METHOD FOR CREATING THREE-DIMENSIONAL IMAGES ON JEWELRY

Abstract

Disclosed is a production method that enables the creation of multiple images such as letters, words, numbers and symbols on the same three-dimensional product in the jewelry and jewelry industry, and the jewelry obtained as a result of this method. The method includes a three-dimensional, quadrangular prism plate in materials such as gold, platinum and silver from which the jewelry product will be obtained, the x-axis, y-axis, z-axis, x-y plane, x-z plane that will help in shaping the three-dimensional plate, y-z planes, three-dimensional jewelry obtained by shaping the three-dimensional, quadrangular prism plate and the y-axis number formed on the upper surface of the three-dimensional jewelry, and the z-axis letter formed on the z-axis.

Claims

1. (canceled)

2. (canceled)

3. (canceled)

4. An article comprising: a piece of jewelry form of a material selected from the group consisting of gold, silver and platinum, wherein said piece of jewelry has an x-z planar surface and an x-y planar surface, wherein the piece of jewelry is three-dimensional, wherein a combination of words, numbers, symbols or letters are viewable on the x-z planar surface and the x-y planar surface such that different visuals occur when said piece of jewelry is viewed from different angles.

5. A method of presenting multiple images on a single piece of jewelry, the method comprising: removing all parts other than a y-axis number from a quadrangular prism plate in a depth of a y-axis so as to form the y-axis number in an x-z plane of the quadrangular prism plate; projecting an image of z-axis letters to be written on an x-y plane of the quadrangular prism plate; processing the projected image; removing parts from the quadrangular prism plate except for each Z-axis letter of the z-axis letters so as to form an image; obtaining the single piece of jewelry of three dimensions in which an image formed by the y-axis number in the x-z plane in a y-axis direction and the z-axis letters formed in the x-y plane in a z-axis direction are visible; and setting a number of characters of combinations determined in the x-z plane in the y-axis direction or in the x-y plane in the z-axis direction, wherein if the number of characters of the combination determined in the x-z plane or in the x-y plane in the z-axis direction are not identical, then digits of a lesser number are adjustable by expanding or narrowing in the x-axis or a y-z plane of a relevant plane.

6. An article of jewelry produced by the method of claim 5.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0021] FIG. 1 is a view of the x, y, z axis and x-y plane, x-z plane and y-z planes of the quadrangular prism plate that will be made on the jewelry.

[0022] FIG. 2 is a top and front perspective view of the words to be made on the quadrangular prism plate.

[0023] FIG. 3 is a view of the linear rendering of the desired image on the x-z axis of the quadrangular prism plate.

[0024] FIG. 4 is a 2023 number image of the jewelry obtained after the processing of the quadrangular prism plate in the depth of the y-axis and z-axis when viewed from the top.

[0025] FIG. 5 is an image of the word hello seen from the front of the jewelry after the quadrangular prism plate processing.

[0026] FIG. 6 is a perspective view of the jewelry obtained after the processing of the quadrangular prism plate and two different images.

REFERENCE LIST

[0027] X. x axis [0028] Y. y axis [0029] Z. z axis [0030] X1. x-y plane [0031] X2. x-z plane [0032] Y1. y-z plane [0033] 1. Quadrangular prism plate [0034] 2. Y-axis number [0035] 3. Z-axis letter [0036] 4. Three-dimensional jewelry

DETAILED DESCRIPTION OF THE INVENTION

[0037] The invention relates to a production method that enables the creation of multiple images such as letters, words, numbers and symbols on the same three-dimensional product in the jewelry and jewelry industry and the jewelry obtained as a result of this method, and comprising a three-dimensional, quadrangular prism plate (1) in materials such as gold, platinum and silver from which the jewelry product will be obtained, the x-axis (X), y-axis (Y), z-axis (Z), x-y plane (X1), x-z plane (X2) that will help in shaping the three-dimensional plate, y-z planes (Y1), three-dimensional jewelry (4) obtained by shaping a three-dimensional, quadrangular prism plate (1) and the y-axis number (2) formed on the upper surface of the three-dimensional jewelry (4), and the z-axis letter (3) formed on the z-axis (z).

[0038] As can be seen in FIG. 2, FIG. 3, FIG. 4, FIG. 5, FIG. 6, the production stages of the three-dimensional jewelry (4) creation method are as following:

[0039] In the invention, there is a quadrangular prism plate (1) ready for processing, which can be made of different metals and materials and can be in different sizes and geometric shapes. As can be seen in FIG. 2, the desired word and number combinations are determined on the quadrangular prism shaped plate (1). The three-dimensional jewelry (4) to be obtained, consisting of y-axis number (2) and z-axis letter (3), can consist of different word and number combinations, and its width in the x-axis (x) direction is determined according to preference.

[0040] For example, the number 2023 and the word Hello will be engraved on the jewelry. The number 2023 will be engraved on the x-z plane (X2) of a three-dimensional quadrangular prism plate. The word Hello will be engraved on the x-y plane (X1). The positioning of the words 2023 and Hello is shown in FIG. 2.

[0041] To obtain the number 2023, all parts other than the number 2023 are removed from the x-z plane (X2) at the depth of the y-axis (y) in quadrangular prism plate (1). When the x-z plane (X2) of the quadrangular prism plate (1) is viewed from the y-axis (y), the number 2023 becomes clearly readable. FIG. 3 shows the final y-axis number (2) of the number 2023 on the three-dimensional quadrangular prism plate (1).

[0042] The word Hello is projected and its projection is drawn onto the x-y plane (X1) on the final version of the three-dimensional plate on which the text 2023 is written. (FIG. 3). At the depth of the z-axis (z) in the x-y plane, all areas other than the projected word Hello are removed from the quadrangular prism plate (1). After this process, the word Hello becomes clearly visible when viewed from the z-axis (z).

[0043] After the process, as can be seen in FIG. 5 and FIG. 6, a single product is obtained in which the number 2023 can be seen in the y-axis (y) direction and the word Hello can be seen in the z-axis (z) direction. Thus, when viewed from different angles on a piece of jewelry, combinations of numbers, letters, symbols, and shapes such as two different numbers-words, words-words, etc. are created.

[0044] Combinations such as number-number, word-word, number-word, word-number to be formed on the quadrangular prism plate (1) can be of different sizes in the y-z plane (Y1) and/or x-axis (X). For example, 2023 on the y-axis (Y) comprises four numbers, while the word Hello written on the z-axis (z) comprises five letters. This shows that the desired combinations do not necessarily have the same number of numbers or letters. The word or number that is less in number in the combination determined on the y-axis (Y) or z-axis (Z) can be adjusted by expanding or narrowing on the x-axis (X). For example, 2023 comprises four numbers, while the word hello comprises five letters. Therefore, each number of the number 2023 is expanded on the x-axis (x) to fit to the word hello.