Other

Business Wire, Inc.

Ballard Material Products Inc.

Gm Global Technolgoy Operations, Inc.

Adobe, Inc.

Ballard Power Systems Corporation

Evans & Sutherland Computer Corporation

Arizona Manufacturing & Embroidery, Inc.

Gaffney, John Travis

John Travis Gaffney

Jamie O'Donnell

Greg Jarboe

Marlene Matheson

Mike Zemans

Gary Saner

Dana Todd

Steve Press

Raymond C Loszewski

Michael L Parker

Timothy M Anguish

Roger Masse

David Giannelli

Guy Ebbrell

A golf club head cover. Implementations may include a body portion defining an internal cavity for receiving a golf club head, a first flap disposed on the body portion and including a first magnetic fastener, and a second flap disposed on the body portion and including a second magnetic fastener. The first magnetic fastener and second magnetic fastener may substantially align with each other and may be aligned substantially parallel with the internal cavity of the body portion. Particular implementations may include a notch adjacent to the internal cavity and/or reentrant openings on both a side of the first flap and on a side of the second flap.

Golf club head cover

A golf club head cover includes an outer shell having a first closed end and a second open end providing access to an internal cavity. A flexible liner is included substantially within the internal cavity of the outer shell, the flexible liner fixedly coupled with the outer shell around the second open end and at two or more tabs extending from an outer surface of the flexible liner to an inner surface of the outer shell.

Golf club head cover with liner

Golf club head cover and liner

A friction material is provided for a friction member of a torque-transmitting mechanism. The friction member has a woven carbon fiber fabric base. A coating is applied to the base to form a portion of a contact surface positioned to contact a reaction member during engagement of the torque-transmitting mechanism. The coating is a mixture of a resin binder and a friction modifier. A method of forming a friction material is also provided.

Clutch friction material and method of forming same

The subject matter described herein relates to systems and techniques for optimizing, distributing, and tracking the use of content online in, for example, Internet search engines and other Internet distribution networks.

Optimizing, distributing, and tracking online content

A disclosed method for coating a substrate with an ionomer, applies the ionomer as a component of a stable foam, then dries the applied foam layer. The substrate to be so coated, in particular embodiments, is an electrode substrate, with or without a catalyst layer applied thereon. In another embodiment, the substrate is an ion-exchange membrane. In yet more particular embodiments, the substrate is suitable for use in an electrochemical fuel cell. Also disclosed are products made by the disclosed methods, namely, ionomer-coated substrates, including ionomer-coated electrode substrates and electrodes. The foam layer may also comprise catalyst powder to form a catalyst layer. Membrane electrode assemblies, fuel cells, and fuel cell stacks that incorporate the substrates are also disclosed, as are motor vehicles, and stationary and portable electrical power-generating plants that incorporate the fuel cell stacks.

Application of an ionomer layer to a substrate and products related thereto

Growing community of inventors

Phoenix, AZ, United States of America

John Travis Gaffney