Efficient film-wrapping device for glass fiber yarn rolls

Abstract

The invention provides an efficient film-wrapping device for glass fiber yarn rolls. The efficient film-wrapping device comprises a fixed rack, a charging conveying mechanism, a film wrapping mechanism and a discharging conveying mechanism, wherein the charging conveying mechanism, the film wrapping mechanism and the discharging conveying mechanism are mounted under the fixed frame; the film wrapping mechanism is arranged between the charging conveying mechanism and the discharging conveying mechanism; lifting platforms are separately arranged on the charging conveying mechanism, the film wrapping mechanism and the discharging conveying mechanism so as to realize the phenomenon that simultaneous descending of the charging conveying mechanism and the discharging conveying mechanism can be achieved when the film wrapping mechanism is lifted and film wrapping is performed; and the transportation of the charging conveying mechanism needs the film-wrapped glass fiber yarn rolls, and the discharging conveying mechanism transports the glass fiber yarn rolls which are already subjected to film wrapping completely to the outside of the device, so that the time overlapping of charging, discharging and film wrapping operations can be realized, the working beats are effectively quickened, and the whole film wrapping effect is more efficient.

Description

technical field [0001] The invention relates to the technical field of film wrapping of glass fiber yarns, in particular to a high-efficiency film wrapping device of glass fiber yarns. Background technique [0002] Glass fiber yarn cluster, that is, glass fiber yarn cluster, is wound from a tow composed of many single fibers with a diameter of <24um drawn from molten glass. Since the essence of glass fiber yarn is still glass, it is very easy to cause mutual friction and collision during packaging and transportation, which will affect product quality and use. Therefore, it is necessary to wrap a layer of glass fiber yarn on the outside of the finished glass fiber yarn. In the current glass fiber industry, manual auxiliary tooling is usually used to wrap the film. When wrapping the film, the worker hugs the glass fiber yarn to the auxiliary tooling, and then pulls out the protective film to a certain length and sticks it on the glass fiber. On the outer surface of the yar...

AI Technical Summary

Problems solved by technology

Since the essence of glass fiber yarn is still glass, it is very easy to cause mutual friction and collision during packaging and transportation, which will affect product quality and use. Therefore, it is necessary to wrap a layer of glass fiber yarn on the outside of the finished glass fiber yarn. In the current glass fiber industry, manual auxiliary tooling is usually used to wrap the film. When wrapping the film, the worker hugs the glass fiber yarn to the auxiliary tooling, and then pulls out the protective film to a certain length and sticks it on the glass fiber. On the outer surface of the yarn ball, manually rotate the protective film and the yarn ball to make the protective film wrap around the yarn ball to the required number of turns, cut off the protective film with a blade, and then move the yarn ball to the next station. The whole film wrapping process Among them, the handling of glass fiber yarn balls, film feeding, winding, film cutting, and semi-finished product handling are all manually operated. The weight of glass fiber yarn balls is relatively large, and the work intensity of operators is high and the efficiency is low. At the same time, different operators are skilled. Due to factors such as different degrees and different working conditions, the products produced are quite different and have poor consistency. Therefore, a new device is urgently needed to solve the above problems

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