GARY EUGENE REED
Pilots at Pleasant Vw Ct, Floreffe, PA
License number
Pennsylvania A2146118
Issued Date
Aug 2015
Expiration Date
Aug 2016
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
204 Pleasant View Ct, Floreffe, PA 15025
Personal information
See more information about GARY EUGENE REED at radaris.comName
Address
Phone
5018 W Grove Ln, Gibsonia, PA 15044
498 N 1St St APT 3, Lehighton, PA 18235
505 Cedar Ln, New Providnce, PA 17560
514 16Th St, Huntingdon, PA 16652
5301 Baynton St APT B1, Philadelphia, PA 19144
Professional information
Random Surface Protrusions On An Implantable Device
US Patent:
5507815, Apr 16, 1996
Filed:
Dec 15, 1994
Appl. No.:
8/358045
Inventors:
Donald J. Wagner - Venetia PA
Gary Reed - Clairton PA
Gary Reed - Clairton PA
Assignee:
Cycam, Inc. - Houston PA
Tech Met, Inc. - Glassport PA
Tech Met, Inc. - Glassport PA
International Classification:
A61F 228, A61F 230
US Classification:
623 16
Abstract:
An attachment surface for an implantable device has a random irregular pattern formed through a repetitive masking and chemical milling process. Surface material is removed from the implant surface without stress on the adjoining material and the process provides fully dimensional fillet radii at the base of the surface irregularities. This irregular surface is adapted to receive the ingrowth of bone material and to provide a strong anchor for that bone material. The unitary nature of the substrate and surface features provides a strong anchoring surface with is resistant to cracking or breaking. The surface is prepared through an etching process which utilizes the random application of a maskant and subsequent etching of the metallic substrate in areas unprotected by the maskant. This chemical etching process is repeated a number of times as necessitated by the nature of the irregularities required in the surface. The etching characteristics are controlled by the time, temperature and number of repetitions utilized in the etching process.
Surface For Use On An Implantable Device And Method Of Production Therefor
US Patent:
5922029, Jul 13, 1999
Filed:
Jan 22, 1997
Appl. No.:
8/785938
Inventors:
Donald J. Wagner - Venetia PA
Gary Reed - Clairton PA
Gary Reed - Clairton PA
Assignee:
Cycam, Inc. - Houston PA
Tech Met, Incorporated - Glassport PA
Tech Met, Incorporated - Glassport PA
International Classification:
A61F 202, B44C 122
US Classification:
623 66
Abstract:
An attachment surface for an implantable device has a random irregular pattern formed through a repetitive masking and chemical milling process. Additionally, an attachment surface for an implantable device has a random irregular pattern formed through a repetitive masking and electrochemical milling process. The electrochemical milling process is particularly well suited for use with substrate materials which have high chemical inertness which makes them resistant to chemical etching. Surface material is removed from the implant surface without stress on the adjoining material and the process provides fully dimensional fillet radii at the base of the surface irregularities. This irregular surface is adapted to receive the ingrowth of bone material and to provide a strong anchor for that bone material. The unitary nature of the substrate and surface features provides a strong anchoring surface with is resistant to cracking or breaking. The surface is prepared through an etching process which utilizes the random application of a maskant and subsequent etching of the metallic substrate in areas unprotected by the maskant.
Surface For Use On An Implantable Device
US Patent:
6193762, Feb 27, 2001
Filed:
Jun 2, 1999
Appl. No.:
9/324695
Inventors:
Donald J. Wagner - Venetia PA
Gary Reed - Clairton PA
Gary Reed - Clairton PA
Assignee:
Cycam, Inc. - Houston PA
Tech Met, Inc. - Glassport PA
Tech Met, Inc. - Glassport PA
International Classification:
A61F 202, B44C 122
US Classification:
623 66
Abstract:
An attachment surface for an implantable device has a random irregular pattern formed through a repetitive masking and chemical milling process. Additionally, an attachment surface for an implantable device has a random irregular pattern formed through a repetitive masking and electrochemical milling process. The electrochemical milling process is particularly well suited for use with substrate materials which have high chemical inertness which makes them resistant to chemical etching. Surface material is removed from the implant surface without stress on the adjoining material and the process provides fully dimensional fillet radii at the base of the surface irregularities. This irregular surface is adapted to receive the ingrowth of bone material and to provide a strong anchor for that bone material. The unitary nature of the substrate and surface features provides a strong anchoring surface with is resistant to cracking or breaking. The surface is prepared through an etching process which utilizes the random application of a maskant and subsequent etching of the metallic substrate in areas unprotected by the maskant.
Method Of Production Of A Surface Adapted To Promote Adhesion
US Patent:
5258098, Nov 2, 1993
Filed:
Sep 6, 1991
Appl. No.:
7/755712
Inventors:
Donald J. Wagner - Venetia PA
Gary Reed - Clairton PA
Gary Reed - Clairton PA
Assignee:
Cycam, Inc. - Houston PA
Tech Met, Inc. - Glassport PA
Tech Met, Inc. - Glassport PA
International Classification:
B44C 122, A61F 100
US Classification:
156645
Abstract:
An attachment surface for increasing adhesion between two objects or materials and a method for creating such a surface is disclosed. A substrate, including articles such as particularly an implantable device and high performance aircraft parts, is provided with a random irregular pattern formed through a repetitive masking and chemical milling process. Surface material is removed from the substrate without stress on the adjoining material and the process provides fully dimensional fillet radii at the base of the surface irregularities. This irregular surface is adapted to receive the adjacent material to be joined thereto, such as the ingrowth of bone material, and to provide a strong anchor for that material. The unitary nature of the substrate and surface features provides a strong anchoring surface with is resistant to cracking or breaking. The surface is prepared through an etching process which utilizes the random application of a maskant and subsequent etching of the metallic substrate in areas unprotected by the maskant.