Integrated device for shaping and demoulding socks

Abstract

The invention discloses an integrated device for shaping and demoulding socks. The integrated device comprises a base, a transmission belt, a driver, a lifting device, a shaping box, a magnetron and a sock demoulding device, wherein the transmission belt is mounted on the base; a plurality of sock dies are mounted on the transmission belt and are sleeved by the socks; the driver is mounted on the base and connected with the transmission belt; the shaping box is mounted on the base; the side wall of the shaping box is communicated with the magnetron by virtue of a waveguide tube; a front box door and a rear box door are mounted on the front side and the rear side of the shaping box, respectively; the lifting device is mounted on the shaping box in a manner of being hinged with the front box door and the rear box door; the sock demoulding device is mounted on the base. The integrated device is simple in structure, has an energy-saving effect, is safe, has the functions of simultaneously shaping and automatically demoulding the socks, and is high in automation degree; the working efficiency is improved and the labor cost is reduced.

Description

【Technical field】 [0001] The invention relates to the technical field of knitting product machinery, in particular to the technical field of an integrated device for shaping socks and removing socks. 【Background technique】 [0002] In the weaving process of socks, it needs to go through the processes of preparation, weaving, seaming, roller head, dyeing, shaping, packaging, etc. After the socks are finished, they need to be shaped, and the embryo socks are fixed according to the shape of the foot with temperature and pressure. , to ensure that the socks always maintain a certain shape after wearing, and increase the service life of the socks. [0003] The shaping methods mainly include the following methods: [0004] One is to use the ironing method to shape the blank socks. Since the heating surface of the electric iron is small, a sock needs to be manually pushed several times to complete it. There is no mold to fix its shape, and the workers work more casually. The finis...

AI Technical Summary

Problems solved by technology

[0004] One is to use the ironing method to shape the blank socks. Since the heating surface of the electric iron is small, a sock needs to be manually pushed several times to complete it. There is no mold to fix its shape, and the workers work more casually. The finished product The shape and size of the socks are inconsistent, not only the work efficiency is low, the quality is not guaranteed, but also the use is unsafe, and the labor intensity of the workers is high.

[0005] One is to use electric heating to shape the blank socks. The disadvantages of this shaping method are: first, because the heat is transmitted through conduction, the distance between the heating wire and the socks needs to be equal when setting the shape, and the temperature of each place on the sock shaping mold Therefore, the whole sock shaping mold needs to be equipped with electric heating wire, otherwise the temperature on the sock shaping mold will be uneven during shaping, which will affect the shaping quality of finished socks; secondly, for each set of sock shaping mold, it is necessary to set a furnace plate and heating core, so the structure is complicated; the third is that if you want to put the socks on the sock setting mold at a fixed position and remove the socks from the sock setting mold at a fixed position, the electric wire that needs to be connected with the heating wire in the sock setting mold is also Movement with the transmission mechanism, which is difficult to achieve

[0007] The existing sock setting mainly adopts steam setting, and the cotton thread of the sock is set through steam. This method of sock setting has the following disadvantages: First, because the boiler belongs to the management category of the pressure vessel, it is not only difficult in daily management, And it is not safe; the 2nd, after adopting the mode of steam heating to finalize the blank socks, it must be baked, which consumes energy, takes a long time, and has low work efficiency; Fourth, it is difficult to control the precise temperature of the steam, which affects the quality of socks; fifth, the production volume of socks is unstable, and the utilization rate of the boiler is very low; sixth, after a period of use, the steam pipeline leaks. Seriously, it causes a lot of waste of heat energy

[0008] In addition, after the socks are shaped, the socks need to be collected manually, which is inefficient

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