1,504 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/xMQfbZY38t
78 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/2BcU7gIfcU
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RT @delbot1234: Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/RFDlx…
787 followers
RT @delbot1234: Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/RFDlx…
9,319 followers
RT @delbot1234: Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/RFDlx…
99 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/RFDlxbirUC
322 followers
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Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/0PVX9qESUS
5,181 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
11,620 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
213 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/OoSJWgyfwB
15 followers
Farewell, stepper motors. https://t.co/St2HbCG7zT
3,598 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
8,468 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
288,901 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
169 followers
RT @SciRobotics: A new class of lightweight #robotic actuators by @CUEngineering @CUBoulder can contract faster & w/ more power than human…
60 followers
One step closer to #synthetic_muscle , liquid filed bag that changes shape with high voltage. https://t.co/D3f18ysc4I
2 followers
@BenKrasnow I read about this new bionic muscle design. https://t.co/25ViIksj4D . Thought it might be something you would be interested in.
679 followers
#Engineering in Action https://t.co/RLYEC8w5sR
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RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
363 followers
例の謎アクチュエータ閲覧できるようになってる 基本は誘電エラストマに似てるんだけど、柔らかい物体が静電力でつぶれるんじゃなくて、↓みたいに電圧をかけると閉じるジッパを使って袋の内部の液体を移動させてる。構造が簡単で作りやすいのが売り。 でも電圧はやっぱ高い https://t.co/MojLrKpg0c https://t.co/0DJqXDlpnD
2 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
8,352 followers
950 followers
RT @cajunfj40: @emccoy_writer Cool! Found a paper: https://t.co/lMcZZJavtP 160W to lift 1 kg seems to be the efficiency at max load. Missin…
62 followers
@emccoy_writer Cool! Found a paper: https://t.co/lMcZZJavtP 160W to lift 1 kg seems to be the efficiency at max load. Missing a distance to complete the calc. Mad Engineer wants to make a reciprocating muscle engine...
536 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
688 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
242 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearl...https://t.co/KBA84HAoGu
139 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
485 followers
RT @moka18313: Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/dIvYzo…
368 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
4,252 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/3mCmQSwjyA
452 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
526 followers
Muscles with potential! https://t.co/p1AKzMyHER
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Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation | Science ... - https://t.co/QWXEsYlIdY via https://t.co/YLRsG0FKI4
130 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
584 followers
RT @moka18313: Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/dIvYzo…
440 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
324 followers
RT @SciRobotics: A new class of lightweight #robotic actuators by @CUEngineering @CUBoulder can contract faster & w/ more power than human…
223 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
300 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
5,354 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
688 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
5,354 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @SciRobotics: ICYMI: These #muscle-like #robotic pouches could "flex" >20,000 times before wearing out @CUEngineering: https://t.co/wJ9c…
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RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
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RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
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RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
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RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
553 followers
RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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RT @daniel_kraft: Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBould…
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Artificial muscles can sense their own movements & self-heal from electrical damage. #robotics applications from @CUBoulder in @SciRobotics https://t.co/jvcFJucGkG https://t.co/ZKUrCTaUcq
40 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
175 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/qxhJX3MJ4o
1,469 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation https://t.co/vGfIS1IhkT
206 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
1,536 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation | Science Robotics https://t.co/7vEDJMFGl5
8 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
476 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
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RT @SciRobotics: ICYMI: These #muscle-like #robotic pouches could "flex" >20,000 times before wearing out @CUEngineering: https://t.co/wJ9c…
34 followers
RT @SciRobotics: ICYMI: These #muscle-like #robotic pouches could "flex" >20,000 times before wearing out @CUEngineering: https://t.co/wJ9c…
408 followers
RT @SciRobotics: ICYMI: These #muscle-like #robotic pouches could "flex" >20,000 times before wearing out @CUEngineering: https://t.co/wJ9c…
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ICYMI: These #muscle-like #robotic pouches could "flex" >20,000 times before wearing out @CUEngineering: https://t.co/wJ9cmCLWyL https://t.co/BaGUlaWsJ6
352 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
320 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
8,587 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
223 followers
RT @SciRobotics: A new class of lightweight #robotic actuators by @CUEngineering @CUBoulder can contract faster & w/ more power than human…
52 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
375 followers
547 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
500 followers
Peano-HASEL actuators : Muscle-mimetic , electrohydraulic transducers that linearly #contract on #activation https://t.co/08xcWYwSpi
1,243 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
19 followers
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@7oei なんか電気の熱で液体→気体にしてるかと思ったけど、それにしては50Hzは早すぎるし、アブストは油圧とか書いてあってちょっと分かんない https://t.co/BZTADkKG1Y
261 followers
RT @Kyukimasa: 誘電エラストマーと油圧を組み合わせた人工筋肉 https://t.co/UM1Xb21vSv
363 followers
電圧とか効率とか書いてないけど（アブストには）、電気的に動作して、10%の収縮、50Hzの繰り返し動作、自重の200倍持ち上げられるのは結構凄そう https://t.co/7yr3mHTpzT
12 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation - Science https://t.co/yJrobvsJfU #science https://t.co/m5XgsLzaOt
5,058 followers
Peano-HASEL actuators: Muscle-mimetic, electrohydraulic transducers that linearly contract on activation - Science https://t.co/gaBEtBNwgP
614 followers
RT @Kyukimasa: 誘電エラストマーと油圧を組み合わせた人工筋肉 https://t.co/UM1Xb21vSv
17,959 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
107 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…
34 followers
RT @sciencemagazine: Research in @SciRobotics details a new class of actuators which could lead to powerful, but flexible robotic 'muscles'…