Author:
Nissi Kumar N,Sai Tharun P,Prakash K.,Mythresh L.M.N,Jyoshna Naga
Abstract
Abstract
The efficiency of work flow is constrained in human-inaccessible regions, such as high radiation exposure un power plants and defenses. The notion for a low-cost microcontroller-based robotic arm is presented in this research. The gesture is controlled by an accelerometer and a microprocessor in this robotic arm. In the field, where there are higher radiation concerns, this arm will assist in activities such as gripping things and wirelessly remote-controlled working of gadgets. The use of 3-D printing of an arm for prosthetic replacements can enhance this process.
Subject
General Physics and Astronomy
Cited by
1 articles.
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1. Smart Electronic Arm Module using Arduino Applications;2022 IEEE International Conference on Current Development in Engineering and Technology (CCET);2022-12-23