Don C Corser

8128128, Mar 6, 2012

Dec 11, 2009

12/635734

Bruce W. Dittly - North Tonawanda NY, US
Don C. Corser - Lockport NY, US

Delphi Technologies, Inc. - Troy MI

F16L 41/00

285197

A coupling of a heat exchanger includes a saddle for engaging a cylindrical manifold. The saddle has an arcuate cross-section extending between a first edge and a second edge. The saddle defines an opening and a tubular member extends through the saddle and between a top edge and a bottom edge. A lip extends outward from the top edge and a skirt interconnects the lip to the opening in the saddle. The tubular member is oblong-shaped adjacent the opening of the saddle and the tubular member has an oblong-shaped portion extending from the bottom edge to adjacent the opening in the saddle and terminating at a transition zone. The tubular member has a circular-shaped portion extending from the transition zone to the top edge. The oblong-shaped portion has a shorter dimension in the direction between the first and second edges than the circular shaped portion.

8464782, Jun 18, 2013

Oct 20, 2009

12/582069

David E. Samuelson - Wheatfield NY, US
David M. Smith - Clarence Center NY, US
Don C. Corser - Lockport NY, US

Delphi Technologies, Inc. - Troy MI

F28F 9/04
F28D 7/06
F28D 1/02

165178, 165176, 165174, 165153, 165152, 29890038

A communication plate extends along and is sandwiched between cylindrical communication manifolds of a first heat exchanger assembly and a second heat exchanger assembly. The communication plate includes a saddling surface arcuate in one direction and a saddling surface arcuate in the opposite direction for engaging in saddle-like fashion the cylindrical shape of the manifolds. The communication plate defines a plurality of communication plate orifices disposed along the communication plate and aligned co-axial with a plurality of communication orifices disposed along the manifolds to seal the communication orifices of the manifolds and establish distributed and sealed fluid communication between the heat exchanger assemblies.

20060213645, Sep 28, 2006

Mar 24, 2005

11/088414

Douglas Wintersteen - Burt NY, US
Don Corser - Lockport NY, US

H05K 7/20

165104190, 361699000

An integral liquid cooling unit for an electronic device comprises a manifold defining a plurality of heat sink compartments for heat exchange engagement with the electronic device. The manifold presents a platform for sealing engagement with a pump. The manifold also presents an inlet and an outlet and defines internal passages establishing fluid communication between the pump and the inlet and outlet through the heat sink compartments. A heat exchanger is mounted directly to the manifold and in fluid communication with the inlet and outlet of the manifold. More specifically, the heat exchanger includes a first tank and a second tank each defined by a cylindrical tube with an open lower end of the first tank extending into and in sealed engagement with the inlet in the manifold and an open lower end of the second tank extending into and in sealed engagement with the outlet in the manifold.

20100031505, Feb 11, 2010

Aug 6, 2008

12/221703

Frederick V. Oddi - Orchard Park NY, US
Don C. Corser - Lockport NY, US
Gregory R. Smith - Lockport NY, US

B21D 53/02

2989003

A manifold for use in a heat exchanger assembly and a method of forming the manifold is disclosed herein. The method starts with the step of separately forming a first member at least partially defining an interior and having a spaced set of first tube slots and a second member having a wall positioned against the first tube slots and dividing the interior into a plurality of chambers. The method is finalized with the step of permanently fixing the first member to the second member to define an first manifold after the separately forming step.

20100044010, Feb 25, 2010

Aug 21, 2008

12/229296

Don C. Corser - Lockport NY, US
James R. Leibring - Lockport NY, US
Gregory R. Smith - Lockport NY, US

F28D 15/00

16510411

A manifold having multiple chambers for use in a cross-counterflow heat exchanger assembly includes a first member having arms extending from a base to arm ends. A second member is secured to the first member to define the manifold. The second member includes an inner plate edge that defines a first mating surface that extends inwardly along the inner plate edge from each of the plate ends to mate with arm ends. A wall extends transversely to the inner plate edge to a wall end. The wall end mates with an inner base surface to divide the interior of the manifold into a plurality of chambers. At least one lip extends transversely to the inner plate edge to define a second mating surface that extends perpendicularly from the first mating surface and mates with an inner arm surface of the arms.

20100154188, Jun 24, 2010

Dec 19, 2008

12/339425

Don Clair Corser - Lockport NY, US
Joel Thomas Hambruch - Burt NY, US

Delphi Technologies, Inc. - Troy MI

B23P 19/00

294261

A method for attaching a bracket to a heat exchanger comprises providing a heat exchanger having a mounting surface. A bracket having an edge portion that conforms to the mounting surface is located in contact with the mounting surface. A portion of the mounting surface is then skived with the bracket in place so that a sufficient amount of skived material is deformed against the edge portion of the bracket to retain the bracket to the heat exchanger. The retained bracket is then brazed to the heat exchanger.

20130240191, Sep 19, 2013

Apr 30, 2013

13/873387

DAVID M. SMITH - CLARENCE CENTER NY, US
DON C. CORSER - LOCKPORT NY, US

DELPHI TECHNOLOGIES, INC. - TROY MI

F28F 1/12

165176

A communication plate extends along and is sandwiched between cylindrical communication manifolds of a first heat exchanger assembly and a second heat exchanger assembly. The communication plate includes a saddling surface arcuate in one direction and a saddling surface arcuate in the opposite direction for engaging in saddle-like fashion the cylindrical shape of the manifolds. The communication plate defines a plurality of communication plate orifices disposed along the communication plate and aligned co-axial with a plurality of communication orifices disposed along the manifolds to seal the communication orifices of the manifolds and establish distributed and sealed fluid communication between the heat exchanger assemblies.

20130240192, Sep 19, 2013

Apr 30, 2013

13/873395

DAVID M. SMITH - CLARENCE CENTER NY, US
DON C. CORSER - LOCKPORT NY, US

DELPHI TECHNOLOGIES, INC. - Troy MI

F28F 1/12

165176

A communication plate extends along and is sandwiched between cylindrical communication manifolds of a first heat exchanger assembly and a second heat exchanger assembly. The communication plate includes a saddling surface arcuate in one direction and a saddling surface arcuate in the opposite direction for engaging in saddle-like fashion the cylindrical shape of the manifolds. The communication plate defines a plurality of communication plate orifices disposed along the communication plate and aligned co-axial with a plurality of communication orifices disposed along the manifolds to seal the communication orifices of the manifolds and establish distributed and sealed fluid communication between the heat exchanger assemblies.