Polaris Industries Inc.

Bombardier Motor Corporation of America

Gmp Wireless Medicine, Inc.

Bombardier Inc.

Shakespeare Company. LLC

K-rain Manufacturing Corporation

Embrace Limited

Robrady Capital, LLC

Zivaa Ip, LLC

Daya Medicals, Inc.

Genos Corporation

Shambrowest Corporation

Xplores, LLC

Smart Luggage One, Inc.

Identity Stronghold, LLC

Robert Brady

Ron Alan Bills

Erik A Holmen

Robert B Gowens

Scott N Burmeister

Peter J Van Lancker

Joel Chartier

Carl L C Kah, Iii

David Paul Chastain

John E Thompson

Ryan Donahue

John David Gundlach

Scott Chapps

Matthew D Abelson

Matthew William Vergin

Richard Zhang

Glenn Akhavein

Jeff Nichols

Richard Herbst

Eric Buffkin

Richard O'Brien

Matt Vergin

Daniel Dugas

Walt Augustinowicz

Jared Peter Grandy

Zachary Henry Valdez

Max Muller

Dave Poirier

Richard T Herbst, Jr

Joel R Chartier

Dave Prager

Yasushi Maki

Alberto Carballeira

Anthony James Kelbert

Joel Raymond Chartier

Robert Francis Shambro

Dale Thomas Walker

William W Gregory

Hirofumi Imaeda

Hideaki Fukamura

A holder assembly configured to hold a scoop within an inside of a container at a height above the level of a substance. The holder assembly comprises a first portion and a second portion. The first portion comprises a stem that may be provided with a height according to the geometry of the intended container. The second portion comprises a plurality of stems cooperatively configured and dimensioned to retain the scoop disposed in an inverted position. The segments are connected to the stem at a junction and should be disposed in a spaced apart relation to one another collectively defining a gap for the scoop wall(s). The segments should be movable away from the gap and comprise an inherent tendency to return to their natural position that generates a force that retains the scoop in place.

Holder assembly for bottles and containers

A unit of luggage configured to ascertain its own weight. The unit of luggage comprises a detection assembly with one sensor assembly disposed around each wheel. Each sensor assembly comprises a housing assembly and a shaft disposed therein. The sensor assembly comprises a sensor housing, a cylinder housing and a cylinder. A load cell sensor is generally disposed within the sensor housing and is operatively disposed adjacent to the shaft such that it may engage the sensor and cause an upward deflection that generates a stress indicative of the weight of the unit of luggage being transferred to the particular, corresponding wheel. The cylinder housing is disposed below the sensor housing and encloses the cylinder, which itself encloses the shaft. A frictional resistance between the shaft and the cylinder permits a controlled movement of the shaft therein and permits a processing unit to ascertain a corresponding weight reading.

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Sarasota, FL, United States of America

Robert Brady