Non-static 3D map view

Abstract

The invention belongs to the technical field of geological survey, and particularly relates to a non-static 3D map view which comprises a map box body and further comprises a lifting assembly arranged on one side of the map box body, and the lifting assembly comprises a handle, a threaded rod, a ring cylinder, a positioning strip, a lever, a rotating shaft, a stabilizing rod, a connecting shaft, a connecting plate and map plates. The map plates can be separated and lifted by the lifting assembly , workers can effectively observe topographic features of a certain place, effective illumination work can be carried out on the lifted map plates through cooperative work of the illumination assembly and the lifting assembly, the workers can concentrate on planning work of the place, through the connection work of a clamping head arranged on a connecting assembly and a connecting column, the connecting assembly and the lifting assembly can be stably connected, and the situation that the map plate looses and falls off in a long-term planning project is avoided.

Description

technical field [0001] The invention belongs to the technical field of geological survey, and in particular relates to a non-static 3D map view. Background technique [0002] Geological survey refers to the measurement of the area, altitude and other dimensions of a certain area through surveying and mapping, and finally through planning for subsequent development or environmental protection. At the same time, military research, teaching, geological rescue and mine display work are carried out. Sometimes it is necessary to use 3D map view. When it is necessary to use 3D map view, the existing 3D map view can only observe comprehensively due to the integrity of the plate when observing, and cannot carefully observe the particularity of a certain plate. , then it is easy to ignore the particularity of a certain place when planning, which is not conducive to the land use after planning, and the traditional 3D map view only has natural light or light on the top of the device for...

AI Technical Summary

Problems solved by technology

[0002] Geological survey refers to the measurement of the area, altitude and other dimensions of a certain area through surveying and mapping, and finally through planning for subsequent development or environmental protection. At the same time, military research, teaching, geological rescue and mine display work are carried out. Sometimes it is necessary to use 3D map view. When it is necessary to use 3D map view, the existing 3D map view can only observe comprehensively due to the integrity of the plate when observing, and cannot carefully observe the particularity of a certain plate. , then it is easy to ignore the particularity of a certain place when planning, which is not conducive to the land use after planning, and the traditional 3D map view only has natural light or light on the top of the device for illumination when observing, so when targeting a certain place It is easy to be affected by the geological topography of other plates when observing the ground, which is not conducive to the concentration of the staff in planning work. At the same time, the topographic map plate in the traditional 3D map view will loosen with the map box after being used for a long time , is not conducive to long-term planning problems

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