KR101602957B1 - Management system of vehicle's information - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an advanced vehicle information management system using fusion technology and broadband wireless communication, The present invention relates to a fusing technology for providing a comprehensive vehicle management service such as diagnosis of components and maintenance guidance thereof, and efficient and safe driving of the vehicle according to analysis of driving habits, and an advanced vehicle information management system using broadband wireless communication .
An advanced vehicle information management system using fusion technology and broadband wireless communication according to the present invention includes a vehicle information collection terminal connected to an electronic controller of a vehicle and collecting vehicle information; A GPS receiving the position information of the vehicle, an attitude sensor detecting the attitude of the vehicle, an impact sensor detecting an impact applied to the vehicle, a receiving module receiving the vehicle information from the vehicle information collecting terminal, An emergency call module that attempts to make an emergency call to a related organization at the time of occurrence, and a communication module that communicates with the outside via a peripheral wireless communication network; And a management server for managing the vehicle by analyzing the vehicle information, the position information, the attitude information, and the impact information transmitted by the communication module of the multi-function wireless terminal.

Description

[0001] The present invention relates to a vehicle management system,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an advanced vehicle information management system using fusion technology and broadband wireless communication, The present invention relates to a fusing technology for providing a comprehensive vehicle management service such as diagnosis of components and maintenance guidance thereof, and efficient and safe driving of the vehicle according to analysis of driving habits, and an advanced vehicle information management system using broadband wireless communication .

In recent years, most households have become more and more necessities with more than one family, and the time spent in the car is increasing.

The vehicle can be used to manage the maintenance of repaired parts from a number of parts, to replace the consumable parts on time, to manage the troubles or accidents in case of a breakdown or accident, to manage the driving habits to increase fuel consumption and service life, There are a lot of things to manage.

Most drivers, however, do not know or know how to manage the vehicle properly, but can not manage it appropriately.

Therefore, there is a need for a service in which a vehicle can be appropriately managed by providing the driver with matters relating to the management of the vehicle. According to the necessity, the registered vehicle No. 0532141 entitled " Vehicle Mounted Terminal & And a vehicle management system and method using a mobile communication terminal ", registered patent No. 1273902, and the like.

The two registered patents check whether the components constituting the vehicle are faulty or not, and inform the driver of the current position of the vehicle, informing the nearby repair shop, providing information on the maintenance history, It focuses on the maintenance of maintenance.

In other words, the management items of the vehicle include not only the maintenance, but also the management of the occurrence of the accident, and the management habits such as the driving habits that can increase the fuel efficiency and the efficiency. Management services that deal with accidents and management services that increase the efficiency of vehicle operation are not provided.

The present invention relates to a management service for coping with the occurrence of a vehicle accident and a driving service for enhancing the efficiency of vehicle operation, Management service and the like to provide a highly advanced vehicle information management system using fusion technology and broadband wireless communication, which have a higher level of management quality of the vehicle.

In order to achieve the above object, an advanced vehicle information management system using fusion technology and broadband wireless communication according to the present invention

A vehicle information collection terminal connected to an electronic controller of the vehicle to collect vehicle information;

A GPS for acquiring position information of the vehicle,

An attitude sensor for sensing the attitude of the vehicle,

An impact sensor for detecting an impact applied to the vehicle,

A receiving module for receiving vehicle information from the vehicle information collecting terminal,

An emergency call module for making an emergency call to the related authority at the occurrence of the set event,

A multifunctional wireless terminal including a communication module for communicating with the outside via a wireless communication network;

And a management server for managing the vehicle by analyzing the vehicle information, the position information, the attitude information, and the impact information transmitted by the communication module of the multi-function wireless terminal.

The multi-function wireless terminal further includes an AV module connected to a black box mounted on the vehicle, for receiving image and voice data of a black box and transmitting the received image and voice data to the management server through the communication module.

The management server

A maintenance support unit for diagnosing an abnormality of the vehicle components from the vehicle information of the vehicle information collection terminal and supporting maintenance of the vehicle,

From the position information of the GPS, the current position and the driving state of the vehicle, and detects the current position and the running state of the vehicle based on the attitude information of the attitude sensor, the impact information of the impact sensor, and information on abnormality of the vehicle parts diagnosed by the maintenance support unit A vehicle control unit for judging an accident or a failure,

And a running habit analyzing unit for analyzing the driving habits of the driver by checking the operating speed, rapid operation, rapid braking, and idling times for each operating route from the GPS position information and the vehicle information of the vehicle information collecting terminal.

The management server transmits a command signal to the electronic controller through the wireless terminal and the vehicle information collecting terminal to remotely control the start of the vehicle.

According to the present invention, the advanced vehicle information management system using the fusion technology and the broadband wireless communication can diagnose the state of the vehicle in real time or periodically, so that the failure rate can be lowered. And it can reduce the cost of loss due to the second failure, and it is possible to monitor the current state of the vehicle in real time, such as whether the vehicle is currently operating in the management server or an accident has occurred When the occurrence of an accident is detected, the manager side of the management server promptly responds, and the emergency call module provided in the wireless terminal automatically requests the rescue agency to rescue the damage, and analyzes the driver's driving habits To improve the habit of shortening the life span of the vehicle, This is a highly advanced vehicle information management system using broadband wireless communication and convergence technology that provides management services such as improving the efficiency of the line and is an extremely useful invention for industrial development.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an image showing an outline of an advanced vehicle information management system using a fusion technology and a broadband wireless communication according to the present invention; FIG.
2 is a block diagram of an advanced vehicle information management system using broadband wireless communication and convergence technology according to the present invention.
3 is an example of a vehicle management screen provided by a management server through an Internet site;
4 is a view of a cradle for mounting a wireless terminal in a vehicle according to the present invention.

Hereinafter, an advanced vehicle information management system using the convergence technology and the broadband wireless communication according to the present invention will be described in detail with reference to the drawings.

Before describing the present invention in more detail,

While the present invention has been described in connection with certain embodiments, it is obvious that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the invention. It is to be understood, however, that the invention is not intended to be limited to the particular forms disclosed, but on the contrary, is intended to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

In the drawings, the same reference numerals are used for the same reference numerals, and in particular, the numerals of the tens and the digits of the digits, the digits of the tens, the digits of the digits and the alphabets are the same, Members referred to by reference numerals can be identified as members corresponding to these standards.

In the drawings, the components are expressed by exaggeratingly larger (or thicker) or smaller (or thinner) in size or thickness in consideration of the convenience of understanding, etc. However, It should not be.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In the present application, the term " comprising " or " consisting of ", or the like, refers to the presence of a feature, a number, a step, an operation, an element, a component, But do not preclude the presence or addition of one or more other features, integers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the contextual meaning of the related art and are to be interpreted as either ideal or overly formal in the sense of the present application Do not.

1, the advanced vehicle information management system using the convergence technology and the broadband wireless communication according to the present invention diagnoses abnormality and replacement timing of the parts of the vehicle, It analyzes the driving habits of the driver, monitors the status of the vehicle in real time, detects the occurrence of an accident, supports the rescue organization by emergency call when an emergency occurs, To reduce fuel consumption and to improve driving habits of safe driving.

A high-level vehicle information management system using the convergence technology and broadband wireless communication according to the present invention for providing such a management service is provided with a vehicle information collecting terminal 3 mounted on a vehicle, a wireless terminal 1, And a management server 2 that communicates with the terminal 1. The management server 2 provides management information obtained by analyzing information about the vehicle collected through the site 5 of the Internet to the driver and the manager It supports the comprehensive management service of the vehicle and supports the management service through the application installed in the smartphone 6 possessed by the driver.

As shown in FIG. 2, the collecting terminal 3 is connected to an electronic controller (ECU) 4, which plays a key role in controlling the vehicle, and collects various vehicle information.

The electronic controller 4 of the vehicle is a core component for controlling various electronic products such as an accelerator, a brake, an injector, a throttle, an ignition coil, And collects vehicle information such as an abnormality of these electronic products, a driving state, and the like. That is, the vehicle information collected by the collecting terminal 3 collectively refers to information about the vehicle that can be acquired from the electronic controller 4. [

The multifunctional wireless terminal 1 communicates with the management server 2 provided externally through a communication network to transmit vehicle information collected by the collection terminal 3 to the management server 2, And receives and processes the signal transmitted. In addition, a GPS or the like is provided so as to acquire information that can not be acquired from the collection terminal 3 as information necessary for management of the vehicle. That is, the wireless terminal 1 is a 'multifunctional' wireless terminal 1 that performs functions other than communicating with the management server 2, such as obtaining various information necessary for vehicle management.

The wireless terminal (1)

A GPS 11 for acquiring positional information of the vehicle according to time,

A gyro sensor 12 for sensing an attitude of the vehicle and recognizing an accident such as a rollover of the vehicle,

An impact sensor (Gravity Sensor) 13 for detecting an impact applied to the vehicle to detect an accident such as a collision,

When an emergency call command is input by the driver, an emergency call command is received from the management server 2, or the like), a predetermined event (e.g., a case where an accident requiring life- An emergency call module 14 for automatically attempting an emergency call in the relevant relationship period,

A receiving module 15 for receiving vehicle information from the collecting terminal 3,

An AV module 16 connected to the black box 7 mounted on the vehicle and receiving video and audio data recorded in the black box 7,

Transmits the information received by the receiving module 15 and the various sensors, the video and audio data received by the AV module 16 to the external management server 2 via the surrounding communication, A communication module (17) for receiving a signal transmitted from the management server (2)

A memory 18 for storing various types of information to be received and sensed, program information for operating the wireless terminal 1,

And a control unit 19 for controlling the wireless terminal 1 as a whole.

In addition to the attitude sensor 12 and the impact sensor 13, the wireless terminal 1 also includes a heat sensor and a smoke sensor for detecting heat and smoke to detect a fire in the vehicle, a smoke sensor for detecting the presence of a passenger, And the like.

When the emergency call module 14 tries to make an emergency call to the relevant agency at the time of occurrence of the set event, the emergency call module 14 transmits the emergency number It is possible to automatically combine and output the guidance items.

The communication module 17 communicates with the management server 2 provided externally through a wireless communication network such as a Wi-fi communication network or an Lte communication network.

The management server 2 is constructed by a service provider providing services of the system according to the present invention and analyzes various information transmitted by the wireless terminal 1 to provide information necessary for vehicle management.

The management server 2 allows members (drivers) to confirm various kinds of information necessary for managing their own vehicles through the Internet web site 5, And transmits various kinds of information necessary for the vehicle management.

The management server 2

A transceiver 21 for receiving information transmitted by the wireless terminal 1 through a communication network and transmitting a command signal to the wireless terminal 1,

A database 22 for storing information transmitted to the transceiver 21,

A maintenance support unit 23 for analyzing the information stored in the database 22 to diagnose whether there is an abnormality of the vehicle parts, whether it is time to replace the vehicle parts, and provide information necessary for maintenance of the vehicle,

The controller 22 analyzes the information stored in the database 22 to detect whether the vehicle is in its current position and in operation or not and transmits information on various sensors (the posture sensor 12, the impact sensor 13, A vehicle control unit 24 for monitoring (controlling) the vehicle in real time, such as determining whether a vehicle has a failure or an accident, based on information about the presence or absence of an abnormality of the analyzed part,

(Rapid acceleration), rapid braking, idling, and the like during operation based on the traveling speed of the vehicle and the vehicle information of the collecting terminal 3 on the basis of the position information of the GPS 11, A running habit analysis unit 25 for analyzing the driving habits of the driver's field from the information of the accumulated driving speed, rapid acceleration, sudden braking, idling,

And a controller 26 for controlling the management server 2 as a whole.

The transceiver 21 receives various kinds of information from the wireless terminal 1 and transmits a command signal for controlling the wireless terminal 1, the collecting terminal 3 and the electronic controller 4 of the vehicle do.

For example, if it is determined that there is an operation precautions while monitoring the vehicle in real time, the wireless terminal 1 can transmit a command signal for outputting a warning sound or announcement warning to the driver, The emergency call module 14 of the wireless terminal 1 can transmit a command signal to make an emergency call to the related agency and can be used to forcibly turn off the vehicle as if the vehicle was stolen Or to send a command signal to the electronic controller 4 of the vehicle via the wireless terminal 1 and the collecting terminal 3,

Fig. 3A shows an example of a site 5 screen showing information on vehicle management analyzed by the vehicle control unit 24. As shown in Fig.

3A, the vehicle control system includes a total number of vehicles (for example, 20 vehicles) managed, a number of vehicles (for example, 3 vehicles) currently in operation and 3 vehicles for waiting (for example, 3 vehicles) Information about the number of vehicles to be watched with interest (for example, the number of vehicles in operation), the number of failures or the number of vehicles having an accident, and the current position of each vehicle on the electronic map. Display as navigation.

FIG. 3B shows an example of a screen that is analyzed by the driving habit analysis unit 25 and displayed through the site 5. FIG.

3B, the driving habit analysis unit 25 displays the driving route of the vehicle on an electronic map, and displays the driving route in a limited speed or road attribute (e.g., general road, highway, city road, etc.) The departure time, the arrival time, the driving time for each driving speed, the number of rapid acceleration, the number of sudden stop, the number of idling, the limit speed of the road Over speeding speed, running fuel economy divided into green zone, yellow zone, red zone, etc., and the table shows the driving hours of each zone.

Such a system according to the present invention can be used as a management service by joining a system by a private driver as a member.

For example, a vehicle store can be used to manage vehicles of a group by designating groups according to brands or sales points.

Each of the test vehicles is recorded and managed by the number of times of the test, the number of times of the test, and the time, etc., and the actual position of the vehicle after the test and the occurrence or failure of the vehicle are detected and managed in real time. A warning is issued to inform the driver of the state of the vehicle parts, the state of the vehicle parts is remotely diagnosed, and the state of the vehicle is detected in real time so as to prevent the discharge of the battery of the demonstration vehicle, Time, and distance of the vehicle to the sales of the vehicle (correlation), it is possible to improve the efficiency of the store, increase the value of the vehicle, reduce the management cost of the vehicle, and prevent theft of the vehicle And the like can be expected.

For example, a group of authorized vehicles of a group can be designated and managed by a branch or a department, and the position of the authorized vehicle in operation can be monitored and the accident can be detected, and the state of the car can be remotely diagnosed. And the exchange period of the major parts and consumables is informed, and the driving habits are analyzed so as to increase the fuel consumption and induce the safe driving. The bad driving can be utilized as the safety education data for the employees, It is possible to expect an effect of raising the durability of the passenger car, increasing the safety of the passenger car operation, and reducing the maintenance cost of the passenger car.

Hereinafter, a cradle used for easily and firmly mounting the wireless terminal 1 or the collecting terminal 3 on a vehicle will be described with reference to FIG.

The cradle C includes a base 30, a suction plate 50, a fastening means 60, and a fastening means 70.

The base 30 has fastening means 60 for fastening the wireless terminal 1 or the collecting terminal 3 to the upper portion thereof and the attracting plate 50 is coupled to the lower portion thereof.

The adsorption plate 50 is vacuum-adsorbed on a plane surface of the vehicle so that the wireless terminal 1 or the collecting terminal 3 can be fixedly mounted thereon.

The suction plate 50 is made of a rubber material (natural rubber, synthetic rubber, silicone, or the like) so as to be in close contact with a flat surface and is formed on the upper surface of the base 30, And a fitting portion 51 to be fitted to the lower side outer surface of the base 30 is protruded.

Descending means for lifting the central portion of the attracting plate (50) in order to generate and enhance the attracting force of the attracting plate (50).

The lifting / lowering means includes an up / down rod 56 whose lower end is coupled to the center of the attracting plate 50 and an operation lever 58 for moving up / down the up / down rod 56.

The operation lever 58 is rotatably hinged to the base 30 and an inner center portion of the penetrating base 30 is coupled to the lifting rod 56 and the outer side of the exposed base 30 And the upper and lower positions thereof are changed as the center portion of the lifting rod 56 is bent to be bent in a " C " So that the lowering rod 56 is lifted or lowered.

When the elevating rod 56 is moved up and down by operating the operating lever 58, the central portion of the attracting plate 50 can be heard. As a result, the space between the attracting plate 50 and the bottom surface is widened, do.

The fastening means 60 removably fastens the radio terminal 1 or the collecting terminal 3 to the upper portion of the base 30.

The fastening means 60 includes a contact plate 61, a forward / backward rod 63, and a spring 65.

The contact plate 61 supports four sides of the wireless terminal 1 or the collecting terminal 3 in contact with each other and the forward and backward rods 63 forward and backward the contact plate 61, (65) retracts the advancing and retreating rod (63) backward by elastic force.

For reference, advancing in forward and backward directions here means that the contact plate 61 moves outward, and backward means that the contact plate 61 moves inward.

When the radio terminal 1 or the collecting terminal 3 is fastened on the base 30 by using the fastening means 60 having the above-described structure, the contact plates 61 are pulled by hand, The contact plate 61 is returned back by the spring 65 so that the radio terminal 1 or the collecting terminal 3 is inserted into the contact plate 61. Then, 1) or the side surface of the collecting terminal 3 is contacted and supported.

In order to prevent the wireless terminal 1 or the collecting terminal 3 from unintentionally separating from the base 30, the present invention may be applied to the wireless terminal 1 or the collecting terminal 3, And the fixing means 70 for fixing the radio terminal 1 or the collecting terminal 3 is introduced so that the pressurized state is not unintentionally released.

The fixing means 70 includes a screw tab 71 formed on the forward / backward rod 63, a rotation pin 73 having a coupling gear 72, a guide member 75, and a fixing member 77 .

In Fig. 4c, the base is shown in an inverted view so that the fastening means 70 and fastening means 60 are visible.

The rotation pin (73) having the coupling gear (72) can rotate and move forward and backward,

The engagement gear 72 engaged with the screw tab 71 moves back the forward and rearward rods 63 so that the contact plate 61 coupled to the forward and backward rod 63 is moved backward, Or the side surface of the collecting terminal 3 is strongly pressed and fixed,

The engagement gear 72 is disengaged from the screw tab 71 to permit the movement of the forward and backward rod 63. When the engagement gear 72 is moved backward (moved inward) The rotation pin 73 is engaged with the fixing member 77 in a state where the coupling gear 72 is engaged with the screw tab 71 so that the rotation pin 73 is not rotated .

The guide member 75 guides the movement of the rotation pin 73 so that the coupling gear 72 is engaged with or disengaged from the screw tab 71 when the rotation pin 73 moves back and forth.

The guide member 75 has an inclined surface 753 contacting the inner end of the rotation pin 73 and is engaged with the engagement pin 75 of the rotation pin 73 provided on the rotation pin 73, A guide block 751 for engaging or disengaging the screw tab 71 with the screw tab 71 and a guide pin 751 for pulling the rotation pin 73 in an elastic manner so that the inner end of the rotation pin 73 comes into contact with the inclined surface And a spring 755.

The fixing member 77 fixes the rotation pin 73 in a state where the coupling gear 72 is meshed with the screw tab 71 so that the rotation of the forward and backward rod 63, That is, the contact plate 61 pressing the sides of the wireless terminal 1 or the collecting terminal 3 from releasing the pressed state.

The fixing member 77 includes a polygonal surface 771 provided at an inner end of the rotary pin 73 and a rotary shaft 73 formed at an end of the inclined surface of the guide block 751, (Not shown).

While the present invention has been described with reference to the accompanying drawings, it is to be understood that the present invention is not limited to the above-described embodiments, and various modifications and changes may be made by those skilled in the art And such variations and modifications are to be construed as falling within the scope of protection of the present invention.

1: Wireless terminal
11: GPS 12: attitude sensor
13: Impact sensor 14: Emergency call module
15: Receiving module 16: AV module
17: communication module 19:
2: Management Server
21: Transmitting / receiving unit 22: Database
23: maintenance support unit 24: vehicle control unit
25: running habit analysis part 26: controller
3: Wireless terminal

Claims (4)

A vehicle information collection terminal connected to an electronic controller of the vehicle to collect vehicle information;

A GPS for acquiring position information of the vehicle,
An attitude sensor for sensing the attitude of the vehicle,
An impact sensor for detecting an impact applied to the vehicle,
A receiving module for receiving vehicle information from the vehicle information collecting terminal,
An emergency call module for making an emergency call to the related authority at the occurrence of the set event,
A multifunctional wireless terminal including a communication module for communicating with the outside via a wireless communication network;

And a management server for managing the vehicle by analyzing the vehicle information, the position information, the attitude information, and the impact information transmitted by the communication module of the multi-function wireless terminal, and an advanced vehicle information management system using broadband wireless communication As a result,

And a cradle for mounting the collecting terminal or the wireless terminal in the vehicle,
The cradle includes a base 30, a suction plate 50 provided at a lower portion of the base 30 and detachably attached to the vehicle, and a fastening member 50 provided on the base 30 and fastened to the collecting terminal or the wireless terminal. Means for raising and lowering the central portion of the adsorption plate to generate and enhance the adsorption force of the adsorption plate and fixing means for fixing the wireless terminal or the collection terminal,

The upward / downward movement means includes an up / down rod 56 whose lower end is coupled to a central portion of the attracting plate 50 and an operation lever 58 for moving up / down the up / down rod 56,

The operation lever 58 is rotatably hinged to the base 30 and an inner center portion of the penetrating base 30 is coupled to the lifting rod 56 and the outer side of the exposed base 30 And the upper and lower positions thereof are changed as the center portion of the lifting rod 56 is bent to be bent in a " C " The lowering rod 56 is lifted or lowered,

The fastening means 60 includes a contact plate 61 for supporting and supporting four sides of the wireless terminal 1 or the collecting terminal 3 respectively and a forward and backward rod 63 for moving the contact plate 61 back and forth And a spring 65 for returning the advancing and retreating rod 63 backward by an elastic force,

The fixing means 70 includes a screw tab 71 formed on the forward / backward rod 63, a rotation pin 73 having a coupling gear 72, A guide member 75 guiding the movement of the rotation pin 73 so that the engagement pin 72 is engaged with or disengaged from the screw tab 71; And a fixing member (77) for preventing the forward / backward rod (63) from moving even when an external force is applied by fixing the rotation pin (73) so as not to rotate,
The rotation pin 73 having the coupling gear 72 is capable of both rotation and forward and backward rotation so that the coupling gear 72 engaged with the screw tab 71 moves back the forward / The contact plate 61 coupled to the forward / backward rod 63 is moved backward so that the side surface of the radio terminal 1 or the collecting terminal 3 is strongly pressed and fixed. When advancing (moving to the outside) The engagement of the engagement gear 72 and the screw tab 71 is released to allow the movement of the forward and backward rod 63 to be free and the engagement gear 72 and the screw tab 71 are engaged with each other at the time of backward movement The rotation pin 73 is fixed to the fixing member 77 so as not to rotate when the coupling gear 72 is engaged with the screw tab 71,
The guide member 75 has an inclined surface 753 contacting the inner end of the rotation pin 73 and is engaged with the engagement pin 75 of the rotation pin 73 provided on the rotation pin 73, A guide block 751 for engaging or disengaging the screw tab 71 with the screw tab 71 and a guide pin 751 for pulling the rotation pin 73 in an elastic manner so that the inner end of the rotation pin 73 comes into contact with the inclined surface Includes a spring 755,
The fixing member 77 includes a polygonal surface 771 provided at an inner end of the rotary pin 73 and a rotary shaft 73 formed at an end of the inclined surface of the guide block 751, And a polygonal insertion groove (773) into which the vehicle is inserted.
The method according to claim 1,
The multi-function wireless terminal further includes an AV module connected to a black box mounted on the vehicle, for receiving image and voice data of a black box and transmitting the image and voice data to the management server through the communication module. Advanced Vehicle Information Management System Using Wireless Communication.
3. The method according to claim 1 or 2,
The management server
A maintenance support unit for diagnosing an abnormality of the vehicle components from the vehicle information of the vehicle information collection terminal and supporting maintenance of the vehicle,
From the position information of the GPS, the current position and the driving state of the vehicle, and detects the current position and the running state of the vehicle based on the attitude information of the attitude sensor, the impact information of the impact sensor, and information on abnormality of the vehicle parts diagnosed by the maintenance support unit A vehicle control unit for judging an accident or a failure,
And a running habit analyzing unit for analyzing the driving habits of the driver by checking the running speed, rapid operation, rapid braking, and idling times for each operating route from the GPS position information and the vehicle information of the vehicle information collecting terminal. Advanced vehicle information management system using technology and broadband wireless communication.
3. The method according to claim 1 or 2,
Wherein the management server transmits a command signal to the electronic controller through the wireless terminal and the vehicle information collecting terminal to remotely control the start of the vehicle, and the advanced vehicle information management system using the broadband wireless communication.

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