Aerial work platform truckHigh-altitude operation car for finishing high-altitude operation tasks

Abstract

The invention discloses an aerial work platform truck high-altitude operation car for finishing high-altitude operation tasks. The aerial work platform truckhigh-altitude operation car comprises a truck car frame, a rotating platform, an offset driving cab, an arm frames and supporting legs, wherein the arm frames is are arranged on the rotating platform; the supporting legs are arranged on the truck car frame; the offset driving can is a biased driving cab and is arranged at one side of the legal driving operation; and the arm frame iss are arranged at the sides of the biased offset driving cabn in a closing manner. The aerial work platform truck high-altitude operation car disclosed by the invention has the advantages that by distribution rearrangement of the structures and positions of a the driving cab and an the arm frames of an the existing aerial work platform truckhigh-altitude operation car, the height of the whole aerial work platform truckhigh-altitude operation car can be adjusted, the trafficabilitypassability in the driving process is improved, and the compactness of the whole cartruck structure is guaranteed; simultaneously, as the telescopic supporting legs are hinged on the cartruck frame, the span of the aerial work platform truckhigh-altitude operation car is increased enlarged and the stability in the construction process is improved.

Description

technical field [0001] The invention relates to the field of engineering machinery design, in particular to an aerial work vehicle. Background technique [0002] Aerial operating vehicles are widely used in the fields of municipal, electric power, and communication disaster rescue. With the rapid development of the economy, the application field of modern aerial operating vehicles has gradually penetrated into property decoration, hotel, exhibition center installation inspection and plant structure construction, aerial work vehicles Pipeline, high-speed railway construction and other industries. Under the needs of different construction environments, the requirements for aerial work vehicles are getting higher and higher, especially the requirements for the passability and working ability of aerial work vehicles are more stringent. [0003] At present, the widely used aerial work vehicles are full-head cabs, which are the same width as the car body and occupy a large space ...

AI Technical Summary

Problems solved by technology

Although the former arrangement reduces the height of the vehicle to a certain extent, the layout of the two sets of arms on the side of the boom is likely to cause lateral deformation of the boom and reduce the service life of the boom; The lateral load of the car body is unbalanced, which affects the driving stability

[0006] In comparison, although the latter arrangement avoids damage to the boom, placing the boom on the top of the cab limits the improvement of the working height and range of the aerial work vehicle, so that it cannot meet the needs of the aerial work vehicle More complex construction sites for construction work

[0007] In addition, the outriggers of the current high-altitude operation vehicles all use H-shaped outriggers. The span of such outriggers is small. When performing high-altitude operations, the stability of the H-shaped outriggers is poor, and the safety of construction operations cannot be guaranteed.

[0008] In view of this, it is urgent to optimize the structure of the existing aerial work vehicle to solve the problems of high vehicle height and uncompact structure of the aerial work vehicle, so as to improve the passability and construction operation ability of the aerial work vehicle

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