1. A window screen with according style sides comprising a fragrance and picture made from fragrant gels wherein said window screen will have said fragrance and said picture infused within the screen while said picture would represent the said fragrance; i.e. (country flower fragrance would have a picture of country flowers), said scented window screen will have a fragrance and picture that would evaporate with use; once fragrance has evaporated said scented window screen can function as a simple window screen and therefore said window screen will be made to fit most standard size windows.
2. Scented Window Screens will combine the functionality of everyday simple adjustable window screens with home fragrance to make one product that is functional and decorative.
3. Any window screen with fragrance infused within said window screen.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
What is claimed is:
1. A system for printing a halftone digital image on both a printing press and a color proofer using the same binary digital data comprising:
sending said binary digital data to said printing press;
sending said binary digital data to a dot-gain processor for conditioning said binary digital data to introduce a predetermined level of dot-gain;
transmitting said conditioned binary digital data to said color proofer; and
printing a halftone color proof on said color proofer.
2. A system for printing a halftone digital image as in claim 1 wherein conditioning said binary digital data by convolution with a spatial filter.
3. An apparatus for printing a halftone image from binary digital data onto a color proofer medium comprising:
a dot-gain processor for accepting said binary digital data as input, for conditioning said binary digital data to introduce a predetermined level of dot-gain, and providing said conditioned data stream as output; and
a print engine for accepting said conditioned data stream and for marking said color proofing medium according to said conditioned data stream.
4. An apparatus for printing a halftone image from binary digital data onto a medium as in claim 3 wherein said binary digital data is conditioned by convolution with a spatial filter to form a conditioned data stream.
5. An apparatus for printing a halftone image from binary digital data onto a press sheet comprising:
a dot-gain processor for accepting said binary digital data as input, for conditioning said binary digital data to introduce a predetermined level of dot-gain, and providing said conditioned data stream as output; and
a printing press for accepting said conditioned data stream and for marking said press sheet according to said conditioned data stream.
6. A system for printing a halftone digital image on both a printing press and a color proofer using the same binary digital data comprising:
sending a customer file to a raster image processor;
applying a dot-gain for said printing press to said customer file;
ripping said customer file into a bitmap for each color plane;
removing said dot-gain for said printing press;
adding a dot-gain for said color proofer;
printing a color proof; and
creating at least one printing plate from at least one of said bitmaps for at least one of said color planes.
7. A system for printing as in claim 6 comprising:
printing a press sheet with said printing plate on said printing press.
8. A system for printing as in claim 6 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a film writer and a dot-gain for exposing said plate.
9. A system for printing as in claim 6 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a plate writer.
10. A system for printing a halftone digital image on both a printing press and a color proofer using the same binary digital data comprising:
sending a customer file to a raster image processor;
applying a dot-gain for said color proofer to said customer file;
ripping said customer file into a bitmap for each color plane;
printing a color proof;
removing said dot-gain for said color proofer;
adding a dot-gain for said printing press; and
creating at least one printing plate from at least one of said bitmaps for at least one of said color planes.
11. A system for printing as in claim 10 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a film writer and a dot-gain for exposing said plate.
12. A system for printing as in claim 10 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a plate writer.
13. A system for printing a halftone digital image on both a printing press and a color proofer using the same binary digital data comprising:
sending a customer file to a raster image processor;
applying a standard dot-gain to said customer file;
ripping said customer file into a bitmap for each color plane;
removing said standard dot-gain from each bitmap for each color plane and adding a dot-gain for color proofing;
printing a color proof;
removing said standard dot-gain from each bitmap for each color plane and adding a dot-gain for said printing press; and
creating at least one printing plate from at least one of said bitmaps for at least one of said color planes.
14. A system for printing as in claim 13 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a film writer and a dot-gain for exposing said plate.
15. A system for printing as in claim 13 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a plate writer.
16. A system for printing a halftone digital image on both a printing press and a color proofer using the same binary digital data comprising:
receiving a binary bitmap for each color plane;
removing a standard dot-gain from each bitmap for each color plane and adding a dot-gain for color proofing;
printing a color proof;
removing said standard dot-gain from each bitmap for each color plane and adding a dot-gain for said printing press; and
creating at least one printing plate from at least one of said bitmaps for at least one of said color planes.
17. A system for printing as in claim 16 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a film writer and a dot-gain for exposing said plate.
18. A system for printing as in claim 16 comprising:
wherein said dot-gain for said printing press includes a dot-gain for a plate writer.