SU1751237A1 - Method of tying knot - Google Patents

Abstract

The essence of the invention is; that on the rope they form an open loop, on the first branch of the loop they form a closed loop of the left twist and the top of the open loop is passed from the inside of the loop, on the second branch of the skipped loop they form a closed loop of the right twist and pass from the front side a part of the first closed loop loops and into the formed hole from the front side let in the top of the open loop. The knot may be used in rigging, for example, for carrying vessels. 6 Il.

Description

The invention relates to the field in the range of knots and can be used d / g vascular transport or in rigging.

The known method is viscous amphora site.

The disadvantage of this method is viscosity complexity and the likelihood of errors.

There is also a known method of viscous amphora.

This method is characterized by the possibility of errors associated with tilting the loops of the left and right strands on the ends of the rope.

The purpose of the invention is to simplify the method of viscous.

The goal is achieved by the method of forming an open loop on the rope, forming a closed loop of the left twist on the first1 branch and the top of the open loop passing through the inside loop of the left loop, forming a closed loop of the right twist from the inside and from the front side the part of the branch of the first closed loop is passed and the top of the open loop is passed into the formed hole on the front side.

Figures 1 through 6 show diagrams for the phased establishment of an amorphous knot.

The viscous amorphous knot method is performed as follows. . ; On the rope, an open loop 1 is formed (Fig. 1), on the first branch 2, loops 1 form a closed loop 3 of the left twist (Fig. 2) and the top 6t-CH of the looped loop 1 is passed through from the wrong side (Fig. 3). On the second branch 4 of the missing loop, a closed loop of the right twist (Fig. 4) is formed and the part of the branch of the first closed loop 3 that is nearest to it is passed from the front side and the top of the open loop 1 is passed from the front side into the hole 6 (Fig. 5 ). As a result, an amphora nodule is formed (Fig. 6).

The introduction of such operations as the formation of an open loop and two closed loops on the branches of an open loop into a viscous amphora knot simplifies the method. This reduces visibility and the likelihood of errors. A node can be successfully managed

blind man. A node is formed into a sequence other than the prototype.

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Claims (1)

which expands the technological and operational capabilities of the site viscosity. Claim method A visor of an amphora node, including the formation of an open loop, on each branch of which they form a closed loop of the left and right twists, respectively, passing the apex of the open loop into one of the closed loops, tightening the knot, characterized in that knot, the top of the open loop is passed into the closed loop of the left twist from its inside, and into the closed loop of the right twist from its front side a part of the branch of the closed loop of the left twist is passed and into the hole formed from the front side skip top of an open loop. FIG. five