Landscape architecture engineering paying-off method based on unmanned aerial vehicle

Abstract

The invention relates to a landscape architecture engineering paying-off method based on an unmanned aerial vehicle. An unmanned aerial vehicle paying-off mechanism is controlled by a remote control to fly above the construction working plane of the landscape architecture engineering, and a paying-off drawing of the landscape architecture engineering is projected for imaging; then precise adjustment is carried out by a remote-controlled focal length lens, when the paying-off size of the paying-off drawing of the landscape architecture engineering is the same as that of a proportional square grid orifice plate; and after adjusting, lime is sprinkled above the proportional square grid orifice plate and leaks through the proportional square grid orifice plate to the working plane, light is scanned by moving the proportional square grid orifice plate and the lime is sprinkled at the same time, and paying-off of the construction working plane of the whole landscape architecture engineeringis completed. According to the landscape architecture engineering paying-off method based on the unmanned aerial vehicle, a projector is carried by the unmanned aerial vehicle, panoramic paying-off isachieved through a parallel 1:1 projection mode, a more intuitive and holistic way of putting the planar dimension of the drawing into the ground is adopted, so that the paying-off precision is enhanced, the quality of landscape architecture is ensured, and the paying-off requirements of complex modeling patterns can be met.

Description

technical field [0001] The invention relates to a line-out method, in particular to a line-out method for garden landscape engineering based on unmanned aerial vehicles. Background technique [0002] With the gradual maturity of garden landscapes in my country in recent years, the level of garden landscapes is also constantly improving, followed by the innovation of various garden landscapes, and the improvement of landscape design has also highlighted some problems, such as whether the construction can be Completely landing drawing design, whether the scale pattern of the on-site layout can conform to the scale of the drawing. Causes errors in design and construction, increases the difficulty of construction, and the on-site technicians set out the line based on their experience. If a point of the line is inaccurate (especially the arc), all points will change, which will affect the design space and on-site construction. It does not correspond to the drawings, and the as-bu...

AI Technical Summary

Problems solved by technology

Causes errors in design and construction, increases the difficulty factor of construction, on-site technicians set out lines based on experience, etc., one point of line set-out is not accurate (especially the arc) and then all points will change, which will affect the design space and on-site construction It does not correspond to the drawing, and the difference between the as-built drawing and the construction drawing is too great. Based on the above problems, it is the first step to make a good landscape project to be able to land as shown in the figure.

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