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Robot Shalu is a homemade social and educational humanoid robot [1] [2] developed by Dinesh Kunwar Patel, [3] [4] an Indian Kendriya Vidyalaya Computer Science teacher from Mumbai. [5] [6] It was built using waste materials [7] [8] and can speak 47 languages, including 9 Indian and 38 foreign languages.
In fact, according to the EPA, barely 14 percent of plastic products are recycled globally. But a new generation of recycling technology is here to keep the world's plastics in circulation and out ...
Precious Plastic is an open hardware plastic recycling project and is a type of open source digital commons project. [12] It relies on a series of machines and tools which grind, melt, and inject recycled plastic, allowing for the creation of new products out of recycled plastic on a small scale. [13]
He worked on the robot for 5 years. The first version of the robot was introduced to the world in 2016. [4] The robot is made at home using waste materials as well as aluminum, plastic, cardboard, wood, newspapers, and other things readily available in the local market. [5] No 3D-printed components are used and the cost is low. [6]
2-XL (2-XL Robot, 2XL Robot, 2-XL Toy) is an educational toy robot that was marketed from 1978–1981 [1] by the Mego Corporation, and from 1992–1995 by Tiger Electronics. 2-XL was the first "smart-toy" in that it exhibited rudimentary intelligence, memory, gameplay, and responsiveness.
Robotic materials are composite materials that combine sensing, actuation, computation, and communication in a repeatable or amorphous pattern. [1] Robotic materials can be considered computational metamaterials in that they extend the original definition of a metamaterial [2] as "macroscopic composites having a man-made, three-dimensional, periodic cellular architecture designed to produce an ...
Biological robots have been made by other scientists, but they were constructed by hand by making a mold and seeding cells to live on top of it, Levin said. Each anthrobot grows from a single cell ...
Thin plastic hinges serve as joints that allow rotational motions in the wings. [2] The design allows the robots to generate power output comparable with an insect of equal size. [5] Each wing can be controlled separately in real time. [2] The ultimate goal of the project is to make colonies of fully autonomous and wireless RoboBees. [2]
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