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AI Applications
Features
☆ To provide a full background knowledge of AI robot to know the role of robotic arm in the developing human robot.
☆ To know the working principle of robotic arm motors and to know how to operate the robotic arm via joysticks.
☆ To know how to design and implement the circuits of controller for robotic arm via Arduino Uno controller module.
☆ To provide the flow charts and soft programs to help the beginners to use and to design the AI robotic arm.
☆ The results of colors recognition can be transmitted to PC and robotic controller to control the robotic arm having a suitable
operation through Bluetooth module by wireless link.
☆ To know the working principle of robotic arm motors and to know how to operate the robotic arm via joysticks.
☆ To know how to design and implement the circuits of controller for robotic arm via Arduino Uno controller module.
☆ To provide the flow charts and soft programs to help the beginners to use and to design the AI robotic arm.
☆ The results of colors recognition can be transmitted to PC and robotic controller to control the robotic arm having a suitable
operation through Bluetooth module by wireless link.
Specification
Overall System Specifications
☆ Robotic Arm with Six Degrees of Freedom (6 DOF): Forward, Backward, Left, Right, Up, Down.
☆ Robotic Arm Motors with Big Torque and High stability: TD-8125MG, MG-996R.
☆ Servo Motors Controller: Applying Arduino UNO Platform to program the controller, working convenient and flexible.
☆ Communication Between PC and Arduino UNO Platform: Wireless Bluetooth. Double Control Interfaces: Joystick control
(during PC unlinked), PC control (during PC linked)
☆ PC Software Development: Applying python language to develop software programs to control robotic Arm.
☆ Color Recognition and Placement: Six color wooden cubes and four color plastic spheres.
☆ Robotic Arm with Six Degrees of Freedom (6 DOF): Forward, Backward, Left, Right, Up, Down.
☆ Robotic Arm Motors with Big Torque and High stability: TD-8125MG, MG-996R.
☆ Servo Motors Controller: Applying Arduino UNO Platform to program the controller, working convenient and flexible.
☆ Communication Between PC and Arduino UNO Platform: Wireless Bluetooth. Double Control Interfaces: Joystick control
(during PC unlinked), PC control (during PC linked)
☆ PC Software Development: Applying python language to develop software programs to control robotic Arm.
☆ Color Recognition and Placement: Six color wooden cubes and four color plastic spheres.
