A conductive color-changing glass energizing structure for automobile sunroof

Abstract

A conductive color-changing glass energizing structure for automobile sunroof includes a skateboard mounted on the sunroof rails, the skateboard is attached to the sunroof, The skateboard slides withthe sunroof switch, the sunroof guide rail is provided with a through groove, A top block is arranged in the through groove, a clamp is arranged on the skylight guide rail, a connecting strip made ofelastic material is arranged above the skylight guide rail, one end of the connecting strip is fixed on the skylight guide rail through the clamp, another end is provided with a movable contact point,a static contact point is arranged below the movable contact point, the static contact point is arranged on the skylight guide rail, and a groove is arranged on the slide plate. Driving the skateboard to slide through the skylight, As that slide slides to the through slot, The top block is lowered, the connecting strip is lowered, the movable contact is in contact with the static contact, and thecircuit is formed to carry out electric discoloration. When the sunroof is opened, the top block is raised to lift the connecting strip, the movable contact is separated from the static contact, andthe electric discoloration is started only when the sunroof is closed, so as to avoid discoloration and useless work when the sunroof is opened.

Description

technical field [0001] The invention relates to the field of automobile sunroof manufacturing, in particular to an electric conduction structure of the conductive color-changing glass of the automobile sunroof. Background technique [0002] At present, when manufacturing automobile sunroofs, ordinary sunroofs are usually of a single color, and cannot be discolored according to the intensity of light outside or the requirements of the passengers. Currently, sunroofs that can be discolored have become more and more popular among consumers. At present, when controlling the discoloration of the sunroof, conductive discoloration glass is used for discoloration, but at present, for the energized structure, it is usually kept in contact for a long time, and energized when needed, but the above method makes the contact points contact for a long time, which is prone to short circuit or corrosion and so on, and the sunroof glass tinting only needs to be activated when the sunroof is c...

AI Technical Summary

Problems solved by technology

[0002] At present, when manufacturing automobile sunroofs, ordinary sunroofs are usually of a single color, and cannot be discolored according to the intensity of light outside or the requirements of the passengers. Currently, sunroofs that can be discolored have become more and more popular among consumers. At present, when controlling the discoloration of the sunroof, conductive discoloration glass is used for discoloration, but at present, for the energized structure, it is usually kept in contact for a long time, and energized when needed, but the above method makes the contact points contact for a long time, which is prone to short circuit or corrosion and so on, and the sunroof glass discoloration only needs to be activated when the sunroof is closed

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