VEHICLE WARNING SYSTEM

Abstract

The invention relates to a vehicle warning system used in the automotive sector for motor vehicles, particularly for road vehicles such as buses, minibuses, midibuses, trucks, and semi-trucks that transport goods and passengers on roads. This system projects warning lanes onto the road surface to alert other drivers about right, left, or reverse maneuvers, safe following distances, and the presence of pedestrians on the road.

Description

1 TARIFF VEHICLE WARNING SYSTEM Technical Area 5 The invention relates to vehicle warning systems used in motor vehicles in the automotive industry. The invention is particularly relevant to road vehicles, especially those carrying cargo and passengers on roads. buses, minibuses, midibuses, trucks, and semi-trucks can turn right, left, or 10 centimeters while in motion. Signs on the road for reversing maneuvers, following distance, and the presence of pedestrians on the road. A vehicle warning system that alerts other drivers by projecting warning lanes. It is related to. State of the Art 15 Vehicles that transport cargo and passengers on highways, vehicle specifications, challenging working conditions, and It differs from passenger vehicles due to various factors related to these conditions. The size and weight of the vehicle increase the risk of loss of life in the event of a possible accident. It can also increase the severity of other related negative consequences. Therefore, 20 Vehicles carrying cargo and passengers on highways are important for traffic safety. is doing. In the use of vehicles carrying cargo and passengers on highways, the drivers of these vehicles There are many factors that influence driving in terms of traffic safety. These 25 factors, demographic factors, working conditions, driver fatigue, alcohol and substance abuse Usage, physical conditions and ergonomics, physical health, and psychological factors are all important considerations. Therefore, vehicles that depend solely on the driver's reflexes and attention can endanger human lives. It needs systems that will protect and facilitate [the process]. Under current technology, drivers of vehicles carrying cargo and passengers on highways must adhere to speed limits. systems that provide alerts via a warning system and a sleep alert detection system. It is located. In these systems, when the vehicle's speed exceeds a certain limit It ensures that the driver is alerted. Sleep warning systems, on the other hand, are used during driving. By obtaining real-time data from the driver, inferences can be made about the driver's driving suitability. 35 This ensures that the driver is warned. However, through these systems... 2 It focuses solely on increasing the attention of the vehicle driver and the surrounding drivers. It is unable to provide a warning. For example, vehicles carrying freight and passengers on highways. warning other vehicles when vehicles are stopping or maneuvering This is not possible. Therefore, in the current state of technology, for traffic safety... A system was needed to warn surrounding vehicles. 5 In the literature review, an example of the current state of the technique is given. Document number TR2018 / 20453 can be shown. This document is a vehicle warning. It is related to the system. In the invention in question, a passenger is matched with a vehicle, and the passenger is... By determining the location where the passenger will get in or out of the vehicle, the vehicle and the vehicle with 10 The vehicle will stop via a communication established between the passenger, the vehicle, and the server. a vehicle warning that alerts other vehicles in the vicinity The system was mentioned. In the aforementioned warning system, there is a device located on the vehicle. a connection between vehicle and vehicle, vehicle and passenger, and vehicle and server via an electronic device. communication is enabled, a system administrator with server connection 15 an interface provided by or by an electronic device held by the passenger This allows users to enter the locations they will be traveling to, and the entered travel locations are processed accordingly. According to the information, a vehicle is paired with another vehicle, and the paired vehicle picks up and drops off the passenger. By generating information about when a vehicle will stop at the required locations, it communicates with others It has been ensured that information is shared with the devices. In this invention, information is shared via a communication network. A system that enables sharing has been established. In conclusion, the existence of the above problems and the inadequacy of the current solutions, This has made it necessary to make improvements in the technical field. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. It relates to the vehicle warning system, which brings new advantages. The main purpose of the invention is to provide transportation for goods and passengers in road vehicles, especially on highways. vehicles such as buses, minibuses, midibuses, trucks, and semi-trucks carrying goods must turn to the right while in motion. Road safety measures for left or reverse maneuvers, following distance, and the presence of pedestrians on the road. A vehicle warning system that alerts other drivers by projecting warning stripes onto its surface. The goal is to establish the system. 35 3 The invention aims to use sensors on vehicles that transport goods and passengers on highways. Based on the observation, other drivers in the vicinity are aware of the possibility of pedestrians being on the road. The goal is to develop a vehicle warning system that provides counter-warning. Another aim of the invention is to use sensors on vehicles carrying cargo and passengers on highways. 5 This observation indicates that other drivers in the vicinity should maintain a safe following distance. The goal is to develop a vehicle warning system that provides alerts based on location. Another purpose of the invention is to use sensors on vehicles that transport cargo and passengers on highways. With this detection, the surrounding 10 The goal is to develop a vehicle warning system that alerts other drivers. To fulfill all the purposes mentioned above and those that can be derived from the detailed explanation. The invention is a vehicle warning system used in motor vehicles in the automotive industry. - located on a primary vehicle carrying cargo and passengers on highways and the first 15 a motion sensor that detects movement in the surroundings while the vehicle is in motion - located on a primary vehicle that carries cargo and passengers on highways, and is the primary the distance between the vehicle and the second vehicle following behind it while the vehicle is in motion distance sensor that detects - located on a primary vehicle carrying cargo and passengers on highways and the first 20 The vehicle detects right and left turn signal warnings, and reverse turn signal warnings. headlight sensor, - located on a primary vehicle that carries cargo and passengers on highways, and is the primary a speed sensor that detects the vehicle's speed while it is in motion, - 25 from motion sensor, proximity sensor, headlight sensor and speed sensor control unit that processes data, - According to data from the control unit, a warning sign was placed on the road from the first vehicle. by displaying lane markings, warning information, blind spot information, following distance or speed information. a second vehicle and / or pedestrians traveling on the same road This is related to the fact that it contains an LED module that provides a warning. 30 The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. It must be done taking this into consideration. 35 4 Figures that will help understand the invention. Figure 1: Appearance of the vehicle warning system that is the subject of the invention. Figure 2: LED module of the vehicle warning system subject to the invention, via the first vehicle. It is the appearance of the warning strip projected onto the road by means of a device. 5 Figure 3: The LED module of the vehicle warning system subject to the invention, via the first vehicle. It is the visual representation of the distance or speed information being projected onto the road surface. Figure 4a: The LED module of the vehicle warning system subject to the invention, via the first vehicle. via a projected blind spot information when turning right onto the road It is the appearance. 10 Figure 4b: The vehicle warning system subject to the invention, via the LED module on the first vehicle. via a projected representation of blind spot information when turning left onto the road It is the appearance. Figure 4c: The LED module of the vehicle warning system subject to the invention, via the first vehicle. via the reflected blind spot information during reverse maneuvering onto the road 15 It is the appearance. Explanation of Part References 10. Motion sensor 20 20. Distance sensor 30. Headlight sensor 40. Speed ​​sensor 50. Control unit 60. LED module 25 A. First vehicle B. Second vehicle Detailed Description of the Invention 30 This detailed description outlines the preferred alternatives to the vehicle warning system that is the subject of this invention. purely for the purpose of better understanding the subject and without any limiting influence. It is explained in a way that will not create a problem. 35 Figure 1 shows a representative view of the vehicle warning system that is the subject of the invention. Accordingly, In its most basic form, the vehicle warning system is for primary vehicles carrying cargo and passengers on highways. (A) is located on and detects the surrounding movement while the first vehicle (A) is in motion. motion sensor (10), first vehicle (A) carrying cargo and passengers on highways The second vehicle, which is located on top of the first vehicle (A) and is following behind it while the first vehicle (A) is in motion, is 5. Distance sensor (20) which detects the distance between (B) and load on highways located on the first vehicle (A) carrying passengers and the right and left turns of the first vehicle (A). signal warning, headlight sensor (30) which detects the reverse signal warning, on highways located on the first vehicle (A) carrying cargo and passengers and the first vehicle (A) is in motion speed sensor (40) which detects the speed during the process, the aforementioned motion sensor (10), 10 processing data from the distance sensor (20), headlight sensor (30) and speed sensor (40) control unit (50), according to the data from control unit (50) over the first vehicle (A) Warning lane markings on the road, warning information, blind spot information, following distance or speed information. by reflecting a second vehicle (B) and / or pedestrians traveling on the same road It contains an LED module (60) that provides warning. 15 A vehicle that carries cargo and passengers on highways, such as a bus, minibus, midibus, truck, or semi-truck. on the first vehicle (A), the first vehicle (A) should preferably move onto the corners. sensor (10), distance sensor (20), headlight sensor (30) and speed sensor (40) are installed It has the ability to rotate 270°. 20 The motion sensor (10) detects the surrounding movement while the first vehicle (A) is in motion. is doing. Distance sensor (20) detects the second vehicle (A) following behind when the first vehicle (A) is moving. It determines the distance between (B) and (B). Headlight sensor (30), first vehicle (A) right and left turn signal warning, reverse maneuver signal It detects the warning. The speed sensor (40) detects the speed of the first vehicle (A) during its journey. Motion sensor (10), distance sensor (20), headlight sensor (30) and speed sensor (40) The incoming data is transmitted to the control unit (50) located in the first vehicle (A) and It is processed in the aforementioned control unit (50). 35 6 According to the data transmitted from the control unit (50), the first vehicle (A) is on the same road. to warn a second vehicle (B) based on the cabin height of the first vehicle (A) on the front and / or rear right and left pillars and / or the middle sections on the front and rear An LED module (60) is placed on it. The said LED module (60) rotates 180°. It has the ability. 5 LED module (60) receives data from the control unit (50) through the first vehicle (A). road markings, warning lanes, warning information, blind spot information, following distance or speed information. by reflecting a second vehicle (B) and / or pedestrians traveling on the same road It provides stimulation. 10 The operating principle of the vehicle warning system described in this invention is as follows: While the first vehicle (A) is in motion, the motion sensor (10) detects the surroundings of the first vehicle (A). It detects the movement and transmits this data to the control unit (50). 15 on the road If a pedestrian is found, the control unit (50) receives the data from the motion sensor (10) It is processing and transmitting data to the LED module (60). The LED module (60) is shown in Figure 2. like the first vehicle (A), by projecting a warning strip onto the road, on the same road It ensures that a second vehicle (B) that is in motion is warned. Thus, the first A pedestrian passing in front of vehicle (A) is noticed by the driver of the second vehicle (B) 20 by jeopardizing pedestrian and traffic safety, especially on urban roads. It has been blocked. While the first vehicle (A) is in motion, the distance sensor (20) detects when the first vehicle (A) is in motion. while determining the distance between itself and the second vehicle (B) following behind, this 25 It transmits the data to the control unit (50). The control unit (50) receives the data from the distance sensor (20) It processes the data it receives and transmits the data to the LED module (60). The LED module (60) is shown in the figure. As seen in 3, the following distance information on the road is obtained from the first vehicle (A). by reflecting, the second one in bad weather conditions where visibility is reduced during navigation This ensures that the driver of vehicle (B) is warned. Similarly, the first vehicle (A) is on course 30 While in this state, the speed sensor (40) also detects the speed of the first vehicle (A) during its journey. and transmits this data to the control unit (50). The control unit (50) transmits the distance data. It processes the data it receives from its sensor (20) and transmits the data to the LED module (60). Module (60) is placed over the first vehicle (A) onto the road, as seen in Figure 3. By reflecting the speed information of the first vehicle (A), the 35 that is closely following from behind during the journey This ensures that the driver of the second vehicle (B) is warned. 7 While the first vehicle (A) is in motion, the headlight sensor (30) detects the right and left turns of the first vehicle (A). signal warning, reverse maneuver signal warning is detected and this data is sent to the control unit (50) is transmitted. The control unit (50) processes the data it receives from the headlight sensor (30) and the LED It transmits to the module (60). The LED module (60) is the first 5 as seen in figures 4a, 4b and 4c. Blind spot information is projected onto the road from the vehicle (A). Thus, especially On urban roads, drivers of second vehicles (B) and pedestrians are warned. In an alternative configuration of the invention, the motion sensor (10) and the first vehicle (A) By detecting the movement around it, a second vehicle that wants to overtake the first vehicle (A) is given 10 (B) Warning information via LED module (60) to indicate that the road is clear. can be reflected.

Claims

8 REQUESTS 1. It is a vehicle warning system used in motor vehicles in the automotive sector. feature; - 5 located on a primary vehicle (A) carrying cargo and passengers on highways and the first vehicle (A) detects the movement around it while it is in motion motion sensor (10), - located on a primary vehicle (A) carrying cargo and passengers on highways and the second vehicle (B) following behind the first vehicle (A) while it is in motion Distance sensor (20) which detects the distance between 10 - located on a primary vehicle (A) carrying cargo and passengers on highways and the first vehicle's (A) right and left turn signal warning, reverse maneuver signal headlight sensor (30) which detects the warning, - located on a primary vehicle (A) carrying cargo and passengers on highways and speed sensor 15 which detects the speed of the first vehicle (A) during travel (40), - motion sensor (10), proximity sensor (20), headlight sensor (30) and speed Control unit (50) that processes data from sensor (40), - According to the data from the control unit (50), over the first vehicle (A), Warning lane markings, warning information, blind spot information, following distance information, or 20 on the road. by reflecting speed information to a second vehicle traveling on the same road. LED module (60) that provides warning of the vehicle (B) and / or pedestrians It includes.

2. A vehicle warning system in accordance with Claim 1, the feature of which is; 25 of the aforementioned first vehicle. (A) The movement located on the corners and capable of rotating 270°. sensor (10), distance sensor (20), headlight sensor (30) and speed sensor (40) It includes.

3. A vehicle warning system in accordance with Claim 1, the feature of which is; 30 of the aforementioned first vehicle. (A) on the front and / or rear right and left pillars depending on the cabin height and / or located on the middle sections of the front and rear sides, and capable of 180° rotation. It contains LED modules (60) that have the capability. 35

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