KR20180110274A - Stationary OBD Interlocking Device in a Car - Google Patents

Abstract

The present invention relates to a vehicle-mounted on-board diagnosis (OBD) interlocking device capable of identifying/authenticating identity of a vehicle or a user in a space where the vehicle is stopped, parked, or operated. The vehicle-mounted OBD interlocking device mounted in a vehicle includes: a body part having a body structure to be mounted in the vehicle; a power supply unit supplied with a vehicle power of the vehicle; a power charging unit for performing charging with a charging power based on the vehicle power supplied through the power supply unit; an OBD interlocking module provided in the body part and operated through at least one of the vehicle power and the charging power to collect and manage diagnostic information from an OBD in the vehicle; and an operating module provided in the body part and operated through at least one of the vehicle power and the charging power to control an operation of the OBD interlocking module, to transmit (or broadcast) a Bluetooth-based unidirectional wireless signal including predetermined code information with predetermined signal strength, and to process pairing and Bluetooth-based data communication with a predetermined user wireless terminal at a short distance.

Description

[0001] The present invention relates to an OBD interlocking device,

The present invention relates to a vehicle-mounted OBD (On-Board Diagnosis) interlock device which is mounted on a vehicle and is operated using a vehicle power supply of the vehicle or a charging power supply charged with the vehicle power, (Or broadcasting) a unidirectional wireless signal including predetermined code information to a designated signal intensity and an bidirectional short-range wireless communication with a designated user wireless terminal at a short distance.

(Or broadcasting) a Bluetooth-based unidirectional radio signal including predetermined code information to the operating module of the OBD interlock device mounted on the vehicle, so that the OBD interlock device for vehicle interfacing can be installed in a space A service for use in identification / authentication of a vehicle or a user's identity is disclosed.

However, when the function module for unidirectionally transmitting (or broadcasting) a Bluetooth-based unidirectional wireless signal to the operation module of the OBD interlock device is provided, the Bluetooth-based unidirectional wireless signal is difficult to be transmitted to a designated distance outside the vehicle. In the case where the vehicle is running with the vehicle running, the electromagnetic interference of various electronic devices installed in the vehicle is increased. In particular, since the metal material of the vehicle frame or the vehicle body interferes with the radio signal, It is a difficult problem to be sent to the street.

SUMMARY OF THE INVENTION In order to solve the above problems, an object of the present invention is to provide a vehicular electric power steering system, which comprises a body portion having a trunk structure mounted on a vehicle, a power supply portion supplied with vehicle power of the vehicle, An OBD interlock module provided in the body and operated through at least one of the vehicle power source and the charging power source to collect and manage diagnostic information from OBD in the vehicle, (Or broadcasting) a Bluetooth-based unidirectional wireless signal including predetermined code information at a designated signal intensity by operating the at least one power source of the vehicle power source and the charging power source to control operation of the OBD interworking module, Based Bluetooth data communication with a designated user wireless terminal of the mobile communication terminal And a vehicle-mounted OBD interlocking device.

A vehicle-mounted OBD interlock device according to the present invention is a vehicle-mounted OBD interlock device that is mounted on a vehicle. The OBD interlock device includes a body portion having a trunk structure mounted on the vehicle, a power supply portion A power charging unit for charging the charging power supply based on the vehicle power supplied through the power supply unit and a power supply charging unit provided in the power supply unit and operating through at least one of the vehicle power supply and the charging power supply to collect diagnostic information from the in- An OBD interlocking module for controlling the operation of the OBD interlocking module and a Bluetooth based unidirectional wireless signal including predetermined code information, the OBD interlocking module being operated in at least one of the vehicle power source and the charging power source, (Or broadcasts) at a signal strength and is based on a pairing with a designated user wireless terminal at a short distance And an operating module for processing the Bluetooth-based data communication of the mobile communication terminal.

In the vehicle-mounted OBD interlocking device according to the present invention, the operating module is operable, when operating via the vehicle power supply, to transmit the Bluetooth-based unidirectional radio signal to the Bluetooth- And a signal management unit for amplifying the signal strength of the unidirectional radio signal to a specified signal strength and unidirectionally transmitting (or broadcasting) the signal strength.

In the vehicle-mounted OBD interworking apparatus according to the present invention, when the operation is started, the unique identification information of the user wireless terminal effectively paired with the unique identification area storing the unique identification information of the user wireless terminal, And a pairing processing unit for performing a pairing procedure for identifying a valid user wireless terminal at a short distance when unregistered valid unique identification information is not confirmed.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the pairing processing unit may deactivate the function of unidirectionally transmitting (or broadcasting) the Bluetooth-based unidirectional radio signal when the valid unique identification information is not yet registered, .

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the pairing processing unit reads a user's operation through the operation unit and unidirectionally transmits (or broadcasts) a Bluetooth-based unidirectional wireless signal when the valid unique identification information is not yet registered And selectively activating the signal.

In the vehicle-mounted OBD interlocking device according to the present invention, the pairing processing unit performs a function of unidirectionally transmitting (or broadcasting) a Bluetooth-based unidirectional wireless signal when operating through the vehicle power supply when the valid unique identification information is not yet registered And selectively activating the signal.

In the vehicle-mounted OBD interworking apparatus according to the present invention, the pairing processing unit may identify unique identification information of a valid user wireless terminal through the pairing procedure and store the unique identification information of the user wireless terminal in a designated unique identification area .

In the vehicle-mounted OBD interworking apparatus according to the present invention, when the operation is started, the operation module transmits unique identification information of a user wireless terminal effectively paired with a unique identification area storing unique identification information of a paired user wireless terminal And a wireless communication unit that attempts to establish a Bluetooth-based data communication connection with an effective user wireless terminal in the vicinity using the unique identification information when confirming the registration of valid unique identification information.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the pairing processing unit may disable or disable the function of unidirectionally transmitting (or broadcasting) a Bluetooth-based unidirectional wireless signal when a Bluetooth-based data communication connection with a nearby user wireless terminal fails, State.

In the vehicle-mounted OBD interlocking device according to the present invention, the pairing processing unit reads the operation pattern of the operation unit and transmits the Bluetooth-based unidirectional wireless signal in one direction And selectively activating a function of broadcasting a broadcast program.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the pairing processing unit may perform a one-way transmission (or a one-way transmission) of a Bluetooth-based unidirectional wireless signal when operating through the vehicle power source, And selectively activating a function of broadcasting a broadcast program.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the pairing processing unit may be configured to activate a function of unidirectionally transmitting (or broadcasting) a Bluetooth-based unidirectional wireless signal at the time of Bluetooth- Is maintained.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the operating module may include a memory unit having a PIN storing area for storing PIN authentication information and a PIN authenticating unit for registering valid PIN authentication information in a PIN storing area when communicating with an effective user wireless terminal A PIN registration unit for registering the PIN authentication information from the user wireless terminal and storing the PIN authentication information in the PIN storage area when the PIN authentication information is not registered; And a PIN authentication unit for performing a PIN authentication procedure for the user wireless terminal using the PIN authentication information registered in the area.

In the vehicle-mounted OBD interlocking device according to the present invention, the operating module includes a memory unit having a unique identification area for storing unique authentication information for authenticating a valid user wireless terminal (or an app of a user wireless terminal) And an authentication information registration unit for receiving unique authentication information for authenticating the communicating user wireless terminal (or the user wireless terminal) in the communication connection and registering the unique authentication information in the unique identification area.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the operating module may be configured to authenticate the validity of a user wireless terminal (or an application mounted on the user wireless terminal) communicatively connected using the unique authentication information when communicating with a user wireless terminal And a communication processing unit for communicating with the user wireless terminal authenticated through the unique authentication information.

In the vehicle-mounted OBD interlocking device according to the present invention, the operating module includes a first setting area for storing a data set for transmitting a Bluetooth-based unidirectional radio signal, and a Bluetooth-based unidirectional And a second setting area for storing a data set for transmitting a radio signal.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the operating module may further include an information storing unit for storing a unique code and a signal transmitting unit for transmitting a Bluetooth-based unidirectional radio signal including the unique code do.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the operating module includes a seed storage unit for storing a fixed seed value for generating a disposable code, and a seed storage unit for determining at least one dynamic seed value for generating the disposable code A code generation unit for dynamically generating a single use code by assigning at least one fixed seed value and at least one dynamic seed value to a determination unit and a designated code generation algorithm, and a signal transmission unit for transmitting a Bluetooth-based unidirectional radio signal including the one- And further comprising:

In the vehicle-mounted OBD interlocking device according to the present invention, the operating module includes an information storage for storing a unique code, a seed storage for storing a fixed seed value for generating a disposable code, A code generation unit for dynamically generating a one-time code by substituting one or more fixed seed values and at least one dynamic seed value into a seed determination unit for determining one dynamic seed value and a specified code generation algorithm; And a signal transmitting unit for transmitting a Bluetooth-based unidirectional wireless signal including a code.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the operating module includes: a power source confirming unit for confirming a power supply state from the vehicle; and a vehicle power mode operating using a power supplied from the vehicle when the power supply is confirmed, And a mode setting unit for setting or confirming the operation mode of any one of the charging power source modes that are operated by using the power source charged in the power charging unit when the vehicle power source is not yet verified.

In the vehicle-mounted OBD interlocking device according to the present invention, the operating module may include a communication processing unit for receiving configuration information for selectively controlling transmission of a Bluetooth-based unidirectional wireless signal from a user wireless terminal connected to the communication, And a transmission management unit for controlling the transmission of the Bluetooth-based unidirectional radio signal.

In the vehicle-mounted OBD interworking apparatus according to the present invention, the setting information may include a unique code to be included in the Bluetooth-based unidirectional wireless signal, a seed value to generate a disposable code to be included in the Bluetooth-based unidirectional wireless signal, And a protocol structure of a Bluetooth-based unidirectional radio signal. The present invention is not limited to the above-described embodiments.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the vehicle-mounted OBD interlocking apparatus further includes a power conversion section for converting the vehicle power or the charging power into a designated operating power.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the OBD interlocking module may include an OBD collecting unit for collecting diagnostic information from OBD in the vehicle, and an information managing unit for classifying and storing the collected diagnostic information according to a specified classification criterion .

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the OBD collecting section includes a function of collecting diagnostic information generated through the in-vehicle OBD through specified local communication with the OBD port apparatus inserted in the in-vehicle OBD port .

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the OBD collecting unit collects diagnostic information generated through the in-vehicle OBD through Bluetooth-based data communication based on the pairing with the OBD port device inserted in the in-vehicle OBD port And a function of controlling the display device.

In the vehicle-mounted OBD interworking apparatus according to the present invention, the information management unit may provide diagnosis information of a designated item among the classified and stored diagnostic information to the user wireless terminal through Bluetooth-based data communication with a designated user wireless terminal at a short distance And a function of the second function.

In the vehicle-mounted OBD interlocking device according to the present invention, the information management unit may include confirmation information generated through the Bluetooth-based data communication from the user wireless terminal provided with the diagnostic information or confirmed through DB query And a function of receiving the data.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the OBD interworking module includes a communication module for communicating with a server on the network, and the information management unit is configured to transmit, via the communication module, And a function of providing diagnosis information of a designated item.

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the information management unit may further include a function of receiving confirmation information generated through the diagnostic information from a server on the network through the communication module or confirmed through DB query .

In the vehicle-mounted OBD interlocking apparatus according to the present invention, the information management unit may further include a function of providing diagnosis information of a designated item among the classified and stored diagnostic information to the operating module, (Or broadcasting) a Bluetooth-based unidirectional radio signal including corresponding code information at a designated signal strength.

According to the present invention, there is provided a vehicle-mounted OBD interlock device which is mounted on a vehicle and is operated using a vehicle power supply of the vehicle or a charging power supply charged with the vehicle power supply, (Or broadcasts) a unidirectional radio signal including predetermined code information to a designated signal strength in a unidirectional manner and processes bidirectional short-range wireless communication with a designated user wireless terminal at a short distance, Unidirectional radio signal including predetermined code information to reach the OBD interlocking device and to use the OBD interlocking device to identify / authenticate the identity of a vehicle or a user in a space where the vehicle travels or travels.

According to the present invention, a Bluetooth-based data communication is connected between an operating module of an OBD interlock and a user's Bluetooth-enabled terminal (e.g., a mobile phone, a smart phone, a tablet PC, etc.) There is an advantage of selectively controlling the signal.

According to the present invention, by controlling the operation module of the OBD interlocking device through the user's terminal to selectively transmit a specific unidirectional radio signal of a specific purpose / purpose other than the basic unidirectional radio signal, There is an advantage that a unidirectional radio signal adaptable to various services is transmitted in real time without remote control by connecting a receiving beacon receiver to a network.

1 is a diagram showing a configuration of a vehicle-mounted OBD interlocking device 100 according to an embodiment of the present invention.
FIG. 2 is a diagram illustrating a configuration of an operation module 200 provided in the vehicle-mounted OBD interlock device 100 according to an embodiment of the present invention.
3 is a diagram illustrating a functional configuration of a user wireless terminal 300 according to an embodiment of the present invention.
4 is a diagram illustrating a mode setting / checking process of the operating module 200 according to an embodiment of the present invention.
5 is a diagram illustrating a pairing process of the operation module 200 of the OBD interlock device 100 according to an embodiment of the present invention.
6 is a diagram illustrating a PIN authentication process or a unique authentication information registration process according to an embodiment of the present invention.
7 is a diagram illustrating a process of authenticating or operating the user wireless terminal 300 (or the application 325) according to an embodiment of the present invention.
FIG. 8 is a diagram illustrating a Bluetooth-based unidirectional wireless signal transmission process of the operation module 200 according to the first embodiment of the present invention.
9 is a diagram illustrating a Bluetooth-based unidirectional wireless signal transmission process of the operation module 200 according to the second embodiment of the present invention.
FIG. 10 is a diagram illustrating a Bluetooth-based unidirectional wireless signal transmission process of the operation module 200 according to the third embodiment of the present invention.
11 is a diagram illustrating a process of providing setting information according to an 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.

1 is a diagram showing a configuration of a vehicle-station type OBD interlocking device 100 according to an embodiment of the present invention.

1 shows a vehicle-mounted OBD (On-Board Diagnosis) interlock device that is mounted on a vehicle and is operated using a vehicle power supply of the vehicle or a charging power source charged with the vehicle power, (Or broadcasts) a unidirectional radio signal including predetermined code information to a designated signal strength and processes bidirectional short-range wireless communication with a designated user wireless terminal 300 in a short distance The OBD interlocking apparatus 100 according to an embodiment of the present invention will be described with reference to FIG. 1 and / or modified by those skilled in the art. It will be appreciated that various implementations (e.g., some configurations may be omitted, or subdivided, or combined) may be inferred, Is made, including any exemplary method of estimation, to which the technical feature that is not limited to the exemplary method shown in the figure 1.

A vehicle-mounted OBD interlocking device (100) of the present invention includes a body portion (105) having a trunk structure to be mounted on a vehicle, a power supply portion (110) supplied with vehicle power of the vehicle, A power charging unit 130 for charging a power source, and a power supply unit 130 installed in the body 105 and operated through at least one of a vehicle power supply and a charging power supply, collecting diagnostic information from OBD (On-Board Diagnosis) An OBD interlocking module 150 for controlling the operation of the OBD interlocking module 150 by operating the power source of at least one of the vehicle power supply and the charging power supply in the body part 105, (Or broadcasting) a unidirectional radio signal including a predetermined signal strength to a designated signal strength and / or an operation module 200 for processing a bidirectional short-range wireless communication with a designated user wireless terminal 300 in a short distance And a power conversion unit 125 for converting the vehicle power or the recharge power into a designated operation power and / or an operation unit for operating the operation of the operation module 200 or the operation of the OBD interlock module 150 (140) for displaying an operation state of the operation module (135) and / or the operation module (200) and an operation state of the OBD interlock module (150).

The trunk portion 105 of the OBD interlock device 100 includes a trunk structure to be mounted on a vehicle. Preferably, the trunk portion 105 is a cylindrical structure or a tumbler Tumbler) structure, and the like. For example, the body 105 may have a cylindrical structure or a tumbler structure as a whole, or at least a portion of the body 105 may have a cylindrical or tumbler structure (for example, a portion to be inserted into the coasters or the tumbler rest) . However, the geometry of the body portion 105 of the OBD interlock device 100 is not limited to the cylindrical structure or the tumbler structure described above, and any geometric structure may be included in the scope of the present invention, I clarify it clearly.

The power supply unit 110 is a collective term for receiving vehicle power from the vehicle. The power supply unit 110 preferably includes a connection unit 115 electrically connected to the cigar jack of the vehicle, and a vehicle power supply unit that supplies the vehicle power supplied through the cigar jack of the vehicle to the OBD interlock device And an application unit 120 for applying an electric field to the inside of the substrate. For example, the connection unit 115 may include a connector (e.g., a USB connector or the like) connected to a cigar jack of a vehicle through a cable, and the application unit 120 may supply power, To the operating module 200 or to the OBD interlock module 150. In one embodiment, the power module 130 may include a circuit that applies power to the power module 125 or the power charger 130 and / If the cigar jack is equipped with a predetermined power supply device (for example, a power supply device for converting a vehicle power source of DC 12V to a designated operating power source having a specified voltage (e.g., DC 5V) and a specified amount of current) The connection unit 115 may include a connector that is connected to the power supply unit inserted in the cigar jack through a cable and receives the converted vehicle power. Meanwhile, the connection unit 115 may include a connection device (for example, a device inserted into a cigar jack of a vehicle) connected to a cigar jack of the vehicle through a cable. In this case, the vehicle power source of DC 12V may be directly applied through the connection unit 115. In this case, the power source conversion unit 125 converts the vehicle power source to a predetermined voltage (for example, DC 5V, etc.) An amount of current for amplifying a radio signal transmitted from the operation module 200 to a specified signal intensity and transmitting the radio signal to the operation module 200). In this case, the OBD interlock device 100 may be connected to the OBD interlock device 115 through the connection part 115. The OBD interlock device 115 may be provided on the body part 105 including a geometry that can be inserted into a cigar jack of the vehicle. The cigar jack can receive the vehicle power from the cigar jack while the cigar jack is inserted into the cigar jack, and the power conversion unit 125 converts the vehicle power into at least one operation power having a specified voltage and a specified current amount. According to another embodiment of the present invention, when the connection part 115 of the power supply part 110 includes a USB connector and the OBD interlock device 100 is mounted in a place other than the vehicle, In addition to the power source, USB-based external power may be supplied. However, the present invention will be described with respect to the embodiment in which the OBD interlock device 100 is mounted on a vehicle for convenience.

The power charging unit 130 is a collective term for charging a charging power source based on the vehicle power supplied through the power supply unit 110 (or the vehicle power converted through the power conversion unit 125) And may include a battery or a capacitor for charging a power source having a specified voltage and an amount of current. For example, the power charging unit 130 may charge a power source having a voltage and a current amount designated for BLE (Bluetooth Low Energy) mode operation of the operating module 200, It is possible to charge a power source having a set voltage and an amount of current for amplifying the signal strength of the unidirectional radio signal to be transmitted by amplifying the signal strength of the unidirectional radio signal by a certain rate higher than the BLE mode.

If the vehicle power supplied through the power supply unit 110 or the charging power charged in the power charging unit 130 is unsuitable for the operation of the OBD interlock module 150 or the operation of the operation module 200, The controller 125 can convert the vehicle power or the charging power into an operating voltage of a voltage and an amount of current suitable for the operation of the OBD interlock module 150 or the operation of the operation module 200. For example, the power conversion unit 125 may convert the vehicle power or the charging power into an operating power having a voltage and a current amount specified for the BLE mode operation of the operating module 200, Mode, it is possible to convert the signal strength of the unidirectional radio signal to an operating power having a set voltage and current amount for amplifying the signal strength of the unidirectional radio signal to be transmitted to the outside at a certain rate higher than the BLE mode.

The OBD interlock module 150 is a collective term for collecting and managing diagnosis information from the OBD in the vehicle, which is provided in the body part 105 and operates through at least one power source of the vehicle power source and the charging power source, An OBD collection unit 155 for collecting diagnostic information from the in-vehicle OBD, and an information management unit 160 for classifying and storing the collected diagnostic information according to a specified classification criterion.

The OBD collecting unit 155 collects diagnostic information generated through OBD in the vehicle through designated local communication with the OBD port device 145 inserted in the in-vehicle OBD port or acquires the OBD port Based on the Bluetooth-based data communication based on the pairing with the device 145, diagnostic information generated through OBD in the vehicle can be collected.

According to the first OBD collection embodiment of the present invention, the OBD port device 145 inserted in the in-vehicle OBD port has a designated short-range wireless communication function (e.g., Wi-Fi, short-range RF communication, ZigBee, UWB, etc.) The OBD interworking module 150 may include a short range communication module (not shown) linked to the short range wireless communication function of the OBD port device 145. In this case, the OBD collection unit 155 may collect the diagnostic information generated through the in-vehicle OBD from the OBD port device 145 through the short-range communication module.

According to the second OBD collection embodiment of the present invention, the OBD port device 145 inserted into the in-vehicle OBD port has a designated short-range cable communication function, and the OBD interlock module 150 is connected to the OBD port device 145, And a cable communication module (not shown) interlocked with the short-range cable communication function of FIG. In this case, the OBD collector 155 may collect the diagnostic information generated through the in-vehicle OBD from the OBD port device 145 through the cable communication module.

According to the third OBD collection embodiment of the present invention, the OBD port device 145 inserted into the in-vehicle OBD port has a Bluetooth function, and the operating module 200 paired with the OBD port device 145, Based data communication and can support multi-pairing to pair with a designated user wireless terminal 300 at a short distance. In this case, the OBD collection unit 155 collects diagnostic information generated through the in-vehicle OBD from the OBD port device 145 through the Bluetooth-based data communication between the operation module 200 and the OBD port device 145 can do.

According to the fourth OBD collection embodiment of the present invention, the OBD port device 145 inserted into the in-vehicle OBD port has a Bluetooth function, and the OBD interlocking module 150 is connected to the Bluetooth function of the OBD port device 145 And a Bluetooth module (not shown) interlocked with the Bluetooth module. In this case, the OBD collector 155 connects the OBD port device 145 to the OBD port device 145 through the Bluetooth module, and transmits the Bluetooth-based data communication to the OBD port device 145 through the Bluetooth- Diagnostic information generated through my OBD can be collected.

If at least one of the first to fourth OBD collection embodiments collects the diagnostic information generated through the in-vehicle OBD, the information management unit 160 classifies the collected diagnostic information according to a designated classification criterion And stored in a designated storage area of the OBD interworking module 150.

According to an embodiment of the present invention, the information management unit 160 may provide the diagnostic information of a designated item among the classified and stored diagnostic information to a designated object and / or generate the diagnostic information from the object to which the diagnostic information is provided The verification information confirmed through the DB inquiry is received and stored in the designated storage area or the designated output means (for example, sound output means, screen output means, etc.) provided in the OBD interworking module 150 can be outputted .

According to the first information management embodiment of the present invention, the operating module 200 paired with a designated user wireless terminal 300 in a short distance to perform Bluetooth-based data communication. In this case, 200 and the user wireless terminal 300 through the Bluetooth-based data communication with the user wireless terminal 300. For example, In this case, the app 325 of the user wireless terminal 300 transmits the diagnosis information to the designated server 380 and receives confirmation information generated through the diagnostic information from the server 380 or confirmed through the DB inquiry And may provide the confirmation information to the operation module 200 through the Bluetooth based data communication with the operation module 200. The information management unit 160 may transmit the confirmation information to the operation module 200 and the user wireless terminal 300 via the Bluetooth-based data communication or via the DB query.

According to the second information management embodiment of the present invention, the OBD interworking module 150 paired with a designated user wireless terminal 300 at a short distance and transmits a Bluetooth module (not shown) capable of Bluetooth-based data communication with the user wireless terminal 300 In this case, the information management unit 160 may provide the diagnostic information of the designated item among the classified and stored diagnostic information to the user wireless terminal 300 through the Bluetooth module. In this case, the app 325 of the user wireless terminal 300 transmits the diagnosis information to the designated server 380 and receives confirmation information generated through the diagnostic information from the server 380 or confirmed through the DB inquiry Based data communication, and the information management unit 160 may receive the confirmation information generated through the Bluetooth module or confirmed through the DB inquiry through the Bluetooth-based data communication .

According to the third information management embodiment of the present invention, the OBD interworking module 150 may include a communication module (not shown) for communicating with the server 380 on the network, Module 380 can provide diagnosis information of a designated item among the classified and stored diagnostic information. In this case, the server 380 can acquire and transmit the confirmation information generated through the diagnostic information or confirmed through the DB inquiry, and the information management unit 160 can receive the diagnosis information from the server 380 through the communication module It is possible to receive confirmation information generated through information or confirmed through DB inquiry.

Meanwhile, according to the embodiment of the present invention, the information management unit 160 may provide diagnosis information of designated items among the classified and stored diagnostic information to the operation module 200. In this case, (I) configuring code information that includes the diagnostic information (or further includes the diagnostic information in a specified unique code and / or disposable code), and (ii) transmits a Bluetooth-based unidirectional wireless signal including the code information at a designated signal strength )can do.

The operation module 200 is provided in the body 105 and operates through at least one power source of the vehicle power source and the charging power source, and transmits a unidirectional radio signal including predetermined code information in a unidirectional manner Directional short-range wireless communication with a designated user wireless terminal 300 at a short distance, and / or a function to control the operation of the OBD interworking module 150 can do. Meanwhile, the function of controlling the operation of the OBD interlock module 150 according to the embodiment may be implemented in the form of a separate control module or in the form of an interlocking module interlocked with the operation module 200, It should be clear that the present invention is not limited by the manner of implementing the function of controlling the operation of the interlocking module 150. [

According to an embodiment of the present invention, the operating module 200 may transmit (or broadcast) a Bluetooth-based unidirectional wireless signal including predetermined code information to a designated signal intensity in a unidirectional manner, ) And pairing-based Bluetooth-based data communications. Here, the Bluetooth-based unidirectional wireless signal may be a Bluetooth signal (e.g., a BLE signal, a beacon signal, or the like) that is unidirectionally transmitted (or broadcasted) without specifying a receiver without pairing in a Bluetooth low energy . In the Bluetooth-based data communication, the operating module 200 and the designated user wireless terminal 300 perform the Bluetooth-based pairing procedure to identify the other party, exchange at least one profile designated for data communication, Lt; RTI ID = 0.0 > Bluetooth-based < / RTI > Hereinafter, for convenience, the operation module 200 may transmit an unidirectional (or broadcast) Bluetooth-based unidirectional wireless signal to a designated signal strength and / or an Bluetooth-based data communication with a designated user wireless terminal 300 The unidirectional wireless signal transmitted (or broadcasted) by the operating module 200 is not limited to the Bluetooth-based one but the operating module 200 may be connected to a designated user wireless terminal 300 are not limited to the Bluetooth-based system, and it is apparent that the unidirectional wireless signal or the short-range wireless communication of the operating module 200 may include various types of unidirectional wireless signals or short-range wireless communications I will.

According to the embodiment of the present invention, when the vehicle power is supplied to the operation module 200 through the power supply unit 110 (or when the power converted from the vehicle power supplied through the power supply unit 110 is supplied to the operation Module 200), the operating module 200 can amplify a Bluetooth-based unidirectional radio signal including predetermined code information based on the vehicle power source to a designated signal strength and transmit have. Preferably, the operating module 200 can transmit (or broadcast) the Bluetooth-based unidirectional wireless signal in a unidirectional manner to a signal intensity amplified by a predetermined ratio or more than the signal intensity specified in the BLE mode, based on the vehicle power source.

According to the method of the present invention, when the vehicle power is supplied to the operation module 200, the OBD interlock device 100 is in a state of being mounted on the vehicle and at the same time the vehicle is in a state of being started State). In this case, electromagnetic interference is seriously generated by various electronic devices provided inside the vehicle. In addition, since the metal material of the body of the vehicle or the glass material of the window (in particular, a glass material having an ultraviolet shielding film) Way radio signal is prevented from reaching a specified short range outside the vehicle (e.g., the distance a Bluetooth-based unidirectional radio signal must reach for a designated service). Basically, the Bluetooth-based unidirectional wireless signal is transmitted in the low power of the BLE mode. However, the Bluetooth-based unidirectional wireless signal transmitted in the signal strength of the BLE mode is difficult to reach the specified near point outside the vehicle. If the signal strength of the Bluetooth-based unidirectional wireless signal is higher than a signal strength of the BLE mode (or a maximum output of an available range) through the vehicle power source, It is preferable that the Bluetooth-based unidirectional radio signal is controlled so as to reach a specified short distance outside the vehicle regardless of various obstacles caused by materials such as various electronic apparatuses, a car body, and a window in the vehicle by amplifying and broadcasting (or broadcasting) .

Meanwhile, when vehicle power is supplied to the operating module 200 through the power supply unit 110 (or when power supplied from the power supply unit 110 is converted into power by the operating module 200) The operating module 200 can amplify a signal strength of a Bluetooth signal for Bluetooth-based data communication with a designated user wireless terminal 300 at a predetermined ratio or more based on the vehicle power source. Alternatively, the operating module 200 may selectively amplify only the signal strength of the unidirectional radio signal and transmit the signal strength of the Bluetooth signal for Bluetooth-based data communication, without amplifying the signal strength of the Bluetooth signal. The present invention is not limited thereto.

According to an embodiment of the present invention, the operation module 200 can identify / authenticate a member status or a membership service of a user identity of a designated space (e.g., a department store, an apartment, a building, And the Bluetooth based unidirectional wireless signal transmitted through the operation module 200 may be configured to identify / authenticate the user identity or identify / authenticate the membership service.

Meanwhile, the operation module 200 may be additionally / selectively used as a means for identifying / authenticating a service provided in an unspecified space (for example, a public parking lot, etc.). In this case, Uses can be provisionally defined to suit the service of an unspecified space.

The operation unit 135 is a collective term for a user who receives a user operation for controlling the operation of the operation module 200 or the operation of the OBD interlock module 150 and may include a key button or a touch pad .

The display unit 140 is a collective term for indicating the operation status of the operation module 200 or the operation status of the OBD interlock module 150 and preferably includes a display such as a liquid crystal display (LCD) and / Or an LED (Light Emitting Diode) for status display and the like.

2 is a diagram illustrating the configuration of an operation module 200 provided in a vehicle-mounted OBD interlock device 100 according to an embodiment of the present invention.

2 is a block diagram of the OBD interlock device 100 shown in FIG. 1. The OBD interlock device 100 includes a Bluetooth-based unidirectional antenna including code information by using a vehicle power supplied from a vehicle or a charging power charged in the power charging unit 130. [ 1 illustrates a configuration of an operation module 200 for unidirectionally transmitting (or broadcasting) a wireless signal and processing a pairing-based Bluetooth-based data communication with a designated user wireless terminal 300 at a short distance. In the technical field of the present invention, It will be understood by those skilled in the art that various implementations of the vehicle-mounted OBD interacting device 100 (e.g., some of the components may be omitted, or subdivided, or combined) may be referred to and / However, it should be understood that the present invention includes all of the above-described methods of practicing the invention, Technological features are not limited.

Referring to FIG. 2, the operating module 200 includes a control unit 204 for controlling operations of the operating module 200, a data set (or program code) necessary for the operation of the operating module 200 An RF processor 280 for performing RF processing on unidirectional transmission (or broadcasting) and / or pairing-based Bluetooth-based data communication of a Bluetooth-based unidirectional radio signal, a memory unit 276 for storing the Bluetooth- And an antenna unit 284 for transmitting a radio frequency signal for unidirectional transmission (or broadcasting) and / or pairing-based Bluetooth-based data communication.

The operating module 200 includes at least one SMD (Surface Mount Device) for unidirectionally transmitting (or broadcasting) a Bluetooth-based unidirectional radio signal to a PCB (Printed Circuit Board) and / or operating a Bluetooth-based data communication based on a pairing The memory unit 276 and the RF processing unit 280 may be implemented in the form of an integrated chip or may be implemented in the form of discrete elements mounted on a PCB, And a combination of each device. It should be apparent that the present invention is not limited by the manner in which the operating module 200 is implemented in the OBD interworking device 100. [

The control unit 204 is a general term for controlling the operation of the operating module 200. The controlling unit 204 includes at least one processor and an execution memory, BUS). According to the present invention, the control unit 204 loads at least one program code provided in the operating module 200 into the execution memory through the processor, and outputs the result through at least one configuration And controls the operation of the operation module 200. [ Hereinafter, the program configuration implemented in the operating module 200 in the form of program code will be described in the control unit 204 for convenience. A functional configuration for controlling the OBD interlock module 150 through the control unit 204 is not shown for the sake of convenience.

The memory unit 276 is a general term of a nonvolatile memory included in the operating module 200 and includes at least one program code executed through the control unit 204 and at least one data set used by the program code And stores it. The memory unit 276 basically stores a system program code and a system data set corresponding to the operating system of the operating module 200 and at least one application program code and an application data set, The program code and data set are also stored in the memory unit 276.

According to an embodiment of the present invention, the memory unit 276 may include a first setting area for storing a data set for broadcasting a Bluetooth-based unidirectional radio signal including basic code information.

According to an embodiment of the present invention, the memory unit 276 includes data for broadcasting a Bluetooth-based unidirectional radio signal including the set code information through the paired (and / or authenticated) user wireless terminal 300 And a second setting area for storing the set.

According to an embodiment of the present invention, the memory unit 276 may include a PIN storage area for storing PIN authentication information for performing a Personal Identification Number (PIN) authentication procedure.

According to an embodiment of the present invention, the memory unit 276 includes a unique identification area for storing unique identification information that uniquely identifies a user wireless terminal 300 that is paired (and / or authenticated) And the unique identification area uniquely identifies the user wireless terminal 300 connected to the operating module 200 through the Bluetooth based data communication and authenticates the validity of the user wireless terminal 300 More authentication information can be stored.

According to an embodiment of the present invention, the memory unit 276 allows the paired (and / or authenticated) user wireless terminal 300 to uniquely identify and simultaneously authenticate the operating module 200 Module authentication information.

The RF processor 280 performs RF processing (e.g., radio frequency signal modulation) for broadcasting a Bluetooth-based unidirectional radio signal through the antenna unit 284 and / or RF processing for pairing-based Bluetooth-based data communication As a general term, it is preferable to periodically transmit or receive an RF signal of the Bluetooth Smart standard or later. When broadcasting a Bluetooth-based unidirectional wireless signal, the RF processor 280 may broadcast a Bluetooth-based unidirectional wireless signal without identifying or pairing the receiver that receives the RF signal.

According to an embodiment of the present invention, the operating module 200 may pair with a Bluetooth enabled user wireless terminal 300 (e.g., a mobile terminal of a user's own mobile phone, a smart phone, a tablet PC, etc.) Based short range wireless communication with the user wireless terminal 300, and the RF processor 280 performs RF processing for the Bluetooth based short range wireless communication.

Referring to FIG. 2, the operating module 200 performs a pairing process for performing a pairing process with respect to a valid user wireless terminal 300 at a short distance by checking whether the paired user wireless terminal 300 is registered with unique identification information A processing unit 208, and a wireless communication unit 212 for processing Bluetooth-based data communication with the paired short distance user wireless terminal 300.

The operation of the operation module 200 is started based on the user operation through the operation unit 135 of the OBD interlock device 100 or when the operation module 200 is powered on, , The pairing processing unit 208 registers unique identification information of the user wireless terminal 300 paired at least one time in the unique identification area storing the unique identification information of the valid user wireless terminal 300 . A valid user wireless terminal 300 may be a user wireless terminal 300 owned by the user who owns the OBD interworking device 100 (e.g., a user-owned mobile phone, a user-owned smartphone, a user-owned tablet PC, etc.) .

If the unique identification information of the valid user wireless terminal 300 is not registered in the unique identification area (for example, when the operation module 200 of the OBD interlock device 100 is first driven), the pairing processing unit 208 May disable the unidirectional radio signal transmitting function for broadcasting the Bluetooth-based unidirectional radio signal in the operating module 200 or may maintain the inactive state. The pairing processing unit 208 then performs a pairing operation between the operating module 200 and the user-owned user wireless terminal 300 to allow the user of the OBD interworking apparatus 100 to perform a service through the Bluetooth based unidirectional wireless signal The user can be prevented from broadcasting the Bluetooth-based unidirectional radio signal before the user to be provided is specified. In other words, a normal beacon-based service transmits a Bluetooth-based unidirectional wireless signal to an unspecified number through a beacon device provided at an affiliate shop (or a store) and provides a service designated by a user who owns the device receiving the Bluetooth- A Bluetooth-based unidirectional wireless signal broadcast through the operation module 200 provided in the OBD interworking apparatus 100 of the present invention is used to provide a service designated for a specific user who owns the OBD interworking apparatus 100 It is preferable not to transmit the Bluetooth based unidirectional radio signal until the user who owns the OBD interworking apparatus 100 (= the user of the terminal paired with the operation module 200 of the OBD interlocking apparatus 100) is specified Do.

On the other hand, even if the unique identification information of the user wireless terminal 300 valid in the unique identification area is not registered, an operation designated for activating the unidirectional wireless signal transmitting function through the operation unit 135 of the OBD interlock device 100 A user who operates the operation unit 135 of the OBD interlock device 100 can be specified as a user to be provided with the service based on the Bluetooth based unidirectional wireless signal. To this end, the pairing processing unit 208 And can selectively activate the unidirectional radio signal transmitting function for reading the operation of the operation unit 135 and broadcasting the Bluetooth-based unidirectional radio signal.

Or when the OBD interlock device 100 is supplied with vehicle power while the OBD interlock device 100 is stationed in the vehicle even if the unique identification information of the user wireless terminal 300 valid in the unique identification area is not registered, Based on the Bluetooth-based unidirectional wireless signal, the pairing processor 208 can selectively activate the unidirectional wireless signal transmission function for broadcasting the Bluetooth-based unidirectional wireless signal. have.

If the unique identification information of the valid user wireless terminal 300 is registered in the unique identification area, the pairing processing unit 208 selectively transmits the unidirectional wireless signal transmission function for broadcasting the Bluetooth based unidirectional wireless signal Can be activated. According to another embodiment of the present invention, even if the unique identification information of the user wireless terminal 300 valid in the unique identification area is registered, the pairing processing unit 208 transmits the unidirectional radio signal 300 until the pairing using the unique identification information is successful You can disable the transmit function or keep it inactive.

On the other hand, when the unique identification information of the user wireless terminal 300 valid in the unique identification area is not registered (for example, when the operation module 200 of the OBD interlock device 100 is first driven), the pairing processing unit 208 Performs a pairing procedure (e. G., A Bluetooth pairing procedure) to identify a nearby user wireless terminal 300 that is valid. For example, a secret for pairing with the operation module 200 of the OBD interlock device 100 is provided in the wrapping paper (or one side of the OBD interlock device 100) provided to the user who purchased the OBD interlock device 100 The user who purchased the OBD interlock device 100 may activate the Bluetooth function of the user wireless terminal 300 and then transmit the information to the operation module 200 of the OBD interlock device 100. [ And may execute the pairing procedure with the operation module 200 of the OBD interlock device 100 by inputting the secret information.

The pairing processing unit 208 confirms valid unique identification information of the valid user wireless terminal 300 (= the user wireless terminal 300 of the user who owns the OBD interworking device 100) through the pairing procedure, The unique identification information can be stored in the designated unique identification area.

According to an embodiment of the present invention, the unique identification area may be limited to store one unique identification information. In this case, when the unique identification information valid in the unique identification area is not stored, or when the unique identification area is initialized by the operation through the operation unit 135, the pairing processing unit 208 transmits the identified unique identification information Can be stored in the designated unique identification area.

Meanwhile, according to another embodiment of the present invention, the unique identification area may store two or more unique identification information. In this case, the pairing processing unit 208 may distinguish and store two or more unique identification information in the unique identification area According to an embodiment of the present invention, the unique identification information includes unique authentication information for determining a user wireless terminal 300 to which the Bluetooth-based data communication among the user wireless terminals 300 corresponding to the two or more registered unique identification information is connected .

When the unique identification information of the multi-user wireless terminal 300 paired with the valid user wireless terminal 300 through the pairing processing unit 208 or valid in the unique identification area is registered, the wireless communication unit 212 transmits the unique And attempts to establish a Bluetooth-based data communication connection with an effective user wireless terminal 300 at a short distance using the identification information.

If a Bluetooth based data communication connection with a nearby valid user wireless terminal 300 fails (e.g., the valid user wireless terminal 300 is not within the Bluetooth based data communication range of the OBD interworking device 100) The processing unit 208 may disable the unidirectional radio signal transmitting function for broadcasting the Bluetooth based unidirectional radio signal in the operating module 200 or may maintain the inactive state. The pairing processing unit 208 transmits the Bluetooth-based unidirectional wireless signal to the OBD interworking apparatus 100 through the Bluetooth-based data communication between the operation module 200 and the user- Way wireless signal is not broadcast until a user who is to be provided with the service is identified.

Meanwhile, even if the Bluetooth-based data communication connection with the user wireless terminal 300 at a short distance fails, the operation designated for activating the unidirectional wireless signal transmission function is inputted through the operation unit 135 of the OBD interlock device 100 A user who operates the operation unit 135 of the OBD interlock device 100 may be specified as a user to be provided with the service based on the Bluetooth based unidirectional wireless signal. To this end, the pairing processing unit 208, 135, and selectively activates a unidirectional radio signal transmitting function for broadcasting a Bluetooth-based unidirectional radio signal.

Or if the vehicle power is supplied to the OBD interworking device 100 even if the Bluetooth-based data communication connection with the nearby user wireless terminal 300 fails, the user of the OBD interworking device 100 is switched to the Bluetooth-based unidirectional The pairing processor 208 can selectively activate a unidirectional radio signal transmission function for broadcasting a Bluetooth-based unidirectional radio signal.

If the user wireless terminal 300 is connected to a nearby Bluetooth enabled data communication, the pairing processing unit 208 may activate the unidirectional radio signal transmitting function for broadcasting the Bluetooth based unidirectional radio signal or may remain active.

Meanwhile, when Bluetooth-based data communication is connected to an effective user wireless terminal 300 in a short distance, the wireless communication unit 212 outputs various states of the operation module 200 through an app 325 provided in the terminal And provide the status information to the user wireless terminal 300 through the Bluetooth-based data communication.

Referring to FIG. 2, the operation module 200 checks whether valid PIN authentication information is registered in a PIN storage area when communicating with the user wireless terminal 300. If the PIN authentication information is not registered, A PIN registration unit 216 for registering the PIN authentication information from the wireless terminal 300 and storing the PIN authentication information in the PIN storage area; a PIN registration unit 216 for storing the PIN authentication information when the PIN authentication information is registered in the PIN storage area when communicating with the user wireless terminal 300 And a PIN authentication unit 220 for performing a PIN authentication procedure for the user wireless terminal 300 using the PIN authentication information registered in the area.

The operating module 200 may communicate with the user wireless terminal 300 by connecting the Bluetooth-based data communication with the user wireless terminal 300 paired with the wireless communication unit 212.

The PIN registration unit 216 performs a PIN authentication process on the PIN storage area of the memory unit 276 when a communication connection is established between the operation module 200 and the user wireless terminal 300 Verify that valid PIN authentication information is registered.

If valid PIN authentication information is not registered in the PIN storage area, the PIN registration unit 216 receives PIN authentication information from the user wireless terminal 300 through a communication connection with the user wireless terminal 300, And stores it in the PIN storage area. Preferably, the PIN authentication information may be encrypted and stored in the PIN storage area.

According to the embodiment of the present invention, the PIN registration unit 216 may restrict the communication connection in which the PIN authentication information is registered to Bluetooth-based data communication.

If PIN authentication information valid in the PIN storage area is registered at the time of communication connection with the user wireless terminal 300, the PIN authentication unit 220 transmits the PIN authentication information to the user wireless terminal 300 through a communication connection with the user wireless terminal 300. [ Receives the PIN information from the terminal 300, and performs a PIN authentication procedure for the user wireless terminal 300 using the PIN authentication information registered in the PIN storage area.

2, the operation module 200 includes an authentication information registration unit 224 for receiving unique authentication information from the user wireless terminal 300 connected to the communication and registering the unique authentication information in the unique identification area, Which authenticates the validity of the user wireless terminal 300 (or the application 325 mounted on the user wireless terminal 300) connected to the communication using the unique authentication information when communicating with the user wireless terminal 300, And a communication processing unit 232 having an authentication unit 228 and communicating with the authenticated user wireless terminal 300 through the unique authentication information.

In addition to the unique identification information of the valid user wireless terminal 300 registered in the unique identification area through the pairing processing unit 208, unique authentication information for authenticating a valid user wireless terminal 300 connected to the communication is required (e.g., (For example, authentication information for authenticating whether or not the specific application 325 mounted on the mobile communication terminal 300 is required), the authentication information registration unit 224 registers the authentication information in the communication connection (for example, Bluetooth-based data communication connection) The user terminal 300 authenticates the user wireless terminal 300 or authenticates the specific application 325 mounted or executed in the user wireless terminal 300 or the user wireless terminal 300 executing the specific application 325 Authentication information of the user wireless terminal 300 and may store the unique authentication information of the user wireless terminal 300 in the unique identification area of the memory unit 276. [

According to an embodiment of the present invention, the unique authentication information includes a terminal identification value that uniquely identifies the user wireless terminal 300, an app 325 that is mounted on the user wireless terminal 300 and communicates with the operation module 200, And a key value exchanged between the application 325 of the user wireless terminal 300 and the operation module 200. The key 325 may be a combination of two or more keys.

Meanwhile, when valid unique authentication information is registered in the unique identification area, the terminal authentication unit 228 transmits the authentication information to the corresponding user wireless terminal 300 Receives the unique authentication information uniquely identifying and authenticating the unique authentication information (or the application 325 mounted on the user wireless terminal 300), and transmits the unique authentication information provided through the unique authentication information registered in the unique identification area And verifies the validity of the communicatively connected user wireless terminal 300 (or the application 325 mounted on the user wireless terminal 300). The unique authentication information received for the validity authentication includes a terminal identification value that uniquely identifies the user wireless terminal 300 and a unique identifier that is unique to the user wireless terminal 300 and communicates with the operating module 200 The key value exchanged between the app 325 of the user wireless terminal 300 and the operating module 200, the authentication value generated using one or more of the values, Combinations of the above. The terminal authentication unit 228 compares the value included in the received unique identification information with the value stored in the unique identification area and authenticates the terminal by comparing the value included in the received unique identification information with the value stored in the unique identification area, ), The verification value may be generated based on the value stored in the unique identification area and the received authentication value may be authenticated.

When the communicating user wireless terminal 300 (or the app 325 of the user wireless terminal 300) is authenticated through the unique authentication information stored in the unique identification area, the communication processing unit 232 transmits the authentication information to the wireless communication unit 212 to communicate with the user wireless terminal 300 through a communication connection using Bluetooth-based data communication.

According to the embodiment of the present invention, when requesting the addition or update of the unique authentication information by the user wireless terminal 300 connected through the Bluetooth-based data communication, the PIN authentication unit 220 transmits the authentication information to the user wireless terminal 300 The authentication information registration unit 224 may perform PIN authentication for adding or updating the unique authentication information by communicating with the PIN authenticated user wireless terminal 300, and may add or update the unique authentication information to the unique identification area.

Referring to FIG. 2, the operation module 200 may allow the user wireless terminal 300, which is connected to the communication when communicating with the user wireless terminal 300, to allow the user wireless terminal 300 to perform a module authentication And a module authentication procedure unit 236 for providing the user wireless terminal 300 with information.

The module authentication processing unit 236 stores module authentication information for uniquely identifying / authenticating the operation module 200 in a designated storage area of the memory unit 276. [ The module authentication information may include a unique module ID assigned at the time of manufacturing the operating module 200.

Meanwhile, the authentication information registering unit 224 may be provided with a module ID assigned to uniquely identify / authenticate the operation module 200 from the user wireless terminal 300 connected to the communication. In this case, And may store module authentication information including the module ID in a designated storage area of the memory unit 276. [ According to an embodiment of the present invention, the module authentication information may further include a key value exchanged with the user wireless terminal 300 authenticated by the user wireless terminal 300 to uniquely identify / authenticate the operation module 200 have.

When the user wireless terminal 300 (or the user 325 of the user wireless terminal 300) authenticates the communication with the user wireless terminal 300 through the communication connection (or through the terminal authentication unit 228) The user wireless terminal 300 (or the application 325 of the user wireless terminal 300) confirms the module authentication information stored in the designated storage area and provides the module authentication information to the communicating user wireless terminal 300, Module authentication information transmitted to the user wireless terminal 300. The module authentication information transmitted to the user wireless terminal 300 includes a module ID assigned to the operation module 200, A key value exchanged with the user wireless terminal 300, and an authentication value generated by using at least one of the module ID and the key value. When the generated authentication value is included in the module authentication information, The user wireless terminal 300 325 may authenticate the validity of the identification value over the verification value generated using at least one of said key values and the module ID.

According to an embodiment of the present invention, when the module 200 is provided with the module authentication procedure unit 236, the user authentication unit 228 may transmit the user wireless terminal 300 When the application 325 of the user wireless terminal 300 authenticates the operating module 200 through the module authentication information while authenticating the operating module 200 of the terminal 300, (232) can transmit / receive various information or data to / from the communicating user wireless terminal (300).

2 according to the first embodiment of the present invention, the operating module 200 includes an information storage unit 240 for storing a unique code to be transmitted through a Bluetooth-based unidirectional wireless signal, And a signal transmitting unit 256 for transmitting a Bluetooth-based unidirectional wireless signal.

The information storage unit 240 stores a unique code to be transmitted through the Bluetooth based unidirectional wireless signal to the first setting area of the memory unit 320. [ Preferably, the unique code of the first setting area may be stored in the first setting area at the time of manufacturing the operating module 200. Meanwhile, according to the embodiment, the unique code of the first setting area can be received from the communication-connected user wireless terminal 300 and stored in the first setting area.

When the unidirectional radio signal transmitting function of the operating module 200 is activated, the signal transmitting unit 256 confirms the unique code stored in the first setting area of the memory unit 276, Based unidirectional wireless signal including the unique code is transmitted through the Bluetooth-based unidirectional wireless signal. Preferably, the signal transmitting unit 256 may control the Bluetooth-based unidirectional wireless signal to be transmitted more than the predetermined number of times (or periodically).

Referring to FIG. 2 according to a second embodiment of the present invention, the operating module 200 includes a code generation unit 252 for dynamically generating a disposable code to be transmitted through a Bluetooth-based unidirectional wireless signal, And a signal transmission unit (256) for transmitting a Bluetooth-based unidirectional radio signal including a code, wherein the seed storage unit (244) stores one or more fixed seed values for generating the one-time code, And a seed determining unit 248 for determining at least one dynamic seed value for the seed.

The seed storage unit 244 stores one or more fixed seed values for generating a disposable code to be transmitted through the Bluetooth based unidirectional radio signal to the first setting area of the memory unit 276. [ The fixed seed value of the first setting area may be stored in the first setting area at the time of manufacturing the operating module 200. Meanwhile, according to the embodiment, the unique code of the first setting area can be received from the communication-connected user wireless terminal 300 and stored in the first setting area.

When the unidirectional radio signal transmitting function of the operating module 200 is activated, the seed determining unit 248 checks at least one dynamic seed value (e.g., time value, random number, etc.) at the time of generating the one- do. The seed determining unit 248 may receive the dynamic seed value from the user wireless terminal 300 connected to the communication. If the dynamic seed value is a time value, the seed determining unit 248 may synchronize time with the user wireless terminal 300 connected to the communication.

When the unidirectional radio signal transmission function of the operating module 200 is activated and the dynamic seed value is determined through the seed determination unit 248, the code generation unit 252 generates the Bluetooth-based unidirectional Dynamically generates a one-off code to be transmitted through a radio signal. The code generation unit 252 may generate at least one fixed seed value stored in the first setting area of the memory unit 276 and at least one dynamic seed value determined through the seed determination unit 248, Value to the designated code generation algorithm to dynamically generate a disposable code to be transmitted through the Bluetooth based unidirectional radio signal.

The signal transmitter 256 identifies the generated one-time code through the code generator 252 and processes the Bluetooth-based unidirectional radio signal including the disposable code to be transmitted through the RF processor 280 . Preferably, the signal transmitting unit 256 may control the Bluetooth-based unidirectional wireless signal to be transmitted more than the predetermined number of times (or periodically).

2, according to a third embodiment of the present invention, the operating module 200 includes an information storage unit 240 for storing a unique code to be transmitted through a Bluetooth-based unidirectional wireless signal, And a signal transmitting unit (256) for transmitting a Bluetooth-based unidirectional radio signal including the unique code and the disposable code, wherein the disposable code And a seed determining unit 248 for determining at least one dynamic seed value for generating the one-time code.

When the unidirectional radio signal transmitting function of the operating module 200 is activated, the code generating unit 252 dynamically generates a disposable code to be transmitted through the Bluetooth-based unidirectional radio signal using a designated code generation algorithm, Based on the at least one fixed seed value stored in the first setting area of the memory unit 276 and at least one dynamic seed value determined through the seed determining unit 248 into the designated code generation algorithm, It is possible to dynamically generate disposable codes to be transmitted through the network.

The signal transmitting unit 256 confirms the unique code stored in the first setting area of the memory unit 276 and confirms the one-time code dynamically generated by the code generating unit 252. The RF processing unit 280 And transmits the Bluetooth-based unidirectional wireless signal including the unique code and the disposable code to the base station. Preferably, the signal transmitting unit 256 may control the Bluetooth-based unidirectional wireless signal to be transmitted more than the predetermined number of times (or periodically).

Referring to FIG. 2, the operating module 200 includes a power supply confirmation unit 260 for checking the power supply state from the vehicle, a vehicle power mode And a mode setting unit (264) for setting or confirming the operation mode of any one of a charging power mode operated by using the power charged in the power charging unit (130) when the vehicle power supply is not confirmed, And a signal management unit 268 for controlling the transmission of the Bluetooth-based unidirectional wireless signal to the maximum output or controlling the Bluetooth based unidirectional wireless signal to be transmitted to the low power output when operating in the charging power mode have.

The power supply confirmation unit 260 can confirm whether the power of the vehicle is being supplied to the power supply unit 110 through a predetermined sensor (for example, a current sensor, a voltage sensor, etc.). Alternatively, the power source verifying unit 260 can check whether the power of the vehicle is being converted through the power conversion unit 125 through a predetermined sensor (not shown). Or the power source verifying unit 260 determines whether the power of the OBD interlocking device 100 is in a grounded state and determines whether the power of the vehicle is being supplied (for example, when the vehicle power is supplied, Ground) grounded). Alternatively, the power source verifying unit 260 can check whether the vehicle power is supplied to the vehicle through a predetermined sensor (for example, a pressure sensor, not shown). Preferably, the power source verifying unit 260 may determine whether the power of the vehicle is being supplied by combining at least one or more of the above embodiments.

When it is determined that the power of the vehicle is being supplied through the power source verifying unit 260, the mode setting unit 264 sets the operation mode of the operation module 200 using the power supplied from the vehicle Or the operation mode of the operation module 200 can be confirmed in the vehicle power mode.

Meanwhile, when it is not confirmed that the power of the vehicle is being supplied through the power verifying unit 260, the mode setting unit 264 sets the operation mode of the operating module 200 to the power charging unit 130 Or the operating mode of the operating module 200 may be confirmed as a charging power mode.

According to the embodiment of the present invention, the mode setting unit 264 may set the operation mode of the operation module 200 to the OBD interlock device 100 in a state where there is no button or the operation unit 135 to set the operation mode of the operation module 200, The operation mode of the operation module 200 built in the OBD interlock device 100 can be confirmed according to the supplied state.

When the operation mode of the operation module 200 is set / confirmed as the vehicle power mode in which power is supplied from the vehicle, the signal management unit 268 can use the Bluetooth-based unidirectional wireless signal transmitted through the RF processing unit 280 It is possible to control the transmission to a maximum output in one range (or at least an output in the low power mode or more). In general, the interior of the vehicle, which is in operation due to starting, is highly susceptible to electromagnetic interference of various electronic devices. In addition, a radio frequency signal transmitted through the antenna unit 284 of the operating module 200 by a metal material, Is transmitted to the outside of the vehicle omnidirectionally. The signal management unit 268 amplifies the Bluetooth-based unidirectional radio signal to a designated signal intensity (for example, amplifies the signal strength of the low-power mode by more than a predetermined ratio, when the OBD interlock device 100 is supplied with vehicle power from the vehicle , Or the maximum output power of the available range), so that the Bluetooth-based unidirectional wireless signal of the operating module 200 overcomes the electromagnetic interference of various electronic devices in the vehicle, It can be controlled so as to be sent to the outside of the vehicle while overcoming the radio interference caused by the metal material of the vehicle body.

Meanwhile, when the operation mode of the operation module 200 is set / confirmed as a recharge power mode operated by using the power charged in the power charging unit 130, the signal management unit 268 controls the RF processing unit 280 It is possible to control the outgoing Bluetooth-based unidirectional radio signal to be transmitted in the low power mode. Preferably, the signal management unit 268 controls the Bluetooth-based unidirectional wireless signal transmitted through the RF processor 280 to be output as an output of the BLE mode.

Referring to FIG. 2, the operating module 200 may selectively transmit a designated Bluetooth-based unidirectional wireless signal from the user wireless terminal 300 through the operating module 200 via the user wireless terminal 300 A communication processing unit 232 for receiving setting information for controlling transmission of the Bluetooth-based unidirectional radio signal, and a transmission management unit 272 for controlling the transmission of the Bluetooth-based unidirectional radio signal corresponding to the setting information.

When the operating module 200 is connected to the user wireless terminal 300 through the Bluetooth based data communication, the communication processor 232 transmits the Bluetooth And receives configuration information for controlling selective transmission of the base unidirectional radio signal. Preferably, the configuration information includes a unique code to be included in the Bluetooth-based unidirectional wireless signal, a seed value (e.g., one or more fixed seed values and / or at least one dynamic seed value) for generating a disposable code to be included in the Bluetooth- A disposable code generated through the application 325 of the user wireless terminal 300, an authentication code received and transmitted by the app 325 of the user wireless terminal 300 through the communication network, and a protocol structure of the Bluetooth based unidirectional wireless signal At least one or a combination of more than one stone.

2 according to the first embodiment of the present invention, the operating module 200 includes an information storage unit 240 for storing a unique code to be transmitted through the Bluetooth-based unidirectional wireless signal, And a signal transmitting unit 256 for transmitting a Bluetooth-based unidirectional wireless signal including the Bluetooth-based unidirectional wireless signal.

The information storage unit 240 stores a code (for example, a unique code, a disposable code generated through the application 325 of the user wireless terminal 300, a user ID, and the like) included in the setting information received from the user wireless terminal 300, (At least one code or two or more codes among the authentication codes received and transmitted by the app 325 of the wireless terminal 300 via the communication network) in the second setting area of the memory unit 276. [

When the unidirectional radio signal transmitting function of the operating module 200 is activated, the signal transmitting unit 256 transmits the code stored in the second setting area of the memory unit 276 At least one of the unique code, the one-time code generated through the app 325 of the user wireless terminal 300, and the authentication code received and transmitted by the app 325 of the user wireless terminal 300 via the communication network, And transmits the Bluetooth-based unidirectional radio signal including the identified code to the RF processor 280. [ Preferably, the signal transmitting unit 256 may control the Bluetooth-based unidirectional wireless signal to be transmitted more than the predetermined number of times (or periodically).

2 according to the second embodiment of the present invention, the operating module 200 includes a code generator 252 for dynamically generating a disposable code to be transmitted through the Bluetooth-based unidirectional radio signal, And a signal transmitting unit (256) for transmitting a Bluetooth-based unidirectional radio signal including a disposable code, the method comprising: a seed storage unit (244) for storing one or more fixed seed values for generating the disposable code; And a seed determining unit 248 for determining at least one dynamic seed value for performing a seeding operation.

The seed storage unit 244 stores a fixed seed value among the seed values included in the setting information received from the connected user wireless terminal 300 (the dynamic seed value may also be included according to an implementation method) to the memory unit 276 In the second setting area.

When the unidirectional radio signal transmitting function of the operating module 200 is activated, the seed determining unit 248 controls at least one dynamic seed value (for example, , A time value or a random number, or a dynamic seed value included in the setting information).

When the unidirectional radio signal transmitting function of the operating module 200 is activated and the dynamic seed value is determined through the seed determining unit 248, the code generating unit 252 generates a code And generates a disposable code to be transmitted through the Bluetooth-based unidirectional wireless signal using a code generation algorithm. The code generation unit 252 may generate at least one fixed seed value stored in the second setting area of the memory unit 276 and at least one dynamic seed value determined through the seed determination unit 248, Value to the designated code generation algorithm to dynamically generate a disposable code to be transmitted through the Bluetooth based unidirectional radio signal.

The signal sending unit 256 checks the one-time use code dynamically generated through the code generating unit 252 under the control of the sending management unit 272 and transmits the one-time use code through the RF processing unit 280 And processes the Bluetooth-based unidirectional radio signal to be transmitted. Preferably, the signal transmitting unit 256 may control the Bluetooth-based unidirectional wireless signal to be transmitted more than the predetermined number of times (or periodically).

2, according to a third embodiment of the present invention, the operating module 200 includes an information storage unit 240 for storing a unique code to be transmitted through the Bluetooth-based unidirectional wireless signal, A code generation unit 252 for dynamically generating a one-time code to be transmitted through a wireless signal, and a signal transmission unit 256 for transmitting a Bluetooth-based unidirectional wireless signal including the unique code and the disposable code, And a seed determining unit 248 for determining at least one dynamic seed value for generating the one-time code.

When the unidirectional radio signal transmission function of the operating module 200 is activated and the dynamic seed value is determined through the seed determination unit 248, the code generation unit 252 generates the Bluetooth-based unidirectional And generates at least one fixed seed value stored in a second setting area of the memory unit 276 and at least one dynamic seed value determined through the seed determining unit 248 To the designated code generation algorithm to dynamically generate a disposable code to be transmitted through the Bluetooth based unidirectional radio signal.

The signal transmitting unit 256 transmits a code (for example, a unique code, an app 325 of the user wireless terminal 300) stored in the second setting area of the memory unit 276 (At least one code or two or more codes among the authentication codes received and transmitted by the app 325 of the user wireless terminal 300 via the communication network) After the generated one-time code is confirmed, the RF processor 280 processes the Bluetooth-based unidirectional radio signal including the identified code and the generated disposable code. Preferably, the signal transmitting unit 256 may control the Bluetooth-based unidirectional wireless signal to be transmitted more than the predetermined number of times (or periodically).

According to the embodiment of the present invention, when the communication management unit 272 releases the communication connection with the user wireless terminal 300 connected to the communication during the transmission of the Bluetooth-based unidirectional wireless signal (e.g., the user's wireless terminal 300 ) Is moved out of the range of the short range of the operation module 200). If the communication connection between the operation module 200 and the user wireless terminal 300 is released, the transmission management unit 272 controls to transmit a basic Bluetooth based unidirectional wireless signal using the information stored in the first setting area Or may stop (or terminate) the transmission of the Bluetooth-based unidirectional radio signal. Meanwhile, if the communication connection with the user wireless terminal 300 is confirmed in the state where the basic Bluetooth based unidirectional wireless signal is transmitted or the transmission of the Bluetooth based unidirectional wireless signal is stopped (or terminated), the transmission management unit 272 May control to transmit a Bluetooth-based unidirectional radio signal using information stored in the second setting area.

According to the embodiment of the present invention, the communication processing unit 232 confirms whether the Bluetooth-based unidirectional radio signal is being transmitted or the Bluetooth-based unidirectional radio signal is being transmitted under the control of the transmission management unit 272, Based on the Bluetooth-based unidirectional wireless signal and the Bluetooth-based unidirectional wireless signal, and transmits the Bluetooth-based unidirectional wireless signal to the user wireless terminal 300 to which the Bluetooth-based unidirectional wireless signal is transmitted have.

3 is a functional block diagram of a user wireless terminal 300 according to an embodiment of the present invention.

3 shows the configuration of the user wireless terminal 300 communicating with the operating module 200 of the OBD interworking apparatus 100 and the functional configuration of the application 325 installed in the user wireless terminal 300 Those skilled in the art will be able to refer to and modify various aspects of the functionality of the user wireless terminal 300 in reference to FIG. 3, The present invention is not limited to the above-described embodiments, and various modifications may be made without departing from the spirit and scope of the invention. Preferably, the user wireless terminal 300 of FIG. 3 may include at least one of various smart phones capable of wireless communication, various tablet PCs, various PDAs, and various mobile phones.

3, the user wireless terminal 300 includes a control unit 302, a memory unit 320, a screen output unit 304, a user input unit 306, a sound processing unit 308, a cable communication unit 312, A Bluetooth wireless communication unit 314, a wireless network communication unit 316, a USIM reader 318, and a USIM, and has a battery for power supply.

The controller 302 is a generic term for controlling the operation of the user wireless terminal 300. The controller 302 includes at least one processor and an execution memory, Bus (BUS). According to the present invention, the control unit 302 loads at least one program code included in the user wireless terminal 300 into the execution memory through the processor, and outputs the result to at least one And controls the operation of the user wireless terminal 300. FIG. Hereinafter, the configuration of the application 325 of the present invention, which is implemented in the form of program code for convenience, will be described in the control unit 302.

The memory unit 320 is a generic term of a nonvolatile memory corresponding to a storage resource of the user wireless terminal 300 and includes at least one program code executed through the control unit 302 and at least one And stores the data set. The memory unit 320 basically includes a system program code and a system data set corresponding to an operating system of the user wireless terminal 300, a communication program code for processing a wireless communication connection of the user wireless terminal 300, And at least one application program code and application data set, and the program code and data set corresponding to the app 325 of the present invention are also stored in the memory unit 320. [

The screen output unit 304 includes a screen output unit (e.g., an LCD (Liquid Crystal Display) or the like) and a driving module for driving the screen output unit 304. The screen output unit 304 is connected to the control unit 302, And outputs an operation result corresponding to the output to the screen output device.

The user input unit 306 includes at least one user input device (e.g., a button, a keypad, a touch pad, a touch screen coupled to the screen output unit 304), and a drive module for driving the touch screen. And inputs a command for instructing various operations of the control unit 302 or data necessary for the operation of the control unit 302. [

The sound processing unit 308 includes a speaker, a microphone, and a drive module for driving the sound processor 308. The sound processor 308 decodes sound data corresponding to a sound output from various calculation results of the controller 302 and outputs the sound data through the speaker Or a sound signal input through the microphone, and transmits the encoded sound signal to the controller 302. [

The cable communication unit 312 receives power using a cable or provides USB-based communication. The power supplied through the cable is charged in the battery. The cable communication unit 312 determines whether USB-based communication is possible when the wired cable is connected. When the USB communication is possible, the cable communication unit 312 processes the USB-based communication using a wired cable.

The Bluetooth unit 310 transmits and receives a Bluetooth-based radio frequency signal in a short distance of about 10 m or less (up to about 100 m) in accordance with a Bluetooth-based data communication standard. Preferably, the Bluetooth-based data communication standard may include Bluetooth 4.0 or later. However, the Bluetooth-based data communication standard is not limited thereto, and Bluetooth-based radio frequency signals may be transmitted and received according to a standard prior to Bluetooth 4.0. The Bluetooth unit 310 may process Bluetooth based data communication based on pairing with the operation module 200 installed in the OBD interworking apparatus 100. The Bluetooth unit 310 may receive data from the operation module 200 of the OBD interworking apparatus 100, (Or broadcast) Bluetooth-based unidirectional wireless signal.

The wireless network communication unit 316 and the local area network communication unit 314 are collectively referred to as communication resources for connecting the user wireless terminal 300 to a designated communication network. Preferably, the user wireless terminal 300 may include a wireless network communication unit 316 as a basic communication resource, and may include one or more short-range network communication units 314.

The wireless network communication unit 316 collectively refers to communication resources for connecting the user wireless terminal 300 to a wireless communication network via a base station. The wireless communication unit 316 includes an antenna, an RF module, a baseband module, And a signal processing module. The controller 302 is connected to the controller 302 and transmits the operation result corresponding to the wireless communication among the various operation results of the controller 302 through the wireless communication network or transmits the data through the wireless communication network And transmits it to the control unit 302, and performs the connection, registration, communication, and handoff procedures of the wireless communication. According to the present invention, the wireless network communication unit 316 can connect the user wireless terminal 300 to a call network including a call channel and a data channel via the exchange, and in some cases, May be connected to a data network providing communication-based wireless network data communication (e.g., the Internet).

According to an embodiment of the present invention, the wireless network communication unit 316 is a mobile communication unit that performs at least one connection, a location registration, a call processing, a call connection, a data communication, and a handoff to a mobile communication network according to the CDMA / WCDMA / ≪ / RTI > Meanwhile, according to the intention of a person skilled in the art, the wireless network communication unit 316 may further comprise a portable internet communication configuration for performing at least one of connection to the portable Internet, location registration, data communication and handoff according to the IEEE 802.16 standard, It is evident that the present invention is not limited by the wireless communication configuration provided by the wireless network communication unit 316. [ That is, the wireless network communication unit 316 is a general term for a configuration unit that accesses a wireless communication network through a cell-based base station irrespective of a frequency band of a wireless section, a type of a communication network, or a protocol.

The short-range network communication unit 314 connects a communication session using a radio frequency signal within a predetermined distance (for example, 10 m) as a communication medium, and collectively refers to communication resources for connecting the user wireless terminal 300 to a communication network The user wireless terminal 300 may be connected to the communication network through at least one of Wi-Fi communication, public wireless communication, and UWB. According to an embodiment of the present invention, the local area network communication unit 314 may be integrated with or separated from the wireless network communication unit 316. According to the present invention, the short-range network communication unit 314 connects the user wireless terminal 300 to a data network providing packet-based short-range wireless data communication through a wireless AP.

The USIM reader unit 318 includes a universal subscriber identity module (Universal Subscriber Identity Module) that is mounted or detached from the user wireless terminal 300 based on the ISO / IEC 7816 standard and a configuration in which at least one data set is exchanged As a generic term, the data set is exchanged in a half-duplex communication manner through an APDU (Application Protocol Data Unit).

The USIM is an SIM type card having an IC chip conforming to the ISO / IEC 7816 standard, and includes an input / output interface including at least one contact connected to the USIM reader 318, a program code for at least one IC chip (Or processing) the program code for the IC chip according to at least one command transmitted from the user wireless terminal 300, or extracting (or processing) the data set in association with the input / output interface, To the input / output interface.

The control unit 302 downloads an application 325 linked with the operation module 200 of the OBD interlock device 100 and stores the downloaded data network in the memory unit 320, (325) is driven to perform the operation according to the present invention.

Referring to FIG. 3, the application 325 of the user wireless terminal 300 includes a pairing procedure unit 330 for performing Bluetooth-based pairing with the operation module 200 of the OBD interworking device 100, And a communication connection unit 335 for connecting Bluetooth-based data communication with the operation module 200 of the OBD interworking device 100.

Based pairing in the operation module 200 of the OBD interworking apparatus 100, the pairing procedure unit 330 may be configured to perform a Bluetooth-based pairing process in cooperation with the operation module 200 in cooperation with the pairing procedure of the operation module 200. [ And performs a pairing procedure for Bluetooth-based data communication. Meanwhile, the pairing procedure may be performed through the operating module 200 and the control unit 302, and the pairing procedure unit 330 may be omitted in this case.

The communication connection unit 335 identifies the paired operating module 200 and connects the Bluetooth-based data communication with the verified operating module 200.

If the distance between the operation module 200 of the OBD interlock device 100 and the user wireless terminal 300 exceeds the Bluetooth based short range communication range or the Bluetooth based data communication radio signal transmitted from the operation module 200 Based on the Bluetooth communication between the operation module 200 provided in the OBD interworking apparatus 100 and the user wireless terminal 300 when the wireless communication unit 300 does not reach the Bluetooth unit 310 of the user wireless terminal 300, Is released. If the distance between the operating module 200 of the OBD interworking apparatus 100 and the user wireless terminal 300 is within the range of the Bluetooth based short range communication or the Bluetooth wireless data signal for data communication transmitted from the operating module 200 is within the range The Bluetooth based based short distance communication between the operating module 200 and the user wireless terminal 300 of the OBD interworking apparatus 100 can be restored when the wireless terminal 300 reaches the Bluetooth unit 310 .

3, when the PIN authentication information for the PIN authentication procedure is not registered in the communication module 200 connected to the communication, the application 325 of the user wireless terminal 300 transmits the PIN When the PIN authentication information is registered in the communication module 200 connected to the communication, the terminal 200 provides the PIN information to the operation module 200 through the communication connection, And a PIN authentication procedure unit 340 for performing an authentication procedure.

The PIN authentication procedure unit 340 transmits the PIN authentication information to the operation module 200 of the OBD interlock device 100 connected to the communication module 335 via the communication connection unit 335, A PIN registration interface screen for registering PIN authentication information for the PIN authentication procedure is displayed, PIN information is inputted through the PIN registration interface screen, and PIN authentication information for authenticating the inputted PIN information is configured, To the communication module 200 connected to the communication. The operating module 200 stores the PIN authentication information in a designated PIN storage area.

When valid PIN authentication information is registered in the PIN storage area of the operation module 200, the PIN authentication procedure unit 340 displays a PIN authentication interface screen, receives PIN information through the PIN authentication interface screen, And provides the input PIN information to the communication module 200 connected to the communication. The operation module 200 authenticates the validity of the PIN information using the PIN authentication information registered in the designated PIN storage area and replies with the result.

Referring to FIG. 3, the application 325 of the user wireless terminal 300 may be configured such that unique authentication information for the user wireless terminal 300 (or the application 325) is registered in the communication module 200 connected to the communication (Or the application 325) to the communication module 200 connected to the communication, when the communication module 300 is connected to the communication module 300, When the unique authentication information is registered, the unique authentication information is provided to the operation module 200 through the communication connection, so that the validity of the user wireless terminal 300 (or the application 325) And a terminal authentication procedure unit 345 for performing the authentication procedure.

The user wireless terminal 300 (or the application 325 of the user wireless terminal 300) is uniquely identified and authenticated to the operation module 200 of the OBD interworking apparatus 100 communicatively connected through the communication connection unit 335 When the valid authentication information for authenticating the user is not registered or when the unique authentication information is added or updated to the operating module 200 as a result of the PIN authentication, 300) (or the application 325) and provides the unique authentication information to the operating module 200 of the OBD interworking apparatus 100 connected to the communication. The operation module 200 stores the unique authentication information in a designated unique identification area.

The validated unique authentication information is registered in the operation module 200 of the OBD interworking apparatus 100 communicatively connected through the communication connection unit 335. The terminal authentication procedure unit 345 transmits the valid authentication information to the OBD interworking apparatus 100, The application module 200 provides unique authentication information for authenticating the validity of the user wireless terminal 300 (or the application 325). The operation module 200 authenticates the validity of the provided unique authentication information by using the unique authentication information registered in the designated unique identification area and replies the result.

According to the embodiment of the present invention, when the operation module 200 of the OBD interworking apparatus 100 authenticates the validity of the user wireless terminal 300 (or the application 325) through the unique authentication information, Various information or data can be transmitted and received through communication between the module 200 and the user wireless terminal 300.

3, an application 325 of the user wireless terminal 300 is connected to a memory module 320 of the user wireless terminal 300 via a module of the operation module 200 built in the OBD interworking device 100 When the authentication information is not registered, the module authentication information of the operation module 200 is registered in the memory unit 320 using the communication connection, and the module authentication information of the operation module 200 is registered in the memory unit 320 of the user wireless terminal 300 When the module authentication information of the operation module 200 embedded in the OBD interworking apparatus 100 is registered, the module authentication information of the operation module 200 is received through the communication connection and the validity of the operation module 200 is authenticated And a module authentication procedure unit 350 for performing a procedure for performing the authentication process.

If the module authentication information for uniquely identifying / authenticating the operation module 200 of the OBD interlock apparatus 100 is not stored in the designated storage area of the user wireless terminal 300, the module authentication procedure unit 350 The module authentication information for the operation module 200 is received from the communication module 200 connected to the communication and stored in a designated storage area or the module authentication information for uniquely identifying / And provides it to the operating module 200, and stores it in the designated storage area. Preferably, the module authentication information may be encrypted and stored.

When the module authentication information is stored in the designated storage area of the user wireless terminal 300, the module authentication procedure unit 350 receives the module authentication information from the operation module 200 of the communicating OBD interworking device 100 And authenticates the validity of the received module authentication information using the module authentication information stored in the designated storage area.

According to the method of the present invention, when the module authentication procedure unit 350 authenticates the validity of the operation module 200 of the OBD interworking apparatus 100 connected and connected through the module authentication information, the operation module 200 And the user wireless terminal 300 through the communication with the user wireless terminal 300. [

Referring to FIG. 3, an application 325 of the user wireless terminal 300 may transmit setting information for controlling transmission of a Bluetooth-based unidirectional wireless signal through the operating module 200 of the communicating OBD interworking apparatus 100 And a communication procedure unit 360 for providing the setting information to the operation module 200 of the OBD interlock device 100 through the communication connection. The communication procedure unit 360 may determine whether or not the operation module 200 of the OBD interworking device 100 has performed the authentication process performed through the terminal authentication procedure unit 345 and / And transmitting and receiving various information or data.

The information generating unit 355 generates the information input from the user and the designated server (not shown) at one point in time before, during, after, and after the communication connection with the operation module 200 of the OBD interlock apparatus 100 through the communication connection unit 335. [ 380) to generate configuration information for controlling the Bluetooth-based unidirectional wireless signal to be transmitted through the operation module 200 of the OBD interworking device 100. [ Preferably, the configuration information includes a unique code to be included in the Bluetooth-based unidirectional wireless signal, a seed value (e.g., one or more fixed seed values and / or at least one dynamic seed value) for generating a disposable code to be included in the Bluetooth- A disposable code generated through the application 325 of the user wireless terminal 300, an authentication code received and transmitted by the app 325 of the user wireless terminal 300 through the communication network, and a protocol structure of the Bluetooth based unidirectional wireless signal At least one or a combination of more than one stone.

The operation module 200 of the OBD interlock device 100 may receive a designated service (for example, a predetermined service) by receiving a designated signal receiver provided in a designated space (e.g., a department store, an apartment building, (For example, a public parking lot in which a separate parking space is not designated for a user, a paid parking lot in which a user does not specify a separate parking space), and a non-fixed space Etc.), and can transmit a Bluetooth-based unidirectional wireless signal for providing an unspecified service (for example, parking in a public parking lot, parking in a paid parking lot, etc.).

When the configuration information for controlling the transmission of the Bluetooth-based unidirectional radio signal is generated through the operation module 200 of the OBD interlock device 100 through the information generation unit 355, the communication procedure unit 360 performs the communication The operation module 200 provides the setting information to the operation module 200 of the connected OBD interlock device 100 and the operation module 200 controls to transmit the Bluetooth based unidirectional wireless signal corresponding to the setting information.

Referring to FIG. 3, when the application module 325 of the user wireless terminal 300 provides the configuration information to the operation module 200 of the OBD interworking device 100, the application 325 of the OBD interworking device 100 A communication procedure unit 360 for receiving transmission information for identifying a Bluetooth-based unidirectional radio signal transmission of either the basic setting Bluetooth-based unidirectional radio signal or the Bluetooth-based unidirectional radio signal from the operating module 200, A signal discrimination unit 365 for discriminating whether a Bluetooth based unidirectional radio signal corresponding to the setting information is being transmitted through the operating module 200, And an information output unit 370 for outputting information.

According to the first signal transmission discrimination embodiment of the present invention, when the setting information is provided to the operation module 200 of the OBD interlock device 100, the communication procedure unit 360 may transmit the setting information to the OBD interlock device 100, Directional radio signal is transmitted from the operation module 200 of the mobile communication terminal 200 through the operation module 200 or to transmit the Bluetooth-based unidirectional radio signal corresponding to the setting information, The signal determination unit 365 reads the received transmission information and determines whether the Bluetooth based unidirectional radio signal corresponding to the setting information is being transmitted or the basic Bluetooth based unidirectional radio signal is being transmitted through the operation module 200 .

If the outgoing information indicates that the basic Bluetooth based unidirectional radio signal is being transmitted through the operation module 200 of the OBD interlock device 100, the information output unit 370 may transmit the basic Bluetooth based unidirectional radio signal (Or the transmission of the Bluetooth-based unidirectional radio signal is stopped). On the other hand, if it is determined that the Bluetooth-based unidirectional radio signal corresponding to the setting information is being transmitted through the operation module 200 of the OBD interlock device 100 as a result of reading the transmission information, the information output unit 370 may correspond to the setting information Based unidirectional radio signal transmission of the Bluetooth-based one-way radio signal.

If the Bluetooth-based unidirectional wireless signal is not transmitted through the operating module 200 even after providing the setting information to the operating module 200 of the OBD interworking device 100, The configuration information for transmitting the Bluetooth-based unidirectional wireless signal can be provided to the operation module 200 of the OBD interworking device 100 through the communication connection.

According to the second signal transmission discrimination embodiment of the present invention, when the setting information is provided to the operation module 200 of the OBD interlock device 100, The unidirectional wireless signal transmitted via the operating module 200 of the OBD interlock device 100 and received by the Bluetooth module 310 can be transmitted without pairing and the Bluetooth of the user wireless terminal 300 can be transmitted Based unidirectional radio signal transmitted through the operation module 200 and reads the Bluetooth based unidirectional radio signal transmitted through the operation module 200 to receive the Bluetooth Based one-way radio signal is being transmitted or a basic-setting Bluetooth-based unidirectional radio signal is being transmitted.

If the basic Bluetooth-based unidirectional radio signal is being transmitted through the operation module 200 of the OBD interlock device 100 as a result of reading the Bluetooth-based unidirectional radio signal transmitted from the operation module 200, the information output unit 370 Outputs information corresponding to the basic setting Bluetooth-based unidirectional radio signal transmission (or suspension of transmission of the Bluetooth-based unidirectional radio signal). If the Bluetooth based unidirectional wireless signal corresponding to the setting information is being transmitted through the operation module 200 of the OBD interlock device 100 as a result of the reading of the Bluetooth based unidirectional wireless signal transmitted from the operation module 200, The output unit 370 outputs information corresponding to the transmission of the Bluetooth-based unidirectional radio signal corresponding to the setting information.

If the Bluetooth-based unidirectional wireless signal is not transmitted through the operation module 200 even after providing the setting information to the operation module 200 of the OBD interlock device 100, Based one-way wireless signal to the operating module 200 of the OBD interworking device 100 through the communication connection.

According to the third signal transmission discrimination embodiment of the present invention, Bluetooth-based data communication is connected between the operating module 200 of the OBD interworking apparatus 100 and the user wireless terminal 300, and the Bluetooth- When providing the setting information to the operating module 200, the signal determining unit 365 can confirm whether or not Bluetooth-based data communication with the operating module 200 is possible.

According to the embodiment of the present invention, the operation module 200 of the OBD interlock device 100 can automatically stop transmitting the Bluetooth-based unidirectional wireless signal when the Bluetooth-based data communication is impossible. In this case, when the Bluetooth-based data communication is not possible, the signal determining unit 365 determines that the Bluetooth-based unidirectional wireless signal corresponding to the setting information is discontinued through the operation module 200 of the OBD interlocking device 100 And the information output unit 370 may output information corresponding to the basic Bluetooth-based unidirectional radio signal transmission (or transmission of the Bluetooth-based unidirectional radio signal).

According to the fourth signal transmission discrimination embodiment of the present invention, the signal discrimination unit 365 may combine two or more embodiments of the first to third signal transmission discrimination to the operation module 200 of the OBD interlock device 100, It is possible to determine whether the basic Bluetooth-based unidirectional radio signal is being transmitted (or the transmission of the Bluetooth-based unidirectional radio signal is stopped) or the Bluetooth-based unidirectional radio signal corresponding to the setting information is being transmitted Or more.

The communication procedure unit 360 may control the operation module 200 of the OBD interlock device 100 according to a user operation (or reception of information from a designated server 380) And transmits the disconnection information to the operating module 200. The operating module 200 receives the disconnection information and transmits the disconnection information to the operating module 200 The transmission of the Bluetooth-based unidirectional radio signal can be stopped.

4 is a diagram illustrating a mode setting / checking process of the operating module 200 according to an embodiment of the present invention.

More specifically, FIG. 4 illustrates a process of automatically setting / changing the operation mode of the operation module 200 built in the OBD interlock device 100 according to the vehicle power source or the recharge power source. It will be understood by those skilled in the art that reference is made to and / or modified with reference to FIG. 4 to illustrate various modes of operation / configuration of the operating module 200 (e.g., some steps may be omitted, However, the present invention encompasses all of the above-described embodiments, and the technical features of the present invention are not limited only by the method shown in FIG.

Referring to FIG. 4, when operation power is supplied to the operation module 200 installed in the OBD interlock device 100, the operation module 200 determines whether power is supplied from the vehicle (405) . If power is supplied from the vehicle, the operating module 200 sets or confirms the operating mode to the vehicle power mode (410).

If the operating power is not supplied from the vehicle but the power charged in the power charging unit 130 is supplied, the operating module 200 sets or confirms the operating mode to the charging power mode (step 415).

5 is a diagram illustrating a pairing process of the operation module 200 of the OBD interlock device 100 according to an embodiment of the present invention.

5 illustrates a process of performing Bluetooth-based pairing when valid unique identification information is not registered in the unique identification area of the operation module 200 of the OBD interworking device 100, and FIG. (For example, some steps are omitted or the procedures are changed in order) by referring to and / or modifying the FIG. 5 by a person skilled in the art, However, the present invention includes all of the above-mentioned embodiments, and the technical features of the present invention are not limited by the method shown in FIG.

5, when the operation of the operation module 200 is started through the power source of the vehicle and the power source charged in the power source charging unit 130, The operation module 200 confirms whether the unique identification information for the user wireless terminal 300 valid in the designated unique identification area is stored (500). If valid unique identification information is not stored in the unique identification area, the operation module 200 may disable the unidirectional radio signal transmission function or maintain the inactive state (505). Meanwhile, the operation module 200 confirms whether an operation for activating the unidirectional radio signal transmission function is input through the operation unit 135 (510), and activates the unidirectional radio signal transmission function upon the operation confirmation (540 ). Alternatively, the operation module 200 may determine whether the OBD interlock device 100 is in a vehicle power mode in which the OBD interlock device 100 operates through a vehicle power source, and may activate the unidirectional radio signal transmission function when the vehicle power mode is confirmed (540 ).

Meanwhile, if valid unique identification information is not stored in the unique identification area, the operation module 200 performs a pairing procedure to identify a valid user wireless terminal 300 in a short distance. If it is not paired with the valid user wireless terminal 300 through the pairing procedure, the operation module 200 may disable the unidirectional radio signal transmission function or maintain the inactive state (505). Meanwhile, the operation module 200 confirms whether an operation for activating the unidirectional radio signal transmission function is input through the operation unit 135 (510), and activates the unidirectional radio signal transmission function upon the operation confirmation (540 ). Alternatively, the operation module 200 may determine whether the OBD interlock device 100 is in a vehicle power mode in which the OBD interlock device 100 operates through a vehicle power source, and may activate the unidirectional radio signal transmission function when the vehicle power mode is confirmed (540 ).

If the paired user wireless terminal 300 is paired with the valid user wireless terminal 300, the operating module 200 confirms the unique identification information of the paired user wireless terminal 300 (525) And stores unique identification information of the terminal 300 (530).

Meanwhile, if the unique identification information for the user wireless terminal 300 that is valid in the unique identification area is stored or if the unique identification information of the user wireless terminal 300 is validated through the pairing, And attempts to establish a Bluetooth-based data communication connection with an effective user wireless terminal 300 at a short distance (535). If the Bluetooth-based data communication connection fails, the operation module 200 may disable the unidirectional radio signal transmission function or maintain the inactive state (505). Meanwhile, the operation module 200 confirms whether an operation for activating the unidirectional radio signal transmission function is input through the operation unit 135 (510), and activates the unidirectional radio signal transmission function upon the operation confirmation (540 ). Alternatively, the operation module 200 may determine whether the OBD interlock device 100 is in a vehicle power mode in which the OBD interlock device 100 operates through a vehicle power source, and may activate the unidirectional radio signal transmission function when the vehicle power mode is confirmed (540 ).

Meanwhile, when the valid user wireless terminal 300 is connected to the Bluetooth-based data communication, the operation module 200 can activate the unidirectional wireless signal transmission function (540).

6 is a diagram illustrating a PIN authentication process or a unique authentication information registration process according to an embodiment of the present invention.

6 shows an example in which when the operating module 200 and the app 325 of the user wireless terminal 300 communicate with each other when communicating between the operating module 200 of the OBD interworking apparatus 100 and the user wireless terminal 300 The PIN authentication process is performed in cooperation with the user wireless terminal 300 (or the application 325), and the unique authentication information is registered in response to the authentication of the user wireless terminal 300 (or the application 325). Thus, 6, it is possible to refer to various implementations of the PIN authentication or the unique authentication information registration process (for example, omitting some steps or changing the order) by referencing and / or modifying FIG. 6, The present invention is not limited to the above-described embodiments, and various modifications and changes may be made without departing from the scope of the present invention.

Referring to FIG. 6, the operation module 200 of the OBD interlock device 100 operates through the process shown in FIG. 5 during operation through a power source of the vehicle and a power source charged in the power source charging unit 130 The user wireless terminal 300 is also connected to the operation module 200 and the operation module 200 of the OBD interworking device 100 is connected to the operation module 200. [ (600).

The unidirectional radio signal transmitting function of the operating module 200 may be inactivated if the Bluetooth based data communication connection with the app 325 of the user wireless terminal 300 is not confirmed, Can be selectively activated.

If the Bluetooth-based data communication connection with the application 325 of the user wireless terminal 300 is confirmed, the operation module 200 determines whether valid PIN authentication information is registered in the PIN storage area (605). If valid PIN authentication information is registered in the PIN storage area, the operation module 200 identifies the valid PIN authentication information in the PIN storage area to the application 325 of the user wireless terminal 300 (600). If valid PIN authentication information is not registered in the PIN storage area, the authentication server requests the application 325 of the user wireless terminal 300 to register the PIN authentication information (615 ).

The application 325 of the user wireless terminal 300 checks whether valid PIN authentication information is registered in the communication module 200 connected to the communication 620. If valid PIN authentication information is registered in the operation module 200 The PIN information for registration is input (625), the PIN authentication information for authenticating the PIN information is configured (630), and the PIN authentication information is provided to the communication module (635) connected to the communication. The operation module 200 receives the PIN authentication information from the application 325 of the user wireless terminal 300 and stores the received PIN authentication information in the designated PIN storage area 640.

If valid PIN authentication information is registered in the PIN storage area, the operation module 200 determines whether valid unique authentication information is registered in the designated unique identification area (645). If valid unique authentication information is registered in the unique identification area, the operation module 200 identifies that the unique authentication information valid in the unique identification area is registered in the application 325 of the user wireless terminal 300 The operation module 200 provides unique authentication information from the application 325 of the user wireless terminal 300 to the mobile terminal 300. When the unique authentication information is not registered in the unique identification area, The PIN information for registration is received and a PIN authentication procedure is performed (670).

If valid PIN authentication information is registered in the operation module 200, the application 325 of the user wireless terminal 300 transmits the PIN authentication information to the user wireless terminal 300 (or the application 325) ) Is authenticated and authenticated (step 655).

If valid unique authentication information for the user wireless terminal 300 (or the application 325) is not registered in the operation module 200, the application 325 of the user wireless terminal 300 transmits the authentication PIN The operation module 200 receives the PIN information and provides the input PIN information to the operation module 200 to request the PIN authentication operation 665. The operation module 200 receives the PIN information and performs a PIN authentication procedure (670).

If the PIN authentication fails, the operation module 200 provides a PIN authentication error to the application 325 of the user wireless terminal 300, and the application 325 of the user wireless terminal 300 transmits the PIN And receives and outputs the authentication error (675).

If the PIN authentication is successful, the operating module 200 transmits a unique authentication request to uniquely identify and authenticate the corresponding user wireless terminal 300 (or the application 325) to the application 325 of the user wireless terminal 300 680 and the app 325 of the user wireless terminal 300 constructs unique authentication information that uniquely identifies and authenticates the user wireless terminal 300 (or the app 325) ) To the communication module 200, and the operation module 200 receives the unique authentication information and stores the unique authentication information in the designated unique identification area (695).

Meanwhile, when valid unique authentication information is registered in the operation module 200, the operation module 200 checks the validity of the communicated user wireless terminal 300 (or the application 325) using the unique authentication information Authentication procedures can be performed.

7 is a diagram illustrating a process of authenticating or operating the user wireless terminal 300 (or the application 325) according to an embodiment of the present invention.

In more detail, FIG. 7 shows a case where effective unique authentication information for the user wireless terminal 300 (or the application 325) is registered in the operation module 200 of the OBD interlock device 100, The application 325 of the user wireless terminal 300 authenticates the user wireless terminal 300 (or the application 325) connected to the operation module 200 by the operation module 200 The user wireless terminal 300 (or the application 325) can authenticate the user wireless terminal 300 (or the application 325) by referring to and / or modifying the FIG. 7 if the person skilled in the art is familiar with the present invention. (For example, omitting some steps or changing the order) for the authentication process of the operating module 200. However, the present invention includes all of the above-described embodiments , Only the method shown in FIG. 7 This technical feature is not limited.

7, if valid unique authentication information for the user wireless terminal 300 (or the application 325) is registered in the operation module 200 of the OBD interworking device 100, The application 325 of the application module 200 provides the unique authentication information for uniquely identifying and authenticating the corresponding user wireless terminal 300 (or the application 325) to the communication module 200 connected to the communication, Receives the unique authentication information from the application 325 of the user wireless terminal 300 (705).

The operation module 200 authenticates the validity of the unique authentication information received from the user wireless terminal 300 using the unique authentication information registered in the authentication information storage area (710). If the validity of the unique authentication information is not authenticated, the operation module 200 provides an authentication result including an authentication error to the application 325 of the user wireless terminal 300 (715) The authentication result corresponding to the authentication success of the unique authentication information is provided to the application 325 of the user wireless terminal 300 in step 715. When the validity of the unique authentication information is authenticated, the operating module 200 can activate the unidirectional wireless signal transmitting function and receive a Bluetooth based unidirectional wireless signal from the app 325 of the authenticated user wireless terminal 300 It is possible to receive setting information for sending.

The app 325 of the user wireless terminal 300 receives and reads the authentication result of the unique authentication information (720). If the validity of the unique authentication information is not authenticated, the app 325 of the user wireless terminal 300 outputs an authentication error (725).

Meanwhile, when the validity of the unique authentication information is authenticated, the application 325 of the user wireless terminal 300 may provide setting information for controlling the Bluetooth based unidirectional wireless signal to be transmitted through the operating module 200 have.

According to the embodiment of the present invention, the application 325 of the operation module 200 and the user wireless terminal 300 registers module authentication information for the operation module 200 or uses the registered module authentication information And may perform a procedure for authenticating the operation module 200. [

The application 325 of the user wireless terminal 300 determines whether module authentication information for the operation module 200 is stored in the designated storage area of the user wireless terminal 300 in operation 730. If the module authentication information for the operation module 200 is not stored, the application 325 of the user wireless terminal 300 checks the module authentication information set in the operation module 200 (735) , And may be stored in the designated storage area (740). And / or the application 325 of the user wireless terminal 300 may determine module authentication information for the operating module 200 and provide it to the operating module 200 (735), and the operating module 200 The application module 325 of the user wireless terminal 300 stores the module authentication information provided to the operation module 200 in the designated storage area 740 ).

If the module authentication information for the operation module 200 is stored in the designated storage area of the user wireless terminal 300, the application 325 of the user wireless terminal 300 transmits the module authentication The operation module 200 checks the module authentication information 750 and provides the module authentication information to the app 325 of the user wireless terminal 300 in operation 755.

The application 325 of the user wireless terminal 300 authenticates the validity of the module authentication information received from the operation module 200 using module authentication information stored in the designated storage area (operation 760). If the validity of the module authentication information is not authenticated, the app 325 of the user wireless terminal 300 outputs an authentication error (725).

Meanwhile, when the validity of the module authentication information is authenticated, the application 325 of the user wireless terminal 300 provides the authentication result of the module authentication information to the operation module 200 (step 765) And transmits the Bluetooth-based unidirectional wireless signal through the Bluetooth-based unidirectional wireless signal.

The operation module 200 receives the module authentication information authentication result from the application 325 of the user wireless terminal 300 and then receives the authentication result of the module authentication information from the application 325 of the user wireless terminal 300 It is possible to receive setting information for transmitting a unidirectional radio signal.

FIG. 8 is a diagram illustrating a Bluetooth-based unidirectional wireless signal transmission process of the operating module 200 according to the first embodiment of the present invention.

In more detail, FIG. 8 shows a Bluetooth-based unidirectional wireless signal including a unique code stored in a first setting area of the operation module 200, and the setting information from the application 325 of the authenticated user wireless terminal 300 And transmits the Bluetooth-based unidirectional wireless signal corresponding to the setting information when received, and it will be understood by those skilled in the art that reference is made to and / It will be appreciated that various implementations of the Bluetooth-based unidirectional wireless signal delivery process of module 200 (e.g., omitting some steps or alternating sequences) may be inferred, And the technical features thereof are not limited only by the method shown in FIG.

Referring to FIG. 8, when the unidirectional radio signal transmission function is activated after the operation power is supplied to the operation module 200 built in the OBD interlock device 100, the operation module 200 transmits the uniquely stored (800), and generates a Bluetooth-based unidirectional wireless signal including the unique code (805).

If the operation mode of the operation module 200 is a vehicle power mode in which the vehicle is powered by the vehicle, the operation module 200 amplifies the signal intensity of the Bluetooth-based unidirectional wireless signal to a designated signal strength based on the vehicle power (810).

On the other hand, if the operation mode of the operation module 200 is a charge power mode in which the power charging unit 130 is supplied with power, the operating module 200 can transmit the Bluetooth-based unidirectional wireless signal in a low power mode (815).

The operation module 200 checks whether the configuration information generated through the process shown in FIG. 11 is received from the application 325 of the authenticated user wireless terminal 300 through the process shown in FIG. 7 (operation 820) . If the setting information is not received, the operation module 200 repeats the process of transmitting the Bluetooth-based unidirectional radio signal more than or a specified number of times.

Meanwhile, when the setting information is received from the app 325 of the authenticated user wireless terminal 300, the operating module 200 stores the value / information included in the setting information in the designated second setting area 825, A code of the setting information (for example, a unique code, a disposable code generated through the app 325 of the user wireless terminal 300, and an authentication code received and transmitted by the app 325 of the user wireless terminal 300 via the communication network) (At least one code or more than one of the codes) and / or generates a Bluetooth-based unidirectional wireless signal including the dynamically generated disposable code using the values included in the setting information (830).

If the operation mode of the operation module 200 is a vehicle power mode in which the vehicle is powered by the vehicle, the operation module 200 amplifies the signal intensity of the Bluetooth-based unidirectional wireless signal to a designated signal strength based on the vehicle power (835).

On the other hand, if the operation mode of the operation module 200 is a charge power mode in which the power charging unit 130 is supplied with power, the operation module 200 can transmit the Bluetooth based unidirectional wireless signal in the low power mode (840).

The operating module 200 determines whether the transmission of the Bluetooth-based unidirectional radio signal is stopped during transmission of the Bluetooth-based unidirectional radio signal (845). If it is determined that the transmission of the Bluetooth-based unidirectional radio signal is not to be stopped, the operation module 200 repeats the process of transmitting the Bluetooth-based unidirectional radio signal more than a specified number of times or periodically.

Meanwhile, when the transmission of the Bluetooth-based unidirectional wireless signal is determined to be stopped, the operation module 200 may transmit the Bluetooth-based unidirectional wireless signal corresponding to the first setting area.

FIG. 9 is a diagram illustrating a Bluetooth-based unidirectional wireless signal transmission process of the operation module 200 according to the second embodiment of the present invention.

In more detail, FIG. 9 shows a Bluetooth-based unidirectional wireless signal including a disposable code generated through the operation module 200, and when setting information is received from the app 325 of the authenticated user wireless terminal 300 And transmits the Bluetooth-based unidirectional wireless signal corresponding to the setting information to the operating module 200. [0040] The Bluetooth module 210 transmits the Bluetooth-based unidirectional wireless signal corresponding to the setting information to the operating module 200 The present invention may be embodied in various ways of practicing the present invention. For example, the present invention can be applied to various embodiments of the Bluetooth-based unidirectional wireless signal transmission process (for example, some steps are omitted or the order is changed) And the technical features thereof are not limited only by the method shown in FIG.

Referring to FIG. 9, when the unidirectional wireless signal transmission function is activated after the operation power is supplied to the operation module 200 built in the OBD interlock device 100, the operation module 200 transmits the one- After determining at least one fixed seed value (900), determining at least one dynamic seed value for generating a one-off code (905), assigning at least one fixed seed value and at least one dynamic seed value to the designated code generation algorithm The one-off code is dynamically generated (910). If the disposable code is generated, the operating module 200 generates a Bluetooth-based unidirectional wireless signal including the disposable code (915).

If the operation mode of the operation module 200 is a vehicle power mode in which the vehicle is powered by the vehicle, the operation module 200 amplifies the signal intensity of the Bluetooth-based unidirectional wireless signal to a designated signal strength based on the vehicle power (920).

On the other hand, if the operation mode of the operation module 200 is a charge power mode in which the power charging unit 130 is supplied with power, the operating module 200 can transmit the Bluetooth-based unidirectional wireless signal in a low power mode (925).

The operation module 200 checks whether the setting information generated through the process shown in FIG. 11 is received from the application 325 of the authenticated user wireless terminal 300 through the process shown in FIG. 7 (step 930) . If the setting information is not received, the operation module 200 repeats the process of transmitting the Bluetooth-based unidirectional radio signal more than or a specified number of times.

Meanwhile, when the setting information is received from the application 325 of the authenticated user wireless terminal 300, the operating module 200 stores the value / information included in the setting information in the designated second setting area 935, A code of the setting information (for example, a unique code, a disposable code generated through the app 325 of the user wireless terminal 300, and an authentication code received and transmitted by the app 325 of the user wireless terminal 300 via the communication network) (At least one code or more than one of the codes) and / or generates a Bluetooth-based unidirectional wireless signal including the dynamically generated one-time code using the values included in the setting information.

If the operation mode of the operation module 200 is a vehicle power mode in which the vehicle is powered by the vehicle, the operation module 200 amplifies the signal intensity of the Bluetooth-based unidirectional wireless signal to a designated signal strength based on the vehicle power (945).

On the other hand, if the operation mode of the operation module 200 is a charge power mode in which the power charging unit 130 is supplied with power, the operation module 200 can transmit the Bluetooth based unidirectional wireless signal in the low power mode (950).

The operating module 200 determines whether to stop transmitting the Bluetooth-based unidirectional radio signal during the transmission of the Bluetooth-based unidirectional radio signal (955). If it is determined that the transmission of the Bluetooth-based unidirectional radio signal is not to be stopped, the operation module 200 repeats the process of transmitting the Bluetooth-based unidirectional radio signal more than a specified number of times or periodically.

Meanwhile, when the transmission of the Bluetooth-based unidirectional radio signal is determined to be suspended, the operation module 200 transmits the Bluetooth-based unidirectional radio signal corresponding to the first setting area.

FIG. 10 is a diagram illustrating a Bluetooth-based unidirectional wireless signal transmission process of the operation module 200 according to the third embodiment of the present invention.

In more detail, FIG. 10 illustrates a Bluetooth-based unidirectional wireless signal including a unique code of the operation module 200 and including a disposable code generated through the operation module 200, And transmits the Bluetooth-based unidirectional radio signal corresponding to the setting information when the setting information is received from the app 325 of FIG. 10. As shown in FIG. 10, (E.g., omitting some steps or changing the order) of the Bluetooth-based unidirectional wireless signal transmission process of the operating module 200 may be referred to and / It is to be understood that the invention is not limited to the particular embodiments set forth herein, .

Referring to FIG. 10, when the unidirectional radio signal transmitting function is activated after the operating power is supplied to the operating module 200 built in the OBD interlocking apparatus 100, the operating module 200 transmits a unique Check the code (1000). The operating module 200 identifies (1005) one or more fixed seed values stored in the first setting area, determines at least one dynamic seed value for generating a one-off code (1010) The above-mentioned fixed seed value and at least one dynamic seed value are substituted to generate the one-time code dynamically (1015). If the one-time code is generated, the operating module 200 generates a default Bluetooth based unidirectional wireless signal including the disposable code (1020).

If the operation mode of the operation module 200 is a vehicle power mode in which the vehicle is powered by the vehicle, the operation module 200 amplifies the signal intensity of the Bluetooth-based unidirectional wireless signal to a designated signal strength based on the vehicle power (1025).

On the other hand, if the operation mode of the operation module 200 is a charge power mode in which the power charging unit 130 is supplied with power, the operating module 200 can transmit the Bluetooth-based unidirectional wireless signal in a low power mode (1030).

The operation module 200 checks whether the setting information generated through the process shown in FIG. 11 is received from the application 325 of the authenticated user wireless terminal 300 through the process shown in FIG. 7 (operation 1035) . If the setting information is not received, the operation module 200 repeats the process of transmitting the Bluetooth-based unidirectional radio signal more than or a specified number of times.

Meanwhile, when the setting information is received from the app 325 of the authenticated user wireless terminal 300, the operating module 200 stores the value / information included in the setting information in the designated second setting area 1040, A code of the setting information (for example, a unique code, a disposable code generated through the app 325 of the user wireless terminal 300, and an authentication code received and transmitted by the app 325 of the user wireless terminal 300 via the communication network) Based one-way wireless signal including the dynamically generated one-time code using the values contained in the configuration information (step 1045).

If the operation mode of the operation module 200 is a vehicle power mode in which the vehicle is powered by the vehicle, the operation module 200 amplifies the signal intensity of the Bluetooth-based unidirectional wireless signal to a designated signal strength based on the vehicle power (1050).

On the other hand, if the operation mode of the operation module 200 is a charge power mode in which the power charging unit 130 is supplied with power, the operation module 200 can transmit the Bluetooth based unidirectional wireless signal in the low power mode (1055).

The operating module 200 determines whether the transmission of the Bluetooth-based unidirectional radio signal is stopped during transmission of the Bluetooth-based unidirectional radio signal (1060). If it is determined that the transmission of the Bluetooth-based unidirectional radio signal is not to be stopped, the operation module 200 repeats the process of transmitting the Bluetooth-based unidirectional radio signal more than a specified number of times or periodically.

Meanwhile, when the transmission of the Bluetooth-based unidirectional radio signal is determined to be suspended, the operation module 200 transmits the Bluetooth-based unidirectional radio signal corresponding to the first setting area.

FIG. 11 is a diagram illustrating a process of providing setting information according to an embodiment of the present invention.

11, the application 325 of the authenticated user wireless terminal 300 generates configuration information and provides the configuration information to the operation module 200 of the OBD interworking apparatus 100 through the process shown in FIG. 7 And a process of causing the operating module 200 to transmit a Bluetooth-based unidirectional wireless signal as shown in FIGS. 8 to 10, It is possible to refer to and / or modify the configuration information providing process according to various implementation methods (for example, omitting some steps or changing the order) with reference to FIG. 11. However, And the technical features thereof are not limited only by the method shown in FIG.

Referring to FIG. 11, the application 325 of the user wireless terminal 300 generates configuration information for controlling transmission of a Bluetooth-based unidirectional wireless signal through the operation module 200 of the OBD interworking apparatus 100 (1100 ). The application 325 of the user wireless terminal 300 can generate the setting information before being authenticated through the process shown in FIG. 7, and after the authentication is performed through the process shown in FIG. 7, Setting information can be generated. The setting information may be generated by combining at least one or more combinations of the information input through the user operation and / or the information received from the designated server 380. Preferably, the setting information may include a unique code to be included in the Bluetooth-based unidirectional wireless signal, (E.g., one or more fixed seed values and / or at least one dynamic seed value) for generating a one-off code to be included in the unidirectional wireless signal, a disposable code generated via the app 325 of the user wireless terminal 300, An authentication code received and transmitted by the application 325 of the user wireless terminal 300 through the communication network, and a protocol structure of the Bluetooth-based unidirectional wireless signal.

When the setting information is generated, the application 325 of the user wireless terminal 300 provides the setting information to the operation module 200 of the OBD interworking apparatus 100 to which the communication is connected 1105, May transmit a Bluetooth-based unidirectional wireless signal corresponding to the setting information through the process shown in FIGS. 8 to 10.

Meanwhile, the application 325 of the user wireless terminal 300 provides the configuration information to the operation module 200, and transmits the Bluetooth-based unidirectional wireless signal corresponding to the setting information through the operation module 200 (1110).

The application 325 of the user wireless terminal 300 may receive the first signal from the operation module 200 of the OBD interworking device 100 through the operation module 200 according to the first signal transmission / Directional wireless signal corresponding to the setting area, or transmitting the Bluetooth-based unidirectional wireless signal corresponding to the setting information, and reads out the received sending information, It is possible to determine whether the Bluetooth-based unidirectional wireless signal corresponding to the setting information is being transmitted or the basic Bluetooth-based unidirectional wireless signal is being transmitted through the wireless communication unit 200.

The app 325 of the user wireless terminal 300 may be connected to the Bluetooth unit 310 of the user wireless terminal 300 and may be connected to the OBD interworking apparatus 100. [ (For example, a Bluetooth-based unidirectional wireless signal can be transmitted without pairing and is also received by the Bluetooth unit 310 of the user wireless terminal 300) transmitted through the operation module 200 and received by the Bluetooth unit 310 Way radio signal corresponding to the setting information through the operation module 200, or to transmit the Bluetooth-based unidirectional wireless signal corresponding to the setting information through the operation module 200, It is possible to determine whether a Bluetooth-based unidirectional radio signal is being transmitted.

According to the third signal transmission discrimination embodiment of the present invention, the application 325 of the user wireless terminal 300 can confirm whether Bluetooth-based short-range communication is possible with the operation module 200. If the Bluetooth-based short- It can be determined through the operation module 200 of the OBD interlock device 100 that the Bluetooth-based unidirectional radio signal corresponding to the setting information is discontinued.

According to the fourth signal transmission discrimination embodiment of the present invention, the app 325 of the user wireless terminal 300 combines two or more embodiments of the first to third signal transmission discrimination, It is possible to determine whether the basic setting Bluetooth based unidirectional radio signal is being transmitted (or the transmission of the Bluetooth based unidirectional radio signal is stopped) or the Bluetooth based unidirectional radio signal corresponding to the setting information is being transmitted through the operation module 200 The present invention is not limited thereto.

If it is determined that the Bluetooth based unidirectional wireless signal is being transmitted through the operation module 200 of the OBD interworking apparatus 100 through the first to fourth signal transmission determination examples, The controller 325 outputs information corresponding to the transmission of the Bluetooth-based unidirectional radio signal (1115).

On the other hand, it is confirmed that the transmission of the Bluetooth-based unidirectional wireless signal is stopped through the operation module 200 of the OBD interlock device 100 through the first to fourth signal transmission determination examples, The application 325 of the user wireless terminal 300 outputs information corresponding to interruption of transmission of the Bluetooth based unidirectional wireless signal (or transmission of the basic Bluetooth based unidirectional wireless signal) 1120 ).

100: ODB interlocking device 105: body part
110: power supply part 115: connection part
120: Applying section 125: Power conversion section
130: Power charging unit 135:
140: Display unit 145: OBD port device
150: OBD interworking module 155: OBD collecting part
160: Information management unit 200: Operation module
204: Control unit 208: Pairing processing unit
212: wireless communication unit 216: PIN registration unit
220: PIN authentication unit 224: Authentication information registration unit
228 terminal authentication unit 232 communication processing unit
236: module authentication server 240: information storage unit
244: seed storage part 248: seed determination part
252: code generation unit 256: signal transmission unit
260: power supply confirmation unit 264: mode setting unit
268: Signal management unit 272:
276: memory unit 280: RF processor
284: antenna unit 300: wireless terminal
302: control unit 304:
306: user input unit 308: sound processing unit
310: Bluetooth section 312: Cable communication section
314: Local Area Network Communication Unit 316: Wireless Local Area Communication Unit
318: USIM reader unit 320: memory unit
325: APP 330: Pairing Procedure Section
335: communication connection unit 340: PIN authentication procedure unit
345 terminal authentication procedure unit 350 module authentication procedure unit
355: Information Generation Unit 360: Communication Procedure Unit
365: Signal determination unit 370: Information output unit
380: Server

Claims (31)

A vehicle-mounted OBD (On-Board Diagnosis) interlock device mounted on a vehicle,
A body portion having a trunk structure to be mounted on the vehicle;
A power supply unit which is supplied with vehicle power of the vehicle;
A power charging unit charging the charging power supply based on the vehicle power supplied through the power supply unit;
An OBD interlock module provided in the body and operated through at least one power source of the vehicle power source and the charging power source and collecting and managing diagnostic information from OBD in the vehicle; And
And a controller for controlling the operation of the OBD interlock module by operating the at least one power source of the vehicle power source and the charging power source and transmitting the Bluetooth based unidirectional radio signal including predetermined code information at a designated signal intensity Based Bluetooth based data communication with a designated user wireless terminal at a short distance.
The system of claim 1,
When operating through the vehicle power source,
And a signal management unit for amplifying the signal strength of the Bluetooth-based unidirectional radio signal to a designated signal intensity outside the vehicle and unidirectionally transmitting (or broadcasting) the signal strength of the Bluetooth-based unidirectional radio signal through the vehicle power source so as to reach the Bluetooth based unidirectional radio signal. Wherein the vehicle-mounted OBD interlocking device comprises:
The system of claim 1,
When the operation is started, it is checked whether the unique identification information of the paired user wireless terminal is registered in the unique identification area storing the unique identification information of the valid user wireless terminal. If the valid unique identification information is not yet registered, And a pairing processing unit for performing a pairing procedure for identifying a wireless terminal.
The apparatus according to claim 3,
Wherein the function of unidirectionally transmitting (or broadcasting) the Bluetooth-based unidirectional radio signal is disabled or maintained in an inactive state when the registration of the valid unique identification information is not yet confirmed.
The apparatus according to claim 3,
(Or broadcasting) a Bluetooth-based unidirectional radio signal by reading user's operation through the operation unit when the registration of the valid unique identification information is not yet confirmed.
The apparatus according to claim 3,
(Or broadcasting) a Bluetooth-based unidirectional radio signal when the vehicle is operated through the vehicle power supply when the valid unique identification information is not yet registered.
The apparatus according to claim 3,
Wherein the identification information of the user wireless terminal is validated through the pairing procedure and the unique identification information of the user wireless terminal is stored in the designated unique identification area.
The system of claim 1,
A pairing processing unit for confirming whether unique identification information of a paired user wireless terminal is registered in a unique identification area storing unique identification information of a paired user wireless terminal when the operation is started; And
And a wireless communication unit for attempting a Bluetooth-based data communication connection with an effective user wireless terminal in a short distance using the unique identification information when confirming registration of valid unique identification information.
9. The apparatus according to claim 8,
Wherein the function of unidirectionally transmitting (or broadcasting) the Bluetooth-based unidirectional radio signal is disabled or maintained in an inactive state when a Bluetooth based data communication connection with a nearby user wireless terminal is failed.
9. The apparatus according to claim 8,
(Or broadcast) a Bluetooth-based unidirectional radio signal by reading an operation pattern of the operation unit when a Bluetooth-based data communication connection with an effective user wireless terminal in a short distance is failed, characterized by selectively activating a function of unidirectionally transmitting Device.
9. The apparatus according to claim 8,
(Or broadcasting) a Bluetooth-based unidirectional radio signal when the mobile communication terminal is operated through the vehicle power supply, when the Bluetooth-based data communication connection with the nearby user wireless terminal is failed. Device.
9. The apparatus according to claim 8,
(Or broadcasting) a Bluetooth-based unidirectional radio signal in a Bluetooth-based data communication connection with an effective user wireless terminal in a short distance, or maintains an active state.
The system of claim 1,
A memory unit having a PIN storage area for storing PIN authentication information;
When valid PIN authentication information is registered in the PIN storage area when communicating with a valid user wireless terminal, and if the PIN authentication information is not registered, the PIN authentication information is registered from the user wireless terminal and stored in the PIN storage area A PIN registration unit; And
And a PIN authentication unit for performing a PIN authentication procedure for the user wireless terminal using the PIN authentication information registered in the PIN storage area when the PIN authentication information is registered in the PIN storage area. Stationary OBD interlock.
The system of claim 1,
A memory unit having a unique identification area for storing unique authentication information for authenticating a valid user wireless terminal (or an application of the user wireless terminal);
And an authentication information registering unit for receiving unique authentication information for authenticating the communication user wireless terminal (or an application of the user wireless terminal) when communicating with the user wireless terminal and registering the unique authentication information in the unique identification area. Stationary OBD interlock.
15. The system of claim 14,
A terminal authentication unit for authenticating the validity of a user wireless terminal (or an application mounted on the user wireless terminal) communicatively connected using the unique authentication information when communicating with the user wireless terminal; And
And a communication processor for communicating with the authenticated user wireless terminal through the unique authentication information.
The system of claim 1,
A first setting area for storing a data set for transmitting a basic Bluetooth based unidirectional radio signal and a second setting area for storing a data set for transmitting a Bluetooth based unidirectional radio signal set through the authenticated user wireless terminal And a memory unit for storing the vehicle-mounted OBD interlocking device.
The system of claim 1,
An information storage unit for storing a unique code; And
And a signal transmitting unit for transmitting a Bluetooth-based unidirectional radio signal including the inherent code to the vehicle-mounted OBD interlocking apparatus.
The system of claim 1,
A seed storage unit for storing a fixed seed value for generating a disposable code;
A seed determining unit for determining at least one dynamic seed value for generating the disposable code;
A code generator for assigning at least one fixed seed value and at least one dynamic seed value to a designated code generation algorithm to dynamically generate a one-time code; And
And a signal transmitting unit for transmitting a Bluetooth-based unidirectional radio signal including the disposable code.
The system of claim 1,
An information storage unit for storing a unique code;
A seed storage unit for storing a fixed seed value for generating a disposable code;
A seed determining unit for determining at least one dynamic seed value for generating the disposable code;
A code generator for assigning at least one fixed seed value and at least one dynamic seed value to a designated code generation algorithm to dynamically generate a one-time code; And
And a signal transmitting unit for transmitting a Bluetooth-based unidirectional radio signal including the U-code and the generated disposable code.
The system of claim 1,
A power supply confirmation unit for confirming a power supply state from the vehicle; And
When the vehicle power supply is confirmed, an operation mode of any one of a vehicle power mode operated using the power supplied from the vehicle and a charging power mode operated using the power charged in the power charging unit when the vehicle power supply is not confirmed is set And a mode setting unit for confirming or confirming whether or not the vehicle is stationary.
The system of claim 1,
A communication processor for receiving configuration information for selectively controlling transmission of a Bluetooth-based unidirectional radio signal from a communication user wireless terminal; And
And a transmission management unit for controlling the transmission of the Bluetooth-based unidirectional radio signal corresponding to the setting information.
The information processing apparatus according to claim 21,
A unique code to be included in the Bluetooth-based unidirectional wireless signal,
A seed value for generating a one-time code to be included in a Bluetooth-based unidirectional wireless signal,
A one-time code generated through an application of the user wireless terminal,
An authentication code received and transmitted by the app of the user wireless terminal through the communication network,
And a protocol structure of a Bluetooth-based unidirectional radio signal.
The method according to claim 1,
Further comprising a power conversion unit for converting the vehicle power or the charging power into a designated operating power.
2. The OBD interlocking module of claim 1,
An OBD collector for collecting diagnostic information from OBD in the vehicle; And
And an information management unit for classifying and storing the collected diagnostic information according to a designated classification criterion.
25. The apparatus of claim 24,
And a function of collecting diagnostic information generated through the in-vehicle OBD through designated local communication with the OBD port device inserted in the in-vehicle OBD port.
25. The apparatus of claim 24,
And a function of collecting diagnostic information generated through the in-vehicle OBD through Bluetooth-based data communication based on the pairing with the OBD port device inserted in the in-vehicle OBD port.
The information processing apparatus according to claim 24,
Further comprising the step of providing diagnosis information of a designated item of the classified and stored diagnostic information to the user wireless terminal through Bluetooth-based data communication with a designated user wireless terminal at a short distance.
The information processing apparatus according to claim 27,
Further comprising a function of receiving confirmation information generated from the diagnostic information through the Bluetooth-based data communication from the user wireless terminal provided with the diagnostic information or confirmed through the DB inquiry. .
25. The method of claim 24,
Wherein the OBD interworking module comprises a communication module for communicating with a server on the network,
Wherein the information management unit further comprises a function of providing diagnosis information of a designated item among the classified and stored diagnostic information to a server on the network through the communication module.
The information processing apparatus according to claim 29,
Further comprising a function of receiving confirmation information generated through the diagnostic information from the server on the network through the communication module or confirmed through DB inquiry.
25. The method of claim 24,
The information management unit may further include a function of providing the operating module with diagnostic information of a designated item among the classified and stored diagnostic information,
Wherein the operation module further comprises a function of transmitting (or broadcasting) a Bluetooth-based unidirectional radio signal including code information corresponding to the diagnostic information at a designated signal strength.

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