rope buckle

Abstract

The present invention provides a rope buckle, the channel inside the main body is equipped with a sliding seat, and ropes are threaded in the perforations on both sides of the rear of the channel, and buttons are accommodated in the through holes opened on the top of the main body , when the user presses down on the button, the pushing part of the body will push the pushing part on the base to drive the sliding seat to slide backward, and make the clamping parts on both sides in front of the base loosen the rope, and The hook of the buckle part is held in the buckle groove of the buckle part to position the button at the bottom of the channel, and the rope can be quickly released without pressing the button with fingers; when the user pulls the rope, the card can be pushed The elastic arm of the buckle is bent and deformed so that the hook is separated from the buckle groove, so that the button pops up automatically, and the clamping part of the sliding seat is engaged with the rope to tighten the position, so that the user only needs to press the button. The rope can be loosened and adjusted quickly, and the rope can be tightened by pulling the rope, so as to achieve the effect of high rope retention in a more convenient way.

Description

technical field [0001] The invention relates to a rope buckle, especially the channel inside the main body is equipped with a sliding seat and a rope, and a button is accommodated in the through hole on the top of the main body, so that the user can quickly release the button by pressing the button. With the adjustment rope, you can tighten the rope by pulling the rope, and achieve the effect of high rope retention in a more convenient operation. Background technique [0002] The use of ropes in daily life is quite common nowadays. Because of the characteristics of rope binding and loosening, it is widely used in backpacks, shoe bodies, garments or other items that can be bound and fastened by ropes. The rope is combined with one or more rope buckles. As long as you press the rope buckle and slide on the surface of the rope, you can easily achieve the effect of tightening or loosening the rope, and it is more convenient to stretch and adjust the rope. A large number of rope...

AI Technical Summary

Problems solved by technology

[0004] Because the existing rope buckle system utilizes the buckle part C1 of the push part C to be docked with the button hole B11 of the elastic positioning part B, and pushes the push part C to drive the slider B1 to release it on the rope D to adjust its tightness, or it can be The elastic return force after the release of the elastic body B3 drives the slider B1 to tightly clamp the rope D, but the way that the pushing part C directly drives the slider B1 is prone to deflection, so that the rope D in the second hole A11 cannot Average force, when the rope D is pulled by different external forces, it will cause the blockage between the slider B1 and the base A, resulting in an increase in the failure rate and damage, or the sliding phenomenon of the rope D, which may also cause the slider B1 and the seat A to block. The ropes D are too stuck and not easy to loosen, so that the displacement of the sliding block B1 and the elastic body B3 by the pushing part C is quite difficult and laborious, and affects the stability and smoothness of the overall operation. This needs to be done. industry redesign to effectively address

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