentication information, and the device-specific information to the operation server 100 through the sound receiving unit 270 based on the authentication result of the token, From the designated storage area of the user wireless terminal 190, based on the input information input from the user through the application, the user's operation on the app of the user wireless terminal 190 Receives the extracted extraction information, and the parking payment processing information including at least one of the generated information generated through the application of the user wireless terminal (190) based on a user operation on the user wireless terminal (190) A process of transmitting the token, the parking payment processing information, and the device-specific information to the operation server 100 through the communication processing unit 250, a procedure of adding the token through the voice recognition unit 260 based on the authentication result of the token, And parking billing authentication information including the keyword included in the recognized voice recognition information and / or the parking payment-related information matched with the keyword of the voice recognition information, and transmits the parking payment authentication information through the sound wave transmitting unit 275 to a sound wave The operation server 100 may perform one or more of the procedures for transmitting the token through the designated path based on the authentication result of the token, Tea can receive payment authentication information or parking payment processing information.

According to the embodiment of the third parking payment information transmission / reception of the present invention, the service operation unit 288 transmits the parking payment authentication Information to be transmitted to the operation server 100, and processing to transmit the information on the parking payment processing to the operation server 100, and thus the present invention is not limited thereto.

The parking payment authentication information based on the voice recognition function of the vehicle device 200 and the parking payment based on the app of the user wireless terminal 190 according to at least one embodiment of the first to third parking payment information transmission / When at least one of the processing information is received, the operating server 100 transmits at least one of the information included in the parking payment recognition information (or the parking payment request information) and the first to third parking payment information transmission / reception examples (Or requested) by using the information included in at least one of the parking payment authentication information and the parking payment processing information received through the embodiment, And / or performs a series of parking payment processing procedures for generating parking payment results. On the other hand, the operation server 100 further confirms the parking payment using the information included in the driving information and the status information collected from the vehicle OBD through the vehicle device 200 (for example, driving information collected from the vehicle OBD It is possible to perform a series of parking payment processing procedures for confirming whether the fuel amount of the vehicle is increased by the state information and processing the approval process of the parking payment) and / or generating the parking payment result.

As a result of performing the parking payment processing procedure, the operation server 100 confirms the parking payment result information generated through the designated payment server, generates voice output information corresponding to the confirmed parking payment result information, And the result processing unit 290 receives the parking payment result information corresponding to the voice output information from the operation server 100 through the communication processing unit 250 and transmits the parking payment result information corresponding to the voice output information to the voice output unit 265, .

According to the one-way parking payment method of the present invention, which is provided by combining at least one of the first to third parking payment information transmission / reception embodiments with the parking payment processing procedure, the token authentication unit 120 The parking billing authentication information based on the voice recognition unit 260 based on the result of interchanging the token exchange or the token validated through the token authentication unit 120, 275, and then transmits and transmits the terminal-side transmission information including the parking payment authentication information, which is received by the application of the user wireless terminal 190, to the operating server 100, 190 to receive the terminal-side transmission information, and approve the parking payment corresponding to the parking payment information using the information included in the received terminal-side transmission information Performs a procedure or a parking settlement processing procedure for generating a parking settlement result, checks the parking settlement result information generated through the parking settlement processing procedure, and processes the information to output voice through the voice output unit 265 .

The operation server 100 may operate in conjunction with a process of exchanging a token performed through the token authentication unit 120 or may be configured to perform a voice output process based on a result of effectively exchanging a token performed through the token authentication unit 120. [ And outputs voice output information for inducing utterance of the user including one or more keywords set for authenticating or processing the parking payment service through the voice input / output unit 265 (if the user voluntarily fires) . If the user speaks a voice including one or more keywords set to authenticate or process the parking payment service based on the voice output (or autonomously), the service operation unit 288 can use the voice recognition function Recognizes the speech voice to generate speech recognition information, reads a word included in the recognized speech recognition information, and determines whether the speech recognition information includes one or more keywords set for authenticating or processing the parking payment service Check. When the voice recognition information includes one or more keywords set to authenticate or process the parking payment service, the service operation unit 288 may include one or more keywords included in the voice recognition information and / And parking billing authentication information including at least one of the parking billing-related information stored in the designated storage area matching the keyword included in the information.

According to the embodiment of the first parking payment authentication information configuration of the present invention, the service management unit 288 may be configured to perform parking payment including one or more keywords set to authenticate or process the parking payment service among the words included in the voice recognition information Authentication information can be configured. Preferably, the parking payment authentication information may include an authentication keyword corresponding to authentication information for approval or authentication of the parking payment service.

According to the embodiment of the second parking settlement authentication information configuration of the present invention, the service operation unit 288 confirms the parking settlement related information stored in the designated storage area by matching with the keyword included in the voice recognition information, The parking payment authentication information including the stored parking payment related information can be configured. Preferably, the parking payment authentication information may include authentication information for matching the authentication keyword for approval or authentication of the parking payment service.

According to the embodiment of the third parking settlement authentication information configuration of the present invention, the service operation unit 288 includes one or more keywords set to authenticate or process the parking settlement service among the words included in the voice recognition information And parking payment authentication information including parking payment related information stored in a designated storage area matching with the keyword included in the voice recognition information.

If the parking payment authentication information is configured according to at least one of the first to third parking payment authentication information configuration examples, the service operation unit 288 transmits the parking payment authentication information through the sound wave transmission unit 275 And transmits sound waves in a short distance.

The application of the user wireless terminal 190 is activated to activate the sound wave receiving function. When the vehicle device 200 transmits the parking payment authentication information by sound wave, the parking payment authentication information is sound wave .

The application of the user wireless terminal 190 may include at least a part of the parking payment authentication information that is received by the sound wave reception (or through a user operation) of the parking payment authentication information (for example, sound wave received parking payment authentication information Side transmission information including a part of the parking billing authentication information which is received by the sound wave and the other part of which can be used for the operation of the application) And may further include one or more pieces of information specified in addition to the parking billing authentication information.

According to the first terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include a token exchanged between the app of the user wireless terminal 190 and the vehicle device 200, The operating server 100 may match the information received from the vehicle device 200 and the information received from the app of the user wireless terminal 190 for the parking payment service.

According to the second terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include unique identification information that uniquely identifies the application of the user wireless terminal 190. [

According to the third terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include input information input from the user through the application of the user wireless terminal 190. [

According to the fourth terminal side transmission information embodiment of the present invention, the terminal side transmission information is extracted from the designated storage area of the user wireless terminal (190) based on a user operation to the user wireless terminal (190) And may further include information.

According to the fifth terminal-side transmission information embodiment of the present invention, the terminal-side transmission information is transmitted to the application of the user wireless terminal (190) As shown in FIG.

According to the sixth terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include information in the form of at least partially combining two or more of the first to fifth terminal side transmission information, The present invention is not limited thereto.

Side transmission including at least a part of the parking payment authentication information in the app of the user wireless terminal (190) and further including information corresponding to at least one embodiment of the first to sixth terminal side transmission information embodiments The operating server 100 receives the terminal-side transmission information from the application of the user wireless terminal 190, and receives the parking payment recognition information (or parking information) received via the information receiver 105 (Or payment request information) using the information included in the received information on the terminal side transmission information and the information included in the received terminal side transmission information And / or performs a series of parking payment processing procedures for generating parking payment results. On the other hand, the operation server 100 further confirms the parking payment by using the information included in the driving information or the status information collected from the vehicle OBD through the vehicle device 200 (for example, driving information collected from the vehicle OBD It is possible to perform a series of parking payment processing procedures for confirming whether the fuel amount of the vehicle is increased by the state information and processing the approval process of the parking payment) and / or generating the parking payment result.

Meanwhile, according to the extended method of the present invention, the service management unit 288 may configure the device-side transmission information including the token and transmit the device-side transmission information through the network communication function, 200). ≪ / RTI >

According to the first device-side transmission information embodiment of the present invention, the device-side transmission information may further include device-specific information that uniquely identifies the vehicle device 200.

According to the second device-side transmission information embodiment of the present invention, the device-side transmission information is transmitted to the vehicle device 200 through the voice recognition function that recognizes the voice uttered by the user in order to authenticate the parking payment service through the voice recognition function At least one of the keyword and the parking settlement related information excluding the keyword or the parking settlement related information included in the parking payment authentication information, which is included in the parking payment authentication information, which is matched with the keyword of the voice recognition information, And may further include one.

According to the third device-side transmission information embodiment of the present invention, the device-side transmission information is input from the user through the app of the user wireless terminal 190 and transmitted through a sound wave, And may further include input information on the wireless terminal side that has received the sound wave.

According to the fourth apparatus side transmission information embodiment, the apparatus side transmission information is extracted from a designated storage area of the user wireless terminal (190) based on a user operation on an app of the user wireless terminal (190) And may further include extraction information of the wireless terminal side that has received the sound wave through the sound wave reception function of the vehicle apparatus 200 after the transmission.

According to the fifth apparatus side transmission information embodiment, the apparatus side transmission information is generated through an app of the user wireless terminal (190) based on a user operation on the user wireless terminal (190) And generate information on the side of the wireless terminal which has received the sound wave through the sound wave receiving function of the vehicle apparatus 200. [

 When the service operation unit 288 constructs and transmits the device-side transmission information including the token and further includes information corresponding to at least one of the first to fifth device-side transmission information embodiments, The server 100 may receive the device-side transmission information from the vehicle device 200. [

When receiving the terminal side transmission information from the app of the user wireless terminal 190 and receiving the device side transmission information from the vehicle device 200, the operation server 100 transmits the device side transmission information to the information receiving unit 105, (Or parking payment request information) using information included in at least one of the information included in the parking payment recognition information (or the parking payment request information) received via the terminal-side transmission information and the device- (Or requested) by the payment request information) and / or performs a series of parking payment processing procedures for generating a parking payment result. On the other hand, the operation server 100 further confirms the parking payment by using the information included in the driving information or the status information collected from the vehicle OBD through the vehicle device 200 (for example, driving information collected from the vehicle OBD It is possible to perform a series of parking payment processing procedures for confirming whether the fuel amount of the vehicle is increased by the state information and processing the approval process of the parking payment) and / or generating the parking payment result.

The operation server 100 confirms the parking payment result information generated through the designated payment server as a result of performing the parking payment processing procedure using the information included in the terminal side transmission information, And verifies the parking settlement result information generated through the designated payment server as a result of performing the parking settlement processing procedure by using the information included in the device-side transmission information. If the parking payment result information corresponding to the result of performing the parking payment processing procedure is generated, the operating server 100 generates voice output information corresponding to the confirmed parking payment result information, And the result processing unit 290 receives the parking payment result information corresponding to the voice output information from the operation server 100 through the communication processing unit 250 and outputs the voice payment result information through the voice output unit 265 do.

3 is a diagram illustrating a process of transmitting and receiving information for registration of the vehicle device 200 according to an embodiment of the present invention.

More specifically, FIG. 3 shows a case where the device registration state of the vehicle device 200 is not confirmed at the time of power input of the vehicle device 200, or when the vehicle device 200 and the OBD module 180 are not paired, A process in which the apparatus 200 transmits information necessary for registration of the vehicle apparatus 200 to the operation server 100 by interlocking or combining two or more functions of the voice output function, the voice recognition function, and the network communication function, Those skilled in the art will appreciate that various methods of transmitting and receiving information for registering the vehicle device 200 (e.g., some steps may be omitted, The present invention is not limited to the above-described embodiments, and it is to be understood that the technical features of the present invention are not limited thereto, It is not limited. For the sake of convenience, FIG. 3 shows vehicle information and wireless terminal information as voice recognition and registration through the vehicle device 200, but the present invention is not limited thereto.

3, when the power is inputted to the vehicle device 200, the vehicle device 200 reads the information stored in the designated storage area or communicates with the operation server 100 through the network communication function to check the device registration status (300). If the registered state of the vehicle device 200 is not confirmed, the vehicle device 200 can start the procedure of registering the vehicle device 200. [ On the other hand, the vehicle device 200 confirms whether it is in a pairing state with the OBD module 180 connected to the vehicle OBD through short-range wireless communication at the time of power input (305). If the vehicle device 200 is not in a pairing state with the OBD module 180, the vehicle device 200 performs a procedure of performing a pairing process with the OBD module 180, If the pairing has been processed, the vehicle device 200 can start the procedure for registering the vehicle device 200. [

The vehicle device 200 audibly outputs 311 the voice output information designated to start the registration procedure of the vehicle device 200 through the voice output function and transmits the voice output information to the vehicle device 200 through the voice recognition function (320) whether speech recognition information including a designated keyword (e.g., command keyword, or directive keyword) is recognized to start the registration procedure. If the keyword designated by the voice recognition function is confirmed, the vehicle device 200 confirms (325) the device-specific information for uniquely identifying the vehicle device 200 from the designated storage area, Specific information to the operation server 100 or may transmit the registration request information including the device-specific information to the operation server 100 (340). In this case, the operation server 100 may receive the device-specific information from the vehicle device 200 or receive registration request information including the device-specific information (345).

According to the embodiment of the present invention, the vehicle device 200 outputs (330) a voice to induce the user to utter the vehicle information through the voice output function, and transmits the voice uttered by the user through the voice recognition function (335), transmits the vehicle information to the operation server (100) through the network communication function, or transmits the registration request information including the vehicle information to the operation server (100) (340). In this case, the operation server 100 may receive the vehicle information from the vehicle device 200 or may receive the registration request information including the vehicle information (345).

According to the embodiment of the present invention, the vehicle device 200 can generate a voice of the wireless terminal information corresponding to the user wireless terminal 190 to communicate with the vehicle device 200 by sound wave communication through the voice output function (330), recognizes (335) the acquired wireless terminal information by recognizing the voice uttered by the user through the voice recognition function, and transmits the wireless terminal information to the operation server 100 or may transmit the registration request information including the wireless terminal information to the operation server 100 (340). In this case, the operation server 100 may receive the wireless terminal information from the vehicle device 200 or may transmit the registration request information including the wireless terminal information to the operation server 100 (345).

On the other hand, when receiving the wireless terminal information from the vehicle device 200, the operation server 100 can check whether the application designated in the user wireless terminal 190 corresponding to the wireless terminal information is installed (350) . If the application designated by the user wireless terminal 190 is not installed, the operation server 100 may process 355 to output a voice instructing the user wireless terminal 190 to install the designated application, The vehicle device 200 can receive or output voice output information for inducing installation of the application designated by the user wireless terminal 190 and output voice through the voice output function. Meanwhile, when the application specified in the user wireless terminal 190 is installed, the operating server 100 uniquely identifies the application of the user wireless terminal 190 on the designated communication network, and at the same time, (365) unique identification information for communicating with the app of the mobile terminal (190).

4 is a diagram illustrating a token authentication process for registering a vehicle device 200 according to an embodiment of the present invention.

4 shows a case where the token information including the token is transmitted from the operation server 100 to the vehicle device 200. The vehicle device 200 receives the token information from the operation server 100, Token exchange information including a token is transmitted and the sound wave transmission function is transmitted to a sound wave, the token exchange information is recognized in the application of the user wireless terminal 190, and the token included in the token exchange information and the token exchange information 190 to the operation server 100 and authenticates the mobile terminal 200 by transmitting the basic signal for the sound wave communication between the vehicle device 200 and the user wireless terminal 190 A person skilled in the art will be able to refer to and / or modify the FIG. 4 to determine whether or not to vary the token authentication process for registering the vehicle device 200 It is to be understood that the present invention is not limited to the embodiment (s), but it is to be understood that the invention may be practiced otherwise than as specifically described herein, Technical features are not limited.

Referring to FIG. 4, the operation server 100 transmits the device unique information of the vehicle device 200, the wireless terminal information of the user wireless terminal 190, and the information of the vehicle having the vehicle device 200 When the specified information is received / confirmed and one or more of the vehicle information is received and unique identification information for communicating with the app of the user wireless terminal 190 is confirmed by installing the application specified in the user wireless terminal 190, (100) confirms the token generated for the token authentication (400). The tokens may be generated at least partially by combining at least one or more of those generated via the operating server 100, generated via the vehicle device 200, or generated via the app of the user wireless terminal 190 .

If the token is confirmed, the operation server 100 constructs token information including the token and transmits it to the vehicle device 200 (405). The vehicle device 200 receives the token information from the operation server 100 The token information including the token is received (410), and the vehicle device (200) is confirmed (415) whether a basic signal strength for sound communication is set in the vehicle. If the basic signal strength is set in the vehicle device 200, the vehicle device 200 constructs the token exchange information including the token exchange information, and converts the sound wave signal obtained by encoding the token exchange information into a predetermined basic signal strength And outputs sound waves (420).

On the other hand, when the basic signal strength set in the vehicle device 200 is not confirmed, the vehicle device 200 confirms the sound wave output intensity for sound wave output of the sound wave signal encoding the token exchange information including the token , Confirms the sound wave output intensity received from the operation server 100 or confirms the sound wave output intensity determined based on the lowest sound wave output intensity and the output intensity increase value set in the vehicle apparatus 200) And outputs the sound wave signal obtained by encoding the token exchange information including the sound wave to the confirmed sound wave output intensity (430). Meanwhile, according to an embodiment of the present invention, the vehicle apparatus 200 may output a sound to induce the sound wave communication environment of the vehicle to a specified reference sound wave communication environment using the sound output function before the sound wave is outputted as a sound wave. The present invention is not limited thereto.

On the other hand, the operation server 100 reads the sound wave output intensity related information for outputting the sound wave signal obtained by encoding the token exchange information in the vehicle device 200, and encodes the token exchange information in the vehicle device 200 The sound wave output intensity information and the sound wave output time information of the sound wave signal outputted from the sound wave can be confirmed (445). Meanwhile, if the vehicle apparatus 200 transmits the sonic output intensity information of the sonic wave signal, the operating server 100 may receive the sonic power intensity information (445). On the other hand, when the vehicle device 200 confirms (435) and transmits (440) the sound wave output time information of the sound wave signal obtained by encoding the sound wave signal encoded with the token exchange information in operation 440, (445).

On the other hand, the user's wireless device receives the sound wave output from the vehicle device 200 and recognizes the token (450), confirms the sound wave reception intensity information at the time of recognizing the token (455) The operation server 100 transmits the recognized token, unique identification information for the app of the user wireless terminal 190 and the confirmed sound reception intensity information to the operation server 100 in operation 460, Receives the token recognized by the user's wireless application and the sound wave reception intensity information from the user wireless application corresponding to the information, and confirms the sound wave reception time information in which the token is recognized by the user's wireless wireless application 465). If the application of the user wireless terminal confirms the sound wave reception time information that recognized the token (455) and transmits (460), the operation server 100 receives from the application of the user wireless communication corresponding to the unique identification information And receive the sound wave reception time information (465).

When the sound wave output intensity information and the sound wave output time information of the vehicle apparatus 200 are confirmed and the sound wave reception intensity information and the sound wave reception time information that recognize the token are confirmed through the application of the user wireless LAN, For matching the sound wave output intensity information with the time point of the sound wave reception intensity information to output a sound wave signal for effective sound wave communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle The base signal strength is determined (470).

The operation server 100 constructs basic strength setting information including the determined basic signal strength and transmits the basic strength setting information to the vehicle device 200 at step 475. The vehicle device 200 receives the basic strength setting information (480) to a basic signal strength for sonically outputting a sound wave signal for effective sound communication between the vehicle device (200) and an app of the user wireless terminal (190) in the vehicle.

Meanwhile, the operation server 100 constructs basic strength setting information including the determined basic signal strength, and transmits the basic strength setting information to the user's wireless application (485). The application of the user wireless terminal sets the basic strength setting information (490) to a basic signal strength for sound wave output for sound wave communication between the vehicle device (200) and the user wireless terminal (190) in the vehicle. Then, the apps of the vehicle device 200 and the user wireless terminal 190 can process the sound wave communication by outputting the sound wave signal with the set basic signal strength.

FIG. 5 is a diagram illustrating a token authentication process for registering a vehicle device 200 according to another embodiment of the present invention.

5 shows an example of a case where the application server 100 transmits token information including a token to an application of the user wireless terminal 190. When the application of the user wireless terminal 190 receives a token from the operation server 100, And transmits the token exchange information including the token to a sound wave, the vehicle device 200 recognizes the token exchange information through the sound wave receiving function, and transmits the token included in the token exchange information to the vehicle And transmits a basic signal for sound communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle by transmitting the unique device information to the operation server 100 and authenticating the device 200. [ A person skilled in the art will be able to refer to and / or modify the FIG. 5 for the token authentication process for registering the vehicle device 200 It is to be understood that one embodiment (e.g., a method in which some steps are omitted or an order is changed) may be inferred, but the present invention includes all of the above-mentioned embodiments, Its technical characteristics are not limited.

Referring to FIG. 5, the operation server 100 transmits the device-specific information of the vehicle device 200, the wireless terminal information of the user wireless terminal 190, and the information of the vehicle having the vehicle device 200 When the specified information is received / confirmed and one or more of the vehicle information is received and unique identification information for communicating with the app of the user wireless terminal 190 is confirmed by installing the application specified in the user wireless terminal 190, (100) identifies the generated token for token authentication (500). The tokens may be generated at least partially by combining at least one or more of those generated via the operating server 100, generated via the vehicle device 200, or generated via the app of the user wireless terminal 190 .

If the token is confirmed, the operating server 100 constructs token information including the token and transmits the token information to an app of the user wireless terminal 190 (step 505). The application of the user wireless terminal 190 (510) the token information including the token from the operation server (100), and confirms whether the basic signal strength for the sound wave communication in the vehicle is set to the app of the user wireless terminal (515). If the basic signal strength is set in the application of the user wireless terminal 190, the application of the user wireless terminal 190 constructs the token exchange information including the token, and transmits the sound wave signal obtained by encoding the token exchange information And outputs sound waves at the designated basic signal strength (520).

On the other hand, when the basic signal strength set in the application of the user wireless terminal 190 is not confirmed, the user's wireless terminal 190 appends the token exchange information including the token to the sound wave (E.g., ascertaining the sonic output strength received from the operational server 100, or determining the sonic output intensity determined based on the lowest sonic output strength and output power increment values set for the app of the user wireless terminal 190) (525), and outputs the sound wave signal obtained by encoding the token exchange information including the token to the confirmed sound wave output intensity (530). Meanwhile, according to the embodiment, the vehicle apparatus 200 may use the voice output function to output the sound wave communication environment of the vehicle to the designated reference sound wave communication environment The present invention is not limited thereto.

Meanwhile, the operation server 100 reads the information related to the sound wave output intensity for outputting the sound wave signal obtained by encoding the token exchange information in the application of the user wireless terminal 190, The sound wave output intensity information and sound wave output time information obtained by sonic wave encoding the token exchange information encoded sound wave can be confirmed (545). Meanwhile, if the application of the user wireless terminal 190 transmits the sound wave output intensity information which is the sonic wave output of the sound wave signal, the operating server 100 may receive the sound wave output intensity information (545) . Meanwhile, if the application of the user wireless terminal 190 confirms (535) and transmits (540) the sound wave output time information of the sound wave signal obtained by encoding the sound wave signal encoded by the token exchange information, And may receive the output time information (545).

Meanwhile, the vehicle device 200 recognizes a token by receiving a sound wave output from a sound wave output from the user wireless terminal 190 (550), checks the sound wave reception intensity information at the time of recognizing the token (555 (560) the recognized token, the device specific information about the vehicle device (200) and the confirmed sound reception intensity information to the operation server (100), and the operation server (100) Receives the token recognized by the vehicle device 200 and the sound wave reception intensity information from the vehicle device 200 corresponding to the information, and confirms the sound wave reception time information in which the token is recognized in the vehicle device 200 565). If the vehicle device 200 recognizes the token and confirms the reception time information 555 and transmits it to the vehicle device 200 in response to the device unique information, And receive the sound wave receiving time information (565).

When the sound wave output intensity information and the sound wave output time information which output the sound wave signal through the app of the user wireless LAN are confirmed and the sound wave reception intensity information and the sound wave reception time information of the vehicle device 200 are confirmed, ) Matches and analyzes the sound wave output intensity information and the sound wave reception intensity information and outputs a sound wave signal for effective sound wave communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle (570). ≪ / RTI >

The operation server 100 constructs basic intensity setting information including the determined basic signal intensity and transmits the basic intensity setting information to the vehicle device 200 at step 575. The vehicle device 200 receives the basic intensity setting information (580) a basic signal strength for sound wave output for effective sound communication between the vehicle device 200 and the user wireless terminal 190 in the vehicle.

Meanwhile, the operation server 100 constructs basic strength setting information including the determined basic signal strength, and transmits the basic strength setting information to the app of the user wireless terminal (585), and the app of the user wireless terminal sets the basic strength setting information (590) to a basic signal strength for sonically outputting a sound wave signal for effective sound communication between the vehicle device (200) and the user wireless terminal (190) in the vehicle. Then, the apps of the vehicle device 200 and the user wireless terminal 190 can process the sound wave communication by outputting the sound wave signal with the set basic signal strength.

6 is a diagram illustrating a registration process of the vehicle apparatus 200 according to an embodiment of the present invention.

In more detail, FIG. 6 is a diagram illustrating a case where a token is authenticated through at least one of the processes of FIGS. 4 and 5 according to the method of mapping / storing information received / confirmed through the process of FIG. 6 is a flowchart illustrating a process of mapping / storing the received / verified information to a storage medium. Referring to FIG. 6, It will be appreciated that various implementations of the registration process may be inferred (e.g., some steps omitted, or alternate implementations), but the present invention encompasses all of the above- The technical features thereof are not limited only by the method of implementation. FIG. 6 illustrates an embodiment in which the payment means information is entered and registered through the application of the user wireless terminal 190 after the token is authenticated for convenience. However, the present invention is not limited thereto, Information can be registered at any time after the application specified in the user wireless terminal 190 is installed, and it is made clear that the present invention is not limited by the time of registering the payment means information.

Referring to FIG. 6, the process of FIG. 3 may be performed by using at least one of the device-specific information of the vehicle device 200, the wireless terminal information of the user wireless terminal 190, and the vehicle information of the vehicle having the vehicle device 200, The operation server 100 receives the device unique information of the vehicle device 200 and the wireless device 190 of the user wireless terminal 190. When the unique identification information of the user wireless terminal 190 is confirmed, The terminal information, the unique identification information for communicating with the app of the user wireless terminal 190, and the vehicle information of the vehicle may be mapped and stored in a designated storage medium (650).

Meanwhile, the operation server 100 compares the token received through the application of the user wireless terminal 190 with the token transmitted to the vehicle device 200 through the process of FIG. 4, and / (600) the token transmitted to the app of the user wireless terminal (190) and the token received through the vehicle device (200). If the token is not authenticated, the operation server 100 transmits registration error information to the vehicle device 200 (610). The vehicle device 200 receives the registration error information, (615).

Meanwhile, when the exchanged token is authenticated through the process of FIG. 4 or the process of FIG. 5, the operation server 100 processes the voice output to guide the registration of the payment means information through the vehicle device 200 620), and the vehicle device 200 outputs a voice to which the user's payment means information is registered (625). The registration of the payment means information may include registration through the application of the wireless terminal and voice recognition based registration through the vehicle device 200.

Meanwhile, when inputting payment method information through an application of the user wireless terminal 190 and registering the payment method information, the operation server 100 may perform a procedure of remotely operating an application of the wireless terminal using the unique identification information ( 630) (may be omitted). The user wireless terminal 190 operates the application to register the payment means information (635), receives the payment method information of the user through the application, and transmits the payment method information to the operation server (640). On the other hand, according to the method, the payment means information may be transmitted to the operating server 100 after sound waves are transmitted through sound waves through the vehicle device 200 after the sound waves are transmitted. According to another embodiment of the present invention, the payment means information is transmitted to the operation server 100 after speech recognition through the vehicle device 200, or is sound-recognized through the vehicle device 200, And can be transmitted to the operation server 100 through the application of the terminal 190. The operation server 100 receives the payment method information of the user inputted through the application of the user wireless terminal 190 (645).

The operation server 100 is configured to transmit the device unique information of the vehicle device 200, the wireless terminal information of the user wireless terminal 190, unique identification information for communicating with the app of the user wireless terminal 190, The information of two or more pieces of information is mapped and stored in a designated storage medium (650). The operating server 100 may map the payment means information to at least one information stored in the storage medium and store the information. If the payment means information can not be stored in the storage medium of the operation server 100, the operation server 100 transmits the payment means information to the issuer server (or the payment server) (Or a payment server) to be stored in a payment means storing medium of the issuer server, and confirm / generate identification code information for identifying the payment means information stored in the issuer server (or the payment server) Payment server), and stores the identification code information for identifying the payment means information with at least one piece of information stored in the storage medium (655).

7 is a diagram illustrating a parking payment service start / request process and a token authentication process according to an embodiment of the present invention.

In more detail, FIG. 7 illustrates inter-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 for the parking payment service when the parking payment service is started through the voice recognition function of the vehicle device 200 (Or when a parking payment service is requested via the app of the user wireless terminal 190) to the vehicle device 200 is confirmed via the application of the user wireless terminal 190. In this case, If the person skilled in the art is familiar with the process of performing authentication, referring to and / or modifying FIG. 7, a variety of implementations of the parking payment service start / request process and token authentication process It is to be understood that the invention may be practiced otherwise than as specifically described herein, but it will be appreciated that the invention may be practiced otherwise than as described, And the technical features thereof are not limited only by the method shown in FIG. 7 is a flowchart illustrating a method for providing a parking settlement service according to an embodiment of the present invention. The method for providing a parking settlement service according to the present invention will now be described with reference to FIG. The present invention is not limited to the authentication process of the token of the present invention.

Referring to FIG. 7, the vehicle device 200 recognizes speech recognition information including a keyword for starting a parking payment service by recognizing speech uttered by the user through the speech recognition function, and / And the stored parking settlement related information matching with the keyword of the voice recognition information is checked (700). If the vehicle device 200 recognizes the voice recognition information including the keyword for starting the parking payment service and / or confirms the stored parking payment related information matching the keyword of the recognized voice recognition information, (705), which includes at least one of a keyword included in the voice recognition information and a parking payment related information matched with the keyword of the voice recognition information stored in the voice recognition information (705) And transmits the configured parking payment recognition information (710).

The operation server 100 receives the parking payment recognition information including the voice recognition keyword and / or the parking payment related information from the vehicle device 200 (715) (720) the parking payment information including the payment amount necessary for processing the payment information. If the parking payment information is not confirmed, the operation server 100 transmits the parking payment error information to the vehicle device 200 (775). The vehicle device 200 transmits the parking payment error information to the vehicle device 200 through the network communication function And receives error information and outputs voice (780). Meanwhile, if the parking payment information is confirmed, the operation server 100 generates and transmits an identification (ID) for inter-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 in the course of processing the parking payment (725). According to another embodiment of the present invention, the application of the user wireless terminal 190 constructs (730) parking payment request information for requesting a parking payment service, and transmits the configured parking payment request information to the operation server 100 The operation server 100 may determine whether the parking payment service corresponding to the parking payment request information is based on the in-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 (725) the token generated to identify and authenticate the intra-vehicle interworking between the vehicle device (200) and the user wireless terminal (190).

When the token generated to identify and authenticate the intra-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 is confirmed, the operation server 100 transmits the token information including the confirmed token to the vehicle (740) to the device 200, the vehicle device 200 receives (745) the token information including the token from the operating server 100 via the network communication function, and transmits the token information included in the token information Token exchange information including the token and transmits the token exchange information by sound wave through the sound wave transmitting function (750).

The application of the user wireless terminal 190 receives the token exchange information and recognizes the token (755), and transmits the token to the user wireless terminal (190) To the server 100 (760).

The operation server 100 receives the token recognized through the application of the user wireless terminal 190 corresponding to the unique identification information at step 765 and transmits the token transmitted to the vehicle device 200 and the user wireless terminal 190) to compare (770) the received tokens. If the token is not authenticated, the operation server 100 transmits parking payment error information to the vehicle device 200 (775), and the vehicle device 200 transmits the parking payment error information And outputs voice (780). Meanwhile, when the token is authenticated, the operating server 100 can perform a procedure of providing a parking payment service by interlocking the application of the user wireless terminal 190 with the vehicle device 200.

FIG. 8 is a diagram illustrating a parking payment service start / request process and a token authentication process according to another embodiment of the present invention.

FIG. 8 illustrates in-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 for the parking payment service when the parking payment service is started through the voice recognition function of the vehicle device 200 (Or when a parking payment service is requested via the app of the user wireless terminal 190) to the application of the user wireless terminal 190 is confirmed to be received via the vehicle device 200 And a person skilled in the art to which the present invention pertains, refer to and / or modify the FIG. 8 to variously implement the parking payment service start / request process and the token authentication process. It is to be understood that the invention may be practiced otherwise than as specifically described herein, but it will be appreciated that the invention may be practiced otherwise than as specifically described herein, And the technical features thereof are not limited only by the method shown in FIG. The present invention is not limited to the embodiment in which a parking settlement service is provided after the authentication of the token in FIG. 8 for the sake of convenience, but the present invention is not limited thereto. It will be apparent that the present invention belongs to the scope of the present invention even if it is performed in combination with the authentication process of the token.

Referring to FIG. 8, the vehicle apparatus 200 recognizes speech recognition information including a keyword for starting a parking payment service by recognizing speech uttered by the user through the speech recognition function and / The stored parking payment related information matching with the keyword of the voice recognition information is checked (800). If the vehicle device 200 recognizes the voice recognition information including the keyword for starting the parking payment service and / or confirms the stored parking payment related information matching the keyword of the recognized voice recognition information, (805), which includes at least one of a keyword included in the voice recognition information and a parking payment related information matched with the keyword of the voice recognition information stored in the voice recognition information (805) And transmits the configured parking payment recognition information (810).

The operation server 100 receives the parking payment recognition information including the keyword and / or the parking payment related information from the vehicle device 200 (815) (820) the parking payment information including the payment amount necessary for processing the payment information. If the parking payment information is not confirmed, the operation server 100 transmits the parking payment error information to the vehicle device 200 (875). The vehicle device 200 transmits the parking payment error information to the vehicle device 200 through the network communication function And receives the error information and outputs voice (880). Meanwhile, if the parking payment information is confirmed, the operation server 100 generates and transmits an identification (ID) for inter-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 in the course of processing the parking payment (825). According to another embodiment of the present invention, the application of the user wireless terminal 190 constructs (830) parking payment request information for requesting a parking payment service, and transmits the configured parking payment request information to the operation server 100 (835). In this case, the operation server 100 determines whether the parking payment service corresponding to the parking payment request information is based on the intra-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 (825) the token generated to identify and authenticate the intra-vehicle interworking between the vehicle device (200) and the user wireless terminal (190).

When the token generated to identify and authenticate the intra-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 is confirmed, the operation server 100 transmits the token information including the confirmed token to the user The application of the user wireless terminal 190 receives (845) the token information including the token from the operation server 100, and adds the token information to the application of the wireless terminal 190 Token exchange information including the token to be transmitted is transmitted (850).

The vehicle device 200 receives the token exchange information through the sound wave receiving function and recognizes the token (855), and transmits the token received from the sound device and the device specific information of the vehicle device 200 to the operating server (860).

The operation server 100 receives the token recognized through the vehicle device 200 corresponding to the device specific information 865 and transmits the token transmitted to the application of the user wireless terminal 190 to the vehicle device 200 (870). ≪ / RTI > If the token is not authenticated, the operation server 100 transmits parking payment error information to the vehicle device 200 (875), and the vehicle device 200 transmits the parking payment error information And outputs voice (880). Meanwhile, when the token is authenticated, the operating server 100 can perform a procedure of providing a parking payment service by interlocking the application of the user wireless terminal 190 with the vehicle device 200.

9 is a diagram illustrating a process of providing a parking payment service through an app of a vehicle device 200 and a user wireless terminal 190 according to a first embodiment of the present invention.

More specifically, FIG. 9 shows a case where the parking payment authentication information configured by using the voice recognition information recognized through the voice recognition function of the vehicle device 200 is transmitted to the sound wave through the sound wave transmission function, Side transmission information including at least a part of the parking payment authentication information after receiving the sound of the parking payment authentication information and transmitting the information to the operation server 100. The operation server 100 receives the terminal-side transmission information, 9 is a flowchart illustrating a process of providing a parking payment service based on the present invention. Referring to FIG. 9, the vehicle device 200 and the user Various methods of providing a parking payment service through inter-vehicle interworking between the apps of the wireless terminal 190 (for example, some steps may be omitted, However, the present invention includes all of the above-described embodiments, and the technical features of the present invention are not limited only by the method shown in FIG. For example, the parking payment service provision process of FIG. 9 may be at least partially combined with other parking payment service provision processes, and the present invention clearly encompasses such an implementation method as well.

Referring to FIG. 9, at least one of the parking payment recognition information and the parking payment request information is received by the operation server 100 through at least one of the processes of FIGS. 7 and 8, When the exchange of the token between the apps of the wireless terminal 190 is authenticated, the operation server 100 determines whether to provide the parking payment service using the information included in at least one of the parking payment recognition information and the parking payment request information (E.g., a discount, a coupon application, a value accumulation, etc.) (900), and performs a procedure designated to provide the parking payment service And if the parking payment authentication information is required, it is determined whether or not the parking payment authentication information based on the recognition function is necessary, (905), and the vehicle device 200 may output a voice to induce a user utterance including a keyword for constituting parking payment authentication information (910) . However, some of the above processes may be omitted depending on the implementation method.

The vehicle device 200 recognizes the voice recognition information including the keyword for authenticating the parking payment service through the voice recognition function and / or the stored parking payment related information matching the recognized keyword to authenticate the parking payment service (915). If the vehicle device 200 recognizes the voice recognition information including the keyword for authenticating the parking payment service and / or confirms the stored parking payment related information matched with the recognized keyword to authenticate the parking payment service, And parking billing authentication information including at least one of keywords recognized to authenticate the parking payment service among the keywords included in the voice recognition information and parking billing-related information matched with the keyword recognized to authenticate the parking payment service (920), and transmits the configured parking payment authentication information through the sound wave transmission function to the designated signal strength (925).

The app of the user wireless terminal 190 receives sound wave transmitted from the vehicle device 200 through the sound wave in the vehicle (930). Meanwhile, the application of the user wireless terminal 190 may include a token (for example, a token exchanged with the vehicle device 200) included in the terminal side transmission information to be transmitted to the operation server 100 for the parking payment service and / (935) a process of identifying one or more specified information including unique identification information for an app of the terminal (190).

According to the first terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include a token exchanged between the app of the user wireless terminal 190 and the vehicle device 200, The operating server 100 may match the information received from the vehicle device 200 and the information received from the app of the user wireless terminal 190 for the parking payment service.

According to the second terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include unique identification information that uniquely identifies the application of the user wireless terminal 190. [

According to the third terminal side transmission information embodiment of the present invention, the terminal side transmission information may further include input information input from the user through the application of the user wireless terminal 190. [

According to the fourth terminal side transmission information embodiment of the present invention, the terminal side transmission information is extracted from the designated storage area of the user wireless terminal (190) based on a user operation to the user wireless terminal (190) And may further include information.

According to the fifth terminal-side transmission information embodiment of the present invention, the terminal-side transmission information is transmitted to the application of the user wireless terminal (190) As shown in FIG.

The application of the user wireless terminal 190 may include at least a portion of the sound card received parking payment authentication information and may include a token according to the first terminal side transmission information embodiment or a unique identification Side transmission information including at least information corresponding to at least one of the third to fifth terminal side transmission information embodiments according to the operation and management, and transmits the terminal-side transmission information to the operation server 100 (940).

The operation server 100 receives the terminal-side transmission information from the application of the user wireless terminal 190 (945), and receives the parking payment recognition information previously received for the parking payment service through the token of the terminal- And the parking payment request information (950), and then, using the information included in at least one of the parking payment recognition information and the parking payment request information and the information included in the terminal side transmission information, (Step 955). In step 955, a parking settlement process is performed to approve the parking settlement. Meanwhile, when at least a part of the other parking payment service providing process is combined with the process of FIG. 9 and the device side transmission information is received from the vehicle device 200, the operation server 100 transmits the parking payment recognition information, A procedure for approving the parking payment corresponding to the parking payment information using the information contained in at least one of the request information and the information included in at least one of the terminal side transmission information and the device side transmission information A parking settlement processing procedure for generating a parking settlement result is performed (955).

If the parking settlement processing procedure for approving the parking settlement corresponding to the parking settlement information or for generating the parking settlement result is processed, the operation server 100 displays the parking lot generated in response to the parking settlement processing procedure The payment result information is confirmed (960), and the parking payment result information is transmitted to the vehicle device 200 (965). The vehicle device 200 receives the parking payment result information through the network communication function, The voice output can be performed through the voice output function (970). Meanwhile, the operation server 100 may transmit the parking payment result information to an application of the user wireless terminal 190 (975), and the application of the user wireless terminal 190 receives and outputs the parking payment result information (980). On the other hand, the operation server 100 manages a parking lot corresponding to the merchant information included in the parking payment result information, and transmits the parking payment result information (or parking lot information) to the parking management system 160, (Parking process information for processing the exit through the exit device of the parking lot based on the payment approval of the payment) (985).

FIG. 10 is a diagram illustrating a process of providing a parking payment service through an app of a vehicle device 200 and a user wireless terminal 190 according to a second embodiment of the present invention.

In more detail, FIG. 10 shows a configuration of parking payment processing information including one or more pieces of input information input from a user in an app of a user wireless terminal 190, extraction information extracted through the application, and generation information generated through the application Side transmission information including the parking payment processing information, and transmits the terminal-side transmission information to the operation server 100. The operation server 100 receives the terminal-side transmission information and provides a parking payment service based on the received information The user of the vehicle device 200 and the user wireless terminal 190 can refer to and / or modify the device of FIG. 10, (For example, some steps may be omitted or a procedure may be changed in order) for a parking payment service provision process Yet, the present invention is composed, including any exemplary way in which the inference, to which the technical feature that is not limited to the exemplary method shown in the figure 10. For example, the parking payment service provision process of FIG. 10 may be at least partially combined with other parking payment service provision processes, and the present invention clearly encompasses such an implementation method as well.

Referring to FIG. 10, at least one of the parking payment recognition information and the parking payment request information is received by the operation server 100 through at least one of the processes of FIGS. 7 and 8, When the exchange of the token between the apps of the wireless terminal 190 is authenticated, the operation server 100 determines whether to provide the parking payment service using the information included in at least one of the parking payment recognition information and the parking payment request information (E.g., a discount, a coupon application, a value accumulation, etc.) 1000 during the parking payment service, while performing a procedure designated to provide the parking payment service, It is determined whether the parking payment processing information based on the application is necessary. If the parking payment processing information is needed, the application of the user wireless terminal (190) (1005), the vehicle device (200) can process the input information input from the user through the app of the user wireless terminal (190) and the input information input from the user through the application of the user wireless terminal (1010) a voice to guide the user to construct and transmit parking payment processing information including at least one of extraction information extracted through the application and creation information generated through the application. Meanwhile, the operation server 100 may perform a procedure of remotely operating an application of the user wireless terminal 190 (e.g., a procedure for notifying push for application activation) through the unique identification information (step 1015) The application installed in the user wireless terminal 190 is driven (1020). However, some of the above processes may be omitted depending on the implementation method.

The application driven by the user wireless terminal 190 performs a procedure for receiving input information designated for the parking payment service and / or extracting extraction information and / or generating generation information (1025) (1030) parking payment processing information including at least one of input information input through the application, extraction information extracted through the application, and creation information generated through the application. If the parking payment processing information is configured, the application of the user wireless terminal 190 includes the configured parking payment processing information and transmits the token exchanged with the vehicle device 200 and / Side transmission information including the unique identification information for the application and transmits it to the operation server 100 (1035). In order to authenticate the parking payment service through the voice recognition function in the vehicle device 200 according to an embodiment of the present invention, at least one keyword included in the voice recognition information that recognizes the voice uttered by the user, The user of the user wireless terminal 190 may further include the sound wave received keyword or the parking payment related information in the terminal side transmission information, (Step 1035).

The operation server 100 receives the terminal-side transmission information from the application of the user wireless terminal 190 (1040), and receives the parking payment recognition information previously received for the parking payment service through the token of the terminal- And the parking payment request information (1045), and then, using the information included in at least one of the parking payment recognition information and the parking payment request information and the information included in the terminal side transmission information, (1050) a parking payment processing procedure to approve the parking settlement or generate a parking settlement result. Meanwhile, when at least a part of the other parking payment service providing process is combined with the process of FIG. 10 and the device side transmission information is received from the vehicle device 200, the operation server 100 transmits the parking payment recognition information, A procedure for approving the parking payment corresponding to the parking payment information using the information contained in at least one of the request information and the information included in at least one of the terminal side transmission information and the device side transmission information A parking settlement processing procedure for generating a parking settlement result is performed (1050).

If the parking settlement processing procedure for approving the parking settlement corresponding to the parking settlement information or for generating the parking settlement result is processed, the operation server 100 displays the parking lot generated in response to the parking settlement processing procedure The payment result information is confirmed 1055 and the parking payment result information is transmitted 1060 to the vehicle device 200. The vehicle device 200 receives the parking payment result information through the network communication function, The voice output can be performed through the voice output function (1065). Meanwhile, the operation server 100 can transmit the parking payment result information to the user wireless terminal 190 (1070), and the application of the user wireless terminal 190 receives and outputs the parking payment result information (1075). On the other hand, the operation server 100 manages a parking lot corresponding to the merchant information included in the parking payment result information, and transmits the parking payment result information (or parking lot information) to the parking management system 160, (Parking process information for processing the exit through the exit device of the parking lot based on the payment approval of the payment) (1080).

FIG. 11 is a diagram illustrating a process of providing a parking settlement service through an app of a vehicle device 200 and a user wireless terminal 190 according to a third embodiment of the present invention.

More specifically, FIG. 11 shows device-side transmission information including parking payment authentication information configured by using voice recognition information recognized through the voice recognition function of the vehicle device 200 and transmits the device-side transmission information to the operation server 100 ), The operation server 100 receives the device-side transmission information and performs a procedure of providing a parking settlement service based on the received device-side transmission information. If a person having ordinary knowledge in the technical field of the present invention , Referring to and modifying FIG. 11, various methods of providing a parking payment service through intra-vehicle interworking between the vehicle device 200 and the user wireless terminal 190 (for example, some steps are omitted , Or a change in order), but the present invention includes all of the above-described methods of practicing the invention, The technical features are not limited by the method alone. For example, the parking payment service provision process of FIG. 11 may be at least partially combined with other parking payment service provision processes, and the present invention clearly encompasses such an implementation method as well.

Referring to FIG. 11, at least one of the parking payment recognition information and the parking payment request information is received by the operation server 100 through at least one of the processes of FIGS. 7 and 8, When the exchange of the token between the apps of the wireless terminal 190 is authenticated, the operation server 100 determines whether to provide the parking payment service using the information included in at least one of the parking payment recognition information and the parking payment request information (E.g., a discount, a coupon application, a value accumulation, etc.) (1100), and while performing a procedure designated to provide the parking payment service, And if the parking payment authentication information is required, it is determined whether or not the parking payment authentication information based on the recognition function is necessary, (1105), and the vehicle apparatus 200 may output a voice that induces a user utterance including a keyword for configuring parking payment authentication information (1110 ). However, some of the above processes may be omitted depending on the implementation method.

The vehicle device 200 recognizes the voice recognition information including the keyword for authenticating the parking payment service through the voice recognition function and / or the stored parking payment related information matching the recognized keyword to authenticate the parking payment service (1115). If the vehicle device 200 recognizes the voice recognition information including the keyword for authenticating the parking payment service and / or confirms the stored parking payment related information matched with the recognized keyword to authenticate the parking payment service, In step 1120, parking payment authentication information including at least one of a keyword recognized to authenticate the parking payment service and a parking payment related information matched with the keyword recognized to authenticate the parking payment service is configured. If the parking payment authentication information is configured, the vehicle device 200 includes the configured device-side transmission information and transmits the token exchanged with the app of the user wireless terminal 190 and / And transmits the device-side transmission information to the operation server 100 through the network communication function (1125). Meanwhile, when the user of the user wireless terminal 190 performs one or more of the input information input from the user, the extracted information extracted through the application, and the generated information generated through the application, The vehicle device 200 may transmit at least a part of the information transmitted from the application of the user wireless terminal 190 to the operation server 100 (1125).

The operation server 100 receives the device-side transmission information from the vehicle device 200 (1130), and receives the parking payment recognition information previously received for the parking payment service through the token of the device- After confirming at least one of the request information (1135), the parking payment information corresponding to the parking payment information corresponding to the parking payment information, using the information included in at least one of the parking payment recognition information and the parking payment request information, Or performs a parking payment processing procedure to generate a parking payment result (1140). In the case where at least part of the other parking payment service providing process is combined with FIG. 11 and the terminal side transmission information is received from the app of the user wireless terminal 190, the operating server 100 stores the parking payment recognition information and the parking A procedure for approving parking payment corresponding to the parking payment information is performed using information included in at least one of the payment request information and information included in at least one of the terminal side transmission information and the device side transmission information Or a parking payment processing procedure for generating a parking payment result (1140).

If the parking settlement processing procedure for approving the parking settlement corresponding to the parking settlement information or for generating the parking settlement result is processed, the operation server 100 displays the parking lot generated in response to the parking settlement processing procedure (1145) the payment result information, and transmits the parking payment result information to the vehicle device 200 (1150). The vehicle device 200 receives the parking payment result information through the network communication function, The voice output can be performed through the voice output function (1155). Meanwhile, the operation server 100 may transmit the parking payment result information to the user wireless terminal 190 (1160), and the application of the user wireless terminal 190 receives and outputs the parking payment result information (1165). On the other hand, the operation server 100 manages a parking lot corresponding to the merchant information included in the parking payment result information, and transmits the parking payment result information (or parking lot information) to the parking management system 160, (Parking process information for processing the exit through the exit device of the parking lot based on the payment approval of the payment) (1170).

12 is a diagram illustrating a process of providing a parking payment service through an app of a vehicle device 200 and a user wireless terminal 190 according to a fourth embodiment of the present invention.

In more detail, FIG. 12 shows a configuration of parking payment processing information including one or more pieces of input information input from a user in an app of a user wireless terminal 190, extraction information extracted through the application, and generation information generated through the application After the sound wave transmission, the vehicle apparatus 200 receives sound wave of the parking payment processing information, configures the apparatus side transmission information including at least a part of the parking payment processing information, and transmits it to the operation server 100 through the network communication function And a process of receiving the device-side transmission information from the operation server 100 and providing a parking settlement service based on the received device-side transmission information. As a person skilled in the art, 12, the process of providing the parking payment service through the in-vehicle interlocking between the vehicle device 200 and the user wireless terminal 190 It is to be understood that the invention may be embodied in many different ways (e.g., some steps may be omitted or the order may be altered), but the present invention encompasses all of the above- The technical characteristics thereof are not limited. For example, the parking payment service provision process of FIG. 12 may be at least partially combined with other parking payment service provision processes, and the present invention clearly encompasses such an implementation method as well.

Referring to FIG. 12, at least one of the parking payment recognition information and the parking payment request information is received by the operation server 100 through at least one of the processes of FIGS. 7 and 8, When the exchange of the token between the apps of the wireless terminal 190 is authenticated, the operation server 100 determines whether to provide the parking payment service using the information included in at least one of the parking payment recognition information and the parking payment request information (E.g., a discount, a coupon application, a value accumulation, etc.) (1200), and during the procedure specified to provide the parking payment service, the user of the user wireless terminal It is determined whether the parking payment processing information based on the application is necessary. If the parking payment processing information is needed, the application of the user wireless terminal (190) (Step 1205). The vehicle device 200 may process the input information input from the user through the application of the user wireless terminal 190, (Step 1210). In step 1210, the controller 120 generates and transmits parking billing processing information including at least one of extracted information extracted through the application and generated information generated through the application. Meanwhile, the operation server 100 may perform a procedure of remotely operating an application of the user wireless terminal 190 (for example, a procedure of notifying push for application activation) through the unique identification information (1215) An application installed in the user wireless terminal 190 is driven (1220). However, some of the above processes may be omitted depending on the implementation method.

The application driven by the user wireless terminal 190 performs a procedure of receiving input information designated for the parking payment service and / or extracting extraction information and / or generating generation information (1225) (1230) parking payment processing information including at least one of input information input through the application, extraction information extracted through the application, and generation information generated through the application. If the parking payment processing information is configured, the application of the user wireless terminal 190 transmits the configured parking payment processing information by sound wave (1235).

The vehicle device 200 receives (1240) the parking payment processing information in the vehicle through the sound wave receiving function (1240), and includes at least a part of the sound wave receiving parking payment processing information, The device-side transmission information including the token exchanged with the application and / or the device-specific information about the vehicle device 200 is configured and transmitted to the operation server 100 through the network communication function (1245). Meanwhile, when the user of the user wireless terminal 190 performs one or more of the input information input from the user, the extracted information extracted through the application, and the generated information generated through the application, The vehicle device 200 may transmit at least part of the information transmitted from the application of the user wireless terminal 190 to the operation server 100 (1245).

The operation server 100 receives the device-side transmission information from the vehicle device 200 (1250) and transmits the device-side transmission information through the token of the device-side transmission information, After confirming one or more of the request information (1255), the parking payment information corresponding to the parking payment information corresponding to the parking payment information, using the information included in at least one of the parking payment recognition information and the parking payment request information, Or performs a parking payment processing procedure to generate a parking payment result (1260). Meanwhile, when at least a part of the other parking payment service providing process is combined with FIG. 12 and the terminal side transmission information is received from the app of the user wireless terminal 190, the operating server 100 transmits the parking payment recognition information and parking A procedure for approving parking payment corresponding to the parking payment information is performed using information included in at least one of the payment request information and information included in at least one of the terminal side transmission information and the device side transmission information Or a parking settlement processing procedure for generating a parking settlement result (1260).

If the parking settlement processing procedure for approving the parking settlement corresponding to the parking settlement information or for generating the parking settlement result is processed, the operation server 100 displays the parking lot generated in response to the parking settlement processing procedure (1265) the payment result information, and transmits the parking payment result information to the vehicle device 200 (1270). The vehicle device 200 receives the parking payment result information through the network communication function, The voice output can be performed through the voice output function (1275). Meanwhile, the operation server 100 may transmit the parking payment result information to an application of the user wireless terminal 190 (1280), and the application of the user wireless terminal 190 receives and outputs the parking payment result information (Step 1285). On the other hand, the operation server 100 manages a parking lot corresponding to the merchant information included in the parking payment result information, and transmits the parking payment result information (or parking lot information) to the parking management system 160, (Parking process information for processing the exit through the exit device of the parking lot based on the payment approval of the payment) (1290).

100: Operation server 105: Information receiving unit
110: terminal check unit 115: token check unit
120: Token authentication unit 125: Information storage unit
130: payment means registration unit 135: OBD collecting unit
140: notification processing unit 145:
150: Lump-sum payment processing unit 155:
160: Gas station system 180: OBD module
190: wireless terminal 200: vehicle device
205: control unit 210: sound wave input unit
215: sound wave output unit 220:
225: wireless network communication unit 230: short-range network communication unit
235: position locator 240: memory part
245: Power supply unit 250: Communication processing unit
255: OBD interlocking unit 260: Voice recognition unit
265: audio output unit 270: sound wave receiving unit
275: sound wave transmitter 280: service module
282: Device registration unit 284: Token exchange processing unit
286: service recognition unit 288: service operation unit
290:

Claims (19)

OBD interlocking function to connect with vehicle OBD (On-Board Diagnostics) through network communication function connecting to communication network and short-range wireless communication, voice recognition function for recognizing user's utterance, voice output function for outputting voice to user, A method for performing a method through an operation server communicating with a vehicle apparatus having a sound wave transmitting function for sonically outputting an acoustic wave signal in which a bit string is encoded and a sound wave receiving function for recognizing a bit string encoded in a sound wave inputted as a sound wave,
The operation server maps the device-specific information of the vehicle device and the vehicle information of the vehicle having the vehicle device with unique identification information that identifies an app of a user wireless terminal to communicate sound waves with the vehicle device in the vehicle, A first step of storing the payment method information of the user (or the identification code information for identifying the issuing librarian or the payment method information of the user registered in the payment server) to a storage medium;
The operating server confirms at least one of the parking payment recognition information configured based on the voice recognition function of the vehicle device corresponding to the device unique information and the parking payment request information configured through the application of the user wireless terminal corresponding to the unique identification information And reading out parking payment information including a payment amount for parking payment;
A third step of checking the token generated for the parking payment by the operating server and performing an authentication procedure for confirming whether it is effectively exchanged through a sound wave signal of a specified frequency band which can be transmitted and received between the vehicle device and the app of the user wireless terminal ;
The parking ticket authentication information based on the voice recognition function of the vehicle device is transmitted to the sound wave transmitting function of the vehicle device on the basis of the result of interlocking or authenticating with the token exchange procedure, A fourth step in which the operating server receives terminal-side transmission information from an app of the user wireless terminal when terminal-side transmission information including at least a part of the parking payment authentication information is constructed and transmitted;
A fifth step of the operating server performing a parking payment processing procedure for approving parking payment corresponding to the parking payment information using the information included in the received terminal side transmission information and the stored payment means information; And
And a sixth step of the operating server verifying the parking payment result information generated through the parking payment processing procedure and processing the voice output result through voice output function of the vehicle device Method of providing parking payment using sound wave communication.
2. The method according to claim 1,
Further comprising the step of mapping the wireless terminal information of the user wireless terminal with the unique identification information and storing the wireless terminal information in a designated storage medium by using the sound wave communication between the interactive vehicle device and the user wireless terminal. Delivery method.
2. The method according to claim 1,
The operating server transmits a sound wave signal of a frequency band designated for effective sound communication between a vehicle device corresponding to the device specific information and an app of a user wireless terminal corresponding to the unique identification information in a designated reference sound communication environment of the vehicle, And performing a procedure of setting a basic signal strength for outputting the basic signal strength to the user wireless terminal.
4. The method of claim 3, wherein the reference sound wave communication environment comprises:
Wherein the environment includes an environment in which the vehicle is turned on or in operation while both the doors and the windows of the vehicle are closed, and a parking payment providing method using acoustic communication between the interactive vehicle device and the user wireless terminal.
2. The method according to claim 1,
The operating server sending the token to a vehicle device corresponding to the device specific information and processing to transmit the sound wave through the sound wave transmitting function of the vehicle device; And
And checking whether the operating server receives the token from an app of a user wireless terminal corresponding to the unique identification information. The method of claim 1, Delivery method.
2. The method according to claim 1,
The operating server transmits the token to an app of the user wireless terminal through the unique identification information to process the sound wave to be transmitted; And
And checking whether the token is recognized and received through a network communication function through the sound wave receiving function of the vehicle apparatus corresponding to the device specific information by the operation server. A method of providing parking payment using acoustic wave communication between terminals.
The terminal according to claim 1,
Further comprising a token exchanged between an app of the user wireless terminal and the vehicle device, wherein the token is exchanged between the interactive wireless device and the user wireless terminal.
The terminal according to claim 1,
Further comprising unique identification information that uniquely identifies an application of the user wireless terminal. The method of claim 1, further comprising:
The method as claimed in claim 1,
The voice recognition information is included in the voice recognition information in which the voice uttered by the user is recognized to authenticate the parking payment service through the voice recognition function in the vehicle device based on the result of interchanging with the exchange of the tokens or the effective exchange of the token And the parking billing authentication information including at least one keyword matching the keyword of the voice recognition information and stored in association with the keyword of the voice recognition information, and transmitting the sound wave through the sound wave transmission function, When the operating server receives and transmits the terminal-side transmission information including at least a part of the parking payment authentication information after receiving the sound information of the authentication information, the operating server receives the terminal-side transmission information from the application of the user wireless terminal And an interactive vehicle device, characterized in that the interactive vehicle device A method for providing parking payment using interaural communication.
The terminal according to claim 1,
Further comprising input information input from a user through an app of the user wireless terminal. The method of claim 1,
The terminal according to claim 1,
Further comprising extracting information extracted from a designated storage area of the user wireless terminal based on a user operation in an app of the user wireless terminal. Way.
The terminal according to claim 1,
Wherein the mobile wireless terminal further comprises generation information generated through an application of the user wireless terminal based on a user operation in an app of the user wireless terminal. .
The method according to claim 1,
The fourth step may further comprise the step of, when the operating device constructs device-side transmission information including the token in the vehicle device and transmits the device-side transmission information through the network communication function, receiving the device-side transmission information from the vehicle device ,
The fifth step may include a parking settlement process for approving the parking settlement corresponding to the parking settlement information by multiplying the information included in the received terminal side transmission information and the information included in the device- And performing a procedure of performing a voice communication between the interactive vehicle device and the user wireless terminal.
14. The information processing apparatus according to claim 13,
Further comprising device-specific information that uniquely identifies the vehicle device. The method of claim 1, further comprising:
14. The information processing apparatus according to claim 13,
Wherein the parking device is configured to store the keyword included in the voice recognition information in which the voice uttered by the user is recognized to authenticate the parking payment service through the voice recognition function in the vehicle device, Further comprising at least one keyword or parking payment related information not included in the authentication information, and the parking payment providing method using sound wave communication between the interactive vehicle device and the user wireless terminal.
14. The information processing apparatus according to claim 13,
Wherein the mobile communication terminal further comprises input information input from the user through the application of the user wireless terminal and sound wave transmitted through the sound wave receiving function of the vehicle device after the sound wave is transmitted through the application of the user wireless terminal. How to Provide Parking Payment.
14. The information processing apparatus according to claim 13,
Further comprising extracting information extracted from a designated storage area of the user wireless terminal based on a user's operation and transmitted to the app of the user wireless terminal through a sound wave and then sound wave received through the sound wave receiving function of the vehicle apparatus. A method of providing parking payment using sound wave communication between a vehicle device and a user wireless terminal.
14. The information processing apparatus according to claim 13,
Further comprising generation information generated through an application of the user wireless terminal based on a user operation on the user wireless terminal and sound wave transmitted through a sound wave transmission function and sound wave reception function of the vehicle apparatus. Method of providing parking payment using sound wave communication between vehicle device and user wireless terminal.
The vehicle apparatus according to claim 1,
The OBD interlocking unit reads the driving information obtained through the OBD interlocking function to check whether the vehicle is running, reads the state information obtained through the OBD interlocking unit, or reads the noise increase rate of the sound wave signal inputted through the OBD, And when at least one window is open during driving of the vehicle when the sound wave signal is outputted through the sound wave transmission function, the signal intensity of the sound wave signal is amplified by a predetermined ratio or more than the designated basic signal strength And a function of outputting a sound wave. The method for providing a parking payment using sound wave communication between an interactive vehicle device and a user wireless terminal.

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