A shoe carousel device that includes in one embodiment a base for stabilization and support, a support stem attached to the base and extending upwards therefrom at an approximate 90 degree angle, and a plurality of stackable shelves mounted on the support stem, including a discrete top shelf. The stackable shelves and top shelf are circular shaped with a raised outer tab and lighting disposed along their circumference and a relatively thin mesh surfacing. The top shelf includes a plurality of tilted slats which each can receive a pair of flat bottom shoes. In some embodiments, the tilted slats may extend upwards in order to increase the number of slats that can fit on the shelf. In some embodiments, the shoe carousel device also includes a foot pedal actuated motor operative to rotate the shoe carousel device.

A shoe care apparatus includes a main body, a moving body, and an air-blowing part. The main body and the moving body together form an accommodation space. A shoe is accommodated in the accommodation space. The air-blowing part circulates air in the accommodation space. The moving body comprises a base, a turntable, and a plurality of rotating balls. The base is slidably coupled to the main body so as to open and close the accommodation space. The turntable is rotatably coupled to the base about a vertical axis. The turntable forms a lower surface of the accommodation space together with the base. The rotating balls are rotatably coupled to the base. The rotating balls are in point-contact with a bottom surface of the turntable and support a load of the turntable.

A shoe care apparatus includes a main body, a moving body, and an air-blowing part. The main body and the moving body together form an accommodation space. A shoe is accommodated in the accommodation space. The air-blowing part circulates air in the accommodation space. The moving body comprises a base, a turntable, and a plurality of rotating balls. The base is slidably coupled to the main body so as to open and close the accommodation space. The turntable is rotatably coupled to the base about a vertical axis. The turntable forms a lower surface of the accommodation space together with the base. The rotating balls are rotatably coupled to the base. The rotating balls are in point-contact with a bottom surface of the turntable and support a load of the turntable.

A drive mechanism (106) having a motor unit (202), a primary shaft (204), a drive piece (224), and a plurality of plates (212). The motor unit (202) generates a rotational force to rotate a motor shaft (304) that thereby rotates the primary shaft (204), which rotates the drive piece (224). The drive piece (224) includes a plurality of pins (506) that revolve around the primary shaft (204). Each of the plurality of plates (212) includes a plurality of channels (402) such that each of the plurality of pins (506), upon revolution, intermittently engages with each channel of the plurality of channels (402) of each of the plurality of plates (212). Each of the plurality of plates (212) exhibits rotation upon an intermittent engagement of a pin of the plurality of pins (506) with a channel of the plurality of channels (402) of respective plate of the plurality of plates (212).

A drive mechanism (106) having a motor unit (202), a primary shaft (204), a drive piece (224), and a plurality of plates (212). The motor unit (202) generates a rotational force to rotate a motor shaft (304) that thereby rotates the primary shaft (204), which rotates the drive piece (224). The drive piece (224) includes a plurality of pins (506) that revolve around the primary shaft (204). Each of the plurality of plates (212) includes a plurality of channels (402) such that each of the plurality of pins (506), upon revolution, intermittently engages with each channel of the plurality of channels (402) of each of the plurality of plates (212). Each of the plurality of plates (212) exhibits rotation upon an intermittent engagement of a pin of the plurality of pins (506) with a channel of the plurality of channels (402) of respective plate of the plurality of plates (212).

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.

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.

A drive mechanism (106) having a motor unit (202), a primary shaft (204), a drive piece (224), and a plurality of plates (212). The motor unit (202) generates a rotational force to rotate a motor shaft (304) that thereby rotates the primary shaft (204), which rotates the drive piece (224). The drive piece (224) includes a plurality of pins (506) that revolve around the primary shaft (204). Each of the plurality of plates (212) includes a plurality of channels (402) such that each of the plurality of pins (506), upon revolution, intermittently engages with each channel of the plurality of channels (402) of each of the plurality of plates (212). Each of the plurality of plates (212) exhibits rotation upon an intermittent engagement of a pin of the plurality of pins (506) with a channel of the plurality of channels (402) of respective plate of the plurality of plates (212).

A drive mechanism (106) having a motor unit (202), a primary shaft (204), a drive piece (224), and a plurality of plates (212). The motor unit (202) generates a rotational force to rotate a motor shaft (304) that thereby rotates the primary shaft (204), which rotates the drive piece (224). The drive piece (224) includes a plurality of pins (506) that revolve around the primary shaft (204). Each of the plurality of plates (212) includes a plurality of channels (402) such that each of the plurality of pins (506), upon revolution, intermittently engages with each channel of the plurality of channels (402) of each of the plurality of plates (212). Each of the plurality of plates (212) exhibits rotation upon an intermittent engagement of a pin of the plurality of pins (506) with a channel of the plurality of channels (402) of respective plate of the plurality of plates (212).

Disclosed is a drive mechanism. The motor unit generates a rotational force to rotate the motor shaft. The primary shaft is adapted to be rotated upon rotation of the motor shaft. The plurality of partially toothed gears are adapted to be rotated upon rotation of the primary shaft. The plurality of fully-toothed gears rotates upon rotation of the plurality of partially toothed gears, and the plurality of secondary shafts rotate upon rotation of the plurality of fully toothed gears. The plurality of plates includes an engaging surface and a plurality of grooves, such that each groove of the plurality of grooves is adapted to engage with a ball portion of each spring loaded ball plunger of the plurality of spring loaded ball plungers during the rotation of the each fully toothed gear of the plurality of fully toothed gears to intermittently rotate each secondary shaft.