A VISUAL ACCIDENT WARNING SYSTEM

Abstract

This invention relates to a system (1) which enables accident warnings to be given by the vehicles involved in the accident in a way that can be seen by other vehicles in traffic, especially in situations where visibility is reduced, and prevents chain accidents by warning other vehicles in traffic.

Description

1 TARIFF A VISUAL ACCIDENT WARNING SYSTEM Technical Area 5 This invention helps vehicles involved in accidents, especially in situations where visibility is reduced. providing a visual accident warning that other vehicles in traffic can see and preventing chain-reaction accidents by warning other vehicles in traffic It is related to a system that provides. 10 Previous Technique Traffic accidents mostly occur due to driver negligence. and leads to loss of life and property. Today, 15 vehicles Collisions between vehicles and accidents where vehicles hit pedestrians are frequent occurrences. These are examples. Accidents where vehicles collide with each other are due to carelessness, the driver's fault. due to inexperience, poorly thought-out planning of road routes It can be caused by the way it's done or even by insufficient lighting. Suddenly In accidents occurring in the middle of the road involving a large number of vehicles, if there are not enough 20 vehicles on the road if there is no lighting and visibility is limited due to the darkness of the night If the number of sources is low, a chain reaction accident is likely to occur. Therefore, the accident... thanks to the vehicles doing so visually warning other drivers in traffic Solutions are needed to prevent chain-reaction accidents. It is heard. 25 International patent no. WO2022260192, which falls under the prior art. The document mentions the holographic fan system in the vehicle. The subject of the patent document is the invention to increase mutual security and In order to prevent accidents beforehand, the current condition of a vehicle is measured against the 30 vehicles behind it. to communicate more clearly to the driver and provide more varied information to the driver behind. 2 It was developed for transmission. The invention is a device mounted on the rear of the vehicle's interior. A fan-type 3D hologram viewing device equipped with an SD card. It includes. The SD card is activated by the vehicle's emergency light flashing signal and the vehicle's the current applied to the brakes is associated with signals such as flashing current and It operates in synchronization. Various data regarding the vehicle's current status are stored on the SD card. Content is loading, allowing the driver behind to see the status of the vehicle in front. They know it more accurately. SD card, 3D hologram viewing device. content displayed via the medium includes information about the vehicle's emergency lights. It is configured to prioritize images related to the vehicle's brakes. It displays images and other content in sequence. 10 Brief Description of the Invention The aim of this invention is to use a holographic fan and laser system to detect vehicles involved in accidents. By visually warning other vehicles, it prevents chain-reaction accidents. The goal is to create a system that enables this. Detailed Description of the Invention The “Visual Accident Warning 20” project was carried out to achieve the purpose of this invention. The "System" is shown in the attached figure; Figure 1. Schematic view of a visual accident warning system, which is the subject of the invention. The parts shown in the figure are individually numbered, and these numbers correspond to 25. The equivalents are given below: 1. System 2. Impact sensor 3. Gyroscope sensor 30 4. Hologram fan 3 5. Laser device 6. Control unit The vehicles involved in the accident should visually warn other vehicles in traffic and An invention that prevents chain accidents (1), 5 - located on the vehicle and designed to detect impacts occurring in the vehicle. at least one pulse sensor configured (2), -located on the vehicle and designed to detect angular changes in the vehicle. at least the configured gyroscope sensor (3), -located on the roof of the vehicle and creating three-dimensional images, accident 10 At least one hologram fan configured to give a warning (4), - preferably located on the sides of the vehicle and / or on the sheet metal of the floor, and in case the vehicle tips over. or to create a visual warning about the accident in case the vehicle rolls over at least one laser device (5) configured to provide and - impact sensor (2), gyroscope sensor (3), hologram fan (4) and laser 15 located in the vehicle to be in communication with the device (5) and exchange data through this communication to perform, data from the impact sensor (2) and gyroscope sensor (3) real-time analysis from the impact sensor (2) and / or gyroscope sensor (3) When it is decided that the vehicle has had an accident based on the data received from the gyroscope sensor (3) by processing the incoming data, it determines whether the vehicle is lying on its side or has rolled over. 20 to inquire about when a vehicle has been in an accident but has not tipped over or rolled over. By activating the hologram fan (4), a visual accident warning is generated when the vehicle has an accident. and if it is lying on its side or somersaulting, activate the laser device (5) At least one control unit configured to generate a visual accident warning (6) It includes. 25 The system in question (1) includes the impact sensor (2) and the control unit (6) to communicate, to exchange data through this communication, and The control unit (6) receives information that the vehicle has collided with an element such as a vehicle, pedestrian or tree. It is configured to share with the other vehicle. The impact sensor (2) allows the vehicle to share with the other vehicle, 30 The situations in which the vehicle collides with pedestrian-shaped or tree-shaped objects are determined. 4 The gyroscope sensor (3) included in the system (1) and the control unit (6) to communicate, to exchange data through this communication, and to share data on angular changes of the vehicle with the control unit (6) It is configured. The gyroscope sensor (3) detects when the vehicle is lying on its side or rolling over. The situations are determined. The gyroscope sensor (3) determines that the vehicle has been involved in an accident. 5 when given, the laser device (5) instead of the hologram fan (4) to give an accident warning. It is used. The invention concerns the hologram fan (4) control unit (6) located in the system (1). to communicate, to exchange data through this communication, and 10 After the accident occurs, the three-dimensional system is triggered by the control unit (7). It is structured to create visuals. Hologram fan (4) is preferred. The application is located at the end of a robotic arm. The robotic arm is the preferred design of the invention. In the implemented application, the control unit (6) is triggered and the accident occurs With its joints, the hologram fan (4) is located in a horizontal position 15 It is configured to move the vehicle to an upright position. The robotic arm attaches to the vehicle, at an intermediate level. via the mounting bracket through the rails located on the roof of the vehicle It is connected. In the preferred application of the invention, the hologram fan (4) has multiple LEDs 20 It contains and rotates to form a circle upon triggering of the control unit (6). and is structured to create a three-dimensional image with the circle. This The resulting image allows for accident warnings to be issued. Communication between the laser device (5) and the control unit (6) in the system (1) that is the subject of the invention 25 to establish, exchange data through this established communication and control visual when the vehicle is tilted or rolls over upon triggering of unit (6). It is configured to give a warning. The laser device (5) is located on the sides of the vehicle. and / or the ceiling is located where the hologram fan (3) cannot operate or the hologram Visual accident warning 30 in cases where the warning given by fan (4) will not be noticed It is structured to enable this to happen. In the system that is the subject of the invention, the control unit (6) located in (1) has any communication impact sensor (2), gyroscope sensor (3), hologram fan (4) via protocol and to communicate with the laser device (5) and exchange data through this communication It is configured to perform. Control unit (6) pulse sensor (2) and the data it collects through communication with the gyroscope sensor (3) is real 5 to analyze in time and determine if the vehicle sustained an impact and / or an angular change in direction during the accident. to question what he did and depending on the type of accident hologram fan (4) and laser device (5) It is configured to operate. The control unit (6) is configured to operate when the vehicle rolls over or to operate only the laser device (5) in an accident where it was lying on its side is configured. The control unit (6) is configured to prevent the vehicle from being involved in an accident by impact 10 In this case, the gyroscope sensor also detects whether there is an angular change. Querying via (3), hologram fan (4) when there is no angular change to operate, and when there is an angular change, only the laser device (5) It is configured to operate in such a way that the vehicle takes impact and is involved in an accident. but only hologram fan (4) 15 when it is not lying on its side or tumbling In the event that the vehicle is struck and rolls over or tips onto its side while being operated, only The laser device is operated. The control unit (6) operates via the hologram fan (4). Hologram fan vehicle by triggering robotic arms to provide visual accident warning. by placing it vertically on the roof so that other vehicles can see it. It is being structured. 20 With the system (1) that is the subject of the invention, vehicles collide with other vehicles and cause accidents, sideways hologram fan (4) or laser device (5) when lying down or tumbling by activating the system to visually alert other vehicles in traffic to the accident that has occurred. This ensures that collisions with vehicles involved in accidents are prevented. 25 Chain reaction accidents are prevented. Around these basic concepts, the subject of the invention is “A Visual Accident Warning System (1)” It is possible to develop a wide variety of applications related to this, and the invention is presented here. It cannot be limited to the examples given; it is essentially as stated in the claims. 30

Claims

6 REQUESTS 1. Vehicles involved in accidents should visually warn other vehicles on the road, and which prevents chain-reaction accidents -5 located on the vehicle and designed to detect impacts occurring to the vehicle. at least one pulse sensor configured (2), -located on the vehicle and designed to detect angular changes in the vehicle. at least the configured gyroscope sensor (3), -located on the roof of the vehicle, it creates three-dimensional images to simulate an accident. At least one hologram fan (4) configured to give a warning, 10 - preferably located on the sides of the vehicle and / or on the sheet metal of the floor, and in case the vehicle tips over. or to create a visual warning about the accident in case the vehicle rolls over at least one laser device (5) configured to provide and - impact sensor (2), gyroscope sensor (3), hologram fan (4) and laser located in the vehicle Communicating with the device (5), exchanging data through this communication 15 to perform, data from the impact sensor (2) and gyroscope sensor (3) real-time analysis from the impact sensor (2) and / or gyroscope sensor (3) When it is decided that the vehicle has had an accident based on the data received from the gyroscope sensor (3) by processing the incoming data, it determines whether the vehicle is lying on its side or has rolled over. to inquire if the vehicle was involved in an accident but did not tip over or roll over 20 By activating the hologram fan (4), a visual accident warning is generated when the vehicle has an accident. and if it is lying on its side or somersaulting, activate the laser device (5) with at least one control unit (6) configured to generate a visual accident warning a characterized system (1).

2. To communicate with the control unit (6) and receive data through this communication. to carry out the transaction and the vehicle is an element in the form of a vehicle, pedestrian, tree The pulse is configured to share the information of its impact with the control unit (6). A system like the one in Claim 1, characterized by its sensor (2) (1). 7 3. To communicate with the control unit (6) and receive data through this communication. to complete the purchase and check the data regarding the angular changes of the vehicle. Characterized by the gyroscope sensor (3) configured to share with unit (6). A system like the one in Request 1 or 2 (1).

4. To communicate with the control unit (6) and receive data through this communication. to complete the transaction and after the accident occurs, the control unit (7) Hologram configured to create three-dimensional visuals with triggering like any of the above requests characterized by fan (4) system (1). 10 5. Characterized by a hologram fan (4) located at the end of a robotic arm. a system like any of the above requests (1).

6. To be triggered by the control unit (6) and in case of accident, the 15 it contains from a horizontal to a vertical position with joints and hologram fan (4) As in Claim 5, characterized by a robotic arm configured for passing through. a system (1).

7. Through an intermediate mounting bracket, via the rails located on the roof of the vehicle 20 a robotic arm connected to a vehicle, as in Claim 5 or 6. system (1).

8. It contains multiple LEDs and the trigger of the control unit (6) 25 The above is characterized by the hologram fan (4) which is structured in such a way as above. a system like any of the requests (1).

9. To communicate with the control unit (6) and receive data through this communication. to make the purchase and with the triggering of the control unit (6) the vehicle's side 30 laser configured to provide visual warning when the animal is lying down or tumbling. 8 as in any of the above claims characterized by the device (5) a system (1).

10. Hologram fans (3) are located on the sides and / or roof of the vehicle. 5 if it cannot work or the warning given by the hologram fan (4) will not be noticed laser configured to provide visual accident warnings in such situations as in any of the above claims characterized by the device (5) a system (1).

11. Impact sensor (2), gyroscope 10 via any communication protocol to communicate with the sensor (3), hologram fan (4) and laser device (5) and to establish this a control structured to exchange data over communication as in any of the above requests characterized by unit (6) a system (1).

12. Through communication established with the impact sensor (2) and gyroscope sensor (3) to analyze the collected data in real time and to determine if the vehicle has taken a hit and is going home / or To investigate whether an accident occurred due to an angular change and to generate a hologram based on the type of accident. with the control unit (6) configured to operate the fan (4) and the laser device (5) A system like any of the above-mentioned demands characterized (1). 20 13. In an accident where the vehicle rolls over or lies on its side, only the laser device (5) characterized by the control unit (6) configured to operate a system like any of the above requests (1).

14. If a vehicle is involved in an accident due to impact, there will also be an angular shift. To check whether there is a change via the gyroscope sensor (3), an angular When there is no change, operate the hologram fan (4) to indicate an angular change. When this happens, the control is configured to operate only the laser device (5). 30 as in any of the above requests characterized by unit (6). a system (1). 9 15. Robotics to provide visual accident warning via hologram fan (4) by triggering the levers, the hologram fan is positioned vertically on the vehicle's ceiling. with the control unit (6) configured to enable the vehicles to see A system like the one in any of Claims 5 to 14 characterized (1).

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