Multi-cable active unwinding type laying equipment

Abstract

The invention discloses multi-cable active unwinding type laying equipment, which comprises a plurality of unwinding mechanisms which are uniformly mounted on the end surface of one end of a mounting seat along the circumferential direction of the mounting seat, cable rolls are mounted on the unwinding mechanisms, a shaft rod perpendicular to the end surface of the mounting seat is constructed at the center of one end, far away from the unwinding mechanisms, of the mounting seat, and the cable rolls are mounted on the shaft rod. A cable guiding mechanism is installed on the end face, on the same side as the unwinding mechanism, of the installation base. According to the invention, active unwinding of a plurality of cable coils is realized at the same time, cable laying is stably and efficiently carried out in cooperation with traction of constructors or traction equipment, the labor intensity of the constructors is reduced, corresponding problems caused by high-load operation of the traction equipment are avoided, and the cable laying device can be used for laying cables according to requirements of different scenes. The cables are laid side by side or wound, so that the scene is kept clean and tidy, and the laying difficulty is reduced. The cable laying device is suitable for the technical field of cable laying in power construction.

Description

technical field [0001] The invention belongs to the technical field of cable laying in electric power construction, and in particular relates to a multi-cable active unwinding laying equipment. Background technique [0002] In electric power construction, power equipment is mostly connected by cables, so the laying of cables is one of the indispensable and important links. At present, most of the cable laying methods are to pull one end of the cable coiled by the construction personnel or traction equipment, and then follow the construction personnel or traction equipment to advance according to the predetermined route, and then realize the cable laying operation. . However, the work efficiency is low, and because most of the connected lines are relatively long, as the weight of the cable gradually increases, the unwinding capacity of the cable roll will gradually decrease under the action of traction, and when the unwinding reaches a certain distance After that, construct...

AI Technical Summary

Problems solved by technology

However, the work efficiency is low, and because most of the connected lines are relatively long, as the weight of the cable gradually increases, the unwinding capacity of the cable roll will gradually decrease under the action of traction, and when the unwinding reaches a certain distance After that, construction personnel or pulling equipment will not be able to achieve cable pulling operations

Moreover, when connecting power equipment, multiple cables are mostly used, and for the rational layout of the scene and subsequent maintenance operations, these cables need to be arranged side by side, so that each cable roll is unwound one by one, and then It is extremely inefficient and difficult to arrange these cables side by side

In some specific scenarios, it is necessary to wind multiple cables together to increase the connection strength between the cables, and to improve the tensile and shear resistance of the cables accordingly. Therefore, it is necessary to wrap multiple cables At present, there is no better way to achieve fast and efficient winding between cables and ensure stable transmission of cables

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