Claims Analysis
Total Claims: 19
Claim 1
Independent Claim
156 words
A STABLE TRANSFER DECORATION COMPRISING IN COMBINATION A TEMPORARY CARRIER HAVING A RELEASE SURFACE FROM WHICH THE TRANSFER IS READILY RELEASEABLE AT ELEVATED TRANSFER TEMPERATURE, AND REMOVABLY ADHERED TO SAID SURFACE IN SEQUENCE A TRANSFER LACQUER LAYER, AT LEAST ONE DESIGN PRINT LAYER, AND A HEAT-ACTIVATABLE ADHESIVE LAYER, WHEREIN AT LEAST SAID TRANSFER LACQUER AND DESIGN PRINT LAYERS ADJACENT TO AND IN CONTACT WITH EACH OTHER CONTAIN CROSS-LINKABLE RESIN MEANS FOR FORMING CROSS-LINKED POLYMERS, AT LEAST ONE OF SAID TWO ADJACENT LAYERS CONTAINING CROSS-LINKING AGENT MEANS FOR CROSS-LINKING WITH SAID RESIN MEANS IN BOTH LAYERS, SAID AGENT MEANS BEING STABLE AT ROOM TEMPERATURE AND ACTIVATABLE AT ELEVATED TEMPERATURE TO CROSS-LINK WITH SAID RESIN MEANS WITHIN SAID ONE LAYER AND BETWEEN THE TWO CONTACTING LAYERS, SAID RESIN AND AGENT MEANS BEING PRESENT IN AMOUNTS EFFECTIVE TO INCREASE THE ABRASION AND CHEMICAL RESISTANCE OF THE TRANSFER DECORATION AFTER APPLICATION TO A RECEIVING SURFACE AND ACTIVATION AT ELEVATED TEMPERATURE.
Claim 2
Dependent Claim
156 words
A STABLE TRANSFER DECORATION COMPRISING IN COMBINATION A TEMPORARY CARRIER HAVING A RELEASE SURFACE FROM WHICH THE TRANSFER IS READILY RELEASEABLE AT ELEVATED TRANSFER TEMPERATURE, AND REMOVABLY ADHERED TO SAID SURFACE IN SEQUENCE A TRANSFER LACQUER LAYER, AT LEAST ONE DESIGN PRINT LAYER, AND A HEAT-ACTIVATABLE ADHESIVE LAYER, WHEREIN AT LEAST SAID TRANSFER LACQUER AND DESIGN PRINT LAYERS ADJACENT TO AND IN CONTACT WITH EACH OTHER CONTAIN CROSS-LINKABLE RESIN MEANS FOR FORMING CROSS-LINKED POLYMERS, AT LEAST ONE OF SAID TWO ADJACENT LAYERS CONTAINING CROSS-LINKING AGENT MEANS FOR CROSS-LINKING WITH SAID RESIN MEANS IN BOTH LAYERS, SAID AGENT MEANS BEING STABLE AT ROOM TEMPERATURE AND ACTIVATABLE AT ELEVATED TEMPERATURE TO CROSS-LINK WITH SAID RESIN MEANS WITHIN SAID ONE LAYER AND BETWEEN THE TWO CONTACTING LAYERS, SAID RESIN AND AGENT MEANS BEING PRESENT IN AMOUNTS EFFECTIVE TO INCREASE THE ABRASION AND CHEMICAL RESISTANCE OF THE TRANSFER DECORATION AFTER APPLICATION TO A RECEIVING SURFACE AND ACTIVATION AT ELEVATED TEMPERATURE.
Claim 3
Dependent Claim
23 words
The heat transfer of claim 1, in which said agent means reacts to form cross-links at a temperature between about 200*F and 450*F.
Claim 4
Dependent Claim
21 words
A heat transfer according to claim 2 wherein said one layer containing the cross-linking agent means is the design print layer.
Claim 5
Dependent Claim
32 words
A heat transfer according to claim 3 wherein all three layers including the heat-activatable adhesive layer contain cross-linkable resin means with which said agent means reacts at elevated temperature to form crosslinks.
Claim 6
Dependent Claim
45 words
A heat transfer according to claim 2 wherein each of said layers contains cross-linkable resin means, and the transfer lacquer and heat-activatable adhesive layers each contain cross-linking agent means activatable to form cross-links at elevated temperature with the resin means in the design print layer.
Claim 7
Dependent Claim
49 words
A heat transfer according to claim 4 wherein each of said layers contains cross-linkable resin means and cross-linking agent means activatable to form cross-links within the layer and interlayer at the interface with the adjacent layer, whereby all layers are cross-linked together upon transfer and activation at elevated temperature.
Claim 8
Dependent Claim
25 words
A heat transfer according to claim 6 wherein said agent means are selected from the group consisting of blocked polyisocyanates, urea-formaldehyde resins and polyepoxide resins.
Claim 9
Dependent Claim
41 words
A heat transfer according to claim 2 wherein the cross-linkable resin means in the transfer lacquer layer is a cellulosic material containing sufficient hydroxyl substituents for cross-linking, and said transfer layer also contains a blocked polyisocyanate as said cross-linking agent means.
Claim 10
Dependent Claim
104 words
A heat transfer according to claim 6 wherein said release surface is the surface of an inert thermoset resin, said cross-linkable resin means in the transfer lacquer layer is a cellulosic material having sufficient hydroxyl substituents for cross-linking, said cross-linking agent means in the transfer lacquer layer is a blocked polyisocyanate, said resin means in said design print layer has sufficient hydroxyl substituents for cross-linking, said cross-linking agent means in the design print layer is a urea-formaldehyde resin, said resin means in the adhesive layer contains sufficient carboxyl substituents for cross-linking, and said cross-linking agent means in the adhesive layer is a polyepoxide resin.
Claim 11
Dependent Claim
14 words
A heat transfer according to claim 9 wherein said cellulosic material is cellulose acetate.
Claim 12
Dependent Claim
49 words
A heat transfer according to claim 9 wherein said cellulosic material is a cellulose ester, said resin means in the design print layer is a hydroxyl modified copolymer of vinyl chloride-vinyl acetate and said resin means in the adhesive layer is a carboxyl modified copolymer of vinyl chloride-vinyl acetate.
Claim 13
Independent Claim
186 words
THE METHOD OF DECORATING A HEAT RESISTANT SURFACE OF GLASS OR METAL COMPRISING THE STEPS OF TRANSFERRING TO SAID SURFACE FROM A RELEASE SURFACE OF A TEMPORARY CARRIER, UNDER AND HEAT AND PRESSURE, A DECORATION COMPRISING IN SEQUENCE A TRANSFER LACQUER LAYER, AT LEAST ONE DESIGN PRINT LAYER, AND A HEAT-ACTIVATABLE ADHESIVE LAYER WHICH IS NON-TACKY AT ROOM TEMPERATURE, WHEREIN AT LEAST SAID TRANSFER LACQUER AND DESING PRINT LAYERS ADJACENT TO AND IN CONTACT WITH EACH OTHER CONTAIN CROSS-LINKEBLE RESIN MEANS FOR FORMING CROSS-LINKED POLYMERS, AT LEAST ONE OF SAID TWO ADJACENT LAYERS CONTAINING CROSS-LINKING AGENT MEANS FOR CROSS-LINKING WITH SAID RESIN MEANS IN BOTH LAYERS, SAID AGENT MEANS BEING STABLE AT ROOM TEMPERATURE AND ACTIVATABLE AT ELEVATED TEMPERATURE TO CROSS-LINK WITH SAID RESIN MEANS WITHIN SAID ONE LAYER AND BETWEEN THE TWO CONTACTING LAYERS, IMMEDIATELY STRIPPING THE TEMPORARY CARRIER FROM SAID LAYERS, AND CURING SAID RESIN AND AGENT MEANS IN SAID LAYERS AT A TEMPERATURE BETWEEN ABOUT 200*F AND ABOUT 450*F TO FORM A CROSS-LINKED STRUCTURE WITHIN AND BETWEEN SAID LAYERS, WHEREBY AN ADHERENT CROSS-LINKED DECORATION IS PROVIDED WITH IMPROVED RESISTANCE TO ABRASION AND CHEMICALS.
Claim 14
Independent Claim
186 words
THE METHOD OF DECORATING A HEAT RESISTANT SURFACE OF GLASS OR METAL COMPRISING THE STEPS OF TRANSFERRING TO SAID SURFACE FROM A RELEASE SURFACE OF A TEMPORARY CARRIER, UNDER AND HEAT AND PRESSURE, A DECORATION COMPRISING IN SEQUENCE A TRANSFER LACQUER LAYER, AT LEAST ONE DESIGN PRINT LAYER, AND A HEAT-ACTIVATABLE ADHESIVE LAYER WHICH IS NON-TACKY AT ROOM TEMPERATURE, WHEREIN AT LEAST SAID TRANSFER LACQUER AND DESING PRINT LAYERS ADJACENT TO AND IN CONTACT WITH EACH OTHER CONTAIN CROSS-LINKEBLE RESIN MEANS FOR FORMING CROSS-LINKED POLYMERS, AT LEAST ONE OF SAID TWO ADJACENT LAYERS CONTAINING CROSS-LINKING AGENT MEANS FOR CROSS-LINKING WITH SAID RESIN MEANS IN BOTH LAYERS, SAID AGENT MEANS BEING STABLE AT ROOM TEMPERATURE AND ACTIVATABLE AT ELEVATED TEMPERATURE TO CROSS-LINK WITH SAID RESIN MEANS WITHIN SAID ONE LAYER AND BETWEEN THE TWO CONTACTING LAYERS, IMMEDIATELY STRIPPING THE TEMPORARY CARRIER FROM SAID LAYERS, AND CURING SAID RESIN AND AGENT MEANS IN SAID LAYERS AT A TEMPERATURE BETWEEN ABOUT 200*F AND ABOUT 450*F TO FORM A CROSS-LINKED STRUCTURE WITHIN AND BETWEEN SAID LAYERS, WHEREBY AN ADHERENT CROSS-LINKED DECORATION IS PROVIDED WITH IMPROVED RESISTANCE TO ABRASION AND CHEMICALS.
Claim 15
Dependent Claim
63 words
The method according to claim 12 wherein each of said layers contains both said resin means and agent means and wherein said heat-resistant surface of said metal or glass is coated with primer means having cross-liNkable substituents reactive at elevated temperature with the agent means in said adhesive layer, whereby all of said layers, after curing, are cross-linked together and to said primer.
Claim 16
Dependent Claim
102 words
The method according to claim 13 wherein said primer is a silane, said release surface is an inert thermoset resin, said resin means in the transfer lacquer layer is a cellulose ester having sufficient hydroxyl substituents for cross-linking, the agent means in said transfer layer is a blocked polyisocyanate, said resin means in the design print layer has sufficient hydroxyl substituents for cross-linking, said agents means in the design print layer is a urea-formaldehyde resin, said resin means in the adhesive layer has sufficient hydroxyl or carboxyl substituents for cross-linking, and said agent means in the adhesive layer is a polyepoxide resin.
Claim 17
Dependent Claim
82 words
A decorated article of glass or metal comprising primer means on a surface of said article and a heat-transferred organic decoration comprising an adhesive layer over said primer means, at least one design print layer over said adhesive layer, and a protective transfer lacquer layer over said design print layer, all of said layers comprising polymeric resin means, all of said resin means and primer means being cross-linked intralayer and interlayer to form a unified adherent decoration resistant to abrasion and chemicals.
Claim 18
Dependent Claim
82 words
A decorated article of glass or metal comprising primer means on a surface of said article and a heat-transferred organic decoration comprising an adhesive layer over said primer means, at least one design print layer over said adhesive layer, and a protective transfer lacquer layer over said design print layer, all of said layers comprising polymeric resin means, all of said resin means and primer means being cross-linked intralayer and interlayer to form a unified adherent decoration resistant to abrasion and chemicals.
Claim 19
Dependent Claim
65 words
A decorated article according to claim 15 wherein said primer is a silane, said resin means in the transfer lacquer layer is a cellulose ester having cross-linked hydroxyl substituents, said resin means in the design print layer has crosslinked hydroxyl substituents, and said resin means in the adhesive layer has hydroxyl or carboxyl substituents cross-linked to said primer means by means of a polyepoxide resin.