Method for measuring stability performance of locust tree through measuring device

Abstract

The invention discloses a method for measuring the stability performance of a locust tree through a measuring device. The measuring device comprises radar, a soil compactness measuring instrument and a control instrument. The radar and the soil compactness measuring instrument are connected with the control instrument. According to the method, the control instrument sends an instruction for judging the stability performance of the locust tree to a detection device, the radar in the measuring device detects the breadth of root distribution of the locust tree, the vertical depth of the root, the height of the locust tree and the diameter of a trunk of the locust tree, the soil compactness measuring instrument measures the soil compactness, measured data is transmitted to the control instrument through the radar and the soil compactness measuring instrument, an operating control program for judging the safety performance of the locust tree is arranged in the control instrument, the data is received, analyzed and processed, and a measurement result is output and displayed on a display screen of the control instrument. The stability of the locust tree is measured, the locust tree is effectively prevented from tipping, personal safety and property of people can be protected, and accidents can be avoided.

Description

technical field [0001] The invention relates to the field of tree stability measurement, in particular to a method for measuring the stability performance of locust trees by means of a measuring device. Background technique [0002] In nature, pagoda trees grow in a wide range of areas. Under the influence of weather factors such as wind, heavy rain, and sandstorms, the growing soil and the growth status of their own trunks will change, which will reduce the stability of the tree and cause it to be prone to wind, rain and bad weather. Overturning, cases of trees falling down on people and cars often occur, causing harm to people's bodies and property losses; and the market does not have a device for monitoring the stability of trees to reduce the occurrence of avoidable accidents . [0003] Sophora japonica: likes light but is slightly shade-tolerant, grows up to 25 meters high, has deep and well-developed roots, up to 2 meters vertically, canopy is generally larger than 1 ...

AI Technical Summary

Problems solved by technology

[0002] In nature, pagoda trees grow in a wide range of areas. Under the influence of weather factors such as wind, heavy rain, and sandstorms, the growing soil and the growth status of their own trunks will change, which will reduce the stability of the tree and cause it to be prone to wind, rain and bad weather. Overturning, cases of trees falling down on people and cars often occur, causing harm to people's bodies and property losses; and the market does not have a device for monitoring the stability of trees to reduce the occurrence of avoidable accidents

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