Tower inclination detection device and method

Abstract

The invention discloses a tower inclination detection device and method. Limits or restrictions of an external environment can be broken to accurately detect the inclination of a tower. The tower inclination detection device comprises an annular communicating vessel, two or more detection media and a medium interface detection unit, wherein the annular communicating vessel comprises an annular pipeline and three or more columnar tubes arranged on the annular pipeline and communicated with the annular pipeline and the outside; the detection media are accommodated in the annular communicating vessel, and interfaces between the upper-layer detection media and the lower-layer detection media are positioned in the columnar tubes; the lower-layer detection media have densities higher than those of the upper-layer detection media, and are insoluble with the upper-layer detection media; the medium interface detection unit is used for detecting the heights of the interfaces between the upper-layer detection media and the lower-layer detection media in the three or more columnar tubes.

Description

technical field [0001] The invention belongs to the technical field of tower detection, and in particular relates to a tower inclination detection device and method. Background technique [0002] In the existing projects, tower collapse events occasionally occur, especially in the wind power industry, which will cause huge losses to the wind power industry. [0003] The traditional method of using theodolite to detect the inclination of the wind turbine tower has the disadvantages of long detection period, poor real-time performance, and failure to report to the police in time when a problem occurs. [0004] Other existing wind turbine tower inclination detection devices or methods generally rely heavily on theodolite to complete the detection, and the measurement process is easily restricted or restricted by the external environment (such as wind, rain, snow, etc.), and it is impossible to achieve real-time The detection cannot meet the needs of real-time detection of wind...

AI Technical Summary

Problems solved by technology

[0002] In the existing projects, tower collapse incidents occasionally occur, especially in the wind power industry, which will cause huge losses to the wind power industry

[0003] The traditional method of using theodolite to detect the inclination of wind turbine towers has the disadvantages of long detection period, poor real-time performance, and failure to report to the police in time when problems occur.

[0004] Other existing wind turbine tower inclination detection devices or methods generally rely heavily on theodolite to complete the detection, and the measurement process is easily restricted or restricted by the external environment (such as wind, rain, snow, etc.), and it is impossible to achieve real-time The detection of wind power towers cannot meet the needs of real-time detection of wind power towers, and it is also impossible to optimize costs and improve measurement accuracy

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