Fred Klimpl - Great Neck NY, US Ken Sonenberg - Great Neck NY, US
Assignee:
SilverCo LLC - Great Neck NY
International Classification:
D21H021/36
US Classification:
162161, 162158
Abstract:
A conventional paper product used for printing or for fabrication into envelopes, file folders, forms and the like, is prepared by having antimicrobial agents added into the sizing during the manufacturing process. The antimicrobial agent provides protection to the paper from fungi, mildew and bacteria that could otherwise destroy the paper or be harmful to the user thereof.
Fred Klimpl - Great Neck NY, US Ken Sonenberg - Great Neck NY, US
International Classification:
A61K009/70
US Classification:
162158000, 424443000
Abstract:
A conventional paper product used for printing or for fabrication into envelopes, file folders, forms and the like, is prepared by having antimicrobial agents added into the sizing during the manufacturing process. The antimicrobial agent provides protection to the paper from fungi, mildew and bacteria that could otherwise destroy the paper or be harmful to the user thereof.
Reinforced Plastic Laminates For Use In The Production Of Printed Circuit Boards And Process For Making Such Laminates And Resulting Products
Jonas Medney - Rockville Center NY Fred E. Klimpl - Great Neck NY
Assignee:
Compositech, Ltd. - Hauppauge NY
International Classification:
B32B 307
US Classification:
428137
Abstract:
A warp-free laminate is produced by winding a first set of strands or filaments about a flat mandrel with a second set of strands being wound transverse to the first set. The two sets may be perpendicular to each other. The filaments are maintained under a controlled tension while being impregnated with a resin and during subsequent cure of the resin. In order to permit the formation of a warp-free product, the winding pattern is such that it forms a mirror image about a neutral axis or plane of symmetry. The winding pattern may be chosen to provide interstices in a predetermined pattern permitting punching out or high speed drilling of hole openings for subsequent printed circuit applications.
Method For Making Composite Structures By Filament Winding
Jonas Medney - Rockville Center NY Fred E. Klimpl - Great Neck NY
Assignee:
Compositech Ltd. - Hauppauge NY
International Classification:
B65H 8100 H05K 103
US Classification:
156174
Abstract:
A warp-free laminate is produced by winding a first set of strands or filaments about a flat mandrel with a second set of strands being wound transverse to the first set. The two sets may be perpendicular to each other. The filaments are maintained under a controlled tension while being impregnated with a resin and during subsequent cure of the resin. In order to permit the formation of a warp-free product, the winding pattern is such that it forms a mirror image about a neutral axis or plane of symmetry. The winding pattern may be chosen to provide interstices in a predetermined pattern determining punching out or high speed drilling of hole openings for subsequent printed circuit applications.
Method Of Winding Tile-Lined Piped With Subdivided Tiles Therein
A tile-lined pipe and its method of manufacture comprising a tubular pipe member having a layer of tile elements on the inner surface to form a lining therefor. The tile elements extend one after another along helical lines and are formed by subdividing larger tiles transversely along score lines so that the adjoining faces of the subdivided tiles will be in closely conforming adjoining relation.
Tile-Lined Pipe With Subdivided Tiles Therein And Methods Of Production Thereof
A tile-lined pipe and its method of manufacture comprising a tubular pipe member having a layer of tile elements on the inner surface to form a lining therefor. The tile elements extend one after another along helical lines and are formed by subdividing larger tiles transversely along score lines so that the adjoining faces of the subdivided tiles will be in closely conforming adjoining relation. Within the tile elements is an erodible layer. The structure is encompassed by resin saturated fiberglass. The resin serves to absorb energy from impacting particles.
Methods For Making Circuit Boards By Vacuum Impregnation
Jonas Medney - Rockville Center NY Fred E. Klimpl - Great Neck NY
Assignee:
Compositech Ltd. - Hauppauge NY
International Classification:
B29C 3912 B29C 3942 B29C 5360
US Classification:
264102
Abstract:
A warp-free laminate is produced by winding a first set of strands or filaments about a flat mandrel with a second set of strands being wound transverse to the first set. The two sets may be perpendicular to each other. The filaments are maintained under a controlled tension while being impregnated with a resin and during subsequent cure of the resin. In order to permit the formation of a warp-free product, the winding pattern is such that it forms a mirror image about a neutral axis or plane of symmetry. The winding pattern may be chosen to provide interstices in a predetermined pattern determining punching out or high speed drilling of hole openings for subsequent printed circuit applications.
Method For Making Reinforced Plastic Laminates For Use In The Production Of Circuit Boards
Jonas Medney - Rockville Center NY Fred E. Klimpl - Great Neck NY
Assignee:
Compositech Ltd. - Hauppauge NY
International Classification:
B65H 8100 H05K 103
US Classification:
156174
Abstract:
A warp-free laminate is produced by winding a first set of strands or filaments about a flat mandrel with a second set of strands being wound transverse to the first set. The two sets may be perpendicular to each other. The filaments are maintained under a controlled tension while being impregnated with a resin and during subsequent cure of the resin. In order to permit the formation of a warp-free product, the winding pattern is such that it forms a mirror image about a neutral axis or plane of symmetry. The winding pattern may be chosen to provide interstices in a predetermined pattern permitting punching out or high speed drilling of hole openings for subsequent printed circuit applications.