Full-automatic cutting platform used for home textile fabric

Abstract

The invention discloses a full-automatic cutting platform used for home textile fabric. The full-automatic cutting platform comprises a vertical platform, on which two outer guide rails and two inner guide rails are vertically arranged. A pressing plate is slidably arranged between the two inner guide rails in a transverse direction and provided with a cutting hole. One end of the pressing plate is provided with a pair of electric clippers. A rolling shaft is slidably connected between the two outer guide rails and provided with a roll for accommodating home textile fabric. The front side surface at two ends of the pressing plate is provided with a first positioning column. Two end portions of the rolling shaft are provided with positioning holes. Multiple locking mechanisms are arranged on the two inner guide rails. Two sides at the upper end of the vertical platform are provided with double-cylinder synchronous-positioning mechanisms. The full-automatic cutting platform used for home textile fabric has following advantages: by means of the vertical cutting platform, home textile fabric can be well and conveniently flattened; automated cutting is achieved so that precise cutting accuracy is ultimately realized; the double-cylinder synchronous-positioning mechanisms are utilized for automatically, precisely and stably positioning the rolling shaft; and cutting efficiency is increased and labor intensity of workers is decreased.

Description

technical field [0001] The invention relates to a fully automatic cutting platform for home textile fabrics. Background technique [0002] Before home textile fabrics are made into home textiles, batches of fabrics need to be cut in various sizes, and then the corners are finished after cutting. The existing cutting platforms mainly use manual processing on a horizontal platform. For cutting, the fabric needs to be paved and spread evenly at each cutting step, which undoubtedly increases the labor intensity of workers, and manual paving wastes time, which greatly prolongs the working time of the first cutting of home textile fabrics and reduces the The overall home textile production efficiency is improved, and even if the manual paving operation is used manually, it is inevitable that the cutting surface will not be cut in place during the cutting process, the length of the lines will be different, and the lines will be chaotic. Occasionally there will be cutting resistance...

AI Technical Summary

Problems solved by technology

[0003] In view of the above existing problems, the present invention aims to provide a fully automatic cutting platform for home textile fabrics. The technical problem solved by the cutting platform is the problem that the horizontal cutting platform cannot better realize the automatic flattening of the fabric, and through the vertical cutting platform of the present invention The cutting platform can better and more conveniently realize the flattening of home textile fabrics, and realize automatic cutting, and finally achieve more precise cutting accuracy. The double-cylinder synchronous positioning mechanism can automatically, accurately and stably position the reel, and can Improve cutting efficiency and reduce labor intensity of workers

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