KR20110034144A - System and method for integrated managing vehicle operation status, devices and recording medium for it - Google Patents

Abstract

PURPOSE: A system and method for integrally managing an operation state of a vehicle are provided to set a wireless communication cycle in order to be matched with a collection cycle. CONSTITUTION: A management information receiving unit(115) receives vehicle operation management information through a communication channel. A storage medium management unit(120) stores the received vehicle operation management information to a storage media(160). The storage medium management unit allocates one or more storage region for storing the collected information. A collection information receiving unit(125) receives the collection information through the communication channel. An information storage unit(140) stores the collection information to the allocated storage region.

Description

System and Method for Integrated Managing Vehicle Operation Status, Devices and Recording Medium for It}

1 is a diagram showing the configuration of a vehicle service providing system according to an embodiment of the present invention.

2 is a diagram illustrating a vehicle-mounted device configuration according to an embodiment of the present invention.

3 is a diagram illustrating an operation process of an on-vehicle device according to an embodiment of the present invention.

4 is a diagram illustrating a vehicle driving state integrated management process according to an embodiment of the present invention.

5 is a diagram illustrating a process of transmitting original collection information stored in an on-vehicle device according to an embodiment of the present invention.

6 is a diagram illustrating a vehicle service providing process according to an exemplary embodiment of the present invention.

<Description of main parts of drawing>

100 device 105 user terminal

110: communication channel connecting means 115: management information receiving means

120: storage medium management means 125: collection information receiving means

130: means for determining data conversion 135: means for integrating information

140: information storage means 145: storage information receiving means

150: information structuring means 155: information transmitting means

160: storage medium

The present invention receives and stores vehicle operation management information and collection information collected in real time or periodically from each module from a device mounted on a vehicle, and associated with one or more vehicle related service organizations by using the vehicle operation management information and collection information. The present invention provides a system and method for configuring and providing service information to be provided to any one of a server provided in the vehicle, an apparatus mounted on the vehicle, an apparatus 2 mounted on a second vehicle, and a designated communication terminal.

In receiving and managing collected driving information and accident record information, the collection information including driving information and accident record information obtained from heterogeneous vehicle-mounted devices is classified for each collection period, and the collection period and the wireless communication period are divided. The present invention provides a system and method for integrating and managing the collection information received from heterogeneous vehicle-mounted devices in a reliable level by setting to match / proportional.

As information and communication technologies converge in the automobile field, various methods of remotely monitoring and managing driving information and accident record information of each vehicle have been attempted.

However, the specification, collection cycle, and data format of the driving recorder provided to each vehicle to collect the driving information of the vehicle, and the accident recorder provided to each vehicle to collect the navigation information and the location information of the vehicle are different for each manufacturer. Since they differ from each other by device and model, it has a difficult problem of integrated management of driving information and accident record information of each vehicle.

In order to solve the problem, a method of converting a heterogeneous data format for each manufacturer, device, and model into a predetermined format may be used. Difficult problems of integrating vehicle driving information and accident record information reliably have not been solved.

An object of the present invention for solving the above problems is to receive and store vehicle operation management information and collection information collected in real time or periodically from each module from the device mounted on the vehicle, the vehicle operation management information and collection information The service information to be provided by any one of a server, a device mounted on the vehicle, a device mounted on the second vehicle (2), a designated communication terminal provided in one or more vehicle-related service organizations associated with will be.

Another object of the present invention, in receiving the collection information collected for each collection period from the device mounted on the vehicle, by setting the radio communication period for receiving the collection information to match / proportional to the collection period of heterogeneous It is a reliable and integrated management of the collection information received from the vehicle onboard device.

The integrated vehicle driving state management system according to the present invention includes communication channel connection means for connecting a communication channel with a device mounted on a vehicle, and module configuration information, driver information, vehicle information, and transportation company information from the device through the communication channel. Management information receiving means for receiving vehicle operation management information including at least one reference information unit, code, and user information, and storing the received vehicle operation management information on a storage medium, and storing the received vehicle operation management information on the storage medium. A storage medium management means for allocating / determining at least one storage area for storing the collection information received from the vehicle; and storing vehicle operation information, navigation information, location information, sensing information, and camera image information from the device through the communication channel. Collecting information receiving means for receiving the collected information including the above and storing the collected information in each storage area allocated on the storage medium. A server provided in at least one vehicle-related service organization associated with the information storage means, the vehicle operation management information and the collected information, the device mounted on the vehicle, the device 2 mounted on the second vehicle, And information information means for constituting service information to be provided to any one of the communication terminals, and information transmission means for transmitting the configured service information to any one of the server, the device, the device 2, and the communication terminal.

The vehicle driving information may include one or more speeds, brakes, doors, direction indicators, horns, upward lights, downward lights, and engine revolutions per minute (RPM), and the navigation information includes acceleration, angular acceleration, roll angle, At least one yaw angle, pitch angle, at least one engine revolutions per minute (RPM) and seat belt wearing while the position information includes one or more latitudes, longitudes, and altitudes, and the sensing information includes carbon dioxide generation and soot generation. It characterized in that it comprises at least one fuel flow, idle.

The service information may be configured to include some configuration information of the vehicle operation management information and collection information, or may include a result of querying a database through the vehicle operation management information and collection information, or Characterized in that it comprises a result of reading the collected information, (1) driving information including the trajectory of the vehicle traveled during a specific driving time, (2) location tracking to track the location of the vehicle at a specific time Information, (3) dangerous situation occurrence information including road construction or accidents occurring near the vehicle's location, (4) content information including text, files, video, and voice; and (5) voice call availability. Voice call information that connects the voice call between the driver's call device and the second call device, (6) Advertising information to be provided to the driver, (7) Traffic congestion information, public transportation information and parking lot information And TPEG (Transport Protocol Experts Group) information including one or more weather information, (8) driver-specific statistical information classifying the collection information by driver and vehicle-specific statistical information and fuel cost increase / decrease by the collection information by vehicle Statistical information comprising at least one statistical information, accident increase or decrease statistical information and legal violations statistical information, (9) vehicle status inspection information, including whether the vehicle has a failure or inspection, (10) operating costs and deceleration of the vehicle Vehicle operation information including amortization, (11) Incident management information to be provided to the device (2) mounted on the second vehicle running at the rear of the vehicle, if it is determined that the accident occurred in the vehicle, (12) Theft occurrence information including whether the cargo loaded on the vehicle has been stolen, (13) Tolerance information including whether the cargo is loaded on the vehicle and loaded on the vehicle Cargo loading information including any one of the cargo information for the cargo, (14) Notification information for notifying the driver or transportation company of the insurance expiration or periodic maintenance of the vehicle, (15) Upgrade to upgrade the software / firmware of the device Information, (16) camera image information to be transmitted to a predetermined information requester when an accident occurs in the vehicle or in front of the vehicle, and (17) stored information stored in the device through a portable storage device or a cable communication. Storage information received through the communication network after the transfer / copy to the terminal, (18) natural disaster information near the vehicle confirmed through the sensor network and (19) data for managing the service information of (1) to (18) Characterized in that it comprises one or more management information.

In addition, the communication channel connection means, characterized in that for confirming (or determining) the radio communication period for receiving the collection information from the device.

In addition, the collection information receiving means, characterized in that for receiving the collection information collected for each collection period in accordance with the wireless communication cycle.

In addition, when the vehicle operation management information is received from the device, the data conversion method for the integrated management by reading the vehicle operation management information to match the collection information received from the device with the collection information received from heterogeneous devices-collection cycle And data conversion determining means for determining a method of synchronizing one or more of units, codes, and information integrating means for converting the collected information according to the determined data conversion method when the collection information is received from the apparatus. It features.

Further, when the vehicle operation management information and the original collection information stored in the device and the collection information stored corresponding to the collection cycle of each collection information are copied / transferred to the mobile storage device, the vehicle storage management information and the original collection information stored in the mobile storage device are connected to the mobile storage device through a user terminal connected to a communication network. And storage information receiving means for receiving stored vehicle operation management information and original collection information, wherein the storage medium storage means is configured to match vehicle operation management information received from the storage medium. Checking the information, characterized in that for storing the received original collection information in connection with the vehicle operation management information.

In the integrated vehicle driving state management method according to the present invention, when a device mounted on a vehicle and a communication channel is connected, the module configuration information, driver information, vehicle information, transportation company information from the device through the communication channel in the management information receiving means Receiving vehicle operation management information including at least one reference information unit, code, and user information, and storing the received vehicle operation management information in a storage medium on a storage medium, Allocating / determining at least one storage area for storing the collection information received from the device, and collecting vehicle operation information, navigation information, location information, sensing information and camera from the device through the communication channel in the collection information receiving means; Receiving collection information including one or more image information; and storing the collection information on the storage medium by information storage means. Storing the data in each of the storage areas; and a server provided in at least one vehicle-related service organization affiliated with the vehicle operation management information and the collection information by information structuring means, a device mounted on the vehicle, and a second vehicle. Configuring the service information to be provided to any one of the mounted device 2, the designated communication terminal, and transmitting the configured service information to any one of the server, the device, the device 2, and the communication terminal in an information transmitting means. It is characterized by including.

The present invention includes a computer-readable recording medium characterized by recording a program for executing the above-described vehicle driving state integrated management method.

Hereinafter, with reference to the accompanying drawings and description will be described in detail the operating principle of the preferred embodiment of the present invention. However, the drawings and the following description shown below are for the preferred method among various methods for effectively explaining the features of the present invention, the present invention is not limited only to the drawings and description below. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or custom. Therefore, the definition should be made based on the contents throughout the present invention.

As a result, the technical spirit of the present invention is determined by the claims, and the following embodiments are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention pertains. It's just

1 is a diagram showing the configuration of a vehicle service providing system according to an embodiment of the present invention.

In more detail, Figure 1 shows the vehicle operation management information from the on-vehicle device 100 equipped with one or more (or cable connection) of a driving record module, an accident record module, a sensor module, a camera module and a drive record module, and an accident record module. Receive collection information including at least one vehicle operation information, navigation information, location information, sensing information and camera image information collected from each module, and at least one vehicle associated with the received vehicle operation management information and collection information Service information to be provided to any one of a server provided in a related service organization, a device 100 mounted on the vehicle, a device 100 mounted on a second vehicle (2), and a designated communication terminal; System configuration for transmitting information to any one of the server, device 100, device 100 (2), communication terminal, which has a common knowledge in the technical field to which the present invention belongs If one grows up, it is possible to infer and implement various vehicle implementation methods (e.g., some implementations are omitted, subdivided, or combined) for the vehicle service providing system configuration by referring to and / or modifying this drawing. The present invention includes all the inferred implementation methods, and the technical features are not limited only to the implementation method illustrated in FIG.

According to the present invention, the vehicle service providing system, the wireless communication is connected to the device 100 through a wireless communication module of the device 100 mounted in each vehicle, the device 100 and the removable storage device 100 Communication with the user terminal 105 sharing the medium.

The device 100 mounted in the vehicle includes heterogeneous driving record modules, accident record modules, and wireless communication modules for each device 100, model, and manufacturer. Various collection information collected through the same information items are different collection cycles for collecting the information, the unit of information or the minimum / maximum limit value is also different.

According to the exemplary embodiment of the present invention, the device 100 may further include a sensor module for collecting sensing information sensed by at least one sensor, and the sensing information collected through the sensor module may also be used for each sensor. 100) Different collection cycles, information units, and minimum / highest limits are determined by star, model and manufacturer.

In addition, the apparatus 100 may further include a camera module for collecting camera image information obtained from one or more cameras. The camera image information collected through the camera module may also have different collection periods according to each camera standard. It has a resolution and frame rate.

The wireless communication module provided in the device 100 may also include one or more of WiBro, HSDPA, HSUPA, GSM, Wifi, X-AN, WLAN, WCDMA, CDMA, LTE, and RFID by device, model, and manufacturer. Wireless communication schemes are optionally used to differ from one another.

According to an embodiment of the present invention, the wireless communication module connects a wireless communication section according to a wireless communication protocol between a base station of each wireless communication network and the device 100, and the base station connects the device through a wired section on the wireless communication network. A communication channel is connected between the vehicle 100 and the vehicle service providing system.

The user terminal 105 is a generic term for a terminal used by a person who owns / owns a vehicle equipped with the apparatus 100. The user terminal 105 is communicatively connected to the vehicle service providing system through a wired / wireless communication network. And various information stored in the device 100 are transmitted to the vehicle service providing system through the wired / wireless communication network.

For example, if the removable storage device 100 is a USB memory, the device 100 and the user terminal 105 has a USB port, from the device 100 to the USB memory through the USB port The copied / transferred stored information is copied / transferred to the user terminal 105 through a USB port provided in the user terminal 105, and the user terminal 105 stores the copied / transferred stored information. The vehicle is transmitted to the vehicle service providing system through a wireless communication network.

According to the present invention, the vehicle service providing system includes a storage medium 160 that stores vehicle operation management information and collection information received from the apparatus 100 or manages by connecting and managing the vehicle operation management. The information includes one or more module configuration information, driver information, vehicle information, transportation company information, reference information, and user information corresponding to the device 100 provided in the vehicle, and the collection information is collected through the driving record module. The navigation information and location information collected through the vehicle operation information and the accident record module may include one or more sensing information collected through the sensor module and one or more camera image information collected through the camera module.

The module configuration information includes at least one model name (or manufacturer) of at least one module of a driving record module, an accident record module, and at least one device 100 specification provided in the device 100 mounted on the vehicle, and includes each module. It is used to identify the nature of the information collected, the frequency of collection, the units of information, and the lowest and highest limits.

If the device 100 is provided with a sensor module, the module configuration information further includes one or more sensor information about the sensor module, a model name (or manufacturer) of the sensor module connected to each sensor, and a device 100 specification. can do.

The driver information includes at least one driver's license information of a driver driving a vehicle on which the apparatus 100 is mounted, a driver's company number if the vehicle is owned by a transportation company, and at least one business card information if the vehicle is for commercial use.

The vehicle information may include one or more vehicle number and chassis number of the vehicle on which the apparatus 100 is mounted, and may further include a vehicle manufacturer, a model name, a year, and the like.

The transportation company information includes a business registration number, a transportation industry, a corporation registration number of the transportation company when the vehicle is owned by a transportation company, and the transportation industry includes city buses, farm buses, village buses, intercity buses, express buses, chartered buses, It may include any one of a special passenger vehicle, a corporate taxi, a private taxi, a general lorry or an individual lorry.

The reference information may include a unit and a code (eg, a code indicating that the collection information is a 20-bit integer value) received from the apparatus 100 mounted on the vehicle.

The user information includes at least one affiliation, name, address, authority of a user who drives or manages the vehicle.

The vehicle operation information includes at least one of speed, brake, door, direction indicator, horn, upward, downward, and RPM per minute, and the navigation information includes acceleration, angular acceleration, roll angle, yaw angle, and pitch. Each, the engine revolutions per minute (RPM), and wearing at least one seat belt, the location information may include one or more latitude, longitude, altitude.

The sensing information may include one or more carbon dioxide generation, soot generation, fuel flow, and idling, and the camera image information may include one or more photos and videos.

Referring to FIG. 1, the vehicle service providing system connects a communication channel with a device 100 mounted in each vehicle through a wireless communication network, and receives collection information collected through at least one module from the device 100. Communication channel connection means 110 for confirming a wireless communication period for the module configuration information, driver information, vehicle information, transport company information, reference information-unit, code-, from the device 100 through the communication channel Management information receiving means 115 for receiving vehicle driving management information including one or more user information, and storing the received vehicle driving management information in a storage medium 160, the device on the storage medium 160 And storage medium management means 120 for allocating / determining one or more storage areas for storing the collection information received from 100.

When the wireless communication module provided in the device 100 provided in the vehicle requests a communication channel connection through a wireless communication network according to a key on of a key box provided in each vehicle, the communication channel connecting means 110 ) Exchanges communication parameters for each wireless communication network with the wireless communication module through a wireless communication network to connect a communication channel with the device 100 mounted in the vehicle, and includes a driving record module and an accident record provided in the device 100. Identify one or more wireless communication cycles for receiving the collection information collected for each collection period through one or more modules of the module, the sensor module.

Here, the wireless communication period is matched / proportional with any one of the collection periods for collecting the collection information in each module provided in the device 100, the communication of the wireless communication module provided in the device 100 At least one of the conditions equal to or less than the value divided by the speed (= wireless communication speed) and the size of the collected information transmitted from the device 100.

According to an embodiment of the present invention, the service quality of the communication speed (= wireless communication speed) of the wireless communication module is guaranteed, the size of the collection information is constant, and the collection information is obtained through each module provided in the device 100. If it is possible to confirm in advance the collection period for collecting the, the wireless communication period is confirmed from the value calculated in the range that satisfies the condition.

According to another embodiment of the present invention, the quality of service of the communication speed (= wireless communication speed) of the wireless communication module is not guaranteed, or the size of the collected information is variable, or each of the devices 100 is provided. When it is difficult to confirm in advance the collection period for collecting the collection information through the module, the wireless communication period is dynamically calculated in a range that satisfies the condition.

When the communication channel is connected to the device 100 mounted on the vehicle, the management information receiving unit 115 transmits the module configuration information, the driver information, the vehicle information, the transportation company information, and the like from the device 100 through the communication channel. Receives vehicle operation management information including one or more reference information (unit, code) and user information.

According to an exemplary embodiment of the present invention, the vehicle operation management information may be received once at the same time as the communication channel connection, and may be additionally received whenever there is a change in the vehicle operation management information.

According to another exemplary embodiment of the present invention, the vehicle driving management information may be included in the collection information received from the apparatus 100 and may be received whenever a change exists in the vehicle driving management information.

When the vehicle driving management information is received, the storage medium management unit 120 stores the received vehicle driving management information in the storage medium 160 and receives the storage vehicle 160 from the apparatus 100 on the storage medium 160. Allocate / determine one or more storage areas for storing collected information.

In the case of storing each collection information received from the heterogeneous device 100 as it is (for example, processing the collection information in a standard format at the time of using each collection information), the storage medium management The means 120 checks the collection information format corresponding to the collection information received from the apparatus 100 with reference to the module configuration information and the reference information included in the vehicle operation management information, and corresponds to the collection information format. Storage area can be allocated / determined.

According to another exemplary embodiment of the present invention, when the collection information received from the heterogeneous device 100 is integrated and stored in a standard format, the storage area may be allocated / determined to store the collection information in the standard format. .

Referring to FIG. 1, when the vehicle service providing system is connected to a device 100 mounted on the vehicle and a communication channel is connected, and the wireless communication cycle is confirmed, the vehicle service providing system collects each item from the device 100 through the communication channel. Collection information receiving means 125 for receiving the collection information classified for each cycle according to the wireless communication cycle, and information storage means 140 for storing the collection information in each storage area allocated on the storage medium 160 When the vehicle management information is received from the device 100, the vehicle management information is read and the collection information received from the device 100 is matched with the collection information received from the heterogeneous device 100. Data conversion determining means 130 for determining a data conversion method for synchronizing and managing one or more of a collection period, a unit, and a code; and collecting information from the device 100. If, made by further comprising: an information integration unit 135 to convert the collected information according to the determined data conversion method.

When the communication channel is connected to the device 100 mounted on the vehicle by the communication channel connecting means 110, and the wireless communication period is confirmed, the collection information receiving means 125 is connected to the device through the communication channel. Receive collection information classified for each collection period from 100 according to the identified wireless communication period.

According to an exemplary embodiment of the present invention, the collection information receiving unit 125 transmits the collection information determined to be transmitted to the vehicle service providing system among the vehicle operation information, navigation information, location information, sensing information, and camera image information. The collection information may be received according to a protocol format for batch transmission in cycles.

According to another exemplary embodiment of the present invention, the collection information receiving unit 125 may collect collection information of a matching period in which the matching period is matched / proportional among vehicle operation information, navigation information, location information, sensing information, and camera image information. The collection information may be received according to one or more protocol formats that are divided and transmitted according to a matching wireless communication period.

When the storage area is allocated / determined to store each collection information received from the heterogeneous device 100 as it is, according to an embodiment of the present invention, the information storage means 140 stores the received collection information in the storage medium. The data is stored in each storage area allocated on 160.

According to another embodiment of the present invention, when the storage area is allocated / determined to integrate and store each collection information received from the heterogeneous device 100 in a standard format, the data conversion determining unit 130 receives the received data. To convert the received collection information into a standard format to read and manage the vehicle operation management information and integrate the collection information received from the device 100 with the collection information received from another heterogeneous device 100. Determine the data conversion method.

Here, the data conversion scheme includes a conversion cycle conversion formula for converting the collection cycle of the collection information into a collection cycle of the standard format when the collection cycle of the received collection information is different from the collection cycle of the standard format.

For example, if the collection period of the received collection information is 0.5 seconds, but the collection period of the standard format is 1 second, the collection cycle conversion formula calculates the average value after adding the received collection information two by two and the collection period is 1 It may include a conversion formula for converting to seconds, or may include a collection cycle conversion formula for selectively collecting the odd (or even) information of the received collection information to convert to a collection period of 1 second.

If the relationship between the collection cycle of the received collection information and the collection cycle of the standard format is not proportional, the collection cycle conversion equation may include a collection cycle conversion equation that converts the collection cycle of the collection information into the collection cycle of the standard format using interpolation. Can be.

In addition, the data conversion method, the unit of the received collection information, the unit of the standard format, if the code is different from the code, the unit of the collection information, the unit of the standard format, the unit conversion formula for converting the code, the code conversion formula It includes one or more more.

For example, when the unit of the received collection information uses an inch unit, and the unit of the standard format uses a meter unit, the unit conversion formula converts the inch unit into a metric unit. Unit conversion formula may be included.

Alternatively, if the received collection information uses a 20-bit integer code, while the unit of the standard format uses a real value with 3 decimal places, the code conversion formula converts the 20 bit integer to 3 decimal real numbers. It may include a conversion formula.

When the data conversion method for converting the collection information into a standard format is determined by the data conversion determining unit 130, the information integrating unit 135 converts the collection information according to the determined data conversion method, The information storing means 140 stores the converted collection information in each storage area allocated on the storage medium 160.

Referring to FIG. 1, when the vehicle operation management information and the original collection information stored in the apparatus 100 are copied / transferred to the mobile storage device 100, the vehicle service providing system may connect the user terminal 105 connected to the communication network. And storage information receiving means 145 for receiving vehicle operation management information and original collection information stored in the mobile storage device 100. When the vehicle operation management information and original collection information are received, the storage medium ( The storage means checks the vehicle operation management information matching the vehicle operation management information received from the storage medium 160, and stores the received original collection information in connection with the vehicle operation management information.

The device 100 mounted in the vehicle stores original collection information collected from each module (eg, collection information collected and stored according to the original collection cycle of each module), and vehicle operation management stored in the device 100. The information and the original collection information is copied / transferred to the portable storage device 100, and the vehicle operation management information and the original collection information stored in the portable storage device 100 are copied / received to the user terminal 105 connected to the wired / wireless communication network. When transferred, the storage information receiving means 145 connects the communication channel with the user terminal 105 through the wired / wireless communication network, and receives the vehicle operation management information and the original collection information from the user terminal 105. .

According to another exemplary embodiment of the present invention, the device 100 mounted in the vehicle may include vehicle operation management information and original collection information stored in the device 100 through cable communication (eg, USB communication, RS-232c communication, etc.). It is possible to provide to the user terminal 105.

When the vehicle operation management information and the original collection information are received from the user terminal 105 through the storage information receiving means 145, the storage medium 160 storage means includes information included in the received vehicle operation management information. The vehicle driving management information matching the vehicle driving management information received from the storage medium 160 is checked using the driver information, the vehicle information, the transportation company information, the user information, and the like.

If the vehicle operation management information is confirmed, the storage medium 160 storage means stores the received original collection information in the vehicle operation management information stored in the storage medium 160 (or collection information received from the device 100). Connected to and stored in the storage medium 160.

Referring to FIG. 1, the vehicle service providing system includes a server provided in at least one vehicle related service organization associated with the vehicle management information and collection information, an apparatus 100 mounted on the vehicle, and a second Information structuring means (150) for constituting service information to be provided to any one of the device (100) (2) mounted on the vehicle and a designated communication terminal; 2), information transmission means 155 for transmitting to any one of the communication terminal.

The information configuring means 150 includes some configuration information of the vehicle operation management information and the collection information stored in the storage medium 160, or includes a result of querying the database through the vehicle operation management information and the collection information; Or service information including the result of reading the collection information.

The service information may include driving information, location tracking information, dangerous situation occurrence information, content information, voice call information, advertisement information, TPEG (Transport Protocol Experts Group) information, statistical information, vehicle operation information, accident management information, theft occurrence information. , Cargo loading information, notification information, upgrade information, camera image information, storage information, natural disaster information and may include one or more data management information for managing the information.

Here, the driving information is information representing the position information and the navigation information as a function of time, and may be displayed as a trajectory on the geographic information. The driving information may be submitted to the Korea Traffic Safety Authority in accordance with the law on data submission under Article 55 of the Traffic Safety Act.

The location tracking information may include information on displaying location information of a specific time on geographic information or converting location information into location display information (eg, building name, place name, etc.). The location tracking information may be provided to either the server or the device 100 or the communication terminal requesting the location tracking of the vehicle.

The dangerous situation occurrence information is obtained by querying a road construction management server or a traffic accident server of a police agency / insurance company based on the location information and vehicle information, and any one of the front, side, and rear of the vehicle at a predetermined distance. It may include road construction situations or accidents occurring in the direction. The dangerous situation occurrence information may be provided to the device 100 mounted in the vehicle.

The content information may include a text, a file, a video, and a voice that may be extracted from a DB based on the location information or driver information and provided to the device 100. The content information may be provided to the device 100 mounted in the vehicle.

The voice call information checks whether the driver of the vehicle is capable of making a voice call based on the vehicle driving information (for example, during a driving standby), and if the voice call condition is satisfied, voice between the driver's phone and a specific called party's phone. It may include call relaying information for connecting a call or for connecting a voice call between a specific caller's phone and the driver's phone. The voice call information may be provided to a device 100 mounted in the vehicle or a communication terminal requesting a call connection with the driver.

The advertisement information may include at least one location-based advertisement identified based on the location information, and a driver-specific advertisement identified based on the driver information. The advertisement information may be provided to the device 100 mounted in the vehicle.

The TPEG information may include one or more traffic congestion information, public transportation information, parking lot information, and weather information obtained based on the location information or real-time driving information. The TPEG information may be provided to the device 100 mounted in the vehicle.

The statistical information may include at least one statistical information for each driver that classifies the collection information for each driver, one or more statistical information for each vehicle that classifies the collection information for each vehicle, fuel cost increase / decrease statistical information, accident increase / decrease statistical information, and legal violation information. Can be. The statistical information may be provided to the device 100 or the communication terminal mounted on the vehicle.

The vehicle state inspection information may include information for periodically checking the vehicle driving information to check whether an abnormality (or failure) has occurred in the vehicle and requesting repair or inspection. The vehicle state inspection information may be provided to the device 100 or server (eg, insurance company server, designated service center server) or communication terminal (eg, designated service station terminal) mounted on the vehicle.

The vehicle operation information may include various cost information related to the operation of the vehicle through the vehicle operation information and the sensing information. The vehicle operation information may be provided to a device 100 or a server (eg, an insurance company server) or a communication terminal (eg, a driver terminal or a vehicle owner terminal) mounted in the vehicle.

The accident management information is mounted on a second vehicle running at the rear of the vehicle when it is determined that an accident has occurred in the vehicle as a result of reading the vehicle operation information, location information, navigation information, sensing information, and camera image information. Incident information to be provided to the device (100) (2).

The theft information is information confirmed from the sensing information sensed by the sensor provided in the cargo loading position of the vehicle. The theft occurrence information may be provided to the device 100 or server (eg, transportation company server, freight owner server) or communication terminal (eg, owner communication terminal of the cargo) mounted on the vehicle.

The cargo loading information is information checked through a sensor attached to a cargo loading position of the vehicle or a sensor attached to the cargo. The cargo loading information includes tolerance information when the cargo is not loaded in the vehicle. If loaded, it may contain loaded cargo information. The cargo loading information may be provided to the device 100 or server (eg, transportation company server, cargo owner server) or communication terminal (eg, owner communication terminal of the cargo) mounted on the vehicle.

The notification information is confirmed from the insurance company server or the vehicle management server through the driver information or the vehicle information, the device 100 or server (eg, transportation company server) or communication terminal (eg, driver terminal) mounted on the vehicle It may be provided as.

The upgrade information may include a program installation file extracted from a DB based on the module configuration information, and may be provided to the device 100 mounted in the vehicle.

The camera image information includes a camera image received from the device 100 when an accident occurs in the vehicle or when it is determined that an accident occurs near the vehicle through a traffic accident server of a police agency / insurance company. It may be provided to the server or the communication terminal.

The natural disaster information includes information for detecting whether a natural disaster such as an earthquake, landslide, heavy rain, heavy snow occurs near the vehicle by connecting the location information and the sensor network, and notifying that the natural disaster has occurred. It may be provided as a server mounted in a vehicle or the apparatus 100 or apparatus 100 (2) or a communication terminal mounted in the vehicle.

When any one of the server, the device 100, the device 100, the communication terminal and the one to transmit the service information is determined, the information transmitting means 155 connects the determined information providing object and the communication channel. The service information is transmitted to the information providing target through the communication channel.

2 is a diagram showing the configuration of an on-vehicle device according to an embodiment of the present invention.

Referring to FIG. 2, the on-vehicle device includes a driving record module 250 for collecting vehicle driving information from an ECU provided in a vehicle, and for collecting navigation information and position information for reproducing the accident when a vehicle accident occurs. An accident recording module 255, a sensor module 260 for collecting sensing information sensed from one or more sensors provided in the vehicle, a camera module 265 for collecting camera image information from a camera provided in the vehicle, and wireless At least one communication module 270, the memory unit 245 for storing the vehicle operation management information and the mobile storage device for copying / transferring the original collection information stored in the memory unit 245 to the user terminal It further comprises an interface 280 or a cable communication interface 275.

The driving record module 250 collects vehicle operation information including one or more speed, brake, door, direction indicator, horn, upward, downward, and engine revolutions per minute (RPM) from the ECU provided in the vehicle. The accident recording module 255 is a latitude from the GPS module and the navigation information including one or more acceleration, angular acceleration, roll angle, yaw angle, pitch angle, engine revolutions per minute (RPM), wearing a seat belt from the six-axis gyroscope, Collect location information including one or more longitude and altitude.

The sensor module 260 collects sensing information including one or more carbon dioxide generation amount, soot generation amount, fueling amount, and idling from each sensor attached to the vehicle in addition to the information collected through the ECU.

The camera module 265 collects pictures and videos from a camera provided to photograph the inside or the outside of the vehicle.

The wireless communication module 270 is a communication module corresponding to any one of WiBro, HSDPA, HSUPA, GSM, Wifi, X-AN, WLAN, WCDMA, CDMA, LTE, and RFID. A wireless communication channel is connected between the apparatus and the vehicle service providing system shown in FIG. 1 through a wireless communication network that establishes a corresponding communication system.

According to the exemplary embodiment of the present invention, the wireless communication module 270 mounted in a vehicle traveling at a high speed is switched to a communicable / non-communicable state depending on whether or not the wireless communication network passes through the shaded area.

The memory unit 245 is a generic term for storage means included in the apparatus, and includes both a memory in the apparatus and a memory provided in each module.

According to an exemplary embodiment of the present invention, the memory unit 245 may include vehicle operation management information including one or more module configuration information, driver information, vehicle information, transportation company information, reference information, and user information, and the driving record module ( 250) original collection information collected from one or more modules of the accident record module 255, the sensor module 260 is stored according to each collection cycle.

In addition, the memory unit 245 may include a buffer memory that buffers the collection information collected from the module when the wireless communication module 270 is in a communication disabled state.

The storage device interface includes an interface port for copying / migrating vehicle driving management information and original collection information stored in the memory unit 245 to a mobile storage device (eg, a USB memory device). The cable communication interface 275 ) Includes a communication port (eg, a USB port, an RS-232c port, etc.) for transmitting vehicle operation management information and original collection information stored in the memory unit 245 to the user terminal through cable communication.

Referring to FIG. 2, the on-vehicle device is connected to a key box provided in the vehicle, or checks the key on of the vehicle through the ECU, and records the driving record module according to the key on. And an interface unit 200 for acquiring collection information collected by one or more modules of the accident record module 255 and the sensor module 260.

The interface unit 200 collects and collects information for each module and collection information for the driving record module 250, the accident record module 255, and the sensor module 260 according to the key on of the vehicle. In accordance with each collection cycle, the driving record module 250, the accident record module 255, and the sensor module 260 collect information collected by each collection information format.

If the time point at which collection information is started for each module is different (for example, when the driving record module 250 starts collecting vehicle driving information during GPS initialization time), the interface unit 200 first collects the collected information. It is desirable to obtain from.

Referring to FIG. 2, the on-vehicle device includes vehicle driving information collected through the driving record module 250 and navigation information and location information collected through the accident recording module 255 and the sensor module 260. A storage information configuration unit 205 configured to classify the collectable information among the various sensing information collected and the camera image information collected through the camera module 265 according to a collection cycle for each information to form original collection information, and the original collection The information storage unit 210 stores the information in the memory unit 245 in association with the vehicle driving management information for each collection period.

When the interface unit 200 acquires collection information from at least one of the driving record module 250, the accident record module 255, the sensor module 260, and the camera module 265, the storage information configuration unit ( 205 confirms a collection cycle for each collection information and configures original collection information corresponding to the identified collection cycle.

When the original collection information is configured through the storage information configuration unit 205, the information storage unit 210 collects the configured original in the original collection information storage area associated with the vehicle driving management information on the memory unit 245. Information is stored for each collection period (eg, including a collection time value, a collection interval value, and a collection cycle value).

Referring to FIG. 2, the on-vehicle device includes a communication confirmation unit 225 for confirming whether a wireless communication connection with a server is possible through the wireless communication module 270, and when it is confirmed that the wireless communication connection is possible, Communication period confirmation unit 230 matching / proportional to any one of the collection period of the collection information of the collection information, and confirms the wireless communication period within the value divided by the size of the collection information in the communication speed of the wireless communication module 270 And a transmission information configuration unit 215 constituting transmission collection information to be transmitted through the wireless communication module 270 in response to the wireless communication cycle, and through the wireless communication module 270 according to the wireless communication cycle. And an information transmitter 235 for transmitting the collected information for transmission to a server.

The communication checking unit 225 checks the base station on the wireless communication network that can be connected to the communication through the wireless communication module 270 according to the key on (Key On) of the key box provided in the vehicle, and the identified base station The wireless communication connection with the server corresponding to the vehicle service providing system illustrated in FIG.

According to the exemplary embodiment of the present invention, the communication confirmation unit 225 periodically performs a wireless communication validity check for checking whether the wireless communication connection is possible, and extends / cycles for checking the wireless communication validity according to the wireless communication connection state. Can be shrunk.

When it is confirmed by the communication confirmation unit 225 that the wireless communication connection with the server corresponding to the vehicle service providing system shown in FIG. 1 is possible, the communication period confirmation unit 230 through the interface unit 200 Matches or is proportional to any one of the collection periods of the collection information obtained, and to the server at a communication rate provided under the condition that the wireless communication module 270 maintains a preset quality of service through the wireless communication network. At least one period corresponding to a range smaller than a value obtained by dividing the size of a transmission cycle format to be transmitted is identified as a wireless communication cycle.

According to an embodiment of the present invention, the service quality of the communication speed (= wireless communication speed) of the wireless communication module 270 is guaranteed, the size of the collected information is constant, and the collected information is provided through each module provided in the device. If it is possible to confirm in advance the collection period for collecting the, the communication period confirmation unit 230 checks the wireless communication period set in a range that satisfies the condition.

According to another exemplary embodiment of the present invention, the quality of service of the communication speed (= wireless communication speed) of the wireless communication module 270 is not guaranteed or the collection period of the collection information collected through the modules is variable (eg, If the collection period is expanded or reduced according to the driving speed of the vehicle, or the size of the collection information is variable, or if it is difficult to confirm in advance the collection cycle for collecting the collection information through each module provided in the device, The communication period confirmation unit 230 dynamically checks each communication period determination condition for determining the wireless communication period, and dynamically calculates the wireless communication period in a range in which the identified communication period determination condition satisfies the condition. .

When the validity of the wireless communication and the period of the wireless communication are confirmed, the transmission information configuring unit 215 transmits one of the information obtained through the interface unit 200 to a server corresponding to the vehicle service providing system illustrated in FIG. 1. Confirming / determining the above-mentioned transmission information item, and constructing the collection information for transmission including collection information corresponding to the said confirmed / decided transmission information item.

According to one embodiment of the present invention, the collection information for transmission is applied to the transmission information item among vehicle operation information, navigation information and location information, sensing information, and camera image information obtained from each module through the interface unit 200. It may include a protocol format for collectively transmitting corresponding collection information to a server corresponding to the vehicle service providing system shown in FIG. 1 according to the wireless communication cycle.

Here, the collection information of the collection period shorter than the wireless communication period may include a plurality of collection information in the batch transmission protocol format, and the proportion of the wireless communication period and the collection period in the batch transmission protocol format according to the wireless communication cycle. Depending on the relationship, one collected information may be included or processed as blank, and may include an intermediate value calculated by interpolation according to the intention of a person skilled in the art.

According to one embodiment of the present invention, the collection information for transmission is applied to the transmission information item among vehicle operation information, navigation information and location information, sensing information, and camera image information obtained from each module through the interface unit 200. And a protocol format for matching and transmitting the collection period of the corresponding collection information and the wireless communication period.

Here, the split transmission protocol is configured to include collection information in which the collection period is the same or proportional to the collection information.

When the collection information for transmission is configured, the information transmitter 235 transmits the collection information for transmission according to the wireless communication cycle through the wireless communication module 270.

The information transmitting unit 235 transmits the vehicle driving management information to the server through the wireless communication module 270 or collects the vehicle driving management information after connecting to the communication channel with the server according to the key on confirmation. Included in the information and sent to the server.

Referring to FIG. 2, if the validity of wireless communication is not confirmed through the communication confirmation unit 225, the on-vehicle device determines an information storage period matching / proportional to the wireless communication period, and determines the information storage period. Accordingly, a buffering unit 220 is configured to store the transmission collection information in a buffer memory.

If it is determined by the communication confirmation unit 225 that wireless communication connection with the server corresponding to the vehicle service providing system shown in FIG. 1 is not possible, the buffering unit 220 is matched / proportional with the wireless communication period. Determine the information storage cycle.

Herein, the information storage period may be determined to be the same as the wireless communication period, or may be determined to correspond to a multiple of the wireless communication period.

Referring to FIG. 2, when the on-vehicle device is confirmed that the wireless communication validity is confirmed during the buffering of the collection information for transmission through the buffering unit 220, the on-vehicle device uses the wireless communication module 270 according to the wireless communication period. It is provided with a communication recovery unit 240 for transmitting the buffered collection information for transmission to the server first.

When the validity of the wireless communication is confirmed through the communication checking unit 225 during the buffering of the collection information for transmission through the buffering unit 220, the communication restoring unit 240 allows the information transmitting unit 235 to perform the wireless communication. Intercepting the transmission of the collection information through the module 270 to first transmit the buried collection information, and after the buffered collection information is transmitted, the transmission is collected from each module through the information transmission unit 235. Process the collected information for transmission.

3 is a diagram illustrating an operation process of the on-vehicle device according to the embodiment of the present invention.

In more detail, FIG. 3 is an operation process of collecting collection information from each module in the on-vehicle device shown in FIG. 2 and transmitting the collected information to the vehicle service providing system shown in FIG. 1. Those skilled in the art may refer to and / or modify this drawing 3 to infer various implementation methods (eg, some steps may be omitted or the order may be changed) for the on-vehicle device operation process. Although there will be, the present invention includes all the implementation methods inferred, and the technical features are not limited only to the implementation method shown in FIG.

Referring to FIG. 3, the apparatus connects a communication channel with a communication channel connecting means on the vehicle service providing system shown in FIG. 1 through a wireless communication module 270 according to a key on of a key box, and connects the communication channel. After transmitting the vehicle operation management information to the management information receiving means through, and confirms the wireless communication cycle for transmitting the collection information collected through each module provided in the device to the collection information receiving means (300).

In addition, the device acquires one or more collection information collected through each module according to the key on (305), and classifies the obtained collection information for each collection period to configure the original collection information (310), The configured original collection information is connected to the vehicle operation management information and stored in the memory unit 245 (315).

When the collection information is obtained from each module, the device configures the collection information for transmission by matching the collection information with the identified wireless communication period (320), and wireless communication with the communication channel connection means through the wireless communication network. Check if the connection is possible (325).

If the validity of the wireless communication is confirmed (330), the device transmits the configured collection information for transmission according to the wireless communication cycle to the collection information receiving means (335), and acquires the collection information from each module, original collection Repeat the process of configuring and storing information, validating wireless communication, configuring and transmitting collected information for transmission.

On the other hand, if the validity of the wireless communication is not confirmed (330), the device buffers the configured burnout information in a buffer memory (340), and if the wireless communication with the communication channel connection means is restored (345), the wireless The buffered transmission information is first transmitted according to a communication period (350), and then, collection information is obtained from each module, original collection information is configured and stored, wireless communication validity is confirmed, and transmission information is configured and transmitted. .

4 is a view showing a vehicle driving state integrated management process according to an embodiment of the present invention.

In more detail, Figure 4 is a vehicle service providing system shown in Figure 1, after confirming the communication channel connection and wireless communication cycle with the device mounted on each vehicle, and collects the collected information collected through each module provided in the device Receiving and storing in a storage medium, and those skilled in the art to which the present invention pertains, various implementation methods for the vehicle driving state integrated management process by referring to and / or modifying the present Figure 4 For example, some steps may be omitted, or the order of implementation may be changed). However, the present invention includes all the implementation methods inferred above, and the technical features may be modified only by the implementation method shown in FIG. It is not limited.

Referring to FIG. 4, the communication channel connecting means of the vehicle service providing system shown in FIG. 1 connects a communication channel with the on-vehicle device shown in FIG. 2 through a wireless communication network and receives collection information from the device. Check the wireless communication cycle for (400).

When the management information receiving means receives the vehicle driving management information from the device through the communication channel (405), the storage medium management means stores the vehicle driving management information on a storage medium, and the device on the storage medium. The storage area for storing the collection information received from the network is allocated / determined (410).

If the collection information storage area is allocated / determined (415), the collection information receiving means receives collection information transmitted from the device through the process shown in FIG. 3 according to the identified wireless communication period (420). The data conversion determining unit determines the data conversion method for integrated management of the collected information (425).

If data conversion of the collected information is unnecessary (430), the information storage means stores the collected information in a collection information storage area allocated to the storage medium (440).

On the other hand, when the data conversion method for the collected information is determined (430), the information integrating means converts the collected information according to the data conversion method and consolidates it into a standard format (435), and the information storage means is converted into The collection information is stored in the collection information storage area allocated to the storage medium (440).

5 is a diagram illustrating a process of transmitting original collection information stored in an on-vehicle device according to an embodiment of the present invention.

In more detail, FIG. 5 shows the vehicle service shown in FIG. 1 by copying / transferring original collection information stored in the on-vehicle device to a user terminal through a mobile storage device (or cable communication) through the process shown in FIG. Receiving and storing in a storage medium with a providing system, those skilled in the art to which the present invention pertains, various implementations of the original collection information delivery process by referring to and / or modified in this figure 5 It is possible to infer a method (e.g., an implementation method in which some steps are omitted or the order is changed), but the present invention includes all the implementation methods inferred from above, and the technical description can be made only by the implementation method shown in FIG. Features are not limited.

Referring to FIG. 5, after the original collection information is stored in the on-vehicle device through the process illustrated in FIG. 3, the device checks whether the removable storage device is recognized through the removable storage device interface 280 or the cable communication interface. Check whether the cable communication is connected to the user terminal through the user 275 (500).

If the mobile storage device is recognized by the device (505), the device copies / transfers the vehicle operation management information and the original collection information stored in the memory unit 245 to the mobile storage device (510), the user terminal After viewing / migrating the vehicle operation management information and the original collection information from the mobile storage device (515), the vehicle operation management information and the storage information receiving means of the vehicle service providing system shown in FIG. Send original collection information.

Alternatively, when the cable communication connection with the user terminal is confirmed to the device (505), the device transmits the vehicle operation management information and the original collection information to the user terminal through the cable communication, the user terminal is the After receiving the vehicle operation management information and the original collection information through cable communication (515), the vehicle operation management information and the original collection information to the storage information receiving means of the vehicle service providing system shown in FIG. send.

Thereafter, the vehicle service providing system connects the vehicle operation management information received from the user terminal and the original collection information and stores them in the storage medium (525).

6 is a diagram illustrating a vehicle service providing process according to an exemplary embodiment of the present invention.

In more detail, FIG. 6 is a server provided in one or more vehicle-related service organizations affiliated using vehicle operation management information and collection information (original collection information) stored in a storage medium through the process illustrated in FIG. 4 or FIG. 5. Service information to be provided to any one of the device mounted on the vehicle, the device 2 mounted on the second vehicle, and a designated communication terminal, and the configured service information is provided to the server, the device, the device 2, and the communication. The present invention relates to a process for transmitting to any one of the terminals, and a person having ordinary knowledge in the technical field to which the present invention pertains may refer to and / or modify this drawing 6 to implement various methods of the vehicle service providing process (for example, some of them). Steps may be omitted, or the order of implementation may be changed), but the present invention includes all implementation methods inferred above. Only the exemplary method shown in plane 6 is not limited that technical feature.

Referring to FIG. 6, after the collection information or the original collection information is stored in the storage medium shown in FIG. 1 through the process shown in FIG. 4 or FIG. 5, the information structure of the vehicle service providing system shown in FIG. The means identifies a server provided in at least one affiliated vehicle-related service organization, an apparatus mounted on the vehicle, an apparatus 2 mounted on a second vehicle, and an information providing target for providing service information among designated communication terminals ( 600)

Here, the server provided in the vehicle-related service agency may include at least one of a police server, insurance company server, transportation company server, cargo owner server, repair shop server.

If any one of the server, the device, the device 2, and the communication terminal corresponding to the information providing target for providing the service information is identified (605), the information constituting means is connected with the vehicle operation management information stored in the storage medium. Service information to be provided to the information providing target is configured using the collected information (610).

The service information may include driving information including a trajectory of the vehicle traveling during a specific driving time, location tracking information for tracking a location of the vehicle at a specific time, and road construction or an accident occurring near the location of the vehicle. Provides information to the driver, voice call information that connects the voice call between the driver's call device and the second call device according to the dangerous situation information, content information including text, file, video, voice, and voice call condition. Transport Protocol Experts Group (TPEG) information comprising one or more advertisement information, traffic congestion information, public transportation information, parking lot information, and weather information; driver-specific statistical information and the collection information classified by the driver by vehicle; Statistics information by vehicle, fuel cost increase / decrease statistics, accident increase / decrease statistics information, and violation of law regulations A vehicle status check information comprises including the failure or check whether the statistical information, the vehicle comprising; Vehicle operation information, including operation cost and depreciation of the vehicle, accident management information to be provided to the device 2 mounted on the second vehicle running at the rear of the vehicle when it is determined that an accident has occurred in the vehicle, Theft generation information, including whether the stolen cargo loaded on the vehicle occurs, the tolerance information including whether the cargo is loaded on the vehicle and the cargo loading information including any one of the cargo information for the cargo loaded on the vehicle Notification information for notifying the driver of the vehicle's insurance expiration or periodic maintenance costs, a driver or a transport company, upgrade information for upgrading the software / firmware of the device, preset information when an accident occurs in the vehicle or in front of the vehicle; Camera image information to send to the device, removable storage device or cable communication to the device It may include one or more storage information received through the communication network after the transfer / copy the stored storage information to the user terminal, the natural disaster information near the vehicle confirmed through the sensor network and data management information for managing the information. .

If service information to be provided to the information providing target is configured (615), the information transmitting means sends the configured service information to any one of a server, a device, a device (2), and a communication terminal corresponding to the identified information providing target. Transmit (620).

According to the present invention, driving information including a track of a vehicle traveling during a specific driving time through vehicle operation management information from a device mounted on a vehicle and collection information collected in real time or periodically from each module, and the vehicle is located at a specific time. Driver's call according to location tracking information to track location, dangerous situation occurrence information including road construction or accident occurred near vehicle's location, contents information including text, file, video, voice, and voice call condition Voice call information connecting the voice call between the device and the second call device, advertisement information to be provided to the driver, TPEG information comprising at least one traffic congestion information and public transportation information, parking lot information and weather information, the collection Driver-specific statistical information classified by driver and vehicle-specific statistical information classified by vehicle Including statistical information including fuel cost increase / decrease statistical information, accident increase / decrease statistical information, and legal violation data, vehicle status inspection information including whether the vehicle is broken or checked, operating cost and depreciation of the vehicle Vehicle operation information that is configured, accident management information to be provided to the device (2) mounted on the second vehicle running from the rear of the vehicle when it is determined that an accident has occurred in the vehicle, the occurrence of theft of cargo loaded on the vehicle Theft occurrence information, including whether or not, the cargo loading information including any one of the tolerance information, including whether the cargo is loaded on the vehicle and the cargo information on the cargo loaded on the vehicle, insurance expiration or periodic maintenance of the vehicle Notification information for notifying the driver or transportation company, and for upgrading the software / firmware of the device. Transferring / copying raid information, camera image information to be transmitted to a predetermined information requester when an accident occurs in front of the vehicle or an accident occurs in front of the vehicle, and storage information stored in the device through a mobile storage device or a cable communication to a user terminal And a server provided in one or more vehicle-related service organizations affiliated with each other by constructing service information including one or more storage information received through a communication network and natural disaster information near the vehicle identified through a sensor network. There is an advantage to provide any one of the device, the device 2 mounted on the second vehicle, and the designated communication terminal.

According to the present invention, in receiving collection information collected for each collection period from a device mounted on a vehicle, the wireless communication cycle for receiving the collection information is set to match / proportional with the collection period so that different types of vehicles are mounted. There is an advantage of integrated management of the information received from the device to a reliable level.

Claims (9)

Communication channel connection means for connecting a communication channel with a device mounted on a vehicle; Management information receiving means for receiving vehicle operation management information including at least one module configuration information, driver information, vehicle information, transportation company information, reference information-unit, code-, and user information from the device through the communication channel; Storage medium management means for storing the received vehicle driving management information on a storage medium, and allocating / determining one or more storage areas for storing collection information received from the device on the storage medium; Collection information receiving means for receiving collection information including one or more vehicle driving information, navigation information, location information, sensing information, and camera image information from the device through the communication channel; And Information storage means for storing the collected information in each storage area allocated on the storage medium; By using the vehicle operation management information and the collection information provided by any one of the server provided in one or more vehicle-related service institutions associated with, the vehicle-mounted device, the device 2 mounted on the second vehicle, the designated communication terminal Information constructing means for constructing service information to be performed; And And information transmission means for transmitting the configured service information to any one of the server, the device, the device (2), and a communication terminal. The method of claim 1, The vehicle operation information, One or more speeds, brakes, doors, turn signals, horns, high beams, low beams, engine revolutions per minute (RPM), The navigation information, One or more acceleration, angular acceleration, roll angle, yaw angle, pitch angle, engine revolutions per minute (RPM) during driving, and wearing seat belts, The location information, Include one or more latitude, longitude, altitude, The sensing information, Vehicle running status integrated management system, comprising one or more carbon dioxide generation, soot generation, fuel flow, idle. The method of claim 1, wherein the service information, It may be configured to include the vehicle operation management information and some configuration information of the collection information, or include a result of querying the database through the vehicle operation management information and collection information, or the result of reading the collection information Characterized in that comprises a, (1) driving information including the trajectory of the vehicle traveling for a specific driving time; (2) location tracking information that tracks the location of the vehicle at a specific time; (3) information on the occurrence of hazards, including road construction or accidents occurring near the location of the vehicle; (4) content information including texts, files, videos, and voices; (5) voice call information for connecting a voice call between the call device of the driver and the second call device according to the confirmation of the voice call possibility condition; (6) advertising information to be provided to drivers; (7) TPEG (Transport Protocol Experts Group) information comprising one or more traffic congestion information, public transportation information, parking lot information and weather information; (8) comprising at least one statistical information for each driver who classified the collected information by driver and one or more statistical information, fuel cost increase / decrease statistical information, accident increase / decrease statistical information, and violation of legal regulations which are classified by vehicle into the collected information. Statistical Information, (9) vehicle state inspection information, including whether the vehicle is broken or checked; (10) vehicle operating information, including vehicle operating costs and depreciation; (11) the accident management information to be provided to the device (2) mounted on the second vehicle running at the rear of the vehicle, if it is determined that an accident has occurred in the vehicle; (12) theft occurrence information, including whether the stolen cargo loaded on the vehicle occurs; (13) cargo loading information including any one of the tolerance information including whether the cargo is loaded on the vehicle and the cargo information on the cargo loaded on the vehicle; (14) notification information for notifying the driver or transportation company of the insurance expiration or periodic maintenance of the vehicle; (15) upgrade information for upgrading the software / firmware of the device; (16) camera image information to be transmitted to a preset information hope person in case of an accident of the vehicle or an accident in front of the vehicle; (17) storage information received through a communication network after transferring / copying storage information stored in the device to a user terminal through a portable storage device or a cable communication; (18) natural disaster information near the vehicle identified through the sensor network and (19) Integrated vehicle driving state management system, characterized in that it comprises one or more data management information for managing the service information of (1) to (18). The method of claim 1, wherein the communication channel connecting means, Verifying (or determining) a wireless communication cycle for receiving collection information from the device. The method of claim 1, wherein the collection information receiving means, Vehicle driving state management system, characterized in that for receiving the collection information collected for each collection period in accordance with the wireless communication cycle. The method of claim 1, When the vehicle operation management information is received from the device, the data conversion method for collecting and managing the vehicle operation management information and the collection information received from the device by matching the collection information received from the heterogeneous devices-collection cycle, unit Data conversion determining means for determining a manner of synchronizing one or more of the codes; And And when the collection information is received from the device, information integrating means for converting the collection information according to the determined data conversion scheme. The method of claim 1, When the vehicle operation management information and the original collection information stored in the device and the collection information stored corresponding to the collection cycle of each collection information are copied / transferred to the mobile storage device, the vehicle stored in the mobile storage device through a user terminal connected to the communication network And storage information receiving means for receiving the operation management information and the original collection information. The storage medium storage means, And confirming vehicle operation management information matching the received vehicle operation management information from the storage medium, and storing the received original collection information in connection with the vehicle operation management information. When a communication channel is connected to a device mounted on a vehicle, management information receiving means receives module configuration information, driver information, vehicle information, transportation company information, reference information-unit, code-, and user information from the device through the communication channel. Receiving vehicle operation management information including one or more; Storing, by storage medium management means, the received vehicle driving management information on a storage medium, and allocating / determining one or more storage areas for storing collection information received from the device on the storage medium; Receiving collection information including one or more vehicle operation information, navigation information, location information, sensing information, and camera image information from the device through the communication channel in the collection information receiving means; Storing the collected information in each storage area allocated on the storage medium by information storage means; A server provided in one or more vehicle-related service organizations affiliated using the vehicle operation management information and the collection information in an information structuring means, a device mounted on the vehicle, a device mounted on a second vehicle (2), a designated communication terminal Configuring service information to be provided as any one of; And And transmitting the configured service information to any one of the server, the device, the device (2), and the communication terminal in an information transmitting means. A computer-readable recording medium having recorded thereon a program for executing the method of claim 8.

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