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Jon S Wake

from Portage, WI
Age ~61
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Related to:
Daniel L Straub, 56Michael F Fitzpatrick, 58Diane E Schneiger, 87Dennis J Weishan, 65Evan Wake, 29Evan Wake, 49Sue A Grybush, 57Sue A Weishan, 57Suzanne Wake, 63
Connected to:
Caroline M Wake, 81Evan T Wake, 42Evonne M Wake, 37Felton G Wake, 69Jamey C Wake, 53Jason J Wake, 48Johnny D Wake, 58Lila D Wake, 62Madeline R Wake, 82Mary L Wake, 67

Jon Wake Phones & Addresses

  • W7181 North Shore Dr, Portage, WI 53901
  • 498 Linden St, Verona, WI 53593 (608) 845-9633
  • Madison, WI
  • 504 Enterprise Dr, Verona, WI 53593 (608) 576-9874

Work

Position: Homemaker

Education

Degree: Graduate or professional degree

Resumes

Resumes

Jon Wake Photo 1

Applications Engineer

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Location:
504 Enterprise Dr, Verona, WI 53593
Industry:
Mechanical Or Industrial Engineering
Work:
Parker Accumulator Cooler Division
Applications Engineer
Parker Hannifin
Business Development Manager
Education:
University of Wisconsin - Madison Jan 1, 1982 - 1987
Bachelor of Engineering, Bachelors, Mechanical Engineering Monroe High School
Skills:
Manufacturing
Product Development
Cross Functional Team Leadership
New Business Development
Engineering
Key Account Management
Sales Management
Business Development
Product Management
International Sales
Jon Wake Photo 2

Jon Wake

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Location:
Portage, WI
Work:
Parker Hannifin Sep 2017 - May 2020
Application Engineer

Publications

Us Patents

Filter With Retained Safety Element

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US Patent:
6383244, May 7, 2002
Filed:
Oct 20, 2000
Appl. No.:
09/692976
Inventors:
Jon S. Wake - Verona WI
Donald E. Stiemke - Madison WI
James A. Bass - Madison WI
Mark V. Holzmann - Stoughton WI
Paul B. Rear - McFarland WI
Assignee:
Nelson Industries, Inc. - Stoughton WI
International Classification:
B01D 2958
US Classification:
55482, 55498, 55502, 55507, 55509, 55510, 55521
Abstract:
A filter ( ) has a housing ( ) extending along an axis ( ) between first and second axial ends ( and ), and has a closed loop primary filter element ( ) extending axially in the housing, and a closed loop safety filter element ( ) in the hollow interior ( ) of the primary filter element. A detent member ( ) engages and retains the end cap ( ) of the safety filter element independently of the primary filter element to retain the safety filter element in housing upon removal of the primary filter element from the housing.

Enhanced Performance Fibrous Filter Media And Extended Life Fluid Filter Assembly

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US Patent:
6387144, May 14, 2002
Filed:
Mar 16, 2000
Appl. No.:
09/526356
Inventors:
Tadeusz Jaroszczyk - Stoughton WI
Jeffrey S. Morgan - Stoughton WI
Kent J. Kallsen - Oregon WI
Stephen L. Fallon - Madison WI
Daniel R. Cady - Madison WI
Jon S. Wake - Verona WI
Assignee:
Nelson Industries, Inc. - Stoughton WI
International Classification:
B01D 3916
US Classification:
55524, 55487, 55527, 55528, 55DIG 39, 55DIG 43, 55DIG 45
Abstract:
Enhanced performance fibrous media ( ) is provided by orienting filter media fibers ( ) dominantly parallel to the fluid flow direction ( ). Filter media construction is provided by a sheet ( ) having an internal pleated subsheet ( ) with pleats ( ) engaging and packed against each other sufficiently tightly and bonded ( ) such that fluid flows along the flow direction through the pleats in parallel therewith, rather than between the pleats and then transversely therethrough. An extended life two-stage fluid filter assembly includes first and second filter elements ( and ), wherein the pleats ( ) of a main downstream filter element ( ) are spaced from each other along a spacing direction ( ) transverse to the flow direction ( ) and defining a transverse gap ( ) therebetween through which fluid flows, and wherein the pleats ( ) of an upstream prefilter element ( ) are packed against each other without such transverse gap and blocking fluid flow therebetween.

High Flow Capacity Filter

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US Patent:
6398832, Jun 4, 2002
Filed:
Jul 13, 2001
Appl. No.:
09/904934
Inventors:
Jeffrey S. Morgan - Stoughton WI
Jon S. Wake - Verona WI
Kent J. Kallsen - Madison WI
Assignee:
Nelson Industries, Inc. - Stoughton WI
International Classification:
B01D 4602
US Classification:
553853, 55498, 55502, 55510, 55514, 123198 E
Abstract:
A filter element ( ) includes pleated filter media ( ) having a plurality of pleats ( ) in a closed annular loop having an outer perimeter ( ) defined by a plurality of outer pleat tips ( ), an inner perimeter ( ) defined by a plurality of inner pleat tips ( ), the loop having a hollow interior ( ) extending along an axis ( ), wherein fluid to be filtered flows laterally through the filter media and flows axially in the hollow interior ( ). The filter element has an axial flow passage ( ) along the axis ( ) and circumscribing the hollow interior ( ) and has a flow perimeter ( ) greater than the inner perimeter ( ) of the filter element defined by the inner pleat tips ( ), and in the preferred embodiment substantially the same as the outer perimeter ( ) defined by the outer pleat tips ( ), to provide axial flow ( ) through the hollow interior ( ) and additional axial flow ( and ) through the axial ends ( ) of the pleats.

Open Flow Filter With Safety Element

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US Patent:
6416561, Jul 9, 2002
Filed:
Oct 20, 2000
Appl. No.:
09/698002
Inventors:
Kent J. Kallsen - Oregon WI
Tadeusz Jaroszczyk - Stoughton WI
Stephen L. Fallon - Madison WI
Jerald J. Moy - Stoughton WI
Jeffrey S. Morgan - Stoughton WI
Michael J. Connor - Stoughton WI
Scott P. Heckel - Stoughton WI
Jon S. Wake - Verona WI
Assignee:
Nelson Industries, Inc. - Stoughton WI
International Classification:
B01D 2956
US Classification:
55482, 553853, 55498, 55502, 55510, 55DIG 28
Abstract:
An open flow fluid filter has a pleated main filter element having a plurality of pleats in a closed loop having an outer perimeter defined by a plurality of outer pleat tips, and an inner perimeter defined by a plurality of inner pleat tips. The loop has a hollow interior extending along an axis. Fluid to be filtered flows through the main filter element from an upstream dirty side to a downstream clean side, and flows axially in the hollow interior. The main filter element has an axial flow passage extending along the axis and circumscribing the hollow interior and has a flow perimeter greater than the inner perimeter. A safety filter element downstream of the main filter element filters both the axial flow in the hollow interior and additional flow between the flow perimeter and the inner perimeter. A filter with additional flow is also provided.

Air Cleaner With Self-Mounted Inlet Shroud Seal

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US Patent:
6425930, Jul 30, 2002
Filed:
Aug 31, 2000
Appl. No.:
09/653594
Inventors:
Jon S. Wake - Verona WI
Donald E. Stiemke - Madison WI
Mark V. Holzmann - Stoughton WI
Michael J. Mikolichek - Mayer MN
Assignee:
International Truck Intellectual Property Company, L.L.C. - Warrenville IL
International Classification:
B01D 4610
US Classification:
553853, 55498, 55502, 123198 E
Abstract:
An underhood air cleaner ( ) for a vehicle ( ) has an inlet shroud seal ( ) self-mounted to the filter housing ( ) at the filter inlet ( ) and engaging the hood ( ) at the exit opening ( ) of the hood air channel ( ). The self-mounting is accomplished without extra parts or fasteners such as bolts and clamps. Both axial ( ) and radial ( ) retention is provided for the shroud seal ( ) on the filter housing ( ), as well as reduced inflow restriction.

Twist And Lock Filter Housing With Anti-Rotation Stop

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US Patent:
6436162, Aug 20, 2002
Filed:
Mar 22, 2000
Appl. No.:
09/533006
Inventors:
Jon S. Wake - Verona WI
Michael J. Mikolichek - Mayer MN
Donald E. Stiemke - Madison WI
Mark V. Holzmann - Stoughton WI
Assignee:
Nelson Industries, Inc. - Stoughton WI
International Classification:
B01D 4624
US Classification:
55498, 55502, 55503, 55504
Abstract:
An air filter housing ( ) includes twist and lock structure ( ) having a first position (FIGS. ) permitting axial movement ( ) of a cover ( ) and base ( ) relative to each other, and being rotatable in a first direction ( ) from the first position (FIG. ) to the second position (FIG. ), and in the second position (FIG. ) preventing axial movement of the base ( ) and cover ( ) relative to each other, and being rotatable in a second opposite direction ( ) from the second position (FIG. ) to the first position (FIG. ). Anti-rotation lock structure ( ) provides a rotational retention force holding the twist and lock structure ( ) in the second position (FIG. ).

Moisture Draining Inside-Out Reverse Flow Air Filter, Mold And Method

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US Patent:
6537339, Mar 25, 2003
Filed:
May 4, 2001
Appl. No.:
09/849204
Inventors:
Kelly R. Schmitz - Stoughton WI
Kent J. Kallsen - Oregon WI
Jon S. Wake - Verona WI
Assignee:
Nelson Industries, Inc. - Stoughton WI
International Classification:
B01D 4600
US Classification:
55498, 55428, 55502, 96189, 2104931, 2104932, 2104935
Abstract:
An inside-out reverse flow air filter element ( ) has a resiliendtly compressible molded lower end cap ( ) having molded drainage surfaces including a molded raised central dome ( ) shedding moisture radially outwardly and downwardly, a plurality of molded drainage holes ( ) spaced radially outwardly of and below the top of the central dome, and a plurality of radial segments ( ), an annular trough ( ) and tapered slope surfaces ( ) providing desired drainage. A mold ( ) has a plurality of upstanding segments ( ) having posts ( ) and ramps ( ) forming the drainage structure, and locator faces ( ) engaging, guiding and locating the annular filter media ( ) in the mold.

Filter With Multi-Purpose End Cap

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US Patent:
6638332, Oct 28, 2003
Filed:
Oct 31, 2001
Appl. No.:
10/002655
Inventors:
Kelly R. Schmitz - Stoughton WI
Jon S. Wake - Verona WI
Assignee:
FleetGuard, Inc. - Nashville TN
International Classification:
B01D 4610
US Classification:
55392, 55498, 55502, 210450, 2104932
Abstract:
A filter ( ), including an inside-out reverse flow air filter, has an annular filter element ( ) with an upper end cap ( ) provided by a resiliently compressible trifunctional member having: (a) a wall ( ) deflecting debris radially outwardly within the housing away from the central opening ( ) of the hollow filter interior ( ); (b) an air entrance guide throat ( ) directing air to the central opening ( ) with reduced restriction; and (c) a sealing surface ( ) sealed to the housing and blocking air flow from the inlet ( ) to the outlet ( ) otherwise bypassing the filter element. In further embodiments, simplified and cost reduced sealing is provided by a configured end cap.
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Jon S Wake from Portage, WI, age ~61 Get Report