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Stage 4. Robotics immersion - Coggle Diagram
Stage 4. Robotics immersion
TECHNOLOGICAL EVOLUTION
Is the process of innovation and advancement in technology over time, influencing robotics and automation development..
ROBOTICS CONCEPTS
REPROGRAMMABLE
His programation can be changed
MULTIFUNCTIONAL
They develop various tasks
MANIPULATOR
It can move objects
EXACT
They perform actions with the same precision
REPETITIVE
Ability of robots to perform actions as many times the programator wants
TYPES OF ROBOTS
INDUSTRIAL ROBOTS
Robots used for manufacturing processes like assembly, welding, and painting.
RESEARCH ROBOTS
Robots used in academic and experimental settings to explore new robotics concepts.
EXPLORATION ROBOTS
Robots developed for space missions, deep-sea exploration, and difficult terrain navigation.
MEDICAL ROBOTS
Robots aiding in medical procedures, surgery, or rehabilitation.
SERVICE ROBOTS
Robots designed to assist humans in non-industrial environments, such as household chores or customer service.
EDUCATIONAL ROBOTS
Robots designed as teaching aids to help students learn robotics and programming.
ROBOT COMPONENTS
Actuators: Devices that convert energy into motion
Sensors: Tools that allow the robot to perceive its environment, such as cameras and touch sensors.
Robot Structure: The physical framework that supports the robot, such as arms and joints.
Manipulator: A robotic arm or tool used for handling objects.
Robot Brain: The central processing unit that manages data and decision-making.
Control System: The software and hardware used to manage the robot’s functions and responses.
Hardware: Physical parts of a robot like the body, chassis, and circuits
Software and Platforms: Programming and operating systems that control the robot’s functions and allow interaction.