Vacuum wool brushing and dust sucking box

Abstract

The invention relates to embossing machines, particularly relates to a vacuum wool brushing and dust sucking box and belongs to the technical field of the embossing machines. The vacuum wool brushingand dust sucking box comprises a wool brushing box and a dust sucking box which are arranged side by side; one side, opposite to the dust sucking box, of the wool brushing box is provided with a woolbrushing partition plate; one side, opposite to the wool brushing box, of the dust sucking box is provided with a dust sucking partition plate; the wool brushing partition plate communicates with thedust sucking partition plate through a box body connecting air pipe; a wool brushing roller is arranged inside the wool brushing box; the bottom of the wool brushing box is provided with a wool brushing box base plate; the wool brushing box base plate is provided with a plurality of wool brushing box base plate through holes in the length direction; the bottom of the dust sucking box is provided with a dust sucking box base plate; and a support roller is arranged between the dust sucking box base plate and the wool brushing box base plate. The vacuum wool brushing and dust sucking box providedby the invention integrates wool brushing with dust suction, is small in box body volume, simple and convenient to install, high in practicability and applicability and applicable to various production technological procedures such as embossing, sueding and shaping, realizes assembly line work, integrates triple effects including wool brushing, wool scraping and scutching, effectively prevents biasfilling of fabrics and stabilizes the fabric width.

Description

technical field [0001] The invention relates to a printing machine, specifically a vacuum bristle dust collection box, which belongs to the technical field of printing machines. Background technique [0002] With the development of the economy, people's living standards are constantly improving, and people's requirements for textile fabrics are constantly improving. No matter from the fabric feel or fabric color, it will be the best way to improve the fabric grade. However, due to the inevitable occurrence of fluff damage on the fiber surface, mechanical friction, external static electricity, air dust and other factors in the weaving structure, fiber structure and production process of the fabric, fine impurities adhere to the surface of the fabric. [0003] In the prior art, in order to solve this kind of phenomenon, many enterprises simply use adhesive tape or bristle rollers to brush or beat the fabric, without collecting the fluff in a reasonable way, let alone solve th...

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Problems solved by technology

[0003] In the prior art, in order to solve this kind of phenomenon, many enterprises simply use adhesive tape or bristle rollers to brush or beat the fabric, without collecting the fluff in a reasonable way, let alone solve the problem that the weft structure of the fabric changes after being subjected to external force, thus Subsequent fabric printing produces aliasing, misalignment, etc.

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