Super-mapping machine

Abstract

The invention discloses a super-mapping machine which comprises a remote sensing and telemetering system, a three-dimensional attitude system and a central control and positioning communication system, wherein the remote sensing and telemetering system comprises an infrared laser light source (2), a search imaging unit (3), an image processing unit (4), an astronomical telescope imaging unit (5) and a photoresistor (1); the three-dimensional attitude system comprises a pitching pose unit (6), a horizontal axis (9), a horizontal attitude unit (7), a heading attitude unit (8) and a vertical axis (10); the central control and positioning communication system comprises a central processing unit (11), a man-machine interaction unit (12), a storage unit (13), a global positioning unit (14), a communication unit (15), an image recognition unit (16) and a power supply unit (17). The invention provides a field portable machine system which can acquire high-precision three-dimensional images in a geodetic coordinate system under the range finder-free conditions.

Description

technical field [0001] The invention belongs to the technical field of surveying, in particular to a super surveying and mapping machine. Background technique [0002] There are tens of thousands of applications in the geographic information industry, all stemming from four core requirements: [0003] 1) Obtain the three-dimensional geodetic coordinates of the target; [0004] 2) Obtain the topographic and feature map under the three-dimensional geodetic coordinates; [0005] 3) Obtain the 3D image of the object space under the 3D geodetic coordinates; [0006] 4) Obtain the 3D navigation map based on the 3D image in the geodetic coordinate system. [0007] The current technical status is that multiple groups of personnel use a wide variety of multiple groups of instruments and equipment to obtain the above-mentioned core requirements segmented in different ways to form various applications. The existing limitations are low efficiency, time-consuming service, high cost, ...

AI Technical Summary

Problems solved by technology

Traditional equipment relies on manual operation, and the human errors and the errors introduced into the geodetic coordinates in segments are large and there is no effective error correction method

The efficiency of traditional equipment is very low, and obtaining a low-precision three-dimensional geodetic coordinate of the object space often requires a team of professional and technical personnel to work for a long time

It consumes a lot of manpower and time, and the actual work cost is high

[0013] (2) GPS locator: The instrument must be erected on the measured target for observation. This first requires that the measured target has the conditions for erecting the instrument. The target points that need to be measured often do not have the conditions to set up the instrument

[0014] (3) Total station: It can only measure angles and distances in a custom coordinate system; it completely relies on manual operation, the human error is large and there is no effective error correction method; when measuring the three-dimensional coordinates of the object, it is necessary to have more than two Known control points; To determine the direction of true north, you must purchase the data of the local GPS control netw

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