High-Power Hydraulic Artificial Muscle for Tough Robots
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- เผยแพร่เมื่อ 24 ม.ค. 2017
- The muscle is 15 mm in diameter and generates 700 kgf contraction force.
The hydraulic high-power muscle has been developed by Suzumori Endo Robotics Laboratory at Tokyo Institute of Technology and Bridgestone Corporation as part of the Impulsing PAradigm Change through disruptive Technologies program (ImPACT) Tough Robotics Challenge which is an initiative of the Cabinet Office Council for Science, Technology and Innovation.
Related news : "Development of a Hydraulic Drive High-Power Artificial Muscle through the Cabinet Office Tough Robotics Challenge"
www.titech.ac.jp/english/news/... www.titech.ac.jp/english/news/...
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I can already imagine the floppy cranes of the future.
oh no
Cranes with them gains.
0:51 I love how technologically advanced the Artificial Muscle is and you just zip tie a screwdriver to it perfect. Good job hopefully this will be used very soon.
They ran out of funds
@@deepdays9068 wtf
These amazing accomplishments will always be touted to make life better, and to an extent they will. The ultimate purpose is to replace you
@@deepdays9068 A wonderful technical project as it is not limited to electronics or battery, why did they stop ?? They must continue, as there are many advantages to this system and it has many diverse applications.
The fact that the logo from tokyo tech looks ALOT like an angel-mecha from the anime "neon genesis evangelion" makes this even more frightening.
Impressive technology. This would definitely become the standard for new robot muscles. I just don't understand why there's 339 dislikes.. weird
@@gamerfortynine I think the new thing would be the technology that can control the pressure, and combine several of these phallic tubes to produce almost natural range of motion and control.
Honestly, I'm sure in many environments the limited range of motion of prior robotics would be better, but balloons seems interesting.
I wonder how long until we can have mechanical donkeys to ride through the streets, or mechanical waifus to lower the birth rate to 0 and cause societal collapse.
Because it's Japanese
Because these technologies are ultimately intended to replace you, and most won't understand the end-game because they're mesmerized.
Like how easily a strikingly beautiful woman can lie and get away with it.
Kevlar, woven in a chinese fingertrap braid, with an inner tube lining of urethane or rubber. Now you know.
That's all the materials from this video project?? Or any others more?? Bcus this artificial muscle got my attention right now.
wara wiri no that’s pretty much it, some stretchy inner tubing that you pump air into to get it to contract, the Kevlar stops the inner tube from blowing up like a balloon and bursting
Which is why I think it's good engineering. "Keep It Simple, Stupid." - Kelly Johnson, lead engineer at the Lockheed Skunk Works
@@spamspasm8183 the idea of this isn't theirs. it's the materials and the control (!) that is special about this one. control previously was extremely limited.
@@tanszism Never said it was their idea. I just said I think it's good engineering.
Very good stuff. It's a pity that the desk size hidraulic power system with a 2000 Watt pressure generator is missing from the video.
only a small detail 😂😂
can you use this to rip the top off of a spider tank without your arms falling off, i hate it when that happens
I understood that reference, first DVD I ever bought too.
@@mnomadvfx what is the reference?
@@user-sy7bk2cs1m Сцена из призрака в доспехах, полнометражный анимэ-фильм 95 года.
@@gungrave979 спасибо
@@user-sy7bk2cs1m ghost in the shell, seems that once a Hollywood like movie releases all the creatures come out
it may be slow to build the entire unit with this technology but using it for grippers/manipulators definitely worth looking into at 700 kgf could do things the "suction cup" technique never dreamed of
A WEAPON TO SURPASS METAL GEAR
KIMI tanks with legs! O.O
Not just any legs, lady legs
I see you're a woman of culture as well 😂
is Tokyo Institute of Technology called TIT?
yeah, they pronounce it as Tee ai Tee
I mean, we sometimes call MIT meat. Hard time for TIT
Sonofamother You should see their mascot!
i c... for a while i thought it was a bird.
XD
AvE makes these seem way cooler in his vidjeos.
haha right? :D
Heavy as fuc that's why I'm here
looks like these guys materials are just a little bit higher grade and latex tubing and a chinese finger trap
True, but that's what keeps the viewers coming to his vids. It's kinda his thing, what with all the skookum-choochery lol.
Came to see if AvE was mentioned. First comment i see!
Thank you Bridgestone and Japan, for introducing us to the great great grandparents of the robots that will enslave us one day.
So now they're making robots indestructible. Great!
istant theory was hydraulically operation but the exterior is electronically charged to strengthen the fibers almost like active suspension
Nice work. Just so folks know, the idea and design came from "Black Magic" by Masamune Shiro, published in 1983.
McKibben*
Ghost In The Shell Becomes more real every day
WHITEWOLF660 / TOO TRUE, AND SCARY!!!
Nah, this stuff is still childs play compared to the artificial muscles in GITS.
I would imagine something closer to the recent HASEL muscles, but printed en masse at closer to the scale of human muscle cells.
The problem would be wiring up all the individual cells.
That shell is worth Trillions like 7 Trillions
I agree.
My thoughts exactly
This is basically a precursor to the kind of technology shown in the movie iRobot. The new model of robots in the movie had "muscles" tethers to a metal skeleton that mimicked the shape of human muscles. If we mimic the shape and placement of major human muscles with the ones shown in this video, would it produce natural, humanlike movement?
th-cam.com/video/guDIwspRGJ8/w-d-xo.html i guess yes
Two questions: 1. What is the total efficiency? 2. How do we silently create the pressure to drive these, so we can have sex robots that don't make machine noises?
exploder69 :D
I'm a little afraid of what a robot with muscles like that could do to you in bed.
exploder69 we need to make the pumps that are silent yet capable to deliver lots of force in very less time
Interstellar bruce The Pen Is Mightier...
Easy, just keep the power-pack outside
I love these tehnologies they make our world better and better every day
Excelente!
Saludos desde Argentina.
When you realise our own muscle is just a bundle of numerous microscopic hydraulicram like structure
Meeeeeechwarriors come out and plaaaaaayyyyy!
LOL Air muscles! We were playing with these 10 years ago for animated props. All it is a rubber tub in a nylon mesh (normally used to cover electrical wires) and compressed air...
i _really_ want to implement some of this into my prosthetic arm
Really like the wrist. It's motion looks so bionic
That mallet looks like it belongs in a cartoon.
Future of space exploration!
They developed it? I've seen these type of muscles being used since decades.
And BIG cabinet with valves !
The technology has a bright future in robotics. Imagine an FDM 3D printer with muscle arms on a 360 degree slewing ring. There would be little if any need for scaffolding. Shapes can be developed according to core structural priority. Imagination is the only limit here.
Genius. They wrapped high-pressure balloons with woven fabric sleeves. When the balloons expand from hydraulic pressure, the fabric can only stretch laterally (sideways), and not along it's length- and so the whole thing contracts. Mind blown.
I love it!
That had to be the lowest impact "high impact" demo I've ever seen. That guy could barely lift the hammer!
GaragebandandBeyond still the muscles barely budging when being hit by that heavy hammer is pretty impressive.
I was thinking the same thing, but I agree with Jordan Secrist here. His second attempt was forceful enough to prove a point.
@@patpatrik764 yikes
He'll soon have robot muscles and will be able to swing the hammer at inhuman speeds
I been thinking about this since I saw T2 as a kid. Then there’s that video game where you wear a muscle suit. And now shits real
Sets the mind into spining motion...
mind-boggling
how fast is the artificial muscle though
One more step forward in robotics.
Interessante!!!... Futuros músculos artificiais e de natureza hidráulica.... Vai ser interessante ver eles empregados em robôs e tem grande força com 700kgf de contração, resta sabe se eles são ágeis o bastante como os músculos reais....
It just like a muscle , it can contract but still flexible enough to bend
So Snaiad's hydraulic muscles are plausible, but in a way other than what Nemo thought(pull instead of push)?
So, could you hook this up to an amputees augmented arm, and give them super strength?
very similar to the air muscles described John Irvine's 'Robots, Androids, and Animatrons'.
Grande tecnologia, mi spaventa che un giorno un robot così forte e dotato di intelligenza artificiale diventerebbe invincibile, specialmente se consapevole della sua forza. Comunque bravissimi.
straordinario!
Is there a class y’all can teach
amazing
Could be a game changer
Artificial muscles are the future of robotics
festo has had these for years
Cool now show the compressor or the pump
Would like to see pumps capable to power these muscles in speed of animal/human extremities. And autonomous power sources to fit inside human sized robot.
this looks good and all. but how does exactly putting an artificial musle on a robot helps human.besides its accuracy?
does it help people to lift more weights or is it just for hospital purposes?
Super strong! killer droids.
They beat me to it. I had such an idea some time ago!
Same here. It means you are on the right track! Your concepts are on point.
Yeah it's always nice when you have an idea, start working on it , then you abandon it ,only to find out it was a good one. Slightly disappointing, but still validating. Keep thinking!
Is this work by air pressure?
Muito bom
I like your technology ❤❤
Very cool.
I feel as if this could be the start of wireless Exo suits
Спасибо. Давайте дальше
What's inside air or fluid
I love it when you get it right
eventually you'll be able to put CO2 cartridge, in arms legs for super Emergency "strength and Speed just like the bionic Man.I love it whe a plan comes together,
Wow is so advanced is like inventing gunpowder!
I thought of this concept in the 90's.
@BOI ??
Since a kid a was wondering if this might be possible . I thinner strands working like human muscle . Very close ta reality though
Lol I was trying to swipe on the top right corner thinking it was an ad
Great
Isn’t it interesting that peak technology is used to replicate what we already have a nature.
rubber tube and casing??
LMFAO. They invented a hose.
Seems like Battlemechs are that much closer
The same hydraulic muscles of sonny (the robot from the movie I ROBOT)
We will see the development of the Mackie in our lifetime at this rate
Where can I buy these.
These are going to work great for the killerrobots.
Uses Air/gas? Or fluid?
This appears to be the exact same McKibben Muscle we've been using since the 1950s. What's new here?
This one is hydraulic whereas the air muscle is pneumatic.
Hydraulic McKibben muscles are also not new
Read: www.titech.ac.jp/english/news/pdf/tokyotechpr_en_suzumori_20170126.pdf
Page 2 admits that it's just a higher pressure hydraulic McKibben muscle.
Nothing new here.
I like how this guy has one conclusion on his mind and has successfully steered every attempt at disproving it towards that conclusion, only to fall silent when ultimately proven wrong.
So, nice balloon!
so how do I buy some?
Scary stuff.
Looks like i Robot is gonna be a thing in the future
Man imagine having a robot arm to practice armwrestling with...better yet, imagine having a robot arm to compete in armwrestling... actually, fuck it, imagine having a robot arm!
Just for the sake of robotics, you need to make a robotic arm using your method and test the different amount of weights you can lift and move with the robotic arm giving more precision and strength with your design, also see if you can make a very strong car jack!
is this for DARPA too?
thats strange reminds me of a paper i wrote last year in the natural motion of compressed pressure. movement is a bi-product.mimiciking a circulatory system. the master /slave send and interjunctly receive.cpu the pressure release gates. well well compressed tissue sack motion movement and inline conduction. finally sees the light of day.
Maximum Strength!
Exactly what I thought of
Metal gear?
Just the loo of a grin on the face of this ice fist I know terminators are just going a little quicker.
The compressor on that thing must weigh a ton and take up a lot of power, I think it's the thing behind the blue tarp in the last clip, not fitting on a bipedal robot anytime soon, at least not one that can fit through a door.
What if you used it in a hexapod with the shape of the OSU adaptative suspension vehicle ?
@@ulforcemegamon3094 If you mean to carry the power supply and compressor, I have thought of similar concepts and agree with your general approach. I think it would be difficult to get such a large accompaniment up and down stairs, but if you only need to get up short stairs and otherwise operate within tether range of accessible floor space than a wheeled tether makes a lot of sense. As cool as hexapods are, the weight and size of the tether just seems a bit much for indoor mobility.
They'll never be able to breakdance like a human.
Check out boston dynamics new dancing robot vids and it might prove you wrong
Not yet.
Any rubber-technical is the principle to break down
Wait, let me hit it with the cartoon hammer
años después nos partirán a la mitad con estos poderosos músculos. :/
How to work this
Okay, "force controllable up to high values", like what? You put kg, which is a unit of mass. Like, is that a weight scale?
I hope this Will become reality in medical induatry all over the world. Man- machine merge, replace of damaged biologic muscles for artificial ones, fatigue diseases elimination, artificial hearts...
Good to know that robots will be able to crush us like bugs...
Sign me up I’m ready!!
What materials are being used? As noted by another commenter, this appears to be a McKibben muscle; I assume it's the materials (particularly the bladder) that make this exceptionally strong. What's the minimum hydraulic pressure required before unloaded contraction occurs?
whats unloaded contraction?
Air muscles require a certain amount of air pressure before they begin to contract (without any load to them; basically the minimum pressure needed for the bladder to begin to expand, and push against the containment mesh.)
I assume this is just Kevlar braided like a chinese finger trap with a rubber or urethane inner tube?