A safety sunroof mechanism for automobiles

Abstract

The invention belongs to the field of automobile sunroofs, and in particular relates to a safety type sunroof mechanism for automobiles, which includes a mounting plate, an electric drive module, a skylight glass, a sliding pin B and a sliding pin A, etc., wherein the mounting plate is installed on the top of the compartment; In the closed state of the glass, the four limit rods in the present invention respectively form a limit to two slide pins A and two slide pins B, so that the slide pin A at the bottom of the guide groove A and the slide pin at the bottom of the guide groove B The pin B will not shake up and down relative to the guide groove A and the guide groove B during the bumpy driving of the vehicle, and will remain stationary, so that the sliding pin A and the sliding pin B continue to maintain contact with the sunroof glass through the connecting plate and the L plate A respectively. Pull down to ensure that the sunroof glass still maintains a sealing fit with the gasket in the sealing groove on the sunroof during the bumping process of the vehicle.

Description

technical field [0001] The invention belongs to the field of automobile sunroofs, in particular to a safety type sunroof mechanism for automobiles. Background technique [0002] The anti-pinch function of the automobile sunroof in the prior art adopts two modes based on the contact type and the non-contact type based on the sensor, and repeated use for a long time will cause damage or failure of the sensor and then cause the invalidation of the operation of the sunroof anti-pinch related mechanism; When the occupants of the car do not know that the sensor has failed, their hands on the sunroof can easily be pinched. In addition, the sliding track of the sunroof glass in the traditional sunroof is easy to fall into and accumulate dust. The accumulation of dust to a certain extent will affect the smooth sliding of the sunroof glass in the track and increase the energy consumption of related motors. [0003] In view of the shortcomings of the sensor-based anti-trap mechanism i...

AI Technical Summary

Problems solved by technology

[0002] The anti-pinch function of the automobile sunroof in the prior art adopts two modes based on the contact type and the non-contact type based on the sensor, and repeated use for a long time will cause damage or failure of the sensor and then cause the invalidation of the operation of the sunroof anti-pinch related mechanism; When the occupants of the car do not know that the sensor is out of order, their hands on the sunroof can easily be pinched

In addition, the sliding track of the sunroof glass in the traditional sunroof is easy to fall into and accumulate dust. The accumulation of dust to a certain extent will affect the smooth sliding of the sunroof glass in the track and increase the energy consumption of related motors.

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