Full-automatic material winding and drying machine and working method thereof

Abstract

The invention relates to a full-automatic material winding and drying machine and a working method thereof. The full-automatic material winding and drying machine comprises a material supplying device, a drying device and a winding device; the material supplying device comprises a material supplying machine frame, and a vacuum air suction panel and a driving material supplying roller which are arranged on the material supplying machine frame; the drying device comprises a box body, a plurality of hollow square-shaped feeding winding components which are distributed from big to small, a plurality of hollow square-shaped discharging winding components which are distributed from big to small, and a plurality of reversing guide rollers, wherein the discharged material winding components and the reversing guide rollers are arranged in the box body; and the winding device is arranged out of the box body and comprises a material receiving machine frame, and a dust removal component, an opposite side correcting component, a material receiving driving roller, a film laminating shaft and a winding shaft which are arranged in the material receiving machine frame. According to the full-automatic material winding and drying machine, the feeding winding components and the discharging winding components are arranged at intervals ingeniously, so that a finished material is not limited to the space of the drying device; moreover, the finished product is convenient to detach; the efficiency is high; and the quality of the finished product is high.

Description

technical field [0001] The invention relates to a roll-to-roll dryer, in particular to an automatic coil dryer and a working method thereof. Background technique [0002] In the prior art, for the roll-to-roll printing of various transparent and opaque PET, OPP, aluminum foil, thermal transfer paper, and special label flexible electronic materials, in order to facilitate drying and save space, the back type is generally used However, the drying and winding devices on the market are all rewinding in the center of the back character, such as a roll-to-roll oven machine with the patent number CN201910011536.6 and a roll-to-roll oven machine with the patent number CN201820410086.9 The winding mechanism of this kind of screen printing drying equipment is the final winding in the center of the back character. This type of drying and winding mechanism has three major disadvantages. First, the winding diameter of the finished material is very limited. The maximum can not exceed the...

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Problems solved by technology

[0002] In the prior art, for the roll-to-roll printing of various transparent and opaque PET, OPP, aluminum foil, thermal transfer paper, and special label flexible electronic materials, in order to facilitate drying and save space, the back type is generally used However, the drying and winding devices on the market are all rewinding in the center of the back character, such as a roll-to-roll oven machine with the patent number CN201910011536.6 and a roll-to-roll oven machine with the patent number CN201820410086.9 The winding mechanism of this kind of screen printing drying equipment is the final winding in the center of the back character. This type of drying and winding mechanism has three major disadvantages. First, the winding diameter of the finished material is very limited. The maximum can not exceed the width of the smallest back shape; second, it is very inconvenient to disassemble, because the coiled finished product is in the box, and because the oven is placed on the back of the box, the baking material is heated by heat transfer, so in addition to part of the heat exchange Outside the ventilation holes, the boards of the box body are covered, so every disassembly needs to open the box body, take out the finished materials and then transport them to the next process; third, limited by the space in the center of the back letter, It is not possible to add dust removal, deviation correction, film coating and other mechanisms at the same time when winding the material. If such a process is required, it is necessary to unwind the wound material before performing dust removal, deviation correction, and film coating. The work efficiency is very low.

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