Variable color or texture expression knitting, weaving, and laminating system, method and fabric

1. A method of producing a variable-color textile fabric, the method comprising:

providing a plurality of filaments into a commercial textile production machine, wherein at least a one of the plurality of filaments is a tape of film having a first color on a first side of said tape and a second color on a second side of said tape; directing the at least said one filament through a single guide such that as said at least one filament is randomly engaged and twisted by the tools of the machine in the production process the said first and second colors of the sides of the tape will be randomly presented to the surfaces of each side of the textile fabric to display said first and second colors in a randomly repeated manner.

2. The method of claim 1 , wherein at least two of said plurality of filaments comprise tapes of film having selected different colors on opposite sides of said filaments which are twisted by the tools of the machine in the production process to randomly display said selected different colors on the surfaces of both sides of the textile fabric.

3. The method of claim 1 , wherein twisting of the tapes is performed by a twister prior to directing the at least one filament through said single guide.

4. The method of claim 3 , wherein the twister is controlled by a computer.

5. A method of producing a randomly variable-color textile fabric, the method comprising: providing a multiple number of filaments into a commercial textile-production machine, wherein at least a first plurality of said filaments include at least one tape of coextruded film having a first color on a first side of said tape and a second color on a second side of said tape, directing said first plurality of said filaments through a single guide such that as said first plurality of said filaments are randomly engaged and twisted by the tools of the machine in the production process the colors on the two sides of said at least one filament tape will be randomly presented to the surfaces of each side of the textile fabric whereby both sides of the fabric will display said first and second colors in a randomly repeated manner.

6. The method of producing a randomly variable-color textile fabric of claim 5 , wherein at least a second plurality of said filaments include at least one tape of coextruded film having a third color on one side of said at least one tape and a fourth color on an opposite side thereof, wherein as said first and second pluralities of filaments are respectively directed through said single guides and randomly engaged and twisted by the tools of the machine in the production process the colors of the two sides of said at least one tapes of said first and second pluralities of said filaments will be randomly presented to the surfaces of each side of the textile fabric whereby both sides of the fabric will display the said first, second, third and fourth colors in a randomly repeated manner.

7. The method of producing a randomly variable-color textile fabric of claim 6 , wherein said at least first and second pluralities of said filaments each include a third plurality of filaments selected from at least one of the group of filaments consisting of thread, yarn, and plastic monofilament.

8. The method of claim 7 , wherein said third plurality of filaments are of a plurality of selected colors.

9. A method of producing a randomly variable-color textile fabric, the method comprising: providing pluralities of filaments into a commercial textile production machine, the pluralities of filaments including at least two different colored extruded tapes of a width to effectively display their distinct colors when positioned on the surface of a fabric, directing selected pluralities of said tapes through single guides such that as the tapes are individually randomly engaged and twisted by the tools of the machine in the production process two different colors of the plurality of filaments will be randomly provided on each side of the textile fabric to display its colors in a randomly repeated manner.

10. The method of claim 9 , wherein at least one of the filaments of the plurality of different colored filaments is a tape of coextruded film having a first color on a first side of said tape and a second color on a second side of said tape, whereby the plurality of filaments will randomly display at least three colors on each side of the textile fabric.

11. The method of claim 9 wherein each of the plurality of colored filaments is a tape of coextruded film having a selected first color on a first side of the tape and a selected second color on a second side of the tape whereby each said plurality of colored filaments can randomly display twice as many colors as its number of tapes on each side of the textile fabric.

12. The method of claim 9 further comprising;

providing a plurality of different colored filaments of a width to effectively display their colors when positioned on the surface of a fabric into said commercial textile production machine, the plurality of filaments each being separately directed as a one of a composite warp or composite weft through a single guide of the machine such that as the composite plurality of different colored filaments are randomly engaged and twisted by the tools of the machine in the production process each of the composite warp and weft filaments will be randomly presented to the surfaces of each side of the resulting fabric to display its color in a randomly repeated manner.

13. The method of claim 12 , wherein one or more of the plurality of filaments is a coextruded tape having two sides of different colors such that as each of said coextruded two color tapes are randomly engaged and twisted by the tools of the machine in the fabricating process each of the two colors will be randomly displayed on both sides of the resulting fabric.

14. The method of claim 1 , wherein the at least one of a plurality of filaments is a tape slit from a sheet of coextruded polyethylene laminar film having a first sheet with a first color expressed on a first side surface of said film and a second sheet having a second color expressed on an opposite second side surface of said film.

15. The method of claim 14 , wherein the sheet of coextruded polyethylene laminar film from which the tape is slit has a third center sheet having a third color provided between the first side sheet and the second side sheet.

16. The method of claim 15 wherein the said third center sheet of said coextruded laminar film has an extruded film thickness of approximately 40 to 60 microns, and the said first and second side sheets of said coextruded laminar film have an extruded polyethylene sheet thickness of approximately 10 to 20 microns each, whereby the entire coextruded laminar film may be approximately 50-100 microns in thickness, and wherein the coextruded film sheets can be slit to form tapes of a desired width, which tapes can be stretched to a much thinner selected filament width and thickness for the resulting textile fabric.

17. The method of claim 15 wherein the said third center sheet of said coextruded laminar film has an extruded film thickness of approximately 50-55 microns, and the said first and second side sheets of said coextruded laminar film have an extruded polyethylene sheet thickness of approximately 14-16 microns each, whereby the entire coextruded film may be approximately 75-85 microns in thickness, and wherein the coextruded film sheets can be slit to form tapes of a desired width, which tapes can be stretched to a thinner selected filament width and thickness for the resulting textile fabric.