Material retaining mechanism for rope head knot tying machine

Abstract

The invention relates to a material retaining mechanism for a rope head knot tying machine. The material retaining mechanism is characterized in that the mechanism comprises a pressing plate, a material retaining part and an elastic part, the pressing plate is vertically arranged on a working table of a frame and vertically move to closely press a rope head under driving of a first driving mechanism, the material retaining part is arranged on the working table and positioned on one side of the pressing plate and moves along the thickness direction of the pressing plate under driving of a second driving mechanism, the material retaining part moves towards the pressing plate under a falling state of the pressing plate and is abutted to an end surface corresponding to the length direction ofthe pressing plate, and the elastic part is arranged on the material retaining part, so that the material retaining part keeps a trend far away from the pressing plate. Compared with the prior art, the material retaining mechanism has the advantages that wrinkle of a rope end head is decreased, the rope end head is conveniently compressed with a thread, so that processed rope end head is flatter and more elegant, the elastic part is arranged on the material retaining part, so that the material retaining part conveniently resets, and sequential cycle operation is achieved.

Description

technical field [0001] The invention relates to a material retaining mechanism, in particular to a material retaining mechanism applied to a rope knotting machine. Background technique [0002] In garment processing, the ordinary waist rope roll head is generally hand-rolled. Because the waist rope is very small, manual winding is very difficult. Manually roll the end of the waist rope and put it in a tacking machine for sewing. Injured fingers, sometimes workers will use pointed tweezers to clamp the end of the hand-rolled waist rope and put it in the tacking machine for sewing. Using tweezers also has disadvantages. One is that the tweezers are not easy to control, and the other is easy to cause the needle to hit to the tweezers and damage the needle. [0003] In order to solve the above-mentioned technical problems, a knotting machine has appeared. Its working process: the end of the rope is rotated 360° by the winder, and then the end of the rotated rope is sent to the ...

AI Technical Summary

Problems solved by technology

[0002] In garment processing, the ordinary waist rope roll head is generally hand-rolled. Because the waist rope is very small, manual winding is very difficult. Manually roll the end of the waist rope and put it in a tacking machine for sewing. Injured fingers, sometimes workers will use pointed tweezers to clamp the end of the hand-rolled waist rope and put it in the tacking machine for sewing. Using tweezers also has disadvantages. One is that the tweezers are not easy to control, and the other is easy to cause the needle to hit to the tweezers and damage the needle

[0003] In order to solve the above-mentioned technical problems, a knotting machine has appeared. Its working process: the end of the rope is rotated 360° by the winder, and then the end of the rotated rope is sent to the tacking machine, and the stacked The three-layer belt cannot be completely aligned up and down, and it is prone to wrinkles, so that after the subsequent crimping is completed, the end of the rope is uneven and unsightly

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