Wow amazing ❤

Thanks insightful

Thanks for posting the video. This video may help me.

Great solution! It's silly that one can't simply enter a global variable in the instance counter...

Que legal!

Thanks! I learned something new today.

Do you think the stool would be more stable if the feet were cut to be flat on the ground instead of just the two edges?

This was so satisfying to watch and thank you for sharing this with us!🤪

It's satisfying to see the mechanical equivalent of a motion application I would use servos or linear motors for, typically. This is grass roots organic engineering, where what I do is materialize a concept by choosing different parts and writing a program to control it. While the latter is more versatile, it is much easier to accomplish with less effort and overall understanding. It's akin to the difference between writing a song, and learning to play someone else's song and believing you wrote it just because you play it well. I play other people's songs well, but don't often write my own.

Under 2 minutes so simple yet elegant presentation. You are a hidden gem. May you reach millions... Is there any chance that I reach detailed info. I wan to practice them in solidworks. Thanks.

Superb demonstration of various walking mechanisms - thank you!

This different angles of movement from rotation to linear is leading to third degree unbalances in every stroke engine cylinders.

Interesting, thank you.

This is how shaper works

Putin has lost his mind. He doesn't know how to lie anymore...

I don't like

which software did you use?

Good job, probably the best I have seen. However as all the other demo I have seen it lacks the throcoidal chanfer generated by the hobbing tool. It would be nice to design a vane tooth generated by the envelope if the hob, but I'm unable to do, unless manually point by point. However congrats fo this work.

These are traditional Chinese woodworking skills. Go visit the Forbidden City in Beijing, the whole palace was built with these skills

So nice this tuto sir

So weldon sir

Does this have any practical use? I'd imagine a chain or a belt would have way less losses

It would be really great if someone made available the files to 3D print pieces, so you could do mini tsugite like Lincoln Logs.

The one joint, is in the basement of a upstate NY home, from 100 years ago. the beam has a scarf joint.

Why the hell are you using horror movie ambience/music in your STOOL video, dude?

Concise and to the point. You know where and find with, what seems "great ease" - where they are and what each command does, from all sub-menus of the application. Obviously, you slept with SW under your pillow, and "ate it on your bread", for many years, to be able to use it, in such a way that I only dream of doing it. Thanks for the video.

What's the requirement of the global variable here?

first I've seen how to solve for large tooth counts. Good job sir

Thank you! This is the best tutorial I have seen on this

Is this 箱留め鯱栓 ...(short form or in Chinese 鯱留)...? Have you cut this joint before?

you're search "中国榫卯",copy the word in the search,“中国榫卯” this is a correct wooden working, japan in fact just learn we chinese wooden working technology and the japan wooden working has some inaccuracy to hands action

Amazing how it seems complex yet simple at the same time. I've heard this style of joint is used in crafting traditional Japanese shrines. Apparently, it goes against tradition to use anything made of metal; including nails, screws, bolts or brackets. It makes for a much more time-intensive project, but I imagine the satisfaction one feels after completing the job using only traditional hand tools means all the world...

Hello friend

🇧🇷🍃🌱🍃🍃🍃

Красиво , но не технологично , трудозатратно очень и только на любителя.

That's really satisfying, hope it gets more views over time 👍

Can you provide the equations file

Can you make a tutorial on how to do it?