Accommodating device and method for accommodating sheet materials

Abstract

The invention relates to an easing device and an easing method for sheet-type materials. The easing device comprises a supporting mechanism and a pressing mechanism. The supporting mechanism comprises a plurality of parallel supporting strips. An easing cavity is formed between every two adjacent supporting strips. The pressing mechanism comprises a plurality of pressing strips parallel to the supporting strips and a first driving device for driving the multiple pressing strips to vertically move. The multiple pressing strips and the multiple supporting strips are vertically staggered. When the pressing strips are driven by the first driving device to move, the pressing strips can move into the easing cavities. According to the easing device and the easing method, before easing is carried out, the sheet-type materials are laid on the supporting strips; when easing is carried out, the pressing strips are driven by the first driving device to downwards move into the easing cavities, parts of the sheet-type materials are pressed into the easing cavities, the size of the sheet-type materials in the length direction is reduced accordingly, the size of the sheet-type materials in the width direction is increased accordingly, and easing of the sheet-type materials is achieved; the sheet-type materials are eased through the easing device, the product quality can be guaranteed, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to the technical field of accommodating, in particular to an accommodating device and a method for accommodating sheet materials. Background technique [0002] In the manufacturing process of the textile, printing and paper industry, it is often necessary to accommodate sheet materials. The current positioning technology is mainly based on manual operation, especially in the textile industry. Taking the collar as an example, in order to make the collar bend into a final product that is flat and beautiful, the outer piece is required to be longer than the inner piece, and the outer piece should be longer than the inner piece. The edges of the cutting pieces and the inner cutting pieces must be aligned, so during the sewing process, the outer cutting pieces need to be accommodated. The operator must step on the sewing machine while holding the outer cutting pieces together by hand so that the outer cutting pieces The size of the pi...

AI Technical Summary

Problems solved by technology

The current positioning technology is mainly based on manual operation, especially in the textile industry. Taking the collar as an example, in order to make the collar bend into a final product that is flat and beautiful, the outer piece is required to be longer than the inner piece, and the outer piece should be longer than the inner piece. The edges of the cutting pieces and the inner cutting pieces must be aligned, so during the sewing process, the outer cutting pieces need to be accommodated. The operator must step on the sewing machine while holding the outer cutting pieces together by hand so that the outer cutting pieces The size of the piece is shortened to align with the inner piece, so the operator needs to have high technical requirements and long-term experience in positioning, and the operation is cumbersome and complicated. The quality of the product cannot be guaranteed by manual operation, and the production efficiency is low.

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