A rotating lighting decoration includes an aqueous sphere, a magnetic moving member, a fixed decoration piece, a suspending decoration piece, and a base. The magnetic moving member, the fixed decoration piece, and the suspending decoration piece are arranged in the aqueous sphere. The aqueous sphere is filled with a flowable liquid. The fixed decoration piece is fixed to a bottom of the aqueous sphere and located at a periphery of the magnetic moving member. The suspending decoration piece is arranged at a periphery of the fixed decoration piece. The base is mounted to the bottom of the aqueous sphere and includes a magnetic rotary axle that magnetically attracts the magnetic moving member. When rotating, the magnetic rotary axle drives the magnetic moving member to rotate and thus disturb the liquid inside the aqueous sphere to flow and drive the suspending decoration piece to rotate relative to the fixed decoration piece.

A rotating lighting decoration includes an aqueous sphere, a magnetic moving member, a fixed decoration piece, a suspending decoration piece, and a base. The magnetic moving member, the fixed decoration piece, and the suspending decoration piece are arranged in the aqueous sphere. The aqueous sphere is filled with a flowable liquid. The fixed decoration piece is fixed to a bottom of the aqueous sphere and located at a periphery of the magnetic moving member. The suspending decoration piece is arranged at a periphery of the fixed decoration piece. The base is mounted to the bottom of the aqueous sphere and includes a magnetic rotary axle that magnetically attracts the magnetic moving member. When rotating, the magnetic rotary axle drives the magnetic moving member to rotate and thus disturb the liquid inside the aqueous sphere to flow and drive the suspending decoration piece to rotate relative to the fixed decoration piece.

A first movable polarizing plate and a second movable polarizing plate are located on a traveling path of light emitted from a light source and having passed through a stable polarizing plate. The first movable polarizing plate is formed with a first display pattern allowing the light to pass through. The second movable polarizing plate is formed with a second display pattern allowing the light to pass through. An actuation mechanism causes a direction of a polarization axis of only one of the first movable polarizing plate and the second movable polarizing plate to be different from a direction of a polarization axis of the stable polarizing plate.

A first movable polarizing plate and a second movable polarizing plate are located on a traveling path of light emitted from a light source and having passed through a stable polarizing plate. The first movable polarizing plate is formed with a first display pattern allowing the light to pass through. The second movable polarizing plate is formed with a second display pattern allowing the light to pass through. An actuation mechanism causes a direction of a polarization axis of only one of the first movable polarizing plate and the second movable polarizing plate to be different from a direction of a polarization axis of the stable polarizing plate.

An illuminating, spinning device that includes a housing containing a motor that is electrically connected to a power source and a shaft that extends vertically from the motor. A printed circuit board is connected to the shaft and contains a LED display secured thereto. A base is also connected to the shaft, preferably atop the printed circuit board, and the base and the printed circuit board rotate about the shaft in synchronization. An object is secured to the base adjacent to an LED. The LED display produces a moving animation when rotating about the shaft. The base, object and printed circuit board are further surrounded by an enclosure.

A water dance device with display screen effect primarily comprises a box body therein are disposed a rotating water spray unit, a swinging water spray unit, a multicolored water spray unit, an intermittent water spray unit, a fogging device, and a laser projector. The rotating water spray unit and the swinging water spray unit are disposed to provide rotating and swinging water jets; the multicolored water spray unit is disposed to provide water jets of various colors; the intermittent water spray unit is disposed to provide single projectile water jets; and the fogging device is disposed to provide a foggy veil for the laser projector to project texts or images thereon. Providing various forms of water dance performance composed in its box body and advertising effect, the present invention may be placed in businesses, stores and shops for achieving the purpose of attracting potential customers.

A water dance device with display screen effect primarily comprises a box body therein are disposed a rotating water spray unit, a swinging water spray unit, a multicolored water spray unit, an intermittent water spray unit, a fogging device, and a laser projector. The rotating water spray unit and the swinging water spray unit are disposed to provide rotating and swinging water jets; the multicolored water spray unit is disposed to provide water jets of various colors; the intermittent water spray unit is disposed to provide single projectile water jets; and the fogging device is disposed to provide a foggy veil for the laser projector to project texts or images thereon. Providing various forms of water dance performance composed in its box body and advertising effect, the present invention may be placed in businesses, stores and shops for achieving the purpose of attracting potential customers.

The present invention is an electronic hub device that comprises a frame mounted on a pole structure of an object. The frame comprises one or more sensors configured to detect one or more events around the electronic hub device, and a plurality of light sources installed along a boundary of the frame configured to illuminate a portion of the frame within the boundary of the frame. A portion of frame includes promotional content selected based on user preferences. The frame further comprises a processor configured to activate plurality of light sources upon detection of one or more events. The present invention exists in an alternate embodiment in which a poster is used to display the desired promotional content of a user. The poster in this embodiment is either displayed through the use of rings or through being mounted onto a frame of the electronic hub device. This allows the promotional content to be changed as frequently as a user desires.

The present invention is an electronic hub device that comprises a frame mounted on a pole structure of an object. The frame comprises one or more sensors configured to detect one or more events around the electronic hub device, and a plurality of light sources installed along a boundary of the frame configured to illuminate a portion of the frame within the boundary of the frame. A portion of frame includes promotional content selected based on user preferences. The frame further comprises a processor configured to activate plurality of light sources upon detection of one or more events. The present invention exists in an alternate embodiment in which a poster is used to display the desired promotional content of a user. The poster in this embodiment is either displayed through the use of rings or through being mounted onto a frame of the electronic hub device. This allows the promotional content to be changed as frequently as a user desires.

The lighting device for a vehicle includes a masking cover disposed inside a garnish, and a light source disposed inside the masking cover and disposed to face an inner surface of the garnish, wherein the masking cover includes a plurality of variable pattern portions provided to have different shapes and selectively disposed in a position where at least one of the plurality of variable pattern portions faces the garnish when the masking cover is rotated.