A method of fabrication of a wristband of a watch or piece of jewelry, including: providing a first synthetic material; providing an extrusion line with a die plate for making an extrudate from the first material; providing one or more additional materials distinguished in their properties from the first material; providing a die plate including a first zone defining a profile allowing for fabrication of an extrudate having a hollow tubular profile at least at one of its ends in which the extrudate has a width corresponding to the length of one or two strands of the wristband; the die plate further includes a second zone allowing defining of particular profiles selected from among a flat profile, a curved profile, or a profile with projecting zones.

A wearable device includes a strip-shaped substrate, a flexible display panel disposed on the strip-shaped substrate, and a flexible cover plate disposed on the flexible display panel. The wearable device can return from a bent state to a stretched state, so as to provide a user with a larger screen.

The invention relates to watch straps made of felt material. The method includes cutting out the strap from the felt material with a density of up to 0.5 g/cm.sup.3; forming the ends of the strap to be fastened to the watch body by adjusting the shape of the strap ends to the shape of a specific watch body and/or to strap fastening elements; impregnating the shaped ends of the strap with polymeric glue, preferably with liquid cyanoacrylate; precisely adjusting the fully dried and processed strap ends to the watch body or strap fastening elements; drilling the transversal apertures in the strap ends for inserting the watch pins to fasten the strap to the watch body. The watch strap thus obtained is eco-friendly, recyclable, non-allergenic and can be securely fastened to the watch body.

An arrangement includes two components (3, 4; 3, 4) of a timepiece component and an axis of rotation (A1; A1), the two components (3, 4; 3, 4) being linked to one another by an elastic articulated link (100; 100) about the axis of rotation (A1; A1), the arrangement also includes an elastic element (10, 10; 10) such that the relative movement of the two components (3, 4; 3, 4) takes place against the elastic element (10, 10; 10), wherein the elastic element (10, 10; 10) includes at least two superposed springs (10a, 10b, 10a, 10b; 10a, 10b), each of these at least two springs (10a, 10b, 10a, 10b; 10a, 10b) taking the form of a distinct element.

Provided is an improved rubber band for mounting an electronic device body on a body. In a rubber band and in a method for manufacturing a rubber band, a resin plate having a plurality of resin holes is inserted between an outer-surface mold and a back mold to form a first outer sheath 6a on a surface of the resin plate. Subsequently, the resin plate on which the first outer sheath 6a is formed is inserted between the outer-surface mold 8a and an inner-surface mold to form a second outer sheath on a back surface of the resin plate.

The invention provides a wristband with an integrated pocket that can be used to store small valuables.

A flexible device includes a flexible functional element, and further includes multiple first movable elements, and multiple second movable elements. Each second movable element rotatably connects to a corresponding first movable element via rotation shafts. A rotation of each second movable element relative to one first movable element deforms the flexible device. A rotation damping value of one of the rotation shafts is different from that of another one of the rotation shafts.

A flexible device includes a flexible functional element, and further includes a first movable element, a second movable element, a positioning element, and a limitation element. The first movable element defines a positioning hole. The second movable element defines a positioning slot. The positioning element passes through the positioning hole and movably passes through the positioning slot. The limitation element fixes to the positioning element and abuts against the first movable element. A movement of the second movable element relative to the first movable element deforms the flexible functional element.

A flexible device comprises a flexible screen and a supporting assembly for supporting the flexible screen. The supporting assembly comprises a plurality of moving members and connecting members each for movably connecting two adjacent moving members of the plurality of moving members. The adjacent moving members moving relatively to support the flexible screen in an unfolded state or a bent state. The flexible device can be transformed into different forms according to requirements, so as to adapt to application requirements of various shapes of flexible screen.

Provided is an electronic device comprising: a first unmodified section, which is one part of an electronic device having a modifiable shape and has a fixed and retained shape; a modification section extending from the first unmodified section and capable of being bent in one direction; a second unmodified section extending from the modification section and formed to be smaller than the first unmodified section; a flexible display arranged on one surface across the first unmodified section, the modification sensation and the second unmodified section; an elastic plate arranged on the other surface across the first unmodified section, the modification section and the second unmodified section; and a shape fixing unit provided in the first unmodified section or the second unmodified section so as to retain the modified shape of the electronic device. Additionally, other embodiments are possible.