ADVANCED VISION SYSTEM
The AI-based advanced vision system with sixteen sensors addresses the inadequacies of existing safety systems by predicting and minimizing accidents through real-time data processing, enhancing road safety.
Patent Information
- Application Number
- TR202616623U
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2026-09-26
- Publication Date
- 2026-10-21
- Estimated Expiration
- 2036-09-26
AI Technical Summary
Existing vehicle safety systems, such as rearview cameras, are inadequate in preventing accidents caused by driver distraction, fatigue, improper maneuvering, adverse weather, and road conditions, leading to potential loss of life and property.
An AI-based advanced vision system with sixteen sensors, including distance and speed sensors, connected via Arduino and a battery, predicts potential accidents by mapping data to minimize collision risks.
The system significantly reduces the probability of accidents by providing a safer travel environment through predictive analytics and real-time data processing.
Smart Images
Figure 00000004_0000
Abstract
Description
1 TARIFF ADVANCED VISION SYSTEM Technical Area The invention incorporates distance and speed sensors to prevent potential accidents. It is about preventing accidents with the artificial intelligence system that will be developed. State of the Art We use vehicles in road transportation. Modern vehicles offer people both safety and... They stand out in terms of comfort. The features these vehicles offer us include autonomous driving. The system, SOS system, and driving assistant are used. However, the most commonly used in today's vehicles are... The system consists of rearview cameras. In this project, a total of sixteen sensors are placed on the vehicles, two at each of eight different locations. These are placed two in each area of the front bumper (right, left, center) and one in each area of the rear bumper. There are two sensors in the area (right, left, center) and two sensors on each of the side rails of the vehicles. The battery supplies power to the Arduino. The distance and speedometer sensors send data to the program in the Arduino. It sends the data. The transmitted data is mapped in the program to prevent potential accidents. The system is connected to each other with a connecting cable. One of the studies in the relevant technical field is in the automotive sector, publication number 2023 / 008321. This is an application titled "Millimeter Wave Radar System for Use," aimed at identifying hazards. It is a study aimed at this. It is one of the studies in the relevant technical field. Regulation number 2024 / 019211 on preventing or minimizing damage in vehicle accidents. elastic deformation based on momentum conservation principles for the purpose of reduction AI-based smart vehicle that minimizes force through its mechanisms This is an application titled "Protection and Security Systems," aimed at minimizing damage and loss. This is a study aimed at... Technical Problems That the Invention Aims to Solve Driving on highways can lead to a number of problems. Examples of these problems include: drivers losing attention, drivers falling asleep while driving, drivers inappropriately maneuvering, loss of vehicle control, road conditions, unsuitable weather These conditions may include vehicle malfunctions and lack of on-road experience. In case such incidents occur... 2 There may be loss of life and property. Within these eventualities, people need to ensure a safe journey. Opportunities must be provided. Explanation of the figures Figure 1: View of the vehicle's interior. Explanation of the references in the figures. 1: Distance measuring sensor 2: Speedometer sensor 3: Connection cable 4: Arduino 5: Battery Description of the invention This invention offers a logical way to identify and prevent potential accidents that vehicles might experience. It aims to minimize the probability of an accident by making predictions. Distance measuring sensor. (1), speedometer sensor (2), connection cable (3), Arduino (4) and battery (5) are made up of. Thanks to this invention, the probability of incidents occurring in road transportation is minimized. By downloading it, a safer travel environment can be created. Distance measuring sensor (1) It measures the distance of the vehicles around it and transmits it to Arduino (4). The speedometer sensor (2) measures the distance of the vehicles around it. It measures the speed of the vehicles and transmits the data to Arduino (4). The data from the sensors is transmitted to Arduino (4) Possible accident plans are made by visualizing them in the artificial intelligence inside. Arduino (4) battery It works by supplying its energy through (5) All parts (Distance measuring sensor (1), speedometer The sensor (2), Arduino (4) and battery (5) are connected by the connecting cable (3).
Claims
3 REQUESTS 1. This invention measures the speed and distance of vehicles, thereby helping to prevent potential accidents. It is related to the purpose of avoiding and its features are: distance measuring sensor (1); speed measuring sensor (2), It is characterized by the connection cable (3), Arduino (4) and battery (5).
2. According to claim 1, the invention involves measuring the speed and distance of vehicles to determine their potential... It is related to the purpose of avoiding accidents; and is characterized by a distance measuring sensor (1). It is done.
3. According to claim 1, the invention involves measuring the speed and distance of vehicles to determine their potential... It is related to the purpose of avoiding accidents and is characterized by a speedometer sensor (2).
4. According to claim 1, the invention involves measuring the speed and distance of vehicles to determine their potential... It is related to the purpose of avoiding accidents and is characterized by a connecting cable (3).
5. According to claim 1, the invention involves measuring the speed and distance of vehicles to determine their potential... It is related to the purpose of avoiding accidents and is characterized by Arduino (4).
6. According to Claim 1, the invention involves measuring the speed and distance of vehicles to determine their potential... It is related to the purpose of avoiding accidents and is characterized by a battery (5).