Mechanical Principles Part 03 | Scotch yoke | Reuleaux triangle | Kinetic clock | Spherical geneva

Mechanical Principles Part 03 | Scotch yoke | Reuleaux triangle | Kinetic clock | Spherical geneva and more.
0:00 Intro
0:02 1. Scotch yoke
0:07 2. Scissor mechanism
0:14 3. Rack reciprocator
0:20 4. Elliptical gear pump
0:26 5.Four bar and internal gear
0:31 6. Variable motion
0:41 7. Sun and planet gear
0:49 8. Gear train and slider
0:57 9. Reverse motion
1:04 10. Reuleaux triangle
1:12 11. Kinetic clock
1:23 12. Quick return with rack
1:33 13. Mixing machine
1:43 14. Sun, planet and rack gear
1:54 15. Spherical geneva
skotch yoke,scissors mechanism,rack reciporcator,elliptical gear pump,gear pump,rack and pinion,gear,four bar and internal gear,four bar linkage,variable motion,sun and planet gear,planetory gear,epicyclic gear,gear train and slider,reverse motion,reuleaux triangle,kinetic clock,quick return with rack,mixing machine,sun,planet and rack gear,sun planet and rack gear,spherical geneva,sapatial geneva,mechanical animation,mechanical principles part 03

[@user-lr1fg9rp1x]

ЧЕМ ПРИКРАСНЕЙ ВЫГЛЯДИТ ПРОГРЕСС ТЕМ МРАЧНЕЕ СТАНОВИТСЯ ЧЕЛОВЕЧЕСКАЯ ЖИЗНЬ!!!

[@mamunsw]

Верно сказано. Спасибо.

[@user-bo5qv5yd4n]

Ну если так, то по вашему получается, что самая распрекрасная жизнь была у неандертальцев. Вообще никакого прогресса! Дело то не в прогрессе, а в самом человеке! Или вы потомственный луддит, которые в Англии первые ткацкие станки ломали?

[@user-ru4kt6cd4p]

​@@mamunswПривет? Как они двигаются самостоятельно? В чем секрет уменьшающегося объекта во втором созданном виде? Скажи мне.

[@mamunsw]

@@user-ru4kt6cd4p Thank you for your enthusiasm. The second part is a scissors mechanism. The arm of scissors are attached to two gear which are mated with each other. If any one of gear rotates then the whole system will be alive. The arms of scissors will be shriked and expanded continuously. (Спасибо за ваш энтузиазм. Вторая часть представляет собой ножничный механизм. Рычаг ножниц прикреплен к двум шестерням, сопрягаемым друг с другом. Если какая-либо из шестерен вращается, то вся система будет жива. Руки ножниц будут постоянно сжиматься и расширяться.)

[@user-ru4kt6cd4p]

​@@mamunswЧто там движет этой шестеренкой?

[@jakesto]

Good video overall, but there are some minor errors in some of the simulations. I don't think the teeth in the "variable motion" machine are meshing properly at all, and I don't trust that the motion exhibited is accurate because of that. Also a few other simulations have minor clipping between the components that could be easily fixed.

[@mamunsw]

Thank you for your observations. I will be cautious more about these error in future.

[@Sl20]

So,so,so,much to learn love it !!!!!🫢🔴🤫

[@mamunsw]

Thank you.

[@jayanthaukwaththa7483]

Thanks very much.

[@mamunsw]

Thank you.

[@kishorrathod1821]

Good mechanical principal sir ❤

[@mamunsw]

Thank you dear.

[@stefanolicciardi3975]

Interessante e rilassante ..😊😊😊😊

[@mamunsw]

Grazie mille. Divertiti. (Thank you very much. Enjoy your time.)

[@pilladisimo87]

Hypnotic movements

[@mamunsw]

Thank you.

[@hafeezkhan9503]

Nice video thanks again

[@mamunsw]

Thank you for your compliments.

[@user-go1wz2mu2u]

인간은 참 똑똑해

[@mamunsw]

Thank you.

[@jhonbotina3190]

Cordial saludo de Pasto Nariño Colombia

[@mamunsw]

Thank you.

[@ArmanAli-gi1bm]

Wow

[@mamunsw]

Thank you.

[@AceKingDiamonds]

Thank you Abdullah! The kinetic clock inspired me to make a printable design which I've published on printables. Not sure if I can post links here, so search for Kinetic Clock there and you'll find it as the first result :) With a reference to this video

[@mamunsw]

Thank you very much. Could you please send me the link of your page?

[@AceKingDiamonds]

I did, twice now. But both posts were deleted 🤷‍♂

[@mamunsw]

could you please send me it to my email?@@AceKingDiamonds

[@AceKingDiamonds]

Done@@mamunsw

[@mamunsw]

No problem. It is completely ok to use my RUclips link on your website. I feel proud that my video inspired you. If you need any technical support feel free to ask me. Thank you.@@AceKingDiamonds

[@MrVitka1]

Блин, как они это придумывают?! Даже я не смог бы додуматься до такого!

[@mamunsw]

Thank you.

[@Dudsgon]

А ты кто менделеев чтоли

[@user-kf2dh8xp4u]

😮

[@mamunsw]

🙄

[@kimjoungun1]

gear and train slider is usless just put 2 gears togather

[@mamunsw]

Yes, you are right.

[@GusNorris]

Satisfying e.e

[@mamunsw]

Thank you.

[@sebasro9233]

Hello, what software did you use to make the 3D models and animations?

[@mamunsw]

SolidWorks. Thank you.

[@handleAlreadyUsed]

Is this inspired by the art of rendering?

[@mamunsw]

A lot of RUclips channels including the art of rendering.

[@josemariaferriazorin9930]

What software do you use for simulations?

[@mamunsw]

SolidWorks

[@josemariaferriazorin9930]

@@mamunsw thanks, excellent work!

[@user-px4jt7hx1x]

скажите пожалуйста, где применяется механизм номера 3,

[@mamunsw]

Я не видел в этом никакой пользы, но для достижения возвратно-поступательного движения используется тот же механизм.

[@user-px4jt7hx1x]

@@mamunsw оу спасибо, но для достижения возвратно-поступательного движения, есть механизмы попроще

[@user-rq9po2zv4k]

Клас

[@mamunsw]

большое спасибо

[@jordancoleman1608]

LOL! What’s going on with that “elliptical gear pump”? Just a thing you made up, I’m pretty sure.

[@mamunsw]

You are partially right. It is an another version of existing gear pump.

[@jordancoleman1608]

@@mamunsw “Another version” as in “a version that doesn’t work”? Your gear pump is wide open between the inlet and outlet ports during a huge chunk of the pump cycle, and there’s no mechanical constraint that drives the movement of the two sliding bits.

[@ADE1000SON]

This song sounds like Asura...

[@mamunsw]

Kind of. Thank you.

[@camanderdann9892]

120 digree rotetion mechanical idea

[@mamunsw]

Yeah.

[@NRIQ_nl]

Btw, its scotch* yoke, not skotch yoke

[@mamunsw]

Thank you, corrected.

[@yjcho2758]

​@@mamunsw Btw, its scotch yolk*, not scotch yoke

[@mamunsw]

@@yjcho2758 No it is yoke. Please Google it.

[@Koen75NL]

@@yjcho2758 Scotch egg, perhaps

[@620733]

Ну и какая польза от этих мультиков?

[@mamunsw]

😎

[@jahshjahsh2002]

As someone who doesn't know a thing about mechanical engineering. These principles feel uncomfortable to watch.
Too much wasted energy, friction and possibility for things to go wrong.

[@mamunsw]

Thank you for your opinion.

[@zenkohm0]

これは何の役に立つのでしょう？
全くの役立たずですよね！

[@mamunsw]

これらは役に立たず申し訳ありません。 しかし、時にはこれらが他の人にとって役立つこともあります。 ありがとう。(I am sorry that these are useless to you. But sometimes these are useful for others. Thank you.)

[@protoborg]

That is NOT how a planetary gear system works at all. The sun gear is always in the middle and is bigger than the plant gears. The whole arrangement is surrounded by a ring gear. What you have here is just linked gears. The outer gears in your arrangement do not orbit the center gear in the slightest so they are not plant gears and, thus, the center gear is not a sun gear.

[@mamunsw]

Thank you for your valuable information.

[@giravik]

И чё?

[@mamunsw]

Just fun.

[@salmanhemel6128]

Good work. Im also enthusiastic on this. Could you please share me your email?Im a Mechanical Design Engineer from BD

[@mamunsw]

Thank you for your enthusiasms. Please mail me for any information. [e-mail]

[@salmanhemel6128]

Thanks a lot for your response.