WO2007066612A1

WO2007066612A1 - Information recording device, communication device, information recording method, communication method, information recording program, communication program, and computer-readable recording medium

Info

Publication number: WO2007066612A1
Application number: PCT/JP2006/324164
Authority: WO
Inventors: Hiroaki Shibasaki
Original assignee: Pioneer Corporation
Priority date: 2005-12-07
Filing date: 2006-12-04
Publication date: 2007-06-14

Abstract

An information recording device (100) overwriting information on a travel state of a moving body which is successively inputted includes a detection unit (101) for detecting a dangerous behavior of a moving body. When a detection unit (101) detects a dangerous behavior a reception unit (102) receives traffic information concerning an installation position of the communication device from the communication device installed around the moving body. A storage unit (103) correlates the information on the travel state of the moving body when a dangerous behavior is detected with traffic information and stores it in a recording medium (104) in the moving body.

Description

、、、、

, Communication device, information method, communication method, information program, communication program and record that can be read

Surgical field

[0001] The present invention relates to an information device for recording information, a communication device, an information method, a communication method, an information program, and a recording medium readable by the communication program. However, this document is not limited to the above-mentioned information device, communication device, information method, communication method, information program, and recording medium readable by the communication program.

Since 2000, the lidar has been known to record the situation of both running cars as well as the Liteda on board an airplane. This driver is, for example, a front camera that captures the front of the vehicle, a rear camera that captures the rear, and a front camera.

It has a function to write an image in the area of the image memory in synchronization with the reference signal, and regularly records the recording information in which the vehicle information is added to the image information. Then, when the impact sensor detects an impact of a predetermined value or more, the information for a predetermined time from the detection point is stored in the storage. In addition, when encountering a situation such as an escape, it is possible to confirm the recorded information saved in the storage and determine the escape (eg, below) 000 3 1 2 4 224 5 News

Invention

Problems that Ming is trying to solve

However, according to the above-mentioned conventional technique, when priority is given to recording accidents such as escaping, it is not possible to proactively record information on the status of traffic signals around the accident site, so an appropriate cause of the accident. An uncertain problem is given as an example. People and traffic conditions around the accident site If priority is given to the recording of information, the records of accidents such as escaping and escaping are often neglected, and an example of an uncertain accident can be given as an example.

To solve the problem

005 Information to be claimed in order to solve the problems described above and achieve the purpose

, The continuously detected information on the line state of the moving body is overwritten and recorded, and a detection stage for detecting a sudden movement of the moving body and a dangerous movement are detected by the stage. In this case, the receiver is installed on the side of the moving body and receives the traffic information about the position of the moving body, the information about the line state of the moving body when the steep motion is detected, and the information. A storage unit for storing the moving body in the body.

0006 In addition, the communication as claimed in claim 4 and the communication device installed along the road made a dangerous operation in the storage device for storing the traffic information about the device and the above device. And a step of transmitting the traffic information stored in the step to the moving body. 000 7 Further, in the information method for overwriting and recording the information as defined in claim 7 and the information regarding the row state of the moving body that is continuously input, the detection range for detecting the sudden movement of the moving body and the When a dangerous motion is detected by the mobile device, the receiving process of receiving traffic information about the device from the communication device installed on the side of the mobile device, and the mobile device when the sudden motion is detected. And a storage step of storing the information on the line status of the moving body and the information, and storing the information in the body of the moving body.

[0008] Further, the communication according to claim 8 is characterized by including the step of transmitting the traffic information stored in the storage stage to the moving body that has been in danger of communication.

000 Further, the information program of Claim 9 is described in Claim 7.

It is characterized by the fact that the law is easily executed.

001 0 In addition, the communication program to be claimed is based on the method described in claim 8. It is characterized by being executed on the computer.

001 Also, a readable record on the clear instrument on the billing plate

It is characterized in that the program described in 9 is recorded.

Further, it is characterized in that a readable record and a program according to claim are recorded in the computer of claim 2. 001 is a diagram showing an example of the functional configuration of the information device according to the present embodiment.

22 is a block diagram showing an example of the functional configuration of the communication device according to the present embodiment.

3 3 is a chart showing the meaning of the information device according to this embodiment.

4 4 is a chart that shows the operation of the communication device according to this embodiment.

55 shows an example of a vehicle equipped with the navigation system according to this implementation, which is located in the vicinity of the vehicle.

6 6 is a block diagram showing an example of how the navigation device is constructed in this implementation.

7 7 is a block diagram showing an example of how to create transportation equipment according to the present implementation.

8 8 is a chart that shows the purpose of the navigation device in this implementation.

9 9 is a chart that shows the reason for the transportation equipment in this implementation.

001 2 Belief 3

Four

5 Members

2

2 2 Members

twenty three

twenty four

Good for carrying out the invention

015 See below for details on the proper implementation of the information device, communication device, information method, communication method, information program, communication program, and computer-readable recording medium described below. Explained.

016 (Out of)

(Positional function)

The functional composition of the information device according to this embodiment will be explained using. [Fig. 6] is a diagram showing an example of the functional configuration of the information device according to the present embodiment.

In 0017, the information to be recorded by overwriting the row condition of the moving body, which is continuously input, includes detection, reception unit 2, storage 3, recording 4, and transmission unit 5. It has been done.

0018 detects a sudden movement of a moving body. It can also be configured to detect based on the force of various sensors mounted on the moving body, such as the movement of the moving body, for example, the movement of the moving body. The sensor may be, for example, a vibration sensor G sensor, a sensor for a moving object, and a sensor capable of outputting information regarding an operation such as an operation of a Kipeda of an accelerometer of an end instruction.

[0119] In addition, the value of various sensors such as the vibration sensor G sensor is a prescribed value, or the dangerous movement due to the detection is a fixed turn indicating an abnormality. If it does, or if the contact sensor is activated, it may be detected as a dangerous motion. Also, based on the information on the movement of the moving body, if it is a dangerous movement, it may be judged as a dangerous movement. More specifically, for example, when there is a need for a command to turn suddenly more than a predetermined number of times and unnecessary information such as speed is received, the action of the moving body becomes a dangerous action. It may be a known configuration.

When the detection detects a dangerous motion, the communication unit 2 receives the traffic information about the position of the communication device from the communication device installed around the moving body. For example, it may be traffic information regarding traffic changes that change over time, or more specifically, information including the history of units and deadlines associated with the time information of road signs. In addition, the receiving unit 2 may also receive, from the communication device, traffic information related to traffic control before and / or in detection of dangerous movement due to detection.

002 3 stores the information on the row state of the moving body when the moving body is detected by the detection and the traffic information received by the receiving unit 2 and saves it in 4 of the moving body described later. To do. The information on the line state includes, for example, the path of the moving body, the mobility, the side of the moving body, the dangerous movement, the movement when the movement is detected, and the result. In addition, the save 3 is also configured to include information regarding the state of movement of the moving body before or during the detection of the dangerous movement due to the detection, and traffic information regarding the traffic control before or after the detection. Yeah. 002 244 holds the information about the motion status of the moving body related to the traffic information, which was preserved by storage 3, so that it will not be lost even if the source of power is lost.

When the detection unit 5 detects a dangerous motion, the communication unit 5 sends a request for information acquisition to the communication device. The acquisition request may include, for example, the time information when the dangerous motion was detected by the detection, but the acquisition request requests the acquisition of the information in the predetermined range from the place where the dangerous motion was detected. 024 (positional function)

Next, we will use Section 2 to explain the functional configuration of the communication device according to this embodiment. Figure 2 is a check diagram showing an example of the functional configuration of the communication device according to this embodiment.

In 002 52, the communication 2 installed along the road includes a memory 2, a transmission unit 22, an acquisition unit 23, and a detection unit 24.

002 6 2 stores the traffic information regarding the location of communication 2. More specifically, for example, the communication information from the communication 2 in a predetermined area is stored. In addition, the memory 2 may store the traffic information regarding traffic control acquired by the acquisition 23 described later.

The communication unit 22 transmits the traffic information stored in the memory 2 to the moving body that performed the dangerous motion in the communication 2. The communication unit 22 may transmit the traffic information related to the traffic control stored in the memory 2, but also based on the detection result detected by the detection 24 described later, the moving body may be It can also be configured to send traffic information about dangerous fronts and / or ends.

02823 acquires traffic information related to traffic control from the traffic equipment of communication 2 whose traffic control changes over time. More specifically, for example, the configuration is such that information including the history of units and deadlines associated with the time information of road signs is acquired.

002 24 detects a sudden movement of the moving body. It is also possible to detect the sudden movement of the moving body in the communication 2 by detecting the sudden movement of the moving body.More specifically, for example, a moving body that makes a dangerous movement receives a traffic information acquisition request and detects it. It can be configured.

003 (positional reason)

Next, we will use Section 3 to explain the reasoning of the information in this embodiment. 3 is a chart showing the meaning of the information device according to this embodiment. In the chart of item 3, first, the information is received from the mobile unit via the Shina input section. It is determined whether or not (step S3). The information regarding the row state is, for example, information including the path of the moving body, the mobility, the side of the moving body ,, when the behavior is detected, and the like.

In step 3, waiting for the power of the information on the running state to be received, and if it has been received (step S3 es), the information is recorded by overwriting the information on the running state (step 32). Writing recording is, for example, recording by sequentially overwriting the information for a certain period of time without exceeding the amount of the recording medium, and recording it on the recording medium having the overwrite recording body or the area of the overwrite recording. It can be configured.

Then, the detection determines whether or not the sudden movement of the moving body is detected (step 33). It may be detected based on the force of various sensors mounted on the moving body, which is information including the movement of the moving body. If no sudden movement of the moving body is detected in step 33 (step S33 0), the series of processes is terminated.

003 In step S33, when a sudden movement of the moving body is detected (step S3 3 es), the receiving unit 2 determines that the traffic related to the location of the communication 2 from the communication 2 installed on the side of the moving body. Information (step 34). For example, it may be traffic information regarding traffic control that changes over time, or more specifically, information that includes a history of units and deadlines associated with the time information of road signs. In addition, if a dangerous motion is detected by the detection, it may be configured to send a request to acquire information to communication 2 and receive information from communication 2 that sent the acquisition request.

The save 3 saves the information on the row state of the moving body when the movement of the moving body is detected by the detection and the traffic information received by the receiving unit 2 and stores it in 4 of the moving body. Then (step 35), a series of processing is completed. In addition, Save 3 can also be configured to include information about the state of movement of the moving object before and / or in detection of dangerous movement due to detection, and traffic information regarding traffic control before and / or after detection. Yeah.

003 (Original)

Then, the reason for communication 2 according to the present embodiment will be explained using 4. 4 is a chart showing the operation of the communication device according to this embodiment. In the chart of 4, communication 2 first acquires information by acquisition 2 3 (step S4). For example, it is also possible to obtain traffic information related to traffic control from traffic equipment of communication 2 whose traffic control changes over time. More specifically, for example, the configuration is such that information including the history of units and deadlines associated with the time information of road signs is acquired.

Then, the memory 2 stores the traffic information acquired in step S4 (step 42). For example, traffic information such as traffic information in a predetermined area from communication 2 may be stored, or the information may be written and recorded so as not to exceed a predetermined amount.

Then, the communication 2 judges whether or not the sudden movement of the moving body is detected by the detection 24 (step 43). A configuration for detecting a sudden movement of a moving body of a moving body in communication 2 may also be used.More specifically, for example, a moving body that makes a dangerous movement may receive and detect a request for obtaining traffic information. It can be configured.

If a dangerous motion is not detected in step 43 (step 43 o), the process returns to step S4 and the process is repeated. If a dangerous motion is detected in step S4 3 (step S4 3 es), the transmitter 22 stores the memory 2 for the moving object that has performed the dangerous motion in communication 2. The stored traffic information is transmitted (step 44), and the series of processing ends. It is also possible to send traffic information regarding dangerous before or after the dangerous traffic to the moving body based on the detection result detected in step 543, for example.

As described above, according to this embodiment, a moving body that makes a dangerous motion is dangerous. The information about the line status at the time when the motion is detected and the traffic information can be saved in the record body. Therefore, it is possible to clarify the dangerous behavior based on the information about the behavioral state in the dangerous behavior and the traffic information. The explanation is given below under 004. In the implementation, for example, the navigation device installed in a moving body such as a vehicle (including a two-wheeled vehicle and a two-wheeled vehicle) is used to implement the device, and a transportation device equipped with a communication function installed along the road. Then, an example of the case where the lighting is implemented will be described.

004 (Navigation location)

First, we will use 5 to explain the composition of the navigation system for this project. Figure 5 shows an example of a vehicle equipped with the navigation system of the present implementation, which is located in the vicinity of the vehicle.

In 004 25, Navigation 5 is installed in the vehicle's dubbed. The navigation 5 consists of the main body and (display), and the display shows the current location of the vehicle, map information, current time, etc. In addition, the navigation 5 is connected with an in-vehicle camera 5 installed on the board and an in-vehicle device 52 installed on the sunizer. The camera 5 can also be configured to be able to take a close look and capture images inside and outside the vehicle. Iku 52 is used when recording the child in the voice input of the navigation 5. The camera 5 may be, for example, a camera fixed to the camera to take an image of the outside of the vehicle, or the vehicle-mounted camera 5 may be attached to the part of the vehicle. If the vehicle-mounted cameras 5 are attached to both parts, the vehicle can be fully confirmed and the situation of the rear-end collision can be recorded when the vehicle is hit by another vehicle. The in-vehicle camera 5 may be an external camera that records in a dark place. In addition, multiple vehicle-mounted cameras 5 and vehicle-mounted cameras 52 may be installed in the vehicle. , It may be a fixed or movable camera.

004 Navigation 5 records and records to the destination.

It has a driver function to record the running condition of the vehicle. The location of the vehicle obtained by the driver and the video and audio obtained from the vehicle-mounted camera 5 and 52, and the GPS 6 6 described below and various sensors 6 6.

Record the degree etc. in the navigation 5 (discs 6 5 and 6 7 described above). In addition, the information recorded on the body includes a sign information received via communication 64 described later. , For example, it may be related to traffic information and may include the history of traffic control related to time information.

004 As described above, by constantly recording the running condition using the driver function, in the case where is involved in an accident or when an accident occurs in the area of, it is possible to obtain materials for clarifying the facts. You can The information to be recorded using the dry drive function may be accumulated as long as the amount of recording material is not exceeded, or may be left with recording for a predetermined time. In addition, an overwriting area that constantly records and overwrites the running condition, and a save that saves the running condition in case of an accident.

It may have an area, or it may be configured to have a body for overwriting and a body for storage.

0047 (Navigation 5 Door)

Next, we will use 6 to explain how to create the navigation 5 for this project. Figure 6 is a schematic diagram showing an example of how the navigation device is constructed in this project.

In 004, the navigation 5 is mounted on a moving body such as a vehicle, and the CP 6, 6 2, 6 3, magnetic disk dry 6 4, magnetic disk 6 5 and disk dry 6 6, disk 6 7, audio 1 (interface) 6 8, iku 6 9, speaker 6, input device 6, video 6 2, display 6 3, communication 6 4, GPS Unit 65, various sensors 66, and a camera 67. In addition, 6 to 6 7 are respectively connected by 62. 004 First, CP 6 controls the body of Navigation 5. 62 records programs such as top programs, route programs, route programs, voice programs, map programs, communication programs, database programs, and program programs. 6 3 is used as a CP 6 work.

005 0 Here, the route program searches for an appropriate route from the departure point to the destination point by using the map information recorded on the disk 67 described later. Here, the most suitable route is a route to the destination point (or a route) and a route that best matches the specified conditions. It is searched by executing the program, and the voice 686 2 is output through CP 6. In addition, the route program is the information retrieved by executing the route program, the location information of the navigation 5 obtained by the communication 64, and the map read from the optical disc 67. Based on the information, it will generate the Atime Tracking Report. The route generated by executing the program is output as voice 686 2 via CP 6.

In addition, the voice program generates the tone voice information corresponding to the tone. That is, based on the route information generated by executing the route program, the setting corresponding to the guidance point and the voice guidance information are generated, and the voice 6 8 is output via the CP 6.

In addition, the map program determines the formula of the map information to be displayed on the display 63 according to the image 62, and displays the map information on the display 63 according to the determined display formula.

Also, the CP 6 may be configured to switch the running state of the vehicle, which is constantly recorded, when the vehicle speed is detected by various sensors 6 6 described later. For example, even if it has an overwriting area in which the running state is constantly overwritten and recorded, and a save area in which the running state is saved when a drive condition is detected, it is provided with a body for overwriting recording and a body for saving. As well. There may be multiple overwrite areas and overwrite records.

005 Disc Dry 64 controls the uptake of only data to Disc 65 according to the control of CP 6. The disk 65 records the data written by the magnetic disk drive 64. As the disk 65, for example, a disk (disk) can be used.

Further, the disc dry 66 controls the evening uptake of the disc 67 according to the control of the CP 6. The disc 67 is an existing recording medium whose data is produced according to the disc dry 66 control. The disc 67 can also use a writable recording medium. In addition, the present recording medium may be disk 67, O, or media. As an example of the information recorded on the discs 6 5 and 6 7, the presence / absence of the vehicle detected by the GPS unit 6 5 described later inside and outside the vehicle obtained by the on-vehicle camera 5 52 shown in 5 is shown. Examples include point information and values from various sensors 6 6 described later. In addition, information may be stored based on the detection from the forces of various sensors 66. Alternatively, it may be configured such that the sign information obtained from the transportation equipment described later is associated with voices and information inside and outside the vehicle. These are recorded by the driving function of the navigation 5 and used as a fee in the event of a traffic accident.

Another example of the information recorded on the magnetic disks 65 and 67 is map information used for routes and guidance. , Buildings, rivers, ground surface, and other data, and road data, which are drawn in 2 or 3 dimensions on the surface of display 63. Navigation 5 is the route, and the map information and the location of the location acquired by GPS 65, which will be described later, are displayed in an overlapping manner.

0095 data also has transportation data. Data includes, for example, at the entrance of a highway such as a traffic light crossing at a node, at the link (), in the direction of travel, at a road (highway). , Toll roads, general roads, etc.) are included.

006 0 In addition, the traffic data stores past reports that are statistically calculated based on the season, large size, and time. The navigation 5 obtains information on the current stagnation from the road traffic information received by the communication 64 described later, but it can use the past information to think about the situation at the specified time. It will be possible.

006 In this implementation, the map information was recorded on the magnetic disks 65 and 67, but it is not limited to this. However, it is not limited to those recorded in the navigation 5 integrated door, but may be provided in the navigation 6 part. In that case, the navigation 5 obtains the map information via the network, for example, through the communication 64. It is stored in the obtained map 63.

Also, the voice 68 is connected to the voice input 6 9 (for example, 5 5 52) and the voice output spin 6. The audio that was converted to iku 6 9 is replaced within audio 6 8. In addition, the voices are output. Note that the audio input from iku 6 9 can be recorded on disk 6 5 or disk 6 7 as audio data.

Further, the input device 6 may be a character, a numerical value, a number for inputting various indications, a keyboard, a mouse, a touch panel, or the like.

006 In addition, the image 62 is displayed on the screens 6 3 and 6 7 (for example, 5

5) Connected. 6 2 is, for example, a graphic such as V (deo R) that temporarily records an immediate image information when the display 6 3 is controlled, and a graphic is displayed. It is composed of a control C that controls the display 63 based on the output image data.

006 6 Display 63 has an icon, socket, message, window, or character.

Data such as images are displayed. This display 63 is, for example, C

A display or a plasma display can be used. Display 6 The 3 is installed, for example, in a manner like 5. Further, the display 63 may be plural in the vehicle, for example, one for driving and one for sitting in the rear seat.

The camera 67 captures an image of the vehicle or the outside. Whether it is a still image or a moving image, for example, the camera 6 7 captures a partial movement of the body and outputs it to the body. In addition, the camera 67 captures images of both outside conditions, and the captured images are displayed on the body such as the disk 6 5 disk 6 7 via the image 6 2. In addition, the image output to the recording medium is overwritten and saved as a dry image.

006 is also connected to the network via radio and functions as a navigation 5 and a CP 6 interface. The f4 is further connected to the Internet or other communication network via radio, and also functions as this communication network CP6 interface.

The communication network includes W, public mobile phone network, and the like. Physically, f4 is composed of, for example, a China CS (e ce aoad Co ca o S se) bin, a wireless navigation device, and other navigation devices, and is referred to by the CS center. Road traffic such as traffic regulation, etc. Information will be obtained from the traffic equipment described later. Further, the acquisition request for acquiring information from the transportation device may be transmitted to the transportation device. Note that CS is a registration mark.

Further, the GPS unit 65 uses the GPS stars and various sensors 6 6 described later (for example, an angular velocity sensor, an acceleration sensor, the number of tires, etc.) to locate the vehicle (navigation point). Calculate the information indicating the 5 locations). This is the information that identifies the point on the map, such as the degree, altitude, etc., indicating the current location. In addition, the GPS 65 uses various sensors 6 6 and others to output the parameters, speed change, and heading. This makes it possible to analyze conditions such as key and hand. The 007 0 sensor 66 is a sensor such as an acceleration sensor, a G sensor, and an angular velocity sensor, and is used for finding the current position by the GPS unit 65 and measuring the speed and position amount. In addition, the various sensors 66 also include sensors that detect a vehicle operation caused by dryness. It may be configured to detect the force of the window blinker, the penetration of the accessor, the penetration of the kipeda, etc. of both works. It can also be used as data to be recorded by various drivers.

In addition, the various sensors 66 may be configured so that the driver image is saved and the driver image is saved when the sensor is detected. For example, it can be used to store a dry image, and various sensors 66 may be configured to provide an output above a predetermined threshold value or an output that approximates a predetermined tan value. More specifically, for example, it may be set when the vibration sensor of the various sensors 66 detects the above vibration or a predetermined tan. The constant tan is only required to be a tan that indicates an abnormality such as a sudden rise. In addition, you may set it when, for example, the G sensor detects the above G predetermined turn of the G direction. The constant G should be the one that shows abnormalities such as a sharp rise. Alternatively, it is also possible to use a sensor on the vehicle body to actuate the action such as to and from and to stop both. Furthermore, a combination of two or more may be used as long as it is the above one.

007 It should be noted that the detection of the effective generation of the information

P 6 Various sensors 6 6 allow receiver 2 and receiver 5 to communicate 6 4 and save 3 to disk dry 6 4 Disk dry 6 6 to record 4 to disk 6 5 disk 6 7 Therefore, each function is realized.

0073 (Transportation equipment door with communication function)

Then, we will use Section 7 to explain the transportation equipment docking in this project. Figure 7 shows an example of how to create a transportation equipment door in this implementation. It is a figure.

In 007 4, the transportation device 7 having a communication function is installed along the road, and CP 7, 7 2, 7 3, magnetic disk dry 7 4, magnetic disk 7 5, and disk 7 are installed. It is provided with a dry unit 76, a disc unit 77, an audio (interface) unit 78, a speaker unit 79, an input unit 7, an image unit 7, a display unit 72, and a communication unit 73. In addition, 7 to 7 3 are continued by 72.

005 First, CP 7 controls the body of transportation equipment 7. 72 records programs such as programs, communication programs, voice programs, information programs, database programs and database programs. R 73 is also used as a CP 7 work.

In addition, the voice program generates the tone voice information corresponding to the tone. In other words, the sign information may be generated based on the location and time of the traffic equipment 7, and the voice 7 8 may be output via the CP 7. The information program determines the formula of the information to be displayed on the display 7 2 by the image 7, and displays the information on the display 7 2 by the determined display formula. In this implementation, the CP 7 operates the program and outputs the indicator information by displaying or displaying. However, the control signal is received from the outside via the communication 73 described later. It can be done by doing.

Further, when the CP 7 receives a request to acquire information from the navigation 5 via the communication 73, which will be described later, the CP 7 may specify the information corresponding to the request to acquire the marker. More specifically, for example, the tag information recorded in the recording body may be searched based on the time point information included in the tag acquisition request. For example, it may be the time when the vehicle was detected by the navigation 5 and the time interval and the time when the vehicle was detected. The fixed time may be a time that elapses from the time between humans or the like, or a predetermined time, or may be set by either navigation 5 or transportation device 7. . The 007 disk drive 74 controls the uptake of only the data to the disk 75 according to the control of the CP 7. The disk 75 records the data written by the magnetic disk drive 74. As the disk 75, for example, (a disk disk can be used.

The disk drive 76 controls the loading of only the data to the disk 77 according to the control of the CP 7. The disc 77 is an existing recording medium whose data is produced according to the disc dry 76 control. The disc 77 can also use a writable recording medium. In addition, the present recording medium may be disk 77, O, or the like. As an example of the information recorded on the disc 75 and the disc 77, the information about the transportation device 7 can be given. For example, ones that indicate one-way road closures and those that change with time, such as traffic lights. In addition, the structure is recorded in association with the sign and the time, and it is recorded in a form that is different from the formula such as image or text report. Note that the recording is not limited to the above. These are transmitted to the navigation 5 as needed, and recorded by the navigation 5's driving function, so that they can be used as fees in the event of a traffic accident.

Also, the voice 78 is connected to the voice 79 spin. Speech is output. In addition, the input device 7 is equipped with a number for power such as letters, numbers, and various indications, and includes a keyboard, a mouse, a channel, and the like.

Further, the image 7 is connected to the display 72. Specifically, for example, 7 is used to control the display 7 2 bodies, and R (deo R) for temporarily recording the image information that can be immediately displayed. It is configured by control C, etc. that controls display 72 based on the image data output from it.

008 7 2 has no text, text, window, or character. It does not matter which data is displayed. Also, the device 72 may be one that can display data such as characters and images by controlling the location and timing of multiple diodes, such as an electronic bulletin board. It is also possible to adopt C display or plasma display, for example.

008 Also, f73 is connected to the network via radio and

7 Functions as an interface. The f73 is also connected via radio to a communication network such as the Internet, and also functions as this communication network CP7 interface. Communication networks include W and public mobile phone networks. Physically, f73 is composed of, for example, a China, a wireless device, etc., and obtains information about a sign indicating road traffic such as traffic regulation called from the outside. Furthermore, the configuration may be such that the information of a plurality of communication devices 7 in a predetermined area is acquired. In addition, f73 may be configured to receive a request to acquire information from navigation 5.

In this embodiment, the traffic equipment 7 has a communication function and has the information of the traffic equipment 7, but the traffic equipment 7 or the communication equipment 7 that collectively saves the information of the plurality of traffic equipment 7 is used. It can be the end. In that case, it is also possible to store the tagging information in association with the position and time of each communication device 7.

In addition, the memory 2 of the effective configuration of communication 2

Disc 7 5 By the disc 77, the transmission units 2 2 and 2 3 and 2 4 realize their respective functions by the CP 7 communication 73.

008 (Navigation 5 reason)

Next, we will use 8 to explain the reason for navigation 5 in this implementation. 8 is a chart that shows the purpose of the navigation device in this implementation. In the chart of 8, the navigation 5 first determines whether or not the vehicle is running (step S8). Judgments regarding both lines may be made, for example, by referring to the forces of various sensors 66.

008 In Step 8, wait until the vehicle is running and then Step S8 es) 6 7 begins shadowing the Dryda statue (steps 8 2). It can also be a video of a driver, for example, an image of the vehicle side, for a certain period of time.

Then, the CP 6 controls the magnetic disk dry 6 4 disk dry 6 6 to overwrite the dry disk image taken in step 8 2 on the body such as the magnetic disk 6 5 disk 6 7 ( Step 8 3). The write recording is, for example, sequentially overwriting and recording a moving image at a certain time without exceeding the amount of the recording medium, and is recorded on the recording medium having the overwrite recording body or the overwrite recording area.

After that, the CP 6 determines whether or not G has been detected (step S84). For example, the ability to store a dry image with the force of various sensors 66. More specifically, you may set it when the vibration sensor detects the above vibration or a predetermined turn. The constant tan is any tan that indicates an abnormality such as a sudden rise. Also, you can set it if, for example, the G sensor detects a tanning of the above G specified G direction. The constant G should be the one that shows an abnormality such as a sudden rise in G. Alternatively, it may be configured such that the body sensor is used to act as an and / or ag.

Also, the CP 6 may be configured to detect the dry operation, which is a sudden movement of both, by the force of various sensors 66, and detect the operation. More specifically, it is possible to use an unusual wind action such as a unique wind action when a wind action at a specified angle is given without issuing a wind window that exceeds a predetermined speed. In addition, unusual acceleration such as acceleration / acceleration above the specified speed or deceleration at intersections without traffic lights, deceleration at the red traffic light (), and special operations when you are worried It can be configured as In addition, it is also possible to register a random tann of a normal operation and compare the registered operational parameters. In addition, intersections that do not have traffic lights and points that need to be stopped may be acquired based on the map information recorded on the record body. The color of No. 20 may be judged from the image taken at 67.

In step 84, if no alarm is detected (step 84 o),

Then, the navigation 5 judges whether the line of the vehicle is completed (step 8 8). Judgments regarding both lines may be made by referring to the forces of various sensors 66, for example. More specifically, it may be judged that the vehicle has finished running when the force of the various sensors 66 has stopped.

Further, when the traffic is detected in step 84 (step 84 es), the navigation 5 transmits the acquisition request to the transportation device 7 via the communication 64 (step 85). . The acquisition request is, for example, information including the time at which G was detected and the point at which G was detected.

Then, the navigation 5 obtains the cause information from the transportation device 7 (step 86). For example, it may be configured to identify the trigger information based on the detected information obtained in step 84 from the acquired information. In addition, in step S85, the acquisition request may be transmitted to the transportation device 7 having the trigger information to acquire the trigger information.

Then, the CP 6 stores the driver image and information in a body such as the magnetic disk 6 5 disk 67 (step 87). The driver image and the report may be related to each other based on the time information contained in each other. Alternatively, a driver, for example, may be configured to save the image between the detection point that detected in step 84 and the period before and after that point. It can also be configured before detection or by detection. It may also be configured such that the dry image is recorded on a storage body or a recording body having a storage area.

Then, the navigation 5 judges whether or not the line of the vehicle has ended (step 88). If the line of the vehicle is not completed in step 88 (step 88), the process returns to step S83, and the writing and recording of the driver image is repeated. In addition, in step S8 8, if the line of the vehicle is completed (step S8 8 es) Ends the series of processing as it is.

In the figure, the image of the side is dried in step 82.

The configuration is such that it is taken as a dual image and is overwritten and recorded, but it is also possible to overwrite and record information regarding the row status such as the force of the sensor 66. In that case, at step S84, at the stage of detecting the voltage, the detected detection point and the output for a fixed time after that may be saved.

0099 (the reason for communication device 7)

Next, we will use 9 to explain the reason for transportation equipment 7 in this implementation. 9 is a chart showing the logical meaning of transportation equipment in this implementation. In the chart of 9, the transportation device 7 first acquires the sign information (step S9). , For example, for information related to information such as stoppages, etc.

It may also include points of knowledge.

At this time, the CP 7 controls the magnetic disk dry 7 4 disk dry 7 6 to store the marker information in the body such as the magnetic disk 7 5 disk 7 7 (step 92). For example, it is possible to collectively save the information of the communication devices 7 in a predetermined number of boxes, and in that case, the indicator information is stored in association with the position and time of each communication device 7. At 0101, the transportation device 7 determines whether or not the acquisition request is received from the navigation 5 via the communication 73 (step 93). If the sign acquisition request is not received in step 93 (step S93o), the process returns to step S9 and is repeated.

0102 In addition, when the sign acquisition request is received in step 93 (step 9 3 es), the transportation device 7 sends the sign acquisition request to the navigation 5 receiving the sign acquisition request via the communication 73. Then, the information is transmitted (step 94), and the series of processing ends. Based on the acquisition request received in step 93 of the sign information in this figure, the sign information that causes the vehicle that made the navigation 5 was specified and specified. It may be configured to send information.

0103 As described above, according to the present embodiment, when a toe is detected, the driver image at the time when the toe is detected and the information that caused it can be saved. Therefore, by confirming the dry image and information stored in the recording medium, it is possible to provide sufficient accident charges for an accident and to make an accurate accident.

In addition, according to this implementation, if an accident (at the point of a hit) is detected even when an accident is encountered, a driver image and a report are saved, and the saved driver report is saved. It can be widely used for driving.

0105 It is possible to realize it by executing the information explained in this embodiment and the program prepared in advance with a computer such as a so-called computer workstation. This program is recorded on a computer-readable recording medium such as a disk, a disk, or COO, and is executed by being read from the recording medium by the computer. Also, this program may be a body that can be distributed via a network such as the Internet.

Claims

Wanted

In the information device that overwrites and records the information about the line state of the mobile unit that is continuously input,

A detection stage for detecting a sudden movement of the moving body,

A receiving stage for receiving traffic information on the location of a communication device installed on the side of the moving body when a dangerous motion is detected by the stage;

And a storage stage for storing the information about the row state of the moving body when the sudden movement is detected and the information, and storing the information in the body of the moving body.

2.This is a traffic information regarding traffic system that changes over time.

The above

Receiving from the location a traffic report relating to the controls before and / or during the steep movement;

The above

Dangerous motion was detected by the three steps described in “Saving in the body of the moving body, including the information about the line state of the moving body before and / or and the traffic information about the control before and / or. In this case, the device further comprises a step of transmitting the information acquisition request to the device.

4 In the communication equipment installed along the road,

A storage unit for storing traffic information about the device,

A step of transmitting the traffic information stored in the step to the moving body that has performed dangerous movement in the step;

A communication characterized by comprising.

5 From the above-mentioned communication equipment whose control changes over time, Is equipped with an acquisition means for acquiring traffic information regarding

The above

Storing the traffic information regarding the control acquired by the obtaining means,

5. The traffic information regarding the control stored in the column is transmitted to the moving body.

6 Equipped with a detection stage to detect sudden movements of moving objects,

Item 6. The item 4 or item 5, wherein the information is transmitted to the moving body based on the detection result detected by the step.

7 In the information method that overwrites and records continuously entered information about the line state of the mobile

A detection range for detecting a sudden movement of the moving body,

When a dangerous motion is detected according to the above process, a receiving process of receiving traffic information about the device from a communication device installed on the side of the moving body,

And a storage step of storing the information on the row state of the moving body when the sudden movement is detected and the information, and storing the information in the body of the moving body.

A communication characterized by including a transmission process of transmitting traffic information stored in a storage stage to a moving body that has performed a dangerous movement in a storage device. 97. An information program characterized by executing the method described in 7 above.

A communication program, characterized by executing the method described in No. 08 above.

A computer-readable record characterized by recording the program described in 9.

Read the program characterized in that the program described in 2 was recorded. Available records.