Heat applied melted-on faceted beads
View Patent ↗This invention is a method to attach beads to garments. The process is as follows: draw the art work, digitize the drawing and write it in a Laser cutting machine language, using a high heat resistance material, cut the material to the same shape as artwork, glue fabric on the back of screen to prevent beads from falling through, dip the screen in a container of beads in which the beads would fill up the holes and stay only where the cut holes are and where the beads extend beyond material. Laying the fabric on top of the pattern that have the beads and apply top heat with a lot of pressure, so the plastic bead portion that is sticking out of the screen melts into the fabric and bonds to it in seconds creating a beautiful beaded design that would have taken hours and days to make using the traditional sewn-on beading methods.
1. A method for attaching thermoplastic beads comprising: using CAD/Design software to form a pattern, using a laser cutting machine to cut said pattern from a high heat resistance material forming wells with said material forming a screen, attaching a screen layer to one side of said screen, dipping the screen in a container of thermoplastic beads with the screen positioned so said thermoplastic beads till said wells; laying fabric on the top of said screen; and applying heat and pressure to the fabric towards said screen forming a bond between said thermoplastic beads and said fabric by the melting of said beads into said fabric.
2. A method as in claim 1 where in the step using CAD/Design software to form a pattern includes the steps of drawing artwork, digitizing said artwork and using said artwork to form a pattern.
3. A method as in claim 1 where in said material is a gasket material.
4. A method as in claim 1 where in the step using CAD/Design software to form a pattern includes the steps of using digitally stored data to form a pattern.
5. A method as in claim 1 where in said heat is between the temperatures of 375 degrees Fahrenheit and 400 degrees Fahrenheit.
6. A method for attaching thermoplastic beads comprising: the step of using CAD/Design software to form a pattern by drawing artwork, digitizing said artwork and using said artwork to form a pattern, using a laser cutting machine to cut said pattern by removing material from a high heat resistance material forming wells with said material forming a screen, attaching a screen layer to one side of said screen, dipping the screen in a container of thermoplastic beads with the screen positioned so said thermoplastic beads fill said wells; laying fabric on the top of said screen; and applying heat and pressure to the fabric towards said screen forming a bond between said thermoplastic beads and said fabric by the melting of said thermoplastic beads into said fabric.
7. A method as in claim 6 where in said material is a gasket material.
8. A method for attaching thermoplastic beads comprising: using artwork to form a pattern, using a laser cutting machine to remove material from a high heat resistance material forming wells that form said pattern with said material forming a screen; attaching a screen layer to said screen; dipping the screen in a container of thermoplastic beads with the screen positioned so said thermoplastic beads fill said wells where said beads extend beyond said wells; laying fabric on the top of said screen; and applying heat and pressure to the fabric towards said screen forming a bond between said thermoplastic beads and said fabric by the melting of said thermoplastic beads into said fabric including said steps of drawing artwork, digitizing said artwork and using said artwork for said pattern.
9. A method as in claim 8 where in said material is a gasket material.
10. A method as in claim 8 where in said heat is between the temperatures of 325 degrees Fahrenheit and 400 degrees Fahrenheit.