Allegro Microsystems, LLC

Mira Labs, Inc.

Richard Migliaccio

William P Taylor

Norio Fujikawa

Bryan Cadugan

Adam Lee

Sean Missal

Montana Reed

Oliver Henderson

Andrew S Huntington

Joseph May

Sapna S Mukherjee

George Williams

Methods and apparatus for photodetection having parallax compensation for near and far object signal return. In embodiment, a photoreceiver comprising a at least one light-sensitive pixel to transduce light to electrical signals has at least a first one of the pixels including a first subpixel region having a first light response characteristic and a second subpixel region having a second light response characteristic, wherein the first and second light characteristics are configured to correspond to variations in intensity of reflected light from objects at different distances when the portion of the reflected light reaching the first one of the pixels imaged onto the first and second subpixel regions.

Photosensor having range parallax compensation

A headset system is described herein including a number of features including a frame and optical element. The headset system may include different combinations of an attachment mechanism to attach the frame and optical element; an alignment mechanism to align the optical element in a predetermined relative location to the frame; a retention mechanism to retain an inserted mobile device into the frame in a predetermined, relative location to the frame; a head restraint system including one or more straps; and combinations thereof. The retention mechanism may include an elastic cover over the frame. The straps may include reinforcement features, mated connection features, and combinations thereof. The reinforcement feature may include a concave, ovoid, indentation on an inner surface of the strap.

Reflective lens headset

Growing community of inventors

Mount Sinai, NY, United States of America

Richard Migliaccio