A SYSTEM THAT ENABLES THE DETECTION OF LACK OF LIGHTING ALONG THE ROAD.

Abstract

This invention relates to a system (1) that enables the detection of dark or poorly lit areas on the roadways by means of imaging mechanisms in vehicles and sharing the location information with the relevant institutions.

Description

1 TARIFF IDENTIFICATION OF LACK OF LIGHTING ALONG THE ROAD. A SYSTEM THAT ENABLES IT TO BE DONE Technical Area 5 This invention enables driving through imaging mechanisms integrated into vehicles. Identifying dark or poorly lit areas on the roads a system that enables the location information to be shared with relevant institutions. It is related to the system. 10 Previous Technique Roads with inadequate lighting during nighttime or dark driving conditions, and These areas pose a serious accident risk for drivers. Current systems have 15 such areas. Lack of lighting is reported manually and is mostly... These deficiencies are identified with a delay. These shortcomings are particularly noticeable in rural and low-income areas. It can remain unnoticed for extended periods in areas with heavy traffic. For this reason, the 20 driving routes that are dark or have insufficient lighting Identifying the regions and sharing their location information with the relevant institutions. It appears that a system providing this is needed. U.S. patent number US2023373334A1, which is included in the prior art. The document states that road lighting can be adjusted via cameras and sensors in the vehicle. a system designed to identify areas where lighting is scarce and provide it. The system is being discussed. An example operation described in the invention is that of a first vehicle. There is an electricity grid fault at a specific location in the region. and that this first vehicle will be able to charge via a charging station at the relevant location. This includes being connected to the electricity grid. Additionally, the first vehicle has 30 in the region. 2 requesting a second moving vehicle to supply electricity to the relevant location. is doing. Brief Description of the Invention The aim of this invention is to improve driving performance through imaging mechanisms in vehicles. Identifying dark or poorly lit areas on the roads a system that enables the location information to be shared with relevant institutions. The goal is to implement the system. Detailed Description of the Invention The "Road Lighting" project was carried out to achieve the purpose of this invention. A system that enables the detection of deficiencies is shown in the attached document. These figures; 15 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... The corresponding answers are given below. 20 1. System 2. Image capture device 3. Radar device 4. Vehicle computer 25 A. Corporate servers Dark or poorly lit areas on driving routes enabling the identification and sharing of location information with relevant institutions. a system (1); 30 3 - located on the vehicle and around the vehicle and on the driving path at least one image acquisition device configured to take images of the related matter (2), - located on the vehicle and around the vehicle and on the driving path at least one radar device (3) configured to collect data relating to and - 5 at a point inside the vehicle where the driver and passengers can interact. located, having an input unit in the form of a touchscreen, manages the units and components in the vehicle, and automatically processes the data. a processor running at least one artificial intelligence that is functioning and producing meaningful results The vehicle has the following path from the image capture device (2) and radar (3) by collecting related data, processing and analyzing it with artificial intelligence, and using the tool 10 to identify the dark areas on the path it is following, the identified dark areas To provide warnings inside the vehicle for specific areas and along with location information. at least one device configured to share with corporate servers (A) includes computer (4). The image capture device (2) located in the system (1) of which the invention is on the vehicle It is positioned to provide uninterrupted access around the vehicle and the driving path. It is a camera-shaped device configured to capture images. The vehicle computer (4) in the system (1) which is the subject of the invention is located in the vehicle, the driver or 20 The vehicle is positioned in a location where passengers can interact with it. It is structured to enable the management of its functions and components. The vehicle computer (4) is triggered when the vehicle is started and the image capture device (2) Obtaining image data relating to the vehicle surroundings and / or the driving path, The image in question was captured by artificial intelligence running on its processor. to analyze the data in real time and the dark and dangerous path the vehicle is traveling on It is configured to identify possible areas. Vehicle computer (4) via its screen and / or for areas determined to be dark To provide audible and / or visual warnings through the vehicle's sound system. It is configured accordingly. The vehicle computer (4) determines the areas that are dark 30 4 by generating a report and sending that report, along with location information, to the organization's servers. (A) is configured to transmit. Industrial application of the invention The system (1) that is the subject of the invention addresses inadequate lighting on the roads where vehicles travel. Dark areas that could create a risk of accidents are identified and made public. This information, along with location data, is shared with the relevant authorities, thus making the roads safer. Rapid intervention is ensured to bring the situation to a head. Around these fundamental concepts, the invention focuses on "Road Lighting". There are many different things about "A System that Enables the Detection of Deficiencies (1)". It is possible to develop applications, and the invention is illustrated with the examples described here. It cannot be restricted, it is essentially as stated in the claims.

Claims

REQUESTS 1. Driving routes that are dark or have insufficient lighting by identifying the regions and sharing their location information with the relevant institutions. 5 that enable sharing - located on the vehicle and around the vehicle and during driving at least one image acquisition system configured to capture images of the path. device (2), - located on the vehicle and around the vehicle and during driving at least one radar device configured to collect data on the route (3) 10 including and - a space inside the vehicle where the driver and passengers can interact an input unit in the form of a touchscreen located at that point owning, managing the units and components located in the vehicle, and storing data on it. a 15 that has at least one AI running that operates automatically and produces meaningful results The vehicle has a processor, image capture device (2) and radar (3) processing, analyzing, and taking data about the path it is following using artificial intelligence. To identify dark areas on the road the vehicle is traveling on, the detected To provide warnings inside the vehicle for dark areas and with location information. at least 20 configured to be shared with the relevant institutional servers (A) a system characterized by an onboard computer (4) (1).

2. It is located on the vehicle and is positioned around the vehicle and the driving path. camera configured to continuously capture images of the area Claim 25 is characterized by an image capture device (2), which is a device in the form of A system like the one in 1 (1).

3. To transmit the image data it obtains to the vehicle computer (4) The above is characterized by the configured image acquisition device (2). a system like any of the requests (1). 30 6 4. In a place inside the vehicle where the driver or passengers can interact. It is positioned to manage the functions and components of the vehicle. characterized by the vehicle computer (4) configured to provide a system like any of the above requests (1).

5. When the vehicle is started, the image capture device (2) is triggered and the vehicle Obtaining image data relating to the surroundings and / or the driving route, The image in question is processed by artificial intelligence running on its processor. to analyze the data in real time and the darkness and path the vehicle is following Tool 10, designed to identify potentially dangerous areas. any of the above requests characterized by the computer (4) a system like one of them (1).

6. For areas identified as dark, it uses its screen. and / or audio and / or visual via the vehicle's sound system 15 characterized by the vehicle computer (4) configured to give a warning. a system like any of the above-mentioned requests (1).

7. Create a report for the areas identified as dark and publish the relevant report. 20 to transmit to the institution's servers (A) along with location information the above characterized by the configured vehicle computer (4) a system like any of the requests (1).