Intelligent fuel cell vehicle cockpit display system with overturning screen structure

Abstract

The invention provides an intelligent fuel cell vehicle cockpit display system with an overturning screen structure. The display system comprises a main display device and a secondary display device which are symmetrical. The main display device is used for displaying instrument information of the vehicle, and the secondary display device is used for displaying the instrument information or entertainment information. A CAN bus is connected with the main and secondary display devices, the main and secondary display devices are each connected with an overturning drive motor, and the two overturning drive motors are both connected to the CAN bus. The CAN bus is provided with an overturning controller in a main cockpit, and the overturning controller controls the two overturning drive motors to synchronously drive through the CAN bus, so that the main and secondary display devices are synchronously overturned. The CAN bus is provided with a display device controller in a secondary cockpit,and the display device controller controls the secondary display device to display the instrument information or the entertainment information through the CAN bus. The intelligent fuel cell vehicle cockpit display system has the beneficial effects that the secondary display device enables a passenger to understand the vehicle condition in real time, more convenient user experience is achieved, the main and secondary display devices independently display the information without affecting each other, and safety and reliability are achieved.

Description

technical field [0001] The invention relates to the technical field of fuel cell vehicles, in particular to an intelligent cockpit display system for fuel cell vehicles with a flip-screen structure. Background technique [0002] With the continuous development of artificial intelligence and Internet of Vehicles technology, the development direction of future automobiles is also developing in the direction of human-computer interaction with longer time, deeper layers and higher frequency. The rapidly developing multi-screen cockpit is expected to become the center of human-computer interaction The core of the experience, the current car main cockpit (main cockpit) is equipped with a driving computer display at the front, which is used as a display on the dashboard to mainly display the current status information of the vehicle, such as instantaneous fuel consumption, average speed, etc. The main cockpit and The center console between the sub-cockpit (co-cockpit) is equipped w...

AI Technical Summary

Problems solved by technology

The existing car cockpit system is mainly designed for the main cockpit. Passengers in the sub-cockpit cannot intuitively know the driving conditions of the car through the instrument information on the display of the driving computer. Settings for some entertainment systems on the car

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