Equatorial telescope theodolite composite bracket

Abstract

The invention relates to an equatorial telescope and theodolite composite bracket which comprises a base, an hour angle mechanism and a deflection angle mechanism, wherein the hour angle mechanism is connected with the base and can rotate around a latitude shaft under the driving of a latitude regulating mechanism; the deflection angle mechanism is connected with the hour angle mechanism and can rotate around an hour angle shaft under the driving of an hour angle driving mechanism; two sides of the deflection angle mechanism are respectively connected with a lens barrel connection base, the lens barrel connection base can rotate around a deflection angle shaft under the driving of a deflection angle driving mechanism; and the hour angle shaft and the deflection angle shaft are mutually vertical. According to the invention, quick and accurate adjustment in a plurality of angles and positions can be realized, and the operation is easy; and the bracket provided by the invention can be used as an equatorial telescope and the theodolite, can be used for loading various types and specifications of astronomical telescopes, angle measuring equipment, camera shooting equipment and the like, and can erect two devices for observation or measurement at the same time when being used as the theodolite, and can be widely applied.

Description

Technical field [0001] The invention relates to a bracket device applied in the field of astronomy and surveying technology, in particular to a composite bracket compatible with an equatorial mount and theodolite. Background technique [0002] At present, in the process of surveying operations and astronomical observations, people usually need to adjust the angle and orientation of telescopes with theodolite and equatorial equipment. Generally speaking, the existing theodolites and equatorial mounts have a certain range of use, which are suitable for different groups of people. Special brackets are required for use, and the two functions cannot be realized at the same time during observation. For example, currently, the theodolite used for astronomical telescopes can only be adjusted in both the horizontal and vertical directions when observing celestial targets. When tracking celestial bodies, both directions must be adjusted in real time, otherwise it will not be possible to ob...

AI Technical Summary

Problems solved by technology

Similarly, although the current equatorial mounts can achieve precise tracking and positioning of celestial bodies and long-term tracking, if the observation of ground targets is complicated, the operation is not in line with people's actual usage habits, and people who have a certain understanding of this field are required to do so. good use

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