Column piles and high-voltage wire tower substrate utilizing column piles

Abstract

The invention discloses column piles and a high-voltage wire tower substrate utilizing the column piles. The substrate comprises the column piles and a connecting board which is used for being connected with a body of a high-voltage wire tower, the body of the column piles is a strut, substrate stability strengthening devices are arranged inside the strut and extend out of the strut under the action of gravity of the body of the high-voltage wire tower and can tightly abut against the hillstone wall outside the strut, and the substrate stability strengthening devices can automatically draw back into the strut after the body of the high-voltage wire tower is removed. Compared with the prior art, the substrate is composed of the column piles and the connecting board in a connection mode, and the substrate stability strengthening devices are arranged on the column piles so as to ensure that the whole substrate has enough supporting force. In addition, the substrate stability strengthening devices can automatically recover to the initial state after the body of the high-voltage wire tower is removed, and accordingly the substrate can be convenient to take out. Meanwhile, the installation substrate is simple in integral structure, low in manufacturing cost and capable of being used repeatedly, saves resources and can not cause damage to environment.

Description

technical field [0001] The invention relates to the technical field of high-voltage electric towers, in particular, the invention relates to a column pile and a high-voltage electric tower base using the pile. Background technique [0002] At present, when the high-voltage power tower is installed on a high mountain, in order to build a high-voltage power tower base, it is usually necessary to repair the road first, then open the mountain and shoot, and then dig a pit on the rock, and then pour it with reinforced concrete in the pit. To build such a pedestal, it takes several months to build a pedestal, and the cost is also high. However, once the high-voltage power line tower needs to be relocated or dismantled, the base formed by pouring reinforced concrete has the problem that it is not easy to dismantle, and it takes a lot of money and manpower to remove it. If it is not dismantled, the base part will become a polluted environment. of waste. [0003] With the developme...

AI Technical Summary

Problems solved by technology

The construction and disassembly of the existing high-voltage electric tower foundations are not only inefficient, but also cause certain pollution to the environment, and waste resources, which cannot meet the requirements of modern economic development.

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