RADAR-BASED AUTOMATIC RELOCKING SYSTEM

Abstract

This invention relates to a system (1) which enables the remote unlocking of the vehicle and the automatic locking of the vehicle doors if the vehicle door is opened for the purpose of putting in goods and is not locked again, by performing a radar-based scan inside the vehicle and if no living person is detected in the vehicle.

Description

1 TARIFF RADAR-BASED AUTOMATIC RELOCKING SYSTEM Technical Area This invention enables the remote unlocking of a vehicle and the opening of a vehicle door for storing items. If the vehicle is unlocked and not locked again, a radar-based scan will be performed inside the vehicle. If no living being is detected in the vehicle after this procedure, the vehicle doors will automatically close. It is related to a system that allows it to be locked. Previous Technique In modern vehicles, when the central locking system is activated but no door is opened, the central locking system... The lock is relocked after a certain period of time. If any of the doors If someone opens the door, the doors will not lock unless the user locks them. Especially 15 The user opens the vehicle door solely to place items inside, and then puts their belongings in the vehicle. If someone forgets to lock their car after parking it, this situation can affect the car and its contents. This poses a risk in terms of the safety of the items found. Therefore, remote unlocking of the vehicle and opening the vehicle door for storing items is possible. If the vehicle is unlocked and not locked again, a radar-based scan will be performed inside the vehicle. If no living being is detected in the vehicle after this procedure, the vehicle doors will automatically close. It appears that a system is needed that allows it to be locked in place. German patent number DE102012022797A1 25 in the known state of the art in the document, the in-vehicle occupant detection system and automatic door lock control It is mentioned that the invention that is the subject of the patent document is a vehicle. It provides a method for operating the locking mechanism with a control device and Used for keyless entry systems. The vehicle is connected to the control device and an authorized person... 30 to activate the locking mechanism by recognizing the person (especially the driver). It features a specially designed electrical sensor device. The method works by checking when the vehicle's ignition is on. 2 It begins with determining whether it is on or off. While the ignition is off and the sensor... When the device is operated by an authorized person, an operation signal is sent to the control device. This information is transmitted and the locking mechanism is activated. It also confirms the presence of the person inside the vehicle. A control test is performed and the result is evaluated by the control device. If If there is no one in the vehicle, the sensor device is activated and the locking mechanism, 5 It operates regardless of the ignition status. This method involves the doors inside the vehicle. from various data such as seatbelt, key presence, seat sensor or camera By using this information, we can verify the person's existence and take action based on the verification result. does. Brief Description of the Invention The purpose of this invention is to enable remote unlocking of vehicle locks and vehicle storage areas. If the door is opened and not locked again, a radar-based system will be activated inside the vehicle. If no living beings are detected in the vehicle after scanning, the vehicle doors will be closed on the 15th. The goal is to create a system that allows it to lock automatically. Detailed Description of the Invention The “Radar-Based Automatic Re-energizing 20” process was carried out to achieve the purpose of this invention. The "Locking System" is shown in the attached diagrams; these diagrams are as follows: 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. Sensor 3. Function control unit 30 4. Vehicle computer 3 5. Central gateway unit Remote unlocking of the vehicle and opening and closing the vehicle door for the purpose of placing items inside. If the vehicle is not locked, a radar-based scan is performed inside the vehicle. If no living being is detected, the vehicle doors will automatically close. a system that enables it to lock (1); - a device positioned inside the vehicle and detected by radar scanning, identifying living beings inside the vehicle at least one sensor configured to detect entities (2), - vehicle functions managed by the vehicle central unit, such as door locks. Even if the car door is opened after the lock is unlocked, it will take a certain amount of time for the lock to close. If no living being is detected by the sensor (2) inside the vehicle, the vehicle at least one function configured to ensure the doors are locked. control unit (3), - an input in the form of a touchscreen located inside the vehicle the unit and automatically process data on it and produce meaningful results 15 a vehicle central locking system that has a processor running at least one software program After opening, determine whether any of the vehicle doors were opened or not. to check and if it detects that any of the vehicle doors have been opened, beforehand within a specified period of time, any sensor (2) inside the vehicle To get information about whether there is a person present, the sensor (2) in the vehicle 20 If it is reported that no one is present and the car door is not locked Command to the function control unit (3) for locking the vehicle doors at least one vehicle computer (4) configured to transmit and - function control unit (3) and vehicle computer (4) inside the vehicle 25 to ensure communication between electronic control units in the form of It includes at least one configured central gateway unit (5). In the system subject to the invention, the sensor (2) located in (1) has been activated at certain periods and / or by the vehicle millimeter wave radar inside the vehicle triggered by the computer (4) to perform a scan and microscopically measure breathing and heartbeat inside the vehicle. CPD (Child Presence Detection) is structured to detect movements. 4 It is a sensor in the form of a Presence Detector. The sensor (2) transmits the obtained data to the central to transmit to the vehicle computer (4) via the gateway unit (5) It is being structured. The invention includes the function control unit (1) central vehicle lock (3) in the system (1) Unlocking after being locked, opening any of the vehicle doors, and The sensor (2) detects the presence of a living person in the vehicle within a certain period of time. If not done, the vehicle computer (4) triggers the vehicle door locks again. It is configured to activate and lock the doors. The vehicle computer (4) in the system that is the subject of the invention (1) has a screen Users can activate the smart automatic relocking feature via this. in a way that will allow them to do and / or disable It is configured to offer at least one adapted interface. Vehicle computer (4) 15 if users activate the automatic relocking feature triggered by unlocking the vehicle door lock, any of the vehicle doors If it detects that it has been opened, it will send a signal from the sensor (2) within a predetermined period of time. to obtain information about whether there is any person in the vehicle and sensor (2) If it is reported that no one is in the vehicle, the vehicle doors will be opened. 20 to transmit command to the function control unit (3) for locking It is being structured. Industrial application of the invention The system (1) that is the subject of the invention enables remote unlocking of the vehicle lock and storage of items. If the vehicle door is opened and not locked again, a radar-based system will be activated inside the vehicle. If a scan is performed and no living beings are detected in the vehicle, the vehicle The doors are designed to lock automatically. Around these fundamental concepts, the invention is titled "Radar-Based Automatic Re-energizer 30". It is possible to develop a wide variety of applications related to the "Lock System (1)". and the invention cannot be limited to the examples described here, but mainly to the claims as stated.

Claims

6 REQUESTS 1. Remote unlocking of the vehicle and opening the vehicle door for placing items. If it opens and is not locked again, a radar-based system is detected inside the vehicle. If no living beings are detected in the vehicle after scanning, the vehicle will be released. enabling the doors to lock automatically; - a device positioned inside the vehicle and used for radar scanning of the vehicle at least one sensor configured to detect living beings inside (2) containing, - vehicle functions such as door locks and vehicle control center 10 Even if the car door is opened after the lock is unlocked, it will remain open for a certain period of time. If no living being is detected by the sensor (2) inside the vehicle, the vehicle at least one function configured to ensure the doors are locked. control unit (3), - a 15-inch touchscreen located inside the vehicle input unit and on it, automatically processes and makes sense of the data. a tool that has a processor running at least one software program that produces results After the central locking system is unlocked, any of the vehicle doors can be opened. to determine if it is not opened and if any of the vehicle doors are opened If it detects, the sensor (2) will send vehicle 20 within a predetermined time period. to obtain information about whether there is any person inside, sensor (2) If it is reported that no one is in the vehicle and the vehicle If the doors are not locked, check the function to lock the car doors. at least one vehicle computer configured to transmit commands to the unit (3) (4) and 25 - function control unit (3) and vehicle computer (4) inside the vehicle to enable communication between electronic control units in this form characterized by at least one configured central gateway unit (5) a system (1). 7 2. At certain intervals and / or triggered by the vehicle computer (4) to perform millimeter wave radar scans inside and detect breathing inside the vehicle The system is structured to detect micro-movements in the form of heartbeats. In Claim 1, characterized by sensor (2), which is a sensor in the form of a CPD. such a system (1). 5 3. The data obtained is transmitted to the vehicle via the central gateway unit (5). characterized by sensor (2) configured to transmit to computer (4) a system like any of the above-mentioned requests (1).

4. Unlocking the central locking system after it has been locked can be done through the vehicle doors. opening of any of them and within a certain period of time by the sensor (2) When no living being is detected in the vehicle, the vehicle computer (4) triggered to reactivate and lock the vehicle door locks. 15 characterized by the function control unit (3) which is structured accordingly a system like any of the above requests (1).

5. Through its screen, it allows users to intelligently and automatically restart. they can activate and / or deactivate the locking feature at least one interface adapted to allow them to leave 20 characterized by the vehicle computer (4) configured to provide a system like any of the above requests (1).

6. Users must activate the automatic relock feature. In line with this, 25 vehicles are activated from the vehicle doors by unlocking the vehicle door lock. If it detects that any of them have been opened, within a predetermined period of time. whether there is any person inside the vehicle according to the sensor (2) to receive information that there is no one in the vehicle by the sensor (2) and to receive information that there is no one in the vehicle by the sensor (2) If it is reported that it is not present, the function for locking the vehicle doors will be activated. The vehicle computer (4) is configured to transmit commands to the control unit (3) 30 vehicle computer (6) characterized by any of the above requirements a system like one of them (1).