Arduino Based 2-D Robotic Plotter - Patil, Sheetal N.;Patil, Prashant
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2D Robotic Plotter is an embedded system that works based on the principle Computer Numerical Control. Robotic 2-D Plotter basically works with two step-per motors and a servo motor, wherein the robot plots the input given from the computer on the drawing board using AT MEGA 328P Micro controller on a open-source physical computing platform Arduino. The Robotic 2-D plotter has a two axis control and a special mechanism to raise and lower the pen. Each axis is powered and driven by using an Arduino comparable driver L-293 D. Pen control is achieved using a servo. The X and Y axis mainly…mehr

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Produktbeschreibung
2D Robotic Plotter is an embedded system that works based on the principle Computer Numerical Control. Robotic 2-D Plotter basically works with two step-per motors and a servo motor, wherein the robot plots the input given from the computer on the drawing board using AT MEGA 328P Micro controller on a open-source physical computing platform Arduino. The Robotic 2-D plotter has a two axis control and a special mechanism to raise and lower the pen. Each axis is powered and driven by using an Arduino comparable driver L-293 D. Pen control is achieved using a servo. The X and Y axis mainly consists of stepper motors taken from CD-drives. The software used for programming the Arduino board are namely Inks cape (0.48.5), Processing (3.0.2), CAMOTICS, Arduino IDE. 2-D Robotic Plotter with the advancement of technology, demand for plotter machines in Educational Institutions such like as blind student educational institute, this project also used for the handicapped and temporary fractured people.
Autorenporträt
Prof. Sheetal N. Patil arbeitet derzeit als Assistenzprofessorin in der Abteilung für Informationstechnologie am R. C. Patel Institute of Technology, Shirpur(M.S) Indien. Sie hat einen Master in IT und verfügt über 15 Jahre akademische Lehr- und Forschungserfahrung. Sie hat mehrere Forschungsarbeiten auf dem Gebiet der drahtlosen Kommunikation und Vernetzung veröffentlicht.