3:21 A version of this crank-yoke system was used by reciprocating metal shapers, a largely obsolete metal machining tool. They generally did not bother with the rack, instead having the yoke directly connected to sliding cutterhead on the tool.
Yeah, not many. At least 3. Maybe 6 or 7. You can tell because of how they all fit a pattern. Something nonspecific about the video is the first clue. See the comment by ferns(something). They always use emotes, as well. I never understood why people have bots that just comment on random videos. Not this guy's fault though. Don't think that.
I will enjoy 3d printing some of these as fidget toys for my adhd! How come you don't 3d print these and do live action videos? It looks like a lot of fun! Great job on the models!
Thank you so much! I'm glad you enjoyed the models. In the future, I plan to work on 3D printing these kinds of projects and might even create live-action videos. Stay tuned!
I wonder if you wouldn't mind sharing your 3D files. Not the animation or simulation data, but objs or similar that one could 3D print? I could see several of these mechanisms being useful to bring some of my holiday display props to life
Thank you! I'm glad you find my animations useful from a technical perspective. I always aim to present technical content in a clear and engaging way. Your support means a lot to me! 🙏 Also, feel free to check out my other videos on the channel.
2:58 There is potential to make a gun using that mechanism like a self reloading gun, but while that uses gravity, you place a spring, and then it's a good gun mechanism.
Here’s a simple idea that I just had: could you make most of the model shades of grey and black, and only make the original rotating part (or motor) yellow? I think it would be a subtle indication of how it’s being powered. Also a very cool video!
🎉🎊Thank you for your support! If you're passionate about innovative mechanical animations, feel free to explore my RUclips channel for more engaging content.
Thank you so much! I'm really glad my work inspired you. As an industrial designer, I'm sure you have fantastic ideas, and I'd love to hear more about them! Feel free to check out my other content on the channel as well.
From a simple rotation to a complex movement. Creativity of the human mind. Then came the discovery and understanding of electromagnetism and electrochemistry. Couple with the invention of the transistor, logic gate, then Integrated Circuit, then come computer, followed by AI, then machine learning via neural networks which finally autonomous robots come into being
Start with beginner tutorials on platforms like RUclips or official guides for CAD software like SolidWorks or Fusion 360. Practice with simple projects, and gradually take on more complex mechanisms. Good luck!
that is a movable bearing, kind of like how our necks have a wide range of motion, imagine that the base of your head is the bearing; the neck can spin it and move it to wherever required within its boundaries. if you need a better example, do tell, as my example was quite bad, but i am too sleepy at the moment to explain any better
Hello! Thanks for your comment! For detailed dimensions, I suggest checking out this Wikipedia page on leg mechanisms. It has helpful information and diagrams that could serve as a reference for your project. Good luck to your students on their project! 😊 en.wikipedia.org/wiki/Leg_mechanism
I'm a real person, not AI, and I am greatly impressed by these animations.
Thank you.
The thingymabobs, doodads and whatnots are working just fine.
Yes sir, the doodads are operating at peak efficiency.
POV: Dr. Seuss
I was about to comment this
The leg movement amazes me, definitely gonna use that design somewhere.
I have gained the knowledge of Mechanical Movement Part 2
You can also check out my other videos on my channel.
I could watch this all day long and not get bored
That's awesome to hear! I'm so glad you enjoy it. I'll keep making more content for you to watch!
Not ai.
3:21 A version of this crank-yoke system was used by reciprocating metal shapers, a largely obsolete metal machining tool.
They generally did not bother with the rack, instead having the yoke directly connected to sliding cutterhead on the tool.
3:21 this is probably how they made wipers in the 50's
Yes, actually, it is exactly how it was done. More expansive cars had two motors, but princip was the same.
Im pretty sure these comments are all ai generated
Why? 🤣
OMG!! That's genius.☺️☺️🌹
You aren’t wrong
@@beattest9121 WOW, I didn't realize that!!!🤯
Could you tell me how did you know that?☺️☺️🌹
Yeah, not many. At least 3. Maybe 6 or 7. You can tell because of how they all fit a pattern. Something nonspecific about the video is the first clue. See the comment by ferns(something). They always use emotes, as well. I never understood why people have bots that just comment on random videos. Not this guy's fault though. Don't think that.
Swashplate is the one of the most beautiful examples of mechanical movement mechanisms.
This is what I consider to be "perfect content".
I have mastered the art of mechanical movement part 2
I will enjoy 3d printing some of these as fidget toys for my adhd! How come you don't 3d print these and do live action videos? It looks like a lot of fun! Great job on the models!
Thank you so much! I'm glad you enjoyed the models. In the future, I plan to work on 3D printing these kinds of projects and might even create live-action videos. Stay tuned!
@@MechAniVerse Please do these are super cool! What program do you use to make these?
I wonder if you wouldn't mind sharing your 3D files. Not the animation or simulation data, but objs or similar that one could 3D print? I could see several of these mechanisms being useful to bring some of my holiday display props to life
Useful to technical job. 🙏
Thank you! I'm glad you find my animations useful from a technical perspective. I always aim to present technical content in a clear and engaging way. Your support means a lot to me! 🙏 Also, feel free to check out my other videos on the channel.
Yes sir the klank sloop is working just fine
2:58 There is potential to make a gun using that mechanism like a self reloading gun, but while that uses gravity, you place a spring, and then it's a good gun mechanism.
Here’s a simple idea that I just had: could you make most of the model shades of grey and black, and only make the original rotating part (or motor) yellow? I think it would be a subtle indication of how it’s being powered.
Also a very cool video!
Thank you for your kind words and for the great suggestion!
First legs is so easy but so cool
Hi, moth girl here. This means the end times for humanity. I will be making horrors (silly little mechanical goobers) using these
what physics sim software is he using for this?
I'm not using any physics simulation software for this; it's purely a kinematic analysis.
Animation to demonstrate simulation@@MechAniVerse
@@MechAniVerse in solid works?
@@javedansari-nb2pk yes he said in another comment
I have a great idea thanks for this mapechanism works 😊
0:12 leg lore
*gameplay
*gameplay
Absolutely amazing. I love this! New Sub!!
Thank you so much! I'm glad you loved it! Welcome to the channel, and stay tuned for more awesome content!
Hi. what Program used you by this maker?
Solidworks
Superb 👌👌👍 Thanks for all the efforts you put in, God Bless you.
🎉🎊Thank you for your support! If you're passionate about innovative mechanical animations, feel free to explore my RUclips channel for more engaging content.
Cool music choice!
Thanks.
the first one is an elongated version of the Jansen Linkage
Very interesting, nice referance
Thanks.
4:05
This is probably a way of how those walls with spikes popping in and out are made.
Beautiful
fresh and brand new
I have gained the knowledge of these mechanical movements of parts 2 ♥
Thanks.
SO SATISFYING
which software do you use for making these?
То є дуже гарна робота👍
Thank youThank you! I really appreciate your support!.
something about this screams 2010s internet even though it was uploaded a month ago
Ok im done of learning robotic movements and now im gonna make miniature terminators 😂
🤣
Weldone ❤🎉
🎊Thanks.
This video is so professional! The way you explain each mechanical detail is super clear and really helpful.
Thank you so much for the kind words! I'm glad the explanations are helpful. I’ll keep working on making the content even clearer!
Whay program or software do you use to create your animations?
Solidworks
Bro, How did you get these, with solid works or what?
Thanks for that music
Nice ❤
Liked and subscribed! 🏆
Thank you so much for the support! I really appreciate it!
@@MechAniVerse
The videos on your channel are incredible
Thank you for all the time you put in to making them
Thanks to this video I know there is more than 20 seconds to this YT music library. It's a pretty solid track. Video is good too I guess 😁
Glad you enjoyed the music and the video! Thanks for the feedback.
Tho do makes me wonder, what application did you use for both the mechanical models and the accurate animated movement for them?
Solidworks and CapCut
It is is the '''''' cinématique''''''..... a thrue cience.............
Thanks for the cool comment!
great!!!
Thanks.
Ik somebody already asked (but I didn’t really understand :(
So) but what software is this m8?
What software do you use to do the CAD and simulation? This would be a fun little thing to add to a LinkedIn profile or something.
Don't quote me on it, but it looks like solidworks, or an alternative program that is like it. If not, It might just be CAD
First ones just minding his own business
Super , bravo !
Thanks.
Keren keren keren..
Наш мир это бесконечная песочница для гибкого живого разума
Is this LEGO? (I know it's not, just reminded me to it)
Amazing very clever😃
Nice
I'am industrial designer your work so impressive me! Boost my idea
Thank you so much! I'm really glad my work inspired you. As an industrial designer, I'm sure you have fantastic ideas, and I'd love to hear more about them! Feel free to check out my other content on the channel as well.
@@MechAniVerse I using a Solidwork too
That first one made me think of murder drones
same
the female ones, i presume? with their pointed tiptoe legs? (their center of mass perplexes me to this day)
the first one was made by Theo Jansen
Usefull for drawing references
From a simple rotation to a complex movement. Creativity of the human mind. Then came the discovery and understanding of electromagnetism and electrochemistry. Couple with the invention of the transistor, logic gate, then Integrated Circuit, then come computer, followed by AI, then machine learning via neural networks which finally autonomous robots come into being
I Have liked the Video as it Is useful And it is Informative Thanks
شكرا جزيلا ❤
My pleasure! Thanks for watching!🎊
WHAT SOFTWARE IS THIS
How to learn that?
Start with beginner tutorials on platforms like RUclips or official guides for CAD software like SolidWorks or Fusion 360. Practice with simple projects, and gradually take on more complex mechanisms. Good luck!
Wow! Best video for improving thought
Thank you.
Engineering lore:🚂✈🚀💣
Engineering gameplay:
I need a beyblde using this
Good
Can you tall me what is the program you use to get this result ?
solid works
رااااائع..متابعينك و منتظرينك ❤
Thank you so much! I really appreciate the support.
In the first movement, the teeth of the gears on the main hub do nothing.
nice taste, or shall i say, good taste
which program are you using?
C++
@@NerdZEY 🤣
C#
maybe Solidworks is my guess.
Nice..
Thanks.
0:54 Walter White's gun mechanism at the finale
Вечные двигатели 😊
This is really cool, good job 😎
Thanks.
Parte 3 por favor
Part 3 is already available! Don't hesitate to watch it on my channel!
2:45 piston the the. Compress air and the. Combine magnetic field to generate energy. Coil rotation copper coil rotate the the. Hey Google Hey Google
have I gained the knowledge of these mechanical movements of parts 2?
Super ❤
Thanks.
is there a name/term for the one from 1:25 through 1:40?
Oldham coupling
This is so smart yet so obvious at the same time 🤔
Great
Hello, do you have the map file(3d stp file)
?
Machine learning applicable?
1:35 very confused
that is a movable bearing, kind of like how our necks have a wide range of motion, imagine that the base of your head is the bearing; the neck can spin it and move it to wherever required within its boundaries. if you need a better example, do tell, as my example was quite bad, but i am too sleepy at the moment to explain any better
👌👍
Why is the music going so hard 😭🔥🔥🔥
All the weebloids are operating at maximum efficiency
تحفة رائعة
Thank you
I want to know what the song is
Music name?
Heaven and hell by Jeremy Blake
0:09 bạn có thể cho tôi xin kích thước chi tiết. Vì tôi cho học trò làm dự án ở lớp 8 môn công nghệ. Cảm ơn rất nhiều
Hello! Thanks for your comment! For detailed dimensions, I suggest checking out this Wikipedia page on leg mechanisms. It has helpful information and diagrams that could serve as a reference for your project. Good luck to your students on their project! 😊 en.wikipedia.org/wiki/Leg_mechanism
Knowledge of parts mechanical have gained part i 2
the music almost made me cry lol
Cocomelon for STEM majors
I have gained the knowledge of these mechanical movements of parts 2 😢
👍👍👍👍👍