High-efficiency automatic carding machine

Abstract

The invention relates to a high-efficiency automatic carding machine comprising a rack, a cotton carding device, and a case. A fixed circular plate and a cylinder fixed seat are fixedly installed on the rack. A linkage tooth A, a guiding tooth A, and a guiding tooth B are arranged at the right end of the rack; and a driven gear is arranged at the guiding tooth A coaxially. A driven motor is arranged at the right side of the rack; a motor is arranged at the left side of the rack; a limiting wheel is arranged at the left side of the rack; and a roller fixation mechanism is arranged at a cotton feeding end of the rack. The cotton carding device consists of a cotton feeding roller, an opening roller, a moving roller A, a moving roller B, a moving roller C, a working roller A, a working roller B, a working roller C, a doffer, and a cylinder; the opening roller, the moving roller A, the working roller A, the moving roller B, the working roller B, the moving roller C, the working roller C, and the doffer are arranged at the surface of the cylinder clockwise in an encircling mode. The case includes a bottom shell dust suppression cover, a top shell dust suppression cover, a flank dust suppression cover, and a rear sealing cover; a suction ventilator is arranged on the top shell dust suppression cover; and an exhaust opening is arranged at the rear sealing cover.

Description

technical field [0001] The invention belongs to the technical field of textile equipment, in particular to a carding machine, in particular to a high-efficiency automatic carding machine. Background technique [0002] The carding machine is a spinning machine that combs the preliminarily processed spinning raw materials into a single fiber state to form a thin layer of reticular fibers, and then assembles them into fiber strips. Due to the different types of fibers and different process requirements, the carding machines also have various structures. The carding machines produced and designed in the prior art have a narrow range of use. Basically, one piece of equipment can only card one kind of fiber material, making the equipment The scope of use of the carding machine has been greatly limited. On the other hand, the carding machine designed in the prior art is generally not equipped with a corresponding dust removal device. It has a great impact on the environment, and a...

AI Technical Summary

Problems solved by technology

Due to the different types of fibers and different process requirements, the carding machines also have various structures. The carding machines produced and designed in the prior art have a narrow range of use. Basically, one piece of equipment can only card one kind of fiber material, making the equipment The scope of use of the carding machine has been greatly limited. On the other hand, the carding machine designed in the prior art is generally not equipped with a corresponding dust removal device. It will have a great impact on the environment, and a large amount of flying short fleece may cause electrostatic reaction, which will pose a certain threat to the safety of the factory building.

[0003] The high-end carding machine used in the existing technology is extremely expensive, and the later maintenance cost is relatively high, which cannot meet the existing market demand. The manufacture of the high-end carding machine is relatively complicated, and many transmission parts and induction parts are introduced. It is difficult for non-professionals to overhaul the equipment when there is a problem; while the efficiency of high-end carding machines is not ideal

Images