Soclean, Inc.

Owens Corning Intellectual Capital, LLC

Ethicon, Gmbh

Hunter Douglas,inc.

Shure Acquisition Holdings, Inc.

Inceptus, Inc.

Kopin Corporation

Omg, Inc.

New Objective, Inc.

Ourbell Electronics, Inc.

Kurt Michael Maw

Robert A Charles

Ashley James Nye Legg

John Paul Devlin

Lawrence Jerome Grubka

David Orrin Swett

Mark Bui Breneman

Alex Chaves

Robert Wilkins

Brian Robert Ray

Geoffrey Howard Wilson

James S Pelletier

Steffen Koury

Paul K Metaxatos

Timothy Leyva

Gabor Zanoni

Sungwook Yang

Eric Nichols

Mark A Nichols

Arvin Grande Abadilla

Michael Chad Wiggins

Mary Sarich

James Pelletier

William Olszta

Michael Schmidt

Anthony Parillo

Kenneth Alvin Tarbell

James Daniel Durrett

Justin D Cumming

Jan Schminke

Jason J Cooper

Ian Schon

Peter J Shadwell

Justin David Cumming

Ernesto Carlos Martinez Villalpando

Julianna Miller

Gary A Valaskovic

Joshua S Kelly

Abhilash J Prasad

Robert P Michaloski

Thomas A Dunn

Arthur P Caprio

Michael Le

Michael Jiaravanont

Timothy J Perlman

Pete McNulty

Jonathan Wenderoth

Katja Lierhaus

Catherine Hildersley

Cedric Delmy

Ben Ngo

Tara Marie Kovalik

Disinfection devices and methods of using the same are described. In embodiments the disinfection devices include a base, a lid, a sanitizing gas supply, a sanitization chamber with an exhaust port and chamber opening, and a fan. When the lid is closed the fan can operate in a first (low flow, high static pressure) flow condition, during which gas may flow through the device at a first (relatively low) flow rate. When the lid is open the fan can operate in a second (high flow, low static pressure) flow condition, during which the fan may exhaust all or substantially all sanitizing gas in the sanitization chamber through the exhaust port over a short exhaust period. The systems and methods can enable a user to rapidly access an article being sanitized with little or no risk of exposure to the sanitizing gas, even when a disinfection operation is in process.

Disinfection devices and methods using the same

Technologies for sanitizing medical devices are described. In particular, sanitizing systems, components of sanitizing systems, and methods for sanitizing medical devices such as continuous positive airway pressure (CPAP) equipment are described. In embodiments, the sanitizing systems include a sanitizing gas generator and a base including at least one exhaust port and a filter.

Technologies for sanitizing medical devices

Filter cartridge

Disinfection device

Light bar for a sanitizing machine

A plate advancement mechanism is configured to cooperate with a stack of plates consisting of alternating first and second roofing plates with alternately positioned indexing notches along an indexing edge of the plates. An indexer including at least one indexing tab that projects beneath the indexing edge of the plates reciprocates parallel to the indexing edge of the roofing plates between a first feed position and a second feed position. The indexer first feed position aligns the indexing tab with the indexing notch of the first plates and the indexer second feed position aligns said indexing tab with the indexing notch of the second plates. The indexer first feed position and said second feed position are coordinated with shuttle movement to release the lowermost roofing plate from the stack onto the shuttle by aligning the indexing tab (or tabs) with the indexing notch (or notches) of the lowermost plate.

Plate advancement mechanism for roofing tool

Device sanitizing machine

Growing community of inventors

Salem, MA, United States of America

Kurt Michael Maw