MR. WILLIAM NOEL WARE, LAC.
Acupuncture at 19 St, Oakland, CA
License number
California 17495
Category
Acupuncture
Type
Acupuncturist
Address
Address
332 19Th St, Oakland, CA 94612
Phone
(510) 502-5261
Professional information
Composite Fibrous Substrates Having Carbohydrate Sheaths
US Patent:
2004004, Mar 11, 2004
Filed:
Jul 21, 2003
Appl. No.:
10/624095
Inventors:
David Offord - Castro Valley CA, US
William Ware - Oakland CA, US
Dan Millward - Alameda CA, US
David Soane - Piedmont CA, US
Manfred Young - Greensboro NC, US
William Ware - Oakland CA, US
Dan Millward - Alameda CA, US
David Soane - Piedmont CA, US
Manfred Young - Greensboro NC, US
Assignee:
Nano-Tex, LLC
International Classification:
B32B019/00, D04H001/00, D04H003/00
US Classification:
442/364000, 427/434200, 442/414000, 428/357000, 428/378000
Abstract:
The present invention is directed to a method for treating a synthetic, man-made, or natural fiber substrate to create a permanently attached carbohydrate sheath around the fibers of the substrate. Such a treatment gives a composite fibrous substrate that exhibits the most desirable characteristics of the fiber core coupled with the most desirable characteristics of the carbohydrate sheath. It is also possible to apply this technology to individual synthetic fibers or yarns, if desired, before weaving, knitting, stitch-bonding or other method of woven or non-woven substrate formation.
Composite Fibrous Substrates Having Protein Sheaths
US Patent:
2004005, Mar 25, 2004
Filed:
Jul 21, 2003
Appl. No.:
10/624096
Inventors:
David Offord - Castro Valley CA, US
William Ware - Oakland CA, US
Dan Millward - Alameda CA, US
David Soane - Piedmont CA, US
Manfred Young - Greensboro NC, US
William Ware - Oakland CA, US
Dan Millward - Alameda CA, US
David Soane - Piedmont CA, US
Manfred Young - Greensboro NC, US
Assignee:
Nano-Tex, LLC
International Classification:
D06M010/00
US Classification:
008/115660, 008/529000
Abstract:
The present invention is directed to a method for treating a synthetic, man-made or natural fiber substrate to create a permanently attached protein sheath around each fiber of the substrate. Such a treatment gives a composite substrate that exhibits the most desirable characteristics of the fiber core coupled with the most desirable characteristics of the protein sheath. It is also possible to apply this technology to individual synthetic fibers or yarns, if desired, before weaving, knitting, stitch-bonding or other method of woven or non-woven substrate formation.