Sliding operation platform arranged on electric power project construction emergency vehicle

Abstract

A sliding operation platform arranged on an electric power project construction emergency vehicle comprises a sliding floor support arranged on the rear portion of a carriage. An embossing machine, a row bending machine, a punching machine and a row cutting machine are arranged on the sliding floor support, and sliding floor landing legs which can be bent perpendicularly are arranged under the two sides of an extending-out end of the sliding floor support respectively. The row cutting machine, the punching machine and the embossing machine are fixed on the sliding floor landing legs respectively through supporting plates which are sequentially and horizontally arranged on one side of the rear portion of the sliding floor support side by side in the moving direction. The row bending machine is fixedly arranged on the other side of the extending-out end of the sliding floor support through a bottom plate. A row cutting machine sliding rail fixing seat is arranged on a row cutting machine supporting plate, the row cutting machine is arranged on the row cutting machine sliding rail fixing seat through a sliding rail, the two sides of the sliding floor support are provided with stretchable supporting pipe racks which can extend towards the two sides through two stretchable supporting pipes respectively, and the stretchable supporting pipe racks are provided with copper bar support rollers. The sliding operation platform has the advantages of being reasonable and compact in structure, convenient to use, safe, reliable, and capable of carrying out on-site power line repair and improving emergency handling efficiency, and the like.

Description

technical field [0001] The invention relates to a sliding operation platform installed on an electric power engineering construction emergency vehicle, and belongs to the technical field of electric power engineering construction devices. Background technique [0002] Existing emergency vehicles for power engineering construction are mostly refitted with ordinary trucks, some have closed compartments, and some do not. The general box space with closed compartments is very small and cannot carry people. The tools that can be placed are smaller There are few, and larger equipment cannot be put in; there is no special shelf in the closed compartment, and the tools will collide on the bumpy road; there is no compartment for storing tools in the compartment, and the tools are basically placed randomly after use. and these emergency vehicles are basically not equipped with special construction and operating devices in the compartments; therefore, when this type of electric enginee...

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Problems solved by technology

[0002] Existing emergency vehicles for power engineering construction are mostly refitted with ordinary trucks, some have closed compartments, and some do not. The general box space with closed compartments is very small and cannot carry people. The tools that can be placed are smaller There are few, and larger equipment cannot be put in; there is no special shelf in the closed compartment, and the tools will collide on the bumpy road; there is no compartment for storing tools in the compartment, and the tools are basically placed randomly after use. and these emergency vehicles are basically not equipped with special construction and operating devices in the compartments; therefore, when this type of electric engineering emergency vehicle arrives at the site for operation, it is difficult to adapt to the needs of on-site electric power repairs, affecting the progress of emergency rescue, and there may be Security risks

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