Nothing Special   »   [go: up one dir, main page]

Garrad et al., 2019 - Google Patents

Driving soft robots with low-boiling point fluids

Garrad et al., 2019

Document ID
5907137299363549015
Author
Garrad M
Soter G
Conn A
Hauser H
Rossiter J
Publication year
Publication venue
2019 2nd IEEE International Conference on Soft Robotics (RoboSoft)

External Links

Snippet

Pneumatically-actuated soft robots are limited by the need to provide a source of pressure, typically DC motor powered pumps, compromising the softness of the overall system. This has motivated the investigation of alternative means of providing pressure, including mono …
Continue reading at ieeexplore.ieee.org (other versions)

Similar Documents

Publication Publication Date Title
Garrad et al. Driving soft robots with low-boiling point fluids
Miriyev et al. Soft material for soft actuators
Ahmed et al. Decade of bio-inspired soft robots: A review
Narumi et al. Liquid pouch motors: printable planar actuators driven by liquid-to-gas phase change for shape-changing interfaces
Han et al. Untethered soft actuators by liquid–vapor phase transition: remote and programmable actuation
Sun et al. Stiffness customization and patterning for property modulation of silicone-based soft pneumatic actuators
Takashima et al. McKibben artificial muscle using shape-memory polymer
Natividad et al. A reconfigurable pneumatic bending actuator with replaceable inflation modules
Booth et al. An addressable pneumatic regulator for distributed control of soft robots
Qiao et al. Bi‐shell valve for fast actuation of soft pneumatic actuators via shell snapping interaction
Mao et al. Soft fiber-reinforced bending finger with three chambers actuated by ECF (electro-conjugate fluid) pumps
EP3437591B1 (en) Device for driving artificial muscle module and method for driving artificial muscle module
US8349020B2 (en) Artificial muscles
Kazemi-Lari et al. Robotic jellyfish actuated with a shape memory alloy spring
Gallo et al. Design and control of a novel thermo-tactile multimodal display
Poccard-Saudart et al. Controlling soft fluidic actuators using soft DEA-based valves
Fernandes Minori et al. Power amplification for jumping soft robots actuated by artificial muscles
Wang et al. The folded pneumatic artificial muscle (foldPAM): Towards programmability and control via end geometry
Guo et al. Encoded sewing soft textile robots
Sim et al. Fully-flexible micro-scale actuator array with the liquid-gas phase change materials
Hines et al. Asymmetric stable deformations in inflated dielectric elastomer actuators
Navabi et al. A novel soft actuator for continuum soft robot arm
Matsuoka et al. Development of a rubber soft actuator driven with gas/liquid phase change
Sogabe et al. A quick response soft actuator by miniaturized liquid-to-gas phase change mechanism with environmental thermal source
Shorthose et al. Design of a multimaterial 3D-printed soft actuator with bi-directional variable stiffness