Continuous electrostatic spinning conductive fabric receiving device

Abstract

The invention discloses a continuous electrostatic spinning conductive fabric receiving device. The device comprises an overall frame, a conductive fabric and a conductive fabric circulating device; and the conductive fabric circulating device further comprises a driving roller, a pressing roller, an air cylinder I, a guide roller I, a guide roller II, a guide roller III, a guide roller IV, a guide roller V, a deviation rectifying device, a scutching roller, a supporting guide roller unit I, a supporting guide roller unit II, a tension roller, a supporting guide roller I, a supporting guide roller II, a stripping roller I, a supporting guide roller III, an air cylinder II, a supporting guide roller IV, a supporting guide roller V, a stripping roller II and a stripping roller III. A driving motor drives the driving roller to rotate, the tension roller plays a role in tension control during operation of the conductive fabric, receiving base cloth is attached to the lower portion of the conductive fabric and driven by the conductive fabric to move, and the receiving base cloth can be immediately stripped through the stripping roller after being separated from the conductive fabric, so that the receiving base cloth is prevented from being adhered to the conductive fabric. The receiving base cloth and the conductive fabric move synchronously, so that the integrity of the receiving base cloth and anti-static silk fibers is ensured.

Description

technical field [0001] The invention relates to the technical field of electrostatic spinning, in particular to a continuous electrostatic spinning conductive fabric receiving device. Background technique [0002] Electrospinning technology is a polymer processing technology that forms ultra-fine fibers under the action of a high-voltage electric field. The principle of electrospinning technology: First, the polymer solution or melt is charged with thousands to tens of thousands of volts of high-voltage static electricity, and the charged polymer droplets are accelerated at the Taylor cone pole of the capillary under the action of the electric field force. When the electric field force is large enough, the polymer droplets overcome the surface tension to form eruption streams. The thin stream evaporates or solidifies the solvent during the spraying process, and finally falls on the receiving device to form a fiber mat similar to a non-woven cloth. Electrospinning technolog...

AI Technical Summary

Problems solved by technology

[0008] The invention provides a continuous electrospinning conductive fabric receiving device, which solves the technical problems of resistance between the receiving base fabric and the receiving device, low receiving efficiency, uneven spinning, and unqualified spinning

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