Winding drum with cable guide grooves

Abstract

The invention discloses a winding drum with cable guide grooves. The winding drum mainly comprises an H-shaped shaft and threaded tracks. The threaded tracks which are neatly arrayed are arranged on the surface of the H-shaped shaft and are of groove-shaped structures, the widths of grooves are matched with the diameters of cables, and the depths of the grooves are matched with the radiuses of the cables. The winding drum with the cable guide grooves has the advantages that the threaded tracks can be in modes for assisting in preventing rearrangement and mistaken arrangement of the cables, and accordingly conditions such as cable compression, disorder and squeezing can be prevented by the threaded winding drum under double protection effects of inspection mechanisms and the threaded tracks; the winding drum is simple in structure, reasonable in design and suitable to be widely applied to industries with requirements on winding displacement equipment.

Description

technical field [0001] The invention belongs to the technical field of cable arranging equipment, and more specifically relates to a rope guiding groove reel. Background technique [0002] The rope puller is mainly used in construction fields such as lifting, construction, and transportation. Due to the limitation of installation space and environmental conditions, the cable outlet angle is too large, so that the ropes are not aligned, and it is easy to cause the cable to press the rope, mess the rope, squeeze each other, etc., resulting in shortened service life of the cable, and there is a safety hazard. Hidden danger. [0003] In the existing rope arrangement device, an integrated rope arrangement sleeve is usually used on the shaft body. In actual operation, when the reel is too long, the cable will run along the reel because the deflection angle of the cable relative to the axis of the reel is too large. If the component force in the axial direction is too large, the ...

AI Technical Summary

Problems solved by technology

Due to the limitation of installation space and environmental conditions, the cable outlet angle is too large, so that the ropes are not aligned, and it is easy to cause the cable to press the rope, mess the rope, squeeze each other, etc., resulting in shortened service life of the cable, and there is a safety hazard. Hidden danger

[0003] In the existing rope arrangement device, an integrated rope arrangement sleeve is usually used on the shaft body. In actual operation, when the reel is too long, the cable will run along the reel because the deflection angle of the cable relative to the axis of the reel is too large. If the component force in the axial direction is too large, the second layer of cables will easily come out of the rope groove formed by the winding of the first layer of cables, resulting in disordered arrangement of the second layer of cables, which will easily cause abnormal extrusion and wear of the cables for a long time, and affect the life of the cables. There is a big safety hazard; moreover, the integrated rope sleeve cannot be flexibly adjusted according to the demand, so there are problems such as single application range and high equipment manufacturing cost

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