Intelligent wireless star finding control method

Abstract

The invention relates to the field of astronomical observation technology, particularly relates to star finding through an astronomical telescope, and specifically provides an intelligent wireless star finding control method. The method includes the steps of obtaining geographic coordinate data, orientation and bearing data and observation angle data of a user; displaying a three-dimensional electronic star map on a display module; simulating, by a wireless control system, the orientation and bearing and an observation angle of the user, displaying stars seen from the current angle of view ofthe user, selecting a star to be observed; and performing, by a wireless control system, automatic compensation according to a solid angle error. According to the invention, the star to be observed can be quickly and accurately aligned by using an astronomical telescope, the state of the telescope can be monitored in real time, the operation of the telescope can be controlled in real time, a celestial body in the observation orientation can also be accurately simulated, and the observable ability of low brightness dark stars of the astronomical telescope is greatly improved. In addition, the simulation of various astronomical events by the user can be satisfied, and meanwhile, the existing mechanical errors can be calibrated.

Description

Technical field: [0001] The invention relates to the technical field of astronomical observation, in particular to finding stars through an astronomical telescope, and specifically provides an intelligent wireless star-seeking control method. Background technique: [0002] Due to the rotation of the earth, the stars we observe from the earth revolve around the pole star at roughly the speed of the stars. At present, the general telescopes on the market use manual polar axis astronomical telescopes. If you use this kind of astronomical telescope to observe celestial bodies, the celestial bodies will escape the scope of sight of the telescope after a period of time. Fast, seriously affecting the user's continuous tracking and observation effect. Although some relatively high-end astronomical telescopes use electric tracking systems, the wired operation of the controller is cumbersome, the interface is not friendly, and the operating language support is insufficient, which aff...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to overcome the disadvantages of star-seeking methods in the prior art, such as the inability to update celestial body data in real time, the accuracy of star-finding is not high, it is not easy to observe dark celestial bodies, and it takes a lot of time and energy to provide an intelligent wireless star-seeking method. Control Method

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