Dry transfer article

Claim 2

A dry transfer article for application to a substrate to provide a design thereon, such article comprising a continuous, actinic radiation transparent carrier film presenting a major surface having first and second surface portions thereon, a graphic pattern comprising at least one layer of a radiation opaque, compatible ink composition bonded to said first portions of said major surface of said carrier film, and a continuous, actinic radiation responsive layer of adhesive having first segments covering ink composition containing said first portions and second segments covering non-ink composition containing said second portions, said adhesive upon exposure of said second segments to actinic radiation through said second surface portions being capable of providing a bond to said carrier whereby, upon adhering of said article to said substrate, application of a peel force to said carrier film allows selective separation from said substrate of said carrier film together with exposed second segments of said adhesive along the edge of said ink composition, leaving on said substrate said ink composition and unexposed first segments of said adhesive.

Claim 3

The article of claim 1 wherein said major surface of said carrier film is composed of a material selected from the class consisting of polyester, polyimide and polyamide.

Claim 4

The article of claim 1 wherein said ink composition comprises a polyurethane polymer base.

Claim 5

The article of claim 1 wherein said adhesive comprises a reaction product of a reactive system comprising isooctyl acrylate, at least one oxirane-ring containing vinyl compound selected from the class consisting of glycidyl methacrylate, glycidyl allyl ether, and glycidyl acrylate, and at least one additional vinyl containing monomer selected from the class consisting of N-vinyl pyrrolidone, methyl acrylate and acrylamide.

Claim 6

The article of claim 1 wherein said adhesive is a normally tacky, pressure-sensitive adhesive.

Claim 7

The article of claim 1 wherein said ink composition comprises an ultraviolet light cured composition.

Claim 8

The article of claim 1 wherein said ink composition comprises a polyvinyl chloride resin and acrylic resin.

Claim 9

The article of claim 1 wherein there is a plurality of layers of actinic radiation opaque, compatible ink composition.

Claim 10

The article of claim 1 wherein said major surface of said carrier film is polypropylene, said ink composition comprises a polyurethane polymer base, and said adhesive comprises an effective amount of an ionic photoinitiator, a reaction product of a reactive system comprising from about 5% to about 25% by weight of at least one oxirane-ring containing vinyl compound, and at least 75% by weight of at least one additional vinyl containing monomer.

Claim 11

The article of claim 9 wherein said second surface portions of said polypropylene major surface are treated to increase the surface free energy thereof.

Claim 12

The article of claim 1 wherein said major surface of said carrier film is a material selected from the class consisting of polyethylene and polypropylene.

Claim 13

The article of claim 11 wherein said second portions of said major surface of said carrier film are corona discharge treated.

Claim 14

The article of claim 1 wherein said adhesive comprises an effective amount of an ionic photoinitiator and the reaction product of a reactive system comprising an oxirane-ring containing vinyl compound and at least one additional vinyl containing monomer.

Claim 15

The article of claim 13 wherein said oxirane-ring containing vinyl compound is present in said reactive system to the extent of about 7% to about 18% by weight.

Claim 16

The article of claim 14 wherein said oxirane-ring containing vinyl compound is selected from the class consisting of glycidyl acrylate, glycidyl methacrylate, and glycidyl allyl ether.

Claim 17

A process for making a dry transfer article comprising the steps of (1) providing a continuous, actinic radiation transparent film presenting a major surface having first and second surface portions thereon, (2) applying to said first surface portions of said major surface an actinic radiation opaque, compatible ink composition, (3) applying a continuous layer of actinic radiation responsive adhesive over ink composition containing said first portions and non-ink composition containing said second portions, said adhesive thus having first segments bonded to said ink composition and second segments bonded to said second surface portions of said major surface of said carrier film, and (4) exposing said article to actinic radiation such that said ink composition masks passage of said actinic radiation to said first segments of said adhesive and said second surface portions transmit said actinic radiation to said second segments of said adhesive whereby, upon application of said article to a given substrate, a peeling force applied to said carrier film allows selective separation from said substrate of said carrier film together with exposed second segments of said adhesive along the edge of said ink composition, leaving on said substrate said ink composition and unexposed first segments of said adhesive.

Claim 18

A process for making a dry transfer article comprising the steps of (1) providing a continuous, actinic radiation transparent film presenting a major surface having first and second surface portions thereon, (2) applying to said first surface portions of said major surface an actinic radiation opaque, compatible ink composition, (3) applying a continuous layer of actinic radiation responsive adhesive over ink composition containing said first portions and non-ink composition containing said second portions, said adhesive thus having first segments bonded to said ink composition and second segments bonded to said second surface portions of said major surface of said carrier film, and (4) exposing said article to actinic radiation such that said ink composition masks passage of said actinic radiation to said first segments of said adhesive and said second surface portions transmit said actinic radiation to said second segments of said adhesive whereby, upon application of said article to a given substrate, a peeling force applied to said carrier film allows selective separation from said substrate of said carrier film together with exposed second segments of said adhesive along the edge of said ink composition, leaving on said substrate said ink composition and unexposed first segments of said adhesive.

Claim 19

The process of claim 16 wherein said major surface of said film comprises a material selected from the class consisting of polyester, polyimide, and polyamide.

Claim 20

The process of claim 16 wherein said major surface of said carrier film comprises polyethylene or polypropylene.

Claim 21

The process of claim 16 wherein between steps (2) and (3), a further step is provided comprising treating said major surface of said carrier film, having said ink composition on said first surface portions thereof, to increase the surface free energy of said second surface portions relative to the surface free energy of said first surface portions.

Claim 22

The process of claim 16 wherein said adhesive is a normally tacky, pressure-sensitive adhesive.

Claim 23

The process of claim 16 wherein said ink composition is applied in a plurality of layers.