Exploring Mechanical Principles: Unveiling Robot Grippers and Reversing Rotation Mechanisms!
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- Опубліковано 11 лип 2024
- Welcome to our channel, where we embark on an exciting journey into the realm of mechanical engineering! In this captivating video, we delve into a series of mechanical principles, focusing on the incredible world of robot grippers and mechanisms that reverse rotation. Prepare to be amazed as we uncover the secrets behind these ingenious inventions!
Join us as we explore a collection of robot grippers, each designed to accomplish specific tasks with precision and efficiency. From the versatile Robot Gripper 6 to the dexterity of Robot Gripper 7, and from the ingenious functionality of Robot Gripper 2 to the adaptability of Robot Gripper 3, we'll showcase the immense capabilities of these gripping mechanisms.
Witness the innovation of Robot Gripper 5 and the advanced features of Robot Gripper 4. Marvel at the Bar Mechanism for Reversing Rotation, a mechanical wonder that enables the conversion of rotational motion in the opposite direction. Explore the intricacies of these mechanisms and their application in various industries, from robotics and automation to manufacturing and beyond.
Through detailed explanations, visual demonstrations, and real-world examples, we'll guide you on an insightful journey. Gain a deeper understanding of the principles that drive these robot grippers and reversing rotation mechanisms, and witness their impact on enhancing productivity and expanding possibilities.
Hit the play button now and immerse yourself in the world of Mechanical Principles! Like, comment, and subscribe to our channel to stay updated on future episodes, where we continue to unveil awe-inspiring engineering insights!
00:00 Robot gripper 6.
00:46 Robot gripper 7.
01:29 Robot gripper 2.
02:10 Robot gripper 3.
02:49 Robot gripper 5.
03:40 Robot gripper 4.
04:28 Bar mechanism for reversing rotation.
05:14 Robot gripper 8.
06:21 Robot gripper 9.
07:20 Robot gripper 10.
Enjoy !!!
#robotgripper #robotmechanisms #satisfyingvideo #mechanicalprinciples #mechanism #amazingmechanisms #diskcammechanism #angulartransmission #camandsinemechanism #doubleparallelogrammechanism #drivemechanism #fourbarlinkage #gearandlinkagemechanism - Наука та технологія
Thank you!
La mecánica es maravillosa, bastante extensa. Todo en si son principios mecanicos
SUPER👍👍👍👍👍👏👏👏👏👏
Look complicated but pretty simple mechanisms, this just show how magnificent mechanical engineering is. Also its pleasing to the eyes
Thanks, like, share and subscribe !
Nice video, thanks for sharing it :)
Absolutely. Love it ❤️
Glad you like it!
I have gained the knowledge of mechanical principles part 03
Thank you for your comment. Like, share and subscribe. Other interesting videos will come.
Tankuoo
we*
@@theofficialtastynacho0898 yes we*
Level 3 achieved!
Thank you so much for making this animation!!! I was looking for something that would help me create equal outward forces when a downward force was applied. I'm trying to open the slots of a Kliklok box to make a low cost jig. It would be for farmers to use when they assemble the paper produce containers I've created to replace plastic clamshells. Robot Gripper 7, 9 and 2 would work, I just wouldn't need the arms part squeezing something together, just the top half moving outward. Which of these designs would create the strongest outward force and last the longest? In Robot 2, would a spring loaded mechanism like that of a self-inking stamp work to drive the shaft down under that purple cap?
Thank you for sharing.
My pleasure!
Sería interesante contar con los diseños en 3D. Hay alguna página donde descargarlos? Aunque fuera necesario aportar un beneficio al productor de los diseños.
4:41 very nice 🙂
Superb !!!
Felicitări !!!
Multumesc ! Urmareste in continuare !
La verdad no tengo ni idea de como crearlo o llevarlo a cabo nose ni como empezarlo pero son increibles seria bueno que publicara un tutorial saludos y abrazos❤
Could you please write what program was used to make this modelling?
Truly remarkable animation. Wonderful.
Thanks, keep watching !
No he encontrado un canal más interesante, son geniales chicos👷♂️👍
¡Muchas gracias, sigue mirando!
Nice
Merci chef
great
Excelente los trabajos de los Ingenieros Mecánicos
Gracias !
Very useful. Thank you. Good luck
🤩🤩🤩
Thanks, like, share and subscribe !
Looks impossible, but made possible, that is what I call incredible.
Thanks, Yusof !
the driven shaft connecting rod will not be able to lift without any synchronization with moving of the driving shaft
شي خرافي...جيد جدا
Отлично !
Большое спасибо !
q bien hecho
I have gained the knowledge of Mechanical principles part 03
Thanks popupo ! Keep watching !
Good job thank you very much...
Thanks, keep watching !
All your mechanical principal is very beautiful
Thanks, !
Buenísimo los mecanismos gracias por compartir
Thanks, Keep watching !
Fantastic Ideas
In a computer rendering, all works perfect
In a real world application under pressure & drag would the movements work as designed
Love observation of your conceptions
Good job
Thanks !
Excellent
Thanks, keep watching !
Great! IT IS WAHT I WANT TO KNOW.
Thanks ! Like share and subscribe !
不明觉厉Unknown but felt amazing
Really good👍
Thanks Manoj, keep watching !
Well done. Can you make clutches mechanism
Thank you for your comment. Like, share and subscribe. Other interesting videos will come.
vvvv nice uGrEat i like this chinal From pakistan
Nice video bro
Thanks, keep watching !
Prinsip mekanik yg bermanfaat
Terima kasih, terus menonton!❤❤❤
Merhaba, gerçekten mekanik ilkelerini öğretici güzel çalışmalar. Kullandığın mekanizmaların parçalarının teknik çizimlerini paylaşman mümkün mü. Okuldaki modelleme derslerinde kullanabilmek için.
Teşekkürler !Beğen ve paylaşın! Çizimlerim yok! İzlemeye devam edin !
Felicidades !! Tienes archivos en sólidos ??.
Saludos!! 🇲🇽
Disculpa, qué software utilizas para hacer tus videos? Son muy buenos!!!
Solidworks , keep watching !
Sería excelente poder imprimir en 3d algunos de estos, no están en thingiverse o en cults3d?
No
Great video! What does the red cylinder represent? What I’m not seeing is, what is driving the linear rod to push in and out?
Usually a pneumatic piston
@@luiggitello8546 ah ok now that makes more sense to me, thank you!
@@Coolarj10 no worries, i updated my answer btw. Is more common to use air than oil in small applications like gripper.
@@luiggitello8546 Thank you, I appreciate the follow up! I was originally asking because I was thinking "how do they expect a motor to drive this.." but it makes more sense that it would be a pressure-based force rather than converting some sort of rotary motion to linear motion. Thank you for the clarification!
기계 기술이 참 대단하십니다
감사해요 ! 🤩🤩🤩
Saludos amigo, no soy ingeniero pero me gusta el diseño de máquinas, me acabo de comprar una laptop y voy a tomar un curso de diseño, que programa o software me recomiendas? Gracias
Saludos desde México.
SolidWorks, keep watching !😍😍😍
Main white bar under bahar ke se ho ta vo to dikhate nahi ho please show it
Can you tell me what software you use. I need to male video of mechanical things
SolidWorks, keep watching !😍😍😍
Did you design these on SolidWorks?
Yes, these are made in SolidWorks.
@@WolfShaft Please can that also be easily made in FreeCAD, thanks.
bravo
Hvala, nastavite gledati i dijeliti!
What software to make it? que programa de diseño hace esas simulaciones mecanicas?
Solidworks , sigue mirando !
@@WolfShaft gracias!...
классная графика
Спасибо ! Следите за новыми видео.
hay lắm
Cảm ơn !
what software did you use to make this animation
SolidWorks, keep watching !
Хотел бы видеть, как любой из этих механизмов сможет работать на кузнечном участке...
Мы говорим о принципах работы. Их можно улучшить и применить на практике. Продолжай смотреть !
👍👍👍👍👍🙋
Rotacion elíptica?
สุดยอดไอคิวสูงมากๆ เพราะสิ่งทำมันซับซ้อนมากๆ
ขอบคุณ ! ติดตามชม !
Awesome sir great job.
Sir can be also get the detail drawing views for these all components
thEsE wOULdn'T wORK WiTh hIGH TORquE
Paket mo ko ni
👏👏👏👍
Thanks , keep watching !
Good
🥰🥰🥰
Which software used for this animation?
SolidWorks, keep watching !
I'm looking for a mechanism that converts rotary motion to linear motion.
Do you have any such simple machinery, please upload such videos.
I'm sure I have such mechanism. Just search on my channel.
@@WolfShaft Ohh, thank you for your response. I'll check it out
Have a good day 👍
@@lathapauline1063 Keep watching !
@@WolfShaft 🤗
a wheel does that by itself.
👑
love,
david
سلام از چه نرم افزار برای ساخت استفاده کرده اید؟ ساید یا کتیا؟
SolidWorks, Keep watching !
Gripper no.2 looks like as animal's jaw!
👍
What programm is this?
SolidWorks
How work mein slinder! ?
Gripper 3 wouldn't work as it would just bind up
Gripper 9 looks promising
This gripper at the end has the same binding issue as gripper 3.
Keep watching !
В последнем колено мне кажется лишнее
ما اسم التطبيق الذي يصنع هذا؟
SolidWorks
Are you phd in this field? kinematics of machine
Hi, thanks for the comment. I am not a phd but I'm working in this area. Like share and subscribe, many interesting videos will come.
Авторы пишут, что это механизмы захватов и зажимов для роботов, а не пишут каков привод . Тут в большинстве пневматика.
Поршень и шток. Движущийся прямолинейно: туда и обратно...☝️
Ты прав !
Гидравлика
Некоторые мехонизмы без пружин работать не будут
🥰🥰🥰
ENZO LOVES APHMAU
Ассалому алайкум.
Hello !
மிஷின் அவைலபில்
make a mechanical computer! i bet the hz is really quick if its light and small, it could be true because speakers go really fast, so if its anything like that- it may be valid!
I'm sorry, but allot of these wouldn't work in practice due to friction and the locking of parts due to asymmetric forces working on sliding parts.
That's right Andrew, but as the title of the video says, we're talking about mechanical principles, some of which can't be put into practice.
மிஷின் எனக்கு வேண்டும்
ப்ளீஸ் காண்டாக்ட் நம்பர்
그래픽 쪼가리로 뭔들못할까
가공은 개뿔도 모르는 설계놈들 개빡친다
감사 . 좋아요, 공유 및 구독!
yes i like i m want so
Excellent
Thanks, keep watching !
@@WolfShaft I want to make a hand drii stand from the old gear, cut to shingl gear in two parts, what is the method
Nice
🥰🥰🥰
👍
Спасибо, лайкни и поделись! Продолжай смотреть !