TR2021021006A2 - AN AUTHENTICATION SYSTEM FOR SECURING VEHICLES - Google Patents

Abstract

The present invention enables the alarms to be turned off when the vehicle (A) user approaches his vehicle (A) by using signal distributor devices, and the authentication process of the vehicle (A) user is performed after the predetermined and randomly generated key code is sent to the communication device used by the vehicle (A) user. relates to a system (1).

Description

DESCRIPTION A REGISTRATION ON ENSURING THE SAFETY OF VEHICLES AUTHENTICATION SYSTEM Technical Field This invention allows the vehicle user to approach the vehicle by using signal emitting devices. With the help of the pre-determined alarms, the vehicle user can turn off the Sending a pre-randomly generated key code to the communication device Afterwards, the identity verification process of the vehicle user in question is completed. It is about a system that enables it to be realised. Prior Art Nowadays, vehicle security systems have developed to prevent drivers from driving instantly. It is evaluated and the drivers behind the wheel are warned. In the current art Recognizing the driver requires user action. Your current technique In its other application, the image of the driver's feet is analyzed and the driver identity can be verified. However, in the current technique, the person approaching the vehicle If it is detected that there is a driver, the security warnings should be canceled and the vehicle should be given a Shake caused by a person getting in or approaching the vehicle By detecting it, it is possible to check whether the vehicle security mode is on or not. A solution that provides this has not been found.

For the reason mentioned above, the person approaching the vehicle is the driver of the vehicle. When detected, security warnings are canceled when a person gets into the vehicle. or vehicle security by detecting the shaking caused by a person approaching the vehicle. It is used in vehicles to check whether the mode is on or not. An authentication system is needed to ensure security is heard. A system that enables the identification of a driver approaching the vehicle in the document and method is mentioned. Connecting to mobile devices on a vehicle in the system There are many beacon receivers configured to: And also The vehicle also has many ultrasonic sensors. The beacon on the vehicle Using the receiver to determine if a mobile device is approaching it It uses beacon technology. In line with the information received Determining whether there is a driver's mobile device among the surrounding devices It provides.

Brief Description of the Invention The purpose of this invention is to detect that the person approaching the vehicle is the vehicle user. safety warnings are canceled when a person gets into the vehicle or when someone enters the vehicle. The vehicle security mode is turned on when the shaking caused by the approach of a person is detected. Ensuring the safety of vehicles by checking whether or not To implement an authentication system regarding.

Detailed Description of the Invention In order to achieve the purpose of this invention, "Safety in Vehicles" "An Authentication System Related to Providing" is shown in the figure and this Figure-1 An identity card for ensuring security in vehicles that are the subject of the invention Schematic view of the verification system.

The parts in the figure are numbered one by one, and the corresponding numbers are is given below. 1. System 2. Diagnostic device 3. Signal emitting device 4. Communication device . Presenter Approaching the vehicle (A) by the user of the vehicle (A) using signal transmitting devices Use to turn off predetermined alarms, the vehicle (used by the AJ user) Sending a pre-randomly generated key code to the communication device Afterwards, the tool in question (authentication process of the AI user) by ensuring the safety of the vehicles subject to the invention, which enables the realization of a corresponding authentication system (1); -automatically controls the electronic components in the vehicle (A), the driver's (D) the tremors that occur when approaching the vehicle (D) and/or getting into the vehicle (A). at least one diagnostic device (2) configured to detect - a certain distance defined in the diagnostic device (2) located on the vehicle (A). to ensure the dissemination of signals that will trigger certain actions within at least one signal emitting device (3) configured, - the vehicle (A) is used by the driver (D), where the driver (D) communicates with other persons to enable the diagnostic device (2) to communicate with the diagnostic device (2). At least one communications device configured to access transmitted tremor data (4] and - the vibration transmitted from the communication device (4), which communicates with the communication device (4) By analyzing the data, it determines whether the safe mode is on or not in the diagnostic device (2) in the vehicle (A). To check that there is no earthquake, as a result of the control, the communication system that transmits the earthquake data to determine whether the signal emitting device (3) is defined in the device (4). to ensure that the signal emitting device (3) is defined in the communication device (4). Ensuring that a random key value is created when by transmitting the random key value to the driver's (A) communication device (4) (A) diagnostics by determining that the signal emitting device (3) is safe By ensuring that the alarm on the device (2) remains deactivated, the driver (A) to operate the vehicle (A) safely and to authenticate the driver (A). At least one server (5) configured to ensure completion of the process Contains.

The diagnostic device (2) in the system (1) of the invention is located on the vehicle (A). by connecting with the electronic systems and engine systems in the vehicle (A) (A) to enable automatic detection of problems and to ensure that the driver (D) OB D configured to detect shaking data when approaching the vehicle (A) (on-board diagnostic) type electronic device.

The signal emitting device (3) in the system (1) of the invention is connected to the diagnostic device (2) and Communication with the communication device (4) in the drive (A) via Bluetooth protocol It is configured to establish

The communication device (4) in the system (1) of the invention is in the diagnostic device (2). Safe mode is activated in the vehicle (A) by transmitting the detected shaking data to the server (5). Configured to initiate the process of checking whether the pocket is open or not. It is a smart device in the form of a phone, tablet or computer.

The data transmitted from the communication device (4) to the server (5) in the system (1) subject to the invention. According to the shaking data, whether safe mode is on in the diagnostic device (2) to check if safe mode is on, when it is determined that safe mode is on When the driver (D) gets into the vehicle (A), the diagnostic device (2) produces a false alarm. During the blocking process, the communication device (4) created by the driver (D) diagnostics in the vehicle (A) by sending the random key value in the form of a silent message To prevent the generation of false alarms in the device (2) is being configured.

Application of the invention to industry In the system of the invention (1), the driver (D) approaches the vehicle (A). in the vehicle The (A) diagnostic device (2) detects the shocks caused by the driver (D).

Detected shaking data is sent to the server (5) via the communication device (4). is sent. Additionally, the vehicle must have at least one signal emitter that emits a specific signal. There is a device (3). The server (5) analyzes the earthquake data transmitted to it. determines whether safe mode is on in the diagnostic device (2), It prevents a false alarm from occurring when it detects that safe mode is on. In order to prevent the use of a predefined signal emitting device in the diagnostic device (2). (3) determines whether or not. Signal emitting device in the diagnostic device (2) When it is determined that (3) is defined, the driver (D) is given the key to the communication device (4). value is transmitted. With the key value in question, the signal emitter in the vehicle (A) When it is determined that the devices (2) are compatible with each other, the diagnostic device in the vehicle (A) (2) does not produce false alarms and the driver (D) can start the vehicle (A). is provided.

The System of the invention (II) and the vehicle (A) using signal distributing devices When the user approaches his vehicle (AD), predetermined alarms are triggered. shutting down, the communication device used by the vehicle user (A) is pre- and randomly After sending the generated key code, the vehicle in question (A) The user's identity verification process is ensured.

The server (5) in the system subject to the invention (1) Personal Data Protection Law It operates within the scope of (KVKK) and does not access critical driver (D) data.

An authentication method related to ensuring the security of the vehicles that are the subject of the invention It is possible to develop various applications of the system (1), and the invention is here It cannot be limited to the examples described, but is essentially as stated in the claims.

Claims (5)

1. By using signal distributing devices, predetermined alarms are turned off when the user of the vehicle (A) approaches the vehicle (A), and the identity verification of the user of the vehicle (A) is carried out after sending a previously and randomly generated key code to the communication device used by the user of the vehicle (A). ; - at least one diagnostic device (2) that automatically controls the electronic components in the vehicle (A) and is configured to detect shocks that occur when the driver (D) approaches the vehicle (D) and/or gets into the vehicle (A), - the vehicle (A) At least one signal emitting device (3) located on it, defined in the diagnostic device (2), configured to spread signals that will trigger certain actions within a certain distance, - used by the driver (D) of the vehicle (A), The communication device (4) contains at least one communication device (4) configured to enable communication with other people, to access the concussion data transmitted from the diagnostic device (2) by communicating with the diagnostic device (2) and - establishing a connection with the communication device (4). To check whether the safe mode is on in the diagnostic device (2) in the vehicle (A) by analyzing the transmitted concussion data, to determine whether the signal emitting device (3) is identified in the communication device (4) that transmits the concussion data as a result of the control, to determine whether the signal emitting device (3) is identified in the communication device (4) To ensure that a random key value is created when it is determined that the signal emitting device (3) is identified, by transmitting the generated random key value to the driver's (A) communication device (4), it is determined that the signal emitting device (3) in the vehicle (A) is safe and that it is detected in the diagnostic device (2). An authentication system (1) related to ensuring security in vehicles characterized by at least one server (5) configured to ensure that the driver (A) can operate his vehicle (A) safely by ensuring that the alarm remains deactivated and that the authentication process of the driver (A) is completed. . 2. OBD type electronics located on the vehicle (A) are configured to automatically detect problems in the vehicle (A) by connecting with the electronic systems and engine systems in the vehicle (A) and to detect the shaking data that occurs when the driver (D) approaches the vehicle (A). An authentication system (1) related to ensuring security in vehicles as in the claim, characterized by a diagnostic device (2). 3. An authentication system (1) for ensuring security in vehicles as in Claim 1 or 27, characterized by the signal emitting device (3) configured to communicate with the diagnostic device (2) and the communication device (4) in the driver (A) via Bluetooth protocol. . 4. Characterized by the communication device (4), which is a smart device in the form of a mobile phone, tablet or computer, configured to initiate the process of checking whether the safe mode is on in the vehicle (A) by transmitting the shaking data detected in the diagnostic device (2) to the server (5). An authentication related to ensuring security in vehicles as in any of the above claims 5. Checking whether the safe mode is on in the diagnostic device (2) according to the concussion data transmitted from the communication device (4), and preventing the diagnostic device (2) from generating false alarms when the driver (D) gets into the vehicle (A) when it is determined that the safe mode is on. Ensuring the security in vehicles as in any of the above claims, characterized by the server (5) configured to prevent the generation of false alarms in the diagnostic device (2) in the vehicle (A) by sending the random key value created by the driver (D) to the communication device (4) in the form of a silent message during the process. An authentication system related to (1).