Jewel adornment

Abstract

The invention relates to a jewel adornment comprising an inlaying seat, a base frame and a jewel, wherein the jewel is arranged on the inlaying seat; shaft rods are respectively arranged at both sides of the inlaying seat; support parts with outer edges in the shape of an arc notch is arranged on the shaft rods, and the thicknesses of the support parts are progressively reduced from root parts to outer edge positions; supporting grooves which are provided with openings at one sides to be in semi-closed shapes are respectively arranged at both sides of the base frame; the bottom walls of the supporting grooves are inwards protruded to form supporting parts with outer edges in the shape of the arc notch, and the thicknesses of the supporting parts are progressively reduced from the root parts to the outer edge positions; the support parts of the shaft rods are arranged in the supporting grooves through the openings of the supporting grooves, and the support parts are movably hung on the supporting parts positioned on the base frame; and the outer edges of the supporting parts support the outer edges of the corresponding support parts. In the invention, the shaft rods provided with the support parts in the shape of the arc notch and the supporting grooves provided with the supporting parts in the shape of the arc notch are convenient to process and assemble, small contact surfaces are positioned between the supporting parts and the support parts, the inlaying seat and the jewel can together wobble for a long time due to externally slight wobble, and wobbling frequency and wobbling amplitude can be controlled within an effective observing range of a human eye through a weight balancing block, and therefore, good color flashing is achieved.

Description

technical field [0001] The invention relates to the field of jewelry accessories, in particular to a gemstone accessory. Background technique [0002] At present, precious stones such as diamonds, colored gemstones, natural crystals and artificial crystals have been processed with a large number of faceted cutting techniques. When the ambient light shines on the multi-faceted gemstones formed by the multi-faceted cutting technology, due to the irradiation of reflected light and refracted light, the multi-faceted gemstones will form a color flash phenomenon, which is more dazzling, which is exactly the charm of gemstones. However, most of the existing gem ornaments are directly inlaid with multi-faceted gemstones on the inlay seat. The gemstone and the inlay seat are relatively static and cannot produce relative movement. Only by changing the angle of the external light source or the change of the wearer's own actions can more gemstones appear. As a result, the charm of mult...

AI Technical Summary

Problems solved by technology

However, both the first fastener and the second fastener are in the shape of a closed ring, which is extremely inconvenient to process and assemble, resulting in low production efficiency

Moreover, the swing frequency of the decorative parts is too fast, the swing range is too large, and the lateral instability is easy to cause dazzling phenomenon, which is not conducive to displaying the color flash effect.

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