Mobile operation platform with instrument carrying function

Abstract

The invention discloses a mobile operation platform with an instrument carrying function, and the mobile operation platform comprises a bearing unit which comprises a bearing supporting plate and a supporting frame arranged on the side wall of the bearing supporting plate, a supporting rod unit that is arranged at the end of the bearing supporting plate in a matched mode and comprises a supporting rod assembly and a supporting piece connected between the bearing supporting plate and the supporting rod assembly, and a rotating wheel unit that is connected to the end of the supporting frame in a matched mode and comprises a connecting shaft, rotating wheel assemblies symmetrically arranged at the two ends of the connecting shaft and an adjusting assembly connected to the two rotating wheel assemblies. The bearing unit is used for placing test instruments and can be used as a cart for carrying the instruments in cooperation with the rotating wheel unit, and the rotating wheel unit is arranged as a triangular wheel, so that the test instruments can conveniently go up and down stairs with different heights in the process of transporting the test instruments, and the strength of manual carrying is greatly relieved; the bearing unit is matched with the rotating wheel unit and the supporting rod unit to form an operation platform, the overall structure is simple, and functions are diversified.

Description

technical field [0001] The invention relates to the technical field of instrument operation platforms, in particular to a mobile operation platform with an instrument transport function. Background technique [0002] In power plants, it is necessary to carry out electrical testing experiments on electrical equipment frequently. When carrying out testing work, the testing instruments need to be transported from the instrument warehouse to the site for use. There are a large number of high-voltage testing instruments, and the number of general pre-test items is five or six. Above, and the weight of a single instrument is too large, which can weigh tens of kilograms. In addition, there are a large number of GIS substations, and most of the instruments need to climb stairs. Therefore, the handling of the instruments is a relatively large workload for the test personnel. There are also risks in the handling process, which will cause injury to the test personnel. [0003] During ...

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Problems solved by technology

[0002] In power plants, it is necessary to carry out electrical testing experiments on electrical equipment frequently. When carrying out testing work, the testing instruments need to be transported from the instrument warehouse to the site for use. There are a large number of high-voltage testing instruments, and the number of general pre-test items is five or six. Above, and the weight of a single instrument is too large, which can weigh tens of kilograms. In addition, there are a large number of GIS substations, and most of the instruments need to climb stairs. Therefore, the handling of the instruments is a relatively large workload for the test personnel. There are also risks in the handling process, which will cause injury to the test personnel

[0003] During inter-factory and on-site tests, since there are no corresponding tables and chairs as the operating platform, the instruments are often placed on the ground for operation. The clock does not adapt, such as insufficient blood supply to the brain, aggravated knee joint wear, increased intra-abdominal pressure, etc.

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