Wire Rope Knotting Machine

Abstract

The invention relates to a steel wire rope knotting splicer and belongs to the technical field of machines. According to the scheme, a prefabricated semi-finished spiral ring is placed on a steel wire rope knotting machine; steel wire rope bodies at the two ends are clamped by upper and lower rope clamping rollers, the end of a proper length of the spiral ring is set aside, and the steel wire rope bodies are held, clamped and properly dragged through the lower and upper clamping rollers, left and right variable-position rope hanging columns and left and right traction roller sets in sequence, so that the portions, between the two sets of traction rollers, of the steel wire rope bodies are kept to have proper tension; steel wire rope heads at the two free ends of the spiral ring are made to point to the middle, steel wire rope rings are swung, and the steel wire rope bodies on the two sides are rotated into the steel wire rope rings from the outside; the two steel wire rope rings are connected towards the middle in an abutting mode, the steel wire rope heads penetrate through the corresponding steel wire rope rings, and steel wire rope head clamps clamp the roots of the two steel wire rope heads; then the steel wire rope rings are shrunk and coiled tightly through special tools, the two steel wire rope rings are clamped and not loosened, the steel wire rope head clamps, the upper and lower clamping rollers and the rope hanging columns are loosened and retracted, the steel wire rope bodies and the steel wire rope heads are dragged respectively, and therefore a knotting splicing task is completed.

Description

technical field [0001] The invention relates to the technical field of machinery, in particular to a wire rope knotting and jointing machine. technical background [0002] Patent Publication No. CN104555661A Safe, high-efficiency, energy-saving elevator and manufacturing method, in the manufacturing implementation, involves the use of chain ropes as power transmission components, and steel rope rings are the basic material components to be selected. [0003] The chain rope is the core component of the above-mentioned new high-performance elevator. The chain rope transmission has ultra-long distance, large load capacity, precise and non-slippery, and no polygon effect transmission mode. It is the fourth type after gears, chains and toothed belts. Precise transmission mode, high-quality steel rope ring is the key to the core component of the chain rope, that is, the chain rope based on the steel rope ring is the core technical component of the above-mentioned high-performance ...

AI Technical Summary

Problems solved by technology

[0004] The patent application number 2015103333824 steel wire rope spiral knot joint method provides a new type of steel wire rope knot joint method, which is divided into three processes and a total of 15 knotting steps. The steel wire rope spiral knot joint has more advantages than the traditional lock joint. Advantages, such as: high joint strength, small strength dispersion coefficient, no need for locking parts, the steel rope ring produced by this method can provide an ideal raw material basis for the chain rope transmission parts used in the above-mentioned new elevators, however , the steel wire rope is different from the traditional soft rope, it is a steel rope, although the bearing capacity is large, but the elasticity of the steel wire rope is also large, the rigidity and the diameter of the rope are also large, the knot technical joint of the steel wire rope, in addition to the steel rope head In addition to curing pretreatment, it is easier to use a modified spring coiling machine for spiral coil preprocessing. In the current market, there is no mechanical equipment that is more suitable and ideal for wire rope knotted joints to produce spiral knotted joints.

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