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Johnson
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In-House
Research
As an R+D Laboratory, JKI is involved with several
special interest and on-going research efforts. A limited summary
of efforts not focused at a current client development are listed below.
Hand-Held Electrosurgery Devices and Electrode
Configurations; High efficiency units produce
cutting and cauterizing, based on directed charge flow. |
Pneumatic Muscle Based Exoskeleton Human Amplifier;Pneumatic
muscles as non-linear actuators allow complex control applications in a
wearable frame. |
Pneumatic Muscle Air Drop Parachute Flair
Device; Accessory for Cargo Parachutes / Palates
which dramatically reduce impact forces. |
Hyper-TENS/PES Project; High
output devices using our tri-polar electrodes specially driven to suit
the needs of heavy chronic users. |
Multi-Environment Noise Dosimetry Project;Reduced
function miniature hardware for in-field use, features programmibly weighted
output and gradient alarms. |
Quadriture Optical Tracking Elements;
A low-cost approach to analog based point-source optical detection, our
method allows very high tracking and scanning rates to be accomplished. |
Head to Helmet Displacement Measurement;Using
non-facially mounted magnetic tracking elements, skull - helmet displacement
can be determined. |
Multiple-Cell Pneumatic Contouring Helmet
Liner; This method allows increased comfort, reliability,
and security. |
We seek partners, R+D opportunities, investors,
client applications, and end product possibilities for these and other
technologies. Contact us today.
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