Wall body transport vehicle

Abstract

The invention relates to a wall body transport vehicle which mainly comprises a main sliding plate, a loading plate, an upper sliding plate, pulleys, a connection frame and a connection head, wherein the main sliding plate is parallel to a wall body; a left pulley is arranged on one surface, which opposite to the wall body, of the main sliding plate, and the lower part of the other surface of the main sliding plate is connected with the loading plate; the upper sliding plate is connected with the upper part of the main sliding plate; an upper pulley is arranged on the lower part of the upper sliding plate; the upper sliding plate is further in telescopic connection with the connection frame through the connection head; a right pulley is arranged on the inner side of the connection frame; the pulleys comprise the left pulley, the upper pulley and the right pulley, and all the pulleys are in contact with the wall body. The wall body transport vehicle runs on the wall body, does not occupy a traffic roadway and is convenient and quick; the wall body transport vehicle slides forwards along the wall body through the pulleys arranged on the vehicle and carries out operation through a remote controller loaded on the loading plate; the loading plate can carry various materials, so that the rail investment is greatly reduced.

Description

technical field [0001] The invention relates to a wall transport vehicle, in particular to a transport vehicle using a wall as a track, and belongs to the technical field of traffic construction. Background technique [0002] In the field of transportation, the most common device used for rail transportation is a train, but the train is a double track, and the construction investment is quite large. In cities, traffic congestion often occurs, resulting in the occupation of emergency lanes, and rescue vehicles cannot approach the accident scene. In some places, rescue personnel can only manually transport rescue equipment, which consumes a lot of physical strength of rescue personnel. In some construction sites, in the process of long-distance transmission of materials, due to impassable roads, it is necessary to lay special track equipment to carry out material transmission, which consumes a lot of equipment investment. Can people try a transportation method that uses vario...

AI Technical Summary

Problems solved by technology

In cities, traffic congestion often occurs, resulting in the occupation of emergency lanes, and rescue vehicles cannot approach the accident scene. In some places, rescue personnel can only manually transport rescue equipment, which consumes a lot of physical strength of rescue personnel.

In some construction sites, in the process of long-distance transmission of materials, due to impassable roads, special track equipment needs to be laid to carry out material transmission, which consumes a lot of equipment investment

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