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ただくま研究室 Yamagata Univ.
Japan
เข้าร่วมเมื่อ 28 ก.ค. 2020
山形大学多田隈研究室のあれこれを配信します。
どうぞお気軽にご覧いただけると嬉しいです。
どうぞお気軽にご覧いただけると嬉しいです。
The Next Big Leap - Tadakuma Lab.
【Notice】
Finally, the project will start soon.
Please follow us on SNS.
Please look forward to the next announcement.
Twitter account
account name; @garagefolks
garagefolks
Facebook official
Garagefolks
BGM:
Cinematic Adventure by Infraction [No Copyright Music] / Epic Motivational
th-cam.com/video/a_C7p8t4K4w/w-d-xo.html
Finally, the project will start soon.
Please follow us on SNS.
Please look forward to the next announcement.
Twitter account
account name; @garagefolks
garagefolks
Facebook official
Garagefolks
BGM:
Cinematic Adventure by Infraction [No Copyright Music] / Epic Motivational
th-cam.com/video/a_C7p8t4K4w/w-d-xo.html
มุมมอง: 2 097
วีดีโอ
New Collaboration - Tadakuma Lab.
มุมมอง 1.4K2 ปีที่แล้ว
【Notice】 Finally, the project will start soon. Please follow us on SNS. Please look forward to the next announcement. Twitter account account name; @garagefolks garagefolks Facebook official Garagefolks
【Full HD】ABENICS: Active Ball Joint Mechanism With Three-DoF Based on Spherical Gear Meshings
มุมมอง 1.2M3 ปีที่แล้ว
Full HD remastered supplemental video from the official, Tadakuma Lab. Yamagata Univ, Japan. Patent pending. This article is open access → dx.doi.org/10.1109/TRO.2021.3070124 There are many challenges, and so many dreams. ABENICS: Active Ball Joint Mechanism With Three-DoF Based on Spherical Gear Meshings. K. Abe, K. Tadakuma, R. Tadakuma. BGM : プラネタリウムガーデン (EN : Planetarium Garden) by まんぼう二等兵(...
Pipe Robot with Vibration - 山形大学 多田隈研究室
มุมมอง 25K4 ปีที่แล้ว
パイプロボットの動画です。 山形県内の企業である弘栄設備工業株式会社との共同研究の成果です。 [ スタッフ ] Producer / Director / Story / Editor / Camera : Kazuki Sasagawa ※この動画は学生が企画し、教授の了承を得て公開しています。 [ 研究開発メンバー ] M. Seguchi, Y. Watanabe, K. Sasagawa, H. Murakami, R. Tadakuma. Lab. Address : tadakuma.yz.yamagata-u.ac.jp/index.html
Omnidirectional Transporting Robot【OMNI-TABLE】R. Tadakuma Lab. Yamagata Univ. Japan
มุมมอง 32K4 ปีที่แล้ว
Study on Omni-Table : Omnidirectional Transporting Table. Since 2014~. From R. Tadakuma Lab. Yamagata Univ. Japan. [ ↓Recent references ] ・Study on visual machine-learning on the omnidirectional transporting robot. Adrian Zambrano, Kazuki Abe, et.al. doi.org/10.1080/01691864.2020.1762734 ・Development of the omnidirectional transporting table based on omnidirectional driving gear. Kazuki Abe, ...
how to calculate the reduction ratio of the gear train from motor to cross spherical gear
Great range of motion... it'll be limited in torque though due to the ball's shape
🎉🎉🎉🎉🎉🎉🎉🎉
That could aim a rifle really well
😱 Oh no... Richard Gere gonna get himself into the ER again... 😳
Brilliant!! 🤯Imagine the range of motion if they make driving module 2 the output. Unlimited range of motion!
Incredible!
Mind-bending. Only the nervous loud noise it makes all the time seem to be an impediment for many applications.
Evil 👿 people will always thinking about: How can we use this in weapon arsenal…
Genius!!! 🎉
肘が作れるのか
that s genius !!!
This mechanism can be applied in the joint of a humanoid robot.
Amazing !!
Send this to James bruton so he can ride it
This is some brilliant engineering. I want to print something like this!
So is this like a 3D gear?
Good god that is beautiful.
thats badass
Literally first steps in making robot arms.. shoulder joint.😊
Witchcraft
PORFAVOR DIGAN A PÚBLICO QUE PROGRAMAS UTILIZAN AYUDEN A QUE LOS QUE ESTÁN A ABAJO ALCANCEN SU NIVEL POR FAVOR <3
Complicated as hell, but cool.
Ingenious!
Does it only use 2 motors, I couldn't see how the other monopole gear was powered it looked like only one of the monopole gears was being driven? Please explain.
this looks perfect for a human like shoulder or hip joint
k, where's the rest of the mecha?
진짜 미쳤다 찢었다. ㄷㄷㄷㄷ 이런걸 구상해 낸 사람은 천재일까?
Can someone explain the rotational limitations of this for the laymen? Doesn't the ball joint need to return to one of the poles for the ball joint to be rotated on the axis of that pole? Or can the joint rotate from literally any angle?
This is how the terminator's shoulders and hips will move, mark my words
Звуковое сопровождение раздражает.
The music is great, what is it??
小型化、軽量化、効率化に寄与しそう
この時点で人工股関節に見える。
And for what can we that use now? :-D
人工関節に応用できそう
Here are some additional details that you may want to include in your translation: The mechanism was developed by researchers at Yamagata University in Japan. It is called "ABENICS," which stands for "Active Ball Joint with ENgineering of Spherical and Saddle Gears." The mechanism has potential applications in robots, medical devices, and other machines that require precise positioning and control.
Three-DoF Active Ball Joint Mechanism Using Spherical and Saddle Gear Meshing
動画の技術がすごいのはもちろんなのですが、曲の編集がものすごく良いです。 本家の曲に対し、よりチルとイージーの方に重点を置いてる感じが堪りません。 こちらのリミックスバージョンをスマホに入れて聞きたいくらいです。
This mechanism will control the arms and legs of the robot that Justin Trudeau will send to kill you if you say anything bad about him or you are unvaccinated.
역시 세상은 극소수의 천재들에 의해 발전하는구나 고맙다 천재들아
This is fascinating. There must be some "illegal" moves. It would be interesting to talk to the creators.
It would be fun to see one of those ball joints made from a ferro-fluid. :) (posting from the future here)
Brilliant!
So the ball was held by only its teeth. No other support force.
Xplanar from wish
Is this only used in robotic arms?
Great use of 4 motors!
Not many people are this willingly to show the innards of their design and the mechanical concept driving it. It is people like you that push us forward. You deserve the highest regards.
It's a useless device, the motors/manipulators take up too much space and the patterns on the ball and gears (if made with steel) would require extremely cost prohibitive machining. Some kids in college made it to flex their intellect but its actual applications in the real world are 0. Otherwise they wouldn't be showing how this unpatented device works in such great detail.
@@Fine_i_set_the_handlemaybe it has ONE use atleast because it seems like it's shoved up your arse
@@Fine_i_set_the_handle🤡
@@Fine_i_set_the_handleToo much space for what application? The gear can be made for next to nothing with additive manufacturing. This isn't a product, it's a proof of concept for a new design. All other practical considerations are secondary at this stage, that's how all new designs start.
so if i could design this from scratch, how much could i make... theoretically speaking.