High precision gyro sensor motion capture system
~DIMOTOR is changing the world~
Creating an affluent everyday life with our IT solution
What is DIMOTOR?
It is a motion capture system using 17 units of high precision gyro motion sensors.
By wearing DOMOTOR suit containing these motion sensors, the motion data is easily obtained.
Using no camera or marker, the setup is simple and easy, needing no dedicated studio. The obtained motion data is transmitted via Wi-Fi supporting capture of a wide range of motion data.
Wi-Fi connected to support monitoring of motion data at a remote location!
Operation environment (recommended)
|OS:||Windows XP / 7|
|CPU:||2GHz or more|
|Memory:||4GB or more|
|Others:||CD-ROM drive, USB port|
|Transfer speed:||300bps max.|
|Communication range:||30m or more|
Animation and graph are displayed with simple operation
3D skeleton animation
Each XYZ-axis data graph
Table of obtained data value
XYZ-axis data measurable with up to 1,000Hz
XYZ-axis angular velocity
DIMOTOR accessory data display software image
is made domestically, supporting customization to meet your needs
(Composition modification of the items and software development accepted)
The motion sensor used in DIMOTOR is made with the gyro sensor from Tamagawa Seiki, renowned for its superior technology and reliability through years of research and development.
Its motion capturing performance is in the world's top level on both measurement and communication speed. The motion sensor is compactly designed, allowing for the comfortable collection of data for long periods.
Motion sensor position
Red: one line
Orange: two lines
Blue square: sensor unit
Red square: battery unit
Image of connection
The motion data obtained with 17 motion sensor units install all over the body is gathered into the center unit and transmitted in real-time to the computer. Each sensor may be used in a separate unit per a system line.
Motion data in daily activity such as walking or climbing and descending of stairs are recorded and used as an essential data aid in rehabilitation therapy.
* Daily motion analysis
* Function decline prevention
* Human engineering
Data obtained through the analysis of human body motion may be utilized to improve the mechanism and reliability in various aspects of manufacturing through robotic engineering.
* Robotic engineering
* Movement information analysis
From track and field, baseball, football, golf to any winter sports, the actual motion data of athletes is analyzed to be utilized on improving the physical fitness and life extension of the players.
* Digital archives
* Athletic goods development
* Computer graphics production
Upon production of movie and game characters, computer graphics are utilized by capturing of actual human motion in order to create vivid and realistic visual effects.
* Digital Live