Mcginley Engineered Solutions, LLC

Juniper Networks, Inc.

Henry K Sim

Shigeru Tanaka

Martin A Leugers

Joseph C McGinley

Kevin D Simmons

Peter A Privitera

David J Rinaldis

Graham R Faulknor

Mahesh Nagarajan

Brian J Ray

Travis S Mikjaniec

Tark Abed

Adolpho Gonzalez

John B Kenney

Ken R Weber

Olaf Moeller

Attila I Aranyosi

Alex R Brown

Daniel Fairchild Farmer

Gauri R Khanolkar

Sriram Gopalaratnam

A measurement system and method for determining a depth of penetration of a working portion of a surgical instrument (e.g., a rotating drill bit in a bore). A first sensor outputs a first signal representative of a displacement of the leading edge of the drill bit in the bore. A second sensor outputs a second signal representative of a force applied to the leading edge of the drill bit. A processor outputs a third signal representative of the depth of penetration of the leading edge of the drill bit when the leading edge of the drill bit passes from a first medium having a first density to a second medium having a second density. The third signal is based on the first and second signals.

Drill bit penetration measurement system and methods

The disclosed apparatus may include (1) a plurality of vapor chambers that (A) are mounted to a plurality of individual power components that dissipate heat within a computing device and (B) absorb heat dissipated by the plurality of individual power components within the computing device and (2) at least one thermal coupling that (A) physically bridges the plurality of vapor chambers to one another within the computing device and (B) facilitates heat transfer among the plurality of vapor chambers mounted to the individual power components. Various other apparatuses, systems, and methods are also disclosed.

Apparatus, system, and method for improved heat spreading in heatsinks

Drill bit penetration measurement systems and methods

The disclosed apparatus may include (1) a faceplate that facilitates at least one connection between at least one communication cable and a line card that forwards traffic in connection with a network, (2) at least one heatsink that (A) is integrated into the faceplate and (B) absorbs heat dissipated by at least one electronic component included in the line card, and (3) at least one mount that (A) is integrated into the faceplate and (B) enables the electronic component to attach to the heatsink. Various other apparatuses and systems are also disclosed.

Apparatuses and systems for increasing thermal mass in line card heatsinks

The disclosed apparatus may include at least one physical extension handle that connects to at least one ejector that facilitates securing a line card to a chassis of a telecommunications system and ejecting the line card from the chassis of the telecommunications system. The physical extension handle may, when connected to the ejector, extend the ejector such that a user is able to access the ejector by way of the physical extension handle to secure the line card to or eject the line card from the chassis of the telecommunications system using the physical extension handle. Additionally or alternatively, the physical extension handle may facilitate physically supporting one or more communication cables connected to the line card in a horizontal orientation such that the communication cables avoid hanging down vertically directly from the chassis. Various other apparatuses and systems are also disclosed.

Apparatus and system for modular cable management in telecommunications systems

Drill with depth measurement system

Drill with depth measurement system and light emitter

Growing community of inventors

Mountain View, CA, United States of America

Henry K Sim