Application of wire guide device in elasticizers, and efficient and energy-saving elasticizer

Abstract

The invention provides an application of a wire guide device in elasticizers; the wire guide device takes the place of a third roller of an original elasticizer and is arranged between a second roller and a winding mechanism; the second roller is positioned above the wire guide device; and a network nozzle is arranged between an intermediate roller and the wire guide device. The invention further discloses an efficient and energy-saving elasticizer. The efficient and energy-saving elasticizer comprises a precursor wire rack, a wire feeding roller, a deformation heat box, a cooling panel, a false twisting device, a second roller, a wire guide device, an upper oil roller and a reeling and forming mechanism which are arranged sequentially, wherein the second roller is positioned above the wire guide device, and a network nozzle is arranged between an intermediate roller and the wire guide device. The invention has the benefits that the wire guide device takes the place of the original third roller, a transmission shaft for driving is omitted, and energy consumption of the elasticizer can be reduced; and meanwhile, due to the adoption of the wire guide device, the integral structure of the elasticizer is simpler, and the elasticizing efficiency is greatly improved.

Description

technical field [0001] The invention relates to a chemical fiber texturing machine in the field of textiles, in particular to an application of a yarn guide in the texturing machine and an efficient and energy-saving texturing machine. Background technique [0002] At present, the chemical fiber texturing machine generally consists of the following components: [0003] 1. Feed Silkola [0004] The role of the feeding roller is to realize the transmission of the filaments. There are two ways to make up the wire feeding device. Namely 1): feeding silk roller and top roller type; 2) feeding silk roller and apron type. Among them, the feeding roller is the driving shaft, and the surface is chrome-plated and polished; the apron (or top roller) is pressed on the feeding roller by the pressure of the spring, which is a driven type. [0005] 2. Traverse wire mover before feeding the wire roller [0006] Its function is to avoid the intensive abrasion of the roller by the thread...

AI Technical Summary

Problems solved by technology

[0020] The temperature of the second hot box increases, and the crimp rate (elasticity) of the finished fiber decreases

[0026] Each roller in the above mechanism needs to be driven by the roller transmission shaft to rotate the top roller. The top roller is pressed on the roller transmission shaft by the pressure of the spring. The service life of each roller must be equipped with a traverse wire transfer device. This structure requires three rollers, and its transmission energy consumption and roller consumption are relatively large.

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