A feeding device for chemical fiber texturing system

Abstract

The invention discloses a transfer device for a chemical fiber elasticizing system, and belongs to the field of textile processing mechanical equipment. A chemical fiber guide mechanism is verticallyarranged on a chemical fiber transfer support on one side of a supporting, rolling and transfer mechanism; an output end of a pushing and rolling cylinder is fixedly connected with one side of a translation guide plate; an unrolling and supporting plate is horizontally arranged on the upper side of the translation guide plate, and a guide support is vertically and fixedly arranged on the chemicalfiber transfer support on one side of the supporting and transfer mechanism; a fixed unrolling rotary roller is horizontally and rotatably connected to one side of the lower portion of the guide support; a steel rope rotary roller is horizontally and rotatably connected to a steel rope winding and unwinding support, and an output end of a rope pulling motor is in transmission connection with the steel rope rotary roller through a rope pulling belt; a lifting adjusting steel rope is wound on the steel rope rotary roller; and an end of the lifting adjusting steel rope is connected with a steel rope fixing rod. The transfer device for the chemical fiber elasticizing system is reasonable in structural design, capable of stably and accurately conveying and guiding a plurality of strands of chemical fibers in sequence and high in chemical fiber conveying automation degree, and meets practical production requirements.

Description

technical field [0001] The invention belongs to the field of textile processing machinery and equipment, in particular to a material delivery device for a chemical fiber texturizing system, which is mainly used in the field of chemical fiber texturizing processing. Background technique [0002] Chemical fiber texturing means that the polyester filament or polypropylene filament will be bent to a certain extent through false twisting, and the false twist will be opened to elongate after being subjected to external force, and the false twist will be restored after removing the external force, so that the chemical fiber filament has a certain resilience. Realizing that the chemical fiber filament has stable physical properties, so that the chemical fiber filament processed by texturing is a stretch-textured filament that can be directly used for weaving. In order to be able to produce finished yarn with good performance in the existing production process, it is very important t...

AI Technical Summary

Problems solved by technology

In order to be able to produce finished yarn with good performance in the existing production process, it is very important to formulate the whole texturing process of chemical fiber filament. The main process parameters affecting the performance of finished yarn are deformation temperature, false twist tension, degree of false twist, heating and Cooling time, in the actual production and processing process, because the structure of the texturing equipment has been fixed, the length of the heater and the cooling plate can no longer be adjusted, so that the actual adjustable process parameters include processing speed, deformation temperature, stretching ratio and speed. Relatively, false twist tension becomes a secondary process condition affected by process conditions, which has a great influence on the stability of the entire false twist process and the properties of finished silk

During the texturing process of chemical fiber filaments, it is necessary to transmit the chemical fiber filaments on multiple chemical fiber filament rolls sequentially, and the multi-strand chemical fiber filaments cannot interfere with each other during the transmission process. The existing chemical fiber filaments are in the During the transmission process, it is difficult to realize the accurate and orderly transmission of the multi-strand chemical fiber filaments that are synchronously transmitted. In order to realize the accurate and orderly transmission of multiple strands of chemical fiber filaments in the process of unwinding and conveying the existing chemical fiber reels, the unwinding stations of multiple chemical fiber reels need to have certain The height difference of the existing chemical fiber rolls needs to be manually placed one by one to the required unwinding station during the unwinding process of the existing chemical fiber rolls. Due to the considerable quality and volume of the chemical fiber rolls, the chemical fiber rolls The position of the required unwinding station is relatively high, so it is difficult for workers to efficiently and conveniently place the chemical fiber rolls to the unwinding station one by one. Meet the needs of production use

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