robot+arm+control+using+arm+processor

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ROBOT ARM CONTROL USING ARM PROCESSOR B.CHANDRA SEKHAR REDDY, K.CHAITANYA PAVAN, C.CHANDRA MOULI, K.MALAKONDAIAH AND K.NAGABHUSHAN RAJU Department of Instrumentation, Sri Krishnadevaraya University, Anantapur. [email protected] ABSTRACT A robot arm is an Electro-mechanical device that performs various tasks ranging from simple mechanical jobs to highly complex tasks. It can be used to pick and place small parts on a production line. In a typical application, it can replace the human operator in feeding industrial process with discrete components. Robotic arms are used in diverse manufacturing processes including assembly, spot welding, laser processing, cutting, grinding, polishing, testing, painting and dispensing. Robots have proved to help automakers to be more agile, flexible and to reduce production lead times. The robot arm using in this paper was designed with DC motors. DC motors are driven by the driver circuit and controlled by the control circuit. The controller using in this paper was based on ARM processor. The software part was developed by using embedded C. Each DC motor was controlled by generating PWM (Pulse Width Modulation) through the controller. The robot arm was designed with five degrees of freedom. The controller using in the design is LPC2366 and IDE using is Keil.

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Page 1: Robot+Arm+Control+Using+Arm+Processor

ROBOT ARM CONTROL USING ARM PROCESSOR

B.CHANDRA SEKHAR REDDY, K.CHAITANYA PAVAN, C.CHANDRA MOULI, K.MALAKONDAIAH AND K.NAGABHUSHAN RAJU

Department of Instrumentation, Sri Krishnadevaraya University, [email protected]

ABSTRACT

A robot arm is an Electro-mechanical device that performs various tasks ranging from simple

mechanical jobs to highly complex tasks. It can be used to pick and place small parts on a

production line. In a typical application, it can replace the human operator in feeding industrial

process with discrete components. Robotic arms are used in diverse manufacturing processes

including assembly, spot welding, laser processing, cutting, grinding, polishing, testing, painting

and dispensing. Robots have proved to help automakers to be more agile, flexible and to reduce

production lead times. The robot arm using in this paper was designed with DC motors. DC

motors are driven by the driver circuit and controlled by the control circuit. The controller using

in this paper was based on ARM processor. The software part was developed by using embedded

C. Each DC motor was controlled by generating PWM (Pulse Width Modulation) through the

controller. The robot arm was designed with five degrees of freedom. The controller using in the

design is LPC2366 and IDE using is Keil.