A method for formatting an image sized for use with jewelry includes selecting a jewelry design from among a plurality of designs, selecting an image for reproduction, editing the selected image to fit in a virtual display frame representative of and corresponding to a physical frame of the selected locket, and generating a cutout layout of the edited image on a printable media of a predetermined size, which when printed, includes a reproduction of the selected image sized to fit the selected jewelry. Selecting an image may include selecting a digital image from a user's social media account. Also, the method may include generating user-directed queries related to at least one of lifestyle, passions, and interests, receiving responses from the user to the user-directed queries, and based on the received responses, generating suggested indicia for selection by the user.

The present invention relates to a health artificial pearl and a manufacturing method therefor and, more specifically, to: a health artificial pearl formed by spray-drying and pressure-firing a functional mineral that emits anions and radiates far infrared rays, so as to form a core with high compressive strength, and by coating the surface of the core with an artificial pearl composition, which is nontoxic to the human body; and a manufacturing method therefor. The method for manufacturing a health artificial pearl comprises: (S100) a material pretreatment step of wet-grinding a functional mineral that emits anions and radiates far infrared rays so as to form a wet-ground solution, and spray drying the wet-ground solution so as to prepare a powder for press forming; (S200) a press forming step of injecting, into a press forming apparatus, the powder for press forming so as to form a core, and high-temperature-firing the core; (S300) a core polishing step of polishing the high-temperature-fired core; and (S400) a coating step of coating the polished core with an artificial pearl composition.

Describe herein are methods of constructing fashion accessories using modular origami folding techniques adapted to incorporate a broad range of flexible material. By incorporating and adapting modular origami units, such as Sonobe units, a variety of fashion accessories can be produced. Improved methods of assembling such units into including fashion accessories, further incorporate attachment mechanisms to allow for more robust construction in a fixed and durable state. A variety of fashion accessory designs produced by the described processes are presented.

Describe herein are methods of constructing fashion accessories using modular origami folding techniques adapted to incorporate a broad range of flexible material. By incorporating and adapting modular origami units, such as Sonobe units, a variety of fashion accessories can be produced. Improved methods of assembling such units into including fashion accessories, further incorporate attachment mechanisms to allow for more robust construction in a fixed and durable state. A variety of fashion accessory designs produced by the described processes are presented.

Described includes an alloy consisting of at least 33 wt. % to at most 75.5 wt. % gold, at least 1.5 wt. % to at most 45 wt. % silver, at least 8 wt. % to at most 45 wt. % copper, the remainder being zinc. The invention also relates to a semi-finished product made from such an alloy, a piece of jewelry having at least one such semi-finished product, and a method for producing such a semi-finished product.

A part (21), in particular a wristlet, including at least two sets (1) of elements (3, 5, 7), in particular links, assembled together. The securing between the elements (3, 5, 7) within a set and between sets is implemented via a gluing (15) rather than by a screwing. Also, a related method of manufacturing the part (21).

A decorative glass article contains: in mol %, 10% to 70% of La.sub.2O.sub.3, 10% to 90% of Nb.sub.2O.sub.5, 0% to 40% of B.sub.2O.sub.3, and 0% to 50% of TiO.sub.2, wherein a refractive index is 2.0 or more and an Abbe number is 50 or less.

The present invention relates to a method for manufacturing an exterior part for a timepiece or piece of jewelry made of Murano glass, said method comprising the following steps: providing a material formed of glass rods (2), also referred to as glass tubes, arranged side by side; multi-cycle heat treatment to consolidate the material and form a blank; machining the blank to produce the exterior part, the method being characterised in that the heat treatment comprises a first cycle (a) consisting of heating the material from a temperature less than or equal to 100° C. to a temperature between 450 and 650° C. at a heating rate between 4 and 12° C./min in order to avoid the formation of air bubbles during the manufacturing of the blank. It also relates to the exterior part for a timepiece or piece of jewelry, in particular a watch case, having a structure with few or no air bubbles.

A ring holder system comprising a ring holder base with a body that can be oriented horizontally and vertically on a flat work surface. The base includes a single mandrel extending from a front end face of the base, angled upper tool mounting surfaces circumferentially offset from a top surface of the base, and a flat rear end face for resting the base in a vertical work orientation on a flat surface. A horizontal tool adapter mount is configured to be removably mounted on one of the angled upper tool mounting surfaces, and a vertical tool adapter is configured to be mounted on the bottom surface of the base in the vertical work orientation. The mandrel includes a threaded mounting ring at an inner end of the mandrel adjacent the front end face of the base for mounting accessories such as vises and pitch cups rotatably on the mandrel in the vertical work orientation.

The present invention relates to a selectively controllable microLED system, and more specifically, to a technology having a transparent microLED display skin that is formed to be worn on the outer surface of any one from among a specific device, a specific product, and a body part, having a master unit and a remote slave for controlling the transparent microLED display skin that are independently or respectively formed on one side of any one from among the specific device, the specific product, and the body part, and having a smartphone allowing a wearer to ultimately and selectively control the transparent microLED display skin, and thus the present invention enables the color of any one from among the specific device, the specific product, and the body part to be selectively changed according to the current situation of the wearer.