Delta T Corporation

Covidien LP

S. C. Johnson Son, Inc.

Tyco Healthcare Group LP

James Alexander Corporation

Bausch-lomb Incorporated

Emerson Climate Technologies Gmbh

Nidec Motor Corporation

Therm-o-disc, Incorporated

Implus Footcare, LLC

Bausch & Lomb Surgical, Inc.

The Gorman-rupp Company

Artromick International, Inc.

Contract Furniture Supply Ltd

Kpr U.s., LLC

George A Clark

Scott A Jones

Philip John Blyskal

Richard James May

Thomas Michael Heyman

Eric R Navin

Mark S Thompson

Chris W Cicenas

Edward J Martens, Iii

David A Tomkins

Thomas M Heyman

Thomas A Helf

Philip Stephen Johnson

Dennis Joseph Denen

Ryan Scott Crisp

Tylor Hilton Garland

Alden Morris Mills

Charles J Cauchy

Timothy A Friar

Richard J Fadler

Ian Coats MacColl

David J Schram

Robert J Hayes

Edward Vaquero

Martin P Schooping

Jayson White Pegler

William J Seyboth

Douglas P Gundlach

Lance J Bronnenkant

Brian D Rathert

Aaron M Torp

Philip L Bryan

Truong Nguyen

Larry L Bingham

Jon P Cullen

Brian Klein

Kenneth J Monnier

Matthew Paul Dunn

Robert J Egan

Joshua A Broehl

Dan M Bruner

Leon M Headings

Gary E Myers

Todd L James

Charles Sherwood

Robert J Schmidt

Anne Dariene Powell

Jeffrey Rogers

Stephen Shotaro Sakai

Anne Darlene Powell

Scott Jones

Phillip L Bryan

A dispenser () for dispensing flowable materials has a container () having an outer wall () and a membrane () collectively defining a first chamber () configured to contain a flowable material. The membrane () extends from the outer wall () at an angle. The membrane () has a thickness and a weld seam (), and the weld seam () has a thickness less than the thickness of the membrane ().

Dispenser and process

A compressor electrical component enclosure may include a base and a lid. The base may include first and second opposing surfaces and a magnet. The magnet may be coupled to the second surface and may secure the base to a compressor shell. The lid may engage the base and cooperate with the base to define an electrical component housing.

Compressor and enclosure assembly for electrical components

A thermal cut-off device can include a case, a first electrically conductive lead disposed at a first end of the case, a thermally responsive pellet housed within the case, a second electrically conductive lead disposed at a second end of the case and having a distal end including a contact surface, an electrically conductive contact disposed between the pellet and the second lead, a first biasing member disposed between the pellet and the contact, and a second biasing member disposed between the contact and the second end of the case.

Thermal cut-off device

A wheeled exercise device includes a first wheel part and a second wheel part coupled to the first wheel part, with the first and second wheel parts coupled together on a central axle therethrough so as to form a central main wheel with a generally flat center circumference and angled outer circumferential sides. The device includes a pair of handles, each handle extending outward and downward at an angle from the central axle from a corresponding wheel part.

Wheeled exercise device

A needle safety device is provided having a housing, a needle assembly movably mounted within the housing and a spring for biasing the needle assembly within the housing. The needle assembly is movable along a first axis and the spring is movable along the second axis different from the first. There is also provided a lens for enhancing visualization of the flow of fluid through the needle safety device. There is further provided a safety sheath for covering a needle of the needle assembly and restraining the needle assembly against movement due to the bias of the spring.

Non-axial return spring for safety needle

A safety needle is provided which includes blocking structure to maintain a sharp tip of a needle safely within a housing and prevent re-advancement of a needle from a safety needle housing. The safety needle includes flexible blocking members positioned on an inner needle assembly which are configured to engage an outer housing after the needle assembly has been fully retracted within the outer housing.

Safety needle with lockout mechanism

A manually retracted safety needle device is provided having a rigid wing structure to stabilize the safety needle against the body of a patient. The safety needle device includes an elongate housing having a hub movably mounted therein. A tissue penetrating needle extends distally from the hub and a fluid conveying tube extends proximally from the hub. The rigid wing structure extends substantially along the length of the elongate member and, in one embodiment, includes wings extending transversely to a longitudinal axis of the elongate member. The safety needle is also provided with various finger gripping structures to facilitate manipulation of the safety needle device relative to the patient.

Manually retracted safety needle with rigid wing structure

An electric pump has a stator, a rotor, a pump volute, and an endshield. The pump volute and the endshield are formed together as a single monolithic part, thereby minimizing the axial length of the electric pump. A drainage passageway is provided on the endshield to harmlessly drain away any fluid that seeps past the pump's seals. In one embodiment of the invention, the drainage passageway is a groove that faces the stator and is configured to facilitate the evaporation of and leak fluid by channeling the fluid near the stator, which warms the fluid and thereby increases the fluid's evaporation rate.

Integrated endshield and pump volute for an electric pump and method of forming an electric pump

A bed form () is made from easy to recycle sections () and can be quickly assembled without tools by means of fasteners () that can be secured by hand. An egg carton-like base () is formed from a first set of long sections () having slots on the top edge () thereof that engage with slots () in the bottom edge () of a second set of shorter sections (). The long and short sections () are preferably molded from structural foam and the top edge () of the long sections () include a plurality of threaded male projections () molded into them. Fasteners () are used to attach upper deck sections () to the threaded projections () on the base (). Each fastener () includes a top flange (), a hollow cylindrical body () having an hand engageable fin () therein and a lower end having a female threaded section () that engages the exterior treads of the threaded projections () on the base (). An individual places one of several fasteners () in one of the apertures () in one of several deck sections (), grabs the interior fin (), engages the threaded projection () with the female interior threads (), and manually rotates the fastener () until the flange () pulls the deck section () firmly down onto the base ().

Easy to assemble, tool less, easy to recycle, mattress support

A safety needle device is provided having any elongated housing and a needle assembly movable within the elongate housing. Retraction structure is provided to move the needle assembly from an extended position relative to the elongate housing to a retracted position within the elongate housing. A blocking member is provided to immobilize the retraction structure prior to use. The blocking member is insertable between the retraction structure and the associated elongate housing and/or the needle assembly.

Needle retraction structure

A preloaded intraocular lens injection device includes a retainer for releasably holding an IOL in an unstressed state. The retainer and IOL are removably attached to an injector body and are sealed in the same package for delivery to a surgeon. In an alternate embodiment, the retainer and IOL are coupled together and sealed in one package and the injector body is sealed in a separate package with the surgeon attaching the retainer to the injector body at the time of surgery. To deliver the IOL through the injector body, the retainer is removed from the injector body causing the IOL to release from the retainer and become located in an unstressed state in the injector body. A compressor is moved to the closed position to compress the IOL, the injector tip is inserted through a small incision in an eye and a plunger is advanced to push the IOL through and out the injector body tip and into an eye.

Preloaded IOL injector

Growing community of inventors

County of Delaware, OH, United States of America

George A Clark