High-voltage electrostatic field floating air removing device

Abstract

The invention discloses a high-voltage electrostatic field floating air removing device and relates to the technical field of designing of devices for removing floating air on pile fabric. The high-voltage electrostatic field floating air removing device comprises a fabric transfer guide belt, a conductive metal plate, a metal screen, a floating air receiving cover, a dust collection air compressor, a floating hair receiving pipe and a hair storage device, wherein the metal screen is arranged at a hair inlet of the floating hair receiving cover; a hair outlet of the floating air receiving cover is connected with the dust collection air compressor; an output end of the dust collection air compressor is connected with the hair storage device through the floating air receiving pipe; the conductive metal plate is arranged at the upper part of the fabric transfer guide belt through a bracket; the conductive metal plate is correspondingly arranged below the metal screen; the pile fabric is transferred between the metal screen and the conductive metal plate through the fabric transfer guide belt in use; the metal screen is connected with a ground wire; the conductive metal plate is connected with a high-voltage DC converter through a wire; and the high-voltage DC converter is electrically connected with AC. The high-voltage electrostatic field floating air removing device is low in energy consumption, free of noise pollution and good in floating air removal effect.

Description

technical field [0001] The invention relates to the design technical field of a device for removing floating wool on velvet fabrics. Background technique [0002] Velvet fabrics are currently mainly used in the fields of home textiles and clothing. Velvet fabrics often adopt processes such as napping and shearing in order to form fluff. In the subsequent dyeing and finishing process, there are also some processes such as flower cutting and burnt-out. In these processes, the yarn will be damaged to varying degrees, so it will produce Lots of fine floating hairs. Because these floating hairs are small and numerous, although they will be removed to a certain extent during the dyeing and washing process, they still cannot be eradicated. Therefore, under normal circumstances, a suction device will be installed in the production process, such as the process of finalizing the finished product, to remove these floating hairs by using the principle of a vacuum cleaner. But the air...

AI Technical Summary

Problems solved by technology

However, the air suction device can only remove the floating hairs on the surface of the fabric, while the removal efficiency of the floating hairs at the root of the fluff is very poor, resulting in the finished fabrics always having floating hairs, which reduces the quality of the fabrics

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