Full-automatic brush making machine

Abstract

The invention discloses a full-automatic brush making machine. A machine main body comprises a nylon woolen yarn loading local device, a yarn guide local device, an electromechanical automatic control device and a hair brush molding local device, wherein the yarn guide local device comprises a steel wire pulling cylinder; a wire pulling pulley is arranged on the middle part of the steel wire pulling cylinder; a steel wire pulling upper cylinder and a steel wire pulling lower cylinder are arranged on the lower part of the steel wire pulling cylinder; a steel wire cutting cylinder is arranged at the lower end of the steel wire pulling cylinder; a steel wire pulling upper sensor and a steel wire pulling lower sensor are arranged on a frame on the back side of the steel wire pulling cylinder; a steel wire push plate is further arranged on a frame in front of the steel wire cutting cylinder; a steel wire shaft is further arranged on a frame on the side face of the steel wire push plate; a steel wire pushing sensor is arranged on a frame at the back end of the steel wire push plate for use in a matching way. The production quantity of brushes is increased effectively, the production quality is enhanced, and the problem of difficulty in manually producing large brushes, long brushes and thin brushes in plants with intensive labor force is solved. A servo motor with a high revolving speed is adopted, so that the rotating action speed is high, and nylon yarns are prevented from falling off.

Description

technical field [0001] The invention relates to a fully automatic brush making machine. Background technique [0002] First of all, the processing equipment needs wire cutting to cut parts with small wire cutting tolerance. The small tolerance of the parts made by wire cutting plays a key role in the stability of the machine. Another part of the components needs to be processed by CNC lathes and machining centers. We use grinding machines for parts with a difference of 2-3mm Slightly ground, such parts are drilled and tapped and then silver-plated to enhance their corrosion resistance and wear resistance. In this way, we assemble these parts on the mechanical frame of the stainless steel plate, and finally assemble them. The pneumatic part, the electronic part and the computer control are installed above for mechanical debugging. The production process is to hang the stainless steel wire on the round shaft on the machine. The cylinder first straightens the steel wire and th...

AI Technical Summary

Problems solved by technology

[0003] The quantity and quality of the brushes produced by the existing brush making machine are poor, requiring a large number of labor-intensive factories, and the manual production of large brushes, long brushes, and thin brushes is not convenient enough, and the rotation of long brushes and fine brushes is slow and the nylon filaments are easy to fall off when manually producing long brushes and fine brushes. The produced brushes have poor aesthetics, are not durable enough, and have a low degree of automation

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