Versatility is important when designing tools to be used in spaces. The materials you brought will cost each. Therefore, it is useful to have only one tool that can execute multiple tasks. Plus: It's space! We never know what The situation you will encounter. Yale's robotic robot Rebecca Kramer – Bottiglio and her team were basically moved to develop what is the skin of the robot. This is a flexible material that can produce inanimate objects.
The proper name for the material is OmniSkin, which consists of elastic sheets with sensors and actuators. You can fix using zipper and other basic fasteners. It is modular. In other words, each small sheet can be fixed in various ways. "[They’re] Like Lego, "Kramer-Bottiglio Smithsonian.com. "They can be combined, separated and grouped based on different models"
The remaining members of Kramer-Bottiglio and Yale's team explained OmniSkin, which was released last week. Science robotics. They showed that they can use the material for various purposes, transform the form arm into a robot's nail, build a standalone object, and increase human clothing. They used it for a stuffed toy, wrapped OmniSkin around a stuffed horse so that it could shake on the table.
Obviously, this type of material does not match normal robotics in terms of power and durability. This design was inspired by NASA solicitation that was about to use soft robots in space. For this reason, the OmniSkin seat is lightweight and reusable.
"They can use the same, because they can be applied, deleted, transferred between different host objects …
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This "robot skin" can bring your stuffed toy to life
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