Understanding of the Artificial Intelligence Robot
Classification of technologies applied to the Artificial Intelligence Robot
Basic structure, mechanism and strength and weakness of the robot
Principle and practice of the sensor modules
Types and characteristics of the actuators(DC Servo Motor, Step Motor, RC Motor)
Image processing experiments using the CCD Image Sensor(Digital Image Processing theory and pattern/color recognition principles and experiments)
Applied experiments using the Intelligent Robot Kit

Features:

10 types of sensors, 3 types of actuator modules and 4 types of application modules essential for the intelligent robot
System structure for seizing the essence of artificial intelligence robots
Enriched examples for the beginning level to an advanced level in the robot class
Easy to mount modules by the clamping device
USB high speed(480Mbps) interface
Extensive learning for the sensors being used in the field of Ubiquitous and Home Network
Image processing practice using USB Camera
Application experiment using MSRDS(Microsoft Robotics Developer Studio)

More products ED

CONVEYOR CONTROL SIMULATION UNIT CU-4001

• Belt-type conveyor simulator
• Control Modes : manual or automatic by programmable Logic Controller
• Three photo sensors and two motion solenoids

PC BASED BASIC ED-1420

• 15 experimental modules for basic electricity/electronics and analog & digital circuits
• Capable of real time measurement on PC by linking it to CBIS-1400 model.
• By connecting PC to the Docking station, contact control is implemented on MMI(HMI) based software
• Report on experimental results & electronic manual on PC

SEQUENCE CONTROL TRAINER ED-4010

• Realistic arrangement of materials used for contact sequence
• Indication of each element’s symbol on the panel

PNEUMATICS TRAINER ED-7860

• Convenient parts fixation by �one-touch lever’ bases and aluminum profile structure
• Efficient space utilization by mounting parts horizontally/vertically
• A complete pneumatic training system to help achieve advanced level of skills and obtain pneumatic engineering related licensesOver

LED LAMP TRAINER ED-9810

• Practice basic method how to operate such as basic peration, Constant voltage, Constant current, serial connection, and arallel connection
• Brightness control, Color control, and lighting
• Simulation for Steady/PWM

FLUID PROCESS CONTROL TRAINER ED-FPC

• Control of pressure, flow, level and temperature which are essential for process control
• Capable of stand-alone control and mixed combination in various types
• Real-time measurement and monitoring using data collection and signal conditioning
• Measurement of flow’s status and gain of the controlled data

PC BASED ANALOG COMMUNICATION TRAINER ED-1460

• Interlocking system package with CBIS-1400 and DS-1410 Models (Options)
• Experiments on a measurable low frequency bandwidth
• Realistic experiments on modulation and demodulation
• Verification of the output waveform on PC engaged with CBIS-1400 Model

5-AXIS ARM ROBOT TRAINER ED-7255

• Consists of one gripper and 5-axis vertical multi joints
• Absolute-type RVDT Position Sensor applied to each axis and requires no Limit switch
• High performance CPU enables real-time control of each axis
• PID gain tuning and real-time control

PORTABLE PLC TRAINER ED-4260P

• Composed of essential devices for Programmable Logic Controller I/O commands
• LD (Ladder Diagram), IL (Instruction List), SFC (Sequential Function)
• Built-in Simulator to train on the encoder’s principle and functions
• Stepping motor and DC motor installed as standard (forward/reverse rotation, linear movement)
• Capable of network configuration by CPU and Remote I/C Link

INTELLIGENT EDUCATION ROBOT PLATFORM ED-7270

• Ideal for the Ubiquitous and Home Network based experiments
• Home security experiments on utilization of its unattended security function
• Robot control API using Visual C++ and control functions by Visual Basic Scripter
• Next Generation Cell(Lithium Lon) - compact size and increase in life time