Precise intelligent fabric, braid and zipper drying and molding treating device

Abstract

The invention discloses a precise intelligent fabric, braid and zipper drying and molding treating device. The drying and molding treating device comprises a cloth guiding unit, a fan, a nozzle, a preheating box, a cooling box, an electromagnetic induction heating tube, an afterheat collecting pipeline, an aid tank, an aid content regulating unit, a tail gas collecting and purifying system, a cloth collecting unit, a central control system, a tensile force sensor, a front servo motor or a variable-frequency control motor, a rear servo motor or a variable-frequency control motor, a driving shaft and the like. The treating device disclosed by the invention is ingenious in structural design, and can be used for precisely controlling tensile force of a fabric, a braid and a zipper during control, and processing and guaranteeing precise control on the shrinkage rate of the fabric, the braid and the zipper, wherein the shrinkage rate can be effectively controlled within a range of 0% to 0.2%. The treating device disclosed by the invention is also used for precisely heating the fabric, the braid and the zipper, is high in heating speed and high in safety, can be used for implementing the precise control by the central control system and recycling afterheat by utilizing an afterheat recycling system, and can save more than 30% of electricity in comparison with that when a traditional heating method is adopted.

Description

technical field [0001] The invention relates to the technical field of dyeing machinery, in particular to the design of a precision intelligent fabric, ribbon and zipper drying and setting treatment machine. Background technique [0002] At present, fabrics, ribbons and zippers of various specifications, such as zippers, ribbons, and edging tapes, need to be dried and shaped according to quality requirements before or after dyeing. In actual production, different material properties, different weaving methods, different dyeing formulas, such as zippers, ribbons, edging tapes, fabrics, ribbons, and zippers require different setting temperatures, shrinkage at different temperatures, aging, The color change rate is different. If the tensile stress and temperature of the fabric, webbing, zipper, etc. are not properly controlled during the drying and setting process, the stress between the webbing will be uneven and the temperature accuracy will not be enough, which will easily l...

AI Technical Summary

Problems solved by technology

In actual production, different material properties, different weaving methods, different dyeing formulas, such as zippers, ribbons, edging tapes, fabrics, ribbons, and zippers require different setting temperatures, shrinkage at different temperatures, aging, The color change rate is different. If the tensile stress and temperature of the fabric, webbing, zipper, etc. are not properly controlled during the drying and setting process, the stress between the webbing will be uneven and the temperature accuracy will not be enough, which will easily lead to uneven shrinkage and aging of the webbing. , discoloration and other quality problems have seriously affected the quality of fabric, ribbon and zipper production

[0003] Therefore, it is necessary to develop a new type of intelligent Drying processor, so that the tensile stress and temperature of the webbing during the drying and shaping process can be reasonably controlled to ensure the quality of the webbing and improve the efficiency and economic benefits of the treatment process

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