Omnivision Technologies, Inc.

Infotrend, Inc.

Omnivision Cdm Optics, Inc.

Regis S Fan

Edward Raymond Dowski, Jr

Kenneth Kubala

Dennis J Gallagher

Christopher J Linnen

Gregory Johnson

Mark Anthony Meloni

Robert H Cormack

Paulo E X Silveira

George C Barnes, Iv

Satoru Tachihara

Dennis W Dobbs

David P Fan

Vladislav V Chumachenko

Inga Tamayo

Michael Hepp

Brian Schwartz

Miodrag Scepanovic

Liang Zhao

Edward R Dowski

Sunny Yet-san Ng

Hing Mo Lam

Kenneth S Kubala

A micro-LED display panel includes a pixel array that includes a plurality of pixels arranged in a plurality of rows and columns, wherein each pixel of the pixel array includes a blue LED, a green LED, and a red LED. The display further includes a frame buffer and a bitplane generator. The bitplane generator is configured to receive display data from the frame buffer and to output a color updating schedule according to the display data. The color updating schedule updates a luminance and a color of the display data for each pixel in the pixel array during each of a plurality of time intervals that define a frame time of a frame. The color updating schedule row-shifts and frame-rotates at least one row of the frame.

Row-shift frame-rotate driving method for sequential driving microLED display panel

A lens, such as a lens for use in a wafer-level camera, is made by forming a polymeric material with at least one master to form a pre-final lens. The pre-final lens forms a majority of a final volume of the lens. The pre-final lens is allowed to harden, during which it may sag or shrink. An aliquot of polymeric material is added to the lens and formed with the same master with a spacer, or with a second master, to form a first surface layer that provides correction between the pre-final lens shape and a final desired lens shape. In an embodiment, the surface layer has similar or identical index of refraction to the pre-final lens. In an embodiment the lens is formed on a substrate. In an embodiment, a send master, or master pair, are used to form a lens having upper and lower curvature, with a second aliquot of polymeric material forming a second surface layer on a surface of the lens opposite to the first surface layer.

Two-stage optical object molding using pre-final form

Arrayed imaging systems include an array of detectors formed with a common base and a first array of layered optical elements, each one of the layered optical elements being optically connected with a detector in the array of detectors.

Arrayed imaging systems having improved alignment and associated methods

Membrane suspended optical elements include a structured substrate including a plurality of apertures defined therein and an array of optical elements, each of the optical elements being suspended by membrane within one of the apertures.

Membrane suspended optical elements, and associated methods

An imaging system includes a detector for receiving electromagnetic energy and generating sampled data in accordance with the electromagnetic energy so received. The detector is characterized by a threshold point such that the sampled data is in one of two states: i) below threshold, when the intensity of the electromagnetic energy so received is less than the threshold point; and ii) above threshold, when the intensity of the electromagnetic energy is greater than the threshold point. The imaging system also includes saturation optics for providing a characteristic of the sampled data, wherein the characteristic of the sampled data when below threshold is different from the characteristic of the sampled data when above threshold.

Saturation optics

The invention described herein includes a method of analyzing a population of individuals. The method includes entering the population of individuals into an information processing system. Each individual includes one or more properties. Each property includes one or more conditions and a numerical value. The method also includes displaying the population of the individuals in a visual map. The visual map is divided into parallel property zones of properties. The individuals are represented in the map as parallel lines wherein the lines are orthogonal to the property zones.

Population analysis using linear displays

Growing community of inventors

Westminster, CO, United States of America

Regis S Fan