Investigate human and animal movements with I-CubeX sensors ! They can capture a variety of events and signals - see the list below.

Examples

How does it work ?

Sensors are connected to a computer, using one of the following thumb-sized interfaces:

With I-CubeX software you can now configure the sensor interface to process the sensor signals and events, and record them. Note that there is a wealth of software and devices that you can use in conjunction with I-CubeX to record and/or visualize the data and/or to map the data to audiovisual feedback.

For more information about I-CubeX, read the About page.

Sensors

Whole-body motion

• Flash + SeeLaser-Red or SeeLaser-IR: crossing a line of upto at least 10 m length
• MoveAlong: speed and direction of motion within a space, -511°/s to +512°/s upto 5 m within 22° angle
• MoveAround: temperature of 8 objects, 5 m within 41° by 6.0° field of view
• MoveOn: motion (or not) within a space, 2.5 m within 60° angle to 5.0 m within 10° angle
• TapTile: contact force, upto ~ 100 Kg within 30 cm diameter
• ReachClose: distance, 0.05 - 2 m within line of sight
• ReachFar: distance, 1.0 - 5.5 m within line of sight
• Advance-645: distance, 0.152 - 6.45 m without acoustic obstructions

Limb motion

• BendMicro: flex angle upto at least 180° with a min. 5 mm flex radius along 37 mm strip
• BendMini: flex angle upto at least 180° with a minimum 5 mm flex radius along 63 mm strip
• BendShort: flex angle upto at least 180° with a minimum 5 mm flex radius along 87 mm strip
• GForce3D-6: acceleration, upto 6G, and inclination, 360 ° range, both in 3 directions
• Orient3D: pitch, yaw and roll, 360 ° range
• Spin2D-500: angular velocity, upto ± 500 °/s

Proximity, distance

• ReachOn: upto 2 mm from behind a cover
• Magnetic: upto 7 cm with included magnet
• Reach: upto 15 cm from behind a cover
• ReachClose: 0.05 - 2 m within line of sight
• Advance-645: 0.152 - 6.45 m without acoustic obstructions

Touch, slide, turn

• Bang: pickup taps and other impacts applied anywhere on a surface
• TouchMicro-3: contact force upto ~ 40 Kg within 3 mm diameter area
• TouchMicro-5: contact force upto ~ 100 Kg within 5 mm diameter area
• TouchMicro-10: contact force upto ~ 70 Kg within 10 mm diameter area
• TouchMini: contact force upto ~ 100 Kg within 13 mm diameter area
• Touch: contact force upto ~ 100 Kg within 37.5 x 37.5 mm area
• TouchStrip: contact force upto ~ 100 Kg within 13 x 609 mm area
• TouchMiniOn: touch (or not) the button, 10x10 mm
• TouchGlove: glove with TouchMini sensors on each fingertip and palm
• ReachOn: touch (or not) the surface, 30 x 30 mm
• Slide-50: contact position, upto 50 (x 7.0 mm)
• Slide-170: contact position, upto 170 (x 7 mm)
• Slide-500: contact position, upto 500 (x 7.0 mm)
• SlideRound: contact position, upto 360° within a 46/56 mm inner/outer diameter ring)
• SlideWide: contact position, upto 165 (x 160 mm)
• Push: contact position, upto 100 mm
• Push2D: contact position in 2 directions, ± 5 mm
• Turn: rotation, single turn upto 300°

Object manipulation

• GForce3D-6: acceleration, upto 6G, and inclination, 360 ° range, both in 3 directions
• Orient3D: pitch, yaw and roll, 360 ° range
• Spin2D-500: angular velocity, upto ± 500 °/s

Body neurophysiology

• BioBeat: heart contractions such as in an EKG (electro-cardiogram)
• BioEmo: skin resistance or GSR (galvanic skin response)
• BioFlex: muscle tension such as in an EMG (electro-myogram)
• BioWave: brain waves such as in an EEG (electro-encephalogram) and
  eye movement such as in an EOG (electro-oculogram)
• Stretch: in/exhalation