Fuzz fabric hot-air setting machine

Abstract

The invention relates to a fuzz fabric hot-air setting machine belonging to the technical field of fabric afterfinish machinery and comprising a stand, a setting main drum, a fuzz fabric guidance mechanism, an actuating mechanism, a pair of air heating injection mechanisms and a cold air injection mechanism, wherein the stand has a left wall plate and a right wall plate and is also provided with ablast box and a wheel box, the setting main drum is rotatably supported on the left wall plate and the right wall plate, the fuzz fabric guidance mechanism is rotatably arranged on the lower part ofthe left wall plate and the right wall plate in the height direction, the actuating mechanism is arranged in the wheel box and is in transmission connection with the setting main drum and the fuzz fabric guidance mechanism, the air heating injection mechanisms are connected to the left wall plate and the right wall plate in parallel and correspond to the upper parts of both sides of the setting main drum in the length direction, and the cold air injection mechanism is connected to the left wall plate and the right wall plate, is connected with a pipeline of the blast box and corresponds to thelength direction of one side of a cloth outlet of the setting main drum. The invention has the advantages that the fuzz is enabled to present the natural vivid texture, thereby being beneficial to improving the sight effect and enhancing the flexibility, the warmth retention property and the ventilation property.

Description

technical field [0001] The invention belongs to the technical field of fabric finishing machinery, and in particular relates to a plush fabric hot air setting machine. Background technique [0002] In the prior art, in the post-finishing process of plush fabric production, carding machines, ironing machines, singeing machines or other similar equipment are mainly used to shape the plush on the surface of the fabric, but practice has proved that after being processed by the above-mentioned equipment Fabric plush tends to show a phenomenon of lodging to one side, which is called down wool or smooth wool in the industry. The downturning (smoothing) phenomenon of plush falling in a certain direction will seriously affect the feel and visual effect of the fabric. Because the plush is tilted to one side, the hand feels harder, which leads to the product grade of plush fabrics. It is difficult to highlight the competitive advantage in the market, especially the plush lodging will ...

AI Technical Summary

Problems solved by technology

The downturning (smoothing) phenomenon of plush falling in a certain direction will seriously affect the feel and visual effect of the fabric. Because the plush is tilted to one side, the hand feels harder, which leads to the product grade of plush fabrics. It is difficult to highlight the competitive advantage in the market, especially the plush lodging will also affect the warmth retention and air permeability of the fabric.

[0003] China Utility Model Patent Authorization Announcement No. CN2450239Y recommends a hairy surface forming and shaping equipment, which fixes the steam nozzle at the brush head and connects the high-temperature steam chamber with the forming device. This technical solution is more suitable for the hairy surface The plush pattern of the fabric is shaped to prevent random hairs and make the pattern clear, well-organized and dynamic, so it is highly targeted and difficult to transfer to the stereotypes of conventional plush fabrics without pattern patterns, because the In addition to the complex structure of the device, the setting method is a contact setting method (see lines 1-7 on page 2 of the manual), and the contact setting method can easily cause the plush to dump

[0004] The device for improving the feel of pigment printed knitted fabrics provided by China Invention Patent Grant No. CN1138031C is essentially a setting machine for preventing the shrinkage of knitted fabrics. It is composed of a feeding device, a heat setting device and a folding and rolling device. Its working principle is: From the feeding device, the pigment printed cloth is guided by the guide roller and the anti-shrinkage liquid tank is dipped in the anti-shrinkage liquid, and then introduced into the heat-setting device. After the knitted cloth exits the heat-setting device, it is rolled by the folding and rolling device (the third from the bottom on page 4 of the manual) Line-line 13 on page 5), it can be seen that the patented scheme makes the knitted fabric feel soft by means of the anti-shrinkage liquid and then the setting device is used to shape the anti-shrinkage liquid after dipping, more specifically, it solves the problem of avoiding The problem of shrinkage does not involve the technical inspiration of how to prevent the plush from collapsing to one side

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