Gasgoo Awards 2023 applicant:Turnover mechanism from MIND Electronics Appliance Co., Ltd.

Product: Turnover mechanism 

Description

Technical description: The Tibetan-style headlamp can cover and expose the far and near light lens through the flip-type activity of the decorative frame, and then cooperate with the effect of the circle running water lamp to make the welcoming function of the whole car more ceremonial.

Unique advantages

Unique advantages: 

1) The innovative turning motion technical scheme of the headlight highlights the mecha style and reflects the dynamic beauty of the headlight; 

2) The headlight lens can be hidden and displayed to increase the sense of science and technology of the lamp; 

3) changing the monotonous opening of the traditional headlights increases the fun and playability of the headlights.

Application

Application scenario: The turnover mechanism is applied to the front lamp of the car and placed in the front end of the near-far lens in the lamp. When the vehicle is still, the overall exposure of the overturning mechanism just blocks the far and near optical lens; When the vehicle is unlocked, the overturning mechanism moves downward and hides to expose the far and near optical lens; When the vehicle is unlocked, the overturning mechanism moves upward and exposes to block the far and near optical lens. During the whole process, we can see the up-and-down movement of the decoration, corresponding to the exposure and shelter of the lens group, making the welcoming and farewell functions of the vehicle more high-end and domineering.

Prospect

Future prospects: The turnover mechanism is applied to the headlights, which not only ensures the basic functions of the headlights, but also adds mechanical activity elements to the headlights, making the headlights more scientific and technological. The application of the overturning mechanism in the headlights also indicates the beginning of the application of the mechanical mechanism in the lamps, which lays a foundation for the diversified modeling design and the playability design of the lamps in the future.