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Richard J Wylie

from Hummelstown, PA
Age ~72
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Also known as:
Richard Jay Wylie, Wylie R Chard, Wylie Richard
Related to:
Shelli K Lanzo, 57Richard MclaughlinKimberly J Mclaughlin, 51Donna L Mclaughlin, 61Jennifer Mcconnell, 52Barry Brock, 75
Connected to:
Abraham H Wylie, 94Alan G Wylie, 68Albert R Wylie, 59Angela Wylie, 62Bryce D Wylie, 48Cassandra WylieChance M Wylie, 32Cliff S Wylie, 55Curtis J Wylie, 79Dan P Wylie, 69

Richard Wylie Phones & Addresses

  • Hummelstown, PA
  • 1445 Rosewood Ct, Wabash, IN 46992 (219) 563-8227
  • 1463 Glenn Ave, Wabash, IN 46992
  • La Fontaine, IN
  • Eden Prairie, MN
  • Conneaut, OH

Work

Address: Ste 500 701 Fourth Avenue So, Minneapolis, MN 55415

Ranks

Licence: Minnesota - Authorized to practice Date: 1972

Professional Records

Lawyers & Attorneys

Richard Wylie Photo 1

Richard T Wylie, Minneapolis MN - Lawyer

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Address:
Ste 500 701 Fourth Avenue So, Minneapolis, MN 55415
Licenses:
Minnesota - Authorized to practice 1972

Business Records

Name / Title
Company / Classification
Phones & Addresses
Richard T. Wylie
Owner
Richard Wylie
Legal Services Office
701 4 Ave S, Minneapolis, MN 55415
(612) 337-9581
Richard Wylie
HILLBILLY XPRESS, LLC

Publications

Us Patents

Method Of Eliminating Shrinkage Porosity Defects In The Formation Of Cast Molten Metal Articles Using Polystyrene Chill

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US Patent:
52340465, Aug 10, 1993
Filed:
Jul 29, 1992
Appl. No.:
7/921509
Inventors:
John W. Kuhn - Bristol IN
Richard J. Wylie - Wabash IN
Jerome D. VanAelst - Wabash IN
Assignee:
CMI International, Inc. - Southfield MI
International Classification:
B22D 1500
US Classification:
164127
Abstract:
A method of eliminating solidification shrinkage porosity defects in cast metal articles includes disposing an expanded polystyrene chill (36) within a preformed mold cavity (26) and thereafter introducing molten metal into the cavity (26) and vaporizing the chill member (36), whereby the heat of vaporization rapidly cools a localized region of the molten metal adjacent the chill member and accelerates solidification thereof enabling remote still-molten metal to feed solidification shrinkage in this region and prevent the formation of porosity defects that would otherwise result.

Method And Apparatus For Countergravity Casting Molten Metal

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US Patent:
52053466, Apr 27, 1993
Filed:
Jun 11, 1992
Appl. No.:
7/897236
Inventors:
John W. Kuhn - Bristol IN
Richard J. Wylie - Wabash IN
Assignee:
CMI International - Bristol IN
International Classification:
B22D 2104
B22D 3504
B22D 1804
US Classification:
164500
Abstract:
A countergravity casting apparatus (10) includes a mold (12) supported above a furnace (14) containing a supply of molten metal to be cast into the mold (12). An electromagnetic pump (66) is accommodated in a casting chamber (46) of the furnace (14) and pumps the metal against gravity from the furnace (14) into the mold (12). The casting chamber (46) is enclosed by an insulating cover (40) and defines an air space over the metal in the chamber (46). A lance (64) extends through the cover (40) and delivers inert gas into the air space and purges it of outside atmospheric gases that would otherwise contaminate the metal in the chamber (46).

Apparatus And Method For Controlling The Countergravity Casting Of Molten Metal Into Molds

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US Patent:
52151417, Jun 1, 1993
Filed:
Jun 11, 1992
Appl. No.:
7/897338
Inventors:
John W. Kuhn - Bristol IN
Richard J. Wylie - Wabash IN
Assignee:
CMI International, Inc. - Bristol IN
International Classification:
B22D 1804
B22D 1808
B22D 3504
US Classification:
164457
Abstract:
A countergravity low-pressure casting apparatus (10) includes a feedback control system (98) which continuously measures the actual pressure of metal being pumped into a mold (12) and controls the voltage applied to an electromagnetic pump (66) to conform the actual metal pressure with the ideal metal pressure versus casting cycle time fill schedule (96).

Mold And Method For Making Variable Thickness Cast Articles

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US Patent:
52131491, May 25, 1993
Filed:
Oct 10, 1991
Appl. No.:
7/776607
Inventors:
Gary F. Ruff - Farmington Hills MI
John W. Kuhn - Bristol IN
Richard J. Wylie - Wabash IN
Assignee:
CMI International, Inc. - Southfield MI
International Classification:
B22D 2704
US Classification:
164122
Abstract:
A permanent metal mold (12) has a casting cavity (18) within which variable thickness molten metal articles (20) are cast. Portions (26) of the casting cavity walls (16) are formed oversized and lined with sand (44) to conform with the external size and shape of certain thick (46) and thin (48) sections of the cast article (20). The thickness of the sand liner (44) is reversely correlated to the thick (46) and thin (48) sections of the article (20) to cause these sections (46, 48) to cool at different rates in order to achieve an approximately equalized cooling time of these sections (46, 48). Other portions (50, 52) of the casting cavity walls (16) are formed bare of the sand liner (44) and conform with the external size and shape of other corresponding sections (54, 56) of the cast article (20). These bare metal portions (50, 52) can either be heated or cooled or both during casting in order to precisely control the cooling rates of these other sections (54, 56) of the cast article (20) and thus precisely control their resultant physical properties.

Method For Forming Cored Passageways Within Cast Metal Articles

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US Patent:
52013570, Apr 13, 1993
Filed:
Jan 16, 1992
Appl. No.:
7/821225
Inventors:
John W. Kuhn - Bristol IN
Richard J. Wylie - Wabash IN
Assignee:
CMI International, Inc. - Southfield MI
International Classification:
B22D 2900
US Classification:
164132
Abstract:
A sleeve of woven heat resistant material is axially compressed (22) to enlarge its cross-sectional area and perimeter. A support element (24) is disposed within the sleeve (22) to support it in its enlarged perimeter condition (26). The sleeve-covered support element (18) is then disposed in a cavity (14) of a casting mold (12) and molten metal (36) is cast into the cavity (14) and around the sleeve-covered support element (18). The molten metal (36) is allowed to solidify to form a cast article (16). The support element (24) is then withdrawn from within the sleeve (22), leaving the sleeve (22) within and adhered to the walls of the passageway (20) of the article in the expanded perimeter condition (26). A tension force A is applied to the sleeve (22) forcing it to stretch into a smaller cross-sectional area and perimeter (28) and causing the sleeve (22) to detach from the casting (16) for easy removal.

Apparatus For The Countergravity Casting Of Metals

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US Patent:
51782030, Jan 12, 1993
Filed:
Jun 11, 1992
Appl. No.:
7/897323
Inventors:
John W. Kuhn - Bristol IN
Richard J. Wylie - Wabash IN
Assignee:
CMI International, Inc. - Southfield MI
International Classification:
B22D 1804
B22D 1808
US Classification:
1641471
Abstract:
A counter-gravity metal casting apparatus (10) comprises a reservoir (14) having a casting chamber (46) therein. An electro-magnetic pump (66) is accommodated in the chamber (b 46) and is responsive to input voltage for pumping molten metal from the chamber (46) into an above-situated distribution vessel (78) and mold (12). The chamber 46) is enclosed by cover (40) and supplied with inert gas (60) for purging the space (62) above the metal or outside atmospheric contaminated gases. A feed back controller (98) is also provided for continuously measuring the actual pressure of the pumped metal of the casting cycle and then controlling the output of the pump (66) to conform the actual metal pressure with an ideal reference metal pressure versus casting cycle time schedule.

Casting Core And Method For Forming A Water Jacket Chamber Within A Cast Cylinder Block

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US Patent:
52170594, Jun 8, 1993
Filed:
Jan 16, 1992
Appl. No.:
7/821968
Inventors:
John W. Kuhn - Bristol IN
Richard J. Wylie - Wabash IN
Assignee:
CMI International - Bristol IN
International Classification:
B22C 910
US Classification:
164132
Abstract:
A casting core (42) for forming a water jacket chamber (28) within a cylinder block (22) includes a bonded sand continuous wall portion (48) for forming a water passage (30) encircling a plurality of the cylinders (24) and through which water is circulated for cooling the perimeter of the cylinders (24). The casting core (42) also includes a bridging portion (46) that extends cross-wise in the wall (48) for forming a thin water passage bypass (32) extending through the thin web of cylinder block material (26) separating the adjacent cylinders (24) for providing cooling between the piston cylinders (24). The bridging portion (46) comprises a metal support element (64) covered by a sleeve of woven refractory material (66). A method is also provided for producing a cylinder block having such a casting core (42).
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Richard J Wylie from Hummelstown, PA, age ~72 Get Report