A wearable electronic device is disclosed. The wearable electronic device comprises a ring body and a substrate. The ring body has an outer cover and an interface disposed on an exterior of the outer cover, with the ring body defining an annular receiving space within the ring body. The substrate is disposed in the annular receiving space and has a plurality of capacitive plates.

A jewelry device adapted to have interchangeable jewels includes a decorative setting, such as a ring, earrings, or pendant, for displaying a jewel. The decorative setting has a jewel receiving space to receive and hold a jewel housing having a jewel secured therein when the jewel housing is inserted into the jewel receiving space. A fastener held by the decorative setting is adapted to attach to and hold the jewel housing with jewel secured therein when the jewel housing is inserted into the jewel receiving space of the decorative setting. The fastener may be inseparably attached to the decorative setting so it is not separated and lost when changing jewels. Further, the jewel receiving space and the jewel housing may have interlocking portions to prevent relative rotational movement between the jewel housing and the decorative setting when the decorative setting is received in the jewel receiving space.

A modular magnetic jewelry system includes a jewelry body having a magnetic jewelry base and a magnetic jewelry head configured to magnetically couple with the magnetic jewelry base. The magnetic jewelry base may include a first permanent magnet, and the magnetic jewelry head may include a second permanent magnet, and a malleable resilient gasket placed between said base and said head. The jewelry body may have a male or female threaded portion, and the head may have a threaded portion of opposite gender to said jewelry body for mating engagement therewith when the head is magnetically coupled to the magnetic base.

A modular magnetic jewelry system includes a jewelry body having a magnetic jewelry base and a magnetic jewelry head configured to magnetically couple with the magnetic jewelry base. The magnetic jewelry base may include a first permanent magnet, and the magnetic jewelry head may include a second permanent magnet. The jewelry body may have a male or female threaded portion, and the head may have a threaded portion of opposite gender to said jewelry body for mating engagement therewith when the head is magnetically coupled to the magnetic base.

The embodied invention is a design that provides components for attaching adornment articles to eyewear and adornment holders. The design ensures that only the adornment article will be visible and maintain proper orientation. Additionally, the adornment article is held securely in place yet is easily removable and interchangeable with a variety of other adornment articles.

A wearable electronic device is disclosed. The wearable electronic device comprises a ring body and a substrate. The ring body has an outer cover and an interface disposed on an exterior of the outer cover, with the ring body defining an annular receiving space within the ring body. The substrate is disposed in the annular receiving space and has a plurality of capacitive plates.

A cage setting is disclosed and method of retaining an object in a cage setting is disclosed. The cage setting defines a free space therein, configured for retaining an object therein. The cage setting includes a first and second cage end bodies. A number of bar members extend between the first and second end bodies. Each bar member has a first and second end secured the first and second end bodies, respectively. The bar members extend along a periphery that defines the free space. Each adjacent pair of bar members defines a gap having a first gap width that that allows an object to be inserted into the free space. Upon twisting, the first end body with respect to the second end body, the gap is altered to a second gap width, narrower than the first gap width, which captures the object within the free space.

An assembly for setting stones and solitaires includes a setting head, made of a material of the type of a metal, even precious, and the like, within which at least one stone can be accommodated, the setting head being internally provided with a fastening component. The assembly also includes a base, constituted by a component chosen from among a shank for a ring, a coupling element for an earring, a chain for necklaces, bangles, bracelets, a brooch and the like, of shape and dimensions that are complementary to those of the setting head component and provided with a component that is complementary to the setting head component and which can be coupled thereto. The union of the setting head with the base makes it possible to create personalized modular jewelry.

A jewelry device adapted to have interchangeable jewels includes a decorative setting, such as a ring, earrings, or pendant, for displaying a jewel. The decorative setting has a jewel receiving space to receive and hold a jewel housing having a jewel secured therein when the jewel housing is inserted into the jewel receiving space. A fastener held by the decorative setting is adapted to attach to and hold the jewel housing with jewel secured therein when the jewel housing is inserted into the jewel receiving space of the decorative setting. The fastener may be inseparably attached to the decorative setting so it is not separated and lost when changing jewels. Further, the jewel receiving space and the jewel housing may have interlocking portions to prevent relative rotational movement between the jewel housing and the decorative setting when the decorative setting is received in the jewel receiving space.

A gemstone inlay structure includes an inlay structure and an inlay gemstone. The inlay structure includes an inlay base, an inlay top base, and an inlay shell. A lower surface of the inlay top base is uniformly fixed with a side rib rod, one end of the side rib rod is fixedly connected to an outer wall of the inlay base. An upper surface of the inlay base is fixedly provided with a bracket, the inlay shell is provided in the inlay base, and it is threaded and clamped with the bracket. The inlay gemstone is placed in the bracket. This gemstone inlay structure is assembled by a thread between an inner screw groove and an external thread, the inlay shell can be quickly and stably covered to an outside of the bracket to complete the assembly of the gemstone.