A new robot invention in China! From agriculture, medicine, to guns, it is the empire of robots!
Introduction:
Another new technique in the field of robotics! China's invention! Robot used in various fields…China has created a robot that shoots like a bullet at the sight of light! These robots are used in various fields…
Chinese scientists have developed a light-driven launch system for miniature robots. This robot can be used in various fields like medicine, agriculture, aerospace and ballistics. Also, it is worth noting that this robot runs as fast as a bullet when it sees light.
This new technology from China will help create robots that can help in many fields, such as medical robots, robots that help in agriculture. And these robots also have the ability to be used as soft bullets. Artificial intelligence technology has made this robot even better.
The robot's soft hydrogel and graphene launcher releases energy in 0.3 milliseconds. The robot, which operates on both wet and dry surfaces, can cover distances 643 times its height, the South China Morning Post reported.
Robocalls require a short period of energy output to generate sufficient propulsion. The robot will have many features such as methods that rely on chemical or elastic energy, complex fabrication, long energy release times and adequate energy storage.
China, which has focused on developing energy-enhancing technology for robotic tasks that require high propulsive capabilities such as jumping, ejection, and catapulting, has now found that. In this technology, kinetic energy is generated from stored energy. Details of the research are reported in a paper published in the journal Nature Materials.
The G-Hydrogel Launcher is small, disc-shaped. It has a diameter of 7 mm and a thickness of 3 mm. It can move more than 1.93 meters (6.33 feet) vertically, according to researchers. The kinetic efficiency of the G-Hydrogel Launcher exceeds that of all current engineering miniature robotic systems, the researchers say.
Conclusion:
This technology can be used in tasks that require power output including deep tissue sampling, stent delivery, tissue dissection, and power augmentation strategy medical robots. Researchers are still testing how to launch the robot.
