Power cable recycling device

Abstract

The invention provides a power cable recycling device, comprising a frame and a mounting plate disposed on the frame, also comprising driving wheels that drag a cable and a guide tube that guides the cable, and also comprising a winding basket which receives the cable. A cleaning device that functions in drying and dust removing is further disposed in the middle of the winding basket; the upper end of the guide tube is hinged to the frame through a spherical hinge, further provided is a winding ring sleeving the guide tube and driving the bottom end of the guide tube to rotate on the horizontal plane, and the winding ring is controlled by a rotating device and a lifting device. During recycling of the cable, a driving motor on the frame drives the driving wheels through a conveying belt, the driving wheels drag the cable into the guide tube by pairwise fitting, the guide tube is dragged by the winding ring driven by a reduction motor so that the lower end of the guide tube rotates around the winding basket and that the cable is evenly wound in the basket. The cleaning device in the winding basket is a heating blower which can blow out hot air through air holes during winding of the cable, thus helping dry the cable.

Description

technical field [0001] The invention relates to the field of electric equipment, in particular to a power cable recovery device. Background technique [0002] Electric power construction often involves field work, and generally the cables used are very long. For example, when the oil drilling team moved, about 4,500 meters of power lines of different specifications were left at the old well site. After these power lines were tested section by section, they were manually wound into coils for recycling. One person manually winds about 450 meters of thread in 1 hour, which is time-consuming and laborious, and the diameter of the coil after winding is large and loose, which is inconvenient to use again. In addition, a lot of water and moisture are attached to the general cable recycling. The light ones increase the weight, and the serious ones will accelerate the aging of the cables and cause safety hazards. Contents of the invention [0003] The invention proposes a power c...

AI Technical Summary

Problems solved by technology

It takes about 450 meters of manual winding for one hour, which is time-consuming and laborious, and the diameter of the coil after winding is large and loose, which is inconvenient to use again

In addition, a lot of water and moisture will be attached to the general cable recycling. The lighter ones will increase the weight, and the serious ones will accelerate the aging of the cables and cause safety hazards.

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