Electromagnetic steel plate laying vehicle

Abstract

The present invention discloses an electromagnetic type steel plate laying vehicle. The electromagnetic type steel plate laying vehicle comprises a vehicle body, a mechanical arm mechanism, an electromagnetic mechanism, a hydraulic mechanism and a controller. Steel objects can be handled extremely conveniently through electromagnets of the electromagnetic mechanism, so that the steel plates are transported through controlling the state of the electromagnets by connecting or cutting off electricity, the laying efficiency of the steel plates is greatly improved, the electromagnets are controlled to move back and forth, and up and down by using the mechanical arm mechanism, the hydraulic mechanism and the controller, and thus the steel plates are carried, laid and recycled. The electromagnetic type steel plate laying vehicle directly lays steel plate fenders to erect a temporary road, so that the requirement that the construction machine enters the site for construction is met, the construction efficiency of the temporary road is improved, the construction difficulty and manual labor intensity are decreased, the cost is lowered, the requirements for engineering construction safety, quality and environmental protection are met, and the goal of mechanization of the whole construction process of electric transmission lines is achieved.

Description

technical field [0001] The invention relates to construction equipment for power grid construction projects, and more specifically relates to an electromagnetic steel plate laying vehicle. Background technique [0002] With the widespread application of mechanization in transmission line engineering, more and more temporary roads are being built in order to facilitate the entry of construction machinery, materials and related transportation equipment. At present, the construction of temporary roads in transmission line engineering mainly depends on terrain conditions and geological conditions. And the situation of subsequent construction machinery and equipment. The topography of the power grid project is mostly flat land and river network. Most of the towers are located in the farmland, and the geology is silty clay. During the construction, the roads near the towers do not meet the requirements for construction equipment to enter the site, or there is no road. Simple roads...

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Problems solved by technology

[0004] Considering that the construction of transmission line projects is generally located in the outer suburbs or mountainous areas, and the various terrain conditions and transportation conditions are not good. In order to build a temporary construction road, it is not only difficult to transport the above-mentioned various machines to the site, but also the cost is high. The construction tasks of the machinery are small, the labor investment is large, the research and development and investment of construction machinery are insufficient, and there is a lack of high-efficiency and specialized construction machinery

The labor intensity of the operators is high, the efficiency is low, the construction period is long, the operation is highly dangerous, and some construction methods fail to fully consider the requirements of environmental protection

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