VEHICLE TRACKING DISTANCE VISUALIZATION APPLICATION

Abstract

The invention relates to the vehicle (1) following distance visualization application, which is developed to enable the driver to maintain a following distance in vehicles (1), trucks, by visualizing the detection of the legally limited vehicle (1) following distance with radar sensors and ensuring safe driving.

Description

-1- TARIFF VEHICLE TRACKING ROPE DISTANCE VISUALIZATION APPLICATION Technical Area This invention is used in vehicles and trucks to enable drivers to maintain a safe following distance. It is related to the systems that have been developed. The invention specifically addresses the legally limited vehicle following distance between radar sensors and other devices. Tool 10 that enables visualization of detection and ensures safe driving. This relates to the visualization of following distance application. State of the Art Although car manufacturers offer vehicles with radar sensors in many of the current models, 15 distance information about vehicles, people and animals being followed is provided to the driver. It is not shown. Drivers have to estimate following distances and adjust braking, etc. This causes them to react either too late or too early. Early or late braking 20 This leads to various accidents and threatens driving safety. In general Distance information is presented in the form of audible warning systems. New techniques are needed to prevent situations that could lead to such accidents. Improvements are needed. 25 Application number TR 2017 / 20189 concerns a warning system for vehicle following distance. It has been explained. However, the driver needs to accurately estimate following distances. This can cause them to react too late or too early, such as having to brake. A technical solution is needed that will address these problems. 30 -2- In conclusion, the driver must maintain a safe following distance within the limits set by law. enabling the driver to maintain a safe distance while driving, allowing for accurate estimation of following distances. having to react by braking or giving responses too late or too early It is essential to develop new technical solutions that address the problems caused by these issues. It is becoming. 5 Explanation of the Purposes of the Discovery Based on the current state of the art, the aim of the invention is to improve 10 existing structures. a vehicle following distance visualization system where negative aspects are eliminated. It is the development of. Another purpose of the invention is to analyze data received from radar sensors in vehicles. The driver's display shows distance information in meters to the windshield and the road. the display / reflection and the driver's following distance within the limits set by law. It is about keeping the viewer engaged and watching it. Another aim of the invention is to enable the automatic detection of the following distance and It is possible to visualize it. 20 Another purpose of the invention is to ensure compliance with legal requirements, as well as This means the driver can operate the vehicle with the most accurate distance information without having to guess. Another purpose of the invention is to help drivers in traffic see the vehicles in front of them, or the vehicles ahead of them. By displaying distance information about people and animals that may appear, it helps the driver maintain safety. It provides driving opportunities. In order to achieve the aforementioned goals, technology, with its significant technical advantages, Vehicle following distance visualization system 30 where the known situation is exceeded It has been developed. -3- Explaining the Figures Figure 1; A representative application of the invention showing the positioning of vehicles in traffic. It is the drawing as indicated. Figure 2; A representative application of the invention showing the system indicated on the front of the vehicle. It is a drawing. Reference Numbers Detailed Explanation of the Discovery The invention is for vehicles (1), trucks, to ensure the driver maintains a safe following distance. developed, radar sensors and legally limited vehicle (1) following distance The tool enables the visualization of detection and guarantees safe driving. 15 (1) is related to the visualization of the following distance application. As can be seen in Figure 1, the vehicles (1) are positioned in traffic and followed in between. Distance information, distance information on the road (3) is indicated. While driving in traffic Distance measurement is made for vehicle (1) and other vehicles in front of it (2) and displayed on the driver screen 20 distance information (4), distance information on the windscreen (5) and distance information on the road (3) The driver is informed by the projection. The distance between the moving vehicle (1) and the other vehicle (2) in front of it. By measuring via a sensor, the distance is displayed to the driver on the instrument panel / driver screen: 25 by reflecting distance information (4), distance information (5) on the windscreen and distance information (3) on the road The display is provided. 1 Vehicle 4 Drivers display distance information on the screen. 2 Other vehicles 5 Distance information on the windshield Distance information for 3 roads -4- In addition, the moving vehicle (1) has a gap between itself and pedestrians or objects in front of it. By measuring the distance via the sensor, the distance information is displayed to the driver, driver screen (4), front displaying distance information (5) on the glass and distance information (3) on the road. This ensures that information about the potential distance of pedestrians and other living beings from entering the road is obtained. This allows the driver to see the situation and take precautions. There are 5 possible risks on the road. Disabling distance information for objects helps prevent potential accidents. It can be provided. The invention is for vehicles, trucks, and vehicles to maintain a safe following distance for the driver (1) It is related to the following distance visualization system, and its feature is; the moving vehicle (1) 10 and distance measurement is made for other vehicles (2) or objects in front of the driver distance information on the screen (4), distance information on the windshield (5) and distance on the road It is characterized by containing the control unit, as shown in the information (3). The vehicle displays distance information received from radar and other sensors on the windshield, the road, and 15... It includes a control unit that enables it to be displayed on the driver's screen. Information on the distance between objects, pedestrians and other vehicles (2) on the road and legal Vehicle (1) windshield, driver display and road surface showing following distance information Distance information includes a reflective element. 20 The object on the road in the form of a virtual screen on the windshield, other vehicles (2) It includes a windshield display that shows distance information. The object on the road is shown on the driver display 25 showing the distance information of other vehicles (2). It includes distance information projected onto the road visible through the windshield using reflective elements. It contains distance information (3) on the path it is projected onto. The distance information received via the sensors on the vehicle (1) is given to the driver of the vehicle (1). The control unit 30 enables the display to be projected onto the screen, windshield, and the road. includes. -5- Other vehicle (2) or object simulated on the driver display on the vehicle (1) A control that enables the distance information between the vehicles to be projected onto the road and the windshield. Includes unit.

Claims

-6- REQUESTS 1. The invention relates to devices used in vehicles and trucks to enable drivers to maintain a safe following distance. (1) It is related to the distance visualization system, and its feature is; - 5 for the moving vehicle (1) and other vehicles (2) or objects in front of it Distance measurement is performed and distance information is displayed on the driver's screen (4), front Distance information (5) and distance information (3) on the road are shown on the glass. It is characterized by containing a control unit.

2. The vehicle (1) conforming to claim 1 is a distance visualization system, the feature of which is; 10 - the vehicle receives distance information from radar and other sensors in advance control unit that enables visibility on the windshield, road and driver display It includes.

3. The vehicle (1) conforming to claim 1 is a distance visualization system, the feature of which is; 15 - distance between objects, pedestrians and other vehicles (2) on the road The windshield of the vehicle (1) showing information and legal following distance information, driver display and distance information projection element onto the road. It includes.

4. The vehicle (1) conforming to Claim 1 is a distance visualization system, the feature of which is; - a virtual screen on the windshield displaying objects on the road, other vehicles include a windshield display showing distance information (2).

5. The vehicle (1) conforming to claim 1 is a distance visualization system, the feature of which is; 25 - the object on the road, the distance information of other vehicles (2) is shown It includes the driver screen.

6. The vehicle (1) conforming to Claim 1 is a distance visualization system, the feature of which is; - Distance information projection elements onto the road visible through the windshield 30 It contains distance information (3) on the path it is reflected on. -7- 7. The vehicle (1) conforming to Claim 1 is a distance visualization system, the feature of which is; - distance information obtained via sensors on the vehicle (1) (1) display of the driver's screen, windshield and road surface It includes a control unit that provides this.

8. The vehicle (1) conforming to Claim 1 is a distance visualization system, the feature of which is; - other vehicle (2) simulated on the driver display on vehicle (1) or The distance information between the object is displayed on the road and the windshield. It includes a control unit that enables its projection.

Images