A fast plug-in hair transplanting method

Abstract

The invention relates to a method of fast plug-in wool planting. The machine head is provided with a hair planting head and a shuttle hair mechanism. Each hair planting cycle includes the following steps: (1) the hair nozzle guide rod moves to fit the fixed seat with the hair nozzle; (2) the shuttle The bristle mechanism sends a bunch of bristles from the bristle inlet on the side of the nozzle to the center hole of the nozzle; (3) the quick insert enters the punching needle guide groove; (4) the punching needle pushes the quick insert to advance along the punching needle guide groove; (5) the quick insert After the front part touches the bristles, bend the bristles from the middle and roll them into the center hole of the bristle nozzle, and then the shuttle bristle mechanism resets; (6) the bristle nozzle guide rod drives the bristle nozzle forward until the front end of the bristle nozzle is against the hair planting hole of the brush plate ⑺The punching needle pushes against the quick insert and the bristles enter the bottom of the hair planting hole from the center hole of the hair nozzle, and the quick insert locks the hair root in the hair planting hole; Round hair. The hair-planting method saves the step of shredding and forming, has less hair-planting actions, high production efficiency, good reliability, and can realize the repeated utilization of brush boards.

Description

technical field [0001] The invention relates to a hair planting method, in particular to a fast plug-in hair planting method, which belongs to the technical field of brush making technology. Background technique [0002] In the prior art, when the hair brushes are planted, holes are first drilled on the bottom plate of the brush body, and then the bristles are implanted into the holes through the hair planting mouth. The hair-planting head includes a fixed seat and a hair nozzle, the hair nozzle is fixed on the hair nozzle guide rod, and the hair nozzle guide rod can move back and forth in the hair nozzle guide groove of the fixed seat, and the hair nozzle completes a hair transplant every time it moves. Corresponding to each bundle of bristles, there must be an iron wire that has been cut into a certain length. There is a punching needle and a wire feeding seat for sending the iron wire out at the rear of the brush nozzle. The centerline of the wire feeding hole intersects...

AI Technical Summary

Problems solved by technology

[0003] The traditional tufting machine has the following problems: 1. The iron wire is usually driven by a set of cam transmission mechanism to drive the movable knife, cooperate with the fixed knife to complete the cutting, and then be bent into a U shape by another forming rod transmission mechanism; resulting in many auxiliary mechanisms and complex structure. Poor reliability, many failures during work

[0004] 2. If the iron wire is rusted, it is easy to have rusty water flow out when working in water, and the bristles are easy to fall off

However, after the iron wire is implanted in the hole of the brush plate, it is embedded in the inner wall of the hole and produces permanent deformation. It is difficult to pull out to restore the cleanliness of the hole, which will cause the expensive brush plate to be unable to be reused.

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