WINKLE-RESISTIVE SECURITY PAPER AND METHOD FOR MANUFACTURING THE SAME
PURPOSE: Wrinkle resistivity improved security paper and a manufacturing method thereof are provided to bridge-bond fibers and resins by dipping wet paper in a creasing prevention aqueous solution or to form strong cross-linked bond between fibers of paper with compounds by heat, light or electrical...
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| creator | LEE, SONG MIN JOUNG, YANG JIN HEO, YONG DAE KIM, TAE YOUNG KIM, DUC KI |
| description | PURPOSE: Wrinkle resistivity improved security paper and a manufacturing method thereof are provided to bridge-bond fibers and resins by dipping wet paper in a creasing prevention aqueous solution or to form strong cross-linked bond between fibers of paper with compounds by heat, light or electrical effect etc. CONSTITUTION: A manufacturing method for wrinkle resistivity improved security paper comprises following steps. A paper stock is manufactured by using natural fibers (S10). A stencil paper is manufactured by adding the predetermined amount of monomer solution having a double bond into the paper stock in order to bridge-react to the cellulose molecules of natural fibers and press-drying the same (S10). The stencil paper is dipped in a creasing prevention surface process aqueous solution (S30). Thermal, infrared rays or electromagnetic waves are treated so that cross-link bond between the cellulose molecules of the stencil paper and the creasing prevention surface process aqueous solution is formed and hardened (S40). [Reference numerals] (AA) Start; (BB) End; (S10) Manufacture paper stock; (S20) Add monomer solution having a double bond into the paper stock; (S30) Dip wet paper into monomer solution having a double bond; (S40) Treat heat, infrared rays or electromagnetic waves |
| format | Patent |
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A paper stock is manufactured by using natural fibers (S10). A stencil paper is manufactured by adding the predetermined amount of monomer solution having a double bond into the paper stock in order to bridge-react to the cellulose molecules of natural fibers and press-drying the same (S10). The stencil paper is dipped in a creasing prevention surface process aqueous solution (S30). Thermal, infrared rays or electromagnetic waves are treated so that cross-link bond between the cellulose molecules of the stencil paper and the creasing prevention surface process aqueous solution is formed and hardened (S40). 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A paper stock is manufactured by using natural fibers (S10). A stencil paper is manufactured by adding the predetermined amount of monomer solution having a double bond into the paper stock in order to bridge-react to the cellulose molecules of natural fibers and press-drying the same (S10). The stencil paper is dipped in a creasing prevention surface process aqueous solution (S30). Thermal, infrared rays or electromagnetic waves are treated so that cross-link bond between the cellulose molecules of the stencil paper and the creasing prevention surface process aqueous solution is formed and hardened (S40). 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A paper stock is manufactured by using natural fibers (S10). A stencil paper is manufactured by adding the predetermined amount of monomer solution having a double bond into the paper stock in order to bridge-react to the cellulose molecules of natural fibers and press-drying the same (S10). The stencil paper is dipped in a creasing prevention surface process aqueous solution (S30). Thermal, infrared rays or electromagnetic waves are treated so that cross-link bond between the cellulose molecules of the stencil paper and the creasing prevention surface process aqueous solution is formed and hardened (S40). [Reference numerals] (AA) Start; (BB) End; (S10) Manufacture paper stock; (S20) Add monomer solution having a double bond into the paper stock; (S30) Dip wet paper into monomer solution having a double bond; (S40) Treat heat, infrared rays or electromagnetic waves</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | IMPREGNATING OR COATING OF PAPER PAPER NOT OTHERWISE PROVIDED FOR PAPER-MAKING PREPARATION THEREOF NOT COVERED BY SUBCLASSES D21C OR D21D PRODUCTION OF CELLULOSE PULP COMPOSITIONS TEXTILES TREATMENT OF FINISHED PAPER NOT COVERED BY CLASS B31 OR SUBCLASS D21G |
| title | WINKLE-RESISTIVE SECURITY PAPER AND METHOD FOR MANUFACTURING THE SAME |
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