This thesis proposes to use robots Diamond Relations University and the Faculty of Engineering. The structure of the robot is divided into three parts: Part 1 is the base of the robot. 2 DC motors used to drive. And tilt after DC motors
connected to the first gear to get around in slow motion in the second structure is the body of the robot. The movement of the flow by choice. DC motors, one per one side of the head of the robot. Digital Cervo use of two motors to be able to tilt and shake their heads in Section 3 is the structure of the robot arm in arm, one side will have a degree of freedom to the 6 degrees of freedom. Using digital Cervo five motors and the robot's fingers are all five fingers can move independently by each finger. Cervo using the analog motor for each side of the structure, all five of these robots have the ability to act. Humanoid 2-way communication can be said is a gesture-based commands and programs. Imitating humans It can also Expression through a computer screen mounted on the head of the robot. And is controlled via a joystick Wireless (Wireless Joystick) and smartphone operating system Android (Android OS), which provides data communication networks Ethernet (Ethenet) by. protocol (TCP / IP Socket), this project has evolved from a thesis topic was three
years in 2556 to recognize the movement of a human arm with the 3-D measurement to be used to control a robotic arm. 4 degrees of freedom on one side, arm, robotic prototype to the year 2552, service and hospitality, and the year 2556 to design a prototype robot driver on the Android operating system.
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