Jewelry devices and assemblies for adjusting the appearance of jewelry as worn. The assemblies include a clip having first and second shell pieces pivotally coupled together with a hinge disposed within an interior volume defined by the shell pieces. Gripping members defining gripping surfaces are affixed to interior surfaces of the shell pieces and cooperate to hold in place one or more portions of a necklace, bracelet, anklet, and the like. In some examples, a portion of an elongated member of a jewelry article, such as a necklace chain, is couplable to a terminal extending from one of the shell pieces.

The present invention is intended to provide an anklet for earth grounding and electrostatic release, the anklet including: an anklet part made of a material capable of conducting electricity, and configured to be worn to come into close contact with an ankle; a connector connected to one side of the anklet part; and a ground part connected to the connector, electrically connected to the anklet part, and grounded to a surface an earth. The effect of the present invention is to provide the anklet that can charge the earth's energy through earthing and can also rapidly and completely discharge static electricity generated inside and outside the human body, thereby enabling the health of the human body to be maintained, which is a useful invention.

The disclosure provides a motivational bracelet including a bistable metal band having an inner surface and an outer surface; a first polymeric material covering the inner surface; a first microfiber material covering the first polymeric material; a second polymeric material covering the outer surface; and a second microfiber material covering the second polymeric material, wherein the bistable metal band can hold a straight shape or a circular shape.

A slider for an article of jewelry is disclosed. The slider includes a body defining a securing channel and a sliding channel. The slider also includes a securing flap extending from the body and configured to be pressed from a first position to a second position such that the securing flap is pressed at least partially into the securing channel to restrain the band when the band is disposed therein. Articles of jewelry utilizing such sliders are also disclosed herein.

A bracelet having an adjustable clasp portion. The bracelet includes a clasp portion defining a first end, a hook portion having a hook defining a second end, and a band portion between the clasp portion and the hook portion. The clasp portion has raised structures separated by openings and is curved to follow a curvature of the band portion. Each of the raised structures extends laterally relative to the band portion and protrudes beyond an outer surface of the band portion to be engaged by the hook.

The present invention is an innovative way to blend the barefoot sandal with the high tight stoking and garter belts, incorporating and assembling these with intricate artistic jewellery rudiments from the toes up to the legs and then up to the hips, enhancing the beauty of the foot up to leg and hip, as well as making it utile for temporarily holding small valuables, like cell phones, credit card or lipstick. The foot-leg-thigh-hip jewellery or barefoot sandal assembly system, wherein the style can be altered depending upon the occasion and can be worn only about the ankle or up to the knee or up to the thighs alone with the garter belt, providing a cost effective foot assembly accessory.

A wearable electronic, e.g., audio, device is provided having ornamental and deployment modes. A flexible loop of the device allows for at least partial conformal contact with a surface of an individual or the individual's clothing, or both. A first ornamental component is physically associated with the loop. At least one flexible cable segment extends from the loop or the ornamental article and terminates in an electronic component. An electronic interface is wired to each electronic component for electronic communication therebetween. A second ornamental component is physically associated with the first ornamental component, the loop, or the at least one cable segment. During ornamental mode, the interface and the at least one electronic component is partially or wholly hidden. During deployment mode, the at least one electronic component is placed in substantially immobilized contact to a surface of the individual that is not contacted by the loop.

The present invention is an innovative way to blend the barefoot sandal with the high tight stoking and garter belts, incorporating and assembling these with intricate artistic jewellery rudiments from the toes up to the legs and then up to the hips, enhancing the beauty of the foot up to leg and hip, as well as making it utile for temporary holding small valuables, like cell phones, credit card or lipstick. The foot-leg-thigh-hip jewellery or barefoot sandal assembly system, wherein the style can be altered depending upon the occasion and can be worn only about the ankle or up to the knee or up to the thighs alone with the garter belt, providing a cost effective foot assembly accessory.

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.

A magnetized body wear is configured to be worn on a body part of a user, for example, worn on the wrist or ankle of the feet. The magnetized body wear comprises multiple magnetized spheres coated with a covering material, where the magnetized spheres are removably attached to each other to define a closed loop. One selected pair of the magnetized spheres is detached to open the closed loop and to allow the attached magnetized spheres to be worn and attached around the body part. The closed looped magnetized spheres worn on the body part optimizes bodily conditions of the user.