Examples of using Soft robots in English and their translations into Indonesian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Ecclesiastic
Soft robots that can sense touch, pressure, movement and temperature.
For this group of MIT roboticists, SoFi was a dream,combining their love of diving with their work on soft robots.
The soft robots could also be used as cantilevers or folded into“flowers” with petals that bend in different directions.
Scientists have come onestep closer to overcoming this challenge by creating soft robots that can be reconfigured into firm shapes.
The majority of soft robots today rely on external power and control, keeping them tethered to off-board systems or rigged with hard components.
We expected they would have ahigher maximum functional weight than ordinary soft robots, but we didn't expect a thousand-fold increase.
Fuel sources for soft robots have always relied on some type of rigid components,” said Michael Wehner, a postdoctoral fellow in the Wood lab and co-first author of the paper.
In experimental testing, the researchers demonstrated that the soft robots could be used to form“grabbers” for lifting and transporting objects.
With soft robots, you can do a lot of things that are difficult for a hard robot," said Mike Tolley, a mechanical engineering professor at the UC San Diego, who led the research.
A novel variation is described in the paper titled:‘Translucent soft robots driven by frameless fluid electrode dielectric elastomer actuators'.
With soft robots, you can do a lot of things that are difficult for a hard robot," said Mike Tolley, a mechanical engineering professor at the UC San Diego, who led the research.
Such soft, flexible battery-like devices, described online October 13 in Nature,could power soft robots or next-gen wearable and implantable tech.
We hope that our approach for creating autonomous soft robots inspires roboticists, material scientists and researchers focused on advanced manufacturing,”.
Researchers from China's Tsinghua University and the University of California, Berkeley,published their study on so-called soft robots in the academic journal Science Robotics last week.
The researchers envision AISkin being integrated onto soft robots to measure data, whether it's the temperature of food or the pressure necessary to handle brittle objects.
The PoseiDRONE is a spinoff from the European Octopus Integrating Project,which worked on novel design principles and tech for next-generation soft robots based on the behavior and characteristics of octopuses.
The researchers envision AISkin being integrated into soft robots to measure data on things like the temperature of food or the pressure necessary to handle brittle objects.
Paulson School of Engineering and Applied Sciences(SEAS) and the Wyss Institute for Biologically InspiredEngineering have developed a platform for creating soft robots with embedded sensors that can sense movement, pressure, touch, and even temperature.
The researchers hope that AISkin will be integrated onto soft robots in order to measure data, such as the temperature of food or the pressure required to handle certain objects.
The devices were examined in the Proceedings of the NationalAcademy of Sciences and proposed a distinctive approach to give soft robots super-quality, which could be used completely from inside our bodies to space.
When brainstorming ways to create soft robots from their hydro-gels, the researchers looked to nature, particularly at glass eels, these tiny, transparent are soft like hydro-gels and manage to migrate unscathed over long distances to their riverine habitats.
Professor Daniela Rus,CSAIL director and lead author of the paper describes the research:“Soft robots have so much potential, but up until now, one of the limitations has been payloads.
Scientists said this flexible gripping device could give soft robots a way to grasp and release objects autonomously, without the need for programming or computer-controlled parts.
Daniela Rus, CSAIL director and lead author of the paper,said in an interview with The Verge,“Soft robots have so much potential, but up until now, one of the limitations has been payloads.
We have shown thatkirigami principles can be integrated into soft robots to achieve locomotion in a way that is simpler, faster and cheaper than most previous techniques.”.
Scientists said this flexible gripping device could give soft robots a way to grasp and release objects autonomously, without the need for programming or computer-controlled parts.