A system that allows personalization of interior vehicle lighting.

Abstract

This invention relates to a system (1) that enables the ambient lighting in passenger cars (vehicles) to be automatically changed according to the color of the clothes worn by the driver.

Description

1 TARIFF PERSONALIZING INTERIOR VEHICLE LIGHTING A SYSTEM THAT PROVIDES Technical Area 5 This invention concerns ambient lighting in passenger vehicles (cars). automatically changes color according to the color of the clothes the user is wearing. It is related to a system that provides. Previous Technique A compartment located in passenger vehicles and usually positioned in the door trim. The colors of the ambient lighting are currently predetermined. User profiles are presented in a matched manner and are selected by users 15 It is changed manually. Ambience with multiple color options. In lighting systems, users generally lose track of the color they've set after a while. They stop changing it. Because each time they have to go into the menu and choose a new color. The settings need to be adjusted, and the user often either doesn't need to adjust them or doesn't need to. or there isn't a suitable moment to deal with it while driving. 20 For this reason, ambient lighting in passenger vehicles... automatically changes color according to the color of the clothes the user is wearing. It appears that a system providing this is needed. United States Law No. US2021316659, which is included in the known state of the art. from the patent document, from the in-vehicle ambient lighting control system It is mentioned that the invention covered in the patent document is for in-vehicle environments. a device developed to control the lighting, located inside the vehicle It consists of a lighting element, a touch screen unit, and a control unit. Light 30 The element emits one of several colors that it can create. The display unit, 2 Simultaneously displaying multiple colors from a predefined color spectrum. It displays in a color scale and is done by a user touching the screen unit. It detects the location of the input. Thanks to the detected location, the user input is colored. It is associated with a relevant color shown on the scale, and information about that color is checked. The signal is transmitted to the control unit. The control unit directs the light element to the user input assigned to 5. It controls how the color is spread. The light element and the display unit are in the same color space. It has, so that the color assigned to the user input on the screen matches the color emitted by the light element. The color will be the same. Brief Description of the Invention 10 The aim of this invention is to improve the ambient lighting in passenger vehicles. automatically changes color according to the color of the clothes the user is wearing. The goal is to create a system that provides this. Detailed Description of the Invention The "In-Vehicle Lighting" project was carried out to achieve the purpose of this invention. A system that enables personalization is shown in the attached figures; 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... The corresponding answers are given below. 1. System 2. Lighting unit 3. Image capture device 4. Vehicle computer A. Lighting 30 3 Ambient lighting in passenger vehicles affects the vehicle user. a device that automatically changes color depending on the color of the clothes it is wearing system (1); - managing the operation of the ambient lighting (A) inside the vehicle. and to enable it to emit different colored lights according to the user's clothing colors 5 at least one lighting unit configured to (2), - an image positioned inside the vehicle and relating at least to the inside of the vehicle. at least one image acquisition device configured to take (3) and - at a point inside the vehicle where the driver and passengers can interact located, having a touchscreen-shaped input unit, 10 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 having, communication with the lighting unit (2) and image receiving device (3). to establish and exchange data each time the tool is started triggered image of the vehicle user from the image capture device (3) 15 by receiving the data and analyzing it with artificial intelligence and for vehicle lighting (A) To determine the colors that match the user's clothing and the selected colors lighting unit (2) for giving colors from lighting (A) It includes at least one vehicle computer (4) configured to trigger. The lighting unit (2) in the system subject to the invention (1) vehicle lighting (A) to manage the LEDs it has and triggered by the vehicle computer (4) (A) determined that the lighting is compatible with the user's clothing colors. It is structured to provide light in various colors. The image capture device (3) located in the system (1) which is the subject of the invention is inside the vehicle at least one facial image of the driver is positioned inside the vehicle. fatigue detection camera configured to take selfies It is an image taking device in the form of a camera. The image taking device (3) obtains It is configured to transmit image data to the vehicle computer (4). 30 4 In the system that is the subject of the invention, the vehicle computer (4) located in (1) is inside the vehicle with the driver or 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) allows users to adjust the ambient lighting (A) to their clothing and / or 5. Enabling them to define rules for personalization based on accessories. It is structured as follows: In the preferred arrangement of the invention, the vehicle computer (4) for the lighting (A) analysis of all users inside the vehicle the color that covers the largest area in common, on the driver's body the color that covers the most surface area, the most surface area on the driver's upper clothing the covering, prominent color (t-shirt, shirt), the driver's clock-shaped 10 the most prominent color of the accessories (watch, bracelet) to enable them to choose from options such as these It is configured. The vehicle computer (4) communicates via CAN bus. Communicate with the lighting unit (2) and the image acquisition device (3) using the protocol. It is configured to establish and exchange data. Tool 15 automatically and / or through artificial intelligence running on the computer (4) The image obtained from the image acquisition device (3) by triggering at certain periods to collect and analyze data and rules previously defined by the user according to the colors of the clothing and / or accessories worn by the user Determining the appropriate colors for lighting (A) and lighting the determined colors 20 It is configured to trigger the lighting unit (2) by transmitting to the unit (2). Industrial application of the invention The system in question (1) enables the user to integrate more with his vehicle and 25 This ensures that the user enjoys it more. Based on these fundamental concepts, the subject of the invention is "In-Vehicle Lighting". A wide variety of applications related to "A System That Enables Personalization (1)" It is possible to develop it further, and the invention cannot be limited to the examples described herein. 30 It is essentially as stated in the requests.

Claims

REQUESTS 1. Ambient lighting in passenger vehicles Automatically selects 5 based on the color of the clothes the user is wearing. enabling its modification; - operation of the ambient lighting (A) inside the vehicle to manage and emit different colored lights according to the user's clothing colors. at least one lighting unit configured to provide (2), - located inside the vehicle and relating to at least the inside of the vehicle 10 containing at least one image acquisition device (3) configured to take images 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. 15 at least one AI running automatically and producing meaningful results with a processor, lighting unit (2) and image acquisition device (3) to communicate and exchange data each time the vehicle is started triggered image of the vehicle user from the image capture device (3) by taking data and analyzing it with artificial intelligence and 20 for vehicle lighting (A) To determine the colors that match the user's clothing and the selected colors lighting unit (2) for giving colors from lighting (A) characterized by having at least one vehicle computer (4) configured to trigger a system (1).

2. Managing the LEDs of the vehicle lights (A) and the vehicle triggered by the computer (4) from the lights (A) user clothing to provide light in colors that are determined to be compatible with the colors The Claim is characterized by the lighting unit (2) which is structured accordingly. A system like the one in 1 (1). 30 6 3. It is located inside the vehicle and is the most important sensor inside the vehicle relating to the driver. fatigue detection camera configured to capture a small facial image with an image capture device (3) which is a device in the form of a selfie camera and / or a selfie camera a system like any of the above characterized claims (1). 5 4. To transmit the image data it obtains to the vehicle computer (4) the above characterized by the configured image acquisition device (3) a system like any of the requests (1).

5. 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).

6. Users' ambient lighting (A) affects clothing and / or accessories to enable them to define rules for personalization according to the above characterized by the configured vehicle computer (4) a system like any of the requests (1).

7. All inside the vehicle for users' lighting (A) analysis The most widely used color that users commonly wear, the most prominent color the driver is wearing, the driver's top The most prominent color covering the surface of his clothing, the driver's watch The most prominent and widely displayed color among the accessories in this form is 25. to enable them to choose from options such as these the above characterized by the configured vehicle computer (4) a system like any of the requests (1).

8. Lighting unit 30 using a communication protocol in the form of CAN bus. (2) and to communicate and exchange data with the image capture device (3) 7 characterized by the vehicle computer (4) configured to perform a system like any of the above-mentioned requests (1).

9. Automatically and / or specifically through artificial intelligence running on it. The image obtained from the image acquisition device (3) by triggering at periods 5 to collect and analyze the data and the user's pre-defined in accordance with the rules the user's clothing and / or suitable colors for lighting (A) according to the colors of the accessories to determine and transmit the determined colors to the lighting unit (2) Vehicle computer (4) configured to trigger the lighting unit (2) 10 as in any of the above claims characterized by system (1).

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