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Bradley W Hoover

from Waterford, OH
Age ~73

Bradley Hoover Phones & Addresses

  • 1105 Sand Ridge Rd, Waterford, OH 45786 (740) 984-8094
  • Laurel, OH
  • Columbus, OH
  • Lowell, OH
  • 1105 Sand Ridge Rd, Waterford, OH 45786 (740) 350-7092

Work

Position: Craftsman/Blue Collar

Education

Degree: High school graduate or higher

Emails

Professional Records

Medicine Doctors

Bradley Hoover Photo 1

Bradley W. Hoover

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Specialties:
Emergency Medicine
Work:
Cumberland Emergency Physicians
5655 Frist Blvd, Hermitage, TN 37076
(615) 316-3000 (phone), (615) 316-3164 (fax)
Education:
Medical School
University of Tennessee College of Medicine at Memphis
Graduated: 1989
Languages:
English
Spanish
Description:
Dr. Hoover graduated from the University of Tennessee College of Medicine at Memphis in 1989. He works in Hermitage, TN and specializes in Emergency Medicine. Dr. Hoover is affiliated with Tristar Medical Center.

Business Records

Name / Title
Company / Classification
Phones & Addresses
Bradley W. Hoover
Owner
Hoover Constructors
Concrete Work · Concrete Contractor · Home Builders
1105 Sand Rdg Rd, Waterford, OH 45786
Waterford Twp Rd 144, Waterford, OH 45786
Waterford Township Rd 144, Waterford, OH 45786
(740) 984-8166

Publications

Us Patents

Automatic Bof Vessel Remaining Lining Profiler And Method

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US Patent:
51257459, Jun 30, 1992
Filed:
Feb 25, 1991
Appl. No.:
7/663041
Inventors:
Gary L. Neiheisel - Cincinnati OH
Karl T. Bagdal - Middletown OH
Bradley R. Hoover - Hamilton OH
Robert H. Jacks - Middletown OH
Assignee:
Armco Inc. - Middletown OH
International Classification:
G01B 1100
US Classification:
356372
Abstract:
Portable inspection apparatus for determining the actual remaining thickness of the lining of a BOF vessel. The apparatus is mounted on a portable cart which can be wheeled into close proximity with the open top of a horizontally disposed furnace vessel. A laser transmitter directs a laser light beam toward the furnace lining. The light beam scattered from the vessel lining is received by a self-scanned linear array and correlated by means of a computer to provide a graphical representation of actual remaining lining thickness. Pneumatically operated locating members cooperate with positioning pads in the floor adjacent the vessel to accurately and repeatably position the cart with respect to the furnace coordinates. The inspection apparatus is also provided with computer processing to automatically scan a preselected area of the vessel lining less than the entire area in order to monitor lining locations of high potential wear. The processing also calculates the height of the molten metal for accurately positioning an oxygen lance.

Automatic Defect Detecting Inspection Apparatus

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US Patent:
42233461, Sep 16, 1980
Filed:
Apr 5, 1979
Appl. No.:
6/027320
Inventors:
Gary L. Neiheisel - Cincinnati OH
Bradley R. Hoover - Hamilton OH
Assignee:
Armco Inc. - Middletown OH
International Classification:
H04N 572
H04N 718
US Classification:
358106
Abstract:
Automatic defect detecting inspection apparatus for detecting defects or imperfections contained in or on a moving slab or strip. The defect detection apparatus utilizes a linear light source for illuminating a selected portion of the slab or sheet surface and an array of optically sensitive elements arranged in side-by-side relationship to scan the surface of the sheet or slab in a direction transverse to the direction of movement to produce an output video signals corresponding to the optical intensity of the area scanned. An anamorphic optical system comprising spaced cylindrical lenses forming a Galilean telescope positioned between the moving material and the optically sensitive elements increases the sensitivity of the optically sensitive elements in the direction of the material movement while maintaining the sensitivity of the optical elements substantially unchanged in the direction transverse to the material movement.

Automatic Bof Vessel Remaining Lining Profiler And Method

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US Patent:
48939331, Jan 16, 1990
Filed:
Sep 30, 1987
Appl. No.:
7/103069
Inventors:
Gary L. Neiheisel - Cincinnati OH
Karl T. Bagdal - Middletown OH
Bradley R. Hoover - Hamilton OH
Robert H. Jacks - Middletown OH
Assignee:
Armco Inc. - Middletown OH
International Classification:
G01B 1102
US Classification:
356376
Abstract:
Portable inspection apparatus for determining the actual remaining thickness of the lining of a BOF vessel. The apparatus is mounted on a portable cart which can be wheeled into close proximity with the open top of a horizontally disposed furnace vessel. A laser transmitter directs a laser light beam toward the furnace lining. The light beam scattered from the vessel lining is received by a self-scanned linear array and correlated by means of a computer to provide a graphical representation of actual remaining lining thickness. Pneumatically operated locating members cooperate with positioning pads in the floor adjacent the vessel to accurately and repeatably position the cart with respect to the furnace coordinates. The inspection apparatus is also provided with computer processing to automatically scan a preselected area of the vessel lining less than the entire area in order to monitor lining locations of high potential wear. The processing also calculates the height of the molten metal for accurately positioning an oxygen lance.

Apparatus And Method For Automatically Aligning A Welding Device For Butt Welding Workpieces

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US Patent:
50456687, Sep 3, 1991
Filed:
Apr 12, 1990
Appl. No.:
7/508904
Inventors:
Gary L. Neiheisel - Cincinnati OH
William W. Nagle - Hillsboro OH
Robert J. Justice - Hamilton OH
Bradley R. Hoover - Hamilton OH
Assignee:
Armco Inc. - Middletown OH
International Classification:
B23K 2602
US Classification:
21912183
Abstract:
Apparatus and method for aligning a welding device along the center of a gap defined by confronting edges of at least two workpieces to be joined, wherein relative motion between the welding device and the workpiece gap occurs along a longitudinal axis substantially parallel to the gap such that the proximal edges of the workpieces can be joined by forming a weld seam along the gap during the relative motion. The apparatus preferably includes an imaging system for determining the location of the gap center relative to a predetermined two dimensional coordinate system by monitoring an image of a vision area along the gap downstream of the welding zone. In a preferred embodiment, the imaging system is effectively isolated from the welding zone through use of a high magnification optics system, a shroud structure, an independent light source, and a vectored jet of inert gas supplied to the welding zone.
Bradley W Hoover from Waterford, OH, age ~73 Get Report