Cisco Technology, Inc.

Google Inc.

Shawn Emory Bender

David Michael Sanguinet

Torence Lu

Evelyne Chaubert

Terri LaBelle Cruse

Eric Wayne Nichols

Kenneth Douglas Wood

Otto N Williams

Damon Covell Campbell

Stephen Lee Ijams

Dan Harden

Christopher L Whittall

Jorge Padilla

Kenneth S Mak

William Jeffrey Lewis

Kyle A Buzzard

Jaime R Bautista

Tim P Mccollum

Glenn Robert Grismrud Aarrestad

Daniel Casimiro Nunez

Emory Thomas Richards

David Phillip Tarkington

Stephen A Scearce

Ming Chi Chen

Phong Hoang Ho

Robert Arthur Loose

James K Levins

Juli A Satoh

Lwin O Tint

Glenn R G Aarrestad

James Everett Grishaw

Danny Hon Bun Chan

Helen Shtargot

Joseph P Watson

Rene Duzac

Glenn Robert G Aarrestad

Paul R Summerson

Juli Anna Maria Satoh

Kimberly Rae Turner

Gregory Sizikov

Melanie Beauchemin

Zuowei Shen

Federico Pio Centola

Dattatri N Mattur

Chee Yee Chung

Thomas M Fussy

Bruno Richet

Olin D Williford, Ii

Ciaran M Hamilton

Xu Gao

Soumya Lingupanda

Mark Villegas

William Alex Millie

Terence L Kwan

Sarah Hsieh

Danny H B Chan

An apparatus that first and second volumes are fluidly separated by a combination of a first second and a second sections, where the first section is insoluble to a cooling liquid and the second section is soluble to the cooling liquid. In the event of a leak of coolant liquid, the second sections dissolve, forming a fluid path from the first volume to the second volume. The coolant liquid may then escape the first volume in spaces that result from the dissolution of the second sections.

Liquid soluble gas sealed cooling system

An electromagnetic interference ('EMI') sheet attenuator includes a planar conductive layer, a first flexible substrate and a second flexible substrate. The first flexible substrate overlies the metal backing layer and including a conductive pattern on a surface of the first flexible substrate. The second flexible substrate overlies the first flexible substrate and also includes the conductive pattern. The conductive pattern on the second flexible substrate is aligned with the conductive pattern on the first flexible substrate.

Electromagnetic interference ('EMI') sheet attenuators

Presented herein is a display mounting system for an immersive multi-display (multi-screen) telepresence/videoconference endpoint. The display mounting system includes a mounting mechanism configured to movably mount one or more displays to a support frame. A first adjustment mechanism is configured to rotate the display with respect to the frame, while a second adjustment mechanism is configured to tilt the display with respect to the frame.

Video conference endpoint displays

Embodiments include a telepresence system operative to carry out a teleconference, a lighting arrangement for a telepresence system operative to carry out a teleconference, and a planar panel having a reflective front surface that includes indentations having variable depth operative such that that when the reflective surface is illuminated by a light source, light is directed towards one or more participants in a telepresence system that is operative to carry out a teleconference.

Growing community of inventors

Campbell, CA, United States of America

Shawn Emory Bender