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Gerard James Schoeb

from Allendale, MI
Age ~63
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Also known as:
Gerard J Schoeb, Gerald J Schoeb, Gerard J Dunaway, Schoeb D Gerard, Gerard B
Related to:
George A Desantis, 88Danielle Nystrom, 34Carl Nystrom, 32Thomas Nystrom, 74
Connected to:
Joseph A Schoeb, 65Michael D Schoeb, 63Sara C Schoeb, 37Alan R Schoeben, 55Allison E Schoeberl, 43Annette F Schoeberle, 59Barbara Schoeber, 80Delbert W Schoeberl, 80Gerhard W Schoebel, 88Henry C Schoeberlein, 87

Gerard Schoeb Phones & Addresses

  • Allendale, MI
  • 8259 Croswell Shore Trl, West Olive, MI 49460 (616) 850-0447
  • 8259 Olive Shore Ave, West Olive, MI 49460 (616) 850-0447
  • Holland, MI
  • Detroit, MI

Publications

Us Patents

Indirect Daylighting Device

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US Patent:
20120243236, Sep 27, 2012
Filed:
Nov 11, 2011
Appl. No.:
13/294810
Inventors:
Gerard James Schoeb - West Olive MI, US
Johnny Wilmer Campbell - Byron Center MI, US
Jeffrey Brian McGinness - Grand Rapids MI, US
International Classification:
G02B 17/00
G02B 27/00
F21V 21/02
F21V 7/04
US Classification:
36229605, 359597, 359596, 211 26
Abstract:
An indirect daylighting device for a building with an interior space may include a suspension system configured for securing to a building structure and a pan secured to the suspension system and having an incident surface and a cross-sectional profile forming a plurality of waves, wherein the incident surface is arranged to receive natural light entering a building and reflect the natural light to provide indirect lighting to the interior space of the building.

Honeycomb Fabrication

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US Patent:
57922950, Aug 11, 1998
Filed:
Aug 12, 1996
Appl. No.:
8/694411
Inventors:
Fritz Huebner - Holland MI
Gerard J. Schoeb - Holland MI
Assignee:
Plascore, Inc. - Zeeland MI
International Classification:
B32B 312
US Classification:
156197
Abstract:
Methods and apparatus for forming honeycomb structure from a plurality of substrate layers. The layers are bonded together by spaced, parallel, solid node strips of thermoplastic material pressed and heated above the softening temperature to bond to the substrate surfaces and form a block. After cooling, the block is expanded into a honeycomb structure. Alternatively, the solid node strips can be placed on the spaced raised crests of corrugated layers of substrate, and successive layers bonded together by pressure and sufficient heat between the crests of one layer and the corresponding depression of the successive layer, to elevate the node strips above the softening temperature. Several alternative methods and apparatuses for achieving the result are disclosed.

Apparatus For Making Honeycomb From Substrates And Node Strips

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US Patent:
57468796, May 5, 1998
Filed:
Sep 26, 1995
Appl. No.:
8/534112
Inventors:
Fritz Huebner - Holland MI
Gerard J. Schoeb - Holland MI
Assignee:
Plascore, Inc. - Zeeland MI
International Classification:
B32B 3118
B32B 3120
US Classification:
156516
Abstract:
Apparatus for forming honeycomb structure from a plurality of substrate layers. The layers are bonded together by spaced, parallel, solid node strips of thermoplastic material pressed and heated above the softening temperature to bond to the substrate surfaces and form a block. Several alternative apparatuses are disclosed.

Honeycomb Fabrication

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US Patent:
56700016, Sep 23, 1997
Filed:
May 21, 1996
Appl. No.:
8/651001
Inventors:
Fritz Huebner - Holland MI
Gerard J. Schoeb - Holland MI
Assignee:
Plascore, Inc. - Zeeland MI
International Classification:
B32B 3108
B32B 3126
US Classification:
156197
Abstract:
Methods and apparatus for forming honeycomb structure from a plurality of substrate layers. The layers are bonded together by spaced, parallel, solid node strips of thermoplastic material pressed and heated above the softening temperature to bond to the substrate surfaces and form a block. After cooling, the block is expanded into a honeycomb structure. Alternatively, the solid node strips can be placed on the spaced raised crests of corrugated layers of substrate, and successive layers bonded together by pressure and sufficient heat between the crests of one layer and the corresponding depression of the successive layer, to elevate the node strips above the softening temperature. Several alternative methods and apparatuses for achieving the result are disclosed.
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Gerard James Schoeb from Allendale, MI, age ~63 Get Report