Atmosphere lamp control system, method and vehicle

Abstract

The invention discloses an atmosphere lamp control system, an atmosphere lamp control method and a vehicle. The system comprises a vehicle controller, an atmosphere lamp controller and a plurality ofgroups of atmosphere lamp assemblies; the vehicle controller is used for responding to the operation of an operator and sending a control instruction to the atmosphere lamp controller; the atmospherelamp controller is used for receiving the control instruction of the vehicle controller and sending a control instruction signal to the atmosphere lamp assemblies; each atmosphere lamp assembly comprises a plurality of control units and a plurality of sets of RGB lamp bead combinations; the plurality of control units are connected with the atmosphere lamp controller; each control unit is correspondingly connected with one set of RGB lamp bead combination; the control units are used for controlling the work of each RGB lamp bead in the RGB lamp bead combinations. Thus, the atmosphere lamps enable independently-controlled dynamic effects; the personalized requirements of users are met; and a single light source can be independently controlled, so that any wanted effect can be achieved, and limitations on modeling are greatly reduced.

Description

technical field [0001] The invention relates to the technical field of vehicles, in particular to an ambient light control system, method and vehicle. Background technique [0002] With the rapid development of automotive electronics technology, more and more attention has been paid to the technology of automotive interior lighting. Automotive ambient light is an automotive interior lighting system that creates and decorates various interior lighting scenes. As a new type of interior decoration light, the ambient light can not only adjust the light color and light intensity of the interior decoration lights in real time, but also meet the dynamic lighting in the car under different conditions. Today's ambient lights can mainly achieve static effects and gradual effects. For example, ambient lights for static effects usually do not have high requirements for electrical structures. Conventional hard PCB boards, coupled with LIN communication for each lamp head, can be realized...

AI Technical Summary

Problems solved by technology

Today's ambient lights can mainly achieve static effects and gradual effects. For example, ambient lights for static effects usually do not have high requirements for electrical structures. Conventional hard PCB boards, coupled with LIN communication for each lamp head, can be realized. The central electronic module (CEM) controls each ambient light; for ambient lights with gradual effects, one light guide strip is usually used, with two RGB modules at both ends, through two lamp heads at the same time The change of different colors produces a gradient effect, but this is not a dynamic effect in the strict sense. In a certain environment, more RGB lights are needed to achieve a better dynamic effect

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