A motion ornament includes a base, a transparent spherical shell mounted on the base at the top and holding a liquid on the inside, an ornament suspended in the liquid within the transparent spherical shell, a musical box mounted within the base and controlled to produce a music, a reciprocating mechanism coupled between the pinned barrel of the musical box and the ornament to reciprocate the ornament in the liquid within the transparent spherical shell upon the operation of the musical box.
A rubber plug for a water ball to prevent from having bubbles, which comprises a plurality of glue plates for gluing an ornament, and then is assembled together with a glass ball in water; the rubber plug has a buffer membrane under the glue plates, and extending downwards; the buffer membrane can provide a buffer space to prevent the water ball from having bubbles upon the water in the water ball being frozen in winter to cause a distension.
A table lamp having an ornamental liquid container movably connected to a main body thereof, so that the ornamental liquid container tends to swing, rotate and/or turn upside-down under an external force applied on the ornamental liquid container. At least one type of liquid, such as a dual-liquid or a magma-like liquid, and floating ornaments are contained in the ornamental liquid container. The liquid and floating ornaments tend to create unique, changeful and dynamic scenes when the ornamental liquid container is moved by the external force applied on it. The ornamental liquid container therefore gives the table lamp novel appearances and additional decorative effect.
A transparent structure with a decoration therein, including a transparent membrane, a bottom seat, a top cap, a fastening belt, a buoyant decoration and a liquid. The transparent membrane is made of a thermoplastic plastic material or the like. A user can watch or touch the buoyant decoration through the transparent membrane. The transparent membrane has simple structure and can be squeezed or compressed without breaking.
An improved ornament for placement includes an elastic plastic cover which is a tubular member formed from high molecular polymer material having elasticity, one end thereof being a closed end, the other end thereof being an open end, the periphery of the open end extending laterally to form an engaging ring having a substantially L-shaped cross-section; a connecting ring which is a hollow annular fixed member and has a top portion provided downwardly with a projecting ring of a substantially inverted-J cross-section at a position corresponding to the engaging ring, a lower end of the projecting ring being integrally provided with a connecting portion; an annular base which is a multi-step annular member provided respectively with an annular post and a pivotal portion at an upper end at positions corresponding to the open end and the connecting portion. The engaging ring is inserted into the projecting ring to achieve tight connection. A fluid and/or a floating ornamental object are disposed in the plastic cover via the open end. The annular base is fitted into the open end such that the annular post thereof and the projecting ring cooperatively clamp the connecting ring. The pivotal portion is coupled with the connecting portion such that an annular platform at an upper end of the pivotal portion abuts against a bottom edge of the engaging ring to achieve sealing.
The present invention is a toy device that creates a visual illusion using a vibrating figure and strobe lighting. The user controls the strobe illumination frequency, as well as other potential aspects, to create different visual illusion effects.