Concrete electric pole mechanical property detection system and concrete electric pole mechanical property detection method

Abstract

The invention discloses a concrete electric pole mechanical property detection system and a concrete electric pole mechanical property detection method. The system comprises a testing platform, wherein the testing platform comprises a horizontal platform which is arranged horizontally; a first fixing support base is arranged at the front part of the horizontal platform; the first fixing support base is arranged close to the front end of the horizontal platform; a theodolite is arranged on the outer side of the first fixing support base; a second fixing support base is arranged at the rear part of the horizontal platform; the second fixing support base is arranged close to the tail end of the horizontal platform; an inclined platform of which the tail end is inclined downwards is connected with the tail end of the horizontal platform; a guide wheel is rotationally arranged on the lower surface of the rear part of the inclined platform; a steel wire rope is wound on the guide wheel; an external force loading part is connected with the front part of the steel wire rope; a load meter is connected with the rear part of the steel wire rope; the front end of the steel wire rope is connected with the front part of the horizontal platform; and a hoop is connected with the rear end of the steel wire rope. According to the concrete electric pole mechanical property detection system, the structure is simple, the deflection value of a concrete electric pole is confirmed, and meanwhile the testing platform is convenient to move and can be moved by users according to demands.

Description

technical field [0001] The invention belongs to the field of calculating the mechanical properties of concrete electric poles, and in particular relates to a detection system and method for the mechanical properties of concrete electric poles. Background technique [0002] Overhead lines are the primary method of power transmission, with concrete poles serving as support for the lines. The quality of the concrete pillars affects the operation of the entire line. At present, the mechanical performance of concrete poles is tested using the cantilever test device in the current national standard GB4623-2014. [0003] However, the existing cantilever test is only suitable for factory type test and delivery inspection because the test bench needs to be poured into a fixed structure, and cannot meet the product sampling inspection on the construction site. When the cantilever test is used, the deflection value needs to be obtained through complex calculations, and there may be d...

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Problems solved by technology

[0003] However, the existing cantilever test is only suitable for factory type test and factory inspection because the test bench needs to be poured into a fixed structure, and cannot meet the product sampling inspection on the construction site

When the cantilever test is used, the deflection value needs to be obtained through complex calculations, and there may be deviations in the calculations, which may easily cause distortion of the test data

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