AN ADVANCED DRIVER ASSISTANCE CALIBRATION SYSTEM

Abstract

This invention relates to a system (1) that enables the use of the ADAS (Advanced driver-assistance system) component, which helps drivers to operate the vehicle safely by performing the necessary conversion and calibration processes in the vehicle.

Description

1 TARIFF AN ADVANCED DRIVER ASSISTANCE CALIBRATION SYSTEM Technical Area This invention enables the necessary conversion and calibration processes in vehicles. This helps drivers operate their vehicles safely. ADAS (Advanced driver-assistance system) It relates to a system that enables the use of a component (system). Previous Technique With current technology, updating vehicle software and performing the necessary procedures... There are applications that enable this to happen. However, the issue in question... Since the applications are off-the-shelf (ready for commercial use) programs, an additional 15 It is not possible to connect to the systems. Therefore, version code information is not available. An additional program is needed for a cloud system to be acquired, and this This situation is not feasible at the technician level. Therefore, the necessary conversion and calibration procedures for vehicles must be completed within 20 days. This helps drivers operate their vehicles safely. A system is needed that enables the use of the ADAS component. It is understood. U.S. patent number US11834056B2, which is included in the prior art, 25 The document describes connecting the agent to a device, and establishing a connection between the device and the update server. to establish connection and perform calibration and updates of the vehicle This refers to a structured system. Advanced driver assistance systems. A calibration and repair system for ADAS (“ADAS”) and its features, ADAS Secure and automated workflow management for calibration 30 It provides automated workflows for calibrating a vehicle. 2 steps and interfaces to help with preparation, local during calibration. remote collaboration, customer interactions, workflow and event notifications, user This includes authentication, remote system administration, and other tasks. The system also includes new and updated features that can be used during local-remote collaboration. Ability to automatically and dynamically add calibration specifications 5 He also has the ability. Brief Description of the Invention The purpose of this invention is to enable the necessary conversion, diagnostics and calibration in vehicles. by carrying out the necessary procedures to ensure drivers operate their vehicles safely. A system that enables the use of the ADAS component that assists. to accomplish. Detailed Description of the Invention 15 To achieve the purpose of this invention, an "Advanced Driver Assistance" system was developed. The "Calibration System" is shown in the attached figures; these figures are: Figure 1; A schematic view of the system that is the subject of the invention. 20 The parts shown in the figures are individually numbered, and these numbers... The corresponding answers are given below. 1. System 25 2. Vehicle control unit 3. Electronic devices 4. OBD (On-Board Diagnostic) Cable 5. Converter 6. Application 30 A. Cloud data server 3 Necessary conversion, diagnostic and calibration procedures for vehicles This helps drivers operate their vehicles safely. a system that enables the use of the ADAS component (1); - located in the vehicle, providing vehicle-related data and necessary ADAS 5 to perform the operations and calibrations inside the vehicle at least one configured vehicle control unit (2), - to communicate and exchange data via at least one communication protocol at least one electronic device configured to perform (3), - to establish the connection between the vehicle and the electronic device (2) 10 at least one configured OBD cable (4), - at least one converter (5) and - electronic device (3) is run on the vehicle via OBD cable (4) and cloud data is triggered by establishing a connection between the electronic device (3) To access server (A) and perform calibration, update and 15 related tasks on the vehicle. Obtaining diagnostic procedure information, checking the received data and testing the vehicle. The necessary processes for ADAS functions to work are performed by the vehicle control unit. (2) at least one structured to enable its implementation through application includes (6). The vehicle control unit (1) in the system subject to the invention (2) inside the vehicle It is positioned to manage and control vehicle components and functions. It is structured to do so. The vehicle control unit in question (2) is the vehicle and between electronic devices (2) via OBD cable (4) and converter (5) via established communication, the electronic device (2) front radar equipment part information, serial 25 part number information, front radar software part number, camera hardware part number, to provide data in the form of camera software part numbers It is configured. The vehicle control unit (2) has available ADAS functions. In order for it to be, the calibration settings transmitted by the application (6) and 30 to apply the updates to the necessary components of the vehicle It is being structured. 4 The electronic device (3) in the system (1) which is the subject of the invention is a converter (5) by connecting to the vehicle via the OBD cable (4) and running on it from the vehicle control unit (2) and from the application (6) vehicle control (6) It is configured to provide data flow to unit (2). Electronic device (3) 5 It has an input unit in the form of buttons and / or a touchscreen. The application in the system (1) is on (6) electronic devices (3) Vehicle identification of the vehicle to which the OBD cable (4) is connected is being carried out. obtaining the vehicle identification number and all 10 associated with that number current ADAS functions and part number information for ADAS components It is configured to control on cloud data server (A). Application (6) detects that any updates are needed regarding ADAS components. It is configured to inform the user if it does so. The application (6) is in the vehicle. Based on the information obtained from the sensors, the vehicle is calibrated for 15 days. It is structured to determine whether it is suitable or not. Application (6) Calculate the calibration target distance and required parameters and OBD transmitting the necessary calibrations to the vehicle via the connection of cable (4) and the vehicle It is configured to enable implementation by the control unit (2). An error occurred during the execution of the calibrations in application (6) 20 to ensure users are informed with relevant information if it arrives It is being configured. The application (6) applies to all electrical control units in the vehicle. obtain the relevant specific parameters from the cloud data server (A) and the necessary to apply parameter settings in electrical control units It is structured. Application (6) 25 in accordance with the calibrations performed. checks whether ADAS functions are working in the vehicle and electrical control units. to check and send error analysis report to cloud server (A) It is being structured. Industrial application of the invention 30 The invention system (1) enables the conversion and calibration processes in vehicles. This helps drivers operate their vehicles safely. This enables the use of existing ADAS components. Around these fundamental concepts, the subject of the invention is “An Advanced Driver Assistance 5”. It is possible to develop a wide variety of applications related to the Calibration System (1)” and the invention cannot be limited to the examples described here, but mainly to the claims as stated.

Claims

6 REQUESTS 1. Necessary conversion, diagnostic and calibration procedures for vehicles by enabling drivers to operate their vehicles safely.

5. Enables the use of the ADAS component that assists; - located in the vehicle, providing vehicle-related data and necessary information. To perform ADAS operations and calibrations inside the vehicle. at least one configured vehicle control unit (2), - to communicate and exchange data via at least one communication protocol at least one electronic device configured to carry out the purchase (3), 10 - to establish the connection between the vehicle and the electronic device (2) at least one configured OBD cable (4), - containing at least one converter (5) and - carried out on the electronic device (3) via the OBD cable (4) Triggered by establishing a connection between the vehicle and the electronic device (3) 15 To access the cloud data server (A) and perform calibration and updates related to the vehicle. and obtain diagnostic information, check the received data and in the vehicle The necessary processes for ADAS functions to work are performed by the vehicle control unit. (2) at least one structured to enable its implementation through a system characterized by application (6) (1). 20 2. It is located inside the vehicle and controls the vehicle's components and functions. with the vehicle control unit (2) configured to manage and control A system like the one in Claim 1, characterized (1).

3. OBD cable (4) and converter (5) between the vehicle and electronic device (2) front radar of the electronic device (2) through communication established via Hardware part information, serial number information, front radar software part information. part number, camera hardware part number, camera software part number The vehicle control unit (2) is configured to provide data in the form of 30 A system like the one in Claim 1 or 2, characterized (1). 7 4. For ADAS functions to be available, the application must be (6) The transmitted calibration settings and updates are required for the vehicle. vehicle control unit (2) configured to implement in its components A system like any of the above characterized claims 5 (1).

5. Using a converter (5), connect to the vehicle via OBD cable (4). connect and run the application on it from (6) vehicle control unit (2) and to provide data flow from the application (6) to the vehicle control unit (2) 10 the above characterized by the structured electronic device (3) a system like any of the requests (1).

6. At least one microphone for audio input, speakers for audio output, and buttons. 15 that have at least one input unit in the form of a touchscreen and / or a touchscreen mobile cell phone, tablet computer, laptop and / or desktop computer characterized by an electronic device (3) which is a device in the form of a system like any of the above requests (1).

7. To run at least one application (6) on it and the users of the said 20 electronic systems configured to enable them to access applications any of the above claims characterized by the device (3) such a system (1).

8. The electronic device (3) is running and the OBD cable (4) 25 obtaining the vehicle identification number for the connected vehicle and the relevant all available ADAS functions and ADAS components associated with the number Check part number information on cloud data server (A) The above is characterized by the application (6) which is structured to do so. a system like any of the requests (1). 30 8 9. If it detects that any updates are needed regarding ADAS components The application is characterized by (6) which is structured to inform the user. a system like any of the above-mentioned requests (1).

10. Based on the information obtained from the sensors in the vehicle, the vehicle's 5 configured to determine if it is suitable for calibration any of the above requests characterized by application (6) a system like one of them (1).

11. Calculate the distance of the calibration target and the required parameters and 10 The necessary calibrations are applied to the vehicle via the OBD cable (4) connection. to ensure that it is transmitted and implemented by the vehicle control unit (2). The above is characterized by the application structured as (6) a system like any of the requests (1).

12. If an error occurs during the calibration process, the relevant structured to ensure users are informed with information any of the above requests characterized by application (6) a system like one of them (1).

13. Specifics regarding all electrical control units in the vehicle. retrieve parameters from cloud data server (A) and the necessary parameters configured to apply settings in electrical control units any of the above requests characterized by application (6) a system like one of them (1). 25 14. Vehicle and electrical control based on the calibrations performed. to check whether the ADAS functions are working in the units and configured to transmit error analysis report to cloud server (A) Any of the above-mentioned demands characterized by application (6) 30 a system like one of them (1).

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