Clothes tailoring robot with flattening anti-crease function

Abstract

The invention discloses a clothes tailoring robot with a flattening anti-crease function. The robot comprises a tailoring platform, a lifting frame, a tailoring robot shell body, a tailoring cutter head and a tailoring press roller. The bottom of the tailoring robot shell body is welded to the tailoring platform. A through tailoring limiting hole is formed in the middle of the tailoring platform. The tailoring cutter head is installed over the tailoring limiting hole. A driven wheel is welded to a rotating shaft of the tailoring cutter head and connected with a driving wheel through a transmission belt. Clothes fabric can be conveniently tailored and is prevented from creases or tailoring deviation during tailoring, the tailoring press roller rotates to flatten the clothes fabric, the clothes fabric is tailored through the tailoring cutter head, after tailing ends, the tailoring cutter head is separated from the clothes fabric first, then a spring resets, a buffering rod slides downwards along a through hole in a positioning plate till a stop piece abuts against the positioning plate, finally the tailoring press roller is separated from the clothes fabric, the tailoring cutter head can be conveniently separated from the tailored clothes fabric, and it is avoided that the tailoring cutter head takes up the clothes fabric or the clothes fabric is stuck on the tailoring cutter head and difficult to separate from the tailoring cutter head.

Description

Technical field [0001] The invention relates to the technical field of clothing fabric processing equipment, in particular to a clothing cutting robot capable of flattening and preventing wrinkles. Background technique [0002] In the production process of clothing, the clothing fabric needs to be cut into materials of the required size, and then further sewn into clothing that can be worn. At present, in the production of clothing, the cutting of clothing fabrics is done manually Yes, workers hold scissors and cut along the pre-measured line. First, the cutting efficiency is slow, the labor intensity is high, and it is laborious and laborious. Second, the cutting error or fabric wrinkles are prone to occur during cutting. Finally, In the continuous cutting process, accidents of cutting scissors hurting people easily occur, which is not conducive to the production and use of clothing. Therefore, a robot that can replace manual cutting is needed to meet the cutting needs of appar...

AI Technical Summary

Problems solved by technology

[0002] In the production process of clothing, it is necessary to cut the clothing fabric into the required size of materials, and then further sew and process it into wearable clothing. At present, in the production of clothing, the cutting of clothing fabrics is done manually Yes, the worker holds the scissors and cuts along the pre-measured drawing line. First, the cutting efficiency is slow, the labor intensity is high, and it is laborious. , in the continuous cutting process, it is easy to cause accidents of cutting scissors to injure people, which is not conducive to the production and use of clothing

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