A SEAT ADJUSTMENT SYSTEM

Abstract

This invention relates to a system (1) that makes it easier and faster to adjust vehicle seat settings.

Description

1 TARIFF A SEAT ADJUSTMENT SYSTEM Technical Area This invention is a system that simplifies and speeds up the adjustment of vehicle seats. It is related to. Previous Technique Today, the driver's seat in a car is chosen according to their own driving comfort. The user uses the adjustment buttons next to the seat to make the adjustment. The adjustment in question... Because the buttons are not easily visible to the driver sitting in the seat, the driver has to press the buttons. By pressing the buttons and figuring out what they do through trial and error, you can choose the chair yourself. It brings it into a position suitable for its purpose. However, this process involves a lot of trial and error. 15 This process takes time to adjust the seat to the desired position. It is receiving. For this reason, it makes it easier to adjust the car seats according to the driver, and An accelerating adjustment system is needed. 20 United States patent number US2007235297, which falls under the prior art. The invention described in the document is a seat control system for adjusting vehicle seats. It features a unit and a touch-sensitive fabric-coated sensor. Touch-sensitive fabric can be used in 25 applications such as car seats, an interior door panel, or an armrest. onto a support layer that can be created by an internal vehicle component The touch sensor is placed on a touch-sensitive fabric. It generates signals in response to force. A control circuit is connected to the touch sensor. and receives signals generated by the touch sensor. The control circuit responds to the touch. It determines the location of the force applied to the sensitive fabric and is 30 degrees to the touch. Depending on the position of the force applied to the sensitive fabric, the car seat It generates control signals to control it. 2 Brief Description of the Invention The aim of this invention is to make adjusting car seats easier and faster. The system is to implement. 5 Another purpose of this invention is the seat adjustment button that allows for the adjustment of the car seat. or by easily showing which function of the arm it is used for on the vehicle's instrument panel. The goal is to create a system that enables detection and adjustment. Detailed Description of the Invention To achieve the purpose of this invention, a "Seat Adjustment System" is included as shown. and in this form; Figure 1. Schematic view of the system described in the invention. The parts shown in the figure are individually numbered, and each number corresponds to: given below: 1. System 2. Settings button 3. First sensor 4. Second sensor 5. Screen 25 K: Seat The invented system simplifies and speeds up the adjustment of vehicle seats. (1); 30 - located next to the car seat and allowing the car seat to be adjusted to the desired position. at least one setting key configured to provide (2), 3 - to reach the driver adjustment button (2) put his hand between the car seat and the car door It is configured to detect movement between the seat and the door when inserted, and at least one primary sensor (3) located next to the seat, -The adjustment button (2) is located on which the driver places his finger to adjust the seat. At least one 5 is configured to detect where it touches the key (2). second sensor (4) and -The seat is opened by being triggered by the mobility data received from the first sensor (3). providing the driver with a visual and audible warning via the vehicle's instrument panel regarding the setting. providing and the driver finger adjustment button (2) taken from the second sensor (4) It includes at least one screen (5) configured to show its exact location. 10 In the system that is the subject of the invention, the adjustment button (2) is located next to the car seat (1) It has arrows for forward, backward, up, down, right and left directions, and the arrows... When pressed, the seat can be moved forward, backward, up, down, right, and left. It is structured to provide this. 15 The first sensor (3) in the system (1) which is the subject of the invention, is located between the seat and the door. to enable the perception of movement and to be triggered by this movement and to be displayed on the screen (5) To enable the creation of visual and audible warnings regarding seat adjustment. is structured. In a preferred application of the invention, the first sensor (3) is a 20 It is a motion sensor. The second sensor (4) in the system in question (1) is located when the user wants to adjust their seat. The driver's finger moves forward, backward, up, down, right or left on the adjustment key (2). Instantly determine which of the directional arrows you are holding onto. 25 to ensure that the detected data is transferred to the screen (5) is structured. In a preferred application of the invention, the second sensor (4), It is a haptic sensor. In the system subject to the invention (1), the screen (5) receives the data from the first sensor (3) 30 Accordingly, the seat adjustment made by the driver using the adjustment button (2) It is configured to provide real-time visualization of movements. 4 The screen (5) displays the driver's finger based on the data received from the second sensor (4). Which directional arrow on the adjustment button (2) is on the seat It is structured to demonstrate its movement. With the invention system (1), the driver can place his hand between the seat and the door for seat adjustment. When inserted, the movement between the seat and the door is detected thanks to the first sensor (3). detected and screen (5) is triggered and seat settings visual (5) is displayed on the vehicle screen It is opening. The headrest, backrest, or seat area of ​​the chair can be adjusted. by displaying a visual / audio warning on the screen (5) that can be done, the driver The desired adjustment stage is being reached. The driver moves their hand / finger from the adjustment button to position 10. whichever one he brought to the screen (5) setting button (2) on which direction arrow This clearly shows that the driver can adjust the seat settings from the screen (5). It can track the direction in which the movement is taking place. The subject of the invention is a wide variety of applications for a Seat Adjustment System (1) 15 It is possible to develop it further, and the invention cannot be limited to the examples described here; the main point is... as stated in the requests. 25

Claims

REQUESTS 1. Devices that make adjusting vehicle seats easier and faster; - located next to the car seat and adjustable to the desired position. At least one setting key (2) configured to enable its entry, 5 - to reach the driver adjustment button (2) put his hand between the car seat and the car door to detect movement between the seat and the door when inserted at least one primary sensor (3) is configured and located next to the seat, -The driver places his finger on the adjustment button (2) to adjust the seat. 10 configured to detect where it touches the adjustment key (2) at least one second sensor (4) and -triggered by motion data received from the first sensor (3) and The driver receives a visual and audible warning via the vehicle's instrument panel regarding seat adjustment. enabling the driver finger adjustment taken from the second sensor (4) at least one 15 configured to show the exact position on the key (2). a system characterized by having a screen (5) (1).

2. Located next to the car seat, it has forward, backward, up, down, right, and... controls. There are arrows pointing to the left, and pressing the arrows moves the seat towards the left. 20 to enable forward, backward, up, down, right and left movement. A system like the one in Claim 1, characterized by the configured setting key (2). (1).

3. To enable the detection of movement between the seat and the door, and this Triggered by movement, the image and sound of the seat adjustment on the screen (5) 25 with the first sensor (3) configured to enable the creation of a warning A system like the one in Claim 1 or 2, characterized (1).

4. The first sensor (3), which is a motion sensor, in Claim 3 is characterized by such a system (1). 30 6 5. The driver who wants to adjust his seat should place his finger on the adjustment button (2). Which of the directional arrows is forward, backward, up, down, right, or left? to instantly detect what it is holding and the detected data with the second sensor (4) configured to enable the transfer to the screen (5) A system like any of the above-mentioned requirements characterized (1). 5 6. As in Claim 5, characterized by the second sensor (4), which is a haptic sensor. a system (1).

7. Based on the data received from the first sensor (3), set the driver's adjustment button (2) to 10 instantaneous movements related to the seat adjustment made using Characterized by the screen (5) configured to enable display a system like any of the above requests (1).

8. Based on the data received from the second sensor (4), the driver's finger setting is adjusted to 15 Which directional arrow is on the key (2) and the seat characterized by the screen (5) which is configured to show its movement a system like any of the above requests (1). 25