Uniform transition cotton net transmission device

Abstract

The invention relates to a uniform transition cotton net transmission device. The device comprises a supporting and fixing iron support, wherein the front end of the supporting and fixing iron support is obliquely provided with a cotton net feeding conveyor belt, the upper side of the cotton net feeding conveyor belt is in horizontal butt joint with a cotton net transition transmission belt, the upper side of one end of the cotton net transition transmission belt is provided with a copper net through cyclic rolling of a plurality of copper net transmission shafts, the lower side of the copper net is horizontal, an electrospinning device spraying submicron fibers upward is arranged below the copper net, and the cotton net feeding conveyor belt, the cotton net transition transmission belt and the copper net transmission shafts are driven to rotate by a first motor, a second motor and a third motor which are located at one side of the supporting and fixing iron support respectively. The uniform transition cotton net transmission device has the advantages that a carding net can maintain uniform and smooth running to directly under the copper net in the transmission process, so that the submicron fibers sprayed by the electrospinning device act on the uniform cotton net, and the derived length and uniformity of the cotton net are increased through a conduction linkage device, so that the subsequent strip forming performance achieves the best effect.

Description

Technical field [0001] The invention relates to the technical field of textile machinery, in particular to a uniform transition cotton net transmission device. Background technique [0002] With the improvement of living standards, people’s demand for functional textiles is increasing. Electrospinning is used to spray functional sub-micrometer fibers on the cotton web in the carding process and finally drawn into strips to effectively prepare functionalities. The processing method of submicron and cotton fiber blended card sliver, and then drafting and twisting into functional yarn has been gradually developed and utilized, but due to the sliver conveying on the existing carding machine and the suction and negative pressure device, it is difficult to meet the preparation function The preparation conditions of the sexual sliver method, in particular, it is impossible to add a series of unit modules such as an electrospinning device in an effective space. Therefore, a large-scale e...

AI Technical Summary

Problems solved by technology

All the above-listed patents and patent application schemes shown in the graphic effects show that the working structure is small, and it is impossible to mass-produce functional sub-micron etched sliver

The uneven stress or unreasonable negative pressure adsorption of the cotton web in a series of conveying processes makes functional carding sliver still have a series of problems in the carding process

And the space is open, which is not conducive to the operation of the electrospinning process

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