Car seat cover fabric fluffing machine

Abstract

The invention provides a car seat cover fabric fluffing machine and belongs to the technical field of weaving. The car seat cover fabric fluffing machine solves the technical problem that the existing fluffing machine has low fluffing efficiency. The fluffing machine comprises a main roller, a plurality of fluffing rollers, guide sleeves corresponding to the fluffing rollers and a blower. The main roller is provided with avoiding ports corresponding to the fluffing rollers one by one. The fluffing rollers are arranged in the corresponding avoiding ports. A part of each one of the fluffing rollers stretches out of the avoiding port. The fluffing roller is uniformly provided with fluffing needles. A guide sleeve is provided with multiple guide grooves on the peripheral surface of the guide sleeve. The guide grooves are arranged in a corrugate way. The guide sleeve is fixedly connected to the main roller. The fluffing needles are inserted into the guide grooves. A ventilation chamber is arranged in each one of the fluffing rollers. The ventilation chamber is provided with a rotation shaft. The rotation shaft is fixedly provided with an impeller. The impeller is fixedly connected to the interior of the fluffing roller. The rotation shaft is rotatablely connected to the main roller. The car seat cover fabric fluffing machine has high fluffing efficiency.

Description

technical field [0001] The invention belongs to the technical field of textiles, and relates to a napping machine for automobile seat cover fabrics. Background technique [0002] The terry cloth used for the car seat cover is due to its own fiber structure. The prior art utilizes the sun wheel (main roller) and the planetary wheel (i.e. the napping roller) to realize napping, wherein the napping roller is passively rotated under the drive of the cloth. Analysis shows that the prior art has the following defects: [0003] 1. During the napping process, the plush density is relatively high, and the formed terry cloth has strips of plush and cannot be evenly distributed; [0004] 2. The plush falls into the napping cylinder and the main cylinder, forming accumulations, resulting in the failure of the napping cylinder to rotate, so that the napping effect becomes poor; [0005] 3. The napping cylinder rotates under the drive of the cloth, which has instability and inhomogeneit...

AI Technical Summary

Problems solved by technology

[0003] 1. During the napping process, the plush density is relatively high, and the formed terry cloth has strips of plush and cannot be evenly distributed;

[0004] 2. The plush falls into the napping cylinder and the main cylinder, forming accumulations, resulting in the failure of the napping cylinder to rotate, so that the napping effect becomes poor;

[0005] 3. The napping cylinder rotates under the drive of the cloth, which has instability and inhomogeneity, which affects the napping effect and the uniformity of napping;

[0006] 4. The napping needle is linear. Although it can comb the plush, the napping efficiency is extremely low, and the napping process takes a long time;

[0007] 5. The plush cannot be shaped during the napping process, resulting in poor durability and shape retention of the fabric

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