Cotton slitter with inward wind blowing function

Abstract

The invention discloses a cotton slitter with an inward wind blowing function. The cotton slitter comprises a rack box, a feed hopper, a discharging port, a beating roller and a blowpipe, wherein a working cavity is designed inside the rack box; the feed hopper and the discharging port are mounted on opposite surfaces of the rack box respectively and communicated with the working cavity; the bearing roller is mounted in the working cavity, and vertical round rods are distributed on the outer surface of the beating roller; the outer surface of the bearing roller adopts a framework and wire netting structure; the inside of the blowpipe is communicated with an air supply device, and the blowpipe is mounted on the axis of the bearing roller; an air nozzle facing the discharging port is designed on the blowpipe; the lower part of the beating roller is wrapped with a separation net for removing impurities. The cotton slitter has a simple structure, a smaller size, a drying function and a good cotton slitting effect.

Description

technical field [0001] The invention belongs to the technical field of textile machinery, and in particular relates to an internal blowing opener with a drying function. Background technique [0002] Cotton fibers are slender and soft, and have very good thermal performance. They are important raw materials for the textile industry. However, when cotton is first picked, it grows into a ball with cotton seeds on it, which is not conducive to industrial production and needs to be processed. After the cotton is picked, it needs to go through ginning and cotton opening processing to remove the cotton seeds in the cotton and loosen the clumps of cotton. [0003] Among them, the cotton opening process is mainly used after ginning, which is completed by the cotton opener. The cotton opener not only has the function of breaking up the cotton balls, but also has the function of cleaning up impurities such as broken cotton seeds. However, the raw cotton is often relatively humid duri...

AI Technical Summary

Problems solved by technology

However, the raw cotton is often relatively humid during the processing of the current cotton opener, which affects the effect of opening the cotton

After the cotton ball is broken up by the cotton opener, the cotton after opening and processing needs to be blown out of the machine through the cotton blowing device, but the cotton blowing device needs to occupy extra space inside the machine, which makes the cotton opener larger and difficult to integrate with other machines. The connection of the equipment, and the wind flow of the cotton blowing device is usually blown outside the beating device, and its effect is poor

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