阅读说明：本技术 一种快捷准确的认星方法 (Rapid and accurate satellite recognizing method ) 是由 刘宏超 于 2021-07-29 设计创作，主要内容包括：本发明公开了一种快捷准确的认星方法：第一步:在手机上安装电子星图APP和AR测量APP；第二步:使用电子星图APP对准天空所要辨识的星星,然后点一下电子星图APP上与之对应的星星,看一下它的方位角和高度角；第三步:打开AR测量app并点开水平仪,把指星笔贴在手机屏上,指向所要辨识的星星,测量高度角,高度角和实际所要辨识的星星的方位角相一致,所要辨识的星星就是电子星图APP中所指的星星无疑,其中,如果附近有高度角相同的两颗星星,则根据电子星图APP上两颗星点的方位角的大小进行方位比较,加以区分。本发明可以快速、准确地认星,方法简单、实施方便,对于没有观测经验的初学者甚至是对于一颗星也不认识的观测者,都能够轻松准确的地认星。(The invention discloses a quick and accurate satellite identification method, which comprises the following steps: firstly, installing an electronic star map APP and an AR measurement APP on a mobile phone; secondly, aligning the star to be identified in the sky by using the electronic star map APP, then pointing the corresponding star on the electronic star map APP, and looking at the azimuth angle and the altitude angle of the electronic star map APP; and thirdly, opening the AR measurement APP and pointing the leveling instrument, attaching a star pointing pen to a mobile phone screen to point to the star to be identified, wherein the altitude angle and the altitude angle are measured to be consistent with the azimuth angle of the star to be actually identified, the star to be identified is the star pointed in the electronic star map APP, and if two stars with the same altitude angle exist nearby, comparing the azimuth according to the azimuth angles of the two star points on the electronic star map APP, and distinguishing the two stars. The invention can quickly and accurately identify the star, has simple method and convenient implementation, and can easily and accurately identify the star for beginners without observation experience, even observers who do not identify one star.)

1. A quick and accurate satellite recognizing method is characterized by comprising the following steps:

firstly, installing an electronic star map APP and an AR measurement APP on a mobile phone;

secondly, aligning the star to be identified in the sky by using the electronic star map APP, then pointing the corresponding star on the electronic star map APP, and looking at the azimuth angle and the altitude angle of the electronic star map APP;

and thirdly, opening the AR measurement APP and pointing the leveling instrument, attaching a star pointing pen to a mobile phone screen to point to the star to be identified, wherein the altitude angle and the altitude angle of the measurement are consistent with the azimuth angle of the star to be actually identified, and the star to be identified is undoubtedly the star pointed in the electronic star map APP.

2. A rapid and accurate acceptance method according to claim 1, wherein: and for the third step, if two stars with the same altitude angle exist nearby, comparing the azimuth angles according to the magnitude of the azimuth angles of the two star points on the electronic star map APP, and distinguishing.

Technical Field

The invention relates to the technical field of satellite identification in astronomy, in particular to a quick and accurate satellite identification method.

Background

At the present stage, astronomical enthusiasts determine the positions of stars and generally use star map recognition, find the positions of the stars to be recognized on the star map, use the known stars in the starry sky as reference coordinates, and determine whether the stars to be recognized are consistent with the corresponding stars in the star map by judging the position relationship of the stars. However, in the actual operation process, the star map and the stars cannot be accurately corresponded, so that a beginner without observation experience cannot determine whether the observed unknown stars are matched with the displayed star map, which causes difficulty in position determination, and particularly, for an observer who does not know one star, the observer does not have a reference coordinate, and the star is more difficult to identify.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provide a quick and accurate identification method.

In order to solve the technical problems, the technical scheme provided by the invention is a quick and accurate satellite identification method: the method comprises the following steps:

firstly, installing an electronic star map APP and an AR measurement APP on a mobile phone;

secondly, aligning the star to be identified in the sky by using the electronic star map APP, then pointing the corresponding star on the electronic star map APP, and looking at the azimuth angle and the altitude angle of the electronic star map APP;

and thirdly, opening the AR measurement APP and pointing the leveling instrument, attaching a star pointing pen to a mobile phone screen to point to the star to be identified, wherein the altitude angle and the altitude angle of the measurement are consistent with the azimuth angle of the star to be actually identified, and the star to be identified is undoubtedly the star pointed in the electronic star map APP.

Further, for the third step, if two stars with the same altitude angle exist nearby, the azimuth is compared according to the magnitude of the azimuth angle of the two star points on the electronic star map APP, and the three steps are distinguished.

Compared with the prior art, the invention has the advantages that: the invention can quickly and accurately identify the star, has simple method and convenient implementation, and can easily and accurately identify the star for beginners without observation experience, even observers who do not identify one star.

Detailed Description

A quick and accurate satellite recognizing method comprises the following steps:

firstly, installing an electronic star map APP and an AR measurement APP on a mobile phone;

secondly, aligning the star to be identified in the sky by using the electronic star map APP, then pointing the corresponding star on the electronic star map APP, and looking at the azimuth angle and the altitude angle of the electronic star map APP;

opening the AR measurement APP and pointing a level meter, attaching a star pointing pen on a mobile phone screen to point to a star to be identified, wherein the altitude angle and the altitude angle of the measurement are consistent with the azimuth angle of the star to be actually identified, the star to be identified is the star pointed in the electronic star map APP, and if two stars with the same altitude angle exist nearby, comparing the azimuth according to the azimuth angles of the two star points on the electronic star map APP, and distinguishing, for example: the azimuth of one star is 263 deg. and the azimuth of the other star is 260 deg., then the 260 deg. star is on the left and the 263 deg. star is on the right.

The present invention and the embodiments thereof have been described above without limitation, and those skilled in the art will be able to devise examples similar to the above embodiments without departing from the spirit and scope of the invention.