Technologies
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Technologies
ID: 2018-023 Exoskeleton for Pectus Excavatum Repair
Technologies
ID: 2018-045 A cylindrical shaft that conceals curved-links (developable) four-bar mechanisms that performs different tasks
Technologies
ID: 2017-024 A 3D interdigitated electrode (IDE) sensor using carbon nanotube templated manufacturing (CNT-M) for highly sensitivity, rapid, and point-of-care sensing.
Technologies
ID: 2016-035 This invention covers the design and manufacture of flexible circuit boards; it enables the construction of circuit boards that are alternating parts flexible and rigid, so that they can move, bend, and wrap without compromising the stability of the circuit board itself.
Technologies
ID: 2016-003 This invention allows for a folding mechanism with rigid panels to unfold to a planar flat position and then fold into a configuration where the panels are stacked parallel to one another and offset perpendicular to one another.
Technologies
ID: 2014-109 A structure that can go from a flat plane state to a bent state. It can be made out of water resistant material that is paper-like but strong.
Technologies
ID: 2013-085 A technique to design origami-inspired mechanisms using thick materials.
Technologies
ID: 2013-054 A simpler, safer, and more cost efficient means of handling organs during laparoscopic surgery.
Technologies
ID: 2013-053 A simple solution that minimize the materials needed to perform a surgery.
Technologies
ID: 2011-074 Three-dimensional microscale structures and methods
Technologies
ID: 2009-101 The LET Joint is made from a single planar layer but provides rotational motion out of that plane, it is capable of large angular deflection, and is well suited to both macro and micro applications.
Technologies
ID: 2005-41
A microelectromechanical system (MEMS) capable of on-chip sensing of bi-stable mechanism state.
Technologies
ID: 2005-34 A platform for accurate out-of-plane positioning of microelectromechanical system (MEMS).
Technologies
ID: 2000-28
A method and apparatus for delivering a substantially constant reaction force in response to an applied displacement, regardless of the magnitude or change of the displacement.