A continuous guiding mechanism for chemical fiber bobbins

Abstract

The invention discloses a continuous guiding mechanism for chemical fiber bobbins, which belongs to the field of textile processing machinery and equipment. The feeding fixing bracket of the invention is fixed horizontally on the lower side of the bobbin yarn guide bracket, a translation connecting rod is arranged between the translational reciprocating rack and the pushing rotating disk, and the reciprocating rotation cam is arranged on the upper side of the feeding reciprocating shaft. The middle part of the reciprocating rotating rod is hinged on the upper side of the rotating rod support. The bobbin guiding and feeding tube is fixedly installed on the bobbin material guide bracket on the upper side of the reciprocating rotating rod. The guide plate on the lower side lifts the sleeve, the pusher wedge is fixed horizontally on the package yarn guide bracket on one side of the package yarn guide feeding tube, the output end of the material transfer cylinder is fixed vertically with a material transfer bracket, and the package yarn placing frame is fixed horizontally Set on the lifting guide plate. The invention has a reasonable structural design, can efficiently and stably push and transfer the chemical fiber bobbins one by one, has a high degree of automation, and meets the needs of production and use.

Description

technical field [0001] The invention belongs to the field of textile processing machinery and equipment, in particular to a continuous guiding mechanism for chemical fiber bobbins. Background technique [0002] Chemical fibers refer to fibers made of natural or synthetic polymer materials. According to different sources of raw materials, they can be divided into man-made fibers made of natural polymer materials and synthetic fibers made of synthetic polymer materials. , Chemical fiber processing refers to a series of post-treatment processes including washing, stretching, heat setting, crimping and wet forming silk refining on the formed fibers of chemical fibers to make them suitable for textile processing and use. Chemical fiber is the basic raw material for weaving textile fabrics. During the production and processing of textile fabrics, chemical fiber filaments need to be conveyed and processed according to the needs of fabric weaving. Existing chemical fibers are mainly...

AI Technical Summary

Problems solved by technology

Chemical fiber is the basic raw material for weaving textile fabrics. During the production and processing of textile fabrics, chemical fiber filaments need to be conveyed and processed according to the needs of fabric weaving. Existing chemical fibers are mainly stored in chemical fiber bobbins with certain structural specifications. Therefore, in In the actual production and processing process, it is necessary to feed the chemical fiber bobbins one by one to the required chemical fiber bobbin unwinding station, so that the chemical fiber filaments wound on the chemical fiber bobbins can be conveyed conveniently and efficiently. During the processing, it is necessary to manually place the chemical fiber bobbins to the required stations one by one. The automation of chemical fiber bobbin loading is low, and the work intensity of the workers is high. It is difficult to place the chemical fiber bobbins smoothly and accurately one by one quickly and efficiently. To the desired position, and for modern large-scale fabric textile production, manual operation is difficult to meet the needs of large-scale fabric weaving. The existing chemical fiber bobbin feeding mainly uses manipulators to grab the chemical fiber bobbin and transfer it as needed Place it at the required yarn laying station. Since the chemical fiber bobbin has an overall circular structure, it is difficult for the manipulator to grab and load the chemical fiber bobbin smoothly and accurately. Often during the grabbing process of the chemical fiber bobbin, the chemical fiber bobbin The yarn is difficult to be grasped and fixed smoothly and firmly, which leads to the fall of the chemical fiber package, which affects the normal and orderly transfer and loading of the chemical fiber package, and because the chemical fiber package needs to be picked up and transferred simultaneously during the chemical fiber package loading process, As a result, the manipulator requires multiple driving mechanisms to drive continuously and independently. The existing manipulator drives consume high energy consumption, and multi-drive mechanisms are also prone to failures, making it difficult to operate stably for a long period of time, reducing the cost of continuous transfer and loading of chemical fiber bobbins. Efficiency and quality, it is difficult to realize the smooth transfer and loading of chemical fiber bobbins one by one, and it is difficult to accurately and stably transfer and place the chemical fiber bobbins to the desired position. The automation of chemical fiber bobbin feeding is low, which cannot meet the needs of production and use.

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