Flocking structure of flocking machine

Abstract

The invention provides a flocking chamber structure, which enables that flocks in a flocking process do not fly around, guarantees the uniformity of flocking, makes the excess flocks easy to collect, reduces the flock cost of flocking, guarantees a good working environment of a workshop and guarantees short length of the flocking workshop and high flocking efficiency due to utilization of a cloth delivery pipe between two flocking chambers. The flocking structure comprises a cloth delivery pipe, flocking chambers and a flock recovery chamber, wherein the cloth delivery pipe is uniformly provided with the flocking chambers; the rear part of the final flocking chamber is provided with the flock recovery chamber; the flocking structure is characterized in that an integral structure of a metal plate and a glass plate is arranged above the cloth delivery pipe between adjacent flocking chambers; one end of the metal plate is connected with a lateral vertical plate of one flocking chamber, and the other end of the metal plate is connected with one end of the glass plate; the other end of the glass plate is connected with a corresponding lateral vertical plate of another flocking chamber.

Description

technical field [0001] The invention relates to the technical field of flocking machine equipment, in particular to a flocking structure of a flocking machine. Background technique [0002] The flocking room of the existing flocking machine has two brush structures arranged in parallel inside. The brush structures are set on the corresponding driving rollers. During the working process, the two driving rollers respectively drive the brush structures to make The rotation makes the fluff move from bottom to top in the middle of the two brush structures. During this process, the fluff will fly randomly from bottom to top, making the uniformity of flocking poor, and the fluff flying randomly is not easy to collect, making the flocking The material cost of fluff in the fleece process is high. [0003] The flocking room of the existing flocking machine is independently arranged at the front and rear positions of the cloth conveying pipe between the two, and the cloth conveyin...

AI Technical Summary

Problems solved by technology

[0002] The flocking room of the existing flocking machine has two brush structures arranged in parallel inside, and the brush structures are set on the corresponding driving rollers. During the working process, the two driving rollers respectively drive the brush structures to make The rotation makes the fluff move from bottom to top in the middle of the two brush structures. During this process, the fluff will fly randomly from bottom to top, making the uniformity of flocking poor, and the fluff flying randomly is not easy to collect, making the flocking The material cost of fluff in the fleece process is high

[0003] The flocking room of the existing flocking machine is independently arranged at the front and rear positions of the cloth conveying pipe between the two, and the cloth conveying pipe between the two is exposed to the air. During the flocking process, due to the cloth conveying pipe Exposure to the air, which makes the floating hairs easy to float into the air, causing the fluffs to fly randomly in the flocking workshop, the working environment of the workshop is poor, and the utilization rate of the cloth delivery pipe between the two flocking rooms is low, resulting in the flocking workshop The length is long and the efficiency of flocking is low

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