Cotton filling device capable of fluffing cotton fibers for spinning purpose

Abstract

The invention discloses a cotton filling device capable of fluffing cotton fibers for spinning purpose. The device comprises a rectangular cotton filling box and an operation box. A PLC is fixedly installed in the middle of the front portion of the rectangular cotton filling box. Fixed tables are horizontally and fixedly installed in the middles of the left side and the right side of the rectangular cotton filling box. Air cylinders are vertically, oppositely and fixedly installed at the tops of the fixed tables. A transverse plate is fixedly connected between the piston rods of two air cylinders. A through hole is vertically formed in the middle of the transverse plate. When a motor works, the motor drives a connecting rod to rotate through a crankshaft. The operation mode of the connecting rod and the crankshaft is similar to the driving mode of an automobile engine. The connecting rod drives a supporting rod to move up and down in the through hole in a piston mode through a first movable shaft. Therefore, nylon threads on a rectangular frame are driven to bounce and fluffy cotton fibers on a supporting plate. The device is higher in efficiency, simpler in structure and convenient in later maintenance.

Description

technical field [0001] The invention relates to the technical field of weaving, in particular to a cotton filling device for weaving which can make cotton wool fluffy. Background technique [0002] At present, the traditional cotton filling machine is to input the cotton balls, simply break them up, and then output them from the cotton filling port to fill the cotton. It will be a little wet, so that the cotton balls are not easy to be broken up, so that the cotton balls can be directly output from the cotton filling port without being broken up. The work progress is greatly delayed, so the cotton needs to be loosened and fluffed before filling, and the general cotton filling device has low fluffing efficiency and poor fluffing effect. [0003] The cotton filling device used in the prior art to make the cotton fluffy includes a base plate and a cotton filling cylinder. A rotating horizontal shaft coaxial with the cotton filling cylinder is arranged in the cotton filling cyl...

AI Technical Summary

Problems solved by technology

[0002] At present, the traditional cotton filling machine is to input the cotton balls, simply break them up, and then output them from the cotton filling port to fill the cotton. It will be a little wet, so that the cotton balls are not easy to be broken up, so that the cotton balls can be directly output from the cotton filling port without being broken up. The work progress is greatly delayed, so the cotton needs to be scattered and fluffed before filling, and the general cotton filling device has low fluffing efficiency and poor fluffing effect

[0003] The cotton filling device used in the prior art to make the cotton fluffy includes a base plate and a cotton filling cylinder. A rotating horizontal shaft coaxial with the cotton filling cylinder is arranged in the cotton filling cylinder, and a plurality of cotton pulling rods are arranged on the rotating horizontal shaft. , one end of the cotton filling cylinder is provided with a driving horizontal shaft, the top of one end of the cotton filling cylinder is provided with a cotton filling port, and a plurality of fluffy rotating shafts are arranged on the upper and lower side walls of the cotton filling cylinder, and the fluffy rotating shafts extend into the cotton filling One end of the barrel is provided with a fluffy claw, and the end of the drive horizontal axis away from the cotton filling motor is provided with a drive disc. The end face of the drive disc is provided with a push vertical rod, and the end face of the drive disc is provided with an eccentric push post. , the side end of the push vertical bar is provided with two horizontal driving racks, and the lower side of one end of the cotton filling cylinder is provided with a discharge port, but this method is inconvenient in the later stage of cleaning the residual cotton in the cotton filling cylinder, and directly in the cotton filling cylinder. The rotating mechanism set in the cotton filling cylinder is very easy to be entangled by cotton, which affects the rotation effect and is very inconvenient for later maintenance

Images