Jonathan P Wattelet

Address:

381 Saint Andrews Ln, Gurnee, IL 60031

Phone:

8478559686

VIN:

5FNRL386X9B040951

Make:

HONDA

Model:

ODYSSEY

Year:

2009

US Patent:

6386277, May 14, 2002

Filed:

Apr 24, 2001

Appl. No.:

09/841645

Inventors:

Jonathan P. Wattelet - Gurnee IL
Stephen B. Memory - Kenosha WI
Jeffrey A. Logic - Racine WI
Mark G. Voss - Franksville WI

Assignee:

Modine Manufacturing Company - Racine WI

International Classification:

F28D 716

US Classification:

165164, 165175, 62513

Abstract:

A heat exchanger provides simplicity, compactness, and high efficiency through a construction that includes an elongated tube structure comprising three rows of flattened multiport tubing, with a first row of tubing and a third row of tubing sandwiching a second row of tubing. The second row of tubing terminates in opposite ends on which are received refrigerant fittings and respectively. The first and third rows of tubing each include a run abutting and in heat exchange relation with the tubing. Opposing ends of the tubing extend about refrigerant fittings and and are received in refrigerant fittings. The tubing includes parts and extending about the refrigerant fittings and and terminating in opposite ends. The ends are also in fluid communication with fittings.

US Patent:

6804117, Oct 12, 2004

Filed:

Jul 28, 2003

Appl. No.:

10/628645

Inventors:

Alfred L. Phillips - Pine Grove PA
Dmitry K. Khrustalev - Lancaster PA
Kevin L. Wert - Oak Creek WI
Michael J. Wilson - Racine WI
Jonathan P. Wattelet - Gurnee IL
John Broadbent - Mancetter, GB

Assignee:

Thermal Corp. - New Stanton DE

International Classification:

H05K 720

US Classification:

361700, 361699, 361719, 361721, 257715, 174 152, 165 804, 16510426, 16510433

Abstract:

A thermal management system for an electronic device is provided a first thermal energy transfer assembly that is thermally coupled between a heat generating structure located on a circuit card and a first thermal interface surface that is spaced away from the heat generating structure. A second thermal energy transfer assembly includes a second thermal interface surface which is arranged in confronting relation to the first thermal interface surface. A clamping mechanism is arranged to move the second thermal interface surface between (i) a first position that is spaced away from the first thermal interface surface, and (ii) a second position wherein the second thermal interface surface is pressed against the first thermal interface surface so as to allow the busing of thermal energy from the first thermal energy transfer assembly to the second thermal energy transfer assembly by heat transfer from the first thermal interface surface to the second thermal interface surface.

US Patent:

6824906, Nov 30, 2004

Filed:

Jul 16, 2001

Appl. No.:

09/906336

Inventors:

Jonathan P. Wattelet - Gurnee IL
Mark C. Voss - Franksville WI

Assignee:

Modine Manufacturing Company - Racine WI

International Classification:

H01M 804

US Classification:

429 26, 429 13, 429 20

Abstract:

A fuel cell system ( ) is provided and includes a fuel cell stack ( ) and an integrated heat exchanger unit ( ). The integrated heat exchanger unit ( ) includes a fuel cell stack cooler ( ) and a cathode exhaust gas condenser ( ) arranged in a side-by-side relationship to be cooled by a common cooling air stream ( ) that flows in parallel through the cooler ( ) and the condenser ( ).

US Patent:

6830097, Dec 14, 2004

Filed:

Sep 27, 2002

Appl. No.:

10/259311

Inventors:

Jonathan P. Wattelet - Gurnee IL
Scott D. Garner - Lititz PA

Assignee:

Modine Manufacturing Company - Racine WI

International Classification:

F28D 1502

US Classification:

16510421, 165 803, 165185, 16510433, 361697, 257722

Abstract:

A heat sink ( ) is provided for use with a fan ( ) for cooling an electronic component ( ) wherein the heat sink ( ) transfers heat from a heat rejecting surface ( ) of the electronic component ( ) to a cooling airflow provided by the fan ( ). The heat sink ( ) includes a heat conducting base member ( ) having a substantially planar heat receiving surface ( ) for overlaying the heat rejecting surface ( ) of the electronic component ( ) to receive heat therefrom, a heat conducting tower ( ) extending from a side of the base member ( ) opposite from the heat receiving surface ( ) to receive heat therefrom, and a pair of serpentine fins ( ) to transfer heat from the tower ( ) to the airflow and the environment surrounding the heat sink ( ).

US Patent:

6936364, Aug 30, 2005

Filed:

Oct 24, 2001

Appl. No.:

10/000860

Inventors:

Michael J. Reinke - Franklin WI, US
Jonathan Wattelet - Gurnee IL, US
Mark Voss - Franksville WI, US
Uwe Benz - Uhldingen-Mühlhof, DE
Bruno Motzet - Weilheim/Teck, DE
Alois Tischler - Dorfen, DE
Marc Weisser - Owen/Teck, DE

Assignee:

Modine Manufacturing Company - Racine WI
XCELLSiS GmbH

International Classification:

H01M008/18
H01M008/04
F28D007/00
B01J010/00
B01J008/04

US Classification:

429 20, 429 26, 429 34, 429 19, 429 17, 422191, 422193, 422200, 422198

Abstract:

Rapid response to a fuel cell system of the type including a reformer () in response to a change in load is achieved in a system that includes a fuel tank (), a water tank () and a source () of a fluid at an elevated temperature. A heat exchanger () is provided for vaporizing fuel and water and delivering the resulting vapor to the system reformer () and includes an inlet () and an outlet () for the fluid. It includes a plurality of fluid flow paths (), (), () extending between the inlet () and outlet () as well as a fuel inlet () and a fuel outlet () spaced therefrom. The fuel inlet () and outlet () are connected by a plurality of fuel flow paths () that are in heat exchange relation with the fluid flow paths (), (), () and the fuel water inlet () is located adjacent the upstream ends of the fluid flow paths (), (), ().

US Patent:

6953009, Oct 11, 2005

Filed:

May 14, 2002

Appl. No.:

10/145531

Inventors:

Michael J. Reinke - Franklin WI, US
Jonathan Wattelet - Gurnee IL, US
Mark G. Voss - Franklin WI, US
Marc Weisser - Dornhan, DE
Bruno Motzet - Weilheim/Teck, DE
Sven Thumm - Metzingen, DE
Dennis C. Granetzke - Racine WI, US

Assignee:

Modine Manufacturing Company - Racine WI

International Classification:

F28F003/08

US Classification:

122 311, 165167

Abstract:

A vaporizer, a fuel cell system including the vaporizer, and a method of vaporizing fuel in a fuel cell system are disclosed. The fuel cell system includes a fuel reservoir () for storing a liquid fuel and a fuel cell () for consuming a fuel and generating electricity therefrom. A fuel vaporizer () is interposed between the fuel reservoir () and the fuel cell () for receiving liquid fuel and vaporizing it and delivering it ultimately to the fuel cell (). The fuel vaporizer () includes a heat exchanger which includes a hot fluid inlet (), a hot fluid outlet () and a core () interconnecting the inlet () and the outlet (). The core () has alternating fuel flow structures () and hot fluid structures () with the fuel flow structures () having an inlet () and an outlet ().

US Patent:

6964296, Nov 15, 2005

Filed:

Feb 7, 2001

Appl. No.:

09/778310

Inventors:

Stephen Memory - Kenosha WI, US
Gregory Hughes - Milwaukee WI, US
Winston Zhang - Kenosha WI, US
C. James Rogers - Racine WI, US
Craig Grohman - Muskego WI, US
Edward Robinson - Caledonia WI, US
Richard Mielke - Franksville WI, US
Jonathan P. Wattelet - Gurnee IL, US
Lawrence Gabbey - Racine WI, US
Richard J. Trapp - Racine WI, US

Assignee:

Modine Manufacturing Company - Racine WI

International Classification:

F28D001/04

US Classification:

165151, 165143, 165144, 165148, 165152, 165153, 165173, 165177, 165179, 165181

Abstract:

Heat exchange inefficiencies found in round tube plate fin heat exchangers are eliminated in an aluminum heat exchanger that includes first and second headers (), () and at least one flattened tube (), () extending between the headers (), (). A plurality of generally parallel tube runs are defined and each has opposite edges. A plurality of plate fins (), () are arranged in a stack and each has a plurality of open ended slots (), one for each run of the tubes (), (). Each of the tube runs (), () is nested within corresponding slots () and the fins (), () with one of the edges () of the tube runs extending outwardly of the corresponding fin (). The assembly is brazed together.

US Patent:

7013955, Mar 21, 2006

Filed:

Feb 25, 2004

Appl. No.:

10/786431

Inventors:

Alfred L. Phillips - Pine Grove PA, US
Dmitry K. Khrustalev - Lancaster PA, US
Kevin L. Wert - Halifax PA, US
Michael J. Wilson - Racine WI, US
Jonathan P. Wattelet - Gurnee IL, US
John Broadbent - Mancetter, GB

Assignee:

Thermal Corp. - Wilmington DE

International Classification:

F28D 15/00

US Classification:

16510421, 16510433, 165185, 361700, 257715

Abstract:

A flexible loop thermosyphon is provided having a flexible, hermetic, outer tube and a flexible, non-hermetic, inner tube, positioned concentrically within the outer tube, forming an annulus between the outer tube and inner tube. The annulus acts as a vapor conduit transferring vapor to the loop thermosyphon condenser while the inner tube acts as a condensate conduit returning liquid to the loop thermosyphon evaporator.