MULTIPLE LAYERED PRINT STRUCTURE AND APPARATUS FOR FABRIC OR CLOTH
A multiple layered print structure and apparatus to apply a design or image to fabric or cloth is disclosed. The structure may include one or more print layers printed on a substrate and an adhesive layer deposited on the print layer(s). The one or more print layer(s) and adhesive or resin layer may be deposited on the substrate in a pre-set pattern to form the shape profile for the design or image. The print layer(s) include inks or dyes for printing the print features and/or background color(s) of the image or design. The ink may be combined with a binder material to form the print layer(s). In some embodiments, the process includes the step of printing the multiple layered print structure using a combination of digital printing processes simplify the process for printing a design or image on fabric or cloth.
1 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a removable substrate; (ii) at least one print layer printed on the removable substrate using one digital ink-jet print method-wherein the at least one print layer forms a design, where, at least one print layer comprising at least one opaque layer printed on the design using one digital ink-jet print method; (iii) a heat-sensitive adhesive layer applied to the opaque layer, wherein the adhesive layer conforms to the opaque layer, whereby the at least one print layer, including the opaque layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the design to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
2 . The method of transferring a multiple layer print structure of claim 1 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
3 . The method of transferring a multiple layer print structure of claim 2 , wherein additional protective sheets are used to facilitate the transfer process.
4 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a removable substrate; (ii) at least one print layer printed on the removable substrate using one digital ink-jet print method-wherein the at least one print layer forms a design, where, at least one print layer comprising at least one opaque layer printed on the design using one digital ink-jet print method; (iii) a heat-sensitive adhesive layer printed using one digital ink-jet print method on the opaque layer, wherein the adhesive layer conforms to the opaque layer, whereby the at least one print layer, including the opaque layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the design to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
5 . The method of transferring a multiple layer print structure of claim 4 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
6 . The method of transferring a multiple layer print structure of claim 5 , wherein additional protective sheets are used to facilitate the transfer process.
7 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a removable substrate; (ii) at least one opaque or white layer printed on the removable substrate using one digital ink-jet print method-wherein the at least one print layer forms a pre-set shape profile; (iii) a heat-sensitive adhesive layer applied to at least one opaque or white layer, wherein the adhesive layer conforms to the at least one opaque or white layer, whereby the at least one opaque or white layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the shape profile to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
8 . The method of transferring a multiple layer print structure of claim 7 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
9 . The method of transferring a multiple layer print structure of claim 8 , wherein additional protective sheets are used to facilitate the transfer process.
10 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a removable substrate; (ii) at least one opaque or white layer printed on the removable substrate using one digital ink-jet print method-wherein the at least one print layer forms a pre-set shape profile; (iii) a heat-sensitive adhesive layer printed using one digital ink-jet print method on the print layer, wherein the adhesive layer conforms to the print layer, whereby the at least one print layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the design to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
11 . The method of transferring a multiple layer print structure of claim 10 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
12 . The method of transferring a multiple layer print structure of claim 11 , wherein additional protective sheets are used to facilitate the transfer process.
13 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a substrate; (ii) at least one release layer applied on substrate wherein the at least one release layer is adapted to receive at least one or more print layer; where, the at least one release layer is printed using digital print method; also where, the substrate demonstrates removable characteristics upon application of the at least one or more release layer; (iii) at least one print layer printed on the release layer using one digital ink-jet print method-wherein the at least one print layer forms a design; where, at least one print layer comprising at least one opaque layer printed on the design using one digital ink-jet print method; (iv) a heat-sensitive adhesive layer applied to the opaque layer, wherein the adhesive layer conforms to the opaque layer, whereby the at least one print layer, including the opaque layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the design to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
14 . The method of transferring a multiple layer print structure of claim 13 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
15 . The method of transferring a multiple layer print structure of claim 14 , wherein additional protective sheets are used to facilitate the transfer process.
16 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a substrate; (ii) at least one release layer applied on substrate wherein the at least one release layer is adapted to receive at least one or more print layer; where, the at least one release layer is printed using digital print method; also where, the substrate demonstrates removable characteristics upon application of the at least one or more release layer; (iii) at least one print layer printed on the removable substrate using one digital ink-jet print method, wherein the at least one print layer forms a design; where, at least one print layer comprising at least one opaque layer on the design printed using one digital ink-jet print method; (iv) a heat-sensitive adhesive layer printed using one digital ink-jet print method on the opaque layer, wherein the adhesive layer conforms to the opaque layer, whereby the at least one print layer, including the opaque layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the design to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
17 . The method of transferring a multiple layer print structure of claim 16 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
18 . The method of transferring a multiple layer print structure of claim 17 , wherein additional protective sheets are used to facilitate the transfer process.
19 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a substrate; (ii) at least one release layer applied on substrate wherein the at least one release layer is adapted to receive at least one or more print layer; where, the at least one release layer is printed using digital print method; also where, the substrate demonstrates removable characteristics upon application of the at least one or more release layer; (iii) at least one opaque or white layer printed on the at least one release layer using one digital ink-jet print method wherein the at least one print layer forms a pre-set shape profile (iv) a heat-sensitive adhesive layer applied to at least one opaque or white layer, wherein the adhesive layer conforms to the opaque layer, whereby the at least one print layer, including the opaque layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the design to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
20 . The method of transferring a multiple layer print structure of claim 19 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
21 . The method of transferring a multiple layer print structure of claim 20 , wherein additional protective sheets are used to facilitate the transfer process.
22 . A method of transferring a multiple layer print structure, by:
positioning the multiple layered structure onto a receptor element such that the adhesive layer is in direct contact with the receptor element;
wherein, the multiple layered print structure comprises of: (i) a substrate; (ii) at least one release layer applied on substrate wherein the at least one release layer is adapted to receive at least one or more print layer; where, the at least one release layer is printed using digital print method; also where, the substrate demonstrates removable characteristics upon application of the at least one or more release layer; (iii) at least one opaque or white layer printed on the at least one release layer using one digital ink-jet print method wherein the at least one print layer forms a pre-set shape profile (iv) a heat-sensitive adhesive layer printed using one digital ink-jet print method on the opaque layer, wherein the adhesive layer conforms to the opaque layer, whereby the at least one print layer, including the opaque layer, and the heat-sensitive adhesive layer are adapted to be separated from the removable substrate and for transfer of the design to a receptor.
applying heat and pressure to the multiple layered print structure so that the multiple layered print structure adheres to the receptor element;
removing the removable substrate for completion of design transfer to the receptor.
23 . The method of transferring a multiple layer print structure of claim 22 , wherein the removable substrate acts as a protective sheet during the transfer process and is removed for completion of transfer.
24 . The method of transferring a multiple layer print structure of claim 23 , wherein additional protective sheets are used to facilitate the transfer process.