Other

Greatbatch Ltd.

Infusion Systems, LLC

John C Duggan

Donald F Kaiser

Dominick J Frustaci

Ashish Shah

Paul T Hallifax

Norbert W Frenz, Jr

Kenneth Moceri

Michael R Blendowski

Dominik Frustaci

Donald Kaiser

A current collector comprising a frame conductor formed as a closed undulating perimeter, and a conductive mesh formed within the frame conductor is described. The conductive mesh is comprised of a plurality of radial struts, each radial strut having a central end and an outer end. The radial struts emanate from a junction within the undulating perimeter with their outer ends connected to the undulating perimeter of the frame. The conductive mesh may include branch struts having proximal ends and distal ends, with the proximal ends connected to the radial struts. The distal ends of the branch struts may be connected to the undulating perimeter, or to adjacent radial struts. The current collector is used in an electrochemical cell, wherein a first electrode active material is contacted to at least one of first and second major sides of the current collector to provide a first electrode.

Electrode current collector with stress-relieving mesh structure

One embodiment of a foot or boot mounting for a sportboard such as a snowboard, wakeboard, mountainboard, surfboard, kiteboard, or similar article, having a tilted base plate () with a bearing raceway (B) or other means providing an axis of rotation that is inclined by a predetermined angular amount (&#x3b1;), pivotably guiding a tilted rotating plate () that has a top surface (T) tilted with respect to its axis of rotation by a predetermined angular amount (&#x3c6;). Top surface (T) provides direct or indirect support for the bottom surface of a rider's foot. The tilt of top surface (T) is aligned relative to its axis of rotation such that the upward tilted portion is generally aligned toward the inside of a rider's foot. Thus, a rider's feet and body members are aligned more naturally while the rider is free to continually rotate his or her feet and change posture more comfortably.

Ergonomically advanced rotating boot and foot mounting system for sportboards

An electrochemical cell comprising a cathode of a powder material pressed into intimate contact with a rod-shaped current collector and an anode at least partially wrapped around the cathode is described. The cathode current collector is preferably provided with a plurality of offset flats offset with respect to each other. This helps prevent the cathode active material from sliding off of the rod-shaped current collector. The anode has spaced apart edges at opposite ends of its width that form a gap with the anode wrapped around the cathode. This helps in sliding the anode/cathode electrode assembly into a cylindrical tube comprising the cell casing. A preferred chemistry is a lithium/CFactivated with a nonaqueous electrolyte.

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An electromagnetic coil assembly comprising a spool-spindle and a case. The spool-spindle comprises a spindle portion and a larger included portion. The spindle portion has a conductor wound thereon. The larger included portion has opening for receiving the conductor. The case has a first case end and a second case end, with an opening extending through the case. A first internal surrounding surface extends from the second case end and a second surrounding internal surface having a smaller diameter extends from the first case end. The first internal surrounding surface meets the second internal surrounding surface at an annular internal wall. The spool-spindle is positioned in the case until the larger include portion abuts against the annular internal wall, and the case and spool-spindle are joined.

Electromagnetic coil assembly employing spool-spindle

A method of operation and sportingboard foot or boot binding system that has two pivot mount plates (,) which are able to rotate free of a sportingboard (,), and which are connected by a rotational transmission means to cooperatively rotate both pivot mount plates (,) in the same direction. The sportingboard (,) can be a snowboard, wakeboard, mountainboard, surfboard or similar device that utilizes foot or boot mounting means of rider attachment. Braking or limiting devices can be employed to control the rotation of pivot mount plates (,).

Dynamic syncronous pivoting boot and foot mounting system for sportingboards

A modular deck support framework system employing support tray framework sections for vibrating screens having an essentially rectangular outlined perimeter framework. Each support tray perimeter framework has at least: two opposed side framework members and a square cut cross-angle 50, or notched end angle 62, as a feed end cross framework member; and a square cut flat stock 52 or curved top flat stock 52C as a discharge end cross framework member. Square cut cross-angle 50 is oriented such that square cut cross-angle upper leg 50U is pointing essentially upwards and essentially perpendicular to the flow of particles over support trays, and square cut cross angle lower leg 50L is pointing essentially with the flow of particles over support trays. Notched end angle 62 is oriented similarly whenever employed. Square cut flat stock 52 is oriented such that square cut flat stock short side 52S is essentially parallel with the flow of particles being sorted and square cut flat stock long side 52L is essentially perpendicular with the same flow. Curved top flat stock 52C is oriented similarly whenever employed. Support trays also contain wide seal strip support bar 44, or one or more seal strip supports 30, adjacent to and/or above feed end cross framework members, and/or adjacent to and/or above discharge end cross framework members at seam areas of support tray frameworks for increased strength and/or protection and/or to support screening media edges. Typically fastener holes are present to attach modular support trays to vibrating screen side-walls and to each other as needed.

Vibrating screen deck support framework system

A deck support framework system, being sectioned or modular, having one or more flooded support tubes 30A/30B. Flooded support tube 30A/30B is oriented essentially horizontal and attached at sides of a deck framework, aligned with fluid passage hole small 34A or threaded input hole 102 in the sides of a deck framework, allowing for the spraying of fluids through flooded support tube 30A/30B which has fluid exit holes 34B. Additionally or alternately a structural support for a vibrating screen or similar device, having one or more flooded support tubes 30A/30B, and having attached end members having fluid passage holes small 34A or threaded input hole 102, and having flat planar sides uttermost, or nearly so, with attached end members located at the open end portions of flooded support tube 30A/30B enabling the mounting of such a flooded structural support to vibrating screen side walls 50. Fastener holes are positioned as needed for both structural and fluid supply considerations in mating components.

Growing community of inventors

Tonawanda, NY, United States of America

John C Duggan