A reusable decorative ornament for use on wrapping paper or the like includes an ornamental element such as a ribbon flower or bow. The ornament includes an attachment element for securing the ornament to wrapping paper. The attachment element includes a stack of adhesive elements. By selectively exposing an adhesive layer, the decorative ornament can be used multiple times. The adhesive elements may be secured to the ornament element by a fixed device such as a staple. Each adhesive layer may include a fixed portion in the area of the staple. Perforations may divide the fixed portion from a removable portion of the layer to facilitate easy removal and reuse of the decorative ornament.

A reusable decorative ornament for use on wrapping paper or the like includes an ornamental element such as a ribbon flower or bow. The ornament includes an attachment element for securing the ornament to wrapping paper. The attachment element includes a stack of adhesive elements. By selectively exposing an adhesive layer, the decorative ornament can be used multiple times. The adhesive elements may be secured to the ornament element by a fixed device such as a staple. Each adhesive layer may include a fixed portion in the area of the staple. Perforations may divide the fixed portion from a removable portion of the layer to facilitate easy removal and reuse of the decorative ornament.

A decoration ribbon comprises a ribbon member formed with a first surface and a second surface, a first fastening band and at least one decorative object; the first surface or the second surface at one end of the ribbon member is disposed with a first fibriform pile fabric structure or a first micro-fibriform loop fabric structure of the first fastening band; the second surface or the first surface at another end of the ribbon member is disposed with the first micro-fibriform loop fabric structure or the first fibriform pile fabric structure of the first fastening band, and the at least one decorative object is combined on the first surface of the ribbon member; when the first fibriform pile fabric structure is adhered and fastened with the first micro-fibriform loop fabric structure, the ribbon member is formed as an annular member for wrapping a plate to be decorated.

A decoration ribbon comprises a ribbon member formed with a first surface and a second surface, a first fastening band and at least one decorative object; the first surface or the second surface at one end of the ribbon member is disposed with a first fibriform pile fabric structure or a first micro-fibriform loop fabric structure of the first fastening band; the second surface or the first surface at another end of the ribbon member is disposed with the first micro-fibriform loop fabric structure or the first fibriform pile fabric structure of the first fastening band, and the at least one decorative object is combined on the first surface of the ribbon member; when the first fibriform pile fabric structure is adhered and fastened with the first micro-fibriform loop fabric structure, the ribbon member is formed as an annular member for wrapping a plate to be decorated.

The present disclosure relates to the field of automatic bead collection technologies and discloses an efficient bead collection apparatus simple and convenient to operate, including a main body (100), a driving assembly (700), a rotating assembly (300), and a bead stringing assembly (500), where the driving assembly (700) acts to drive the rotating assembly (300) to rotate, and blade assemblies (310b, 320b) cyclically rotate/disperse beads (800) in the rotating assembly (300), such that the beads (800) fall into the bead stringing assembly (500) by gravity.

The present disclosure relates to the field of automatic bead collection technologies and discloses an efficient bead collection apparatus simple and convenient to operate, including a main body (100), a driving assembly (700), a rotating assembly (300), and a bead stringing assembly (500), where the driving assembly (700) acts to drive the rotating assembly (300) to rotate, and blade assemblies (310b, 320b) cyclically rotate/disperse beads (800) in the rotating assembly (300), such that the beads (800) fall into the bead stringing assembly (500) by gravity.

This document describes an interactive object with at least one electronics module and a touch sensor. The interactive object may be a garment, garment accessory, or garment container. The interactive object may be configured to provide at least a haptic, audio, or visual output. The interactive object may also contain conductive threads and a touch sensor containing said conductive threads.

This document describes an interactive object with at least one electronics module and a touch sensor. The interactive object may be a garment, garment accessory, or garment container. The interactive object may be configured to provide at least a haptic, audio, or visual output. The interactive object may also contain conductive threads and a touch sensor containing said conductive threads.

This document describes an interactive object with at least one electronics module and a touch sensor. The interactive object may be a garment, garment accessory, or garment container. The interactive object may be configured to provide at least a haptic, audio, or visual output. The interactive object may also contain conductive threads and a touch sensor containing said conductive threads.

An ornamental rod-like body includes a strap-shaped ornamental body 1 for ornamental purposes includes a multiple granular ornamental bodies 2 selected from the group consisting of jewel, artificial jewel 2A, bead, noble-metal ball, and metal ball; a connecting member 3 configured to arrange the granular ornamental bodies in a plurality of rows and connect them to each other; and an adhesion member having a adhesive layer 4 made of hot-melt adhesive configured to be adhered to a backside of the connecting member. The strap-shaped ornamental body is adhered and secured via the adhesion member in a state where granular ornamental bodies are wound and exposed radially outward of the adhesion member.