Gm Global Technolgoy Operations, Inc.

Delphi Technologies, Inc.

Robert Augustine Zaso

Thomas Charles Meiller

Charles H Covert

Timothy Michael Beadnell

Jeffrey Allan Rock

Gary John Deangelis

Gordon R Paddock

Grover Wesley Preston

Roland S Taylor

Richard Lloyd Cooper

Jonathan M Oemcke

Eileen Alanna Scardino

Susan Scott Labine

Edwin A Rivera

Kurt T Hertzog

Susan Buckner

Gordon Richard Paddock

Charles Henry Covert

Christopher S Tupps

Anatol Avdenko

Disclosed herein an evaporative emission treatment device comprising: a housing; and an adsorption member disposed in the housing, the adsorption member comprising an adsorption component comprising an activated carbon textile made from a novoloid precursor.

Evaporative emission treatment device

A fuel vapor storage canister having a screen assembly between a mass of carbon granules in the storage canister and a purge port of the storage canister. The fuel vapor storage canister includes a cup-shaped plastic body defining a carbon bed chamber and a plenum in the canister body covered by the screen assembly. The screen assembly includes a pair of concentric cylindrical bosses around the plenum, a plastic foam screen over the plenum seated on a circular edge of each of the concentric cylindrical bosses, and a retainer having a plurality of flexible barbs and flexible reinforcements resiliently biased against opposite sides of the outermost one of the cylindrical bosses. Concentric circular segments of the plastic foam screen are compressed tightly between an annular planar side of the retainer and each of the circular edges of the concentric cylindrical bosses to positively prevent migration of carbon granules around the foam screen. The barbs prevent dislodgment of the retainer from the outermost one of the cylindrical bosses. The reinforcements protect the integrity of the retention of the barbs by preventing creep of the outermost one of the cylindrical bosses attributable to the forces exerted thereon by the barbs.

Vapor storage canister with foam screen retainer

A fuel vapor storage canister having a screen module between carbon granules in the canister and a purge port of the canister. The screen module includes a module body defining a plenum, a flat plastic foam screen seated on an uninterrupted edge of a raised boss on the module body around the plenum, and a retainer clamped to the module body over the flat foam screen. A tubular stem on the module body plugs into a socket in the storage canister. An interference fit between the tubular stem and the socket prevents migration of carbon granules between the socket and the tubular stem. The foam screen is exposed to the carbon bed chamber through a window in a planar side of the retainer which planar side, in a seated position of the retainer on the module body, cooperates with the uninterrupted edge of the raised boss in compressing a segment of the foam screen to define a seal around the window. Hooks on the module body cooperate with resilient loops on the retainer in maintaining the integrity of the seal around the foam screen by preventing release of the retainer from its seated position on the module body.

A fuel vapor storage canister having a leak-proof screen assembly between a mass of carbon granules in the storage canister and a purge port of the storage canister. The fuel vapor storage canister includes a cup-shaped plastic body, an integral partition which divides the canister body into a pair of relatively deep carbon bed chambers, and a plenum in the canister body at an end of one of the carbon bed chambers which is connected to the purge port and which is covered by the leak-proof screen assembly. The leak-proof screen assembly includes a plastic frame ultrasonically welded to the canister body and a flat fabric screen having a peripheral edge insert molded to the plastic frame.

Fuel vapor storage canister

A fuel injection nozzle has a tubular body adapted to receive fuel, a tubular seat member mounted to the body, the seat member having an opening for discharging fuel and a valve seat surrounding the opening, a poppet valve member engageable with the valve seat to interrupt fuel flow through the opening, and an extension spring anchored to the body and to the valve member and biasing the valve member to engage the valve seat. The extension spring is a helically coiled spring with each coil lying close to the adjacent coils and with the coils at one end overlying an end of the body to anchor the spring to the body and to cause fuel flowing through the nozzle to pass between the coils of the spring; the spring thereby acts as a filter for fuel to be discharged by the nozzle. The seat member is axially movable relative to the body to adjust the length of the spring and thus the bias on the valve member whereby the desired valve-opening pressure differential may be established. The body is adapted to receive fuel through a restriction member that limits fuel flow through the opening. The valve member has a shank with a valve element at one end and a head at the other end, the shank being formed as a pin and the valve element as a ball that is welded to the pin.

Fuel injection nozzle

Growing community of inventors

Rochester, NY, United States of America

Robert Augustine Zaso