2. technology
Background
Motion analysis technology is usually associated with expensive hardware, restricting
possibilities for mass production. A general motion capture setup for example would
measure ALL movement creating large data streams that require high levels of
computational power, electrical power, and memory storage to analyze them; thus,
they run on desktop or laptop computers. A mass produced embedded battery
powered standalone application would be impossible for using existing methods.
Technologies88 have developed a toolbox of algorithms which is capable of
converting various sensor data and operating conditions to useful
information that is indicative of a machine/human body level of
performance and health. With these algorithms Technologies88 monitors
degradation rate of components/human body parts and predicts the
likelihood of failure and health. With this technology there is no need for
external measuring devices or reference points, as the motion is measured
intrinsically. It runs on tiny, low cost microprocessors. By analyzing signals at
the actual sensor less data has to be analyzed in later stages, saving
bandwidth and computational power and thus saving energy.
3. sports
For each sports application, the specific movements are analyzed at our R&D lab.
The movements are turned into a set of abstract anchor points that define the
essence of the movement and stored in a compact database, optimized for
embedded use. Using the database and a model of physical limitations of the human
body as a reference, our software is able to recognize and anticipate movements.
Technologies88 newest sports application is to be launched Q1 - 2011
The digitalgolfcoach is a wireless lightweight stand alone solution that
can be attached to the golfclub, just below the grip. This innovative
product provides direct feedback on swing speed and accuracy to the
golfer.
The basic concept of our products is that the sports motion measurement
system travels with the user, rather than requiring the user to come to a
specialized facility. Our solutions differ from laboratory-based
quantitative motion analysis methods in being wearable during everyday
activities and real training sessions and unrestricted with regard to where
it is used.
4. human body movements
Background
Motion capture is an important method for studies in biomechanics and has
traditionally been used for the diagnosis of the pathomechanics related to
musculoskeletal diseases. Recently it has also been used in the development and
evaluation of rehabilitative treatments and preventive interventions for musculoskeletal
diseases.
Almost all human movements that could benefit Technologies88
technology to maximize the efficiency, have a repetitive character.
The swinging of the pelvis when walking, and the curvature of the spine
when lifting. For all of these patterns a reference pattern can be created
and implemented in wearable devices.
Some unique features of the solution are:
- Audible feedback by sonification of motion measurement data
- Real-time comparison of motion measurements with best model data to
enhance consistency
- Possibility to practice everywhere
- Data upload functions to share, compare and research motion data;
5. DMC – Digital Motion Control
Consumer product for lower body motion control with 4 custom designed units that
communicate amongst each other (zigbee). Optimized for low power use, easy
rechargeable and preferably washable. Wirelessly programmable from a main station
after a “caren like system” has formulated a straining or set of restraints. A personal
brace or sock should go with the sensors.
Phase 1
4 wireless sensors placed on lower body that wirelessly connect to a PC
that can recognize most of the positions needed for a training or
exercise.
Phase 2
Final consumer product with 4 custom designed units that
communicate amongst each other (zigbee) optimized for low power
use easy rechargeable and preferably washable. Wirelessly
programmable from a main station after the “caren like system” has
formulated a straining or set of restraints.
Including inductive charging in a PCB coil because ideally you want the
"sensor" to be completely watertight.
6. industry
Background
Usually the sensors work on a high speed and resolution internally but this information
is seldom accessible because of the limitations of most Industrial controllers. If this
data is accessible it is usually used in a setup phase but not when the process is
running because the general mentality is still that a PLC can only work with "yes" or
"no" and in an extreme case with "error".
Over the past five years, Technologies88 have developed a toolbox of
algorithms which is capable of converting various sensor data and
operating conditions to useful information that is indicative of a
machine’s level of performance and health. With these algorithms
Technologies88 monitors degradation rate of components and predicts
the likelihood of failure and health of machine.
Customers
7. company
Technologies88 is a privately held company based in Leeuwarden Netherlands and
founded in 2005, is a pioneer in motion analysis systems technology. Our mission is
to develop innovative solutions that provide practical decision making tools for
business and consumer markets in the areas industrial processes, health and sports
Technologies88 is an investment of BanckInvest B.V. and NOM N.V.
Technologies88 partnerships:
• Lerner Research Institute – Cleveland USA
• Motek Motion Technology – Netherlands
• S&T Dependable Solutions – Netherlands
• Dutch Golf Federation – Netherlands
Each motion has its own dynamics and requires its own sensor to maximize
accuracy and minimize unwanted signals. Our technology makes high precision
measurement possible with low-cost hardware
