DR. ANDREW MING-YU WANG, M.D.
Osteopathic Medicine at Kenyon St, San Diego, CA

2014004, Feb 20, 2014

Mar 20, 2013

13/847539

Paul David Swanson - Santee CA, US
Richard L. Waters - San Diego CA, US
Charles H. Tally - San Diego CA, US
Andrew Wang - San Diego CA, US

G01C 19/56

7350412

A time-domain inertial sensor comprising: a support structure having an electrode plane parallel to an x-y plane of an x-y-z mutually orthogonal coordinate system, wherein the support structure's largest dimension lies within the x-y plane; a proof mass having a first surface parallel to the x-y plane; wherein the proof mass is springedly coupled to the support structure such that the first surface is separated from the electrode plane by a gap; a driver configured to drive the proof mass to oscillate with respect to the support structure in approximately only the x-direction such that, while oscillating, the gap does not vary significantly; and a first, time-domain, proximity switch disposed to switch from an open state to a closed state each time the proof mass is in a first reference position with respect to the support structure.

2013011, May 9, 2013

Nov 3, 2011

13/288841

Andrew Wang - San Diego CA, US
Paul D. Swanson - Santee CA, US
Richard L. Waters - San Diego CA, US
Maxwell Mayekawa Kerber - San Diego CA, US

G01C 19/56

7350412

An oscillation apparatus comprising: a frame; a first proof mass coupled to the frame via a spring; a driving circuit operatively coupled to the first proof mass and the frame, wherein the driving circuit is configured to induce oscillatory motion of the first proof mass relative to the frame at a resonant frequency in a first direction; a first electron-tunneling position switch operatively coupled to the first proof mass such that the first position switch is configured to pass through a closed state during each oscillation of the proof mass, wherein the position switch comprises first and second single-atom-thick tunneling electrodes; and a sensing circuit coupled to the position switch, the sensing circuit configured to output a signal whenever the position switch passes through the closed state.

8605351, Dec 10, 2013

Jun 27, 2012

13/534049

Andrew Wang - San Diego CA, US

The United States of America as represented by the Secretary of the Navy - Washington DC

G02B 26/00

359291, 359290

The visible spectrum modulator makes use of thin film conductive oxides and air gaps to reflect colors of certain wavelengths, achieving transparency due to the transparent nature of conductive oxides and via electrostatic pull-in to reduce the air gaps.