Funsky Chinese and Western star map celestial globe [stargazing artifact] has eight national invention patents

**FUNSKY celestial globe award record** 2017 Taipei International Invention Exhibition Gold Medal 2019 Ministry of Economic Affairs SBIR Innovation Research Award for SMEs 2020 National Invention and Creation Award Silver Medal In 2020, the completion rate of online fundraising exceeded 200% And through the United States invention patents, Taiwan, Japan, Korea, China, Germany, Britain, France new patents! **Funsky celestial globe, bringing children closer to the starry sky** If you have experience with: Situation 1) The child holds a 2D flat paper astrolabe and says that he does not understand how to use this to find the position of the stars in the sky Scenario 2) The news says that the Geminid meteor shower is coming on December 14, 2022, and the child asks, "Where can we go to see the stars?" Scenario 3) The whole family travels to Okinawa and looks forward to enjoying the famous sunrise view. The child asks, "What time will Father Tai get up tomorrow?" Funsky celestial globe, let you be the hero of your child 🏆 **Situation 1) The child holds a 2D flat paper astrolabe and says that he does not understand how to use this to find the position of the stars in the sky** https://youtu.be/ts50ioegROY ➡︎ Place the ruler in the north of N, adjust the North Star to the latitude of the star-gazing location (for example: Taipei latitude 25 degrees), and fix the sphere ➡︎ Adjust the stargazing date and time (eg: September 20 at 9pm) ➡︎ Align the compass on the base of the celestial globe to the north Finish! Take a spotlight flashlight, point it at the stars, and place the bottom on the sphere to find the corresponding Greek constellation. #And so on, the child can find out the three-dimensional starry sky when he was born! #Because there are safety considerations for children when using a laser pen, it is recommended to use a spotlight flashlight instead. **Scenario 2) The news says that the Geminid meteor shower is coming on December 14, 2022, and the child asks, "Where can we go to see the stars?"** ➡︎ Place the ruler in the north of N, adjust the North Star to the latitude of the star-gazing location (for example: Tokyo latitude 35 degrees), and fix the sphere ➡︎ Adjust the time dial with the stargazing date on December 14th, and you can find out the time when Gemini rises in the east and sets in the west # And so on, you can use the same method to find out the time and location of star chasing around the world **Scenario 3) The whole family travels to Okinawa and looks forward to enjoying the famous sunrise view. The child asks, "What time will Father Tai get up tomorrow?"** ➡︎ Place the ruler in the north of N, adjust the North Star to the latitude of the stargazing location (for example: Okinawa latitude 26 degrees), fix the sphere ➡︎ There is an ecliptic on the sphere (the sun corresponds to the trajectory of the sky), adjust the date of seeing the sunrise (such as August 1) to the sea level in the east (sunrise) ➡︎ Vertically corresponding to the time axis, you can find the sunrise time # And so on, you can use the same method to find out the time and position of sunrise around the world **How to find the constellation of spring, summer, autumn and winter** https://youtu.be/hSP3GxgmUMU https://youtu.be/zsBYUT1SLqM **FUNSKY celestial globe patent certificate** https://s.eslite.dev/upload/product/o/2682153874004/20220330040007291701.jpg https://s.eslite.dev/upload/product/o/2682153874004/20220330040007361702.jpg https://s.eslite.dev/upload/product/o/2682153874004/20220330040007563703.jpg