High-efficiency cable winding device for power cable

Abstract

The invention discloses a high-efficiency cable winding device for a power cable. The high-efficiency cable winding device comprises a trolley body, a cleaning mechanism and a winding mechanism; a cleaning device is arranged at the left side of the trolley body; the cleaning device comprises a cleaning cone; brush bristles are uniformly distributed at the inner surface of the cleaning cone; the winding mechanism is arranged at the right side of the cleaning cone; and the winding mechanism comprises a limiting ring and a winding roller. According to the high-efficiency cable winding device disclosed by the invention, the rotating cleaning cone is arranged for brushing the surface of the cable so as to remove dust and other particles on the surface of the cable, thus convenience is providedfor subsequent winding of the cable; the cable is kept clean; the service life of the cable is prolonged; by arranging the limiting ring, the cable can be wound on the winding roller according to a certain sequence in a winding process of the cable, thus the cable is wound on the winding roller more uniformly and more compactly, the winding quantity is increased and the winding effect is improved.

Description

Technical field [0001] The invention relates to the field of power equipment, in particular to a high-efficiency cable winding device for power cables. Background technique [0002] In the process of electric power construction, when laying and recycling cables, a winding roller is needed. The traditional winding method is to place the winding roller on the support frame, and then rotate the winding roller to release and retract the cable. The operation is very laborious, and the winding is relatively loose. The winding volume is smaller than the theoretical winding volume, and more winding rollers are required. In addition, when winding the cable, the cable is dragged on the ground and the surface of the cable is sticky. Rewinding of sludge and small particles of stones directly will cause the cable to wrap the sludge and stones in it. The sludge makes the cable unclean, accelerates the cable surface corrosion, reduces the cable life, and is not conducive to the cable. The next...

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Problems solved by technology

[0002] In the process of electric power construction, when it is necessary to lay and recover cables, winding rollers are needed. The traditional winding method is to place the winding rollers on the support frame, and then rotate the winding rollers to release and retract the cables. The operation is very laborious, and the winding is relatively loose, and the amount of winding is smaller than the theoretical winding amount, so more winding rollers are needed. In addition, when winding the cable, the cable is dragged on the ground, and the surface of the cable is sticky If there are sludge and small particles of stones, etc., direct winding will cause the cable to wrap the sludge and stones in it. The sludge will make the cable unclean, accelerate the corrosion of the cable surface, reduce the service life of the cable, and is not conducive to the cable In addition, small particles and hard impurities such as stones may scratch the surface of the cable during the winding process, damage the cable, and reduce the safe service life of the cable

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