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😮 who R they ???

Thank you for sharing this; it was very charming.

Amazing footage! That looks like a huge fish (do you know what kind?) the bird caught and ate near 1:09! The fish was struggling, but the hungry Cormorant managed to fully consume (alive?!) it all okay? It looked like the unlucky thing was desperately kicking sliding down that long throat! I wonder, does the large fish stand any chance of escaping if eaten in that condition? Maybe it can turn around inside the elastic throat/stomach and has a chance of survival here.

Thanks man, im trying to make aa lightsaber, and its helping a lot

Yup 😊

I want to put a motor to give me about 500N force (cpr machine) using this mechanism and use arduino what should i do

I want to put a motor to give me about 500N force (cpr machine) using this mechanism and use arduino what should i do

I want to put a motor to give me about 500N force (cpr machine) using this mechanism and use arduino what should i do

I want to put a motor to give me about 500N force (cpr machine) using this mechanism and use arduino what should i do

I've never seen such a colorful crab.

Seven years and no comments!? How dare they not chime in on this hot mech! Thanks! ⚙️

Hello, I think by making the teeth slightly bent they can limit rotation to only one side, if the shaft is the input and gears are output.

Would you mind if someone try making an engine from this design?

Super.

I need 10 hours of this

that is fresh and clever!

Imagine an engine using this concept

Somehow, the bug managed to resist and keep trying to escape. A true comrade.

Very cool

What did u use to make this

Nice

Washing machine?

The fish stands any chance of survival/escape at that point too?

Amazing footage and interesting information! That looks like a huge (do you know what type?) fish she gulped at 1:49 here! The fish was fighting, still, did the Cormorant swallow that whole thing alive?! I wonder if the

Awesome

yes but you have to turn it manually whats the point?

Is this handheld??

Now this is a very interesting iteration of this mechanism. It spawns the idea that this might be more useful than a conventional geneva mechanism, for instance in applications where space saving is of importance. is there any chance you might publish the printing files for this?

That looks a lot more linear than using a bell crank. I know it's all just plastic, but would roller bearings in a track make this much smoother? I'm thinking that the force applied at the ends of the range of motion would have angular force creating friction on the sides of the moving slugs (?) as it is divided between the moving slugs and the stationary pin. (I'm turning 50 and I've always wanted to get into some robotics and physics-related real-world stuff, so I'm trying to figure out how to start out. I had a rudimentary physics class in the Navy in the 90's and realized that I missed out.)

Это конечно круто, но почему спустя 5 лет?

Nice

That's really cool made :)

their starting acceleration becomes high. Therefore, the forces also increase.

Cool. Well done.

Can't see your comment, Ricky Funk, despite the email notification that I received. Anyway, the stl files are available here: www.thingiverse.com/thing:517073 Mike.

This looks like a more efficient way to convert rotational motion back to a reciprocating motion, like for a Sawzall.

This looks pretty cool. Is there a practical or real world application for it?

good job

Is the flexing intentional?

What kind of mechanism can be used?

Could be useful in certain applications. As far as I can see, the small gear could be easily counterbalanced with a weight on the pink wheel. It could be useful in a low vibration machine. The drive doesn't exert a radial force on the linear bearing either.

Beautiful!

Nothing like a good bath

How did you make it

More of a “drinking bird” simulator than a bird scarer.

The second plane looks like a DC3 to me!

Very cool! Thank you for sharing! I'm making a clock, and I am going to use this escapement!

One more question, hopefully, what program did you use to create this animation? I withdraw the question, I see now that Blender is a program and not a persons crazy online nick, as I thought at first glance.

I also posted, on your other you-tube video, of the reciprocating gear. I noticed, in the animation above that not all the teeth, on the "rack", gear, are being used. Is this just an animation thing, or are not all the teeth being used? I only ask because that rack gear will not fit on my xyz bed, and I will have to resize the entire build, unless I can possibly leave out some teeth on the "rack" gear.

Very cool, this is my number one choice for the project I'm about to work on. That's also a great link you posted, above 'mechanism 123' . I spent hours looking through all the different mechanisms, then found your post, on thingiverse.