Anti-wrinkle rapid cloth paving device

Abstract

The invention discloses an anti-wrinkle rapid cloth paving device. The device comprises a sliding frame, a cloth pulling and discharging mechanism, a cloth flattening mechanism and a positioning and tensioning mechanism; the cloth pulling and discharging mechanism and the cloth flattening mechanism are both arranged on the sliding frame; the positioning and tensioning mechanism is fixedly arranged at one end of a platform; the cloth pulling and discharging mechanism comprises a cloth pulling and clamping assembly and a cloth pulling and clamping control mechanism used for controlling the cloth pulling and clamping assembly to be closed for clamping or separated for loosening; the cloth flattening mechanism is arranged behind the cloth pulling and discharging mechanism in the advancing direction of cloth; the cloth flattening mechanism comprises a cloth sliding part; in a cloth pulling state, the front end of the cloth to be pulled out crosses the cloth sliding part and then is clamped on the cloth pulling and clamping assembly; and the positioning and tensioning mechanism comprises a positioning and clamping assembly and a positioning and clamping control mechanism used for controlling the positioning and clamping assembly to be closed or separated. The rapid cloth paving device realizes automatic cloth paving, is favorable for improving the production efficiency, has a good cloth paving effect and effectively prevents wrinkles.

Description

technical field [0001] The invention relates to a garment production equipment, in particular to a wrinkle-resistant fast spreading device. Background technique [0002] In the mass production of clothing, for the cutting process of cloth pieces, it is necessary to flatly stack multiple pieces of cloth together, and then uniformly cut them by a cutting mechanism to form multiple pieces of cloth with uniform sizes and specifications. In the existing production, manual operation is generally used for laying and laminating the cloth; specifically, when laying the cloth manually, two workers are required to pull the cloth from the roll material, pull it to the other end, and align and fix it; Afterwards, the two men used long poles to organize the laid fabrics so that their edges were aligned and laid flat; obviously, this method of spreading fabrics was time-consuming and inefficient, and the laid fabrics were prone to wrinkling and low flatness, which affected subsequent cutti...

AI Technical Summary

Problems solved by technology

In the existing production, manual operation is generally used for laying and laminating the cloth; specifically, when laying the cloth manually, two workers are required to pull the cloth from the roll material, pull it to the other end, and align and fix it; Afterwards, the two used long poles to organize the laid fabrics so that their edges were aligned and laid flat; obviously, this method of spreading fabrics was time-consuming and inefficient, and the laid fabrics were prone to wrinkling and low flatness, which affected subsequent cutting. Cutting precision

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