Cloth drawing device without buffering space

Abstract

The invention relates to a cloth drawing device without buffering space. The cloth drawing device comprises a rack, a hanging frame, a remote control unit and a plurality of parallel rolling shafts. Each rolling shaft is used for installing roller-shaped cloth. The rack is provided with a plurality of pairs of installing grooves. Each rolling shaft is installed on the rack in the mode that the two ends of each rolling shaft are contained into the corresponding pair of installing grooves. The hanging frame comprises two extension arms arranged oppositely, two connecting arms arranged oppositely, hanging rods arranged oppositely, an air cylinder with the remote control function, and a pressing part. One end of each extension arm is fixed to the top of the rack, and the other end of each extension arm extends to the outside of the rack and is connected with one end of the corresponding connecting arm. The hanging rods are connected with the two connecting arms. Initial cloth heads of the cloth are hung through the hanging rods. The pressing part presses the initial cloth heads on the hanging rods. The air cylinder is installed between the two connecting arms to drive the pressing part. A driver and a clamping part are arranged in each installing groove. Each pair of drivers is used for driving the corresponding pair of clamping parts to clamp the two ends of the corresponding rolling shaft. The remote control unit is used for controlling the air cylinder and all the drivers to operate synchronously.

Description

technical field [0001] The invention relates to the field of garment manufacturing, in particular to a cloth pulling device without a buffer space. Background technique [0002] Cutting is the most critical process in the garment manufacturing process. The style and size are realized in this process. Once cut, the style and size are basically difficult to change. In the early stage of cutting, the cloth needs to be unfolded and spread out in layers, so that when cutting, it can be cut once but many clothes of the same specification can be formed, thus achieving twice the result with half the effort. In order to improve the working efficiency of spreading cloth and reduce labor intensity, a spreading machine is designed. However, in the existing stretching machine, a large pulling force is needed to pull the material out during the comparison of the cloth at the beginning. When the stretching is stopped, the cloth will continue to flow out due to the momentum brought by the ...

AI Technical Summary

Problems solved by technology

[0004] The second solution is that the hanger has a certain pulling force on the fabric on the booth. If the fabric on the booth is not pressed down, the fabric on the top layer of the booth will often face toward the The direction of the hanger is partially retracted, which affects the spreading effect

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