A bouncing ornament that includes housings a motor, a transmission mechanism and a transmission conduit The transmission mechanism transfers the motion of the motor to the ornament via a spring which causes the ornament to bounce up and down.

An ornament suspension assembly includes a plurality of hoops and each of the hoops is removably coupled to a Christmas tree. A plurality of rotation units is provided and each of the rotation units is selectively suspended from an associated one of the hoops. A plurality of ornaments is selectively suspended from an associated one of the rotation units thereby facilitating each of the rotation units to rotate the associated ornament.

A decorative artificial tree comprising: a base stand; a plurality of connectable trunk sections; a plurality of leaved branch sections connectable to the trunk sections; a decorative object; a microcontroller; and, a motorised rotary mechanism comprising a support bar connected thereto, at one end of the support bar there is a counterweight, at the opposing end of the support bar the decorative object is attached; such that, in use when the motorised rotary mechanism is activated, the decorative object travels around the decorative tree.

The present disclosure provides a Christmas tree ornament, aiming to provide a Christmas tree with a rotatable decorative lamp. The key points of the technical solution are that the Christmas tree includes a tree body and a rotatable lighting unit positioned on an upper end of the tree body. The rotatable lighting unit includes a housing, a drive motor fixedly mounted inside the housing, a transmission gear component moveably mounted inside the housing and a rotatable lamp moveably mounted on the housing. The drive motor is provided thereon with a transmission shaft connected thereto in a transmission manner. The transmission shaft has an upper end fixedly connected to a lower gear. The lower gear is provided on one side with the transmission gear component connected thereto in a transmission manner. The lower gear has an upper end sleeved with a dedicated inner sheath.

The present invention relates to a tree topper, comprising: a rotator, a drive, a mounting component and a lighting component, the rotator and the drive are all mounted to the mounting component, the lighting component comprises a decoration and a light source, the light source is set opposite to the decoration to brighten the decoration, the decoration is fixedly connected to the rotator, the rotator is rotatably connected to the mounting component, and the drive is connected to the rotator to drive the rotator to rotate so as to rotate the decoration.

The present disclosure provides a Christmas tree ornament, aiming to provide a Christmas tree with a rotatable decorative lamp. The key points of the technical solution are that the Christmas tree includes a tree body and a rotatable lighting unit positioned on an upper end of the tree body. The rotatable lighting unit includes a housing, a drive motor fixedly mounted inside the housing, a transmission gear component moveably mounted inside the housing and a rotatable lamp moveably mounted on the housing. The drive motor is provided thereon with a transmission shaft connected thereto in a transmission manner. The transmission shaft has an upper end fixedly connected to a lower gear. The lower gear is provided on one side with the transmission gear component connected thereto in a transmission manner. The lower gear has an upper end sleeved with a dedicated inner sheath.

The Christmas tree with built-in intelligent light control circuit technological RGB lights includes a bearing base, a trunk and an intelligent control unit, wherein the bearing base includes a support ring, and receiving slots are provided on a top of the supporting ring uniformly and vertically. Also, a plurality of first slots are provided on the top of the supporting ring uniformly. The trunk may be stably erected on the ground through a support by the bearing base. This application drives racks up or down through a first electric telescopic rod, and then drives limbs to rotate downward or upward and adjusts angles of limbs.

An illuminating display device, including: a rotator, a drive, a mounting component and a lighting component, the rotator and the drive are all mounted to the mounting component, the lighting component includes a decoration and a light source, the light source is set opposite to the decoration to brighten the decoration, the decoration is fixedly connected to the rotator, the rotator is rotatably connected to the mounting component, and the drive is connected to the rotator to drive the rotator to rotate so as to rotate the decoration.