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 Model Number |
iRobiQ |
Definition of iRobiQ
- Interface: Microphone, camera, Touch sensor, Touch screen
- Content: Education, security, entertainment, guide, Information service, Home network
iRobiQ is a media that provides new form of active service by combining the monility of the robot and HRI technology with the content.
Specification of iRobiQ
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Section
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Specification
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Dimension
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450 x 320 x 320mm
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Weight
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7kg
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PC specification
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Internal computer(Celeron 733MHz, 256MB, HDD 40GB)
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Network
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Wireless LAN installed for internet access connection(101.11b/g)
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Display
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7"(800x480)/TV Out
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Audio
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Stereo 2ch Speaker, Stereo Mic.
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Battery
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Charge time(charging duration), 3 hours, use time(using duration)3 hours
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Power consumption
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45watt
(Note : Laptop 90watt, Desktop 200watt)
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Maximum moving speed
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50cm/sec
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iRobiQ is based on Windows XP (Embedded)
iRobiQ runs Window XP as OS, and the services of most PCs can be installed.
The development environment of iRobiQ is Robot SDK (Software Development Kit)
- This refers to the tool to develop the service freely by utilizing the functionalities of the robot.
- The developer can develop and test the service easily and fast by interlinking the robot screen, motion, navigation, HRI (Human Robot Interaction) and etc.
- The tool provides the API (Application Program Interface) for the programmer and the script editor for the flash developer.
Composition of main unit
- Video recognition (Camera)
The robot can recognize the external images through the camera and respond to the faces or actions
- Voice recognition (Microphone)
The robot can listen to and recognize the external sound through the microphone.
- Emotion expression (Face LED)
The robot can express 5 different cute emotions through the LED on the eyes, mouth and cheeks.
- Obstacle detection (Ultrasound sensor) The robot adjusts the moving speed when a person approaches as an obstacle.
- Audio playback (Speaker)
The robot can talk through the speaker or play the music.
- Display & touch screen
You can control the robot by directly touching the contents on the screen of the robot with your fingers.
- Close obstacle detection (IR sensor)
When a person or an obstacle approaches the robot, it can avoid by its own.
- Fall prevention (Floor detection sensor)
The robot can stop at the stairs or cliff without falling.
- Collision detection (Bumper sensor)
When an obstacle collides to a bumper, the robot can detect the collision and stop.
Functions fo iRobiQ
- Educational Service
- Guide Service
- Security Service
- Household Service
- Medical Service
- Silver Service
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