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Edward H Krautter

from Cincinnati, OH
Age ~87

Edward Krautter Phones & Addresses

  • 7580 Fairwayglen Dr, Cincinnati, OH 45248 (513) 941-3885
  • 7580 Fairwayglen Dr, Cincinnati, OH 45248

Publications

Us Patents

Air Laying Forming Station With Baffle Member For Producing Nonwoven Materials

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US Patent:
54457777, Aug 29, 1995
Filed:
Dec 8, 1994
Appl. No.:
8/353650
Inventors:
John R. Noel - Cincinnati OH
Mark R. Richards - Middletown OH
Edward H. Krautter - Cincinnati OH
Assignee:
The Procter & Gamble Company - Cincinnati OH
International Classification:
B27N 304
B27N 302
US Classification:
264113
Abstract:
An air laying forming station (ALFS) forms a nonwoven substrate from a first material and a second material having at least one physical characteristic substantially different from the first material. The ALFS includes a forming chamber and a forming screen, moving relative to the forming chamber, for receiving deposit of the first and second materials. A first distributor supplies the first material. A vacuum source provides an air flow which deposits the first material onto the forming screen. A second distributor delivers the second material, independently from the first material between the first distributor and the forming screen, by gravity along one or more baffle members.

Open Capillary Channel Structures, Improved Process For Making Capillary Channel Structures, And Extrusion Die For Use Therein

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US Patent:
52002489, Apr 6, 1993
Filed:
Oct 8, 1991
Appl. No.:
7/773164
Inventors:
Hugh A. Thompson - Fairfield OH
Edward H. Krautter - Cincinnati OH
Assignee:
The Procter & Gamble Company - Cincinnati OH
International Classification:
D01D 500
B32B 330
US Classification:
428131
Abstract:
Capillary channel structures having one or more intrastructure capillary channels, said structures comprising a polymer composition, wherein: said structures have a capillary channel base, and at least two polymeric capillary channel walls extending from said base along the length of said base in the axial direction for at least about 0. 2 cm, said walls having a base end and a distal end, wherein said base and walls form said capillary channels; and said structures have a Specific Capillary Volume of at least about 1. 2 cc/g, a Specific Capillary Surface Area of at least about 500 cm. sup. 2 /g, and a Compressive Strength (Dry) of at least about 13,800 dynes/cm. sup. 2. The structures can be in the form of fibers or sheets. The fibers have a Specific Capillary Volume of at least about 2. 0 cc/g and a Specific Capillary Surface Area of at least about 2000 cm. sup. 2 /g.
Edward H Krautter from Cincinnati, OH, age ~87 Get Report