Nailing Mechanism and Nailing Method for Brush Hair Planting

Abstract

The invention discloses a top nail mechanism for hair brushing hair implantation. The mechanism comprises a top nail support frame, a top nail support structure, a top nail sliding block, a hair implantation top nail, a pushing mechanism and a hair plantation top nail seat, the top nail support structure is fixed to the top nail support frame, the hair implantation top nail seat is arranged on thetop nail support structure, the hair implantation top nail is disposed at an upper end of the hair implantation top nail seat, and the pushing mechanism is connected to the top nail sliding block. The mechanism has the advantages that brushing hair is firmly fixed to a handle by a horse nail, the tensioning force is large, the hair does not easily shed, the work efficiency is high, and the cost is low. The mechanism also discloses a top nail method for the top nail mechanism for the hair brushing hair implantation.

Description

technical field [0001] The invention relates to the technical field of processing glass brush handle brushes, more specifically, it relates to a top nail mechanism for brush bristle planting. The invention also relates to a nailing method of a nailing mechanism for hair brush planting. Background technique [0002] When the prior art needs to polish the glass, a glass brush is required for processing. [0003] The machines in the prior art cannot meet the technical requirements of glass brush hair planting, which is generally reflected in the fact that the tension force does not meet the requirements. Therefore, manual glass brush hair planting is generally used now, and the glass brush with manual hair planting has the brush handle with the largest tension force. The brush is also only 10-20 kg. At present, there is no glass brush with a mechanically made brush handle with a tension force of more than 20 kg. It is easy to depilate and does not meet the tension force requir...

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Problems solved by technology

[0003] The machines in the prior art cannot meet the technical requirements of glass brush hair planting, which is generally reflected in the fact that the tension force does not meet the requirements. Therefore, manual glass brush hair planting is generally used now, and the glass brush with manual hair planting has the brush handle with the largest tension force. The brush is only 10-20 kg, and there is no glass brush with a mechanically made brush handle with a tension force of more than 20 kg, which is easy to depilate and does not meet the tension force requirements of a glass brush handle

[0004] At present, when polishing large glass (commonly known as ground glass), it is necessary to use a large brush handle glass brush for processing. Due to the large number of large brush handle glass drilling holes (the number of drilling holes is 4000-6000), manual flocking glass brush At that time, iron nails (commonly known as horse nails) were not used, but the middle part of the wool was fixed by silk thread and then pulled into the hair planting hole. The wool planted on the brush was fixed by a silk thread. When the silk thread in one of the hair planting holes broke , the wool on the entire glass brush will be off-line, and the tension force of the hand-planted glass with a large brush handle is small. Therefore, when the glass surface is polished with a handmade glass brush with a large brush handle, the brush Handled glass brushes often lose hair or iron nails when brushing, which will greatly affect the polishing effect of the glass surface, easily form defective products, and work efficiency is low. Manual hair planting requires a lot of labor. and higher cost

There is also the situation that the existing horse nail tufting machine cannot firmly fix the bristles

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