Multi-station brush-making rotating platform

Abstract

The invention relates to a multi-station brush rotating platform which comprises a rotating platform, a bottom plate, a lifting rod, a rotating shaft, fixtures, a bracket, a connecting plate and a connecting rod, and is characterized in that the longitudinal cross section of the rotating platform is in a square, and the sides of the square cross section are respectively provided with the fixture with the same size; an upper, a left, a lower and a right stations are arranged on the rotating platform; the rotating shaft penetrates through the center of the square cross section along the transverse direction and is installed on the bracket; and the bracket is connected with the lifting rod by the connecting plate. The multi-station brush rotating platform leads the techniques of clamping the plate, planting bristle, flattening the bristle and discharging the plate to be realized on a same brush making machine, thus reducing the times for clamping and disassembling a brush plate, shortening the production time, improving the production efficiency, and reducing the machine input cost.

Description

technical field [0001] The invention relates to a rotating platform for a brush making machine, in particular to a multi-station brush making rotating platform. Background technique [0002] The existing domestic brush-making industry is still relatively simple in terms of product processing technology, the degree of automation of equipment is relatively low, and it is very dependent on cheap labor. The brush-making process mainly includes several steps of plywood, drilling, hair transplanting, flattening, and board output. The current brush-making process is to first place the drilled brush board on the hair-planting machine to plant the hair, and then remove the brush board after the hair is planted. Then put the brush plate on the flat wool machine to smooth the wool, and finally get the finished product. This process requires two turnovers, two clampings, and two boards out, which increases labor capital and is very low in production efficiency. And with the development...

AI Technical Summary

Problems solved by technology

[0002] The existing domestic brush-making industry is relatively simple in product processing technology, the degree of automation of equipment is relatively low, and it is very dependent on cheap labor.

The brush-making process mainly includes several steps of plywood, drilling, hair transplanting, flattening, and board output. The current brush-making process is to first place the drilled brush board on the hair-planting machine to plant the hair, and then remove the brush board after the hair is planted. Then put the brush plate on the flat wool machine for smooth wool, and finally get the finished product. This process requires two turnovers, two clampings, and two boards out, which increases labor capital and also reduces production efficiency.

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