Combinative Diamond Jewelry and Making Method Thereof

Abstract

The invention discloses a combinative diamond jewelry, which includes: a metal supporting base on an upper surface edge of which a plurality of metal claws, each metal claw having a carving formed on its top surface; and a plurality of small sized diamonds inlaid between the upper surface of the supporting base and metal claws. Also disclosed is a method for making the same. Said major diamond, periphery diamonds and bottom diamonds are pressed with each other and secured onto the upper surface of the supporting base, and form together with the metal claws structure identical to each cutting edge angle of the diamond. No slot is formed among the diamonds of the jewelry and therefore, dust is prevented from coming into the interior of the jewelry, thus overcoming drawbacks of prior art combinative diamond jewelry. Furthermore entire shining visual effects are obtained by mutual refraction of these small diamonds and metal part according to specific size ratio of the small diamonds to metal part and shape design.

Description

FIELD OF THE INVENTION[0001]The present invention relates to technology of making diamond jewelry and more particularly, to a combinative diamond jewelry and making method thereof.BACKGROUND OF THE INVENTION[0002]With rapid exhaustion of diamond resource, price of diamond of large size is becoming increasingly expensive. In field of jewelry, it is difficult for a normal consumer to buy jewelry inlaid with diamond having weight of more than 1 ct (carat). Though small-sized diamond has a low price, a general consumer likes diamond of large size.[0003]In recent years, in order for a general consumer to get with low price jewelry having effect of large-sized diamond, technicians of diamond jewelry fabrication have developed kinds of diamond combining techniques for simulating effect of large sized diamond using some small sized diamond.[0004]For example, Chinese Patent No.: CN200710076738.6 has disclosed modular insertion diamond jewelry. According to this disclosure, a noble metal base...

AI Technical Summary

Benefits of technology

This patent proposes a new type of combinative diamond jewelry that solves the problem of dust getting inside the jewelry. The diamonds are pressed onto a supporting base and metal claws, creating a secure and dustproof design. The small diamonds are also shiny through a process called mutual refraction, where they reflect light like a metal part. The overall effect is a shiny and seamless jewelry that has improved durability and visual appeal. Additionally, plating or rhodium plating can be added to further enhance the jewelry's appearance.

Problems solved by technology

With rapid exhaustion of diamond resource, price of diamond of large size is becoming increasingly expensive.

In field of jewelry, it is difficult for a normal consumer to buy jewelry inlaid with diamond having weight of more than 1 ct (carat).

Though above patents and prior art have realized effect of a large sized diamond using several small sized diamonds, these techniques suffer from the following problems.

This construction however, results in existence of gaps between the central diamond and small diamonds.

During wearing processing, dust and dirt will come into the gaps over time, thus making it difficult to clean the gaps and influencing using of the diamond jewelry.

Secondly, neither of the above prior art techniques is able to design size of the small diamond contained in this combinative diamond and angle of the circular base support based on cutting angle of true diamond.

It is impossible to form entire shining visual effects by mutual refraction of these small diamonds according to specific size ratio of the small diamonds to metal part and shape design.

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