Mechanical compression driving shaft for tenter setting machine

Abstract

The invention relates to a mechanical compression driving shaft for a tenter setting machine. Based on the transmission structure of a roller (1), a mechanical power assisting device is introduced. Based on rotation of the roller (1) and a limiting effect of a designed stop block (2), each L-shaped rod (3) is designed to contact with the stop block (2) to rotate and perform limit during rotation with the roller (1), so that the long edges of the L-shaped rods (3) compress the edge of woven fabric, and two sides of the woven fabric are compressed; by continuous rotation of the roller (1), the woven fabric is supported and guided, conveying force is provided for the woven fabric to the greatest extent, and conveying efficiency of the woven fabric is greatly improved.

Description

technical field [0001] The invention relates to a mechanical pressing drive shaft for a stenter setting machine, belonging to the technical field of stenter setting machines. Background technique [0002] Currently commonly used printing technologies mainly include mechanical printing and manual printing. Mechanical printing is completed by a printing machine at one time, and the printing machine is a single machine. The disadvantages of machine printing are that the printed graphics are relatively rough, the colors are not bright enough, and the sense of hierarchy is poor. Receiving a limit on the number of registers. Manual printing is a concept relative to machine printing. Manual printing uses a complete set of printing equipment. Different from a single printing machine, manual printing has finer graphics, bright colors, and a strong sense of hierarchy, and is not limited by color registration. An important step in the hand-printing process is stenter setting. Stenter ...

AI Technical Summary

Problems solved by technology

An important step in the hand-printing process is stenter setting. Stenter setting is an assembly line operation process. The weaving fabric moves with the assembly line and undergoes a series of processes such as printing and dyeing, steaming, and washing. The cloth passes through each equipment in sequence in an assembly line. The cloth is conveyed in an assembly line based on each roller, but the weight of the cloth itself is relatively light. When the cloth is conveyed through the rollers, the contact friction between each other is low. Therefore, basically the rollers of the prior art mainly play the role of support and guidance for weaving, and the effect of really playing the role of power-assisted conveying is not good.

Images