Rope belt and production method thereof

Abstract

The invention relates to a rope belt. The rope belt comprises outer skin fiber layers, an inner core layer and high-molecular polymer layers, wherein the high-molecular polymer layers are wrapped outside the inner core layer at an interval or in a continuous sticking manner, and the outer skin fiber layers are wrapped outside the inner core layer or the high-molecular polymer layers in the lengthdirection and matched with the wrapped layer in shape. The inner core layer is continuous and uninterrupted and guides weaving of the outer skin fiber layers, continuous weaving and coating of the outer skin fiber layers are guaranteed, and automation is easy to realize; shape support is provided for weaving deformation of the outer skin fiber layers in the presence of the high-molecular polymer layers, and deformation weaving difficulty is reduced, so that the shape which cannot be obtained by weaving with an existing weaving process is realized; the inner core layer is embedded in the high-molecular polymer layers, therefore, bonding firmness between the inner core layer and the high-molecular polymer layers is guaranteed, and pull force borne by the rope belt is substantially increased;with the adoption of a positioning impregnation technology, the rope belt keeps non-deformation after being cut and can be directly used.

Description

technical field [0001] In particular, the present invention relates to a rope and its manufacturing method. Background technique [0002] The structure of rope used in the market has two kinds of structures at present: one is the single-layer structure that is formed by weaving outer sheath fiber layer; The other is two-layer structure that is woven by inner core layer and outer sheath fiber layer. Regardless of whether it is a rope with a single-layer structure or a double-layer structure, under the existing weaving technology, the shape of the rope is monotonous and the function is simple due to the difficulty in deformation of the weaving track. Moreover, the rope cannot be used directly after cutting, it needs to be processed by a post-production process, such as folding and knotting the two ends of the rope or covering the two ends of the rope with plastic, metal and other protective layers. The process is cumbersome, consumes high energy, and it is difficult to realiz...

AI Technical Summary

Problems solved by technology

Regardless of whether it is a rope with a single-layer structure or a double-layer structure, under the existing weaving technology, the shape of the rope is monotonous and the function is simple due to the difficulty in deformation of the weaving track

Moreover, the rope cannot be used directly after cutting, it needs to be processed by a post-production process, such as folding and knotting the two ends of the rope or covering the two ends of the rope with plastic, metal and other protective layers. The process is cumbersome, consumes high energy, and it is difficult to realize automatic production. At the same time, due to the different material properties of the outer skin fiber layer and the plastic, metal and other protective layers and the shallow burial depth of the protective layer, the bonding force between the outer skin fiber layer and the protective layer is limited. The pulling force is not strong enough, there is a risk of falling off

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