Multi-terrain electric pole transfer device and transfer method

Abstract

The invention relates to a multi-terrain electric pole transfer device and transfer method. The multi-terrain electric pole transfer device comprises a plurality of transfer frames arranged side by side at intervals, each transfer frame comprises a base support, the top of each base support is rotationally connected with a rotating disc, and a conveying roller which is horizontally arranged and used for making contact with an electric pole is installed on each rotating disc. In the working process, the electric pole is placed on the conveying rollers of the multiple transfer frames distributed side by side, the electric pole is pushed to move forwards along the conveying rollers, then the transfer frame 1 on the rearmost side is continuously moved to the foremost side, and linear forward conveying is achieved; and when the electric pole needs to turn, the electric pole swings with the conveying roller of the single transfer frame 1 as a supporting point, the other transfer frames are placed after the electric pole turns in place, and linear conveying continues to be conducted. The transfer device can be flexibly carried and is not limited by terrains; meanwhile, the height of the electric pole in the transfer process is increased through the base supports, vegetation or crop damage faces of a transfer path are reduced; and meanwhile, the turning adjusting technology is adopted, and the effect of flexibly transferring the electric pole can be achieved.

Description

Technical field: [0001] The invention relates to a multi-terrain electric pole transfer device and a transfer method thereof. Background technique: [0002] In recent years, with the continuous upgrading and transformation of the power grid, there are many points and a wide area. Most of them use cement poles, and the use of electricity is scattered, and the terrain is complex, such as on hillsides, in farmland, and on the side of the road. The roads in most rural areas are narrow and remote, and the use of vehicles to transport poles often fails to reach the destination, requiring a lot of manpower for secondary transfer. [0003] At present, the transfer poles are mainly transferred in two ways: one is by manual transfer, and the other is by means of a gasoline engine or a winch. Manually transfer the poles to the destination by means of shoulder picking, pushing, etc. The ordinary 12-meter pole weighs about 1.2 tons, and at least 8 adults are required to lift the pole at...

AI Technical Summary

Problems solved by technology

Manually transfer the poles to the destination by means of shoulder picking, pushing, etc. The ordinary 12-meter pole weighs about 1.2 tons, and at least 8 adults are required to lift the pole at the same time, which consumes a lot of manpower and is inefficient. Increased labor intensity, invisibly increased construction time, and affected the duration of power outages

However, using a gasoline engine or a winch to transfer, although labor-saving, will destroy a large number of vegetation or crops along the way, and the path will damage a wide range of areas, such as farmland and vegetable fields, which will cause high compensation and coordination work. At the same time, the impact of the ground terrain, It will cause wear and tear on the pole and affect the life of the pole

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