Double sets of multi-lock knots and knotting methods

Abstract

The invention relates to a clove hitch multi-locking knot and a knotting method and belongs to the technical method of knots. According to the scheme, an interlocking locking penetrating-winding method is adopted for knotting two twin clove hitch multi-locking knots in central symmetry, the twin clove hitch multi-locking knots are tensioned and connected in an interlocked mode through adjustment, and stable connection of rope rings is achieved. The knotting method includes the detailed steps that the ends of two ropes are overlapped in parallel, then depending on mutual rope sections being closed rings, a penetrating-winding basis of the knot is knotted, first, according to the sequence shown in the picture 1, the twin ropes are pressed and wound, one-circle returning is carried out to penetrate out of the space between the two ropes, the rope is wound and pressed, then along the twin rope line, penetrating through two crossed rope rings for downing is carried out, reverse winding is carried out to rotate by 180 degrees to press the tail section of the first rope ring, emerging toward the other intersected lateral side is carried out from the space below the primary winding section of the rope ring and the space below the tail section of the second rope ring, and the right clove hitch multi-locking knot is formed through mutual adjusting and tensioning; in the same method, the other tight twin clove hitch multi-locking knot is knotted in central symmetry, the rope rings on the outer sides of the two clove hitch multi-locking knots are tensioned, repeated adjustment is carried, the starting ends of the two clove hitch multi-locking knots abut against each other and extrude each other to be a locking basis, and tight locking connection is achieved.

Description

technical field [0001] The invention relates to a double-set multi-lock knot and a knotting method, and belongs to the technical field of knots. [0002] technical background [0003] Ropes are one of the earliest tools that human beings contacted and used. For thousands of years, people have invented many knotting techniques in the process of using ropes to serve human beings; With the continuous advancement of technology, modern mechanical technology requires and uses a large number of new metal ropes: high-voltage cables, iron wires, steel cables, etc., which have ultra-high strength, ultra-large elasticity and yield coefficient, etc. Traditional flexible knots are very important for As far as they are concerned, they cannot be directly applied, because their hardness and elasticity far exceed the driving ability of artificial hands. Therefore, since the birth of metal ropes, people have not even thought of applying knot technology to these industrial ropes. Tool. [000...

AI Technical Summary

Problems solved by technology

[0003] Ropes are one of the earliest tools that human beings contacted and used. For thousands of years, people have invented many knotting techniques in the process of using ropes to serve human beings; With the continuous advancement of technology, modern mechanical technology requires and uses a large number of new metal ropes: high-voltage cables, iron wires, steel cables, etc., which have ultra-high strength, ultra-large elasticity and yield coefficient, etc. Traditional flexible knots are very important for As far as they are concerned, they cannot be directly applied, because their hardness and elasticity far exceed the driving ability of artificial hands. Therefore, since the birth of metal ropes, people have not even thought of applying knot technology to these industrial ropes. Tool

[0004] In recent years, with the technological advancement of industrial machines, people began to use industrial machines for processing according to the characteristics of these new ropes, and began to use less-used knot technology to serve industrial production, such as field high-voltage cable connections, iron wire Steel rope binding adopts knotting techniques such as flat knot and joint knot, but compared with the thicker and stronger modern industrial ropes used in more industries, such as tourist trams, large-scale open-pit mining, large-scale field Bridge construction, etc., has basically not used the knot technology at present.

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