System for affixing a pattern onto a substrate, and corresponding method
The invention relates to a system ( 1 ) for affixing a pattern ( 2 ) onto a substrate ( 3 ), said system ( 1 ) including a transfer means ( 4 ) to which said pattern ( 2 ) is attached, and a pressing means ( 5 ), said system ( 1 ) being characterized in that it includes a means ( 6 ) for aiding in the positioning of the pattern ( 2 ) relative to the substrate ( 3 ), said aiding means ( 6 ) including a first member ( 7 ) rigidly connected to the substrate ( 3 ) or to the pressing means ( 5 ) and a second member ( 9 ) rigidly connected to the transfer means ( 4 ), said first and second members ( 7, 9 ) being designed in such that engagement is established therebetween that prevents the possibility of the members moving away from each other. The invention can be used for depositing decorative and/or functional elements onto a substrate.
1. A system for affixing a pattern at a unique predetermined location on a substrate, said system comprising:
a transfer film to which said pattern is removably attached;
a press for pressing against the substrate the transfer film and the pattern attached to the transfer film; and
a positioner for aiding in the positioning of the pattern at said unique predetermined location on the substrate, said positioner comprising a first member including at least one first magnet and one third magnet and mounted integrally with the substrate or with the press, and a second member including at least one second magnet and one fourth magnet mounted integrally with the transfer film, said first and second magnets being designed to mutually magnetically attract one another when said first and second members are brought into correspondence, and said first and fourth magnets or said second and third magnets being designed to mutually repel each other when said first and second members are brought into correspondence, so as to form a connection between said first and second members when said first and second members are brought into correspondence with each other, the connection preventing said first and second members from moving away from each other, the second member being designed to remain mounted integrally with the transfer film after transfer of the pattern from the transfer film to the substrate.
2. A system according to claim 1 , wherein the system comprises a support provided with a housing receiving the substrate, said first member being secured to said support.
3. A system according to claim 1 , wherein the pattern comprises a plurality of elements removably attached to the transfer film.
4. A system according to claim 3 , comprising a device for making the transfer film pass opposite the substrate.
5. A system according to claim 1 , wherein the press comprises a pad.
6. A system according to claim 1 , wherein the substrate comprises a vial, and wherein the pattern comprises a plurality of beads.
7. A system according to claim 6 , wherein the vial or the plurality of beads is made of glass.
8. A transfer sub-assembly for affixing a pattern onto a substrate, said transfer sub-assembly comprising:
a transfer film to which said pattern is removably attached; and
a positioner for aiding in the positioning of the pattern relative to the substrate, the positioner including a second member mounted directly integral with the transfer film, said second member including at least one second magnet and one fourth magnet and a first member mounted integrally with a support for receiving the substrate, or with a press for pressing against the substrate the transfer film and the pattern attached to the transfer film, said first member including at least one first magnet and one third magnet, said first and second magnets being designed to mutually magnetically attract one another when said first and second members are brought into correspondence, and said first and fourth magnets or said second and third magnets being designed to mutually repel each other when said first and second members are brought into correspondence, such that said first and second members interact with one another such that a connection is established between said first and second members when said first and second members are brought into correspondence with each other, the connection preventing them from moving away from each other, the second member being designed to remain mounted directly integral with the transfer film after transfer of the pattern from the transfer film to the substrate.