Automatic electric pole incline measurement instrument

Abstract

The invention discloses an automatic electric pole incline measurement instrument. The automatic electric pole incline measurement instrument is characterized in that the upper end of an electric pole is provided with an iron cross arm; the middle of the electric pole is provided with a host outer shell which is fixed on the electric pole via a left spring clip and a right spring clip at the left and right ends of the host outer shell; the upper end of the surface of the host outer shell is provided with a singlechip and a display screen; a startup and shutdown button, a reset button and a measurement button are sequentially arranged at the lower side of the singlechip and the display screen from left to right; a power supply is arranged in the host outer shell; the bottom end of the outer shell is provided with a gravity inductor. By the arrangement, the automatic electric pole incline measurement instrument is reasonable in design, is simple in installation and dismounting operation, can display the incline angle and the adjustment scheme without visual assessment, and can monitor in real time in the adjustment process so as to prevent excessive or lacking of adjustment. The automatic electric pole incline measurement instrument is accurate in measurement, is low in manufacturing cost, enhances the working efficiency greatly, and reduces errors due to visual assessment.

Description

technical field [0001] The invention relates to a measuring instrument used in electric power or communication poles, in particular to an automatic measuring instrument for pole inclination. Background technique [0002] At present, when inspecting new electric poles or daily electric poles, manual visual inspection is generally used to correct the inclination of electric poles, and then adjustments are made by tools such as ropes and cranes to make the electric poles perpendicular to the ground. However, the error of manual visual inspection is relatively large, and it is easy to adjust too much or not in place during adjustment. It is impossible to measure whether the pole is perpendicular to the ground in real time, nor can it measure the inclination angle between the pole and the ground in real time. There is also a simple tool for measuring with a pendant, but it is extremely inconvenient to use and is easily affected by external conditions such as wind force, r...

AI Technical Summary

Problems solved by technology

However, the error of manual visual inspection is relatively large, and it is easy to adjust too much or not in place during adjustment. It is impossible to measure whether the pole is perpendicular to the ground in real time, nor can it measure the inclination angle between the pole and the ground in real time.

There is also a simple tool for measuring with a pendant, but it is extremely inconvenient to use and is easily affected by external conditions such as wind, resulting in large errors

Images