Method for performing geologic and topographic measurement by utilizing High One quad-rotor plane

Abstract

The invention relates to a method for performing geologic and the topographic measurement by utilizing a High One quad-rotor plane. The method comprises the following steps: assembling RTK (Real-time kinematic) measurement instrument and a GPS onto the High One quad-rotor plane to form controllable unmanned measuring equipment; then introducing information and related command of data required for measurement into the equipment, sequentially performing the taking-off, landing calibration, data acquisition and the like of the measurement equipment, inputting the data into a computer after the acquisition of the data required is completed, drawing a geologic-topographic map by utilizing AutoCAD software through the data acquired by the measurement equipment, thus completing the measurement. According to the method, the equipment is simple and available, the operation is easy, the economical practicability are strong, and the time and cost can be saved, so that the method is a method which can complete the geologic-topographic measurement work for places where people cannot reach or higher danger exists.

Description

technical field [0001] The invention relates to the field of geological topography survey, in particular to a method for geological topography survey using a High One quadrotor aircraft. Background technique [0002] At present, geological topography survey and finding points mainly rely on manual work, but there are many disadvantages in artificial geological topography survey, firstly, it is troublesome to set up the instrument; secondly, due to the places involved in geological survey, the topography and landform are generally relatively complicated, and the straight-line distance is often very long. In short places, it is necessary to go over mountains and ridges when measuring; therefore, it takes a lot of time and energy to find and measure measuring points, and even needs to open a special road; some places that need to be measured are difficult for people to reach, or there are huge gaps. Therefore, artificial geological topography surveys are often time-consuming an...

AI Technical Summary

Problems solved by technology

[0002] At present, geological topography survey and finding points mainly rely on manual work, but there are many disadvantages in artificial geological topography survey, firstly, it is troublesome to set up the instrument; secondly, due to the places involved in geological survey, the topography and landform are generally relatively complicated, and the straight-line distance is often very long. In short places, it is necessary to go over mountains and ridges when measuring; therefore, it takes a lot of time and energy to find and measure measuring points, and even needs to open a special road; some places that need to be measured are difficult for people to reach, or there are huge gaps. Therefore, artificial geological topography surveys are often time-consuming and laborious with little effect, and cannot achieve the purpose of accurate surveys

[0003] To sum up, the currently widely used artificial geological topography measurement method has been difficult to complete the geological topography survey in some places with complex topography and topography. especially important

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