JP2006120137A - Image information reporting system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an image information reporting system capable of improving a life-saving effect even in case of an accident so serious that a driver on an accident side vehicle cannot respond to questions about an accident state asked from an emergency reporting center. <P>SOLUTION: The system includes imaging devices 1429 and 1430 for imaging a part of a moving object and surroundings thereof, shock sensors 1401 for detecting a shock applied to the moving object 1433, and a recording device for recording and storing image signals before and after detecting the shock according to the detected result. The stored image signals are sent to the emergency reporting center. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an image data conversion / transmission device, and more particularly to an image data conversion / transmission device that transmits image data from an image data conversion / transmission device having a plurality of transmission frame buffers to a plurality of image reception devices via a network. .

  FIG. 7 shows a block configuration example of an emergency information reporting device (emergency reporting device) using conventional technology. FIG. 8 is a diagram for explaining the appearance of a moving object, for example, an automobile, on which the emergency call device shown in FIG. 7 is mounted. FIG. 9 shows a configuration example of an emergency call system using a conventional technique.

  In FIG. 7, 1f is an impact sensor. The impact sensor 1f is attached to the front end of the automobile. 2 is an airbag device, 3 is a GPS receiver, and 3 a is an antenna of the GPS receiver 3.

  Here, if the impact sensor 1f detects an impact, the airbag device 2 is activated based on the detection result to reduce and protect the impact received by the passenger in the vehicle, and output the airbag operation information 2a. On the other hand, the GPS receiver 3 outputs the position information / time information 3b of the automobile as a positioning result by the GPS device. The airbag activation information 2a and the position information / time information 3b are transmitted to the emergency notification control device 4, and a notification signal for reporting the occurrence of the detected accident with the impact and the position of the vehicle at the time of the accident. 4a is generated. The notification signal 4a is supplied to the mobile phone 5, and is automatically transmitted by the mobile phone 5, and is transmitted by radio communication to the center station shown in FIG. 9, for example, the emergency information center 30 ′, or via the communication network 32. Is reported.

  The emergency information center 30 ′ confirms the occurrence and location of the accident in the vehicle by the received notification signal 4 a, and receives an accident situation explanation from the passenger, particularly the driver, via the mobile phone 5. Then, based on the confirmation contents and explanation contents, emergency cars to be dispatched to the accident site are selected from patrol cars, ambulance cars, fire fighting cars, tow trucks, and the dispatch is arranged.

  Here, if there is no response from the driver via the mobile phone 5 to the emergency information center 30 ′ and the explanation of the accident situation cannot be received, “the driver's unconsciousness (disturbance of consciousness) has occurred, etc. It is determined that a “serious accident” has occurred, and according to the determination, dispatch of a patrol car is first arranged. The dispatch of emergency vehicles such as ambulances, fire engines, and tow trucks is arranged according to the situation of the accident confirmed by the patrol car.

  Even if the airbag operation information 2a is not output, the driver or the like can operate the emergency notification switch 6 to make an emergency notification in the same manner as when the airbag operation information 2a is output.

  By introducing this system, it is possible to make emergency calls without looking for a public phone or emergency phone in the event of an emergency such as an accident, and emergency information can be obtained even if the passenger is upset or in an unknown place. Since the accident location can be quickly identified on the center 30 'side, the emergency / lifesaving effect is enhanced.

  In Japanese Patent Laid-Open No. 9-297838, for example, an image of an accident vehicle that has been damaged as a result of an accident with an impact as described above is taken, and the image of the damage that has been registered in advance is taken. A technique is described in which a non-life insurance appraisal amount is calculated based on a difference obtained by comparing a registered image obtained by capturing an unoccupied car based on the comparison. However, with this technology, the assessment amount of the non-life insurance is only calculated based on the situation of only one accident vehicle. For example, in the case of an accident involving multiple vehicles, both If the responsibility rate is not determined, the assessment amount will not be determined, and it is not possible to calculate the responsibility rate for an image of only one damage level.

  In addition, “NTTDoCoMo Technical Journal” pp. 18-22, issued October 1, 2000, “ITS Industry / Economy 2001” pp. 54-60, issued May 1, 2001, shows an example of an emergency call service when a car accident occurs using a mobile phone. U.S. Pat. No. 5,933,080 discloses reporting an accident from a car to a Mayday Center. Japanese Patent Laid-Open No. 11-165661 discloses that information relating to the driving state of a vehicle is transmitted to a base station. Japanese Patent Application Laid-Open No. 2000-205890 discloses reporting accident occurrence information to a call center. Japanese Patent Laid-Open No. 2001-243579 discloses reporting passenger information to a monitoring center when an accident occurs. Although the reporting systems described in these documents disclose that identification information (character information) related to the driver and the accident vehicle is transmitted to a predetermined station, the images before and after the accident recorded from the accident vehicle are recorded. There is no disclosure about sending the video to the emergency call center.

  In serious traffic accidents involving human lives, it is well known that the time from the occurrence of an accident to the arrival of an ambulance affects the emergency and lifesaving effects. Even in the above-mentioned reporting system, which has greatly improved the reporting effect compared to, if a serious accident occurs in which the driver of the accident car is unable to respond, a prompt and optimal response to the serious accident can be taken. It may not be possible.

  Moreover, in the conventional technique described in the above-mentioned Japanese Patent Application Laid-Open No. 9-297838, the assessment amount of the non-life insurance is only calculated based on the situation of only one accident vehicle, for example, In the case of an accident involving multiple vehicles, the assessment amount will not be determined unless the responsibility ratio of both sides is determined. For an image of only one damage level, the responsibility ratio is calculated. I can't do it.

  A first object of the present invention is to improve the emergency and lifesaving effects in a “serious accident” in which a driver cannot respond to a call for an accident situation question from an emergency information center in a notification system. It is. Furthermore, the second object of the present invention is to enable the emergency information center to quickly and accurately grasp the situation before and after the accident so that a video / audio record for investigating the cause of the traffic accident can be acquired. It is to be.

Furthermore, the third object of the present invention is to allow the non-life insurance company to quickly and accurately grasp the situation before and after the accident so that the cause of the traffic accident can be immediately investigated.
Furthermore, the fourth object of the present invention is to temporarily limit the credit information transmission function of the mobile phone after the accident so that the accuracy (credit) of the credit information transmitted from the mobile phone can be further improved. Is to do.

  In order to achieve the above object, the image information reporting system according to the present example is an image information reporting system including an imaging unit and an image data transmission unit that transmits image data obtained by the imaging unit. Receiving means for receiving color information, and superimposing means for superimposing a traffic light lighting pattern display on the basis of the traffic light lighting color information near a position where the related traffic light itself of the image data will be imaged. Configured.

  In order to achieve the above object, the image information reporting system according to the present example is an image information reporting system including image data transmitting means for transmitting image data obtained by the imaging device, and the signal lighting color information is displayed. Receiving means for receiving, and superimposing means for superimposing a traffic light lighting pattern display in the vicinity of a position where the related traffic light itself of the image data will be imaged based on the traffic light lighting color information. The

  As described above, according to the present invention, quick and accurate emergency and lifesaving activities can be performed even in a serious accident in which the driver cannot respond. Not only can it be prevented, but it can also be used for investigation of accident prevention measures and judgment of liability for traffic accident damage by acquiring video and audio records before and after the occurrence of a traffic accident.

  In addition, according to the second embodiment, when determining the liability for traffic accident damage, both drivers tend to make conflicting claims that their route signal is a green signal and entry permission has been instructed. Even if the claims are different, it is possible to prevent the absurdity that the non-responsible side is forced to use unnecessary burdens and to realize a system that is more effective for investigating the cause of the accident. I can do it.

In addition, according to the third embodiment, the effect for determining the liability for traffic accident damage and analyzing the cause of the accident is higher.
Further, according to the present invention, the cause of a traffic accident can be immediately investigated by quickly and accurately grasping the situation before and after the occurrence of the accident at the non-life insurance company.

  Furthermore, according to the present invention, the accuracy of the credit information transmitted from the mobile phone can be further improved by temporarily limiting the credit information transmission function of the mobile phone after the accident occurs.

  Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a diagram showing a block configuration example of an emergency information communication device (emergency communication device) of the present invention mounted on a moving object, for example, an automobile. FIG. 2 is a view for explaining the appearance of the automobile shown in FIG. FIG. 10 shows an example of the overall configuration of the notification system of the present invention.

  In FIG. 1, 1401f and 1401R are impact sensors. The impact sensor 1401f is attached to the front of the automobile. The impact sensor 1401r is attached to the rear part of the automobile. 1402 is an airbag device, 1420 is a GPS receiver, and 1432 is an antenna of the GPS receiver 1420.

  If the impact sensor 1401f detects an impact and the impact level is greater than or equal to a predetermined value, the airbag device 1402 is activated to reduce and protect the impact received by the occupant and output the airbag operation information 2a. . On the other hand, the position information / time information 3b of the automobile is output from the GPS receiver 1420. The airbag operation information 2a and the position information / time information 3b are transmitted to the emergency notification control device 4 ′, and a notification signal 4a for reporting the occurrence of the accident with the detected impact and the vehicle position at the time of the accident occurrence. Is generated. The notification signal 4a is supplied to the mobile phone 1421 and is automatically transmitted by the mobile phone 1421 to be notified to the center station shown in FIG. 10, for example, the emergency information center (notification service center) 30.

  The emergency information center 30 confirms the occurrence and location of the accident in the vehicle by the received notification signal 4a, and receives an accident situation explanation from the passenger, particularly the driver, via the mobile phone 1421. Then, based on the confirmation contents and explanation contents, emergency cars to be dispatched to the accident site are selected from patrol cars, ambulance cars, fire fighting cars, tow trucks, and the dispatch is arranged.

The above operation is the same when the rear impact sensor 1401r detects an impact, and the impact signal 1ra is output and transmitted to the emergency call control device 4 ′ based on the detection result.
Reference numeral 1429 denotes an imaging apparatus, for example, a television camera (TV camera). The TV camera 1429 is attached to the front of the automobile. 7f ′ represents the field of view of the TV camera 1429. Reference numeral 1430 denotes a TV camera. TV camera 1430 is attached to the rear surface of the automobile. 7r ′ represents the field of view of the TV camera 1430. The imaging direction of the TV cameras may be set so that a part of the own car enters the field of view under the fields of view 7f ′ and 7r ′. By doing so, it becomes possible to confirm in more detail the cause of the impact generated in the automobile from the state of an image obtained by capturing a part thereof. Video signals 7fa and 7ra obtained by imaging the front and rear of the automobile with the TV cameras 1429 and 1430, and audio signals (not shown) inside and outside the automobile are respectively supplied to and recorded in the circulation recording device 1417.

  The circulating recording device 1417 can record a predetermined video signal, audio signal, and other signal information according to the present invention for a predetermined period, for example, 20 seconds. The circular recording device 1417 may use a nonvolatile memory. After recording for 20 seconds, it is assumed that the older recording portion is sequentially deleted and a new video is recorded in the deleted recording area. When the recording stop command signal 4b sent from the emergency call control device 4 ′ is received based on the airbag operation signal 2a or the impact signal 1ra, the circulating recording device 1417 repeatedly stops the recording operation after 10 seconds. .

  By this stop operation, the video and audio signals from 10 seconds before the airbag operation signal 2a and the impact signal 1ra arrive at the emergency call control device 4 ′ to 10 seconds after the arrival are recorded in the circulation recording device 1417. It is held as it is.

  The circulating recording device 1417 may be strictly sealed so that the recorded content obtained by the above operation is not falsified. Further, once the recording stop command signal 4b is received, new writing may not be performed. This ensures that situational evidence at the time of the accident is preserved and provides data that can be used to create investigation materials for police and insurance companies.

  In response to an accident situation inquiry from the emergency information center 30 to the driver via the mobile phone 1421, for example, if there is no response from the driver of the automobile 1433 even if 11 seconds or more have elapsed, the emergency information center 30 side Therefore, it is determined that a serious accident such as an unconscious driver occurred. Then, a signal for instructing to reproduce and transmit the recorded content of the circulating recording device 1417 is sent from the emergency information center 30 side to the automobile 1433. In the automobile 1433, the instruction signal is received by the mobile phone 1421, whereby the reproduction command signal 4 c is transmitted from the emergency call control device 4 ′ to the circulation recording device 1417, and is recorded in the circulation recording device 1417 by the command signal 4 c. The video / audio signal is output. The reproduction signal 8fa output from the circulatory recording device 1417 is superimposed with the position information / time information 3b obtained from the GPS receiver 1420 by the emergency call control device 4 ′, sent to the mobile phone 1421 and transmitted to the emergency information center 30. Is done. Note that, for example, the reproduction signal 8fa output from the circulating recording device 1417 is automatically transmitted to the emergency information center 30 after a predetermined time has elapsed since the impact was detected, without depending on the reception of the instruction signal from the center 30 side. It may be done.

  In the emergency information center 30, the situation of the accident scene is determined using the received video signal and audio signal. And according to the result of the judgment, the optimal emergency vehicle which should be dispatched to an accident scene from a patrol car, an ambulance, a fire engine, a tow truck, etc. can be selected, and the dispatch can be arranged.

  Even if the airbag activation signal 2a and the impact signal 1ra are not output, the driver or the like can operate the manual notification switch (button) 1416 to report the same as when the signals are output. Further, when the driver or the like operates the regeneration command switch 8fb in response to a request from the emergency information center 30, the regeneration signal 8fa of the circulating recording device 1417 can be sent to the emergency information center 30.

  Also, audio signals obtained by recording video signals from the TV cameras 1429 and 1430 and audio inside and outside the vehicle are output from the monitor terminal 8fc when the circulating recording device 1417 is in a reproduction state. Therefore, by viewing the monitor display of a monitor (not shown) connected to the terminal, the angle of view of the TV cameras 1429 and 1430 can be confirmed, and an image can be obtained in the automobile without using a mobile phone.

  In FIG. 1, a portion surrounded by a dotted line 1412 can be configured as a single unit or module so as to be easily mounted on a vehicle. However, depending on the case, one or more blocks within the dotted line 1412 can be composed of a plurality of units.

  FIG. 4 is a diagram showing a block configuration of the second embodiment of the present invention, and the same components as those in FIG. 1 are denoted by the same reference numerals. FIGS. 6A and 6B are diagrams showing a block configuration example of a traffic signal device and an imaging device connected to the traffic signal device in an example of the notification system of the present invention.

  In FIGS. 6A and 6B, 9n, 9e, 9w and 9s are traffic lights. The traffic lights 9n, 9e, 9w, 9s are, for example, whether the car stops for a predetermined period at a predetermined point before the intersection with respect to a car that approaches the intersection while traveling on each road intersecting at the intersection. It is possible to display a signal for performing the braking control of NO. FIG. 6B shows an example of the arrangement of intersections and traffic lights 9n, 9e, 9w, and 9s at the intersections and the state of two cars 1433 and 1381 that are running. In FIG. 6B, it is assumed that the intersections are roads extending from each direction of east, west, south, and north, and the road is left-hand traffic. 9n is a traffic signal for instructing whether or not a vehicle traveling northward may enter the intersection. The traffic signal 9e is a traffic signal for instructing vehicles traveling in the eastward direction, the traffic light 9s is traveling southward, and the traffic light 9w is traveling westward. . The automobile 1433 is a vehicle that travels north, and is a moving object having the present invention shown in FIG. The automobile 1381 is a vehicle that travels west. The number of traffic lights is not limited to four, and may vary depending on the intersection.

  Furthermore, 9b of FIG. 6A is a traffic light controller, for example, controlling all the traffic lights at the intersection. Reference numeral 9c denotes a transmitter which receives control information related to traffic signal control of each of the traffic lights 9n, 9e, 9w, 9s, for example, lighting color information from the traffic signal controller 9b, and wirelessly transmits it around the intersection. Reference numeral 9d denotes a transmission antenna. These traffic lights 9n, 9e, 9w, 9s, the traffic light control device 9b, the transmitter 9c, and the transmission antenna 9d constitute a traffic signal device.

  Further, in FIG. 6A, 7a is an imaging device. The imaging device 7a performs a bird's-eye image of a range in which the vehicle may be braked according to an instruction from the traffic signal device, for example, a predetermined range from the predetermined point before the intersection to the inside of the intersection. In the example of this figure, the video signal imaged by the imaging device 7a is input to the transmitter 9c and wirelessly transmitted around the intersection as in the above-described lighting color information.

  In addition, the overhead image obtained by imaging the vehicle flowing into the intersection and the traffic situation in the intersection with the imaging device 7a is the time signal of the date / time / minute / second received by the GPS antenna 9f and the GPS receiver 9g and the position information 9h of the intersection. At the same time, it may be transmitted via the transmitter 9c and the transmission antenna 9d.

  The traffic signal lighting information obtained from the signal control device 9b and the intersection position information obtained from the GPS receiver 9g are transmitted as data from the transmitter 9c / transmission antenna 9d and processed and used on the receiving side. As in the case, it is patterned by a pattern generator (not shown), a character generator (not shown), and a mixer (not shown), and in the same manner as in FIG. In some cases, it is transmitted in a superimposed manner.

  Here, in the second embodiment shown in FIG. 4, in addition to the block configuration shown in the first embodiment, the receiver 1419, the receiving antenna 1431, the traffic light pattern generator 11, and the video mixer 12 are used. And a character image generator 13 are mounted. The receiver 1419 receives a transmission signal including the signal lighting color information and the video signal obtained by the imaging device 7a from the transmitter 9c. Of the signals received by the receiver 1419, the lighting color information signal is input to the traffic signal light pattern generator 11, where a traffic signal light pattern signal is formed, and further, the traffic signal light pattern signal is received by the video mixer 12. In the video signal from the TV camera 1429 on the front surface, a signal superimposed on the vicinity of the position where the related traffic light 9n itself will be imaged is obtained and recorded in the circulating recording device 1417. On the other hand, the video signal received by the receiver 10 is recorded in the circular recording device 8 in association with the video signal from the TV camera 7f. Instead of the receiver 1419, the mobile phone 1421 may receive a transmission signal from the transmitter 9c. In that case, the transmission signal can be input from the mobile phone 1421 to the traffic signal lamp pattern generator 11. By doing so, the receiver 1419 can be eliminated.

  Further, in FIG. 4, the character video generator 13 generates a character pattern signal representing the information from the position information / time information 3 b obtained from the GPS receiver 1420. Then, the character pattern signal is superimposed on the blank portion in the video signal from the front TV camera 1429 by the video mixer 12. The superimposed video signal is recorded in the circulating recording device 1417. Note that the above-described superimposition of the traffic light pattern signal and the superimposition of the character pattern signal may be performed independently.

Here, an example of the image display by the video signal after the superposition is shown in FIG. In this figure, for example, an image in front of a car imaged from a TV camera 1429 mounted on an automobile 1433, a part of the automobile 1433 is imaged, and the automobile 1433 is about to reach an intersection. An image is shown. Furthermore, the case where another car 1381 ignoring a red signal (a stop instruction signal in the traffic light 9w) enters the intersection from the right side of the image is shown. (Left side road)
Further, 11n, 11w, 11s, and 11e light on the traffic lights 9n, 9w, 9s, and 9e, respectively, for instructing the automobile 1433 traveling on the four-way road leading to the intersection toward the intersection. It is a pattern display. Furthermore, 13a is an example of a time display displayed by a character pattern signal generated by the character video generator 13. Here, these lighting pattern displays are displayed by traffic signal light pattern signals. The traffic signal light pattern signals are generated by the traffic signal light pattern generator 11 described above, and the video signal from the TV camera 1429 is output by the video mixer 12. Is superimposed on. In this example, the lighting pattern display 11n relates to a traffic light 9n for instructing braking of the automobile 1433.

  And this lighting pattern display 11n has shown the example of a pattern which has instruct | indicated permission to approach to the intersection of the motor vehicle 1433 at the time of this imaging. On the other hand, the lighting pattern display 11w relates to the traffic light 9w for instructing braking of the automobile 1381. And this lighting pattern display 11w has shown the example of a pattern which has instruct | indicated entry prohibition to the intersection of the motor vehicle 1381 at the time of the imaging of this image. Therefore, after such an image is captured, the automobile 1433 and the automobile 1381 collide with each other and an impact occurs, and the video signal for displaying the image shown in FIG. 3 is held in the circulating recording device 1417 of the automobile 1433. In this case, the stored video signal is transmitted to the center 30 as shown in FIG. 10 and is reproduced and displayed on the monitor 37 provided in the center 30. In this example, the cause of the collision accident is the approach of the intersection of the automobile 1381. It can be easily confirmed that the violation is prohibited. Furthermore, it is possible to confirm more easily by adding a bird's-eye view video that displays the time of year / month / day / hour / minute / second.

  Here, an operation example of the traffic signal device will be described with reference to FIG. In step 5200, each traffic light is controlled to be turned on according to a predetermined control timing. Next, in step 5201, a lighting color information signal, which is a traffic signal control signal indicating the control state of the traffic signal, and a traffic signal information signal indicating the arrangement of traffic signals installed at the intersection are transmitted. These steps are repeated.

  As shown in FIG. 41, the traffic signal information signal includes information indicating the number of all traffic signals installed at the intersection and the traveling direction of the vehicle that should follow the signal of each traffic signal. Furthermore, in the example of the traffic signal information in FIG. 41, there is superposition position information when the traffic light pattern image corresponding to each traffic signal is superimposed on the video screen imaged by the front camera 1429 of the automobile 1433. The traffic signal that instructs the automobile 1433 traveling north shown in FIG. 6B is the traffic signal 9n. Therefore, the traffic light pattern image 11n (FIG. 3) of the traffic light 9n is displayed on the upper center of the video screen (FIG. 3) according to the traffic signal information signal. The traffic light pattern image 11e of the traffic light 9e is displayed on the right part of the video screen, the traffic signal light pattern image 11s of the traffic light 9s is displayed on the lower part of the video screen, and the traffic signal light pattern video 11w of the traffic light 9w is displayed on the left side of the video screen. Is done.

  Next, an operation example of the automobile 1433 that is the target vehicle will be described with reference to FIG. In step 5300, it is determined whether or not the signal from the traffic signal device in FIG. 6A in the direction in which the automobile 1433 travels is greater than or equal to a predetermined level. Then, the process proceeds to step 5301. If it is less than the predetermined level, Step 5300 is performed again. In step 5301, a lighting color information signal and a traffic light information signal, which are signals from the traffic signal device, are received. Next, at step 5302, the GPS receiver 1420 detects the traveling direction of the automobile 1433 (north in the example of FIG. 6B). Next, in step 5303, in accordance with the traffic signal configuration information and the traveling direction information detected in step 5302 in the signal information from the traffic signal device, each traffic signal to be displayed in accordance with the video imaged by the TV camera 1429 is displayed. The number and position of the lighting pattern display of the traffic light indicating the control contents are determined.

  Further, at step 5304, based on the lighting color information signal from the traffic signal device, the lighting pattern display of the traffic light according to the imaging timing of the TV camera 1429 is associated with the captured video signal at the determined position. Records in the circulating recording device 1417. In step 5305, it is determined whether or not the recording operation of the circular recording device 1417 has been stopped. If it is determined that the recording operation has not been stopped, the process returns to step 5300. If it is determined that the recording operation has been stopped, the process ends. .

  In the above operation example, when it is first determined in step 5300 that the signal from the traffic signal device is equal to or higher than the predetermined level, the operation after step 5301 is performed, but instead of the step 5300, the in-vehicle GPS receiver 1420 is performed. The vehicle position obtained from the above is mapped on the vehicle-mounted electronic map, or the intersection position information data obtained from the GPS receiver 9f via the transmitter 9c and the transmission antenna 9d and the vehicle-mounted GPS receiver 1420 are obtained. By comparing the own vehicle position data, the distance from the own vehicle to the intersection may be measured, and it may be determined whether or not the measured distance is a predetermined length or less. Then, if it is determined that the length is equal to or shorter than the predetermined length, the operation after step 5301 may be performed.

  In FIG. 3, if there is a considerable distance from the TV camera 1429 to the intersection, the traffic light 9n in the front is captured within the field of view of the TV camera 1429, and thereby the lighting color of the traffic light 9n can be confirmed. Since the traffic light 9n in front of the camera is outside the field of view of the TV camera 1429 as it approaches, the video of the TV camera 1429 and the traffic light lighting color information immediately before the accident can be superimposed and confirmed as in the present invention. Thus, the lighting color of the traffic light can be confirmed extremely easily and more reliably.

Note that the TV camera 1430 can also be confirmed in the same manner as described above when an impact is generated at the rear of the automobile.
According to the second embodiment, in addition to the operational effects of the first embodiment described above, for example, 10 seconds before the airbag operation signal 2a and the impact signal 1ra arrive at the circulation recording device 1417. The video / audio signals from before, for example, up to 10 seconds after the arrival, are recorded and held together with the lighting color information of each traffic light. Therefore, it is possible to investigate the cause of the occurrence of a traffic accident more accurately using the held video signal. In addition, in order to prevent accidents by using a warning device that issues a warning in advance to an erroneous entry to an intersection due to an oversight of a red light using the received traffic light lighting color information. This warning can be issued to the driver, or an automobile braking device can be operated in conjunction with the warning to avoid an accident.

  FIG. 5 is a block diagram showing the configuration of the third embodiment of the present invention. Components identical with those shown in FIG. 1 are designated by like reference characters. In this figure, for example, a speedometer indicating the speed of the car, a steering wheel as a braking device for controlling the degree of the car's rolling, and a speed reducer for reducing the speed of the car. The driving device 17 such as a brake pedal for controlling the operation of the vehicle has a device for monitoring the state and situation thereof, that is, the operation state / braking operation state, and various monitor information (operation state) obtained from the driving device 17 (Brake operation status monitor information), for example, driving information 17a such as vehicle speed, steering angle, stop lamp lighting, etc. is supplied to the drive recorder 1411 and used for driving management. At the same time, the driving information pattern generator 19 generates a vehicle speed / steering angle / stop lamp lighting pattern signal in accordance with the driving information 17a and superimposes it on the blank portion of the video imaged by the front TV camera 1429 by the video mixer 12. Is done. Then, a video signal in which the vehicle speed, the steering angle, and the stop lamp lighting pattern are displayed in the margin by superimposition is supplied to the circulation recording device 1417 and recorded.

  Note that the above-described automobile 1433 may be provided with a sensor device for confirming the situation of the passengers riding in the automobile, and recorded in the circulation recording device 1417 according to the output result of the sensor device. As the sensor device, for example, an imaging device for imaging a passenger may be used, or the above-described mobile phone may be used.

As described above, by recording video signals in the circular recording device 1417, the recorded video signals can be transmitted to the center 30.
Note that the vehicle speed / steering angle / stop lamp lighting pattern 14a shown in FIG. 3 shows an example of the pattern display by the superimposed video signal. According to this embodiment, the vehicle speed / steering angle / stop lamp lighting pattern 14a is related to the video of the TV camera. The traffic light lighting color information and car driving information can be checked at the same time.

  Regardless of the above description, the present invention can be regarded as the scope of the present invention to which various configurations are added. For example, position information / time information can be obtained from positioning means other than a GPS receiver alone or Acquired in combination, circulating recording device, playback command switch, and monitor terminal are stored in a TV camera or emergency call control device in a lump or distributed, and the front TV camera is used for detecting the white line on the road or between the front car It can also be used for distance measurement. Alternatively, the rear TV camera can be used for rearward confirmation when entering a garage or parking. Further, the traffic light lighting color information receiver 10 can be used for signal oversight warning. Further, the position information / time information, the traffic light color information, and the operation information may be supplied to and recorded in the circulation recording device as data without patterning / characterizing.

  The moving object may be an object that moves not only on the ground but also on the water or in the air. Moreover, even if various communication facilities are used as the wireless transmission facility without being limited to the portable wireless telephone, the notification system of the present invention can be realized.

  In the present invention, the video signal 7fa and the video signal 7ra may be recorded and held according to the detection result of one of the impact sensor 1401f and the impact sensor 1401r, or depending on the detection result of the impact sensor 1401f. The video signal 7fa may be recorded and held, and the video signal 7ra may be recorded and held depending on the detection result of the impact sensor 1401r, so that they can be operated independently of each other.

Note that the airbag device 1402 may be a device for protecting not only the passenger but also a vehicle load.
Further, embodiments of the present invention will be described in more detail with reference to the drawings. In FIG. 11 to FIG. 39, the same reference numerals as those in FIG. 1 to FIG. FIG. 11 is a schematic explanatory diagram for schematically illustrating the related parties and related organizations in the emergency system to which the present invention is applied.

  The emergency call center 1301 contracts with an individual, a corporation, or an organization to provide an emergency response processing service when a designated person or a designated vehicle (moving object) is in an accident. Identification information about the service target person or vehicle specified in the contract is registered in the emergency call center 1301. The identification information includes a name, an address, a license number, a mobile phone number, a vehicle registration number, or other identification codes. In the embodiment described with reference to FIGS. 11 to 13, the subject to receive the emergency response processing service at the time of an accident by the emergency call center 1301 is a car driver 1410 and a car 1433 driven by the driver 1410. Hereinafter, the driver 1410 is referred to as a target driver, and the automobile 1433 that the target driver 1410 is driving is referred to as a target automobile (target vehicle). Further, it is assumed that the target driver 1410 has a non-life insurance contract for an accident that occurred while driving in the automobile 1433 with the non-life insurance company A 1341. Assume that the target vehicle 1433 and the partner vehicle 1381 that has caused a collision accident and the driver 1382 are not registered as targets for receiving the emergency response processing service in the event of an accident. Hereinafter, the automobile 1381 and its driver 1382 are referred to as a counterpart car (a counterpart vehicle) and a counterpart driver.

  In the example of this figure, various interrelationships caused by an accident between the target vehicle 1433 of the target driver 1410 and the partner vehicle 1381 of the partner driver 1382 are shown. The “target driver” is a person who receives the notification service of the emergency call center, and in this example, is also an insured person of car insurance. That is, the occurrence of this accident is reported from the target driver 1410 to the emergency call center (reporting service center) 1301. The emergency call center 1301 transmits the location information of the accident vehicle transmitted at the time of the notification to the map company (map information company) 1361, and the map information corresponding to the position information is transmitted from the map company 1361 to the emergency call center 1301. . The emergency call center 1301 confirms the place name and lot number of the location of the accident based on the map information, and if necessary, makes a request for dispatch to one or both of the police organization and the fire fighting organization corresponding to the place name and lot number.

  In addition, the emergency call center 1301 notifies the accident occurrence to the nonlife insurance company A 1341 that has an insurance contract with the target driver 1410. Non-life insurance company A 1341 requests road service company A 1331 and security company 1321 to be dispatched to the accident site. These dispatch requests may be requested from the emergency call center 1301 as necessary.

Furthermore, the emergency call center 1301 outputs an abnormality occurrence notification to the mobile phone company 1351 in response to an accident occurrence notification from the target driver 1410 side.
As described above, when there is a dispatch request or notification of occurrence of an abnormality, the police or the fire fighting organization 1311 dispatches the target driver 1410 with an emergency vehicle, helicopter, etc., and a road service company A 1331 or a security company. From 1321, guards, tow trucks, etc. are dispatched.

  The mobile phone company 1351 that has received the notification of the occurrence of abnormality limits the transmission function of the credit information recorded in the memory of the mobile phone used by the target driver 1410. Therefore, a control signal for performing the restriction is transmitted from the mobile phone company 1351 to the mobile phone, and the credit information transmission of the mobile phone is stopped. The “credit information” is a service received by the owner of the mobile phone using the mobile phone, such as a personal PIN number or a credit card number used in Internet banking or Internet shopping. These numbers may be stored in the memory of the mobile phone, in which case security must be maintained to prevent them from being read by others at any time.

Non-life insurance company A 1341 conducts insurance business for accidents related to accident occurrence reports. For example, a non-life insurance company B that has a contract with the other driver 1382
Compensation negotiations with 1371, notification of insurance application to the target driver 1410, notification of a change in the discount class of insurance premiums related to this accident, and the like.

FIG. 12 is a diagram for explaining an example of information transmission in the emergency system shown in FIG.
In this figure, first, the occurrence of an accident is notified from the target driver 1410 to the emergency notification center 1301. Then, as described above, the location from the emergency call center 1301 to the contact information of the map company 1361, the police or fire department 1311, the property insurance company A 1341, the road service company A 1331, the security company 1321, and the mobile phone company 1351 Communication such as information transmission, dispatch request, accident report, dispatch request and abnormality notification. Note that the communication order from the emergency call center 1301 to each contact shown in FIG. 12 is an example, and any order may be used.

  FIG. 13 is a diagram showing a configuration example of a system using a communication network according to still another embodiment of the present invention. In this figure, the target driver 1410 is on the target vehicle 1433. In the example of this figure, a case where an accident occurs between the target vehicle (registered vehicle) 1433 and the counterpart vehicle 1381 on which the counterpart driver 1382 has boarded is described. The target vehicle 1433 is equipped with an impact sensor 1401, a GPS antenna 1432, an in-vehicle device 1412, and a mobile phone 1421. The “target vehicle” is a target vehicle for which a notification service is received, and reports an accident occurrence to the emergency call center.

  The mobile phone 1421 mounted on the target vehicle 1433 communicates with the transmission / reception device 1302 of the emergency call center 1301 via the communication network 1300. The emergency call center 1301 communicates with the map company 1361, the police or fire department 1311, the property insurance company A 1341, the security company 1321, the road service company A 1331, or the mobile phone company 1351 via the communication network 1300. In addition, the mobile phone company 1351 can communicate with the mobile phone 1421. Further, communication between the non-life insurance company A 1341 and the non-life insurance company B 1371 can be performed via the communication network 1300.

  The emergency call center 1301 includes a transmission / reception device 1302 for performing communication via the communication network 1300, and a communication device 1303 for an operator to make a call is connected to the transmission / reception device 1302. A transmission / reception device 1302, a control device 1305 for performing various controls, a recording device 1306 for recording various files, operation programs, software, and the like, and a display device 1307 for performing input / output operations for an operator are provided via a signal bus 1304. Are connected to each other.

  Regarding the police or fire department 1311 and the non-life insurance company A 1341, as in the case of the emergency call center 1301, the transmission / reception devices 1312, 1342, communication devices 1313, 1342, control devices 1315, 1345, and recording devices 1316, 1346 are also illustrated in this example. , Display devices 1317 and 1347 and signal buses 1314 and 1344, respectively.

  Further, the security company 1321 and the road service company A 1331 include transmission / reception devices 1322 and 1332 and communication devices 1323 and 1333 for performing communication via the communication network 1300, respectively. The mobile phone company 1351 includes a control device 1355 that can perform network control connected to the communication network 1300, and a display device 1357 connected to the control device 1355.

  FIG. 14 is a diagram showing a block configuration of an embodiment in which the present invention is mounted on a moving object. In this figure, the moving object is a target vehicle 1433 on which the target driver 1410 has boarded. The target vehicle 1433 receives an impact sensor 1401 that detects impact energy applied to the target vehicle 1433, and an impact greater than a predetermined amount by the impact sensor 1401, for example, a deceleration greater than the deceleration due to a brake operation, from the outside. When such an impact is detected, an airbag device 1402 that operates for passenger protection is provided.

  The target vehicle 1433 further includes a steering wheel 1409 and a brake pedal 1406 as a braking device operated by the target driver (registered driver) 1410, and a steering wheel (steering) operation angle as a sensor for detecting an operation state of these braking devices. A steering wheel operating angle sensor 1408 and a brake pedal operation state sensor 1405 for detecting a brake pedal operation state. Further, the vehicle has a vehicle speed sensor 1404 that detects the rotational speed of the tire (wheel) 1403 of the target vehicle 1433. As a sensor for detecting the vehicle speed, not only a sensor that detects the rotational speed of the tire 1403 but also a sensor that calculates the speed according to the rotational speed of the axle or the engine rotation itself may be used. Further, the vehicle may have an acceleration sensor 1400 and detect not only the vehicle speed but also its running state according to the acceleration applied to the target vehicle 1433 detected by the acceleration sensor 1400.

  The sensor signals output from the impact sensor 1401, the vehicle speed sensor 1404, the brake pedal operation state sensor 1405, the handle operation angle sensor 1408, and the acceleration sensor 1400, respectively, are drive recorders 1411 for recording the operation state of the target vehicle 1433. The value of each sensor signal is recorded while being associated with the detection time. At the same time, these sensor signals are input to the CPU 1413 of the in-vehicle device 1412 and are subjected to signal processing.

  In addition to the various sensors described above, a predetermined part of the target vehicle 1433, for example, a heat / temperature sensor (hereinafter referred to as a heat sensor) for detecting the amount of heat (heat detection amount) or temperature in a room where the passenger is boarding. 1407). As a result, the temperature inside the vehicle maintains the body temperature of the passenger by detecting abnormal heat generation, for example, an increase in the amount of heat (amount of heat detection) or a temperature rise in the event of a vehicle fire, or a sudden drop in temperature. It is possible to detect a wider range of abnormal states by detecting a temperature drop, such as when the temperature drops to a temperature that hinders the operation. The sensor signal output from the heat / temperature sensor 1407 is also input to the CPU 1413 of the in-vehicle device 1412 and processed in the same manner as the above sensor signal.

  The in-vehicle device 1412 mounted on the target vehicle 1433 constitutes a main part of a device for making a notification from the moving object to the emergency call center 1301 when an abnormality occurs in the moving object. This in-vehicle device 1412 further includes a manual notification button 1415 that can be notified to the emergency notification center 1301 by being pushed down manually, and an indicator 1416 for displaying the state of the in-vehicle device 1412 such as an emergency notification operation state. , A signal bus 1414, a CPU 1413, a video / audio data recording device 1417, a recording device 1418, a wireless device 1419, and a GPS receiver 1420 which are connected to each other via the signal bus 1414.

  Among them, the video / audio data recording device 1417 is the above-described circulation recording device, to which a TV camera 1429 and a TV camera 1430 are connected, and a video signal obtained by imaging with these TV cameras is a video / audio data recording. Input to device 1417 and recorded. The TV camera 1429 is for imaging the front direction of the target vehicle 1433, and a part of the front portion of the target vehicle 1433 is imaged. The TV camera 1430 is for capturing an image of the rear direction of the target vehicle 1433, and a part of the rear portion of the target vehicle 1433 is imaged. In addition, a communication antenna 1431 is connected to the wireless device 1419. The wireless device 1419 receives a signal from the traffic signal device. The received signal includes a traffic signal control signal of the traffic signal device and a video signal obtained by imaging a traffic road such as an intersection where the traffic signal device is installed. The received traffic signal control signal and image signal of traffic road imaging are input to the recording device 1418 and recorded there. Further, a GPS antenna 1432 is connected to the GPS receiver 1420. The GPS receiver 1420 receives the reference signal transmitted from the GPS satellite, thereby generating latitude information, longitude information, altitude information, and time information indicating the position of the target vehicle 1433 when the reference signal is received. The generated information is input to the recording device 1418 and recorded.

  The recording device 1418 records an “emergency call service contract number” corresponding to the target vehicle 1433. Further, a “report destination telephone dial number” which is a communication dial number (telephone dial signal) for calling the emergency call center 1301 may be recorded.

  Further, the in-vehicle device 1412 includes an adapter 1428, and the in-vehicle device 1412 and the mobile phone 1421 are connected via the adapter 1428, and data is transmitted and received between them. Note that the adapter 1428 may be configured so that the in-vehicle device 1412 and the mobile phone 1421 can be connected by wireless communication using a wireless communication function.

  The cellular phone 1421 includes a key button 1425 for an operator input / output operation and a display device 1422, and further includes a transmission / reception device 1423 including a transmission / reception antenna 1424. Each unit of the mobile phone 1421 described above is connected to and controlled by the CPU 1426. The CPU 1426 is connected to the in-vehicle device 1412 via the adapter 1428. Further, a storage device 1427 is connected to the CPU 1426, and various files, operation programs, software, and the like are recorded in the storage device 1427. In this storage device 1427, “mobile phone dial number (local phone dial number)”, which is a communication dial number (telephone dial number) for calling the mobile phone 1421, is recorded. Further, the “notification destination telephone dial number” of the emergency call center 1301 may be recorded.

  FIG. 15 is a diagram showing an example of the operation flow diagram of the present invention shown in FIG. First, in step 1501, the CPU 1413 of the moving object on-vehicle apparatus 1412 determines whether the impact sensor 1401 has detected an impact or whether the manual notification button 1415 has been pressed. If “No”, the determination operation is repeated. If it is determined “Yes”, the process proceeds to step 1502. In step 1502, the recording operation of the video / audio data recording device 1417 is stopped at a predetermined time after the impact detection, for example, 10 seconds after the detection. By doing so, for the video signals from the TV cameras 1429 and 1430 and the video signals sent from the traffic signal device via the wireless device 1419, the video signals of the images captured before and after the impact occurrence time are It is recorded and held in the audio data recording device 1417.

  In the example of this figure, it has been described that the recording is held by the operation according to the detection content of the impact sensor 1401 at Step 1501 and Step 1502, but instead, the recording and holding operation is performed according to the detection content of the thermal sensor 1407. You may do that.

  In step 1502, the in-vehicle device 1412 is dialed via the mobile phone 1421 to the emergency call center 1301 that is the call destination of the recorded “report destination telephone dial number”. By doing so, a communication line is established between the mobile phone 1421 and the emergency call center 1301 via the communication network 1300. Then, after the communication line is established, mutual data communication is performed between them. From the target vehicle 1433 side, an “emergency call service contract number”, “mobile phone dial number”, GPS or the like is transmitted via the mobile phone 1421. “Position information at the time of occurrence of abnormality”, “position information at the time of occurrence of abnormality”, and the like, which are position information and time information at the time of occurrence of an abnormality obtained from the receiving device, are transmitted.

  Next, in step 1503, it is determined whether or not there is a request from the emergency call center 1301 to enter a voice call mode for performing an operation for making a voice call. If there is no request from the center 1301 to enter the voice call mode, the process proceeds to step 1505. If there is a request from the center 1301 to set the voice call mode, the process proceeds to step 1504. In step 1504, a voice call mode is set in which a voice call can be made between the call device 1303 of the center 1301 and the mobile phone 1421. Then, by the voice call, the subject driver 1410 who has boarded the subject vehicle 1433 and the voice call operator of the center 1301 can talk with each other to confirm the accident situation and the accident countermeasure schedule. In addition, after entering the voice call mode, when there is no voice contact from the subject vehicle 1433 from the target vehicle 1433 side for a predetermined time or more, the voice call operator of the center 1301 may be in an unconscious state of the passenger due to an accident. It can be judged that it is expensive. Based on the determination, the voice call operator of the center 1301 can make a subsequent request for dispatch to the police and the fire fighting organization 1311.

  In this embodiment, the voice call operator on the center 1301 side makes a call with the target driver 1410 using the call device 1303. However, the present invention is not limited to this, and the target driver 1410 is connected to the center 1301 side. And an artificial intelligence (not shown) that can determine the above-mentioned possibility and connect the artificial intelligence to the transmitting / receiving device 1302. Then, the artificial intelligence may make a call with the target driver 1410 in the same manner as the voice call operator described above and make the above determination. This artificial intelligence includes a computer, software executed on the computer, an input / output interface that connects the computer and peripheral devices, a man-machine interface, and a sensor.

  Next, in step 1505, a video data transmission request from the emergency call center 1301, that is, video signals from the TV cameras 1429 and 1430 recorded before and after the impact occurrence and video from the traffic signal device recorded and held in step 1502. It is determined whether or not there is a request to transmit a signal to the emergency call center 1301. Note that this transmission request is made on the center 1301 side when it is necessary to transmit the recorded video signal from the target vehicle 1433 side to the center 1301 side in view of the data communication content in step 1502 and the voice call content in step 1504. When the determination is made, it is performed by receiving a transmission request signal from the center 1301. If there is no request from the center 1301 to transmit the recorded video data to the center 1301, the processing of this flow ends. If there is a request from the center 1301 to transmit the recorded video data to the center 1301, the process proceeds to step 1506. In step 1506, the video signal recorded in the video / audio data recording device 1417 of the in-vehicle device 1412 is transmitted to the emergency notification center 1301 via the mobile phone 1421. Then, the process of this flow is finished.

  FIG. 16 is a diagram showing a first half of an example of an operation flow diagram of the emergency call center 1301 according to the present invention. FIG. 17 is a diagram showing the latter half of an example of the operation flow diagram of the emergency call center 1301 related to FIG. In the flowchart shown in FIG. 16, first, in step 1601, the control device 1305 of the emergency call center 1301 determines whether or not a communication line has been established between the target vehicle 1433 and the center 1301. It is determined that there is an emergency call when a communication line is established between the emergency call center 1301 and the mobile phone 1421 of the target vehicle 1433 via the communication network 1300. If the determination is “No”, the determination operation is repeated. If “Yes” is determined in the determination, the process proceeds to step 1602. In step 1602, the transmitter / receiver 1302 of the emergency center 1301 uses the established communication line and the “emergency call service contract number” stored in the recording device 1418 of the in-vehicle device 1412 and the “mobile phone dial number” of the mobile phone 1421. "As an ID data signal or" automatic report / manual report identification information ". The received signal is recorded in the recording device 1306 from the transceiver 1302 via the signal bus 1304, and the ID data signal of the received signal is confirmed by the control device 1305 in step 1603. The confirmed ID data The received signal is compared with the information related to the signal and held in advance in the emergency call service contract content database in the recording device 1306.

  Next, in step 1604, the mobile phone company 1351 related to the received “mobile phone dial number” of the mobile phone 1421 receives an accident in the mobile phone 1421 of the “mobile phone dial number” and the “mobile phone dial number”. Report what happened. The mobile phone company 1351 that has received this report has the “mobile phone dial number” in the communication network 1300 or when the mobile phone holds credit information related to financial transactions, for example. The mobile phone 1421 performs control for temporarily prohibiting the operation of transmitting the credit information to the outside of the mobile phone or displaying it on the display device. This notification is automatically transmitted as a notification number in response to the confirmation of the ID data from the mobile phone 1421 in step 1603, or the operator (voice call operator) can speak and call Tell them.

  Next, in step 1605, a signal for requesting to switch to the voice call mode is transmitted from the center 1301 side to the mobile phone 1421 side. If the voice call mode is established by the mobile phone 1421 or the in-vehicle device 1412 in response to the request signal in step 1606, the target driver 1410 boarding the target vehicle 1433 and the voice call operator of the center 1301 have a conversation. This is an operating state that can be performed. Next, in step 1607, if there is a voice response from the target driver 1410 or another passenger or the like to the call from the voice call operator of the center 1301, the response is sent in the next step 1608. Confirmation of the caller's identity and password confirmation are performed by voice.

  In step 1609, the name of the caller confirmed by voice is stored in the emergency call service contract content database in the recording device 1306 of the emergency call center 1301, and the registered driver name list corresponding to the ID data signal is stored. In the next step 1610, the voice call operator formulates a method for dealing with the accident by, for example, confirming the accident status through a voice call in the next step 1610. Then, based on the prepared countermeasure, it is determined in the next step 1611 whether or not it is necessary to obtain the recorded video data. If it is determined that it is not necessary to obtain the recorded video data, the flow continues to the next symbol A. If it is determined that the recorded video data needs to be obtained, the flow continues to the next symbol B.

  Note that if there is no response from the driver or the like in step 1607 described above, and if the name of the caller is not registered in the registered driver name list in step 1609 described above, In this case, the flow of symbol B is followed.

  In the flowchart shown in FIG. 17, as processing subsequent to the symbol B, first, in Step 1612, a request signal for requesting transmission of the video signal held on the target vehicle 1433 side is sent to the emergency center 1301. Transmission / reception device 1302 transmits to mobile phone 1421 via communication network 1300. In step 1613, the video signal recorded in the video / audio data recording device 1417 of the in-vehicle device 1412 according to the request signal received by the mobile phone 1421 is transmitted via the mobile phone 1421. The transmitted video signal is received by the transceiver 1302 of the emergency center 1301. In step 1614, the video signal received by the transceiver 1302 is recorded in the recording device 1306 via the signal bus 1304, and an image based on the video signal is displayed on the display device 1307. Confirm the contents and formulate or re-determine countermeasures according to the confirmation results. Then, after the step 1614, processing subsequent to the symbol A described below is performed.

  As the processing subsequent to the symbol A, in step 1615, various processing is executed based on the coping method formulated according to the processing so far. Next, the details of the processing in step 1615 will be described in detail. The processing in step 1615 is executed by an operator or a computer (artificial intelligence).

  FIG. 18 is a diagram showing a first half of an example of an operation flow diagram for explaining the operation flow of the emergency call center 1301 in step 1615 shown in FIG. 17 in more detail. FIG. 19 is a diagram illustrating the latter half of the example of the operation flow diagram relating to FIG. In the flowchart shown in FIG. 18, first, in step 1801, it is searched whether or not map information corresponding to the “position information” received and recorded from the target vehicle 1433 side is already recorded in the recording device 1306. Next, if it is determined in step 1802 that there is recorded map information, the process proceeds to step 1805. If it is determined that there is no recorded map information, the process proceeds to step 1803. In step 1803, the “location information” recorded from the transmission / reception device 1302 to the recording device 1306 is transmitted to the map company 1361 via the communication network 1300. In step 1804, the map information transmitted from the map company 1361 via the communication network 1300 is received by the transmission / reception device 1302, and the received map information is input to the recording device 1306 via the signal bus 1304 for recording. The display device 1307 displays a map based on the information. In step 1805, the place name and place number related to the “position information” are extracted from the map information received from the map information company 1361 or the map information previously held in the recording device 1306, and the extracted place name is extracted. And the lot number are displayed on the display device 1307.

  Next, in step 1806, it is determined whether or not it is necessary to make a request for dispatch to the police or the fire fighting organization based on the above-described countermeasures. If it is determined that it is necessary to make a request for dispatch, the process proceeds to step 1807. Move. In step 1807, the communication network 1300 sends an outgoing request signal including information recorded in the recording device 1306 of the emergency call center 1301, such as “location information”, “error occurrence time information”, “video data”, and the like. To the police or fire brigade organization 1311. Alternatively, a report is also made by voice call. Note that either the police organization or the fire fighting organization may be notified, or both may be notified.

  In step 1808, it is determined whether or not it is necessary to make a request for dispatch to the road service company based on the above-described countermeasures. If it is determined that a request for dispatch is necessary, the process proceeds to step 1809. In step 1809, a dispatch request signal that is recorded in the recording device 1306 of the emergency call center 1301 and that includes “location information”, “abnormality occurrence time information”, and the like is transmitted via the communication network 1300 to a road service company A 1331. Alternatively, a report is also made by voice call.

  Further, in step 1810 following the symbol C shown in FIG. 19, it is determined whether or not it is necessary to request the security company to dispatch based on the above-described countermeasures, and it is determined that it is necessary to request the dispatch. Then, the process proceeds to step 1811. In step 1811, a dispatch request signal that is recorded in the recording device 1306 of the emergency call center 1301 and that includes “location information”, “abnormality occurrence time information”, and the like is sent to the security company 1321, for example, via the communication network 1300. Send. Alternatively, a report is also made by voice call.

  Next, when the road service company or the security company has requested the dispatch, respectively, the road service company A 1331 and the security company 1321 respectively transmit them via the communication network 1300 as shown in steps 1812 to 1815. The dispatch result report is received by the transmission / reception device 1302 and input to the recording device 1306 via the signal bus 1304 and recorded.

FIG. 20 is a diagram showing an example of an operation flow diagram when the reporting system using the present invention is applied to a police organization or a fire fighting organization 1311.
In the flowchart shown in FIG. 20, first, in step 2001, the control device 1315 of the police organization or the fire fighting organization 1311 determines whether or not there is a dispatch request (or reception of a dispatch request signal) from the emergency call center 1301. To do. For example, a communication line is established between the police organization or fire department 1311 and the emergency call center 1301 via the communication network 1300, and it is determined that there is a turnout request by receiving a turnout request signal through the communication line. If the determination is “No”, the determination operation is repeated. If it is determined “Yes”, the process proceeds to step 2002. In step 2002, the transmitter / receiver 1312 of the police organization or the fire brigade organization 1311 uses the established communication line to store information related to the dispatch request held in the recording device 1306 of the emergency center 1301, for example, “location information”. , “Abnormality time information”, “video data”, and the like are received. In step 2003, the situation of the accident related to the dispatch request is grasped based on the received information.

  In step 2004, it is determined whether or not there is a dispatch status notification request from the non-life insurance company. For example, when a communication line is established between the non-life insurance company A 1341 and the police organization or the fire fighting organization 1311 via the communication network 1300, and a dispatch status notification request signal is received by receiving a dispatch status notification request signal through the communication line. To be judged. If it is determined that there is a request for communication, in step 2005, the above-mentioned communication line or a line for which the communication line has been reestablished is transmitted to the non-life insurance company that requested the dispatch status notification, in this example, the non-life insurance company A 1341. The information for communication of the dispatch status is transmitted via.

  In step 2006, based on the information relating to the dispatch request received from the emergency call center 1301 and the dispatch result, the cause investigation analysis of the accident is performed, and an accident survey document regarding the accident is created.

  In step 2007, it is determined whether or not there is a response request from the non-life insurance company for accident-related information, for example, content information of an accident investigation document. For example, a communication line is established between the non-life insurance company A 1341 and the police or fire department 1311 via the communication network 1300, and an accident related information response request is received by receiving an accident related information response request signal through the communication line. It is judged that there is. If it is determined that there is a response request, in step 2008, in this example, the accident related information is transmitted to the non-life insurance company A 1341 via the communication line described above or the line for which the communication line has been established again. To do.

FIG. 21 is a diagram showing an example of an operation flow diagram when the reporting system using the present invention is applied to the security company 1321.
In the flowchart shown in FIG. 21, first, in step 2101, it is determined whether or not there is a request for dispatch from the emergency call center 1301 or the nonlife insurance company A 1341. For example, by establishing a communication line between the emergency call center 1301 and the security company 1321 or between the non-life insurance company A 1341 and the security company 1321 via the communication network 1300 and receiving a dispatch request signal through the communication line It is determined that there is a request for dispatch. If the determination is “No”, the determination operation is repeated. If “Yes” is determined in the determination, the process proceeds to Step 2102. In step 2102, the transmitter / receiver 1322 of the security company 1321 uses the established communication line to store information related to the dispatch request held in the recording device 1306 of the emergency center 1301, such as “location information”, “abnormal” "Occurrence time information" etc. are received. Then, in step 2103, based on the received information, the situation of the accident related to the dispatch request is grasped, and the dispatch for security according to the accident situation is performed. In step 2104, the dispatch request source, in this example, the emergency call center 1301 or the non-life insurance company A 1341, is used to notify the dispatch result via the communication line described above or the line that has established the communication line again. Send information.

FIG. 22 is a diagram showing an example of an operation flowchart when the notification system using the present invention is applied to the road service company A 1331.
In the flowchart shown in FIG. 22, first, in step 2201, it is determined whether or not there is a request for dispatch from the emergency call center 1301 or the nonlife insurance company A 1341. For example, a communication line is established between the emergency call center 1301 and the road service company A 1331 or between the non-life insurance company A 1341 and the road service company A 1331 via the communication network 1300, and a dispatch request signal is transmitted through the communication line. By receiving it, it is determined that there is a dispatch request. If the determination is “No”, the determination operation is repeated. If it is determined as “Yes”, the process proceeds to Step 2202. In step 2202, the transmitter / receiver 1332 of the road service company A 1331 uses the established communication line to store information related to the dispatch request held in the recording device 1306 of the emergency center 1301, for example, “location information”, Receives “abnormality time information” and the like. Then, in step 2203, based on the received information, the situation of the accident related to the dispatch request is grasped, and a dispatch service for a road service according to the accident situation, for example, a tow movement service for an accident vehicle is performed. . In step 2204, the dispatch request source, in this example, the emergency call center 1301 or the non-life insurance company A 1341, is notified of the dispatch result via the communication line described above or the line established again. Send information. The dispatch result report is to inform the fact that the dispatch has been made, the dispatch time, the number of dispatched vehicles, the accident situation at the dispatch site and the contents of the accident processing.

  FIG. 23 is a diagram showing a head portion of an example of an operation flow diagram when the reporting system using the present invention is applied to a non-life insurance company. FIG. 24 is a diagram showing an intermediate part of an example of the operation flow diagram relating to FIG. 23, and FIG. 25 is a diagram showing the remaining part of the example of the operation flowchart relating to FIG. 23 and FIG. Hereinafter, the operation content of the non-life insurance company A 1341 in charge of insurance work for the target vehicle 1433 will be described. In the flowchart shown in FIG. 23, first, in step 2301, the control device 1345 of the nonlife insurance company A 1341 determines whether or not there is an accident occurrence notification from the emergency notification center 1301. For example, a communication line is established between the transmission / reception device 1302 of the emergency call center 1301 and the transmission / reception device 1342 of the nonlife insurance company A 1341 via the communication network 1300, and a predetermined accident occurrence notification signal is received through the communication line. Judge that there is an accident report. If the determination is “No”, the determination operation is repeated.

  If “Yes” is determined in the determination, the process proceeds to Step 2302. In step 2302, various information held in the recording device 1406 of the emergency call center 1301 by the transmission / reception device 1324 through the established communication line, for example, the “emergency call service contract number” or the corresponding target vehicle 1433 unique to it. “Number plate number”, “Target automobile insurance policy number”, “Mobile phone dial number” of the mobile phone 1421, “Location information”, “Abnormal time information”, “Video” transmitted from the target vehicle 1433 side Data "or the like is received from the emergency call center 1301 as a received signal. The received signal is recorded in the recording device 1346 via the signal bus 1344. In step 2303, the control device 1345 compares the content of the received signal with related information held in the non-life insurance policy content database in the recording device 1346, and also grasps the situation of the accident based on the received information content. Is called.

  Then, in response to the examination results such as grasping the situation and confirming the contents of the non-life insurance contract, as shown in step 2304 to step 2310 in FIG. 24, a dispatch request is made to the police, the fire fighting organization, the road service company, or the security company. . Therefore, the dispatch request signal is transmitted to the police or the fire fighting organization 1311, the road service company A 1341, and the security company 1321 through the communication network 1300, respectively. These operations are the same as those described above from step 1806 in FIG. 18 to step 1811 in FIG.

  That is, in step 2304, it is determined whether or not it is necessary to make a request for dispatch to the police or the fire fighting organization based on the above examination result. If it is determined that it is necessary to make a request for dispatch, the process proceeds to step 2305. In step 2305, a dispatch request signal including information received from the emergency call center 1301, for example, “location information”, “abnormality time information”, “video data”, etc. is sent via the communication network 1300 to the police or fire department. 1311. Alternatively, a report is also made by voice call. Note that either the police organization or the fire fighting organization may be notified, or both may be notified. In step 2306, a report of the dispatch status result is received from the police or the fire fighting organization.

  In step 2307, it is determined whether or not it is necessary to make a request for dispatch to the road service company based on the above-described examination results. If it is determined that a request for dispatch is necessary, the process proceeds to step 2308. In step 2308, a dispatch request signal including information received from the emergency call center 1301, for example, “location information”, “abnormality time information”, and the like is transmitted to the road service company A 1331 via the communication network 1300. To do. Alternatively, a report is also made by voice call.

  Also, in step 2309 in FIG. 24, it is determined whether or not it is necessary to make a call request to the security company based on the above-described countermeasures, and if it is determined that there is a need to call out, the flow proceeds to step 2310. Move. In step 2310, a dispatch request signal including information received from the emergency call center 1301, for example, “location information”, “abnormality time information”, and the like is transmitted to the security company 1321, for example, via the communication network 1300. Alternatively, a report is also made by voice call.

  If there is a request for dispatch to the road service company or the security company, as shown in steps 2311 to 2314, the dispatch service transmitted from the road service company A 1331 or the security company 1321 via the communication network 1300, respectively. The result report is received by the transmission / reception device 1342 and input to the recording device 1346 via the signal bus 1344 and recorded.

  Further, in steps 2315 to 2320 in FIG. 25, the operation when the accident insurance company A 1341 obtains accident-related information from the emergency call center 1301 or the police or the fire fighting organization 1311 as necessary is described.

  First, in step 2315, it is determined whether or not accident related information is requested from the emergency call center 1301. If it is determined that the information needs to be obtained, in step 2316 a request signal for requesting transmission of the accident related information held on the emergency center 1301 side is sent to the transmission / reception device 1342 of the nonlife insurance company A 1341. To the transmitter / receiver 1302 of the emergency center 1301 via the communication network 1300. In step 2317, the accident related information recorded in the recording device 1306 of the emergency center 1301 in response to the request signal received by the transmitting / receiving device 1302 of the emergency center 1301 is transmitted via the transmission / reception device 1302. The transmitted information is received by the transmission / reception device 1342 of the nonlife insurance company A 1341. The received accident-related information is input from the transmission / reception device 1342 of the non-life insurance company A 1341 to the recording device 1346 via the signal bus 1344 and recorded, and the content is displayed on the display device 1347.

  In step 2318, it is determined whether or not to request accident-related information such as the cause of the accident from the police or the fire fighting organization 1311. If it is determined that the information needs to be obtained, in step 2319, a request signal for requesting transmission of accident-related information held by the police or the fire fighting organization 1311 is sent to and received from the non-life insurance company A 1341. The data is transmitted from the device 1342 to the transmission / reception device 1312 of the police or the fire fighting organization 1311 via the communication network 1300. In step 2320, the accident-related information recorded in the recording device 1316 of the police or fire department 1311 is transmitted via the transmission / reception device 1312 in response to the request signal received by the transmission / reception device 1312 of the police or fire organization 1311. . The transmitted information is received by the transmission / reception device 1342 of the nonlife insurance company A 1341. The received accident-related information is input from the transmission / reception device 1342 of the non-life insurance company A 1341 to the recording device 1346 via the signal bus 1344 and recorded, and the content is displayed on the display device 1347.

  In the next step 2321, based on the received accident related information, the received recorded video signal, the related information in the non-life insurance policy content database held by the recording device 1346, etc., Compensation negotiations with non-life insurance company B 1371, assessment of the amount of damage related to the accident, and determination of health discount grade change, and the contents of insurance business processing processed in step 2321 in the next step 2322 Various notifications based on the above, for example, a discount class change notification or the like is transmitted to the target driver 1410 via the communication network 1300. Alternatively, notification may be made by voice call. Note that the determination processing in steps 2304, 2307, 2309, 2311, 2315, and 2318 is performed by an operator or a computer (artificial intelligence).

FIG. 26 is a flowchart for explaining another example of information transmission in the emergency system to which the present invention is applied.
In this figure, from the left of the top row, the relevant driver 1410, emergency call center 1301, police or fire department 1311 police station or fire department, non-life insurance company A 1341, road service company A 1331 Names are listed. Furthermore, the operation content for each related party and related organization is listed below each name. Further, by connecting the operation contents with arrows, the relationship between the connected operation contents is shown. By doing so, the relationship of information transmission between each related party and related organizations is explained.

  FIG. 27 shows a configuration diagram of a data file of the recording device 1306 of the emergency call center 1301 according to the present invention. Here, in the recording device 1306, a data file that holds the relevant information from the beginning of the emergency call service contract between the contractor, for example, the target driver 1410 and the emergency call center 1301 is registered. Examples of such data files include an “emergency call service contract data file” 1306-1, a “call phone data file” 1306-2, a “vehicle user data file” 1306-3, and the like. Further, as data files that hold data received or generated after the accident occurrence notification from the target driver 1410, “notification incoming date / time minute / second data file” 1306-4 and “report point data file” 1306-5 "Received video / audio data file" 1306-6 and the like are registered.

  FIG. 28 shows a data file diagram of the recording device 1346 of the nonlife insurance company A 1341 according to the present invention. Here, in the recording device 1346, a data file that holds the relevant information from the beginning of a non-life insurance contract between a contractor, for example, the target driver 1410 and the non-life insurance company A 1341, is registered. As such data files, there are a “Non-life insurance data file” 1346-1, a “vehicle verification description content data file” 1346-2, a “vehicle user data file” 1346-3, and the like. In addition, as data files for holding data received or generated after the accident occurrence notification from the target driver 1410, “notification incoming date / time minute / second data file” 1346-4 and “report point data file” 1346-5 "Received video / audio data file" 1346-6 and the like are registered.

  29A and 29B are diagrams showing examples of input / output screens of the display device 1307 used for the operator's input / output device in the emergency call center 1301 according to the present invention. This figure shows an example of an entry / exit screen when an accident occurrence notification is made from the target vehicle 1433 side to the emergency notification center 1301. 29 are both input / output screen examples of the display device 1307. In these figures, some display contents are displayed in common. In addition, there is a display content that is displayed in one of the drawings and not displayed in the other. The screen shown in the upper diagram and the screen shown in the lower diagram can be switched and displayed. In addition, the screen content may be displayed in another combination other than the combination of display contents shown in the upper diagram or the lower diagram. For example, all the display contents may be displayed on the screen at the same time. Further, the display contents may be switched by scroll display. These display switching functions can be performed in the same manner in all the input / output screen examples.

  In the example shown in FIGS. 29A and 29B, the display contents are seven display windows, that is, “report details”, “target vehicle registration information”, “received video”, “emergency dispatch request”, “ Displayed for each "insurance company", "security company", and "road service".

  In the “report details” window 3391 in FIG. 29A, the report is automatically performed based on the “automatic report / manual report identification information” transmitted from the target vehicle 1433 side by the above-described accident occurrence report operation. Whether it was done manually or not. Further, the time at which the notification arrives is detected and the detection result is recorded in the recording device 1306, thereby displaying the notification arrival time. Further, the report telephone dial number is displayed by the “mobile telephone dial number” of the cellular phone 1421 received in connection with the report and recorded in the recording device 1306. Further, the reported location latitude / longitude information is displayed by the “position information (position information at the time of occurrence of abnormality)” received and recorded in the recording device 1306. Further, the name of the caller confirmed in the voice call mode is input as a self-reported reporter name or is recognized by voice, and the name obtained as a result of the input or voice recognition is recorded in the recording device 1306. Whether the name obtained from the input or voice recognition result is recorded in the recording device 1306 and is registered in the registered driver name list related to the notification-related target vehicle 1433. Detected, and the detection result is displayed as being present or absent.

  Similarly, a confirmation result as to whether or not the password entered by the caller himself orally via the mobile phone is correct is inputted, and the inputted good / bad result is recorded in the recording device 1306 and displayed. Furthermore, the map information related to the “abnormality occurrence position information” is searched, and a map corresponding to the search result is displayed. By operating the map information acquisition button 3306, a “map information acquisition” window 3491 shown in FIG. 30 is displayed, whereby a map information search can be performed. Further, the place name and address of the reporting point extracted by the map information are displayed. Note that the conversation contents of the target driver 1410 by voice call and the voice call operator of the center 1301 are converted into text by voice recognition, and the text is displayed in the notification dialog list. Further, a conversation by voice call can be recorded, and the voice can be reproduced by operating the recording / reproducing button 3308.

  In the “target vehicle registration information” window 3392 in FIG. 29B, various registration information related to the target vehicle 1433 that is the target of the notification service and recorded in advance in the recording device 1306 is displayed in relation to the above-described notification. The registration information includes “Emergency Call Service Contract Number”, “Contract Status”, “Theft Contact”, “Vehicle Registration Number”, “Vehicle Type”, “Body Color”, “Owner Name”, “Ownership” Contact information ”and“ registered driver name list ”.

  In the “received video” window 3393 of FIG. 29B, the video content is displayed based on the video / audio data transmitted from the target vehicle 1433 side. In the example of this figure, the forward video captured by the TV camera 1429 of the target vehicle 1433 is selected and displayed by operating the forward video button 3304. In addition, the traffic light lighting color, driving information, and the front part of the target vehicle are also displayed. Also, an image of the opponent vehicle is displayed on the right hand of the screen. This video information can be reproduced as a moving image by operating the reverse reproduction button 3301 or the forward reproduction button 3302. In addition, it is possible to display a still image with a desired video content by using the primary stop button 3303. The “received video” window 3393 is displayed in common in FIGS. 29A and 29B. In this way, since a video including a video of a part of the target vehicle 1433 before and after the occurrence of an abnormality can be confirmed at the remote emergency call center, more appropriate depending on the confirmation content. You will be able to quickly select the content of reporting work and concentrate on more effective work.

  In the “emergency dispatch request” window 3394 shown in FIG. 29B, the police station and the fire station as the dispatch request destination recorded in advance in the database are selected according to the “abnormality occurrence location information”, and the selected police station is selected. And the name of the fire department. Then, after confirming the display contents, if the police station or the fire station is good, the information transmission button 3309 or 3310 is operated to display the “information transmission” window 3591 in FIG. 31, which is used to request a dispatch. be able to. It should be noted that the conversation contents obtained by text conversion by voice recognition of voice communication between the voice call operator of the center 1301 and the call request destination of the center 1301 by voice call, and transmission / reception data between the emergency communication center 1301 and the call request destination, Text can be displayed in the request communication log list.

  In the “insurance company” window 3395 of FIG. 29A, the name of the non-life insurance company recorded in advance related to the accident report is displayed, and after confirming the display content, the information transmission button 3309 is operated. Then, an “information transmission” window 3591 shown in FIG. 31 is displayed, and an accident report can be made using the window. The text conversion is performed by inputting or recognizing voice communication between the emergency communication center 1301 and the non-life insurance company of the report destination and voice communication between the voice call operator of the center 1301 and the report destination by voice call. The conversation content obtained can be displayed as text in the contact log list.

  In the “security company” window 3396 and the “road service” window 3397 in FIG. 29B, each of the security company candidate search button 3311 and the road service company candidate search button 3312 is operated, respectively. Candidate search windows 3691 and 3791 are displayed, and it is possible to make a turnout request using them. In addition, the presence / absence of “instructed / not instructed to give priority to insurance company”, which is recorded in the database, is displayed. According to the indication, the insurance company is contacted before contacting the security company or road service company. I can confirm that it is necessary.

FIG. 30 is a diagram showing an input / output screen example of the display device 1307 used for the input / output device in the emergency call center 1301 according to the present invention.
The “get map information” window 3491 shown in FIG. 30 is displayed by operating the get map button 3306 in the “report details” window 3391 in FIG. 29A as described above. This window 3491 is used to search for map information. That is, the map information related to the “location information at the time of occurrence of abnormality” is searched from the map information database in the center recorded in the recording device 1306. If the relevant map information is not found by the search, the map information company connection button 3401 is operated to operate the emergency call center 1301 and the map company (map information company) 1361 via the communication network 1300. Establish a communication line. Communication is started through the established communication line. First, “location information at the time of occurrence of abnormality” recorded in the recording device 1306 of the emergency call center 1301 is transmitted to the map company 1361. In the map company 1361, the map information related to the received “location information at the time of occurrence of abnormality” is searched from the held map database. Then, the searched map information is transmitted from the map company 1361 and received by the emergency call center 1301. After the reception, the above-described communication line establishment is canceled and communication is terminated.

  The received map information is displayed in the “acquisition result from map information company” display area of the window 3491. In addition, by receiving the map information, the map information is automatically associated with the transmitted “location information at the time of abnormality” and the additional data in the map information database in the center is stored in the recording device 1306 of the emergency communication center 1301. It may be recorded as. In addition, by dragging the map information display displayed in the “results obtained from the map information company” display area to the “search results from the center map information database” display area, it is also recorded as additional data. Also good. When the operation is finished, an OK button 3402 is operated to close this window 3491.

FIG. 31 is a diagram showing an input / output screen example of the display device 1307 used for the input / output device in the emergency call center 1301 according to the present invention.
The “information transmission” window 3591 shown in this figure is displayed by operating the information transmission buttons 3309 and 3310 of the “emergency dispatch request” window 3394 and the information transmission button 3307 of the “insurance company” window 3395 as described above. . This window 3591 performs an information transmission operation. That is, by operating the video data communication button 3501 or the videoless data communication button 3502, a communication line is established between the emergency call center 1301 and any one of the police station, the fire station, and the insurance company via the communication network 1300. Establish. Communication is started through the established communication line, and predetermined information is transmitted and received. It should be noted that voice communication operations may be mutually possible during and after information transmission / reception. Here, the video 3505 is an image obtained by receiving and displaying an image obtained by capturing a voice caller on the other side of the voice call, thereby making a call while confirming the shape of the other party's caller. When the information transmission / reception or voice call operation is completed, the OK button 3504 is operated to close the window 3591. In addition, when the process is to be terminated halfway, a cancel button 3503 can be operated to interrupt the processing operation and close the window 3591.

FIG. 32 is a diagram showing an input / output screen example of the display device 1307 used for the input / output device in the emergency call center 1301 according to the present invention.
The “security company candidate search” window 3691 shown in this figure is displayed by operating the security company candidate search button 3311 of the “security company” window 3396 as described above. The window 3691 is used to determine the security company that is requested to be dispatched, and to perform a contact operation to the determined security company. That is, a candidate for a security company is searched according to the accident report. And the name of the security company which becomes the searched candidate and the contact button corresponding to the candidate are displayed. FIG. 32 shows an example in which three candidates are listed and displayed. First, the name of a contract security company, which is a security company contracted according to the target vehicle 1433, is searched from a previously recorded database and displayed, and a contact button 3601 corresponding to the name is displayed. Next, in accordance with “abnormality occurrence position information”, for example, a security company existing near the position indicated by the position information is designated as a proxy security company, or it will be described later. Search from related information on other companies' sites via the network.

  Then, the name of the searched security company and a corresponding contact button 3602 are displayed. Similarly, the name of a security company searched for as another proxy security company and a contact button 3603 corresponding to the name are displayed. When searching for a security company that can be substituted, a communication line is established between the emergency call center 1301 and the security company, and a transmission is made from the emergency call center 1301 to inquire whether the substitution is possible. You may receive a reply to your inquiry. By doing so, it is determined whether or not the security company can act on the basis of the contents of the reply, and whether or not the security company is listed in the “security company candidate search” window 3691 according to the determination result. Further, it may be determined.

  Then, of the contact buttons 3601 to 3603, the contact button corresponding to the security company to be dispatched is operated. By doing so, a communication line is established between the emergency call center 1301 and the security company via the communication network 1300, and information is transmitted and received. Or contact by voice call. When the information transmission / reception or voice call operation is completed, the OK button 3604 is operated to close this window 3691.

FIG. 33 is a diagram showing an input / output screen example of the display device 1307 used for the input / output device in the emergency call center 1301 according to the present invention.
The “road service company candidate search” window 3791 shown in this figure is displayed by operating the road service company candidate search button 3312 in the “road service company” window 3397 as described above. From this window 3791, the road service company that requests the dispatch is determined, and the determined road service company is contacted. That is, road service company candidates are searched in response to the accident notification. Then, the name of the road service company that is the retrieved candidate and a contact button corresponding to the candidate are displayed. FIG. 33 shows an example in which three candidates are listed and displayed. First, the name of a contract service company, which is a road service company contracted according to the target vehicle 1433, is retrieved from a previously recorded database and displayed, and a corresponding contact button 3701 is displayed.

  Next, according to “abnormality occurrence position information”, for example, a road service company existing near the position indicated by the position information is recorded as a proxy service company in advance, or as described later. Search from related information on other companies' sites via the network. Then, the name of the searched road service company and a contact button 3702 corresponding to the name are displayed. Similarly, the name of a road service company searched as another proxy service company and a contact button 3703 corresponding to the name are displayed. When searching for a proxy service company, a communication line is established between the emergency call center 1301 and the road service company, and a transmission is made from the emergency call center 1301 to inquire whether the proxy is possible. May receive a reply to the inquiry. By doing so, it is determined whether or not the road service company can act on the basis of the contents of the reply, and whether the road service company is listed in the “road service company candidate search” window 3791 according to the determination result. It may be further determined whether or not.

  Then, of the contact buttons 3701 to 3703, the contact button corresponding to the road service company to be dispatched is operated. By doing so, a communication line is established between the emergency call center 1301 and the road service company via the communication network 1300, and information is transmitted and received. Or contact by voice call. When the information transmission / reception or voice call operation is completed, the OK button 3704 is operated to close the window 3791.

  FIG. 34 is a diagram showing an input / output screen example of the display device 1317 used as the input / output device of the operator in the police organization or the fire fighting organization 1311 according to the invention. The example of this figure shows an example of an input / output screen when a call-out request is made from the emergency call center 1301, and the display contents are four display windows, that is, “call-out request details”, “received image”, “ Displayed for each "current route status" and "accident record creation data".

  In the “call-out request details” window 3891, the name of the person requesting the call, for example, the center name of the emergency call center 1301 is displayed. Further, the time when the request signal from the requester is received, the telephone dial number which is the contact information of the requester, and the like are displayed. Furthermore, the map information and accident location name and lot number transmitted from the emergency call center 1301 as the requester are received, and the map corresponding to the map information and the accident location name and lot number are displayed.

  In the “received image” window 3892, the video / audio data transmitted from the emergency call center 1301 who is the requester for dispatch is received, and the video content and the like are displayed according to the video / audio data. This example is the same as the display of the “received video” window 3393 in FIG. In this way, since the remote police organization or the fire fighting organization can immediately check the video including the video in which a part of the target vehicle 1433 before and after the occurrence of the abnormality is captured, depending on the confirmation content, It is possible to quickly select appropriate accident response work contents and emergency lifesaving work contents, and to concentrate on more effective work.

  The “arrival route status” window 3893 further displays a map for displaying the accident site and the position of the police station or fire station as the dispatch source. Furthermore, the road status at the current time point, for example, a traffic jam location is displayed on this map using another road status data. By doing so, it is possible to search for the optimum route from the location of each police station or fire station to the point of the accident. Here, as the road condition data, data generated by a road traffic information center (not shown) or the like may be received via the communication line 1300.

In the “accident record creation data” window 3894, data for the accident record is created and displayed by combining various dispatch records and acquisition information.
FIG. 35 is a diagram showing an input / output screen example of the display device 1347 used for the input / output operation of the operator in the nonlife insurance company A 1341 according to the present invention. In the example of this figure, an example of an input / output screen when an accident notification is made from the emergency call center 1301 is shown. The display contents are seven display windows, that is, “report details”, “insurance details”, “accidents”. Displayed for each status detail, dispatch request, dispatch report, police / fire department, and compensation negotiation.

  In the “report details” window 3991, the emergency report center 1301, which is a reporter, transmits a predetermined accident occurrence report signal via the communication network 1300 by the transmission / reception device 1342 of the nonlife insurance company A 1341, The reception time is displayed as the notification arrival time, and the notification arrival time is input and recorded in the recording device 1346 of the nonlife insurance company A 1341. Furthermore, the name of the emergency call center 1301 sent in the accident occurrence notification signal is displayed as the name of the reporter, and the name of the reporter is input and recorded in the recording device 1346. Similarly, a call telephone dial number related to the caller is also displayed and input to the recording device 1346 for recording.

  In the “insurance content” window 3992, the “emergency call service contract number” relating to the target vehicle 1433 transmitted from the emergency call center 1301 and received via the communication network 1300, or a unique “number plate number” or “target” “Automobile insurance policy number” or the like is input to and recorded in the recording device 1346, and the target vehicle insurance policy is selected from the related information held in the non-life insurance policy content database in the recording device 1346 based on the recorded information. The number, the insured person name, the insured person contact information, and the registered driver name list are extracted and each extracted information is displayed.

  In the “Accident Situation Details” window 3993, the recorded video signal transmitted from the emergency call center 1301 is received by the transmission / reception device 1342 via the communication network 1300, and input to the recording device 1346 via the signal bus 1344 for recording. Thus, the video content by the recorded video signal is displayed in the same manner as the received video display in FIGS. 29 and 34 described above. As described above, since a remote property / casualty insurance company can immediately confirm a video including a video of a part of the target vehicle 1433 before and after the occurrence of an abnormality, a more appropriate response can be made depending on the confirmation content. You will be able to quickly select the contents of insurance work and concentrate on more effective work.

  Furthermore, information related to the accident situation is transmitted from the emergency call center 1301, and the driver name, accident occurrence time, accident occurrence location address, accident location map is received by the transmission / reception device 1342 via the communication network 1300, These are displayed by being input and recorded in the recording device 1346, respectively.

  Note that whether or not the received driver name is listed in the registered driver name list recorded in advance in the recording device 1346 is detected. Then, depending on the detection result, the non-life insurance business in the non-life insurance company A 1341 may be partially changed so that more efficient business can be performed.

  Further, in the “accident situation detail” window 3993, the recorded video signal is analyzed, the subject images captured in the video signal are detected, and the relative relationship of the imaging object for each detected subject image is detected. A video analysis execution button 3901 for starting the function to be displayed and a display area for displaying the result of the video analysis are displayed. Based on the video signal recorded in the recording device 1346, the control device 1345 performs data processing according to the video analysis program / software held in the recording device 1646, and the processing result is stored in the recording device 1346. This video analysis processing is executed. Here, by operating the video analysis execution button 3901, the “video analysis execution” window 4091 shown in FIG. 36 is displayed, and the analysis operation is executed using the window.

  Here, a specific example of the video analysis operation will be described with reference to FIGS. 43 and 44 are diagrams showing an example of the video analysis operation flow of the nonlife insurance company according to the present invention. In step 5001, video information and other information such as position information, time information, moving direction information, moving speed information, and steering wheel angle information (steering angle information) of the target vehicle 1433 are received from the emergency call center 1301. The received information is recorded in the recording device 1346. Note that the reception of video information in step 5001 is the same as the reception of recorded video data performed in step 2302 of FIG. In step 5002, video information for one frame of the recorded video information is read out and used for information processing in the control device 1345.

  In step 5003, the position information, time information, movement direction information, movement speed information, and steering wheel angle information of the target vehicle 1433 at the time of imaging related to the read frame image are similarly read out. In step 5004, contour detection processing is performed on the read frame image. A video region to be surrounded by the contour is determined according to the contour obtained as a result of the detection. In step 5005, the determined video area is recorded in association with the frame video information. The operation from step 5002 to step 5005 is performed on each frame image until it is determined in step 5006 whether all the frame image information or predetermined frame image information has been performed.

  Next, in step 5007, a correlation between the determined and recorded video area and the area recorded in association with the frame video other than the frame video related to the video area is obtained. If it is determined in step 5008 that the strength of the correlation is greater than or equal to the predetermined strength, the process moves to step 5009, and if not, the process moves to step 5010. In step 5009, the correlated video areas are registered in an area set indicating the display area of the same object. At this time, if both video areas are not yet registered in the area set, a new area set is created and registered in it. If one video area is already registered in the area set, the other video area is registered in the area set. In step 5010, it is determined whether or not all recorded video areas have been correlated. If there is a video area that has not yet been correlated, the process proceeds to step 5007, and the operations of steps 5008 and 5009 are performed for that area. I do.

  If it is determined that all the video areas recorded in step 5010 have been correlated, the process proceeds to step 5011. In step 5011, it is determined that the image capturing time point of the frame image related to the region with the largest area among the image regions registered in the region set is the time point when the object related to the region set is closest to the target vehicle 1433. . In step 5012, it is determined whether the determined time is the same as or substantially the same as the collision detection time of the target vehicle 1433. If so, the process proceeds to step 5013. If YES, go to step 5014. In step 5013, it is determined that the object related to the region set has collided with the target vehicle 1433. In step 5014, it is determined whether or not the time comparison in step 5011 has been performed for all the region sets. If so, the process proceeds to step 5015, and if not, the process returns to step 5011. In step 5015, the accident analysis is performed according to the collision determination result, or between the objects related to the area set or between the objects related to the area set and the area where the target vehicle 1433 is imaged. Do. For example, an object related to a predetermined common sense set is recognized as the partner vehicle 1381. The time from when the recognized partner vehicle 1381 enters the intersection until it collides with the target vehicle 1433 is measured. It is determined whether or not the recognized partner vehicle 1381 and the instruction of the traffic light to be followed at the time of entering the intersection allow the intersection to enter.

  FIG. 45 shows the content of video information consisting of a plurality of frame images from the target vehicle 1433 in a display screen sequence of the frame images. In this figure, a part of the frame image of the video information is displayed, and the display screen 5100 is the first frame image displayed and recorded, and the display screen 5101 is captured and recorded about 6 seconds after that. The frame image display screen, and the frame image display screen shot and recorded when the collision of the display screen 5102 is detected, and the display screen 5105 is finally captured and recorded 10 seconds after the collision detection. It is a display screen of a frame image. In this example, the display screen 5102, the display screen 5103, the frame image display screen 5104 captured after the one frame period, and the frame image display screen 5105 captured after the one frame period are captured. It is assumed that the scenes are substantially the same without any change, and in particular, are scenes in which the positional relationship between the target vehicle 1433 and the partner vehicle 1381 has not changed.

  In this figure, on the display screen 5100, an image area related to the opponent vehicle 1381 is imaged as an area a1. Similarly, an image is captured as an area a2 on the display screen 5101, an area a3 on the display screen 5102, and an area a4 on the display screen 5105. Depending on the analysis operation described above, these areas a1, a2, a3, and a4 are the same. It is registered in the area set related to the partner vehicle 1381 that is the area set. In addition, regarding the front portion of the target vehicle 1433, the regions b1, b2, b3, and b4 are registered in the region set related to the front portion of the target vehicle.

  Then, among the regions registered in the region set relating to the opponent vehicle 1381, the region b3 is compared with other regions, and is a region having the largest area, and further, there are a plurality of regions having the same maximum area. Since this is the first area with the largest area, it is determined that the time point at which the frame image related to the region b3 is captured is the first time point when the opponent vehicle 1381 is closest to the target vehicle 1433. Further, since the time point when the frame image is imaged is 10 seconds after the start of image information image capturing and 10 seconds before image capturing is stopped, it is determined that the time point when the impact is detected is the same. Therefore, from these determinations, it is determined that the target vehicle 1433 and the opponent vehicle 1381 have collided.

  By receiving video information and analyzing video information as described above, it is possible to grasp the accident situation from the very beginning of the accident based on the video information and analysis results, and to perform various confirmation operations according to the grasped situation. Insurance business can be performed more efficiently.

  In the “call-out request” window 3994, the call-out request sub-window 4191 shown in FIG. 37 is displayed by operating the call-out request buttons 3902 and 3903 for the security company and the road service company, respectively. be able to.

  In the “Dispatch Report” window 3995, each dispatch result report transmitted from the security company or road service company that requested the dispatch and received by the transmission / reception device 1342 via the communication network 1300 is recorded and displayed in the recording device 1346.

  In the “Police / Firefighting” window 3996, the communication contents transmitted / received via the communication network 1300 between the police or the firefighting mechanism 1311 and the nonlife insurance company A 1341 are recorded and displayed on the recording device 1346.

  In the “Compensation Negotiation” window 3997, the contents of communication transmitted / received between the property insurance company B 1371 and the property insurance company A 1341 via the communication network 1300, particularly the contents of compensation negotiation, are recorded in the recording device 1346. indicate.

  FIG. 36 is a diagram showing an example of an input / output screen of the display device 1347 used for the input / output device in the non-life insurance company A 1341 according to the present invention. In particular, FIG. 36 shows a “video analysis execution” window 4091 for executing video analysis. An example is shown. In this figure, the received image, the accident occurrence time, the accident occurrence location address, and the accident location map, which are the same contents as the “accident situation detail” window 3993 in FIG. 35 described above, are displayed. Further, in this figure, an automatic analysis button 4001 and a custom analysis button 4002 for executing an analysis operation are displayed, and video analysis is performed by operating either of these buttons.

  Also, in the “callout request” window 3994, the callout request window 4191 shown in FIG. 37 is displayed by operating the callout request buttons 3902 and 3903 for the security company and the road service company, respectively. can do.

FIG. 37 is a diagram showing an input / output screen example of the display device 1347 used for input / output operation in the nonlife insurance company A 1341 according to the present invention.
The “call-out request sub” window 4191 shown in this figure is displayed by operating the call-out request buttons 3902 and 3903 in the “call-out request” window 3994 as described above. This window 4191 is used to perform a dispatch request operation. That is, by operating the data communication button 4101, a communication line is established via the communication network 1300 between the nonlife insurance company A 1341 and the security company or road service company. Communication is started through the established communication line, and predetermined information is transmitted and received. It should be noted that voice communication operations may be mutually possible during and after information transmission / reception. Here, the video 4104 displays an image obtained by capturing a voice caller on the other side of the voice call, so that a call can be made while confirming the face shape of the other party. When the information transmission / reception or voice call operation is completed, the OK button 4103 is operated to close the window 4191. Further, when the process is to be terminated halfway, a cancel button 4102 can be operated to interrupt the processing operation and close the window 4191.

  FIG. 38 is a diagram showing an input / output screen example of the display device 1357 in the mobile phone company 1351 according to the present invention. In this figure, when a predetermined abnormality occurrence notification signal is received by the control device 1355 via the communication network 1300 and transmitted from the emergency call center 1301 serving as a reporter, a “credit information stop” window 4291 shown in this figure. Is displayed. With this window 4291, the credit information stop operation can be confirmed. That is, the reception time of the abnormality occurrence notification signal is displayed as the notification incoming time. The center name of the emergency call center 1301 transmitted in the received abnormality occurrence notification signal is displayed as the reporting company name. Similarly, the call telephone dial number is displayed, and the telephone dial number of the target mobile phone 1421 that is the source of the abnormality is similarly received and displayed. Further, the abnormality detection time is similarly received and displayed. Further, the abnormality detection content is received and displayed in the same manner. When the control device 1355 receives the above-described abnormality occurrence notification signal, the control device 1355 establishes a communication line via the communication network 1300 between the control device 1355 of the mobile phone company 1351 and the target mobile phone 1421. Communication is started through the established communication line, and a function restriction control signal is transmitted from the control device 1355 to the target mobile phone 1421. When the target mobile phone 1421 receives the function restriction control signal, the function of the target mobile phone 1421 is restricted so that the credit information transmission function of the transmission functions of the target mobile phone 1421 does not operate. Alternatively, the function of the communication network 1300 is limited so that the function for causing the target mobile phone 1421 to output the credit information out of the data transmission functions related to the mobile phone 1421 in the communication network 1300 does not operate. And the start time of the credit information transmission stop which is the time which started the function stop is displayed on the window 4291.

  As described above, after the credit information transmission function is stopped, a release confirmation button 4201 is provided in this window 4291 in order to release the function stop. Then, when canceling the function stop, by operating the cancel confirmation button 4201, a “credit information transmission stop cancel confirmation” window 4391 shown in FIG. 39 is displayed.

  In the above example, the emergency call center 1301 transmits an abnormality occurrence notification signal to the mobile phone company 1351, but the abnormality occurrence notification signal is transmitted to the mobile phone company 1351 from the target mobile phone 1421 itself in an abnormal state. You may do that.

FIG. 39 is a diagram showing another input / output screen example of the display device 1357 in the mobile phone company 1351 according to the present invention.
The “credit information transmission stop cancellation confirmation” window 4391 shown in this figure is displayed by operating the cancellation confirmation button 4201 of the “credit information transmission stop” window 4291 as described above. The window 4391 is used to cancel the credit information transmission function stop. That is, by operating the confirmation completion / stop button 4301, a communication line is established between the control device 1355 of the mobile phone company 1351 and the target mobile phone 1421 via the communication network 1300. Communication is started through the established communication line, and a function restriction release signal is transmitted from the control device 1355 to the target mobile phone 1421. When the target mobile phone 1421 receives the function restriction release signal, the function restriction is removed so that the credit information transmission function of the target mobile phone 1421 can be recovered and operated. Alternatively, the function limitation of the communication network 1300 is eliminated so that the function for outputting the credit information from the target mobile phone 1421 is recovered and operates among the data transmission functions related to the mobile phone 1421 in the communication network 1300. . In addition, after the communication line is established and communication is started, the communication function of the target mobile phone 1421 is monitored for a predetermined period, and further, a voice call is performed between the target mobile phone 1421 side and the mobile phone company 1351 side. To be. Here, the voice call elapsed time is measured and displayed. If a voice caller on the target mobile phone 1421 side does not occur until after the predetermined time has elapsed, the stop cancel operation is abandoned and the “continue stop” button 4302 is operated to perform the stop cancel operation. Returning to the state, the function remains limited. On the other hand, when the stop function releasing operation and the voice call operation are finished, the OK button 4303 is operated to close the window 4391.

  Here, the video 4304 is an image obtained by receiving and displaying an image obtained by capturing a voice caller on the other side of the voice call, thereby making a call while confirming the face shape of the other party. This image is displayed when the target mobile phone 1421 has an imaging camera for imaging the voice caller.

The figure which shows the block configuration of the 1st Example of the emergency information notification apparatus of this invention. The figure explaining the external appearance of the moving object carrying the emergency information reporting apparatus shown in FIG. The figure which shows an example of the image display by the video signal concerning this invention. The figure which shows the block configuration of the 2nd Example of this invention. The figure which shows the block configuration of the 3rd Example of this invention. The figure which shows the block structural example of the traffic signal apparatus in an example of the alerting | reporting system of this invention, and the imaging device connected to the traffic signal apparatus. The figure which shows the block structural example of the conventional emergency information reporting apparatus. The figure explaining the external appearance of the moving object carrying the emergency call apparatus shown in FIG. The figure which shows the structural example of the conventional emergency information reporting system. The figure which shows the structural example of the emergency information notification system of this invention. It is a schematic explanatory drawing for demonstrating and explaining cooperation of the person concerned and related organization of an emergency system to which the present invention is applied. It is a figure for demonstrating an example of information transmission of the emergency system shown in FIG. It is a figure which shows the further another Example of this invention and shows the example of 1 structure of the system using a communication network. It is a figure which shows the block configuration of one Example which mounted this invention in the moving object. It is a figure which shows an example of the operation | movement flowchart of this invention shown in FIG. It is a figure which shows the first half part of an example of the operation | movement flowchart of the emergency call center concerning this invention. It is a figure which shows the second half part of an example of the operation | movement flowchart of the emergency call center concerning FIG. It is a figure which shows the first half part of an example of the operation | movement flowchart explaining the flow of operation | movement in step 1615 shown in FIG. 17 in detail. It is a figure which shows the second half part of an example of the operation | movement flowchart concerning FIG. It is a figure which shows an example of the operation | movement flowchart at the time of applying the notification system using this invention to a police organization or a fire fighting organization. It is a figure which shows an example of the operation | movement flowchart at the time of applying the alerting | reporting system using this invention to a security company. It is a figure which shows an example of the operation | movement flowchart at the time of applying the notification system using this invention to a road service company. It is an example of the operation | movement flowchart at the time of applying the notification system using this invention to a nonlife insurance company, and is a flowchart which shows the head part. FIG. 24 is a flowchart showing an intermediate part of the operation flowchart relating to FIG. 23. It is a flowchart which shows the back part of the operation | movement flowchart concerning FIG. 23 and FIG. It is a figure for demonstrating another example of the information transmission of the emergency system to which this invention is applied. The block diagram of the data file of the recording device of the emergency call center concerning this invention is shown. The block diagram of the data file of the recording device of the nonlife insurance company concerning this invention is shown. It is a figure which shows the example of the input / output screen of the display apparatus used for the input / output apparatus in the emergency call center concerning this invention. It is a figure which shows the other input / output screen example of the display apparatus used for the input / output device in the emergency call center concerning this invention. It is a figure which shows the other input / output screen example of the display apparatus used for the input / output device in the emergency call center concerning this invention. It is a figure which shows the other input / output screen example of the display apparatus used for the input / output device in the emergency call center concerning this invention. It is a figure which shows the other input / output screen example of the display apparatus used for the input / output device in the emergency call center concerning this invention. It is a figure which shows the example of a display device input / output screen used for the input / output device in the police organization or fire fighting organization concerning this invention. It is a figure which shows the example of the input / output screen of the display apparatus used for the input / output apparatus in the nonlife insurance company concerning this invention. It is a figure which shows the other input / output screen example of the display apparatus used for the input / output apparatus in the nonlife insurance company concerning this invention. It is a figure which shows the other input / output screen example of the display apparatus used for the input / output apparatus in the nonlife insurance company concerning this invention. It is a figure which shows the example of the input-output screen of the display apparatus in the mobile telephone company concerning this invention. It is a figure which shows the other example of an input / output screen of the display apparatus in the mobile telephone company concerning this invention. It is a figure which shows an example of the operation | movement flowchart of the traffic signal apparatus in connection with this invention. It is a figure which shows the table explaining an example of the traffic signal information transmitted from the traffic signal apparatus in connection with this invention. It is a figure which shows an example of the operation | movement flowchart in which the motor vehicle in connection with this invention receives a traffic signal information signal and processes it. It is an example of the flowchart of the image | video analysis operation | movement concerning this invention, and is a flowchart which shows the first half part. FIG. 44 is a flowchart showing the latter half of the operation flowchart relating to FIG. 43. It is a figure which shows an example of the frame image sequence which displayed the frame image image | photographed and recorded from the object vehicle by this invention in time series.

Explanation of symbols

1f, 1r: Impact sensor, 2: Airbag device, 3: GPS receiver device, 4: Emergency call control device, 5: Mobile phone, 6: Emergency call switch, 7a: TV camera, 9n, 9e, 9s, 9w: Traffic light, 9b: Traffic light control device, 9c: Transmitter, 9d: Transmitting antenna, 9f: Antenna, 9g: GPS receiving device, 10a: Receiving antenna, 11: Traffic signal light pattern generator, 12: Video mixer, 11n, 11w , 11s, 11e: lighting pattern display, 13: character image pattern generator, 13a: time display, 17: driving device, 19: driving information pattern generator, 30, 30 ′: center station (emergency information center), 31 , 34: antenna, 32: communication network, 33: relay station, 35: receiving device, 36: recording device, 37: monitor, 1300: communication network, 130 1: Emergency call center, 1311: Police or fire department, 1321: Security company, 1331: Road service company A, 1341: Property insurance company A, 1351: Mobile phone company, 1361: Map company, 1371: Property insurance company B, 1302, 1312, 1322, 1332, 1342: transmission / reception device, 1303, 1313, 1323, 1333, 1343: communication device, 1304, 1314, 1344: signal bus, 1305, 1315, 1345, 1355: control device, 1306, 1316 1346: recording device, 1307, 1317, 1347, 1357: display device, 1381: counterpart vehicle, 1382: counterpart driver, 1400: acceleration sensor, 1401, 1401f, 1401r: impact sensor, 1402: airbag device, 1403 : Tire, 14 4: vehicle speed sensor, 1405: brake pedal operation state sensor, 1406: brake pedal, 1407: heat / temperature sensor, 1408: handle operation accuracy sensor, 1409: handle, 1410: target driver, 1411: drive recorder, 1412: In-vehicle device, 1413: CPU (Central Processing Unit), 1414: Signal bus, 1415: Manual notification button, 1416: Indicator, 1417: Video / audio data recording device, 1418: Recording device, 1419: Radio, 1420: GPS reception Device, 1421: mobile phone, 1422: display device, 1423: transmission / reception device, 1424: antenna, 1425: key button, 1426: CPU, 1427: storage device, 1428: adapter, 1429, 1430: TV camera, 1431: communication antenna , 14 2: GPS antenna, 1433: target vehicle, 3301: reverse playback button, 3302: forward playback button, 3303: primary stop button, 3304: front video button, 3305: rear video button, 3306: map information acquisition button, 3307: information Send button, 3308: Recording / playback button, 3309: Information transmission button, 3310: Information transmission button, 3311: Security company candidate search button, 3312: Road service company candidate search button, 3401: Map information company connection button, 3402, 3504 3604, 3704, 4003, 4103, 4303: OK button, 3501: Data communication button including video, 3502: Data transmission button without video, 3503, 4102: Cancel button, 3601, 3602, 3603, 3701, 3702, 3703: Contact Previous button, 3901: Video analysis button, 3902, 3903: Dispatch request button, 4001: Automatic analysis button, 4002: Custom analysis button, 4101: Data communication button, 4201: Release confirmation button, 4301: Confirmation completion / stop release button, 4302: Stop continuation button.

Claims (2)

An image information reporting system comprising an imaging means and an image data transmitting means for transmitting image data obtained by the imaging means,
Receiving means for receiving traffic light color information;
Superimposing means for superimposing a traffic light lighting pattern display on the basis of the traffic light lighting color information near a position where the related traffic light itself of the image data will be imaged;
An image information reporting system comprising: An image information reporting system comprising image data transmitting means for transmitting image data obtained by an imaging device,
Receiving means for receiving traffic light color information;
Superimposing means for superimposing a traffic light lighting pattern display on the basis of the traffic light lighting color information near a position where the related traffic light itself of the image data will be imaged;
An image information reporting system comprising:

Images