View source for 20240013584. METHODS FOR INSPECTING A VEHICLE, DEVICES, AND SYSTEMS FOR THE SAME simplified abstract (VOLVO TRUCK CORPORATION)

=METHODS FOR INSPECTING A VEHICLE, DEVICES, AND SYSTEMS FOR THE SAME=


==Organization Name==

[[:Category:VOLVO TRUCK CORPORATION|VOLVO TRUCK CORPORATION]]


[[Category:VOLVO TRUCK CORPORATION]]

==Inventor(s)==

[[:Category:Julien Maitre of Chuzelles (FR)|Julien Maitre of Chuzelles (FR)]][[Category:Julien Maitre of Chuzelles (FR)]]

[[:Category:Yann Quibriac of Lyon (FR)|Yann Quibriac of Lyon (FR)]][[Category:Yann Quibriac of Lyon (FR)]]

==METHODS FOR INSPECTING A VEHICLE, DEVICES, AND SYSTEMS FOR THE SAME - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240013584 titled 'METHODS FOR INSPECTING A VEHICLE, DEVICES, AND SYSTEMS FOR THE SAME

==Simplified Explanation==

The abstract describes a method and system for inspecting a vehicle using augmented reality technology. The user terminal, which includes an augmented reality display, is connected to the vehicle's electronic controller via a short-range communication link. The user's location relative to the vehicle is determined using this link. The user can then send a request to the vehicle's electronic controller to automatically test a specific component of the vehicle based on their location. The user terminal acquires the test result observed by the user in response to the automatic test.

* The method involves using augmented reality technology to inspect a vehicle.
* The user terminal, equipped with an augmented reality display, communicates with the vehicle's electronic controller.
* The user's location relative to the vehicle is determined using a short-range communication link.
* The user can request the automatic testing of a specific component of the vehicle based on their location.
* The user terminal acquires the test result observed by the user during the automatic test.

Potential Applications:
* Vehicle inspection and maintenance: This technology can be used by mechanics or vehicle owners to easily inspect and test various components of a vehicle.
* Remote troubleshooting: Technicians can remotely guide users through vehicle inspections and tests, reducing the need for physical presence.
* Training and education: Augmented reality can be used to provide interactive training and educational materials for vehicle inspection and maintenance.

Problems Solved:
* Time and effort: The technology automates the testing process, saving time and effort compared to manual inspections.
* Accuracy: The automatic testing ensures consistent and accurate results, reducing human error.
* Accessibility: The augmented reality display provides a user-friendly interface for conducting vehicle inspections, making it accessible to a wider range of users.

Benefits:
* Efficiency: The automated testing process speeds up vehicle inspections, allowing for quicker identification of issues.
* Cost savings: By automating the testing process, the need for manual labor and specialized equipment may be reduced, resulting in cost savings.
* Improved accuracy: The technology ensures consistent and accurate test results, leading to more reliable vehicle inspections.


==Original Abstract Submitted==

a method and a system for inspecting a vehicle comprising initiating an inspection method, from a processor device of a user terminal placed near the vehicle, the user terminal comprising an augmented reality display, the processor device, and a communication interface capable of establishing a short range communications link with a communications interface of an electronic controller of the vehicle; determining the user location relative to the vehicle, using the short-range communications link established between the user terminal and the vehicle; sending, to the electronic controller of the vehicle, a request to automatically test the operation of a testable component of the vehicle, based on the determined user location; and acquiring, by the user terminal, a test result observed by the user in response to the automatic test of the testable component of the vehicle.



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