The video is a tutorial on creating a digital counter using a 3D printer. The counter is equipped with a mechanism called "moving" that allows numbers to count up when a handle is turned. The data for the project is available for purchase from the My Mini Factory website, with the author being Mr. Fabre. The process involves printing out all the parts, assembling them, and adjusting the gears to fit perfectly. The counter is then tested by moving the handle to see the numbers count up. The video ends with a thank you message to the viewers and a request to subscribe to the channel for more content.
1. The video is about a digital counter with a "moving" gimmick. [Source: Document page_content]
2. The counter's data can be purchased from the My Mini Factory website. [Source: Document page_content]
3. The author of the data is Mr. Fabre, and the price is 7.6. [Source: Document page_content]
4. The manual is 27 pages long and is in English, but it can be understood with the help of Google Translate. [Source: Document page_content]
5. The counter is printed using a 3D printer, specifically an Ender 3 Pro with printer frame reality. [Source: Document page_content]
6. The counter is assembled with 6 cuts. [Source: Document page_content]
7. The counter's gears are put on a base, which are two cello units. [Source: Document page_content]
8. The counter has a thin part made with a brass piece and connected with nails. [Source: Document page_content]
9. The nails are 1.2 mm thick and 13 mm long, and are purchased from Monotaro. [Source: Document page_content]
10. The hole for the nail is made a bit smaller than the one specified in the manual to prevent it from being too big and looking dull. [Source: Document page_content]
11. The counter has a feature where a protrusion on the gear moves a rod from side to side, causing a plate attached to the bridge of the stick to open and close. [Source: Document page_content]
12. The counter has a thin part that acts like a place, moving smoothly and opening and closing smoothly. [Source: Document page_content]
13. The counter has a feature where a plate would open due to the wind, but the obstruction wouldn't pass through to the point where it could open. [Source: Document page_content]
14. The counter has a feature where a small piece of plastic band is attached to a rod to prevent the rod from escaping. [Source: Document page_content]
15. The counter is assembled with screws, specifically M 2.6 and 8mm long tapping beads that are bought at Monotaro. [Source: Document page_content]
16. The counter is assembled with removable tree adhesive, specifically Hakuryuju's main adhesive. [Source: Document page_content]
17. The counter's gears have to be in the right positions, but it's quite difficult to get the gears to fit perfectly. [Source: Document page_content]
18. The counter's movement is light and high level of design can be felt. [Source: Document page_content]
19. The counter also has data on parts for turning the gears with a motor, so it seems possible to make it electric. [Source: Document page_content]