This device (rope) refers to the design and operation of sports and entertainment complexes (rope parks) and is intended for use as trolls on downhill rides, namely, using the rope as a rope-trolley - an inclined working system along which the participant rolls under the action of gravity. The technical task of the claimed utility model is the manufacture of steel trolley cables with improved performance characteristics, namely, an increase in strength n and maintaining the diameter of the rope (for long-distance rides), obtaining the smoothest surface to minimize the runout of the carriage rollers when the passenger goes down the trolley, sufficient flexibility to attach the rope to the anchor knot when all the technical requirements affecting its reliability are met. containing a central steel wire with a diameter D, the first winding of six steel wires with a diameter D, the second winding of fifteen steel wires with a diameter D and the third winding of fifteen tal wires with diameter D, with the first winding performed in a separate operation with the multiplicity of the stride pitch equal to the multiplicity of the rope stride; a point touch between the first and second layers, the ratio of the wire diameters is D: D: D: D = (1.38-1.43) :( 1.31-1.36): 1: (1.34-1.39 ), and the ratio of the diameters of the inner part of the rope and the rope is 1: (2.03-2.08), while the outer surfaces of the wires are one third its layers are laid with gaps of 3-3.5% of the nominal diameter of the wire and are plastically deformed with a degree of compression of the cross-sectional area of the rope 14-16% and simultaneous twisting of the rope with an increase in the contact area between the wires of the second and third layers. 1 il.
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