Automatic assembly line equipment for steam finish-ironing and shaping

Abstract

The invention relates to automatic assembly line equipment for steam finish-ironing and shaping. The automatic assembly line equipment mainly comprises a machine frame. An upper layer conveying line is arranged on the machine frame, a group of upper layer supporting needles are fixedly connected to an upper layer chain, a lower layer conveying line is arranged on the machine frame, and a group of lower layer supporting needles are fixedly connected to a lower layer chain. The lower layer chain penetrates through a sealed steam drying box, a steam processing section formed by upper steam spraying pipes and lower steam spraying pipes is arranged in the steam drying box, and a drying shaping processing section formed by upper heating tubes and lower heating tubes is arranged in the steam drying box. The automatic assembly line equipment for steam finish-ironing and shaping has the advantages that the equipment is operated in an assembly line mode, labor is saved, and efficiency is improved. The temperature and the speed can be adjusted; blown out steam can be adjusted; the steam spraying pipes are concave, and the steam can be blown to a cap in all directions. The cap can be quickly cooled down through fans at the rear portion of the equipment, and the product is integrally formed (without deforming). Meanwhile, after finish ironing of the cap quickly cooled down, the cap cannot be creased and deform no matter how hard a user rubs the cap.

Description

technical field [0001] The invention relates to the field of ironing assembly lines, in particular to automatic assembly line equipment for steam ironing and shaping. Background technique [0002] The original hats or socks were ironed by hand, and the hats or socks had to be ironed one by one. The speed was slow, the shape was easy to change, and the labor force increased (the hats needed more people to iron them quickly and more); The disadvantages are: 1. The hot hat or socks are not smooth. 2. The place where the iron steam blows: the place where the steam blows first is cracked, and the place where the steam blows later will not crack. Hats and socks cannot be ironed evenly, and the places where the steam blows more are shaped, and the places where the steam is blown less cannot be shaped. 3. After the hat is ironed, it cannot cool down quickly. After it is taken off from the template, it still has temperature. cannot be the same as the template style). 4. The place...

AI Technical Summary

Problems solved by technology

[0002] The original hats or socks were ironed by hand, and the hats or socks had to be ironed one by one. The speed was slow, the shape was easy to change, and the labor force increased (the hats needed more people to iron them quickly and more); The disadvantages are: 1. The hot hat or socks are not flat

The hat and socks cannot be ironed evenly, the place where the steam is blown to a lot is shaped, and the place where the steam is blown less can not be set

3. After the hat is ironed, it cannot cool down quickly. After it is taken off from the template, it still has temperature. Cannot be the same as the template style)

5. When manual ironing begins to take off the template, the temperature is high (hot), and when the temperature drops when the hat is taken off the template, it is easy to change shape

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