Automatic feeding, cutting-off and conveying equipment for cloth strips

Abstract

The invention discloses automatic feeding, cutting-off and conveying equipment for cloth strips. The automatic feeding, cutting-off and conveying equipment comprises a rack, wherein a feeding end, a discharging end, a cut-off device, a control box and a display screen are arranged on the rack; a cloth reel is mounted at the feeding end; a feeding and conveying guide roller is arranged between the cloth reel and the cut-off device; a discharging conveyor belt is arranged between the cut-off device and the discharging end; a mounting base is mounted at the feeding end; the cloth reel is erected on the mounting base; the mounting base comprises mounting plates distributed on two sides; the mounting pate on one side is provided with a positioning structure used for locking the end part of a connecting shaft; the cut-off device comprises a compression roller linked with the output end of the feeding and conveying guide roller; the compression roller is connected with a cutting table; a cutter is arranged above the cutting table; and a press plate is arranged above the discharging conveyor belt. The automatic feeding, cutting-off and conveying equipment for the cloth strips can automatically feed, cut off and convey the cloth strips, maintains the evenness of the cloth strips in the conveying process, achieves automatic operation in the whole course and is high in working efficiency.

Description

technical field [0001] The invention belongs to the technical field of garment processing equipment, in particular to automatic feeding and cutting conveying equipment for cloth strips. Background technique [0002] The traditional clothing industry usually uses a tape measure to measure human body size manually. After the measurement, record the size information of the person being measured, such as chest width, shoulder width, waist circumference, abdomen circumference, hip circumference, thigh circumference, calf circumference, and body length , arm length, leg length, etc. Then, according to the measured size, the fabric is manually cut with scissors. During the measurement and cutting process, due to the manual operation control, different garment workers have different measurement hands and the measured data will be different. When cutting the fabric, the same measurer is required to cut it, otherwise there will be certain errors in the cutting and sewing process; mor...

AI Technical Summary

Problems solved by technology

Then, according to the measured size, the fabric is manually cut with scissors. During the measurement and cutting process, due to the manual operation control, different garment workers have different measurement hands and the measured data will be different. When cutting the fabric, the same measurer is required to cut it, otherwise there will be certain errors in the cutting and sewing process; moreover, the manual cutting process cannot guarantee the accuracy and smoothness of the cut fabric after all, and measurement, Cutting and sewing are all manual operations, the workload is too large and the work efficiency is too low

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