KR20160037816A - Driving circuit service system and method - Google Patents

Abstract

Disclosed are a driving circuit service system and a driving circuit service method. According to one embodiment of the present invention, driving skills and guides capable of shortening a driving circuit record are provided through comparison between circuit information (a lap time, a sectional time, and vehicle condition information by lap and by section) of a driver and other drivers. Thus, the driving skill and vehicle condition of the driver and other drivers can be intuitively checked through a screen, the lap time and the sectional times of the driver can be shortened by analyzing driving skills of other drivers, and enjoyment by competition with other drivers and ability enhancement can be provided. In addition, profits can be created according to frequent circuit uses of drivers, and performance of a driver′s vehicle can be analyzed by comparing the vehicle condition information of the driver and other drivers in the same vehicle and the same driving condition. Also vehicle performance according to an analysis result can be intuitively recognized. The system comprises: a receiving unit; a GPS receiving unit; and a storage module including a record storage module, an information storage module and a video storage module.

Description

[0001] DRIVING CIRCUIT SERVICE SYSTEM AND METHOD [0002]

The present invention relates to a traveling circuit service system and method. More particularly, the present invention relates to a traveling circuit service system and method for comparing a vehicle state information sensed every predetermined period after an engine start from a vehicle traveling in a circuit, And more particularly, to an apparatus and method for easily obtaining driving competition, driving skill acquisition, and vehicle performance grasp according to results.

In general, speed competition with others using vehicles is at least done through car racing. Automobile racing takes place through a game in the stadium, but also on public roads. However, in order to race in an athletic field, a job or special certification is required, and racing on a public road has a problem such as a speeding-up and the like, and a contact accident with a general vehicle in operation occurs.

To meet these drivers' speed and race competition needs, a circuit was created. There are six circuits in Korea. The driver using the circuit confirms his lab time on the circuit and compares the lap time with the driver's lap time using the party or the circuit so that the pleasure of driving at high speed and the ability to compare his driving ability with others I feel.

However, comparing the driver's ability with others through the circuit in motion is merely comparing the lap times that traveled the circuit, and comparing the lap time of the same vehicle with his own vehicle, I can not learn and know how it differs from.

Accordingly, the present invention provides the driving skill and the guide that can shorten the traveling circuit record by comparing the circuit information of the driver (lap time, section time, lap and vehicle condition information for each section) and driving circuit information of the other driver It is possible to intuitively check the driving skill and vehicle condition between the driver and the other driver through the screen, and it is possible not only to shorten the driver's lap time and interval time by analyzing the driving skill of the other driver, The present invention provides a driving circuit service system and method that can generate profit by frequent use of a circuit by a driver.

Further, the present invention can analyze the vehicle performance of the driver by comparing the vehicle condition information of the driver and the other driver under the same driving condition with the same vehicle, and can provide a driving circuit that can intuitively recognize the performance of the vehicle according to the analysis result Service system and method.

According to an aspect of the present invention, there is provided a traveling circuit service system comprising:

A vehicle for collecting and transmitting vehicle state information received at a predetermined cycle after the engine is started; It is provided at a predetermined position in the vehicle and uses the GPS information to recognize the start line and the finish line. The lap time and the lap time are measured, and the lap time and lap time of the lap by each lap and interval, A smart device that receives and stores circuit information including vehicle state information and a traveling image, and transmits the vehicle identification code to the smart device; And at least one of comparisons of vehicle status information, comparison of lap time and section time, and comparison of driving skill from the recorded circuit information corresponding to the driver identification code of the smart device and the recorded circuit information corresponding to the other driver identification code And a server for generating operational analysis result information by analyzing advantages and disadvantages of the driver's driving skill according to the comparison result and delivering the generated operational analysis result information to the smart device, Based on the comparison between the state information and the pre-stored learning value.

Meanwhile, in the traveling circuit service method of the present invention using the above-

The vehicle recognizes the start line and the finish line by utilizing the GPS information, measures the time for each lap and the section through the timer when the start line enters, measures time for each measured lap and section, (A) collecting circuit information including driving image information through a timer, and supplying the collected circuit information to a smart device by assigning a driving location identification code to the smart device; (B) storing circuit information in a smart device provided at a predetermined position in a vehicle and providing the driver identification code to the server; And extracts driving skill information from driving skill comparison between the recorded circuit information and the stored learning value corresponding to the stored driver identification code, and outputs the extracted driving skill information (C) analyzing advantages and disadvantages of the driver's driving skill on the basis of the operation analysis result information, generating operation analysis result information, and transmitting the generated operation analysis result information and circuit information of other drivers to the smart device .

According to the present invention, the driving skill and the guide for shortening the traveling circuit record can be provided by comparing the circuit information of the driver (lap time, section time and lap and vehicle condition information for each section) and driving circuit information of the other driver Accordingly, it is possible to intuitively confirm the driving skill and the vehicle condition with the driver and the other driver through the screen, and it is possible not only to shorten the driver's lap time and interval time by analyzing the driving skill of the other driver, It is possible to provide the enjoyment by improving the driver's ability, and thus the driver can benefit from frequent use of the circuit.

According to the present invention, the vehicle performance of the driver can be analyzed by comparing the vehicle state information of the driver and the other driver under the same driving condition with the same vehicle, and an advantage .

1 is a block diagram of a circuit service system according to an embodiment of the present invention.
2 is a view showing a detailed configuration of a vehicle of a circuit service system according to an embodiment of the present invention.
3 is a diagram illustrating a detailed configuration of a smart device of a circuit service system according to an embodiment of the present invention.
4 is a diagram showing a detailed configuration of a server of a circuit service system according to an embodiment of the present invention.
5 is a diagram illustrating a screen of a smart device by a circuit service according to an embodiment of the present invention.
6 is a view illustrating another screen of a smart device of a circuit service system according to an embodiment of the present invention.
FIG. 7 is another exemplary diagram showing a screen of a smart device of a circuit service system according to an embodiment of the present invention.
8 is a flowchart illustrating a circuit service method according to another embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

Throughout the specification, when a part is referred to as being "connected" to another part, it includes not only "directly connected" but also "electrically connected" with another part in between . Also, when an element is referred to as "comprising ", it means that it can include other elements as well, without departing from the other elements unless specifically stated otherwise.

Hereinafter, a circuit service method according to an embodiment of the present invention will be described with reference to the accompanying drawings.

FIG. 1 is a diagram showing a configuration of a traveling circuit service system according to an embodiment of the present invention. FIG. 2 is a detailed configuration of a vehicle shown in FIG. 1, FIG. 4 is a diagram illustrating a detailed configuration of the server shown in FIG. 1; FIG.

1 to 4, a traveling circuit service system according to an embodiment of the present invention compares circuit information (lap time, section time and lap and vehicle condition information per section) of a driver with circuit information of other drivers, A smart device 200, and a server 300. The mobile device 100 includes a smart device 200 and a server 300. The smart device 200 is a service for providing driving skills and a guide that can shorten the recording of information.

Here, the vehicle 100 collects vehicle status information at predetermined intervals during traveling, and transmits the vehicle status information to the smart device 200 via CAN communication or LIN communication, as an automobile on the circuit by the driver Respectively.

That is, as shown in FIG. 2, the vehicle 100 includes a sensor unit 110 having a plurality of sensors for sensing respective items of vehicle state information at predetermined intervals after the engine is started. A vehicle state information collecting unit 120 for collecting state values of each item of the vehicle state information provided every predetermined period from each sensor; And a first communication unit 130 for transmitting vehicle status information through a wired / wireless communication network.

Accordingly, each sensor of the sensor unit 110 provided at a predetermined position of the vehicle 100 senses an electrical signal for each item of the vehicle state information at predetermined intervals after the engine is started, and transmits the electrical signal to the vehicle state information collecting unit 120 .

The vehicle state information collecting unit 120 converts electrical signals for each item into digital signals, converts the state values of each item into can or lean communication protocols, and stores the state values of each item of the converted vehicle state information To the smart device (200) through the first communication unit (130).

Here, each item of the vehicle condition information includes at least one of a vehicle type engine specification, tire and wheel information, a vehicle speed, an rpm, an accelerator position state, a throttle position state, a brake input and a pressure state, a mission position state, A steering angle sensor value, a G sensor value, a steering angle sensor value, an oxygen sensor state, an exhaust temperature state, a vacuum boost state, a turbine boost state, a voltage state, an engine output state, a wheel speed, Lt; / RTI >

The smart device 200 is provided at a predetermined position in a vehicle interior and recognizes the start line and the finish line by using the received GPS information, measures the time for each lap and interval, The vehicle-state information supplied from the vehicle 100, and the running-image information.

3, the smart device 200 includes a second communication unit 210 for receiving the vehicle status information supplied from the vehicle 100, and a second communication unit 210 for receiving the vehicle start line and the finish line A GPS receiving unit 223 for recognizing the camera 221 and generating a control signal for driving the timer 221 and the camera 222 and a control unit 223 for controlling the lap time and interval time supplied from the timer 221, (The lap time, the lap time, the vehicle condition information per lap and the lap, and the driving lap information) of the storage unit 230 to the driver identification code And a third communication unit 240 for transmitting the data through a communication network. Here, the smart device 200 may further connect an external GPS device DGPS through an input / output port of the smart device 200 in order to further increase accuracy of GPS information.

Here, the storage unit 230 stores the lap time supplied from the timer 221 corresponding to the driver (or vehicle or smart device) identification code in the vehicle status information received from the vehicle 100, An information storage module 232 for classifying the vehicle state information received from the second communication unit 210 into vehicle state information for each lap and interval and storing vehicle state information for each lap and interval, And an image storage module 233 for storing the traveling image information received through the image sensing module 222.

The smart device 200 receives the circuit information recorded in correspondence with the driver identification code of the storage unit 230 and the other driver identification code of the server 300 provided through the third communication unit 240, And a processing unit 250 for processing information of the operation and analysis result information of the server 300 according to the predetermined interface environment and displaying the processed information on the screen.

Accordingly, the GPS receiver 223 recognizes the start line and the finish line of the vehicle on the basis of the received GPS information, generates a control signal for each lap and each section of the lap and transmits the generated control signal to the timer 221 and The timer 221 that has received the control signal measures the lap time and the time per section and transmits the lap time and the time per section to the storage unit 230. The camera 222, which receives the control signal, To the storage unit (230).

The storage unit 230 stores the lap time and the interval time received through the timer 221 in the recording and storing module 231. The storage unit 230 stores the vehicle status information received through the second communication unit 210 And then stores the annotation image information received through the camera 222 in the image storage module 233. [0052] FIG.

The circuit information of the storage unit 230 is transmitted to the server 300 through the communication network by giving the driver identification code.

The server 300 compares the vehicle state information between the driver and the other driver based on the circuit information of the driver provided from the smart device 200 and the previously stored circuit information of the other driver, compares the lap time and the section time, Comparison of the driving skill by comparing with the learning value, analyzes the advantages and disadvantages of the driving skill of the driver according to the comparison result, generates driving analysis result information, and generates the driving analysis result information and the circuit of the other driver To the smart device (200).

4, the server 300 learns the driving skill based on the state value of each item included in the vehicle state information of the other driver in order to shorten the lap time and the time for each section, A learning execution unit 310 for generating and storing a learning value for each item, and a learning unit for comparing the state value of each item of the vehicle state information for each lap and interval of the third communication unit 240 with the learning value for each stored item An analysis unit 330 for analyzing advantages and disadvantages of the driver's driving skill based on the extracted driving skill information to generate driving analysis result information, And a fourth communication unit 340 for transmitting operation analysis result information of the analysis unit 330, vehicle status information of another driver, and circuit information of another driver to the smart device 200 through a communication network.

The learning execution unit 310 includes a recording module 311 that stores circuit information received through the smart device 200 in association with driver member information recorded in each driver identification code. Here, the member information is information provided when the driver joins as a member, and includes vehicle information and car loan information. The vehicle information includes vehicle type, model year, exhaust amount, gear type (AT / MT), fuel type, mileage, car tuning information wheel and tire information, , A password, and the like.

Then, the learning executing unit 310 performs learning on the driving skill that can shorten the time for each lap time section based on the state value for each item included in the vehicle state information of the other driver recorded in the recording module 311, Generates and stores learning values for each item to maximize driving skill that can shorten lap time and interval time.

Here, a series of processes for learning the driving skill which can shorten the lap time interval time based on the state values for each item included in the vehicle state information, and deriving the learning values for each item, And is similar to or similar to a series of processes of learning and generating and storing learning values by execution results.

The learning value for each item and the vehicle state information, the lap time, and the time per section provided by the driver through the third communication unit 240 are transmitted to the driving skill information deriving unit 320.

The driving skill information deriving unit 320 extracts the driving skill information of the driver through comparing the state values of the respective items of the vehicle state information for each lap and section of the third communication unit with the learning values for each item.

Here, the driving skill refers to the degree of operation of a device operated by a driver, for example, an accelerator pedal, a speed change stage, a handle, and a brake pedal, in order to shorten the lap time and the time per section. For example, the driver A operates the accelerator pedal 10% to reduce the lap time at the same speed, while the driver B operates the accelerator pedal 20% .

Therefore, driving skill of driver is very important factor in reducing lap time and time per section. Such driver's driving skill information is derived from the state value of the vehicle state information which varies according to the degree of manipulation of the driver.

That is, the vehicle speed, rpm, accelerator position, throttle position, brake input and pressure state, mission position state, coolant temperature, oxygen sensor state, exhaust temperature state, vacuum boost state, turbine boost The vehicle state information including at least one of the state, the voltage state, the engine output state, the wheel speed, the intake air temperature, the fuel cut-off state, the air-fuel ratio state, the steering angle sensor value, The driving skill information is extracted based on the state value of the vehicle state information.

For example, the steering angle according to the steering operation for reducing the coefficient of friction between the wheel and the road at the time of corner driving is determined according to the current driving speed, and the steering angle for driving the corner is determined according to the driving skill of each driver . The steering angle of the steering wheel for cornering is determined by considering the vehicle state information such as the minimum friction coefficient, the minimum deceleration, and the like, and the steering wheel is operated at the determined steering angle. At this time, since the steering angle of the steering wheel operated by the driver is determined by reflecting the driving skill of the driver, the steering angle of the steering wheel operated by the driver is extracted as the driving skill information indicating the driving skill of the driver. The driving skill information is provided to the analysis unit 330.

For example, the analysis unit 330 may derive advantages and disadvantages of the driver's driving skill based on the received driving skill information. For example, when the cornering driving is performed, The operation analysis result information is generated by analyzing the advantages and disadvantages of the driving skill such as the reduction of time per section due to the deceleration during running of the cornering and the generated operation analysis result information is transmitted through the fourth communication unit 340 to the smart device 200). At this time, the vehicle status information of the other driver, the lap time, and the time per section are also transmitted.

That is, the operation analysis result information of the server 300, the vehicle status information of the other driver, the lap time, and the time per section are transmitted to the processing unit 250 through the third communication unit 240 of the smart device 200.

The processing unit 250 processes the operation analysis result information, the circuit information of the other driver, and the circuit information of the driver according to the predetermined interface environment, and displays the result on the screen.

All items provided to the smart device 200 driver are selectable by the driver.

The operation analysis result information provided by the processing unit 250, the vehicle status information of the other driver, the lap time and the time per section, the driver's vehicle status information, the lap time, and the time per section correspond to the smart device 200, Based HTML system and an OS-based user application provided in the smart device 200, and displayed on the screen.

Meanwhile, the processed operation analysis result information, the vehicle status information of the other driver, the lap time and the section time, the driver's vehicle status information, the lap time, and the time per section are transmitted to the smart devices 200 through the peer- Or may be provided to other smart devices by the driver via a local area network.

At this time, the data transmission between the smart devices 200 is performed by a peer-to-peer transmission scheme. Since data transmission between smart devices using the peer-to-peer transmission type local area network is well known, detailed description thereof will be omitted .

In addition, the smart device 200 referred to in the present specification is a concept including not only a general desktop computer but also a smart phone, and includes a tablet PC, a smart box, a mobile communication terminal, a notebook computer, a workstation, a palmtop computer, PDA), a web pad, and the like, and is equipped with a microprocessor and has computing capability.

The communication transmission method between the vehicle 100 and the smart device 200 using the first communication unit 130 and the second communication unit 210 includes the can communication and the lean communication and the third communication unit 240 and the fourth communication unit 240, The communication transmission method between the smart device 200 and the server 300 using the communication unit 340 includes WiBro, Wi-Fi, WIMAX, 2G (The 2nd Generation of Mobile Phone), 3G and 4G which are Internet Protocol.

5 to 7 illustrate examples of screens displayed by processing in the processing unit 250 of FIG. 3. Referring to FIG. 5, the course and the traveling position for the circuit being driven are displayed on the left side of the screen, The vehicle status information of the driver is displayed, and the vehicle status information of the other driver is displayed in the lower right.

In addition, the course of the circuit is divided into a plurality of straight line sections and displayed. For example, start and finish point -1 section, 1-2 section, 2-3 section, 3-4 section, and the like. The bottom square shows the movement of the other vehicle in the circuit, and the top square shows the movement of the corresponding driver vehicle in the circuit. At this time, the upper square and the lower square correspond to the speed (recording) difference between the two vehicles 1: 1 so that they can be compared and distinguished. If you choose a person with the fastest lap time among others, you can tell the difference between yourself and the fastest person.

On the other hand, when the user selects one of the courses of the circuit, the vehicle status information of the user and the other person is displayed corresponding to the GPS information of the selected point. Through this, the user can compare the vehicle state information at the corresponding point and compare the difference between the driving ability and the vehicle state.

Accordingly, it is possible to analyze the performance of the driver's vehicle during traveling of the same vehicle with the same vehicle by comparing the vehicle state information with respect to the driver and the other driver, and the analysis result can be intuitively recognized through comparison of the vehicle state information.

Referring to FIG. 6, the course and the driving position for the running circuit are displayed on the left, the lap time and the time for each section are displayed on the upper right side, and the lap time and the time for each section are displayed on the lower right side , And a comparative analysis of the driver's driving record is possible. Here, the lap time may be a lap time for the entire course of the circuit, and one of a plurality of sections may be selected.

On the other hand, referring to FIG. 7, the course and the driving position for the running circuit are displayed on the left side of the screen, the variation state of each item of the vehicle state information according to the driving skill of the driver is displayed on the upper right, The change status of each item of the vehicle condition information according to the skill is displayed. For example, when the graph service item of the circuit service item is selected, the operation state of the user's own data, the entire course of the circuit between the user vehicle and the non-user vehicle, that is, the vehicle speed, RPM, accelerator operation, All the trends can be displayed, and the data selected individually is displayed as a graph.

Accordingly, the server 300 generates the driving skill information of the driver based on the variation state of the respective vehicle state information, analyzes the advantages and disadvantages of the driving skill based on the generated driving skill information, and generates driving analysis result information do.

That is, it is possible to intuitively confirm the result of the change of the vehicle state information according to the driving skill of the driver and the other driver on the screen intuitively, and to analyze the driver's driving ability of the other driver to shorten the lap time and the time per section It is possible to provide the driver with the pleasure of competing with the other driver and improving his / her ability, thereby making it possible for the driver to benefit from frequent use of the circuit.

The storage unit 230 and the processing unit 250 of the smart device 200 are operated in cooperation with the server 300. For convenience of explanation, it is exemplified that the storage unit 230 and the processing unit 250 are subordinate to the smart device 200 However, the storage unit 230 and the processing unit 250 may be independently configured for respective functions, and the functions may be integrated into one or more servers. It should be noted that the configuration related to the present invention will be described with the convenience of explanation. Servers may be further included as needed to provide various functions such as driver authentication related, billing related, advertising related, and the like.

According to the embodiment of the present invention, since the lap time of the circuit and the time per section are shortened based on the operation analysis result information generated based on the vehicle condition information supplied from the driver and the other vehicle, the lap time and the time per section, It is possible to intuitively confirm the comparison result on the screen and to analyze the driver's driving ability of the other driver by comparing the driving skill and the vehicle state with the other driver so as to shorten the driver's lap time and the time per section It is possible to provide the driver with the advantage of frequent use of the circuit and to compare the vehicle state information of the driver and the other driver on the same driving route with the same vehicle The analysis of the performance of the driver on the vehicle and the performance of the vehicle according to the analysis result Ever it is able to recognize it.

A circuit service process for providing a guide for shortening the traveling circuit record by comparing the driving circuit record (lap time, section time and lap and vehicle condition information for each section) of the driver and the driving circuit record of the other driver is shown in Fig. 8 .

FIG. 8 is a flowchart illustrating a traveling circuit service process shown in FIG. 1, and a traveling circuit service process according to another embodiment of the present invention will be described with reference to FIG.

First, in the vehicle 100 connected to the smart device 200 in a wired or wireless manner, the vehicle state information sensed after the engine is started is collected every predetermined period and provided to the smart device 200 (S1, S2).

The smart device 200 starts the circuit service after the vehicle 100 recognizes the start line using the GPS information (S3).

That is, the lap time passing through the start line through the timer of the smart device 200 and the time per section are measured, the traveling image of the circuit is received through the camera, and the measured lap time, the time per section, And transmits the status information to the server 300 (S4, S5).

On the other hand, the server 300 records the received lap time, interval time, running image, and vehicle status information corresponding to the received driver identification code (S6).

Then, the server 300 learns the driving skill based on the received lap time, the time per segment, the traveling image, and the vehicle state information, derives a learning value for each item of the vehicle state information, And the driving skill information based on the received vehicle state information (S8).

Then, the server 300 analyzes the advantages and disadvantages of the driving skill based on the driving skill information, generates driving analysis result information, compares the generated driving analysis result information, the lap time of the other driver, And transmits the star status value to the smart device 200 (S9).

The smart device 200 processes and displays the lap times of the other drivers corresponding to the identification codes of the other drivers, the time per section, the vehicle status information, the lap time of the driver, and the time and vehicle status information.

Accordingly, it is possible to intuitively recognize the performance of the driver of the driver by comparing the vehicle status information of the other driver and the driver's vehicle status information under the same driving condition with the same vehicle type.

In addition, since the lap time of the circuit and the time for each section are shortened based on the operation analysis result information generated based on the vehicle condition information supplied from the driver and the other driver, and the lap time and the section time, Skills and vehicle status can be compared, the comparison result can be intuitively confirmed on the screen, and the driving ability of other drivers can be analyzed in detail. This not only shortens the driver's lap time and interval time, It is possible to provide enjoyment according to the improvement of the skill, and thus it is possible for the driver to benefit from frequent use of the circuit.

If it is detected that the final finish line has arrived using the GPS information of the smart device 200, the program is terminated, and if the final finish line has not arrived, the process proceeds to step S2.

It will be understood by those skilled in the art that the foregoing description of the present invention is for illustrative purposes only and that those of ordinary skill in the art can readily understand that various changes and modifications may be made without departing from the spirit or essential characteristics of the present invention. will be. It is therefore to be understood that the above-described embodiments are illustrative in all aspects and not restrictive. For example, each component described as a single entity may be distributed and implemented, and components described as being distributed may also be implemented in a combined form.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

By providing driving skills and a guide that can shorten the driving circuit record by comparing the driver's circuit information (lap time and section time and lap and vehicle status information per section) and other driver's driving circuit information, The driving skill and the vehicle status of the driver can be intuitively confirmed through the screen and the driving skill analysis of the driver can shorten the driver's lap time and the time per section as well as the competition with other drivers and the enjoyment Therefore, it is possible to make profit by frequent use of the circuit of the driver and to analyze the driver's vehicle performance by comparing the vehicle state information of the driver and the other driver in the same driving condition with the same vehicle, A traffic circuit service system and method that can intuitively recognize the performance of a vehicle according to the analysis result It is possible to make a great progress in terms of accuracy and reliability of operation and further in terms of performance efficiency and it is an industrial invention that can be practically used because it is possible to carry out a commercial vehicle or a commercial vehicle clearly and practically clearly .

Claims (18)

A system for providing a traveling circuit service with a smart device and a server,
The smart device comprises:
A receiving unit which is provided at a predetermined position in the interior of the vehicle and receives vehicle state information supplied at a predetermined cycle after the engine is started;
A GPS receiver for recognizing the start line and the finish line of the vehicle based on the GPS information and generating a control signal for driving the timer and the camera;
A record storage module for storing lap time and interval time supplied from the timer, an information storage module for storing vehicle status information for each lap and interval by separating the received vehicle status information of the vehicle into vehicle status information for each lap and interval, And an image storage module for storing a traveling image received through a camera; And
And a bidirectional communication unit for transmitting a driver identification code to the server information including the time information, the lap information, and the vehicle information for each section of the storage unit, Circuit service system.
The vehicle state information management device according to claim 1,
The vehicle speed, the rpm, the accelerator position, the throttle position, the brake input and pressure, the mission position, the coolant temperature, the oxygen sensor state, the exhaust temperature state, the vacuum state Wherein the steering angle sensor is at least one of a boost state, a turbine boost state, a voltage state, an engine output state, a wheel speed, an intake air temperature, a fuel cutoff state, Service system.
The traveling circuit service system according to claim 1,
At least one of vehicle state information comparison, lap time, section time comparison, and driving skill comparison is executed from the circuit information recorded in correspondence with the driver identification code of the smart device and recorded in correspondence with the previously stored other driver identification code Further comprising a server for generating operational analysis result information by analyzing advantages and disadvantages of the driver's driving skill according to the comparison result, and for transmitting the generated operational analysis result information to the smart device.
4. The server according to claim 3,
And a recording module for recording the recorded circuit information in correspondence with the driver identification code provided from the smart device. The lap time and the time for each section are shortened based on the status value of each item of the vehicle status information recorded corresponding to the other driver identification code And generating and storing a learning value for each item;
A driving skill information derivation unit for extracting driving skill information of a driver through comparing the state value of each item of the vehicle state information recorded in correspondence with the driver identification code of the smart device and the learning value of each item;
An analysis unit for analyzing advantages and disadvantages of the driving skill of the driver based on the extracted driving skill information to generate driving analysis result information; And
And a transmitting unit for transmitting operational analysis result information of the analyzing unit to the smart device.
5. The apparatus of claim 4, wherein the bi-
And receives the operation analysis result information supplied from the server and the circuit information recorded corresponding to the other driver identification code.
6. The smart device of claim 5,
The circuit information recorded in correspondence with the driver identification code of the storage unit, the operation analysis result information of the bidirectional communication unit, and the recorded circuit information corresponding to the other driver identification code are received and processed according to the predetermined interface environment and displayed on the screen Further comprising: a machining unit operable to receive the machining information from the machining center;
And a recording module for recording the recorded circuit information in correspondence with the driver identification code provided from the smart device. The lap time and the time for each section are shortened based on the status value of each item of the vehicle status information recorded corresponding to the other driver identification code And generating and storing a learning value for each item;
A driving skill information derivation unit for extracting driving skill information of a driver through comparing the state value of each item of the vehicle state information recorded in correspondence with the driver identification code of the smart device and the learning value of each item;
An analysis unit for analyzing advantages and disadvantages of the driving skill of the driver based on the extracted driving skill information to generate driving analysis result information; And
And a transmitting unit for transmitting operational analysis result information of the analyzing unit to the smart device.
8. The method according to claim 7,
The vehicle speed, the rpm, the accelerator position, the throttle position, the brake input and pressure, the mission position, the coolant temperature, the oxygen sensor state, the exhaust temperature state, the vacuum state Wherein the steering angle sensor is at least one of a boost state, a turbine boost state, a voltage state, an engine output state, a wheel speed, an intake air temperature, a fuel cutoff state, Service system.
A vehicle for collecting and transmitting vehicle state information received at a predetermined cycle after the engine is started;
It is provided at a predetermined position in the vehicle and uses the GPS information to recognize the start line and the finish line. The lap time and the lap time are measured, and the lap time and lap time of the lap by each lap and interval, A smart device that receives and stores circuit information including vehicle state information and a traveling image, and transmits the vehicle identification code to the smart device; And
At least one of vehicle state information comparison, lap time, section time comparison, and driving skill comparison is executed from the circuit information recorded in correspondence with the driver identification code of the smart device and recorded in correspondence with the previously stored other driver identification code And a server for generating operational analysis result information by analyzing advantages and disadvantages of the driver's driving skill according to the comparison result and delivering the generated operational analysis result information to the smart device,
Wherein the driving skill comparison is performed based on a comparison between the vehicle state information and a pre-stored learning value.
10. The method according to claim 9,
The vehicle speed, the rpm, the accelerator position, the throttle position, the brake input and pressure, the mission position, the coolant temperature, the oxygen sensor state, the exhaust temperature state, the vacuum state Wherein the steering angle sensor is at least one of a boost state, a turbine boost state, a voltage state, an engine output state, a wheel speed, an intake air temperature, a fuel cutoff state, Service system.
10. The vehicle according to claim 9,
A sensor unit including a plurality of sensors for sensing respective items of vehicle state information that vary during operation according to a driving skill of a driver;
A vehicle state information collecting unit for collecting state values for each item of vehicle state information supplied from each sensor after starting the engine; And
And a first communication unit for transmitting the vehicle status information through the wired / wireless communication network.
The smart device of claim 11,
Is provided at a predetermined position in the interior of the vehicle
A second communication unit for receiving vehicle status information supplied from the vehicle;
A GPS receiver for recognizing the start line and the finish line of the vehicle based on the received GPS information and generating a control signal for driving the built-in timer and the camera;
An information storage module for classifying and storing the vehicle condition information received from the second communication unit into vehicle condition information for each lap and interval, A storage unit including an image storage module for storing traveling image information; And
And a third communication unit for providing a driver identification code to circuit information including the lap time of the storage unit, the vehicle condition information for each section, the vehicle condition information for each section, and the traveling image to the server. Service system.
13. The communication device according to claim 12,
And receives the operation analysis result information of the server and the circuit information corresponding to the other driver identification code.
14. The smart device of claim 13,
The circuit information corresponding to the driver identification code of the storage unit, the operation analysis result information received by the third communication unit, and the circuit information recorded in correspondence with the other driver identification code are processed according to the predetermined interface environment, Further comprising a processing section for displaying the traveling circuit service information.
15. The server according to claim 14,
And a recording module for recording the recorded circuit information corresponding to the driver identification code, and performing learning for shortening the lap time and the time for each section based on the state value for each item included in the vehicle state information of the other driver A learning execution unit for generating and storing learning values for each item;
A driving skill information derivation unit for extracting driving skill information of the driver through comparison of the driving skill of the learning value of each item with the state value of each item of the vehicle state information recorded corresponding to the driver identification code of the third communication unit;
An analysis unit for analyzing advantages and disadvantages of the driving skill of the driver based on the extracted driving skill information to generate driving analysis result information; And
And a fourth communication unit for transmitting operation analysis result information of the analysis unit to the smart device through a communication network.
The vehicle recognizes the start line and the finish line by utilizing the GPS information, measures the time for each lap and the section through the timer when the start line enters, measures time for each measured lap and section, (A) collecting circuit information including driving-image information through a timer, supplying the driver's identification code to the smart-device, and providing the driver's identification code to the smart-device;
(B) storing circuit information in a smart device provided at a predetermined position in a vehicle, and providing the driver identification code to a server; And
Storing the recorded circuit information corresponding to the driver identification code, extracting the driving skill information through comparing the driving skill of the recorded circuit information and the stored learning value corresponding to the stored driver identification code, (C) analyzing advantages and disadvantages of the driving skill of the driver to generate driving analysis result information, and transmitting the generated driving analysis result information and circuit information of the other driver to the smart device, How to Service a Running Circuit.
17. The method according to claim 16,
The vehicle speed, the rpm, the accelerator position, the throttle position, the brake input and pressure, the mission position, the coolant temperature, the oxygen sensor state, the exhaust temperature state, the vacuum state A steering angle sensor value, and a G sensor, which are included in a state of the engine, such as a boost state, a turbine boost state, a voltage state, an engine output state, a wheel speed, an intake air temperature, To the traveling circuit service method.
17. The method of claim 16, wherein step (c)
Learning on the driving skill for shortening the lap time and the time for each section based on the state value of each item of the vehicle state information recorded corresponding to the other driver identification code is performed to derive the learning value for each item,
The driving skill information of the driver is extracted through comparison of the driving skill with the state value of each item of the derived learning value of each item and the vehicle state information of the driver,
Based on the extracted driving skill information for each item, the driver analyzes the advantages and disadvantages of the driving skill of each item of the vehicle state information, generates driving analysis result information, and generates at least one of the driver's sketch information and the driving analysis result information To a smart device,
And executes learning based on the state value of each item of the recorded vehicle state information corresponding to the received driver identification code to correct the learning value for each item.

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