Vehicle operation panel

Abstract

The invention provides a vehicle operation panel. The vehicle operation panel comprises an appearance layer, a functional layer, a sensing layer and a light path control layer which are sequentially arranged from outside to inside. The appearance layer comprises a high-transmittance surface; the functional layer comprises a surface cover and a proximity induction sensor, and the proximity induction sensor is used for respectively sending a proximity signal or a far-away signal to the light path control layer when sensing that an external object is close to or far away from the operation panel; the sensing layer comprises a touch sensor; the light path control layer comprises a light source and a controller which are connected with each other, and the controller is used for activating the light source when receiving the approaching signal and closing the light source at a preset time interval after receiving the leaving signal. Through activation display and active hiding actions of the panel, the panel is perfectly integrated with surrounding environment parts under the condition that no operation requirement exists, so that the integrated instrument panel is realized, the interior modeling is improved and optimized, and the interior science and technology feeling is improved.

Description

technical field [0001] Embodiments of the present disclosure generally relate to the technical field of automobile manufacturing, and more particularly, to a vehicle operation panel. Background technique [0002] At present, with the development and popularization of automobile driving assistance systems, the driver's intervention actions on the vehicle during driving are becoming less and less, and the frequency of use of the control elements is also reduced. When the automatic driving technology is popularized and applied, more vehicles will be in automatic driving conditions, and the frequency of use of automobile controls will be greatly reduced, or even not used at all, resulting in a lower and lower frequency of use of controls required for driving. [0003] With the reduction of the functional requirements of the operating parts during driving, and the improvement of the demand for simplicity, integration and technological sense of the interior, traditional switches h...

AI Technical Summary

Problems solved by technology

When automatic driving technology is popularized and applied, vehicles will be more in automatic driving conditions, and the frequency of use of car controls will be greatly reduced, or even basically not used, resulting in less and less frequent use of controls required for driving.

[0003] With the reduction of functional requirements for operating parts during driving, and with the improvement of interior decoration simplicity, integration, and technological sense, traditional switches can no longer meet the operation and interior requirements of autonomous vehicles.

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