Reversed-V-shaped deflector rod

Abstract

The invention discloses a reversed-V-shaped deflector rod. The reversed-V-shaped deflector rod comprises a steel wire rope, a transmission, a main rod auxiliary fixing frame, a main rod hydraulic jacking, a servo motor, a rotating shaft, a second auxiliary fixing frame and a telescopic leg. The bottom end of a first hydraulic jacking is fixedly provided with a first auxiliary fixing frame. The front side of the first auxiliary fixing frame is provided with the main rod auxiliary fixing frame. According to the reversed-V-shaped deflector rod, a telescopic rod, a second hydraulic jacking and a sealing outer tube are arranged, the telescopic rod can be contracted conveniently, the problem that a common reversed-V-shaped deflector rod cannot be conveniently conveyed and stored owing to the too long length is solved, the servo motor is arranged, automatic lifting is achieved, the problems that when the common reversed-V-shaped deflector rod lifts a telegraph pole, the transmission needs to be rotated by manpower, the manual labor intensity is improved, and the efficiency of lifting is reduced are solved, the main rod auxiliary fixing frame, the first auxiliary fixing frame and the second auxiliary fixing frame are arranged, the ground contact area can be increased, and lifting can be safer and more stable.

Description

technical field [0001] The invention relates to the technical field of a herringbone lever, in particular to a herringbone lever. Background technique [0002] The herringbone lever is a special equipment for electric power, mainly used for installation and placement of utility poles. The shape of the herringbone lever is like a herringbone. rod and a main rod. [0003] However, the herringbone lever on the market is not only complex in structure, but also has a single function. The ordinary herringbone lever is not conducive to transportation and storage due to its length. When lifting the utility pole, it is necessary to manually rotate the transmission, which increases the labor Labor intensity reduces the efficiency of hoisting, without main rod auxiliary fixing mount, first auxiliary fixing mount and second auxiliary fixing mount, the grounding area cannot be increased, and lifting can not be made safer and more stable. Contents of the invention [0004] The present...

AI Technical Summary

Problems solved by technology

[0004] The present invention provides a herringbone-shaped lever, which can effectively solve the problem that the ordinary herringbone-shaped lever proposed in the above background technology is too long, which is not conducive to transportation and storage. The manual labor intensity is reduced, the lifting efficiency is reduced, and the main rod auxiliary fixing frame, the first auxiliary fixing frame and the second auxiliary fixing frame are not set, the grounding area cannot be increased, and the lifting cannot be made safer and more stable.

Images