A piece of jewelry has an outer part and an inner part movably received in the interior of the outer part so as to allow a relative movement between the inner part and the outer part in a direction of movement. The outer part surrounding the inner part has at least one opening through which at least one sub-region of the surface of the inner part is visible. The inner part can be fixed in a first index position, in which a first sub-region of the inner part is visible through the opening, and in at least one second index exposition, in which a second sub-region of the inner part is visible through the opening, relative to the outer part. The outer part has at least one magnet element, and the inner part has at least one complementary magnet element.

A panel bracelet comprises a plurality of panels configured to be selectively replaceable within the bracelet, wherein each panel includes parallel ends configured to be perpendicular to the width of the bracelet and longer parallel sides configured to extend along the circumference of the bracelet, wherein each panel includes a perimeter groove around the perimeter of the panel; a pair of panel holding frames, wherein each open panel holding frame is configured to hold a panel therein, and wherein each panel holding frame includes a retaining bead that is received within the perimeter groove of the panel held within the panel holding frame to receive and retain the panel therein.

A timepiece includes a base, a case, a frame, and a gimbal coupling mechanism. The case holds a time display. The case is pivotably connected to the frame for rotation about a first axis. The frame is pivotably connected to the base for rotation about a second axis between an extended and a retracted position. The frame form a two-axis gimbal supporting the case. The gimbal coupling mechanism operably couples the frame and the case whereby rotation of the frame from the retracted position to the extended position then back to the retracted position rotates the case about the first axis to facilitate flipping of the case so as to selectively hide or show the time display.

A timepiece includes a base, a case, a frame, and a gimbal coupling mechanism. The case holds a time display. The case is pivotably connected to the frame for rotation about a first axis. The frame is pivotably connected to the base for rotation about a second axis between an extended and a retracted position. The frame form a two-axis gimbal supporting the case. The gimbal coupling mechanism operably couples the frame and the case whereby rotation of the frame from the retracted position to the extended position then back to the retracted position rotates the case about the first axis to facilitate flipping of the case so as to selectively hide or show the time display.

Kits and methods of play for creating decorative objects are disclosed. In a preferred embodiment, a kit comprises a plurality of rubber sticks, each stick with a continuous internal pattern that extends down the entire length of a longitudinal axis of the stick; a coring device, wherein the coring device includes a core cutter that is designed to cut holes through the plurality of rubber sticks; a cutting device designed to cut segments from the plurality of rubber sticks; and, a plurality of retainers designed to couple a plurality of segments together.

Jewelry having a support base and a plurality of decorative elements, each having at least two different decorative zones, each decorative element being fastened in a frame that is secured to a connection member itself pivotally and/or rotatably mounted on the support base. Each decorative zone is oriented differently relative to the frame in such a manner that a different decorative zone is exposed depending on the position of each connection member on the support base, so as to modify the appearance of the jewelry.

Article of jewelry that reversibly transitions between two different ornamentations by way of a plurality of solid strands, each strand formed from a two-way shape memory alloy trained to reversibly transition between two set positions in response to two different temperatures, where the strands are anchored from shape memory movement at a proximal end and connected to distal elements at a distal end, thereby directing shape memory movement of the distal elements in response to the two different temperatures.

A magnetic jewelry piece that is formed of first and second pieces that hold together to hold the necklace in a first configuration where there is only a single ornament that is showing, or can be separated, such that each of the first and second pieces get their own ornaments. The magnetic jewelry piece includes first and second flat surfaces separated by a step surface that is perpendicular to both of the first and second flat surfaces, and forms step forms a step assembly. The first and second flat surfaces are magnetically attracted to first and second flat surfaces on either the other piece, or on the ornamental piece. The jewelry can be a necklace, in which case it can be a single ended necklace or a double-ended necklace, and it can be embodied into an earring, in which case it can be a single jewel earring, or can be an interchangeable jewel ending.

A wearable jewelry device is a continuous ring shaped base member including an interior side, an exterior side, and a circumferential channel defined in the exterior side, the channel having a depth and extending annularly around a circumference of the exterior side of the base member; and a continuous annular decorative band removably receivable within the channel of the base member. The decorative band has a thickness that is substantially equal to the depth of the channel such that the decorative band is flush with the exterior side of the base member when the decorative band is received within the channel. The base member and the decorative band are formed from a resilient material.

A panel bracelet includes a plurality of panels configured to be selectively replaceable within the bracelet, and a pair of panel holding frames, wherein each open panel holding frame is configured to hold a panel therein. Each panel holding frame includes a retaining bead that is received within a perimeter groove of the panel which is held within the panel holding frame to receive and retain the panel therein.