AN AFTER-SALES VEHICLE TESTING SYSTEM

Abstract

This invention relates to a system (1) that enables the performance of diagnostic performance tests on vehicles and the reporting of test results in order to check the accuracy of the operations performed at all stages of the diagnostic systems after the sale of the vehicle.

Description

1 TARIFF AN AFTER-SALES VEHICLE TESTING SYSTEM Technical Area This invention applies to all stages of diagnostic systems after vehicle (car) sales. diagnostic tests for vehicles to verify the accuracy of the procedures performed. conducting performance tests and reporting test results It is related to a system that provides. Previous Technique Current technology allows for the diagnosis of problems in vehicles after the sale. Diagnostic performance tests providing this service were performed after connections were made to the vehicles on 15 days. configurations of each parameter manually by the responsible personnel This is done by checking and updating. Vehicle diagnostics. During system development, a verification process is carried out between the control unit and the diagnostic interface. The mechanism needs to work, but which features of these controllers are necessary? It needs to be tested whether it is diagnostically accessible. Otherwise, 20 Users who utilize the diagnostic interface are negatively impacted by this situation. Therefore, in the field, on a real vehicle, with a real user or technician. a system that works interactively, is integrated with the cloud, and increases operational efficiency It is understood that it is needed. 25 U.S. patent number US12026985B2, which falls under the prior art. The document states that the vehicle is connected to a computer and a cloud system. a structured system designed to enable the diagnosis of the status of its functions The system is being discussed. The implementations of the present invention involve 30 diagnostic data. a method and device for processing, a diagnostic device and a server 2 The method involves obtaining diagnostic data in a way that includes at least two types of data. its division into at least two types of data, in accordance with interface data formats. encapsulating the interface data as separate data points, and ensuring that at least two of these interface data points are different. This involves sending the data to a server via interfaces. In this way, the server, It stores at least two interface data points in different cloud databases. Currently, there are 5. In the implementation of the invention, diagnostic data is separated into at least two types of data, The data is encapsulated as separate interface data and accessed through different interfaces. The data is transmitted to the server. This method allows a car diagnostic device to operate within a limited local range. The problem of losing diagnostic history records due to storage capacity issues. It can be prevented. 10 Brief Description of the Invention The aim of this invention is to enable diagnostic systems at all stages after vehicle sale. Diagnostic tests for vehicles to verify the accuracy of the procedures performed. 15 The goal is to create a system that enables performance testing. Another purpose of this invention is to perform an emergency procedure that needs to be carried out on the vehicle. if it is not identified on the diagnostic device in the vehicle the subject is enabling the operations to be carried out and the transmission of 20 signals to the control units in the vehicle. testing whether it is functioning according to diagnostic information The goal is to create a system that provides this. Detailed Description of the Invention The purpose of this invention was achieved through a "Post-Sales Vehicle Test". The "System" is shown in the attached figures; these figures are: Figure 1 shows a schematic view of the system that is the subject of the invention. 3 The parts shown in the figures are individually numbered, and these numbers... The corresponding answers are given below. 1. System 2. Vehicle control unit 5 3. Electronic devices 4. OBD (On-Board Diagnostic) Cable 5. Converter 6. Database 7. Application 10 A. Data server All procedures performed at every stage of diagnostic systems after vehicle sale. diagnostic performance of vehicles to check their accuracy a 15 that enables the conduct of tests and the reporting of test results. system (1); - at least one vehicle control unit positioned in the vehicle where the tests will be conducted unit (2), - communicating and exchanging data through at least one communication protocol. to carry out and ensure vehicle testing procedures are performed 20 at least one electronic device configured to (3), - to establish the connection between the vehicle and the electronic device (3) at least one configured OBD cable (4), - at least used to make different types of OBD connectors compatible a converter (5), 25 - keeping records of vehicle data, test results, and reports at least one database structured to (6) and - executed on electronic device (3), recorded in data server (A) By obtaining configuration and test data and parameters, the relevant vehicle control 30 necessary tests, configurations and calibrations on unit (2) to perform, automatically generate reports on completed transactions 4 to produce and record in a database (6) It includes at least one configured application (7). 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 5 The operations performed by the application (7) are carried out by the vehicle control unit (2) to implement it and to provide data flow from the vehicle control unit (2) It is configured. The electronic device (3) has at least one microphone that receives sound input, sound to speakers providing output and at least one in the form of a button and / or touchscreen mobile phones, tablet computers, laptops and / or 10-inch devices with input units It is a device that takes the form of a desktop computer. The application included in the system (1) is on (7) electronic devices (3) Test procedures related to the vehicle connected via OBD cable (4) are being carried out. It is structured to ensure its implementation and management. (Statement 15) The subject of the application (7) is the list of vehicle control units (2) located in the vehicle and their communication. obtaining the parameters from the data server (A) hosting the diagnostic data file. and is triggered by connecting to the vehicle to report communication information and data. It is configured to save to the database (6). Application (7) data to obtain the appropriate vehicle control unit (2) identification information from the server (A), from the vehicle 20 vehicle control unit (2) request identification parameters and the relevant vehicle control unit (2) to record the identity data from the vehicle into the database (6) is being configured. Application (7) control of appropriate vehicle from data server (A) unit (2) requests parameter data (in the form of sensor data) and from the vehicle 25 to record the data relating to the relevant parameters in the database (6) is being configured. Application (7) control of appropriate vehicle from data server (A) unit (2) receives DTC (Diagnostic Trouble Code) information. to obtain the relevant DTC data from the vehicle and record it in the database (6) is being configured. The application (7) receives all data from the data server (A) relating to the vehicle. by collecting the data and comparing it with the data obtained from the vehicle, comparison 30 It is configured to record the results in the database (6). Industrial application of the invention The system in question (1) is used to perform all diagnostic systems after the sale of a vehicle (car). 5 for vehicles to check the accuracy of the procedures performed in the stages Conducting diagnostic performance tests and reporting test results. It provides. Based on these fundamental concepts, the invention is titled "An Aftermarket Vehicle Testing System". It is possible to develop a wide variety of applications related to (1)”, and the invention is herein 10 It cannot be limited to the examples given; it is essentially as stated in the claims.

Claims

6 REQUESTS 1. Performed at all stages of diagnostic systems after vehicle sale. diagnostics for vehicles to check the accuracy of the procedures conducting performance tests and reporting test results 5 providing; - at least one vehicle positioned within the vehicle and where the tests will be conducted control unit (2), - to communicate via at least one communication protocol, data to complete the purchase and perform the vehicle testing procedures 10 at least one electronic device configured to provide (3), - to establish the connection between the vehicle and the electronic device (3) at least one configured OBD cable (4), - used to make different types of OBD connectors compatible 15 containing at least one converter (5) - keeping vehicle data, test results and reports on record at least one database configured to hold (6) and - run on electronic device (3), within data server (A) By retrieving the recorded configuration and test data and parameters, the relevant vehicle the necessary tests, configurations and 20 on the control unit (2) performing calibrations, automatic processes related to the performed operations to generate reports and record them in a database (6) a system characterized by at least one implemented application (7) (1).

2. Using a converter (5), the OBD cable (4) can be connected to the vehicle 25 to connect and run on the application (7) To perform the operations on the vehicle control unit (2) and configured to provide data flow from the vehicle control unit (2) a system as in Claim 1 characterized by an electronic device (3) (1). 7 3. At least one microphone for audio input, speakers for audio output, and buttons. and / or having at least one input unit in the form of a touchscreen mobile cell phone, tablet computer, laptop and / or desktop computer Claim 1 is characterized by an electronic device (3), which is a device in the form of a device. or a system like in 2 (1). 5 4. To run at least one application (6) on it and to enable users to... electronic systems configured to enable them to access applications any of the above claims characterized by the device (3) such a system (1). 10 5. The electronic device (3) is being operated on and via OBD cable (4) performing test procedures related to the connected vehicle and The application is characterized by (7) structured to ensure its management. a system like any of the above requests (1). 15 6. List of vehicle control units (2) and their contact information in the vehicle. parameters from the data server (A) which hosts the diagnostic data file To receive and report communication information, triggered by connecting to the vehicle. and 20 with application (7) configured to save to database (6). a system like any of the above characterized claims (1).

7. Obtain the appropriate vehicle control unit (2) identification information from the data server (A). to obtain, request identification parameters from the vehicle control unit (2) 25 and the relevant vehicle control unit (2) retrieves the identification data from the vehicle and puts it into the database. (6) characterized by the application configured to record (7) a system like any of the above requests (1).

8. Obtain parameter data from the appropriate vehicle control unit (2) from the data server (A) 30 to request and obtain data regarding the relevant parameters from the vehicle. 8 The application (7) is characterized by being configured to save to the base (6). a system like any of the above-mentioned requests (1).

9. Obtaining DTC information from the appropriate vehicle control unit (2) from the data server (A) 5 to obtain the relevant DTC data from the vehicle and record it in the database (6) from the above requests characterized by the structured application (7) a system like any other (1).

10. Obtaining all data from the vehicle by retrieving all data relating to the vehicle from the data server (A). compare with the data and record the comparison results in the database (6) 10 characterized by the application configured to save (7) a system like any of the above requests (1).

Images