A tilting damper assembly

Abstract

The invention relates to an inclined-shifting type damper component, comprising a shell and a shifting part, wherein the shell is internally provided with a damping pipe and a slide guide groove; one end of the damping pipe is provided with a damping hook capable of sliding along the slide guide groove; an inflection point clamping groove is formed in the slide guide groove; the shell is internally provided with a reset spring capable of pulling the damping hook to reset. The inclined-shifting type damper component has the technical key points that an inclined shifting groove is formed in the damping hook, and an inclined shifting pillar capable of sliding into the inclined shifting groove to shift the damping hook is arranged on the shifting part. The inclined-shifting type damper component is simple in structure and stable in sliding.

Description

【Technical field】 [0001] The present invention relates to a damper assembly. 【Background technique】 [0002] On some sliding doors (such as closet doors), a damper assembly is usually arranged to buffer, and when the door leaf is opened or closed, the damper is used to assist the opening or closing, thereby reducing collision and noise. Existing damper components generally include a housing, a damping tube, a chute, a damping hook, and a dial. The damping hook is arranged on the extended end of the damping rod of the damping tube, and the dial is arranged vertically downward. It can drive or move the damping hook. Due to the heavy weight of the door leaf, it will inevitably bear a large thrust during the process of pushing or closing. In this way, when the damping hook and the dial contact, it will face a relatively large impact force. The dial is vertically arranged, and the dial and the damping If there is a frontal collision when the hook is sprayed, there will be a lar...

AI Technical Summary

Problems solved by technology

Due to the heavy weight of the door leaf, it will inevitably bear a large thrust during the process of pushing or closing. In this way, when the damping hook and the dial contact, it will face a relatively large impact force. The dial is vertically arranged, and the dial and the damping When there is a frontal collision when the hook is sprayed, there will be a large rebound force, which will cause a large retraction force on the door leaf, which will easily make the door jump, slide unevenly, and generate noise

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