High-speed carding machine

Abstract

A high-speed carding machine comprises a base and a vibration wool feeding machine, a high-speed carding device and an automatic three-position barrel changing device which are connected with one another sequentially. The vibration wool feeding machine in the high-speed carding machine utilizes a translational vibration plate and a baffle to push textile raw materials uniformly, and moreover, the falling and outputting speeds of the textile raw materials are increased. A shaft seat of the high-speed carding machine is arranged on a breast cylinder wallboard and a large cylinder wallboard, so that the phenomenon that the positions of a breast cylinder and a large cylinder are changed relatively to the positions of a working roller and a wool stripping roller due to the high-speed rotation is avoided, the production quality is ensured, a suction pipe is arranged to suck the textile raw materials and reduce air flow which is generated by high-speed rotation, and the operation stability and high speed of the carding machine are ensured. The automatic three-position barrel changing device can control rotating wheels to change collection barrels, so that the high-speed carding machine is simple in structure and the labor intensity of the working personnel is reduced; and a U-shaped guardrail can ensure that the operation tracks of the collection barrels are stable when the collection barrels are changed, so that the whole barrel changing operation is carried out stably, and the collection barrels are prevented from tipping over during the barrel changing process.

Description

technical field [0001] The invention relates to a textile machine, in particular, a high-speed carding machine. Background technique [0002] Carding machine is a commonly used equipment in the textile industry. It is mainly used to card the spinning raw materials that have been preliminarily processed into a single fiber state to form a thin layer of network fibers, and then assemble them into fiber strips. The wool feeding machine in the traditional carding machine mainly uses the stripping roller and the hair smoothing roller to open the textile raw materials. The structure is relatively simple, and the thickness of the processed textile raw materials is not uniform, which affects the product quality. In order to improve production efficiency, the rollers and cylinders in the carding device rotate at high speed, and the airflow generated easily lifts the spinning raw materials, and the raised spinning raw materials tend to fall on the rotating shaft, which affects the sta...

AI Technical Summary

Problems solved by technology

The wool feeding machine in the traditional carding machine mainly uses the stripping roller and the hair equalizing roller to open the textile raw materials. The structure is relatively simple, and the thickness of the processed textile raw materials is not uniform, which affects the product quality.

In order to improve production efficiency, the rollers and cylinders in the carding device rotate at high speed, and the airflow generated easily lifts the spinning raw materials, and the raised spinning raw materials tend to fall on the rotating shaft, which affects the stability and speed of the carding device. , which reduces the quality of production

The final produced fiber strips need to fall into the collection bucket. When the fiber strips in the collection bucket are full, the collection bucket full of fiber strips needs to be removed manually and the empty bucket is replaced. Many, high labor cost, low work efficiency

Images