Self-adaptive anti-collision door handle

Abstract

The invention belongs to the technical field of door handles, and relates to a self-adaptive anti-collision door handle. The door handle comprises a rocker arm, wherein one end of the rocker arm is provided with a lock shaft mounting hole or a lock shaft mounting groove, the other end of the rocker arm is hinged to one end of a connecting rod through a first pin, the other end of the connecting rod is hinged to a hand holding handle through a second pin, the first pint is provided with a first torsion spring for driving the connecting rod to rotate towards one side, and the other end of the rocker arm and one end of the connecting rod are provided with limiting structures for limiting the rotation angle of the connecting rod. The door handle has the advantages that the hand holding handlecan automatically translate towards one side of door and window provided with the hand holding handle when an external force is encountered, so that the problem that push-pull anti-mosquito screen doors and windows or the adjacently installed doors and windows are damaged due to the collision is avoided.

Description

technical field [0001] The invention belongs to the technical field of door handles, in particular to an adaptive anti-collision door handle. Background technique [0002] see figure 1 : At present, the inboard of general glass doors and windows 02 or other doors and windows is equipped with push-pull anti-mosquito screen doors and windows 06 or inner and outer double-layer doors with frame 05, because the inner and outer surfaces of the frame 01 of glass doors and windows 02 or other doors and windows are all equipped with Door handle 07, due to the restriction of the glass door and window 02 or the door and window frame 04 of other doors and windows, when the glass door and window 02 or other doors and windows are closed tightly, the door handle 07 installed between the two layers of doors will occupy the frame of the push-pull mosquito net door and window 06 05 position, at this time, the push-pull anti-mosquito screen door and window 06 is generally in the retracted sta...

AI Technical Summary

Problems solved by technology

[0002] see figure 1 : At present, the inboard of general glass doors and windows 02 or other doors and windows is equipped with push-pull anti-mosquito screen doors and windows 06 or inner and outer double-layer doors with frame 05, because the inner and outer surfaces of the frame 01 of glass doors and windows 02 or other doors and windows are all equipped with Door handle 07, due to the restriction of the glass door and window 02 or the door and window frame 04 of other doors and windows, when the glass door and window 02 or other doors and windows are closed tightly, the door handle 07 installed between the two layers of doors will occupy the frame of the push-pull mosquito net door and window 06 05 position, at this time, the push-pull anti-mosquito screen door and window 06 is generally in the retracted state, to prevent the impact of the door handle 07 on the frame 05 of the push-pull anti-mosquito screen door 06; After turning and opening, pull the sliding anti-mosquito screen door and window 06 to play the effect of ventilation and anti-mosquito. Doors and windows can be hit by wind and rain and close suddenly, and now glass doors and windows 02 or door handles 07 on other doors and windows can slam into the framework 05 of push-pull mosquito net doors and windows 06 or push-pull mosquito net doors and windows 06. Push-pull anti-mosquito screen doors and windows 06 or push-pull anti-mosquito screen doors and windows 06 frame 05 crash

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