33 results about "Vehicle identification number" patented technology

The invention relates to a method for determining the fuel consumption of a combination (K1 to K8) of a towing vehicle (TR) with a trailer (AN), wherein fuel consumption data (VD) of a fleet of towing vehicles (TR) with trailers (AN) are collected, wherein trailer information relating to the trailer (AN), including an axle configuration, a model (A, B, C, D) and a vehicle identification number (I, 1, 2, 3, 4, 7), a tire pressure, a tire temperature and / or a brake application, is collected in the towing vehicle (TR), wherein vehicle data of the towing vehicle (TR), including energy consumption, route data, speed data, a model (A, B, C, D) and a vehicle identification number (I, 1, 2, 3, 4, 7), is recorded in the towing vehicle (TR), wherein a fuel consumption calculation is performed for a specific combination (K1 to K8) or for a structurally identical combination (K1 to K8) with a towing vehicle (TR). Type (A, B, C,D) and a trailer (AN) of the same type (A, B, C, D) is carried out using the information obtained for this purpose, wherein the consumption data (VD) of the fleet of towing vehicles (TR) with trailers (AN) are collected in a backend (BE) and / or in a cloud, wherein for certain configurations consumption-relevant parameters are resolved according to towing vehicle (TR) and trailer (AN), wherein the trailer information and the vehicle data are transferred to the backend (BE), wherein the consumption calculation is carried out on request in the backend (BE).

A key management system includes an organizational container, a processing circuit, and a camera system. The organizational container includes individualized compartments for organizing keys. The processing circuit includes one or more processors configured to record personnel information of a first entity and a second entity involved in a key exchange transaction, receive a key corresponding to a vehicle parked by the first entity, scan a vehicle identification number (VIN) of a vehicle corresponding to the key exchange transaction as first transaction information, receive information relating to a compartment of the organizational container to which vehicle keys corresponding to the vehicle are assigned as second transaction information, display information relating to the key exchange transaction to the second entity via a display device, and store the first transaction information and the second transaction information in one or more data structures as transaction information.

To reduce a work burden on a worker as compared with a conventional technique.SOLUTION: The control unit (100) analyzes the image captured by the imaging member (51), collates the image with the pre-registered information, and detects the degree of conformity of the face of the driver, the vehicle identification number, and the appearance of the external vehicle (66) imaged by the imaging member (51), so that the work of visual confirmation by the worker is reduced, and the work burden on the worker can be reduced as compared with the prior art.SELECTED DRAWING: Figure 5

An apparatus for identifying a vehicle part and initiating installation of the vehicle part on a vehicle may comprise a database configured to store quantity information on a plurality of part names registered for a plurality of vehicle identification numbers, each corresponding to a respective vehicle type among a plurality of vehicle types, and a processor coupled to the database. The processor is configured to, during autonomous driving control of the vehicle, receive, from a first terminal associated with the vehicle, an indication signal indicating a vehicle identification number and a first part name of a first target part associated with a sensed state of a vehicle part, identify a corresponding vehicle type and vehicle identification number in the database, detect a matching part name, output a signal indicating the detected part name and associated quantity information, and transmit the signal to the first terminal for display.

The embodiment of the utility model provides a vehicle identification code cover plate assembly, and the assembly comprises a cover plate which is movably connected to a window part of a carpet, and is used for shielding the window part; and the energy absorption piece is connected to the cover plate, and under the condition that the cover plate covers the window part, the energy absorption piece fills at least part of the space of the window part. Therefore, when the vehicle identification code needs to be rubbed, only the cover plate needs to be opened to enable the cover plate to uncover the window part and enable the energy absorption piece connected with the cover plate to uncover the window part, so that the vehicle identification code is exposed for subsequent rubbing. When rubbing is completed, only the cover plate needs to be closed so that the cover plate can cover the window portion, the energy absorption piece connected with the cover plate can fill at least part of space of the window portion, due to the fact that the energy absorption piece has good sound absorption and vibration buffering performance, external noise and vibration can be effectively prevented from being transmitted into a passenger compartment from the window portion, and the NVH performance of a vehicle can be improved.

A cover 100 for accessing the VIN marking comprises a U-shaped flap 200 cut into a carpet 102 such that one side of the flap 200 is integral with the carpet 102, the flap 200 forming an opening for viewing the VIN marking; and a frame 104 attached to the flap 200 such that the frame 104, together with the flap 200, is pivotable about the integral side of the flap 200 between a fixed position, in which the cover 100 closes the opening, and an open position. The frame 104 includes ribs 302 on a rear side of the frame 104 such that, in the fixed position, the ribs 302 are accommodated in a slot between the flap 200 and the carpet 102. A set of fasteners 304 engages in a corresponding set of first holes provided on the carpet 102 to hold the cover 100 in position.

The invention provides a vehicle insurance claim settlement service processing method and device, equipment and a medium. The method comprises the steps of obtaining an accident scene picture, a vehicle identification number and a vehicle maintenance demand of a vehicle in a to-be-processed service; according to the accident scene picture, part damage identification is carried out to obtain a part damage list, and the part damage list is used for indicating at least one damaged part; determining a plurality of part acquisition sources corresponding to the damaged part according to the vehicle identification number; determining a spare part quotation and a spare part inventory corresponding to each spare part acquisition source; determining a target acquisition source from the plurality of part price acquisition sources according to the vehicle maintenance demand, the part quotation and the part inventory; and generating a car insurance claim settlement business processing scheme based on the target acquisition sources corresponding to the different damaged parts. Therefore, the practicability of the obtained business processing scheme can be ensured in combination with a plurality of spare and accessory part acquisition sources, and full-process automation and accurate decision making of car insurance claim settlement are realized.

This invention discloses an activation code generation method, apparatus, and computer storage medium. The activation code generation method includes: obtaining a vehicle identification number (VIN), a vehicle infotainment system (VIS) serial number, and an International Mobile Subscriber Identity (IMSI); arranging and combining the VIN, VIS serial number, and IMSI to obtain a target string; and generating an activation code based on the target string according to a set activation code generation method. The activation code generation method, apparatus, and computer storage medium provided by this invention, by binding the vehicle identification number, VIS serial number, and IMSI to generate a corresponding activation code, increase the difficulty of cracking the activation code, thereby effectively improving the security of the activation code.

An image information overlay system retrieves an image associated with a vehicle listing and uses machine learning models to classify the image, generating identification data that may comprise a vehicle make and model, a feature or part of the vehicle present in the image, and a location of the vehicle feature or part. The identification data or an individual identifier of the vehicle, such as a Vehicle Identification Number (VIN), may be used to retrieve overlay information related to the vehicle make and model, such as recalls or known maintenance issues or information specific to the vehicle, such as mileage, accident reports, or ownership history. The overlay information is displayed on the image as an overlay at the location of the vehicle feature or part corresponding to the overlay information.

The embodiment of the invention relates to the technical field of OTA upgrading, and discloses a factory OTA upgrading method and a factory OTA upgrading system.The method comprises the steps that handheld OTA equipment obtains an upgrading mode determined according to the vehicle type attribute of a target vehicle, obtains the vehicle frame number of the target vehicle in the upgrading mode and sends the vehicle frame number to an OTA upgrading platform, the OTA upgrading platform determines the vehicle type attribute according to the vehicle frame number and then determines the corresponding lane type based on the vehicle type lane matching rule, the upgrading mode corresponds to the lane type, the OTA upgrading platform generates an upgrading task of the target vehicle based on the lane type, the upgrading task is issued to the handheld OTA equipment, and the handheld OTA equipment performs software upgrading based on the upgrading task. By means of the technical scheme, one-to-one correspondence between the upgrading modes and the lane types can be achieved, multiple vehicle types can be covered and matched, automatic upgrading matching can be conducted on vehicles of different vehicle types, and the factory OTA upgrading efficiency and the factory vehicle circulation and warehousing efficiency are improved.

A vehicle management method and a related apparatus, which are applied to the technical field of vehicle certification. The vehicle management method is applied to a vehicle management system, and the vehicle management system comprises a first vehicle and a management device. The vehicle management method comprises: a first vehicle receiving a first message; a management device sending a second message to the first vehicle; and the first vehicle sending a third message to the management device in response to the second message, wherein the first message comprises a first vehicle identification number and a first certificate, the second message is used for requesting the acquisition of vehicle information of the first vehicle, and the third message comprises the first vehicle identification number and the first certificate. In the present method, the first correlation, which is comprised in a third message, between a first vehicle identification number and a first certificate is unique, such that the legitimacy of a first vehicle can be verified by using the first correlation, and the whole verification process does not need to rely heavily on manual means for execution, thereby achieving intelligent vehicle verification and improving the efficiency of vehicle management.

Method for monitoring the permissible speed and the permissible distance between motor vehicles in road traffic by radio transmission of data for identifying the vehicles and their speed to a receiving station, characterized in that the data for describing the identity and speed of the motor vehicles to be monitored originate from a measuring system with a coupled transmitting device installed in each of the motor vehicles to be monitored, wherein the measuring system is the online on-board system (OBD system) for all motor vehicles with combustion and / or electric motors, and wherein the data for identifying the motor vehicles by the respective vehicle identification number (VIN) and the respective vehicle speed are taken from the OBD system installed in each motor vehicle.

A method for determining the dimensions and configuration of a vehicle wrap surface. The customer selects a vehicle to be the subject of a vehicle wrap cost quotation from a vehicle wrap provider. A photograph of the subject vehicle's Vehicle Identification Number (VIN) is transmitted to the vehicle wrap provider that is remote from the vehicle. Optical character recognition (OCR) is performed on the photograph to convert the VIN directly to an electronic form. A VIN database is queried with the converted VIN to obtain the vehicle year, vehicle make and vehicle model. The dimensions and configuration of the vehicle wrap surface are derived from the obtained vehicle year, vehicle make and vehicle model. The provider determines the costs for printing a vehicle wrap forwards a cost quotation to the customer.

The edge device 10 comprises an input module 12, which receives multiple frames from an image acquisition unit 13, and an object detection module 14 for detecting at least one relevant object in each of the received frames in order to detect the at least one traffic violation. The edge device 10 further comprises an object tracking module 16, which is designed to track a vehicle 11 across the received frames upon detection of the at least one traffic violation in order to extract the corresponding vehicle identification number. The device 10 further comprises a ticketing unit 20, which is designed to issue a ticket to a user of the corresponding vehicle 11 based on the detected at least one traffic violation and the extracted vehicle identification number.

The embodiment of the invention provides an intelligent cabin license fee settlement method, a fee generation method and a server, and the method comprises the steps: enabling a complete vehicle factory server to generate a license request when the complete vehicle factory server recognizes that a license request exists in any one of a vehicle identification code, a current software material list and a current intelligent cabin domain controller serial number; according to the at least one license application demand, generating an intelligent cabin license application order to an intelligent cabin domain controller supplier server; the intelligent cabin domain controller supplier server determines a to-be-issued license according to the intelligent cabin license application order, sends the to-be-issued license to the vehicle, obtains secret key use information of the vehicle based on the to-be-issued license, generates a license settlement list according to the secret key use information, and sends the license settlement list to the vehicle factory server; and the whole vehicle factory server carries out fee settlement according to the license settlement list. Therefore, the license of the intelligent cabin can be effectively managed, and the bill of material management cost of suppliers and vehicle factories is reduced.

Methods, computer-readable media, systems, and / or apparatuses are provided for providing offer and insight generation functions. User input requesting an offer or insight may be received and an image of a photographic identification of a user may be requested. The image of the photographic identification may be captured and stored. A self-captured image of the user may be captured (e.g., via an image capture device of the computing device) and compared to an image of a user from the photographic identification. Responsive to determining that the images match, displaying an instruction to capture a vehicle identification number. The vehicle identification number may be captured. Data, including location data, may be extracted and an archive including the extracted data may be generated and the data may be transmitted to an entity computing system for processing. The entity computing system may evaluate the data and generate one or more insights and / or outputs.

The invention relates to an update system (10) for updating software in a motor vehicle (OBJ.1), comprising: a connection module configured to establish a communication link between a mobile device (OBJ.2) and the motor vehicle (OBJ.1), an information retrieval module configured to receive vehicle-specific metadata, including a vehicle identification number, from the motor vehicle (OBJ.1), a transmission module configured to transfer corresponding vehicle-specific software and / or a vehicle-specific anomaly detection model from a manufacturer's backend (OBJ.3) to the mobile device (OBJ.2), and an update module configured to transmit software updates from the mobile device (OBJ.2) to at least one control unit of the motor vehicle (OBJ.1).1) to transfer and initiate the installation of an AI module, which is designed to analyze vehicle-related data and / or personal data locally on the vehicle's mobile device (OBJ.2) and to detect anomalies in real time and, depending on the detected anomalies, to automatically request a software update via an over-the-air method. Furthermore, the invention relates to a method.

A method (200) for marking a vehicle identification number (VIN) (110) in a vehicle (101) is provided. The method (200) involves applying an ultraviolet (UV) reactive lacquer to a laminated glass (100). The laminated glass (100) comprises a lower glass pane (104) with an inner surface (104B) and an upper glass pane (102) which is bonded to the inner surface (104B) of the lower glass pane (104) via an intermediate layer (115) of polyvinyl butyral (PVB). The method (200) further involves forming the VIN (110) on the inner surface (104B) of the lower glass pane (104) using the UV-reactive lacquer. The UV-reactive varnish includes a photoluminescent material that emits visible light when exposed to a UV light source (300), with the intermediate layer encapsulating the UV-reactive varnish in the laminated glass (100).Furthermore, the procedure (200) includes the placement of the VIN (110) in a black printed area of ​​the laminated glass (100).

The invention relates to a method for generating map data using acquired vehicle data, the method comprising the following steps: receiving (1, 10) field data from a plurality of vehicles, wherein the field data includes a vehicle identification number (VIN); evaluating (2, 12) the field data with respect to its detection accuracy based on the vehicle identification, wherein at least one confidence value (13) is determined for the respective vehicle; weighting (15) and filtering the field data based on the determined detection accuracy and / or on the basis of the determined confidence value; processing (16) the weighted field data to generate map data.

An augmented reality (AR) vehicle diagnostic and repair system integrates onboard diagnostic (OBD) data with cloud computing to assist users in identifying and resolving vehicle issues. The system includes vehicle sensors, an OBD scanner, and a mobile device that serves as a user interface. Using AR, overlays provide real-time guidance onto the physical environment for diagnosing and repairing vehicle components. The system identifies vehicles via data from the Vehicle Communication Interface (VCI) port, including the Vehicle Identification Number (VIN). A cloud server stores detailed vehicle-specific information, including 3D models, wiring diagrams, and Diagnostic Trouble Codes (DTCs) with associated repair instructions. The system supports remote diagnostics and real-time interaction with professional mechanics. Artificial intelligence (AI) and machine learning (ML) enhance the database, ensuring accurate AR guidance tailored to each vehicle. This system simplifies complex vehicle repairs, making them more accessible to users with limited technical expertise.

This invention discloses an on-board diagnostic security authentication method, system, and storage medium, comprising: a user registering through a cloud server to obtain an identity code; the cloud server creating a public key and a private key pair for the target vehicle using an asymmetric algorithm; the user logging into the cloud server through a diagnostic tool to verify the identity code and obtain access to the target vehicle; requesting a seed from the vehicle through the diagnostic tool, and generating a signature using the public key based on the seed hash value, the identity code, and the vehicle identification number; the vehicle end verifying the signature using the private key, and enabling or disabling diagnostic routing based on the verification result.

Disclosed is an automatic steering wheel adjustment system for use in a production line to assist in the wheel alignment process of a vehicle equipped with an OBD (On-Board Diagnostics) system, comprising a scanner for recognizing a vehicle identification number entered into the production line; an antenna connecting the vehicle's OBD to wireless diagnostic communication for sending and receiving data; a robot moving an image capture sensor located at its front end section to the recording position for the steering wheel in the vehicle when the vehicle is in a centered position, using position control; and a control device analyzing the image captured by the image capture sensor to calculate the current steering wheel rotation angle and initializing it by inputting the current steering wheel rotation angle into the steering angle sensor via the diagnostic communication connected to the vehicle's OBD.

The invention discloses an interface request security assurance system and method for automobile dealer business, and belongs to the technical field of computer network security. A business weight coefficient is optimized in real time through a reinforcement learning decision unit of a dynamic configuration center, a business semantic analysis unit of a gateway layer executes Hash mapping and consistency verification on a vehicle identification code VIN, and a self-adaptive flow limiting layer nonlinearly adjusts a penalty bucket rate according to risk control confidence through a dynamic rate mapping unit. A token cost feedback unit is innovatively set to return the consumption to a reinforcement learning reward function, and a business risk control layer adopts an isolated forest model and a Bayesian confidence propagation algorithm to realize risk iterative assessment; each layer forms closed-loop feedback through an event-driven architecture, and the configuration weight is reversely adjusted after the risk control event triggers the current-limiting penalty. According to the method, the automatic closed loop of monitoring-decision-execution-feedback is realized, and the adaptive defense capability of the system to dynamic attacks is remarkably improved.

This invention provides a vehicle location method and system. The method includes: obtaining account application information from an account application terminal; setting corresponding vehicle location permissions based on the application information; obtaining the vehicle identification number (VIN) of the target vehicle queried by the current account; verifying the vehicle location permissions of the current account based on the VIN; if the permission verification passes, obtaining the location information of the target vehicle through an in-vehicle terminal; if an encrypted vehicle location command is received, performing a second permission verification on the vehicle location permissions of the current client account based on the VIN; if the verification passes, transmitting the vehicle location command to the in-vehicle terminal so that the in-vehicle terminal can perform certificate verification on the vehicle location command; if the certificate verification passes, executing the vehicle location command. Setting corresponding vehicle location permissions through the application information can prevent the abuse of permissions and the system, and all vehicle control commands are end-to-end encrypted to ensure the security of the operation.

The embodiment of the invention provides a vehicle software version management method and device, equipment, a medium and a program. The invention relates to the field of software version management, and the method comprises the steps: obtaining at least one standard software identifier of a target vehicle according to a vehicle identification code and vehicle type configuration information of the target vehicle; wherein one standard software identifier is used for uniquely indicating a standard software version of a controller to be installed in the target vehicle; and determining a software entity corresponding to the standard software identifier, and executing and finishing software flashing operation on the target vehicle according to the software entity. The method is used for achieving the technical effect of improving the software version management efficiency of the vehicle.

A system and method are provided for issuing vehicle titles in a manner that guards against title washing using a permissioned blockchain network. Upon receiving a title issuance request, a global asset registry ledger is queried to retrieve historical vehicle data, including prior branding, liens, and registration events. A predictive validation index (PVI) is computed to assess the risk of title fraud. Based on the PVI, a proof of attestation policy is dynamically enforced via a smart contract that requires cryptographic endorsements from certified peer nodes. When sufficient attestations are received, the smart contract commits a new title issuance transaction to the blockchain and generates a digital title token linked to the vehicle identification number. The system maintains immutable audit records and supports real-time notifications, jurisdiction-specific policies, and secure integration with external systems such as dealerships and title authorities.

A system and method vehicle dynamic compliance and utilizing multiple vehicle odometer values is disclosed herein. The system comprises a vehicle (210) comprising an on-board computer (232) with a memory (231) having a vehicle identification number (233), a connector plug (235), and an motorized engine (234), a connected vehicle device (130) comprising a processor, a WiFi radio, a BLUETOOTH radio, a memory, and a connector for mating with the connector plug of the vehicle (210), and a mobile device (110) comprising a graphical user interface (335), a processor (310), a WiFi radio (307), a BLUETOOTH radio (306), and a cellular network interface (308).

The embodiment of the invention provides a vehicle identification method, electronic equipment, a storage medium and a program product. The method comprises the steps of obtaining a vehicle identification number of a to-be-identified vehicle for field analysis, and extracting data features corresponding to the to-be-identified vehicle; according to the data features, a preset vehicle information database is retrieved, and first candidate vehicle information and first confidence corresponding to the to-be-recognized vehicle are obtained; according to the data features, a pre-trained large language model is adopted, and second candidate vehicle information and second confidence corresponding to the to-be-recognized vehicle are obtained; and according to the first candidate vehicle information, the first confidence coefficient, the second candidate vehicle information and the second confidence coefficient, through a preset vehicle information determination rule, obtaining an identification result of the to-be-identified vehicle. According to the method, the stability of the rule retrieval path and the generalization ability of the large language model path are fused, and the accuracy and the stability of the recognition result are improved.

A system and computer-implemented method for storing, retrieving, updating, and scoring reliability of data associated with recreational vehicles (RV). The computer-implemented method includes receiving a vehicle identification number (VIN) of the RV or vehicle, looking up data associated with the VIN in a database, and calculating a reliability score based on the VIN and / or the data associated with the VIN based on a set of standards used for the VIN for RVs or one or more predetermined rules. The computer-implemented method may also include sending instructions to a remote user device to display the data associated with the VIN and the reliability score. The computer-implemented method may also include receiving from the remote user device updates or corrections to the data associated with the VIN or updates to the VIN itself and storing the updates or corrections in the database for future retrieval.

This invention provides a vehicle remote diagnostic method, belonging to the field of automotive remote diagnostic technology. The method includes: configuring a vehicle remote diagnostic association database, which at least contains basic vehicle data, component diagnostic specifications, diagnostic process scripts, and diagnostic strategies; responding to an instruction to create diagnostic tasks for multiple target vehicles, automatically generating a diagnostic task package for each target vehicle based on the association database; and responding to a diagnostic task package detection request sent after vehicle startup, sending the corresponding diagnostic task package to the vehicle terminal based on the vehicle identification number in the diagnostic task package detection request for the vehicle terminal to execute the diagnostic process within the diagnostic task package. This invention proposes an adaptive dynamic configuration solution based on a remote diagnostic cloud platform, enabling batch remote fault diagnosis of vehicles of multiple brands, series, and models, effectively improving the efficiency of vehicle remote diagnostics.