KR20150136968A - system and method for integrating smart care system and eco-managing system - Google Patents

Abstract

The present invention provides a smart care and eco-management integration system, and a method thereof which authenticate vehicle user only by a contact to an on board diagnostics (OBD) black box based on near field communications, and provide a car sharing service and an integrated management service specialized from smart care and eco-management information analyzed and generated from vehicle diagnostic information and bio-signal information collected by each authenticated vehicle user.

Description

{System and method for integrating smart care and eco-management system}

The present invention provides an efficient sharing service for car sharing by only recognizing a vehicle user, and provides intelligent sharing services for the behavior of the recognized vehicle user, the driving situation, vehicle diagnostic information related to the vehicle engine and the components, And provides a smart care function to prevent or effectively cope with a dangerous situation or an accident situation that may occur during the driving of the vehicle. It also provides monitoring function to reduce fuel consumption and emission of pollutants to the vehicle The present invention relates to a smart care and echo integrated system and a method thereof.

Recently, with the development of smart devices and changes in life trends, government and local governments have been supporting Smart Traffic Policy and the sales volume of black boxes and OBD diagnostic devices are rising worldwide In automotive powerhouses such as Germany, the demand for black boxes and OBD diagnostics is increasing.

However, with the conventional black box device, it has been difficult to confirm the status of the vehicle user or the user when an accident occurs, and there has been a limitation in confirming an accident occurrence environment by relying only on the image at the occurrence of an accident stored in the black box itself.

In addition, it is difficult to grasp the situation and information about the state of the mechanical or electronic device of the vehicle because the cause of the accident is identified based on the video information at the time of the occurrence of the vehicle accident. In response, ). However, these techniques have limited usability in communication means and the like, or have an inefficient transmission speed and thus have a problem in reliability.

In the case of a car sharing service that pays as much as the usage time of the shared vehicle when the vehicle is needed, the vehicle user reserves the vehicle to be used in advance for the use of the vehicle, and if the reserved vehicle is returned, There has been a problem in that it is difficult to have a car management and care service specialized for one or more users of the vehicle due to the inconvenience of being in the place and not the own vehicle.

Korean Patent Publication No. 1020130111787 (Oct. 10, 2013), " Vehicle Equalization for Car Sharing and Telematics Service Providing System and Method Thereof " Korean Patent Publication No. 1020100073893 (Jul. 2010), "Vehicle black box and accident management method and system using the same" Korean Registered Patent No. 1216612 (December 21, 2012), "Returning Agent System and Method for Sharing Vehicles"

The present invention analyzes this in real time based on the vehicle diagnostic information collected through the OBD sensor and the bio-signal information of the vehicle user collected through the biosensor, and transmits it to the related institutions (hospital, police station, insurance company, The present invention also provides a smart care and eco management integrated system and method that can always check the state of the vehicle and the state of the vehicle user through the OBD black box transmitting the interpreted information to the OBE.

The present invention relates to a method and system for authenticating a vehicle user only by contact with an OBD black box based on a short distance communication, and a car care service from a smart care and echo management information, which is interpreted from vehicle diagnostic information and bio- And a smart care and eco management integration system capable of providing integrated management services and a method thereof.

In addition, the present invention is based on the vehicle diagnostic information and bio-signal information collected through the OBD sensor and the biosensors, and analysis information analyzed from the information, thereby enabling an accident to be reproduced, analyzed, It provides an integrated system of smart care and eco management that can solve the civil and criminal dispute factors by providing objective data for cause analysis and its method.

In addition, the present invention provides a database for managing the state of the vehicle and the bio-state of the vehicle user through the OBD black box, monitoring the state of the vehicle and the bio-state of the vehicle user to reduce fuel and oil costs, A smart care and eco-management integrated system and method therefor.

The smart care and eco management integrated system according to the embodiment includes user authentication means for storing and maintaining subscriber information; Receiving the subscriber information through the user authentication means to process the authentication for the vehicle user, and transmitting biometric signal information collected from the biosensor to the vehicle user and vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user An OBD black box for interpreting the status of the vehicle and the authenticated vehicle user based on the included status information to generate smart care and echo management information for the vehicle user and the vehicle; And receiving the subscriber information, the status information, and the smart care and echo management information from the OBD black box to provide a sharing service for car sharing of the vehicle to the vehicle user, And a service providing server for providing an integrated management service corresponding to the care and echo management information.

The service providing server may include status information collected by one or more vehicle users for one or more vehicles and a status information database for storing and maintaining past and present history information based on the smart care and echo management information have.

The OBD black box includes a user authentication unit for authenticating the vehicle user in cooperation with the service providing server based on the subscriber information received from the user authentication means; A sensor signal processor for processing the state information for each signal domain; An analysis output unit for generating analysis information for determining the state of the degree of use of the sharing service and the state of the vehicle user and the vehicle based on state information processed for each signal domain; A determining unit for generating the smart care and echo management information for controlling the sharing service and the integrated management service from the analysis information; A communication unit for transmitting the subscriber information, the status information, the interpretation information, and the smart care and echo management information to the service providing server; And a control unit for transmitting the status information and the analysis information to the service providing server and storing the status information and the analysis information in the status information database and controlling transmission of the smart care and echo management information to the service providing server .

Wherein the determination unit determines whether the vehicle user and the vehicle are abnormal by comparing at least one of the state information and the analysis information with the history information and generates the smart care and echo management information including the determination result can do.

Wherein the analysis output section generates the analysis information on the degree of vehicle use from state information including the vehicle take-over position and the return place position of the vehicle, and the determination section obtains, from the generated analysis information, And the control unit may control the analysis information and the smart care and echo management information to be transmitted to the service providing server through the communication unit.

Wherein the analysis output section generates analysis information including at least one of accident image data collected at the time of a vehicle accident, position data of an accident point, and health state data interpreted from the bio-signal information, Wherein the control unit generates the smart care and echo management information corresponding to the vehicle accident on the basis of the information and the smart care and echo management information to be transmitted to the service providing server through the communication unit have.

The analysis output unit may generate analysis information including vehicle behavior information analyzed in the state information, collision information, vehicle user operation information, failure diagnosis information of the vehicle, operation pattern information, mileage information, and abnormality of the vehicle user have.

The OBD black box may further include a display unit for displaying the generated interpretation information to the vehicle user.

Wherein the determination unit compares at least one of the status information and the interpretation information with a stepwise threshold value determined from the history information to generate the smart care and echo management information, And echo management information to the service providing server via the communication unit, or to control the interpretation information to be displayed to the vehicle user through the display unit.

Wherein the service providing server comprises an authentication processing unit operable to interrogate the OBD black box to determine whether the vehicle user is a subscriber based on the subscriber information and generate authentication completion information; A communication unit for receiving the status information, interpretation information interpreted from the status information, the smart care and echo management information, and the subscriber information from the OBD black box; A SHARING service processor for processing the SHARING service based on the smart care and echo management information received from the OBD black box; An integrated management service processing unit for processing the integrated management service based on the status information, the analysis information, and the smart care and echo management information; And a control unit for controlling interworking with the OBD black box and controlling the processing of the sharing service and the integrated management service.

Wherein the OBD black box determines whether the vehicle user and the vehicle are abnormal and generates the smart care and echo management information including the determination result, and the integrated management service processing unit receives the generated smart care and echo management information from the OBD black box, Smart care and echo management information through the communication unit, and based on the received smart care and echo management information, includes at least one of a vehicle abnormality notification, an emergency rescue request, and an emergency occurrence notification to a family member or an acquaintance The integrated management service can be performed.

The OBD black box generates analysis information including at least one of accident image data collected at the time of an accident of the vehicle, position data of an accident point, and health condition data interpreted from the bio-signal information, And generate the smart care and echo management information on the situation of the accident occurrence of the vehicle based on the analyzed information.

Wherein the OBD black box generates the analysis information on vehicle use from state information including a vehicle take-over position and a return place location of the vehicle, and acquires, from the generated analysis information, And the sharing service processing unit receives the generated smart care and echo management information from the OBD black box through the communication unit and performs a vehicle return processing based on the received smart care and echo management information And a payment process according to the degree of use of the vehicle.

The OBD black box for the smart care and eco management integrated system according to the embodiment of the present invention includes an OBD black box for integrating a user who authenticates a vehicle user in cooperation with a service providing server based on the subscriber information received from user authentication means for storing subscriber information, Authentication unit; A sensor signal processing unit for processing the state information including the bio-signal information collected for the vehicle user from the bio-sensor and the vehicle diagnosis information collected from the OBD sensor of the vehicle used by the vehicle user by signal domain; An analysis output unit for generating analysis information for determining the state of the degree of utilization of the vehicle and the state of the vehicle user and the vehicle based on the state information processed for each signal domain; A sharer service for car sharing of the vehicle from the analysis information, and a smart care and echo management information for controlling the user and the integrated management service for the vehicle; A communication unit for transmitting at least one of the subscriber information, the status information, the interpretation information, and the smart care and echo management information to the service providing server; And interworking with the service providing server. And a controller for controlling transmission of the subscriber information, the status information, and the smart care and echo management information to the service providing server.

The service providing server for the smart care and eco management integrated system according to an embodiment of the present invention includes an authentication processing unit for interrogating the OBD black box to determine whether a subscriber is a subscriber based on subscriber information and process the user authentication; State information including state information and state information including bio-signal information collected from the bio-sensor to the vehicle user and vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user, A sharing service for car sharing of the vehicle generated from the analysis information, a smart care for controlling the user and the integrated management service for the vehicle, Eco management information, and a communication unit for receiving the subscriber information from the OBD black box; A sharing service processing unit for processing a shaking service for car sharing of the vehicle based on the smart care and echo management information; An integrated management service processing unit for processing the integrated management service based on the status information, the analysis information, and the smart care and echo management information; And a control unit for controlling interworking with the OBD black box and controlling the processing of the sharing service and the integrated management service.

The service providing server further includes a status information database for storing and maintaining past and past history information based on the status information collected by one or more vehicle users for one or more vehicles and the smart care and echo management information can do.

The smart care and eco management integration method using the OBD black box in the smart care and echo management integrated system according to the embodiment of the present invention may include a service providing server and a service providing server based on the subscriber information received from the user authentication means for storing subscriber information, Authenticating the vehicle user in cooperation with the vehicle user; Processing the state information including the bio-signal information collected for the vehicle user from the biosensor and the vehicle diagnosis information collected from the OBD sensor of the vehicle used by the vehicle user for each signal domain; Generating analysis information for determining a state of the degree of utilization of the vehicle based on the state information processed for each signal domain and a state of the vehicle user and the state of the vehicle; Generating a sharing service for car sharing of the vehicle from the analysis information and smart care and echo management information for controlling the integrated management service for the user and the vehicle; Interworking with the service providing server; And controlling transmission of the subscriber information, the status information, and the smart care and echo management information to the service providing server.

In addition, the smart care and eco management integration method using the service providing server for the smart care and eco management integrated system according to the embodiment of the present invention can determine whether a subscriber is a subscriber based on subscriber information in cooperation with the OBD black box And processing the authentication; State information including state information and state information including bio-signal information collected from the bio-sensor to the vehicle user and vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user, An analysis information for determining a state of a vehicle user and an abnormality of the vehicle, a sharing service for car sharing of the vehicle from the analysis information, and a smart care and eco management for controlling the user and the integrated management service for the vehicle Information, and the subscriber information from the OBD black box; Processing the SHARING service for car sharing of the vehicle based on the smart care and echo management information and processing the integrated management service based on the status information, the analysis information, and the smart care and echo management information .

According to the present invention, the vehicle engine and components collected through the OBD sensor, the vehicle user operation, the vehicle diagnosis information such as the vehicle behavior, and the bio-signal information for the vehicle user collected through the biosensor are stored and maintained, The OBD black box that transmits the interpreted information to the related organizations through the communication network or the user terminal can always check the status of the vehicle and the status of the vehicle user.

According to the present invention, the vehicle user is authenticated only by contact with the OBD black box based on the local communication, and the smart care and echo management information, which is interpreted from the vehicle diagnostic information and the bio-signal information collected for each authenticated vehicle user, It is possible to provide specialized car sharing service and integrated management service.

According to the present invention, an accident can be reproduced, analyzed, and authenticated based on vehicle diagnostic information and bio-signal information collected through OBD sensors and biosensors, and analyzed information analyzed from the diagnostic information, It is possible to provide objective data for analyzing the cause of the accident and it is possible to solve the civil and criminal dispute factors.

In addition, according to the present invention, the OBD black box is used to database and manage the vehicle status and the vehicle status of the vehicle user, to monitor the vehicle status and the bio status of the vehicle user to reduce fuel and fuel costs, Can be checked.

1 is a block diagram illustrating an integrated smart care and eco management system in accordance with an embodiment of the present invention.
FIG. 2 is a block diagram illustrating the configuration of an OBD black box of an integrated smart care and eco management system according to an embodiment of the present invention.
3 is a block diagram showing the configuration of a service providing server of the smart care and eco management integrated system according to the embodiment of the present invention.
4 is a flowchart illustrating a smart care and echo management method using the smart care and eco management integration system according to an embodiment of the present invention.
5 is a flowchart illustrating a smart care and eco management integration method in an OBD black box of a smart care and echo management integration system according to an embodiment of the present invention.
6 is a flowchart illustrating a method of integrating smart care and eco management in a service providing server of a smart care and eco management integrated system according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings and accompanying drawings, but the present invention is not limited to or limited by the embodiments.

The terminology used herein is for the purpose of illustrating embodiments and is not intended to be limiting of the present invention. In the present specification, the singular form includes plural forms unless otherwise specified in the specification. It is noted that the terms "comprises" and / or "comprising" used in the specification are intended to be inclusive in a manner similar to the components, steps, operations, and / Or additions.

As used herein, the terms "embodiment," "example," "side," "example," and the like should be construed as advantageous or advantageous over any other aspect or design It does not.

Also, the term 'or' implies an inclusive or 'inclusive' rather than an exclusive or 'exclusive'. That is, unless expressly stated otherwise or clear from the context, the expression 'x uses a or b' means any of the natural inclusive permutations.

Also, the phrase "a" or "an ", as used in the specification and claims, unless the context clearly dictates otherwise, or to the singular form, .

Unless defined otherwise, all terms (including technical and scientific terms) used herein may be used in a sense commonly understood by one of ordinary skill in the art to which this invention belongs. Also, commonly used predefined terms are not ideally or excessively interpreted unless explicitly defined otherwise.

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 terminology used herein is a term used for appropriately expressing an embodiment of the present invention, which may vary depending on the user, the intent of the operator, or the practice of the field to which the present invention belongs. Therefore, the definitions of these terms should be based on the contents throughout this specification.

1 is a block diagram illustrating an integrated smart care and eco management system in accordance with an embodiment of the present invention.

Referring to FIG. 1, a smart care and eco management integrated system 100 according to an embodiment of the present invention includes a user authentication unit 110, an OBD black box 120, and a service providing server 130.

The user authentication means 110 stores and maintains the subscriber information, and authenticates the vehicle user by interlocking with the OBD black box 120.

The OBD black box 120 receives the subscriber information from the user authentication means 110 to process the authentication for the vehicle user, and transmits the bio-signal information collected for the vehicle user from the biosensor and the OBD sensor of the vehicle used by the vehicle user And generates the smart care and eco management information for the vehicle user and the vehicle by analyzing the state of the vehicle and the authenticated vehicle user based on the state information including the vehicle diagnosis information collected from the vehicle.

The subscriber information may include identification information for identifying a user of the vehicle and approval information for approval processing. The vehicle user may include a sharing service provided by the service providing server 130 and a sharing service provided by the service A user authentication means for storing and maintaining subscriber information from the providing server 130 may be issued.

The user authentication means 110 may operate in conjunction with an OBD black box based on Near Field Communication (NFC), and may have a physical appearance such as a plastic card, and may be installed in a user terminal It may be implemented in software form. When the user authentication means 110 is in the form of a plastic card including an RFID tag based on short-distance wireless communication, the RFID tag can store subscriber information.

Near Field Communication (NFC) is a wireless communication application technology that combines contact-based authentication and Ad-Hoc networking technology based on RFID-related technology. A vehicle user uses a user authentication means 110 and an OBD black box 120 The user authentication can be handled without user intervention in the complex configuration process through an intuitive connection.

The biosensor is installed in a vehicle or a wearable device worn by a vehicle user, and collects bio-signal information of a vehicle user.

The bio-signal information may include heart rate and body temperature signals for the vehicle user, and the vehicle diagnostic information may include a vehicle engine or component collected from the OBD sensor, a signal to the outside of the vehicle, a signal relating to the vehicle behavior, Signal.

The service providing server 130 receives the subscriber information, the status information, and the smart care and echo management information from the OBD black box 120 to provide a car service to the car user for a car sharing service, And provides an integrated management service corresponding to the received smart care and echo management information.

The OBD black box 120 processes state information including received bio-signal information and received vehicle diagnostic information by signal domain, and generates analysis information for determining whether the abnormality is interpreted from the state information.

Also, the OBD black box 120 compares at least one of the status information and the analysis information with the history information managed by the service providing server 130, and determines whether the vehicle and the vehicle user are abnormal, Smart care and echo management information including the results can be generated.

Further, according to the embodiment, the OBD black box 120 generates analysis information on the degree of vehicle use from state information including the vehicle take-over position and the return place position of the vehicle, and determines the degree of vehicle use from the generated analysis information And generate the smart care and echo management information including the results.

In addition, depending on the embodiment, the OBD black box 120 may store analysis information including at least one of accident image data collected at the time of a vehicle accident, position data of an accident point, and health condition data interpreted from the bio- And generate the smart care and echo management information corresponding to the vehicle accident based on the analysis information.

In addition, according to the embodiment, the OBD black box 120 stores the vehicle behavior information, the collision information, the vehicle user operation information, the failure diagnosis information of the vehicle, the operation pattern information, the fuel consumption information, It may generate analysis information including a symptom. The OBD black box 120 can display and provide the generated analysis information to the vehicle user in real time.

For example, the OBD black box 120 converts at least one of the vehicle diagnostic information, the status information including the bio-signal information, and the analysis information generated and analyzed from the status information into a database in the service providing server 130 The smart care and echo management information may be transmitted to the service providing server 130 in response to the comparison result, or the analysis information may be displayed to the vehicle user through the display unit have.

The OBD black box 120 can control the generated analysis information and smart care and echo management information to be transmitted to the service providing server 130. [

When the OBD black box 120 receives the smart care and echo management information that the OBD black box 120 has determined that a vehicle accident has occurred or a serious vehicle abnormality has occurred, the service providing server 130 transmits the vehicle accident handling to the external organization 140 of the insurance company or the police station Or send an emergency rescue request to an external organization 140 of the rescue team or hospital or perform an integrated management service including a call request to a family member or an acquaintance set by the user.

Also, the OBD black box 120 can determine from the analysis information analyzed from the status information of the vehicle user whether the vehicle user is abnormal such as a drinking state, an excited state and a drowsy state, and display a dangerous situation to alert the vehicle user have.

Also, the OBD black box 120 determines whether the vehicle user and the vehicle are abnormal, generates smart care and echo management information including the determination result, and the service providing server 130 transmits the received smart care and echo management information An integrated management service including at least one of a vehicle abnormality notification, an emergency rescue request, and an emergency occurrence notification to a family member or an acquaintance can be performed.

Further, the OBD black box 120 can generate analysis information including at least one of accident image data collected at the time of an accident of the vehicle, position data of an accident point, and health state data interpreted from the bio-signal information And generates smart care and echo management information on the accident occurrence situation of the vehicle based on the generated analysis information.

The incident image data may be image data at the time of collision that is stored in real time via the OBD black box 120. The location data of the accident point may be location data collected through a GPS receiver built in the OBD black box 120 .

The service providing server 130 receives smart care and echo management information on the situation of an accident occurrence of a vehicle from the OBD black box 120 and generates a smart smart terminal and an eco management information based on the smart smart terminal and a public institution (hospital, police station, etc.) (SMS) to an external organization 140 such as a maintenance shop, automatically connect a call with a vehicle user, or perform an integrated management service such as an emergency rescue request to an external organization 140 .

Also, the OBD black box 120 generates analysis information on the vehicle use from the state information including the vehicle take-over position and the return place location of the vehicle, generates smart care including the judgment result of vehicle use from the generated analysis information, And the service providing server 130 may include at least one of a vehicle return process based on the smart care and echo management information generated from the OBD black box 120 and a payment process according to the degree of vehicle use Sharing service can be performed.

According to an embodiment, the service providing server 130 may store and maintain historical and historical information based on state information collected for one or more vehicle users for one or more vehicles and on the smart care and echo management information have.

Through the present invention, it is possible to reproduce, analyze and authenticate an accident in case of an accident, and the information collected or interpreted from the OBD black box is used as data for analyzing the cause of the accident, It is possible to solve.

FIG. 2 is a block diagram illustrating the configuration of an OBD black box of an integrated smart care and eco management system according to an embodiment of the present invention.

2, the OBD black box 120 of the smart care and eco management integrated system 100 according to the embodiment of the present invention receives subscriber information from the user authentication means 110 and processes authentication for the vehicle user And analyzes the status of the vehicle and the authenticated vehicle user based on the status information including the bio-signal information collected from the biosensor to the vehicle user and the vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user And generates smart care and echo management information for the vehicle user and the vehicle.

The OBD black box 120 includes a user authentication unit 121, a sensor signal processing unit 122, an analysis output unit 123, a determination unit 124, a communication unit 125, and a control unit 126.

The bio-signal information may include heart rate and body temperature signals for the vehicle user, and the vehicle diagnostic information may include a vehicle engine or component collected from the OBD sensor, a signal to the outside of the vehicle, a signal relating to the vehicle behavior, Signal.

The user authentication unit 121 authenticates the vehicle user in cooperation with the service providing server 130 based on the subscriber information received from the user authentication means.

The sensor signal processing unit 122 processes the state information including the received bio-signal information and the vehicle diagnosis information for each signal domain. For example, the sensor signal processing unit 122 may divide the received bio-signal information into the heart rate and the body temperature signal and process the received signal as appropriate data for signal analysis for each domain, (Brake, speedometer, turn signal, gear selection position, vehicle position data), engine and vehicle components (for example, It can be processed as data in a form suitable for each domain for the related data (RPM, speed, engine oil state data).

The analysis output unit 123 generates analysis information for determining the state of the degree of use of the sharing service and the state of the degree of abnormality of the vehicle user and the vehicle based on the state information processed for each signal domain.

The determination unit 124 generates smart care and echo management information for controlling the sharing service and the integrated management service from the analysis information.

The communication unit 125 transmits subscriber information, status information, analysis information, and smart care and echo management information to the service providing server 130. The control unit 126 transmits status information and interpretation information to the service providing server 130 To be stored in the service providing server, and controls transmission of the smart care and echo management information to the service providing server.

The service providing server 130 may store past and present history information based on status information collected by one or more vehicle users for one or more vehicles and smart care and echo management information.

The determination unit 124 may determine whether the vehicle user and the vehicle are abnormal by comparing at least one of the state information and the analysis information with the history information, and generate the smart care and echo management information including the determination result.

According to the embodiment, the analysis output unit 123 generates analysis information on the degree of vehicle use from the state information including the vehicle take-over position and the return place position of the vehicle, and the determination unit 124 determines The control unit 126 generates smart care and echo management information including the result of the determination of the degree of vehicle use and transmits the interpretation information and smart care and echo management information to the service providing server 130 through the communication unit 125 Can be controlled.

The analysis output unit 123 generates analysis information including at least one of accident image data collected at the time of occurrence of a vehicle accident, position data of an accident point, and health condition data interpreted from the bio-signal information, The control unit 126 generates smart care and echo management information corresponding to a vehicle accident based on the analysis information and the control unit 126 transmits analysis information and smart care and echo management information to the service providing server 125 through the communication unit 125 130, respectively.

In addition, according to the embodiment, the analysis output section 123 outputs the behavior information analyzed from the state information, the collision information, the vehicle user operation information, the failure diagnosis information of the vehicle, the operation pattern information, the fuel efficiency information, As shown in FIG.

The OBD black box 120 may further include a display unit 127 for displaying the generated interpretation information to the vehicle user. The display unit 127 displays and outputs information processed in the OBD black box 120. [

3 is a block diagram showing the configuration of a service providing server of the smart care and eco management integrated system according to the embodiment of the present invention.

3, the service providing server 130 of the smart care and eco management integrated system 100 according to the embodiment of the present invention includes an authentication processing unit 131, a communication unit 132, a sharing service processing unit 133, A management service processing unit 134, and a control unit 135. [

The authentication processing unit 131 determines whether the vehicle user is a subscriber based on the subscriber information in association with the OBD black box, and processes the user authentication.

The communication unit 132 includes analysis information for determining the state of the degree of utilization of the vehicle based on the state information and the state information, the state of the vehicle user and the vehicle, and a sharing service and an integrated management service Smart control and echo management information, and subscriber information from the OBD black box 120.

The status information may include bio-signal information collected from the biosensor to the vehicle user and vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user.

The sharing service processing unit 133 processes the sharing service for car sharing of the vehicle based on smart care and echo management information.

For example, the OBD black box 120 generates analysis information on vehicle use from state information including a vehicle take-over position and a return place location of the vehicle, and generates smart interpretation information from the generated analysis information, Care and echo management information. The sharing service processing unit 133 receives the smart care and echo management information generated from the OBD black box 120 through the communication unit 132, and transmits the received smart care and echo management information A sharing service including at least one of a vehicle return process based on information and a payment process according to the degree of vehicle use can be processed.

The integrated management service processing unit 134 processes the integrated management service based on the status information, analysis information, and smart care and echo management information.

For example, the OBD black box 120 may determine whether the vehicle user and the vehicle are abnormal, generate smart care and echo management information including the determination result, and the integrated management service processing unit 130 may include an OBD black box The smart care and echo management information generated from the smart care and echo management information generated by the smart management unit 120 through the communication unit 132 and notifying of occurrence of an emergency to the family or friends based on the received smart care and echo management information, And the like.

The control unit 135 controls interworking with the OBD black box 120 and manages and controls the processing of the sharing service and the integrated management service.

The service providing server 130 may include status information collected by at least one vehicle user for one or more vehicles and status information database 136 for storing and maintaining past and present history information based on smart care and echo management information ).

According to an embodiment, the service providing server 130 may further include a user interface unit for receiving user setting information for performing a sharing service and an integrated management service. Through the user interface unit, the vehicle user can set functions to be performed by the sharing service and the integrated management service such as the contact registration of a family member or an acquaintance for urgent communication, the contact registration of a doctor's primary contact, and the registration of a short message sending destination.

4 is a flowchart illustrating a smart care and echo management method using the smart care and eco management integration system according to an embodiment of the present invention.

4, the smart care and eco management integrated system according to the embodiment of the present invention includes a user authentication unit 110, an OBD black box 120, and a service providing server 130. In step S401, The OBD black box 120 and the OBD black box 120. The user authentication unit 110 stores and maintains the OBD black box 120 in association with the OBD black box 120. [

In step S402, the OBD black box 120 transmits the subscriber information received from the user authentication unit 110 to the service providing server 130. In step S403, the service providing server 130 receives the subscriber information from the OBD black box 120 And determines whether the subscriber is a subscriber based on the subscriber information, thereby completing the user authentication.

In step S404, the bio-signal information collected for the vehicle user from the biosensor and the state information including the vehicle diagnosis information collected from the OBD sensor of the vehicle used by the vehicle user are processed for each signal domain, and the state information processed for each signal domain And generates analysis information for determining the state of the degree of use of the vehicle and the state of the vehicle user and the vehicle.

In step S405, the OBD black box 120 determines whether the generated analysis information is for the provision of a sharing service. When determining that the generated analysis information is for providing a sharing service, the OBD black box 120 determines, based on the analysis information generated in step S408, Smart control and echo management information.

For example, in step S405, the OBD black box 120 can determine that the analysis information is for the sharing service from the analysis information about the vehicle use from the state information including the vehicle take-over position and the return place location of the vehicle, The smart care and echo management information including the determination result of the use of the vehicle can be generated from the analysis information generated in the step S11.

Thereafter, in step S409, the OBD black box 120 transmits the generated smart care and echo management information to the service providing server 130. In step S410, the service providing server 130 receives the smart care and echo management information from the OBD black box 120, And a sharing service including at least one of a vehicle return process based on the care and echo management information and a settlement process according to the degree of use of the vehicle.

On the other hand, if it is determined in step S405 that the generated analysis information is not the provision of the sharing service but the analysis information for the integrated management service, the OBD black box 120 transmits one or more of the status information and the analysis information to the service providing server Which is determined from the history information stored and held in the memory 130, to generate smart care and echo management information.

Thereafter, in step S412, the OBD black box 120 transmits the smart care and echo management information, the status information, and the analysis information generated corresponding to the comparison result in step S411 to the service providing server 130. [ In step S413, the service providing server 130 processes the integrated management service based on the status information, the analysis information, and the smart care and echo management information.

For example, in step S411, the OBD black box 120 may generate smart care and echo management information including the determination result from the determination of the interpretation information of the vehicle user and the vehicle, Based on the smart care and echo management information received from the OBD black box 120, the providing server 130 performs integrated management including at least one of a vehicle abnormality notification, an emergency rescue request, Service can be performed.

As another example, in step S411, the OBD black box 120 may include at least one of accident image data collected at the time of an accident of the vehicle, position data of an accident point, and health condition data interpreted from the bio-signal information And generating smart care and echo management information on the situation of the accident occurrence of the vehicle based on the analysis information.

5 is a flowchart illustrating a smart care and eco management integration method in an OBD black box of a smart care and echo management integration system according to an embodiment of the present invention.

Referring to FIG. 5, in step S510, a vehicle user is authenticated in association with a service providing server based on subscriber information received from user authentication means for storing subscriber information.

In step S520, the bio-signal information collected for the vehicle user from the biosensor and the state information including the vehicle diagnosis information collected from the OBD sensor of the vehicle used by the vehicle user are processed for each signal domain.

In operation S520, the received bio-signal information may be divided into a heart rate signal and a body temperature signal, and processed as appropriate data for signal analysis for each domain.

In addition, depending on the embodiment, step S520 may include receiving the received vehicle diagnostic information from a received signal, for example, vehicle behavior related data (lateral acceleration data, longitudinal acceleration data), data by vehicle user operations (RPM, speed, engine oil state data) of the engine and the vehicle component as data of a domain-specific format for the vehicle, the speedometer, the direction indicator, the gear selection position, and the vehicle position data.

In step S530, based on the state information processed for each signal domain, analysis information for determining the state of the degree of utilization of the vehicle and the state of the vehicle user and the vehicle are generated.

(1) a sharing service for car sharing of the vehicle, and (2) smart care and echo management information for controlling the vehicle user and the integrated management service for the vehicle from the analysis information in step S540.

According to the embodiment, step S530 may be a step of generating analysis information on the degree of vehicle use from the state information including the vehicle take-over position and the return location position of the vehicle, and step S540 may be a step of determining And generating smart care and echo management information including the results.

According to an embodiment, step S530 includes generating analysis information including at least one of accident image data collected at the time of occurrence of a vehicle accident, location data of an accident point, and health state data interpreted from the bio-signal information , And step S540 may be a step of generating smart care and echo management information corresponding to a vehicle accident based on the analysis information.

In step S550, it controls the interworking with the service providing server and transmission of subscriber information, status information, analysis information, and smart care and echo management information to the service providing server.

6 is a flowchart illustrating a method of integrating smart care and eco management in a service providing server of a smart care and eco management integrated system according to an embodiment of the present invention.

Referring to FIG. 6, in step S610, it is determined whether the vehicle user is a subscriber based on the subscriber information in association with the OBD black box, and the user authentication is processed.

In step S620, based on the bio-signal information collected from the biosensor to the vehicle user and the vehicle status information including the vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user, A sharing service for car sharing of a car generated from the analysis information, a smart care and echo management information for controlling the integrated management service for the user and the vehicle, And receives information from the OBD black box.

In step S630, a sharing service for car sharing of the vehicle is processed based on smart care and echo management information, or an integrated management service is processed based on state information, analysis information, smart care, and echo management information.

According to the embodiment, step 620 generates analysis information on vehicle use from state information including the vehicle take-over position and the return place location of the vehicle through the OBD black box, and includes the determination result of vehicle use from the generated analysis information And step S630 may be a step of receiving the smart care and eco management information based on the received smart care and echo management information and a sharing service including at least one of the vehicle return processing and the payment processing depending on the degree of vehicle usage Processing step.

According to an embodiment, the step 620 may be a step of determining whether the vehicle user and the vehicle are abnormal through the OBD black box, receiving the smart care and echo management information including the determination result, And performing an integrated management service including at least one of a vehicle abnormality notification, an emergency rescue request, and an emergency occurrence notification to a family member or acquaintance based on smart care and eco-management information.

The method according to an embodiment may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions to be recorded on the medium may be those specially designed and configured for the embodiments or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape; optical media such as CD-ROMs and DVDs; magnetic media such as floppy disks; Magneto-optical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the embodiments, and vice versa.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. For example, it is to be understood that the techniques described may be performed in a different order than the described methods, and / or that components of the described systems, structures, devices, circuits, Lt; / RTI > or equivalents, even if it is replaced or replaced.

Therefore, other implementations, other embodiments, and equivalents to the claims are also within the scope of the following claims.

Claims (16)

User authentication means for storing and maintaining subscriber information;
Receiving the subscriber information through the user authentication means to process the authentication for the vehicle user, and transmitting biometric signal information collected from the biosensor to the vehicle user and vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user An OBD black box for interpreting the status of the vehicle and the authenticated vehicle user based on the included status information to generate smart care and echo management information for the vehicle user and the vehicle; And
Receiving the subscriber information, the status information, and the smart care and echo management information from the OBD black box to provide the car user with a sharing service for car sharing of the vehicle, And a service providing server for providing an integrated management service corresponding to echo management information
SmartCare and eco management integrated systems including. The method according to claim 1,
The service providing server
State information collected by one or more vehicle users for one or more vehicles, and state information database for storing and maintaining past and present history information based on the smart care and echo management information
SmartCare and eco management integrated systems including. 3. The method of claim 2,
The OBD black box
A user authentication unit for authenticating the vehicle user in cooperation with the service providing server based on the subscriber information received from the user authentication means;
A sensor signal processor for processing the state information for each signal domain;
An analysis output unit for generating analysis information for determining the state of the degree of use of the sharing service and the state of the vehicle user and the vehicle based on state information processed for each signal domain;
A determining unit for generating the smart care and echo management information for controlling the sharing service and the integrated management service from the analysis information;
A communication unit for transmitting the subscriber information, the status information, the interpretation information, and the smart care and echo management information to the service providing server; And
The state information and the analysis information to the service providing server to be stored in the state information database and to control transmission of the smart care and echo management information to the service providing server,
A smart care and eco management integrated system. 4. The method of claim 3,
Wherein,
A SmartCare that compares at least one of the state information and the analysis information with the history information to determine whether the vehicle user and the vehicle are abnormal and generates the smart care and echo management information including the determination result; Eco management integration system. The method of claim 3,
The analysis output section
Generating the analysis information on the degree of vehicle use from state information including the vehicle take-over position and the return place position of the vehicle,
The determination unit
Generates the smart care and echo management information including the determination result of the degree of vehicle use from the generated analysis information,
The control unit
Wherein the analysis information and the smart care and echo management information are transmitted to the service providing server through the communication unit. The method of claim 3,
The analysis output section
Generating analysis information including at least one of accident image data collected at the time of a vehicle accident, position data of an accident point, and health state data interpreted from the bio-signal information,
Wherein the determination unit generates the smart care and echo management information corresponding to the vehicle accident based on the analysis information,
The control unit
Wherein the analysis information and the smart care and echo management information are transmitted to the service providing server through the communication unit. The method of claim 3,
The analysis output section
Smart care and echo management for generating analysis information including vehicle behavior information analyzed from the state information, collision information, vehicle user operation information, vehicle failure diagnosis information, operation pattern information, mileage information, and abnormality of the vehicle user Integrated system. 8. The method of claim 7,
The OBD black box
A display unit for displaying the generated analysis information to the vehicle user,
A smart care and eco management integrated system. 9. The method of claim 8,
The determination unit
Compares at least one of the status information and the analysis information with a stepwise threshold value determined from the history information to generate the smart care and echo management information,
The control unit
And transmits the smart care and eco management information to the service providing server via the communication unit in response to the comparison result, or controls the display unit to display the interpretation information to the vehicle user. 3. The method of claim 2,
The service providing server includes:
An authentication processing unit interlocked with the OBD black box to determine whether the vehicle user is a subscriber based on the subscriber information and generate authentication completion information;
A communication unit for receiving the status information, interpretation information interpreted from the status information, the smart care and echo management information, and the subscriber information from the OBD black box;
A SHARING service processor for processing the SHARING service based on the smart care and echo management information received from the OBD black box;
An integrated management service processing unit for processing the integrated management service based on the status information, the analysis information, and the smart care and echo management information; And
A control unit for controlling interworking with the OBD black box and controlling the processing of the sharing service and the integrated management service,
A smart care and eco management integrated system. 11. The method of claim 10,
The OBD black box
Determining whether the vehicle user and the vehicle are abnormal, generating the smart care and echo management information including the determination result,
The integrated management service processing unit,
The smart care and echo management information generated from the OBD black box is received through the communication unit, and an emergency notification is issued based on the received smart care and echo management information, an emergency rescue request, an emergency situation to a family member, And notifying the user of the integrated management service. 12. The method of claim 11,
The OBD black box
Generating analysis information including at least one of accident image data collected at the time of an accident of the vehicle, location data of an accident point, and health state data interpreted from the bio-signal information, Wherein the smart care and echo management information is generated for a situation of an accident occurrence of the vehicle. 11. The method of claim 10,
The OBD black box
Generating the analysis information on the vehicle use from the state information including the vehicle takeover position and the returning place position of the vehicle, and calculating the smart care and eco management information including the result of the vehicle use determination from the generated analysis information ≪ / RTI &
The sharing service processing unit
Receiving the generated smart care and echo management information from the OBD black box through the communication unit, and performing at least one of a vehicle return process based on the received smart care and echo management information, A smart care and eco management integration system for handling said sharing services. In an OBD black box for smart care and eco management integrated systems,
A user authentication unit for authenticating a vehicle user in cooperation with a service providing server based on the subscriber information received from user authentication means for storing subscriber information;
A sensor signal processing unit for processing the state information including the bio-signal information collected for the vehicle user from the bio-sensor and the vehicle diagnosis information collected from the OBD sensor of the vehicle used by the vehicle user by signal domain;
An analysis output unit for generating analysis information for determining the state of the degree of utilization of the vehicle and the state of the vehicle user and the vehicle based on the state information processed for each signal domain;
A sharer service for car sharing of the vehicle from the analysis information, and a smart care and echo management information for controlling the user and the integrated management service for the vehicle;
A communication unit for transmitting at least one of the subscriber information, the status information, the interpretation information, and the smart care and echo management information to the service providing server; And
Interworking with the service providing server; And a control unit for controlling the transmission of the subscriber information, the status information, and the smart care and echo management information to the service providing server
OBD black box containing. A service providing server for a smart care and eco management integrated system,
An authentication processor for interrogating the OBD black box to determine whether the vehicle user is a subscriber based on subscriber information and process the user authentication;
State information including state information and state information including bio-signal information collected from the bio-sensor to the vehicle user and vehicle diagnostic information collected from the OBD sensor of the vehicle used by the vehicle user, A sharing service for car sharing of the vehicle generated from the analysis information, a smart care for controlling the user and the integrated management service for the vehicle, Eco management information, and a communication unit for receiving the subscriber information from the OBD black box;
A sharing service processing unit for processing a shaking service for car sharing of the vehicle based on the smart care and echo management information;
An integrated management service processing unit for processing the integrated management service based on the status information, the analysis information, and the smart care and echo management information;
A control unit for controlling interworking with the OBD black box and controlling the processing of the sharing service and the integrated management service,
And a service providing server. 16. The method of claim 15,
The service providing server includes:
State information collected by one or more vehicle users for one or more vehicles, and state information database for storing and maintaining past and present history information based on the smart care and echo management information
Further comprising:

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