Mechanical Principles Part 01 | Quick Return | Gorotor Pump | Tusi Couple | Jansen's Linkage
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- Опубликовано: 30 июл 2024
- Mechanical Principles Part 01
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0:00 Intro
0:02 Intermittent Cam
0:09 Payton Water Meter
0:21 Quick Return Mechanism
0:33 Multiple Geneva
0:40 Indexing Table
0:52 Irregular Cam
1:00 Globe Gear
1:14 Gorotor Pump
1:26 Tusi Couple
1:38 Twisted Gear
1:46 Oscillating Motion
1:57 Reciprocating With Gear
2:09 Needle Bar Slot Cam
2:21 Four Bar Mechanism
2:33 Jansen's Linkage
2:52 Thank you for watching
2:54 Please subscribe for more
Audio Credit
🎵 Song: Dolphin
🎧 Artist: SteviaSphere
🔊 Download: hypeddit.com/track/apeqq7
To print these kinds of 3D models in a 3D printer at a very reasonable cost which starts from $0.3 please visit here.
jlc3dp.com/?from=Mamun This is an affiliate link, I will get some commission for every order.
JLC3DP which is an industry-leading online 3D printing & CNC machining service.
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@@PotatoTheProgrammerthanks Captain Obvious
@@SUPERMAR10312🔴 What Is Islam?
🔴 Islam is not just another religion.
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🔵 It reminds us that since God created us, no one should be worshipped except God alone.
🔴 It also teaches that God is nothing like a human being or like anything that we can imagine.
🌍 The concept of God is summarized in the Quran as:
📖 { “Say, He is God, the One. God, the Absolute. He does not give birth, nor was He born, and there is nothing like Him.”} (Quran 112:1-4) 📚
🔴 Becoming a Muslim is not turning your back to Jesus.
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More .....👇
🔴 THE RETURN OF JESUS
I'm an electronic engineer and I'm used to designing complex electrical mechanisms, but seeing similar things done just by mechanical devices always amazes me. So clever.
Actually electrical engineering and mechanical engineering are similar in terms of logic and principle but the difference is that for mechanical engineering you can see what is happening inside the mechanism while for electronic engineering it is complete imagination inside brain. Thak you for your comment.
It's amazing how mechanics can take the place of computers and vice versa. I used to think that the rotations on 4D rollercoasters were controlled by computers but they're actually controlled by rack gears and a second pair of rails
SureA case in point is the analogy of mechanical vibrations (springs dampers and masses) and RCL Kirchoff circuits.
everything is mechanical on a certain level and everything is electrical on a certain level.
Elegant, complex, fascinating, and hypnotic.
Thank you very much for appreciation.
Very informative video. Thanks!
Thank you very much.
In which way is it?
that quick return gyrator pump eats bearings for breakfast
Hahaha... You are absolutely right.
Well if you were to solely rely on the cam for torque and the load on the rack was constant, but personally I wouldn't see a good use case where this would be true, I would think it be better suited for press fitting plastic toy moldings together than any kind of drivetrain
I didn’t see that one.
The generalized geometric form of the Tusi couple is called the hypocycloid. As long as the fraction(division of the radius of large circle by the radius of small circle) of the hypocycloid is made up of a 1 and an integer n, the shape traced out will be a curved stellation with n points. So the n2 hypocucloid is a curved stellation with two points, and this practically speaking can only be expressed as a line segment.
Tanks a lot for your informative input.
You lost me at the beginning
@@Richar602 I think I actually got a bunch of stuff clerically wrong. The main thing is that the straight line drawn by the Tusi couple isn't technically a line segment, it's a shape/curve. I probably just wanted an excuse to say hypocycloid.
Very interesting to watch. Mesmerising.
Thank you.
Just found your channel and Subscribed. Very interesting. Nice explanation
Thank you. Stay tuned, more videos to come.
I love these videos.
Thank you very much.
Very informative, great video
Thank you very much.
Really it is mind boggling. We can understand different types of mechanical motion from this.
🙏🙏🙏
Thank you very much for your compliments.
génial génial génial , bravo
Merci.(Thank you)
I have gained the knowledge of Mechanical Principles Part 01
Thank you very much. Stay tuned. More to come.
@@mamunsw can you please suggest books for this bro
@@powerHungryMOSFET Not from books but from youtube and various websites I collected these ideas.
Now be prepared for exam!
Завораживает . 👍
Спасибо. (Thank you.)
Darun valo laglo
Thank you.
Espectacular amigo, realmente increíble 👍👍👍
Thank you.
nice compilation
Thank you very much.
Engineers are awesome people
Thank you.
Danke, sehr richtig :)
بسیار خوب❤❤❤
Thank you.
Very well
thx from Germany 👍
Thank you very much.
Amazing technology thanks for uploading
Thank you very much.
subscribed!!!! impressive
Thank you very much.
The Jansen's Linkage is incorrectly modeled, the central driving linkage is passing though the green body.
Yes, you are absolutely right. Thank you for noticing it. During modeling the central driving should have been placed in some offset from green body.
Popular mechanics :^)
Thank you.
interesting 👍
Glad you think so!
Hats off to yo the designers. How long did this take to create
Thank you for appreciation. It took about 2 hours for every segment of video that means for 15 videos it took about 30 hours plus about 1 hour for editing.
2:32 Nice
Like magic
Big thanks
The Jansen's Linkage looks like a walker of some sort.
Yes, you are right. It is a leg mechanism. Thank you.
I want to hear from you (or anyone who reads this that might be able to point me at similar info) about how you drew/modeled the gerotor pump at 1:15 - 1:26. I've been trying to dig up information on an algorithm to draw the rotor profiles given some parameters. So far, I've found a boatload of info, but nothing that I've been able to turn into a hunk of Python (Which is what my CAD software uses as a scripting language) The best I've gotten is a way of doing it by hand that will let me draw the inner rotor, but requires several "OK, now that you've drawn that, go back and erase a whole bunch of stuff that you had to draw to get things aligned proper but otherwise are just in the way" steps that I can't even start to figure out how to code.
Thank you for interest. I made them using SolidWorks CAD software. For programming we need some equations to make a curve. Currently I am not acquainted of that kind of equation but I will try my best to help you later. Thank you again.
Can you please reply in this thread when succeeding?
How do you make it, it’s amazing
Thank you very much for your appreciation.
Took me a sec to recognize the straandbeest there at the end!
Thank you very much.
Strandbeest Theo Jansen The Hague.
I would like to see them walking with my own eyes !
Extremely cool !
dis is moar ASMR than most ASMRs
Thank you very much.
Belíssimo!!!!
Thank you.
None of those are "principles"
Please suggest me some "principles".
@@mamunswStationary-action is a principle. Principle of least constraint is a principle. This video is on mechanisms, which are implementation of principles and could in theory illustrate principles, but somehow it didn't.
@@user-pm8je4fo7e Thank you very much for valuable information.
@@user-pm8je4fo7ekeep yapping
Yo mama
What use could gear globe possibly have? Seems beautiful but redundant
Yes, you are right.
Fun!
where is the initial power source to start the devices?, and do they stay in motion for a period of time?, great 3d modeling animations>
Power sources are not shown in these videos. We can use electric motor or other external power source to run them as long as we want. Thank you for your interest.
They have practical uses, right?
Sure, for instance in manufacturing indexing table is used to convey or place products in a certain position.
deployment of these principle mechanisms require extremely talented brain.
Thank you .
The first is a fail the banging would destroy bearing surface ..in hours
Yes, you are right. Thank you.
Im looking for mechanism thats randomly reciprocating and rotating very silently.. for research purposes.
If you have any sketch please mail me. I will try to help you. mamun042045sw@gmail.com
@@mamunsw umm. Sorry man but I'm not serious. if Im gonna need one though, I would use magnetic linear actuator.
Hi Abdullah, wich program do you use?
SolidWorks
Which software are you using.
SolidWorks. Thank you.
1:10-What real world application could that possibly have?
As far I know, there is no real application of this mechanism. But if you want to trasfer power in any direction with one driving gear then it can be used. Thnk you.
people who see so many uses in factories with these
👇
Thank you.
2:32 Chevischev's mechanism; 19 century.
Thank you.
The great thing about 3D computer graphics is that you don't have to physically build anything.
Absolutely right.
🖖😎
🙂
globe gear cant work
It is just a prototype.
What’s the point of it?
Gostaria de estar ajudando de alguma forma nesse período de necessidade onde houve enchentes e tem em minha pasta algumas ideias, informações que possam estar sendo útil em matéria de limpeza orientação montagem entendendo várias tragédias talvez alguma orientação possa ser útil veja em materiais, montagem, cálculos,e também deixo um feliz dia das mães em forma de conforto, confiança,e fé,aos poucos vcs conseguiram
Thank you.
인간은 바퀴벌레보다 지구상에서 더 오래 살아남을듯
그만큼 똑똑한 동물이란거
May be...
i thought the thumbnail was some sort of machine that makes use of a fidget spinner
dont hurt me pls
some of these look like they are in guns or should be
Hahahaha...
The first one made me think that youtube was glitching
🙄
@@mamunsw I'm stupid ok
Ami ekhon I. T. I machinist trade student.
Nice, carry on.
Stahlwille Gedore 😂😆😆
😄😄😄
1:00 flat gear-ers seething.
Yeah.
Quel intérêt ?
Thank you.
Last one it's impossible.
No, it is possible. You can Google it.
ruclips.net/video/MYGJ9jrbpvg/видео.html
Ich sehe nur Grafiken… für was soll das sein? 🤷♂️
Are you Egyptian?
No. I am from Bangladesh.
@@mamunsw nice
ループ処理が雑すぎる
どのループですか？(which loop?)