A VEHICLE PARKING SENSOR SYSTEM

Abstract

A sensor bracket (1) mounted on at least one of the front and rear bumpers of the vehicle, containing one or more parking sensors (5) that provide a scan of the area around a vehicle in a parking situation, with a plate (10) through which a hole is made in a free wall and a rigid form of retaining element (2) through which the said parking sensor (5) is mounted by passing through the hole in the said plate (10) and a circular opening is provided in which the said parking sensor (5) is mounted; a motion motor (3) mechanically connected to the retaining element (2) in which the said parking sensor (5) is placed, within a cavity of the said sensor bracket (1) and which enables the retaining element (2) in the sensor bracket (1) to move between predetermined angles.It relates to a vehicle parking sensor system which includes a control module (6) that activates and deactivates the parking sensor, to which the signals corresponding to the elements detected by the parking sensor (5) are transmitted and the data in the received signals are displayed to the driver as instant information;

Description

6876.839 1 TARIFF A VEHICLE PARKING SENSOR SYSTEM TECHNICAL AREA 5 The invention enables a scan of the area around a vehicle in a parked position. This relates to a vehicle parking sensor system that includes one or more parking sensors. PREVIOUS TECHNIQUE 10 Because parking sensors in vehicles operate in a fixed position, they are limited to certain specific positions. Blind spots are created at certain angles, leading to an increase in the number of sensors. Parking The field of view where area scanning is performed by giving angular movement to its sensors. By expanding the area, the problem of blind spots can be eliminated. 15 and the number of sensors can be reduced. In conclusion, all the problems mentioned above require an innovation in the relevant technical field. This has made it necessary to do it. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and related to bring new advantages to the technical field, with a vehicle parking sensor system It is related. 25 One aim of the invention is to give parking sensors angular movement to the area. By expanding the field of view during scanning, the formation of blind spots is prevented. The goal is to provide a vehicle parking sensor system that eliminates the need for such a system. 6876.839 2 Another aim of the invention is to reduce the number of sensors in vehicles while maintaining a cost-effectiveness. The goal is to develop a vehicle parking sensor system that provides this functionality. A BRIEF DESCRIPTION OF THE INVENTION All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention aims to achieve this by surrounding a vehicle in a parked position. a vehicle that includes one or more parking sensors that provide an area scan It is a parking sensor system. The invention involves providing a hole in a free wall. a plate that is mounted by passing it through the hole of the aforementioned plate and 10 a circular opening where the aforementioned parking sensor is installed and mounted a rigid retaining element that provides support to the front and rear of the vehicle a sensor bracket mounted on at least one of the bumpers; mentioned The aforementioned parking sensor will be located within a cavity in the sensor bracket. mechanically connected to the retaining element in which it is placed, and 15 in the sensor bracket a gripping element that allows it to move between predetermined angles motion motor; signals corresponding to elements detected by the parking sensor that the signals are transmitted and the data in the incoming signals are displayed to the driver as real-time information, There is a control module that activates and deactivates the parking sensor. Thus, by giving the parking sensors angular movement, area scanning is performed. 20 The field of view is widened. Additionally, the sensor is angularly mobile. Thanks to this, numerous sensors are used to enable vehicle scanning. by eliminating the need for more sensors and using fewer sensors Vehicle parking sensor systems are provided at a reasonable cost. The feature of a possible configuration of the invention is the parking sensor and the holding element. It includes a flange that will be positioned between them. Thus, the parking sensor holder. It is mounted to the element with a flange. BRIEF DESCRIPTION OF THE FIGURE 30 6876.839 3 Figure 1 shows the connection for a vehicle parking sensor system, which is the subject of the invention. A schematic representation of its elements is given. REFERENCE NUMBERS GIVEN IN THE FIGURE A Vehicle parking sensor system 1 Sensor bracket Number plate 2 Holding elements 3 Motion motors 4 Flanges Parking sensor 6 Control modules DETAILED DESCRIPTION OF THE INVENTION In this detailed explanation, the subject of the invention is a vehicle parking sensor system, but only the subject matter is... with examples that will not create any limiting effect on better understanding. It is explained. Figure 1 shows the connecting elements for a vehicle parking sensor system, which is the subject of the invention. It is shown schematically. In a vehicle parking sensor system (A), a parking In this case, one or more 15-inch scanners provide an area scan around a vehicle. There is a parking sensor (5). The invention is a vehicle shown in Figure 1. In the parking sensor system (A), at least one bumper of the vehicle's front and rear bumpers There is a mounted sensor bracket (1). The sensor bracket (1) has a plate It is a two-part structure consisting of the (10) and the retaining element (2). The plate (10) There is a hole opened in one of its free walls. Retaining element (2) 20 a circular opening in which the aforementioned parking sensor (5) is placed and mounted It has and is in a rigid form to the bracket (1). That is, the retaining element (2), It is the structure that holds the parking sensor. Here, the holding element (2) is the plate (10) 6876.839 4 It is mounted by passing it through the hole. In the invention, the sensor bracket (1) holder in which the parking sensor (5) is placed so that it is inside the cavity There is a motion motor (3) which is mechanically connected to element (2). The motion motor (3) is mounted on the sensor bracket (1) with the pre-determined (2) holding element (2). It is the motor structure that allows it to move between angles. Thanks to this, park 5 thanks to the sensor (5) being attached to the holding element (2) the holding element (2) the ability to move indirectly between predetermined angles In the invention, the elements corresponding to the elements detected by the parking sensor (5) are provided. signals are transmitted and the data in the received signals are provided to the driver as real-time information. There is also a control module (6) which is shown. In addition, the invention includes a parking sensor 10 There is a flange (4) located between (5) and the retaining element (2). Flange (4) structure is the element that enables the parking sensor to be mounted on the (5) holder element. is happening. Operating Principle: 15 - Sensor control module (6) parking sensor activation from the vehicle's relevant module Find at least one parking sensor that receives the signal. In its configuration, it activates multiple parking sensors (5). This The variable angle sensors (5) can rotate at the desired angle and at a fixed angle by taking measurements or by continuously rotating at the desired angles, the desired 20 It takes measurements by scanning the area. This measurement information is then used by the parking sensors. It is sent to module (6) instantly. Example Working Procedure Function 1: - During the reverse maneuver in the parallel parking scenario, the parking sensors activate at 25. module (6) activates the vehicle's rear parking sensors (5). These sensors (5) variable angle according to the algorithm of the parking sensor control module (6) The parking sensors rotate to their maximum angle, providing visibility around the corners of the vehicle. It scans and sends information to the parking sensor module (6). Example Function 2: 6876.839 - The driver's field of vision is restricted when exiting the parking area. In this case, the vehicle has the variable angle front or rear parking sensors (5). Continuously changing for maximum area scanning and blind spot warning function. by running the area scan function at that angle, the entire possible area can be scanned. It scans. It transmits the received information to the parking sensor module (6). 5 Example Working Method Function 3: - When the vehicle is traveling above a certain speed, the parking sensor module (6) activates the vehicle The variable angle parking sensors (5) located behind it must be calibrated beforehand. turning the vehicle at a certain angle, blind spots in the lanes to the right and left of the vehicle. By detecting the vehicles at that point within the capacity of the parking sensor, It transmits the information to the parking sensor module (6). When the driver signals If there is a vehicle in the blind spot of the vehicle, this information is sent to the parking sensor module (6) It sends the relevant notification to the screen.

Claims

6876.839 6 REQUESTS 1. A device or system that provides an area scan around a vehicle in a parked position. a vehicle parking sensor system which includes more than one parking sensor (5) Its feature is a plate (10) with a hole made in one of its free walls 5 mounted by passing it through the hole (10) of the mentioned plate and mentioned a circular opening in which the parking sensor (5) is installed The front of the vehicle has a rigid form of retaining element (2) which is provided. a sensor bracket (1) mounted on at least one of the bumpers on the rear bumper; 10 will be located inside a cavity of the mentioned sensor bracket (1) mechanically attached to the mounting element (2) in which the mentioned parking sensor (5) is installed connected and the predetermined retaining element (2) in the sensor bracket (1) a motion motor (3) that enables movement between angles; park signals corresponding to the elements detected by the sensor (5) are transmitted and received The data from the signals is displayed to the driver as real-time information, parking sensor 15 It contains a control module (6) that activates and deactivates.

2. A vehicle parking sensor system in accordance with Claim 1, and its feature is; parking sensor (5) It includes a flange (4) which will be between the retaining element (2).

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