Constant temperature ironing and fixed length cutting control system

Abstract

The invention discloses a constant-temperature ironing and fixed length clipping control system comprising a single-chip microcomputer module circuit, a liquid crystal display module circuit, an indicator light module circuit, a constant-temperature ironing control module circuit, a key module circuit and a fixed length clipping module circuit. A power supply is connected to the single-chip microcomputer module circuit; the single-chip microcomputer module circuit is connected with the remaining circuits. The constant-temperature ironing and fixed length clipping control system allows fixed length clipping, constant-temperature ironing of fabrics is achieved through electrical heating, fixed length clipping and constant-temperature ironing are integrated and performed at once, efficiency of textile equipment and automation level thereof are effectively increased, the requirement on fixed length clipping and constant-temperature ironing of fabrics is met, reliability is high, and application value is great.

Description

technical field [0001] The invention relates to a control system for fabric processing, in particular to a constant temperature ironing and fixed-length cutting control system. Background technique [0002] At present, most of the ironing textile equipment used for weaving scarves, carpets, prayer rugs and other textiles in the market adopts electric heating, and the temperature control adopts simple control with setting upper and lower limits. The heating system is essentially a large inertia system. Under this control mode, the temperature will fluctuate repeatedly within a fixed range, and constant temperature control cannot be realized. When the actual temperature fluctuation range is too large, the quality of the fabric is directly affected, especially for chemical fiber fabrics. When the temperature is too low, the ironing process of chemical fiber fabrics cannot be guaranteed; when the temperature is too high, the shrinkage and deformation of chemical fiber fabrics ar...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the ironing textile equipment used for weaving scarves, carpets, prayer rugs and other textiles in the market adopts electric heating, and the temperature control adopts simple control with setting upper and lower limits. The heating system is essentially a large inertia system. Under this control mode, the temperature will fluctuate repeatedly within a fixed range, and constant temperature control cannot be achieved.

When the actual temperature fluctuation range is too large, the quality of the fabric is directly affected, especially for chemical fiber fabrics. When the temperature is too low, the ironing process of chemical fiber fabrics cannot be guaranteed; when the temperature is too high, the shrinkage and deformation of chemical fiber fabrics are very large. Large, poor fabric quality

[0003] In addition, most of the ironing textile equipment currently on the market do not have the function of fixed-length cutting, so most textile enterprises use manual cutting after the fabric is ironed, which is time-consuming and labor-intensive, and the efficiency is low; if the enterprise adds a special fixed-length Long cutting equipment, the cost of the enterprise will rise sharply, and many small and medium-sized enterprises may not be able to afford it

[0004] Therefore, after the weaving of textiles such as scarves, carpets, and prayer rugs, ironing and cutting must be carried out. Most conventional ironing equipment adopts a temperature control method with upper and lower limits. This control method has a large temperature fluctuation range. For chemical fibers The influence of the fabric is greater, resulting in different quality of the fabric

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