A VETERINARY REFERRAL SYSTEM FOR ANIMALS IN TRAFFIC ACCIDENTS.
The system in vehicles detects animal collisions and guides users to veterinary clinics, addressing the lack of efficient animal injury detection and guidance in traffic accidents, thereby improving recovery times.
Patent Information
- Application Number
- TR202517145
- Authority / Receiving Office
- TR · TR
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2025-11-11
- Publication Date
- 2026-10-21
AI Technical Summary
In traffic accidents involving animals, there is a lack of efficient systems to detect animal injuries and guide users to the nearest veterinarian, leading to delayed recovery and potential losses.
A system integrated into vehicles that uses pressure tubes to detect animal collisions, determines the nearest veterinary clinic using GPS, and provides real-time guidance through a telematics control unit and navigation software.
Automatically identifies animal collisions and directs users to the nearest veterinary care, enhancing the efficiency of animal recovery and reducing delays.
Abstract
Description
1 TARIFF A VETERINARIAN FOR ANIMALS IN TRAFFIC ACCIDENTS. GUIDANCE SYSTEM Technical Area 5 This invention allows for the detection of animal injuries in traffic accidents. users should be informed about the locations of the nearest veterinarians and It is related to a system that enables their guidance. Previous Technique In traffic accidents that occur today, when animals are injured, people... They don't know what to do and have difficulty accessing a veterinarian. This This situation delays the recovery of the animals and may even lead to losses. 15 It provides. Therefore, in traffic accidents, if any animal is harmed... If they don't arrive, it is automatically detected and users are directed to the nearest veterinarian. a system that provides them with information and guidance regarding their locations 20 It is understood that it is needed. Chinese patent CN216034154U, which falls under the known state of the art. the document describes using a camera and pressure sensor to identify animals. A structured system is being discussed. Wild animal identification 25 A multi-functional unmanned vehicle used for this purpose, a recognition mechanism and a protection system. It includes a recognition mechanism. The recognition mechanism is located inside the unmanned vehicle. It is equipped with a limiting cylinder and a damping spring; this It increases the damping effect on the moving plate. Moving plate and The mounting slot is also arranged, and the mounting on the auxiliary mechanism is 30 Positioning and storage effects are being improved. First pneumatic telescopic 2 top of the rod, the third pneumatic telescopic rod and the I-shaped mounting block This section includes an auxiliary mechanism and infrared camera footage. The adjustment effect on the horizontal position of the handle is enhanced. Unmanned A protective mechanism, a collision avoidance device, is arranged on the left side of the vehicle. A spring chamber and a pressure sensor are installed, which provides a collision avoidance force of 5. It enhances the perception effect and the safety of the vehicle. Protective shell and protection of the front of the unmanned vehicle with a sharp edge design. It is being developed and weeds and other materials are getting tangled around the front of the vehicle. This phenomenon is prevented. Brief Description of the Invention The aim of this invention is to absorb a collision using pressure tube systems integrated into vehicles. during which animals, people or other objects are detected and a vehicle is... If it is determined that the vehicle hit an animal, it will automatically be taken to the nearest veterinary clinic. The goal is to create a system that enables routing. Detailed Description of the Invention The "Animals in Traffic Accidents 20" project was carried out to achieve the purpose of this discovery. A System for..." is shown in the attached figures, and these figures are: Figure 1 shows a schematic view of the system that is the subject of the invention. The parts shown in the figures are individually numbered, and these numbers correspond to 25. The corresponding answers are given below. 1. System 2. Pressure tube 3. Airbag control unit 30 4. Telematics control unit 3 5. Vehicle computer By identifying animal injuries in traffic accidents that occur. users should be informed about the locations of the nearest veterinarians and a system that enables their guidance (1); 5 - the pressure located on the vehicle and in the area where it is located at least one pressure tube (2) configured to detect changes in pressure, - located in the vehicle and in communication with the pressure tube (2), pressure By analyzing the pressure change data obtained from the tube (2), the accident 10 to determine whether the object struck immediately is an animal At least one configured airbag control unit (3), - hit by the airbag control unit (3) located in the vehicle If the object is identified as an animal, GNSS (Global Positioning System) The system (Global Navigation Satellite Systems) provides real-time information about the vehicle. at least one telematics control configured to determine its location 15 unit (4), - a device positioned, which automatically processes and makes sense of the data. a processor and a touchscreen that run software producing results having an input unit in the form of a , and at least one navigation 20 hit by the airbag control unit (3) which runs the application. If the object is identified as an animal, the telematics control unit (4) Identify the nearest veterinarian based on the transmitted location information. to locate the identified veterinarian's location, where the user is located to create possible routes from the location and through the screen it has at least one vehicle computer configured to provide to users (5) 25 It includes. Industrial application of the invention 4 Animal injuries in traffic accidents that occur with the system (1) that is the subject of the invention by identifying the nearest veterinary locations for users. They are informed and guided. Around these fundamental concepts, the invention focuses on the topic "A 5 for Animals in Traffic Accidents". It is possible to develop a wide variety of applications related to the System (1)”, and the invention This cannot be limited to the examples described here, but is primarily stated in the claims. It is like that.
Claims
REQUESTS 1. Identifying animal injuries in traffic accidents that have occurred. users should be informed about the locations of the nearest veterinarians and 5 that enable them to be guided - located on the vehicle and in the area where it is located at least one pressure tube configured to detect pressure changes (2), - located in the vehicle and in communication with the pressure tube (2), By analyzing the pressure change data obtained from the pressure tube (2) 10 to determine whether the object struck in the accident was an animal At least one configured airbag control unit (3), - by the airbag control unit (3) located in the vehicle If the object struck is identified as an animal, the vehicle's location can be traced via GNSS. At least one telematics controller configured to determine its real-time location 15 unit (4), - the vehicle is positioned, and data is automatically processed on it. a processor running software that produces meaningful results and a touchscreen having an input unit in the form of a , and at least one navigation 20 hit by the airbag control unit (3) which runs the application. If the object is identified as an animal, the telematics control unit (4) Identify the nearest veterinarian based on the transmitted location information. to locate the identified veterinarian's location, where the user is located to create possible routes from the location and through the screen it has 25 with at least one vehicle computer (5) configured to provide to users a characterized system (1).