Integrated device for liquid plating and measuring of solar power generation support

Abstract

The invention discloses an integrated device for liquid plating and measuring of a solar power generation support. The integrated device comprises a plating solution tank, a first shaft motor, a first telescopic rod, a second shaft motor, a second telescopic rod, a third shaft motor and an ultrasound transceiver, wherein the first shaft motor is fixed to the top of the plating liquid tank, the first telescopic rod is arranged at the rotating part of the first shaft motor in the rotating shaft direction of the first shaft motor, the second motor shaft is fixed to the telescopic end of the first telescopic rod, the second telescopic rod is arranged at the rotating part of the second shaft motor in the direction perpendicular to the rotating shaft direction of the second shaft motor, the third shaft motor is arranged at the telescopic end of the second telescopic rod, and the ultrasound transceiver is installed on the rotating part of the third shaft motor. With a plating solution as a medium, the support is measured according to reflected waves received by the ultrasound transceiver. By means of the integrated device, the liquid plating process of the solar power generation support can be achieved, meanwhile, structural members can be positioned and measured according to the characteristic that the liquid plating solution transmits physical waves such as sound waves and light waves, and the plating procedure and the measuring procedure are integrated in one space.

Description

technical field [0001] The invention relates to an integrated device capable of performing liquid coating on a solar power generation support and measuring the coating. Background technique [0002] At present, solar power generation is developing rapidly with the increase in energy demand and energy conservation and emission reduction requirements. Especially, the speed of concentrated construction of large-scale power stations in areas rich in light resources is continuously increasing, and large-scale power stations have been built one after another. In this process, some related problems have been reflected. For example, when designing and installing a photovoltaic power station, the specific form of the solar power generation support is usually considered according to the geological conditions of the installation site after the panel components are determined. Therefore, in the prior art, the support The variability is large and not easy to prefabricate. Therefore, the...

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Problems solved by technology

Some related issues have been reflected in this process. For example, when designing and installing a photovoltaic power station, the specific form of the solar power generation support is usually considered according to the geological conditions of the installation site after the panel components are determined. Therefore, in the prior art, the support The variability is large and not easy to prefabricate

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