초록 ▼

A method to transform any portion of a two-dimensional visual image into a three-dimensional formed visual image device within the overall two-dimensional visual areas on a single image piece is provided. The resultant image has both two-dimensional and three-dimensional aspects in the same single i

A method to transform any portion of a two-dimensional visual image into a three-dimensional formed visual image device within the overall two-dimensional visual areas on a single image piece is provided. The resultant image has both two-dimensional and three-dimensional aspects in the same single image piece, or visual device. Furthermore, the present invention provides a method that offers fall control of the amount of visual distortion involved in the above processes.

대표청구항 ▼

1. A method for creating a quasi-three dimensional image starting from a two-dimensional image comprising the steps of:a. selecting an overall two-dimensional image, b. determining a portion of the overall two-dimensional image that is to be made three-dimensional and a portion of the overall two-di

1. A method for creating a quasi-three dimensional image starting from a two-dimensional image comprising the steps of:a. selecting an overall two-dimensional image, b. determining a portion of the overall two-dimensional image that is to be made three-dimensional and a portion of the overall two-dimensional image that is to remain two-dimensional, c. producing a three-dimensional mold of the area predetermined to become a three-dimensional visual image within the overall two-dimensional image, d. determining a registration system that makes image-to-mold alignment compatible according to either an optical or digital system that is being used in the method, e. precompressing a portion of the overall two-dimensional image that is to be made three dimensional using the registration system, f. determining the size and substrate, or material, to carry the overall image; the desired use; forming process compatibility; and lighting methods/conditions that the three-dimensional visual will ultimately be viewed in, g. printing the overall two dimensional image, including the precompressed portion onto the substrate, h. aligning the three-dimensional mold with the substrate with the printed overall two-dimensional image having a precompressed portion using the predetermined registration system, in preparation for three dimensional image formation, i. forming a three-dimensional image out of the substrate with the printed overall two-dimensional image having a precompressed portion using the overall two-dimensional image having a precompressed portion and three-dimensional mold. 2. The method according to claim 1 further including the step of determining any portions of the overall two-dimensional image that is to appear distorted after forming, said step occurring at approximately the same time as the step of determining that portion of the overall two-dimensional image that is to be made three-dimensional and that portion of the overall two-dimensional image that is to remain two-dimensional.3. The method according to claim 1 wherein the step of producing a three-dimensional mold is the step of forming a positive mold.4. The method according to claim 1 wherein the step of producing a three-dimensional mold is the step of forming a negative mold.5. The method according to claim 1 wherein the step of producing the three-dimensional image is a method selected from the group consisting of heat formation and vacuum formation.6. The method according to claim 1 wherein the step of precompressing that portion of the overall two-dimensional image that is to be made three dimensional using the registration system is scanning either a three-dimensional mold or numeric values represented by a distorted rid created by forming a flat grid over a three dimensional mold, comparing the amount of change needed to occur to bring reference points into co-alignment, and applying the compression to the selected portions of the overall two-dimensional image.7. The method according to claim 1 wherein the step of precompressing that portion of the overall two-dimensional image that is to be made three dimensional using the registration system is the steps of making a negative mold from a positive mold, positioning the negative mold and a projection device containing a flat grid or pattern so that the grid or pattern is projected on the negative mold through a beam splitter, directing a return image to a recording device that records either the image or numeric values of the image, recording the image of the distorted grid or pattern, comparing the amount of change needed to occur to bring reference points into co-alignment, and applying the compression to the selected portions of the overall two-dimensional image.8. The method according to claim 1 wherein the step of precompressing that portion of the overall two-dimensional image that is to be made three dimensional using the registration system is the steps of making a negative mold from a positive mold, positioning the negative mold and a projection device containing a transparency of the overall two-dimensional image so that the overall two-dimensional image is projected on the negative mold through a beam splitter, directing a return image to a recording device that records either the overall two-dimensional image or numeric values of the overall two-dimensional image, recording the return of the overall two-dimensional image that contains precompressed values of the selected portions.