Thomas Daul resumes & CV records
Resumes
Corp Telecom Analyst At Ws Packaging Group
Location:
Green Bay, Wisconsin Area
Industry:
Printing
Thomas L Daul, 74703 Steele St, Algoma, WI 54201
Thomas Daul Phones & Addresses
703 Steele St, Algoma, WI 54201 920-4875011
703 Steele St, Algoma, WI 54201 920-8197162
Social networks
Thomas L Daul
Linkedin
Work
Position:
Administration/Managerial
Education
Degree:
Graduate or professional degree
Industries
Printing
Mentions for Thomas L Daul
Publications & IP owners
Us Patents
Core Infeed Apparatus For Winder
US Patent:
6422501, Jul 23, 2002
Filed:
Nov 27, 2000
Appl. No.:
09/723027
Inventors:
James E. Hertel - Green Bay WI
Thomas J. Daul - Oneida WI
Steve Jansen - De Pere WI
Thomas J. Daul - Oneida WI
Steve Jansen - De Pere WI
Assignee:
Paper Converting Machine Company - Green Bay WI
International Classification:
B65H 1928
US Classification:
2425323, 2425324, 242533
Abstract:
A core infeed apparatus for a surface winder moves an elongated core axially into the winder while an axial line of glue is applied to the core. The core is moved into a space between a pair of rotatable core guides. One of the core guides is rotatable away from the core while the other core guide rotates the core toward a core inserter. The core is transferred to the core inserter, and the core inserter rotates to move the core toward the winding rolls of the rewinder. The position of the glue line is accurately maintained as the core moves to its various positions.
Surface Winder With Pinch Cutoff
US Patent:
6056229, May 2, 2000
Filed:
Dec 3, 1998
Appl. No.:
9/204906
Inventors:
Joseph A. Blume - Green Bay WI
James E. Hertel - Green Bay WI
Richard J. Vigneau - Green Bay WI
Thomas J. Daul - Oneida WI
James E. Hertel - Green Bay WI
Richard J. Vigneau - Green Bay WI
Thomas J. Daul - Oneida WI
Assignee:
Paper Converting Machine Co. - Green Bay WI
International Classification:
B65H 1820
B65H 1926
B65H 1930
B65H 1926
B65H 1930
US Classification:
242521
Abstract:
A surface winder includes first and second winding rolls for winding a web on a center member, a stationary surface spaced from the first winding roll for rolling a center member on the stationary surface, and a pinch pad for pinching the web against a pinch surface upstream of the center member and thereby severing the web. The first winding roll is provided with a high friction surface, and only a short length of web needs to be stretched between the pinch surface and the first roll to tension and sever the web. The severed web is wound on the center member as the center member rolls on the stationary surface.
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