Patent Application
20220232933
This application is based upon and claims the benefit of priority under 35 USC 119 from U.S. patent application Ser. No. 15/403,495 filed on Jan. 11, 2017, which, in turn, claims priority from Japanese Patent Application No. 2016-005300 filed on Jan. 14, 2016. The entire contents of each of the referenced priority documents are incorporated herein by reference.
The embodiment discussed herein is related to an ornamental device comprising diamonds.
An ornamental device such as a diamond ring, a diamond necklace, or the like is well known. Diamonds shine white and clear under a visible light such as the natural light based on irradiance, dispersion and glance. People usually like such a clear brightness, so that diamonds are evaluated by observing the 4C's, namely, Carat Weight, Cut, Color, and Clarity. A colorless diamond having the excellent cut and less inclusion or blemish demands a higher price.
Some natural diamonds have a fluorescence under ultraviolet radiation (synthetic or artificial diamonds do not have a fluorescence). As long as diamonds are evaluated by observing the 4C's, the natural diamonds having a fluorescence demand a lower value. Since few diamonds have a strong fluorescence or a very strong fluorescence, even when only natural diamonds are arranged, there coexists a diamond or diamonds having a fluorescence and a diamond or diamonds not having a fluorescence. Any groups of natural diamonds should irregularly include a fluorescent diamond or diamonds and a non-fluorescent diamond or diamonds.
It is accordingly an object in one aspect of the embodiment to provide an ornamental device reliably distinguished from a group of diamonds generally available in the market.
Japanese Patent Publication No. 3280594
PCT International Publication WO 2010/052702
According to an aspect of the invention, an ornamental device includes: diamonds disposed on a single support element in a specific physical arrangement, all the diamonds in the specific physical arrangement having a blue fluorescent equal to or stronger than strong blue, wherein all the diamonds in the specific physical arrangement shining clear under a visible light, and shining blue under ultraviolet radiation keeping the specific physical arrangement distinguished from a group of diamonds in the specific physical arrangement, the group of diamonds comprising a mixture of a diamond or diamonds having a blue fluorescence equal to or stronger than strong blue and a diamonds or diamonds not having a blue fluorescent equal to or stronger than strong blue.
The ornamental device of the aspect allows the diamonds to shine white and clear under a visible light such as the natural light based on irradiation, dispersion and glance. The diamonds shine blue based on a blue fluorescence under black light or other ultraviolet radiation. Since all the diamonds on a single support element have a blue fluorescence stronger than strong blue, blue radiation of the diamonds under ultraviolet radiation is identical to the specific physical arrangement of the diamonds. Since few natural diamonds have a strong fluorescence or a very strong fluorescence, even when only natural diamonds are arranged, there coexists a diamond or diamonds having a fluorescence and a diamond or diamonds not having a fluorescence.
Accordingly, any groups of diamonds without selection should suffer from a black spot or spots existing in the specific physical arrangement under the ultraviolet radiation. The blue radiation of the diamonds cannot usually be identical to the specific physical arrangement. The ornamental device of the aspect can in this manner be distinguished from a group of diamonds generally available in the market. The distinguished blue radiation of the diamonds is expected to contribute to identification of a specific element or the human being. The ornamental device may function as a proof of the membership, for example. In this case, a black light device may be prepared for example to identify the specific element or human being.
Here, the blue radiation of the diamonds is identical to a specific physical arrangement for each of the support elements. An observer recognizes the specific physical arrangement of the diamonds on each of the support elements under the natural light. If all the diamonds have a blue fluorescence equal to or stronger than strong blue for each of the support elements, the observer reliably distinguishes the ornamental device of the aspect from the other groups of diamonds by subjecting the diamonds to black light.
According to another aspect of the invention, an identification device includes: diamonds disposed on a single support element in a specific physical arrangement, all the diamonds in the specific physical arrangement having a blue fluorescent equal to or stronger than strong blue, wherein all the diamonds in the specific physical arrangement shining clear under a visible light, and shining blue under black light keeping the specific physical arrangement distinguished from a group of diamonds in the specific physical arrangement, the group of diamonds comprising a mixture of a diamond or diamonds having a blue fluorescent equal to or stronger than strong blue and a diamonds or diamonds not having a blue fluorescent equal to or stronger than strong blue.
The object and advantages of the embodiment will be realized and attained by means of the elements and combinations particularly pointed out in the appended claims. It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are not restrictive of the embodiment, as claimed.
Embodiments of the present invention will be explained below with reference to the accompanying drawings.
A diamond 14 is set on each of the settings 13. The diamonds 14 are arranged in the necklace 11 as an ornamental device. All the diamonds 14 on the necklace 11 have been sorted and preselected to have a blue fluorescence equal to or stronger than strong blue, in other words, have a strong blue fluorescence or a very strong blue fluorescence. The diamonds 14 are, in this manner, arranged along the chain 12.
Otherwise, as depicted in
The diamonds 14, 16 shine white and clear under a visible light such as the natural light based on irradiation, dispersion and glance.
The diamonds 14, 16 shine blue, based on a blue fluorescence, under black light or other ultraviolet radiation. Since all the diamonds 14, 16 have a blue fluorescence stronger than strong blue, blue radiation of the diamonds 14, 16 under ultraviolet radiation is identical to the specific physical arrangement of the diamonds 14, 16.
Since few natural diamonds have a strong fluorescence or a very strong fluorescence, even when only unsorted natural diamonds are arranged, there coexists a diamond or diamonds having a fluorescence and a diamond or diamonds not having a fluorescence. Accordingly, any unsorted groups of comparable diamonds without such preselection should suffer from a black spot or spots existing in the specific physical arrangement. The blue radiation of the unsorted diamonds cannot usually be identical to the specific physical arrangement.
The necklace 11 of the embodiment can in this manner be distinguished from any groups of unsorted diamonds generally available in the market. The distinguished blue radiation of the diamonds 14, 16 is expected to contribute to identification of a specific element or the human being.
The necklace 11 may function as a proof of the membership, for example. In this case, a black light device may be prepared for example to identify the specific element or human being.
For example, some may propose the arrangement of fluorescent diamonds in the form of alphabet or like character or pattern. However, in that case, an observer cannot recognize the alphabet or pattern under a visible light, and the recognition of the alphabet or pattern is diversified resulting from the individuality of the observers even under the black light, a reliable identification of the specific element or human being cannot be achieved.
The diamonds 16 are fixed on a single support element (the pendant 15). The blue radiation of the diamonds 16 under ultraviolet radiation is identical to the specific physical arrangement of the diamonds 16 for each of the support elements. An observer recognizes the specific physical arrangement of the diamonds 16 on each of the support elements under the natural light.
If all the diamonds 16 have a blue fluorescence equal to or stronger than strong blue for each of the support elements, the observer reliably distinguishes the ornamental device of the embodiment from the other groups of diamonds by subjecting the diamonds to a black light.
All the diamonds 24 on the setting 23 have a blue fluorescence equal to or stronger than strong blue, in other words, have a strong blue fluorescence or a very strong blue fluorescence. The setting 23 may be incorporated in an ornamental device such as a brooch, a tiara, pierced earrings, clip-on earrings, or the like. Alternatively, as depicted in
All the diamonds 43 on each of the insert members 42 have a blue fluorescence equal to or stronger than strong blue, in other words, have a strong blue fluorescence or a very strong blue fluorescence.
The diamonds 43 may have an equal size or different sizes. Alternatively, the diamonds 43 may be embedded into a tie pin, a belt, a cigarette lighter, a watch, a pin badge, glasses, a cigarette case, a ballpoint pen, a fountain pen, a smartphone cover, a calculator, a mouse, a frame of a mirror, or the like.
In any of the aforementioned embodiments, all the diamonds 14, 16, 24, 34, 43 preferably have a very strong blue fluorescence. The diamonds 14, 16, 24, 34, 43 of the type allows a constant strong blue radiation over the specific physical arrangement. The tone of the blue radiation is constant over the specific physical arrangement. The ornamental devices of the embodiments are allowed to enjoy a superior ornamental performance.
The present inventor is the first one who makes in the world an ornamental device having diamonds all of which have a strong blue fluorescence or a very strong blue fluorescence.
People in the world so far never catch an ornamental device having diamonds all of which have a strong blue fluorescence or a very strong blue fluorescence. No jewelry shops or makers in the world try to distribute a jewelry having diamonds all of which have a strong blue fluorescence or a very strong blue fluorescence, because diamonds having a strong blue fluorescence or a very strong blue fluorescence suffer from a poor demand under the 4C's evaluation system. Only a low value is given to diamonds all of which have a strong blue fluorescence or a very strong blue fluorescence, diamonds having a fluorescence demand a low price as compared with diamonds not having a fluorescence.
Accordingly, if any jewelry shop or maker starts selling the ornamental devices of the embodiments, a great demand inevitably happens for diamonds having a fluorescence, diamonds having a fluorescence are expected to demand a higher price.
All examples and conditional language recited herein are intended for pedagogical purposes to aid the reader in understanding the invention and the concept contributed by the inventor to furthering the art, and are to be construed as being without limitation to such specifically recited examples and conditions, nor does the organization of such examples in the specification relate to a showing of the superiority and inferiority of the invention.
Although the embodiments of the present inventions have been described in detail, it should be understood that the various changes, substitutions, and alterations could be made hereto without departing from the spirit and scope of the invention.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2016-005300 | Jan 2016 | JP | national |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 15403495 | Jan 2017 | US |
| Child | 17720953 | US |
