James P Shawcross, Age 746000 Leslie Dr, Hudson, OH 44236

James Shawcross Phones & Addresses

6000 Leslie Dr, Hudson, OH 44236 (330) 655-9648

Cuyahoga Falls, OH

627 Lake St, Kent, OH 44240

59 S Highland Ave #2, Akron, OH 44303 (314) 650-5254

Florence, SC

Chittenango, NY

Ballwin, MO

Hazelwood, MO

6000 Leslie Dr, Hudson, OH 44236 (330) 416-1511

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Work

Position: Professional/Technical

Education

Degree: Graduate or professional degree

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Resumes

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James Shawcross

James Shawcross Photo 17

James Shawcross

Location:
Cleveland/Akron, Ohio Area
Industry:
Consumer Goods

Publications & IP owners

Wikipedia

James Shawcross Photo 18

Ryan Shawcross

Ryan James Shawcross (born 4 October 1987) is an English footballer who plays as a defender for Stoke City. He previously was on the books of Manchester United, and ...

Us Patents

Motor Assembly With A Sealed Commutator/Brush Interface

US Patent:
7352103, Apr 1, 2008
Filed:
Aug 2, 2006
Appl. No.:
11/498026
Inventors:
James P. Shawcross - Hudson OH, US
Assignee:
Ametek, Inc. - Kent OH
International Classification:
H01R 39/38
US Classification:
310239, 310 88, 310233, 310220
Abstract:
A motor assembly includes a commutator having a shaft extending axially therefrom, a commutator end bracket assembly, and at least two brushes carried by the commutator end bracket assembly and in contact with the commutator. A disc is carried by the commutator for rotation therewith. The commutator includes a notch and the disc is rotatable therein.

Fan Motor Assembly With Noise Suppression

US Patent:
2005022, Oct 6, 2005
Filed:
Apr 2, 2004
Appl. No.:
10/816609
Inventors:
David Finkenbinder - Ravenna OH, US
James Shawcross - Hudson OH, US
International Classification:
F04B039/00
F04B053/00
US Classification:
417423300, 417363000, 417423100
Abstract:
A low-noise air moving motor assembly includes a motor assembly having a rotatable shaft, a fan assembly coupled to the rotatable shaft which generates an airflow that passes over at least a portion of the motor assembly. A self-extinguishing flame and noise suppression sleeve is at least partially disposed around the motor assembly. Ideally, the sleeve is a 94 V-0 rated foam material. The fan assembly includes a fan secured to the shaft, a diffuser/bracket assembly coupled to the motor assembly which rotatably receives the shaft. A fan shroud is secured to the diffuser/bracket assembly, wherein rotation of the fan draws air in through the fan shroud and out the diffuser/bracket assembly, the diffuser/bracket assembly having at least one foam piece coupled to curvilinear vanes reduce the noise of air flowing therethrough.

Reduced Noise Diffuser For A Motor-Fan Assembly

US Patent:
2007002, Feb 1, 2007
Filed:
Jul 29, 2005
Appl. No.:
11/193908
Inventors:
James Shawcross - Hudson OH, US
David Finkenbinder - Ravenna OH, US
International Classification:
F04D 29/44
US Classification:
415208200
Abstract:
An air diffuser for a motor-fan unit having reduced blade passage frequencies, and reduced noise generation, includes a baffle plate, external vanes, internal vanes, diffuser ports, and a central opening. The baffle plate of the diffuser is made integral with the internal and external vanes, such that any leaking, rattling, or pure tone noise that may be generated from air movement over the surface of the diffuser are prevented or reduced. Additionally, the number of internal and external vanes provided by the diffuser is that equal to a prime number, thus resulting in a reduction of harmonic and pure tone noise generated during the operation of the motor-fan unit.

Bearing Bore Construction For Fan End Bracket

US Patent:
5988889, Nov 23, 1999
Filed:
May 7, 1998
Appl. No.:
9/074426
Inventors:
Gary A. Barnhart - Newbury OH
James P. Shawcross - Hudson OH
Assignee:
Ametek, Inc. - Kent OH
International Classification:
F16C 1700
US Classification:
384441
Abstract:
A motor fan bracket is molded of a fiber reinforced thermoset polyester. The motor/fan bracket has an annular frame and an annular bearing housing concentric with the frame and supported by inwardly extending arms. The annular bearing housing has a bearing-receiving cavity configured in cross section as an equilateral polygon such that each face of that cavity is tangential to a bearing received therein.

Wall Mounted Electric Room Heater

US Patent:
4739153, Apr 19, 1988
Filed:
Jun 2, 1986
Appl. No.:
6/869732
Inventors:
Robert D. Rendel - Laurinburg NC
James P. Shawcross - Florence SC
International Classification:
H05B 100
F24H 300
F24H 902
US Classification:
219368
Abstract:
A wall mounted electric room heater includes a wall box adapted to be secured between a pair of wall studs and having an open front and side walls extending from a back wall. A heater/blower assembly carried by a frame is disposed in the box and includes and electric resistance heating element mounted in a venturi having an inlet spaced from the back wall and an outlet communicating with the open front. A fan is mounted within the venturi for drawing air from the room through the open front into the wall box outside the venturi to the venturi inlet for flow through the venturi over the heating element to be heated and discharge from the venturi outlet and through the open front into the room. An air straightener as installed on the venturi downstream of the fan for causing the heated air to discharge from the venturi outlet in substantially axial direction to prevent the heated air from being entrained with the room air being drawn into the wall box by the fan. A louvered grill overlies the open front of the box and the air straightener.

Motor Having Universal Fan End Bracket

US Patent:
5714819, Feb 3, 1998
Filed:
Oct 28, 1996
Appl. No.:
8/738190
Inventors:
Michael L. Gilliland - Kent OH
Robert A. Ciccarelli - Kent OH
James P. Shawcross - Hudson OH
Assignee:
Ametek, Inc. - Kent OH
International Classification:
H02K 520
US Classification:
310 91
Abstract:
A fan end bracket for a motorized fan assembly has a plurality of curvilinear tapered air passages. Each air passage includes a flow port, such that air being moved by a rotating fan assembly is directed through the air passages and the flow ports. A skeletal motor assembly is affixed to one side of the end bracket such that the motor shaft is disposed through a shaft aperture in the end bracket. A rotating fan member is affixed to the motor shaft adjacent to the other side of the end bracket. A shroud member is provided to shroud the rotating fan member so as to cause the flow of air to be directed through the air passages. A baffle plate is interposed between the rotating fan member and the end bracket. The baffle plate includes a plurality of curvilinear scallops which correspond to the air passages in the end bracket. An effective flow port is created between the scallops of the baffle plate and the tapered ramp surfaces of the end brackets so the size of the effective flow port may be adjusted by merely changing the baffle plate so as to optimize the flow and pressure parameters of the fan for a particular motor size.

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