Duplex cashmere carding machine

Abstract

The invention discloses a duplex cashmere carding machine, which comprises a first cashmere carding machine, a second cashmere carding machine, a driving system, a dust removal system and an induced air main pipeline, wherein the head parts and the tail parts of the first cashmere carding machine and the second cashmere carding machine are sequentially connected, the first cashmere carding machine and the second cashmere carding machine respectively adopt a cover plate type cashmere carding machine, and rolling pipes are arranged at the back sides of a first cylinder and a first cashmere outlet pipe of the first cashmere carding machine. The duplex cashmere carding machine is characterized in that the two cover plate type cashmere carding machines are jointly used, and the rolling pipes are arranged at the back sides of the first cylinder and the first cashmere outlet pipe of the first cashmere carding machine, so long wools are conveyed to a first wool conveying curtain under the action of air flow, and the working efficiency is improved; by improving the driving system, a wool feeding machine and the two cashmere carding machines are driven by three motors to operate, the energy consumption is decreased, and the production efficiency is improved; by additionally arranging the dust removal system, the carded short wools, foreign matters and floating matters are uniformly recovered, the pollution by floating dust is reduced, the short wools can be recycled and reutilized, and the utilization rate of the wools is improved.

Description

technical field [0001] The invention relates to cashmere production equipment, in particular to a double cashmere carding machine. Background technique [0002] With the improvement of people's living standards, plush textiles, one of the four major natural fibers, are more and more popular with people for their delicate touch, comfortable wearing, elegance and luxury, thus promoting the plush garment industry. develop. [0003] Cashmere carding is a very important process in the processing industry of cashmere products. It belongs to the scope of primary processing of cashmere. Made of wool, the traditional carding equipment has a long process route, a large floor area, a small power, a high lint content, large fiber damage, a narrow process adjustment range, and a relatively low one-time extraction rate. The flat carding machine that is used more often needs to be combed more to become a plush-free product, and the finished product produced has more short piles. [0004...

AI Technical Summary

Problems solved by technology

[0004] Existing flat carding machine mainly includes frame, feeding roller, licker-in roller, flat cylinder, doffer and chopping knife. The cashmere through cleaning and pretreatment is sent to the feeding roller through the wool feeding machine, and is passed through the linting roller. Under the action of centrifugal force and airflow, the roller and the cover cylinder roughly remove the rough hair, bisexual hair and other impurities, and realize the first-level carding. The cashmere after the first-level carding is wound on the doffer, and after reaching a certain thickness, it is cut by a knife. After being broken, it is manually sent to the next carding machine for second-level carding or even third-level carding. Each level of carding requires manual cooperation for cashmere transfer, which is time-consuming and laborious, and the production efficiency is extremely low. If two sets of cashmere carding Machine combined to form double cashmere carding machine, plus wool feeding machine, all three need corresponding driving device and transmission mechanism, on the one hand, the equipment cost is high, on the other hand, the power consumption is large, and it is not easy to concentrate automatic control

[0005] At the same time, the cashmere carding machine is used in the carding process because the cylinder, doffer and rolling tube are all rotating at high speed, and the cashmere is carded under the assisted action of the airflow, some short cashmere, impurities and skin quality are affected by the centrifugal force and airflow. Floating dust is formed under the environment, which seriously affects the working environment, and the short cashmere cannot be effectively recycled, resulting in a waste of cashmere resources

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