Rail robot inspection system for top of aluminum oxide decomposing tank or settling tank

Abstract

The invention discloses a rail robot inspection system for the top of an aluminum oxide decomposing tank or a settling tank. The rail robot inspection system comprises a rail, an inspection robot and a background server, wherein the rail is erected at the top of the aluminum oxide decomposing tank or the settling tank; the inspection robot is connected with the rail, inspects the top of the aluminum oxide decomposing tank or the settling tank through a monitoring module, and is powered by a sail assembly or a battery assembly; and the background server is in wireless communication with the inspection robot and receives obtained data. The rail robot inspection system for the top of the aluminum oxide decomposing tank or the settling tank has the substantive effects that the labor intensity of manual inspection can be reduced, the production safety coefficient can be effectively improved through robot inspection, potential faults can be found in time, and the risk occurrence probability of an inspection area is reduced; and meanwhile, the characteristics of the high-altitude environment are fully utilized, wind power driving is utilized, energy consumption is reduced, and the structure is simplified.

Description

technical field [0001] The invention relates to the field of robot inspection, in particular to an orbital robot inspection system used on the top of an alumina decomposition tank or a settlement tank. Background technique [0002] The production methods of alumina include sintering method, Bayer method and Bayer sintering combined method. Present alumina production all uses large-scale mechanical stirring decomposition tank, discloses a kind of large-scale alumina decomposition tank as the utility model of publication number CN205760842U. Moreover, the technological process of the decomposing tank slurry direction is that the slurry at the bottom of the previous decomposing tank flows into the next tank after passing through the lifting pipe through the pressure difference. Usually, multiple decomposing tanks are arranged in one area. [0003] The top of the alumina decomposition tank or settlement tank is generally about 15-30 meters high from the ground, and the area of ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the problem of low inspection efficiency in the prior art, the present invention provides an orbital robot inspection system for alumina decomposition tanks or settling tank tops, which uses orbital robots to replace manual inspections, with better safety and higher efficiency , while making full use of the characteristics of high-altitude operations, driven by wind

Images