Desi LLC, makers of Obi, have created a robot that helps feed people with disabilities.
A care giver sets the robot up and fills the bowls with food. The robot is then taught where to move to by simply moving the spoon near the user’s mouth.
Obi can also be controlled by the user through a variety of switches such as a button type switch, a pillow switch or a sip & puff switch.
Obi is available now for $4,500.00.
In robot news this week, researchers from Case Western Reserve University have created a robotic sea slug.
Using 3D print to make a shell and muscles from the sea slug’s mouth.
A sea slug was chosen as it is very durable and able to live in a variety of temperatures.
Biobybrid robots seem to be popular area of research as evidenced by this sea slug and the robotic stingray,
SwagBbot is a robot created by Salah Sukkarieh for the Australian Centre for Field Robotics (ACFR). Salah Sukkarieh is also a professor of robotics at Sydney University.
SwagBot has many capabilities like towing, monitoring animals, herding, the ability to handle rugged terrain and our favorite, the ability to coordinate with aerial vehicles (drones).
SwagBot can travel up to 12 mph on smooth terrain, but how long it’s battery lasts has not been revealed yet.
About the only thing SwagBot cannot do is mend fences. Watch SwagBot go through it’s paces in the video below.
Photograph: Karaghen Hudson and Michael Rosnach
A Harvard University professor, Kevin Kit Parker, has produced a robotic stingray.
The robot is made of an elastomer body, a gold skeleton and a muscle layer made from artificial rat heart cells.
The rat heart cells have been genetically engineered to react to light.
The robotic stingray swims in a mixture of glucose, warm water and salt. This mixture provides the cells with energy.
Artificial creations like this could help pave the best way to create a human heart.
Posted in Robot News
Scientists from the EPFL’s Biorobotics Laboratory have created a new version of the salamander like robot called Pleurobot.
Using x-rays and up to 64 tracking points, the scientists are able to accurately mimic a salamander’s gate.
Pleurobot uses 27 motors and 11 spinal segments to achieve walking, crawling and even swimming.
The video shows Pleurobot side by side with an x-ray video of a real salamander to show how precisely they have nailed Pleurobot’s gate.
This type of robot could potentially have other sensors added and be used for search and rescue type operations.
Posted in Robot News