KR20020030461A - RADAR Black Box and Method for Recording the Same - Google Patents

Abstract

PURPOSE: A radar black box and a recording method thereof are provided to scientifically analyze the accident situation by simulating the accident situation when the vehicle accident occurs. CONSTITUTION: A radar black box includes an antenna terminal(60a) attached to a main system so as to receive image signals and sound signals. The main system(60b) transfers the image signals and sound signals to a temporary storing place and a main storing place. A displaying device(60c) is provided to display the antenna, peripheral environment, and vehicle image signal. A transmission line is provided to transmit data between the displaying device(60c) and the main system(60b). A remote controller(60d) is provided to prevent the vehicle from being stolen. The antenna terminal(60a) includes the first antenna(9) having a wave detecting sensor and the second antenna(10), a system(12) for calculating the speed of the vehicle, a camera(15) and a recorder.

Description

Radar Black Box and Method for Recording the Same

The present invention relates to a car black box, and in particular, it can be made impossible to start the vehicle so that the vehicle can not be moved in the event of a vehicle theft, as well as to store the information on the running state of the vehicle in operation in real time to drive the car The present invention relates to a radar black box and a method of recording the same, which enables scientific thinking analysis by sequentially displaying images of the vehicle and the relative vehicle.

Car brakes are shifting from manual sticks to autogear gears, and sudden braking and rushing accidents occur frequently. There is a lot of controversy between the insurance company and the parties involved in the fact that this sudden accident occurred, and as the standard of living increases, more automobile accidents occur as more automobiles increase. In such a life, a car protection system is preferred to safely drive a car and to park comfortably.

1 is a view showing a burglar alarm used to attach to the inside of a conventional vehicle.

As shown in FIG. 1, the burglar alarm device detects this by using touch sensors 41a, 41b, 41c, 41d installed inside the vehicle or when a force is applied to open the locked door 41b. Will be sent.

However, the conventional burglar alarm device as described above is difficult to detect theft or contact of the vehicle because the sensor is installed inside the vehicle, and the place without the sensor does not emit a dial tone at all. In addition, it can not store any information such as sudden accidents or traffic accidents, and the sensor malfunctions without making an accident, making the surroundings noisy.

2 is a view showing a vehicle anti-theft remote control that can lock and open a conventional door remotely.

As shown in Fig. 2, the button 31 can remotely turn on and off the ignition and the button 32 can remotely lock or open the door and if someone presses the force to open the locked door, the dial tone 33 )

However, the conventional vehicle anti-theft remote control not only stores video and audio such as sudden start and traffic accidents, but also does not emit a dial tone except when the door is opened.

An object of the present invention devised to solve the above problems is not only to make the starter unable to start the vehicle so that the vehicle can be moved when the vehicle is stolen, but also to store information about the driving state of the vehicle in operation. Therefore, it provides a technology for next-generation car black box that enables scientific accident analysis by reproducing the situation at the time of the accident by simulating the images of the own car and the relative car in the event of a traffic accident.

1 is a view showing a conventional vehicle theft alarm device

2 is a view showing a conventional vehicle anti-theft remote control

Figure 3 is a perspective view showing a radar black box according to the present invention

Figure 4 is a block diagram showing a radar black box according to the present invention

5 is a flowchart for displaying a radar black box according to the present invention.

<Description of the symbols for the main parts of the drawings>

5: Offset button 9, 10: Antenna stage

12: rolling system 16: reset key

19: Inability to start key 18: Danger zone setting key

60a: antenna stage 60b: main system

60c: exhibitor 60d: anti-remote

The radar black box of the present invention for achieving the above object is an antenna stage for collecting video and audio signals, a main system for performing various signal processing, data operations, information control, and the like, the image input from the antenna And an anti-theft remote control for remotely controlling the system.

In addition, the recording method of the radar black box of the present invention for achieving the above object comprises the step of temporarily storing the stable state of the vehicle and the driving direction and the surrounding images and transmitting the image to the exhibitor, the relative vehicle approaching the host vehicle And a step of setting a risk zone for the target, performing arithmetic processing on the main image of the surrounding image received from the antenna, and displaying all information of the periphery processed.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3 is a perspective view of a radar black box according to the present invention, Figure 4 is a block diagram of a radar black box according to the present invention.

As shown in Figures 3 and 4, the radar black box of the present invention is attached to the main system antenna stage (60a) for collecting the video signal and audio signal, the temporary storage place and the main storage place of the video signal and audio signal The main system 60b for image transmission processing to the exhibitor, the exhibitor 60c for displaying the antenna and the surrounding environment, the vehicle video signal, and the data between the exhibitor 60c and the main system 60b. It consists of the transmission line 7 and the vehicle anti-theft remote control 60d which remotely controls.

Here, the antenna stage (60a) is the antenna A (9) and antenna B (10) equipped with a radio wave detection (echo) sensor for collecting the video signal and the audio signal, the direction in which the vehicle shakes and the vehicle proceeds, speed Rolling system 12 to calculate, the camera 15 to automatically return to the contact position to take a picture to preserve the scene and consists of a recording device (not shown) for recording the sound of the accident scene.

The main system 60b is a part that performs various signal processing, data operation, information control, etc., and stores the video disk and audio signal detected from a long distance and stores the main disk in a system for performing video transmission processing. The anti-theft remote control transceiver 14 and a spare battery 13 for supplying power when the main power supply is interrupted is attached.

The display device 60c displays images 3 and 4 of the A antenna 9 and the B antenna 10 through the power supply line 8 and the display surface 1 made of a thin and light plasma, and the relative difference 6 ), And move the vertex, which is the center of the antenna and the image where the relative difference 6 enters within the dangerous zone setting (2), to the forward and backward offset button (5).

The anti-theft remote control 60d includes a dangerous zone setting key 18 for setting a dangerous zone, a reset key 16 for displaying the number of data storage files (ex. 13 ) on the display surface 20, and erasing data stored so far, Inability to start the vehicle 19 to prevent starting of the vehicle to prevent theft, the alarm signal transmitter 17 for notifying that there is a person approaching the vehicle, and a transmission / reception light emitting sensor for transmitting information from the key to the light receiver ( Remote control antenna).

5 is a flowchart for displaying a radar black box device according to the present invention.

As shown in FIG. 5, when the vehicle is started, power is supplied through the power supply line 8, and when the main power supply is interrupted, power is supplied to the spare battery 13. The roing system 12 receives the stable state and the driving direction of the vehicle, receives the surrounding images from the A antenna 9 and the B antenna 10 and temporarily stores them in the main system 60b (100).

The video information on the relative vehicle 6 approaching the own vehicle is transferred from the temporary storage location to the storage disk 11 to set a danger zone (101).

When the danger zone is set, the main system 60b performs arithmetic processing (102).

The computed surrounding image, that is, all collected information, is displayed on the display surface 1 (103).

Even if the ignition is turned off, a spare battery keeps the antenna stage and the main system powered up to collect information, thus preventing theft and car accidents. To stop all of this, shut off the spare battery with the ignition off.

As described above, the present invention outputs the stored traffic accident data and various signals of the relative vehicle and sequentially decodes the situation at the time of the accident, thereby scientifically determining the victim and the offender. In addition, the non-startable system provides peace of mind for vehicle theft. In addition, even if the main power is cut off due to a traffic accident, it can be usefully used for the post-accident treatment after storing the video continuously with a spare battery.

Claims (8)

In a system for a black box, An antenna stage for collecting video and audio signals; A main system which performs various signal processing, data operation, information control, etc., An exhibition unit for displaying an image signal input from the antenna terminal, and Radar black box characterized by the anti-theft remote control to control the system remotely. The method of claim 1, The antenna terminal includes an antenna for collecting the video signal and the audio signal; A rolling system that calculates the shaking of the vehicle and the direction and speed of the vehicle traveling, and Radar black box, characterized by a camera that automatically takes pictures by returning to the vehicle contact position. The method of claim 2, The antenna is a radar black box, characterized in that the radio wave detection (echo) sensor is attached. The method of claim 3, wherein The radio detection sensor is a radar black box, characterized in that the antenna is rotated and receives the video signal and the surrounding audio signal. The method of claim 1, The main system includes a storage disk which stores a signal of a temporary storage device as a main memory device; Remote control transceiver used for theft prevention, and Radar black box, characterized in that it consists of a spare battery that supplies power in the event of a power failure. The method of claim 1, The exhibitor is a display surface made of a power supply line and a thin and light plasma, and Radar black box, characterized in that the image consisting of the image of the antenna, the relative difference is entered, and the offset button for moving the front and back vertices of the center of the antenna. The method of claim 1, The anti-theft remote control includes a danger zone setting key for setting a danger zone; A reset key for deleting saved files, An unbootable key that renders it unbootable to prevent vehicle theft, and Radar black box, characterized in that consisting of a theft alarm sound detector for detecting people approaching the vehicle. Temporarily storing the stable state of the vehicle and the driving direction and the surrounding image; Establishing a danger zone for a relative vehicle approaching the own vehicle, Performing arithmetic processing on the surrounding image received from the antenna in the main system, and The radar black box recording method comprising the step of displaying all the information of the surrounding processing.