Imd Research Inc.

Seyedfakhreddin Nabavi

Frederic Nabki

Michael Menard

Hyman Morris Schipper

Mervyn Gornitsky

Sharmistha Bhadra

Nathaniel Lasry

Microelectromechanical systems (MEMS) have found widespread applications across biotechnology, medicine, communications, and consumer electronics. These are typically one-dimensional MEMS (e.g. rotation, linear translation on a single axis) or two-dimensional MEMS (e.g. linear translation in two directions in the plane of the MEMS). It would be beneficial therefore for designers of components, circuits, and systems to exploit MEMS elements that produce both out-of-plane and in-plane motion thereby allowing for novel two-dimensional and three-dimensional MEMS micropositioners.

Rotational and translational micropositioners using deformable microelectromechanical systems

A sensing microsystem that can be used to sense various physiological parameters of a subject is disclosed. The sensing microsystem comprises one or more sensors for collecting data that can be used to accurately determine various vital sign and/or other physiological parameters of the subject, and further comprises a communication module that allows the microsystem to communicate remotely with an external device via one or more communications protocols. The one or more sensors and the communication module are disposed on respective electronics-compatible substrates that are electrically coupled with a power source. An isolated communication channel that communicatively couples the one or more sensors and the communication interface is at least partially defined by and extends through the power source.

Sensing microsystem and related method of manufacturing

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MONTREAL, Canada

Seyedfakhreddin Nabavi