Finger mounted spinning toy
A finger mounted spinning device having an elongated housing body, preferably having a plurality of LED lights mounted into the housing body. The housing body is provided with a circular opening adjacent one end, sized such that a finger may be inserted through the opening. An annular gripping member extends inwardly within the opening, mounted to the housing body in rotational manner such that such that the elongated housing body is rotatable about the user's finger while the finger gripping member remains stationary on the user's finger. When spinning about the user's finger, the lights present a visible two-dimensional pattern.
1. A finger mounted spinning device comprising:
a housing body defined to have an elongated body extending oppositely to an opening positioned about one end of the housing body;
a finger ring assembly positioned within the opening of the housing body, the finger ring assembly having an inner ring and outer ring, and wherein the finger ring assembly is configured to cause rotation of the outer ring independently of the inner ring;
an aperture through the inner ring sized to receive a finger from a person's hand;
an annular finger gripping member positioned within the aperture of the annular finger ring hub to grip the finger from a person's hand;
a weight is positioned elongated body, and
wherein the finger ring assembly is further defined as including a bearing casing that is secured about the opening positioned about one end of the housing body, and the bearing casing defines the inner ring and outer ring of the finger ring assembly, and
an annular finger ring hub secured within the inner ring of the bearing casing, the annular finger ring hub having a top ring hub, a middle ring hub and a bottom ring hub, wherein the middle ring hub being configured to define the aperture that receives the finger from the person's hand, and wherein the bottom ring hub being configured to include an outward extending shoulder and an upwardly extending skirt configured to capture the middle ring hub within the skirt and allow the bearing casing to rest on the outward extending shoulder, and
support pins positioned through shafts that are positioned around an outside of the middle ring hub, the support pins sitting in holes defined along the bottom ring hub and further secured to the top ring hub.
2. The finger mounted spinning device of claim 1 , wherein the shafts are positioned in channels cut into the upwardly extending skirt of the bottom ring hub.
3. A finger mounted spinning device comprising:
a housing body defined to have an elongated body extending oppositely to an opening positioned about one end of the housing body;
a finger ring assembly positioned within the opening of the housing body, the finger ring assembly having:
a bearing casing secured about the opening that is positioned about one end of the housing body, and the bearing casing defining an inner ring and an outer ring, the bearing casing being configured to cause rotation of the outer ring independently of the inner ring;
an annular finger ring hub secured within the inner ring of the bearing casing and having an aperture sized to receive a finger from a person's hand; and
an annular finger gripping member positioned within the aperture of the annular finger ring hub to grip the finger from a person's hand;
a battery compartment positioned in the elongated body in communication with a power on/off switch accessible from outside of the elongated body;
a plurality of LEDs positioned for light visibility in the housing body and electrically controlled by a programmable circuit board housed in the elongated body;
wherein, when the LEDs are activated, and the finger mounted spinning device is rotating, and
wherein the annular finger ring hub has a top ring hub, a middle ring hub, and a bottom ring hub, and wherein the middle ring hub is configured to define the aperture that is sized to receive the finger from the person's hand, wherein the annular finger ring hub further includes a bottom ring hub, the bottom ring hub includes an outward extending shoulder and an upwardly extending skirt configured to capture the middle ring hub within the skirt and allow the bearing casing to rest on the outward extending shoulder; and
support pins positioned through shafts, the shafts are configured around an outside of the middle ring hub, the support pins further sit in holes defined along the bottom ring hub and secured to the top ring hub.
4. The finger mounted spinning device of claim 3 , wherein the shafts are positioned in channels cut into the upwardly extending skirt of the bottom ring hub.
5. The finger mounted spinning device of claim 4 , wherein the housing body includes a plurality of apertures, and the plurality of LEDs are aligned for light visibility through the plurality of apertures.
6. The finger mounted spinning device of claim 5 , a magnet positioned in a groove defined on the middle ring hub and a sensor positioned on the elongated body such that rotation of the elongated body around the middle ring hub causes the sensor to activate preprogrammed lighting effects on the LEDs.