Finger Ring With Built-In Launching Apparatus And Methods Of Using Same

Abstract

A toy ring-launcher apparatus for wearing on a human finger as an item of play jewelry that's comprised of means for starting to rotate and then subsequently releasing other toy apparatuses or objects exhibiting gyroscopic tendencies, such as gyroscopic tops, flying propellers, or rolling wheels so they rotate very fast around a central axis and move independently of the toy ring-launcher apparatus on a flat surface, in the air, or on a toy racing track, respectively. Methods are also included for using the provided toy ring-launcher apparatus to have fun and enjoyment

Claims

1. A toy ring-launcher apparatus capable of being worn on a human finger as an item of play jewelry comprised of means for starting to rotate and then subsequently releasing other toy apparatuses or objects that exhibit gyroscopic tendencies, such as gyroscopic spinning tops, flying propellers, or rolling wheels, so they rotate around a central axis and move separately on a flat surface, or in the air, or on a toy racing track, respectively.

2. The toy ring-launcher apparatus of claim 1 wherein said means for starting to rotate and then subsequently releasing other toy apparatuses exhibiting gyroscopic tendencies is comprised of a string-launcher apparatus.

3. The toy ring-launcher apparatus of claim 1 wherein said means for starting to rotate and then subsequently releasing other toy apparatuses exhibiting gyroscopic tendencies is comprised of a rip-cord launcher apparatus.

4. The toy ring-launcher apparatus of claim 1 wherein said means for starting to rotate and then subsequently releasing other toy apparatuses exhibiting gyroscopic tendencies is comprised of a wind-up spring launcher apparatus.

5. A toy ring-launcher apparatus capable of being worn on a human finger as an item of play jewelry comprised of means for starting to rotate and then subsequently releasing other toy apparatuses or objects that exhibit gyroscopic tendencies, which is further comprised of a string-launcher apparatus, comprising: (a) a spiral torsion spring, (b) a length of string, and (c) a spool for holding a length of string, and (d) an upper housing, and (e) a rotary table comprised of prongs or hooks for holding, rotating, and then subsequently releasing other said gyroscopic toy apparatuses or objects, and (f) a lower housing comprised of an open or closed ring for temporarily attaching said lower housing to a human finger, whereby said toy ring-launcher apparatus can cause to rotate and then subsequently release other said gyroscopic toy apparatuses or objects, such as said gyroscopic spinning tops, said flying propellers, or said rolling wheels so they rotate freely on said flat surface, in said air, or on said toy racing track, respectively, whether said toy ring-launcher apparatus is being worn on a human finger or not.

6. A method of using a toy ring-launcher apparatus, comprising: (a) first providing a toy ring-launcher apparatus comprised of a string-launcher apparatus which further comprises means for starting to rotate and then subsequently releasing another toy apparatus that exhibits gyroscopic tendencies, then (b) wearing provided said toy ring-launcher apparatus on a human finger, then (c) mounting another toy apparatus that exhibits gyroscopic tendencies, such as a gyroscopic spinning top, a flying propeller, or a rolling wheel, onto said string-launcher apparatus comprising provided said toy ring-launcher apparatus, then (d) actuating said string-launcher apparatus comprising said means for starting to rotate and then subsequently releasing another toy apparatus that exhibits gyroscopic tendencies, such as said gyroscopic spinning tops, or said flying propellers, or said rolling wheels, so said gyroscopic spinning tops, or said flying propellers, or said rolling wheels are caused to rotate around a central axis, then (e) releasing rotating said gyroscopic spinning tops, or said flying propellers, or said rolling wheels, from provided said toy ring-launcher apparatus so they rotate around a central axis and move freely on said flat surface, in said air, or on said toy racing track, respectively.

Description

GENERAL DESCRIPTION OF THE DRAWING FIGURES

[0022] FIG. 1 shows an exploded view showing the internal components of a novel toy ring-launcher apparatus capable of being worn on a human finger and comprised of means for means for rotating and then subsequently releasing various apparatuses exhibiting gyroscopic tendencies to spin very fast about a central axis, which is further comprised of a string-launcher apparatus.

[0023] FIG. 2 shows a toy ring-launcher apparatus comprised of means for rotating and then subsequently releasing gyroscopic apparatuses to spin very fast around a central axis, and three other gyroscopic toy apparatuses, which are a gyroscopic toy top, flying propeller, and rolling wheel that can be started, launched or rotated by the string-launcher comprising the means for rotating and then subsequently releasing gyroscopic apparatuses which also comprises the toy ring-launcher apparatus known as the present invention that can be worn on a human finger as an item of play jewelry.

[0024] FIG. 3 shows an embodiment of the present invention which is a toy ring-launcher apparatus comprised of means for rotating and then subsequently releasing various gyroscopic toy apparatuses to spin very fast around a central axis while the toy ring-launcher apparatus is actually being worn as an item of play jewelry on a human finger and before another gyroscopic toy apparatus, such as either a gyroscopic spinning top, a flying propeller, or a rolling wheel is mounted on the prongs comprising the rotary table of the depicted toy ring-launcher apparatus.

DETAILED DESCRIPTION OF THE DRAWING FIGURES

[0025] FIG. 1 shows an exploded view of the components comprising a preferred embodiment of the present invention which is a novel toy ring-launcher apparatus capable of being worn on or attached to a human finger as an item of play jewelry and which is comprised of means for rotating and then subsequently releasing a gyroscopic top, flying propeller, or a rolling wheel to rotate very fast around a central axis, and which is comprised of a string-launcher apparatus that's further comprised of a spiral torsion spring 6, a spool 1, a length of string 5, a rotary table 7 comprised of prongs 8 or hooks, an upper housing 12 and a lower housing 2 that's comprised of a fully closed or partially open ring 3 or other means for temporarily attaching the lower housing 2 to a human finger. The spool's central hole fits around a stationary central hub 4 that's rigidly attached to floor and projects upward from the center of the lower housing 2, and the spool 1 can freely rotate about the central hub 4. A length of string 5 is wound around the spool 1 with one end of the string 5 protruding outward as shown and having a knob at the distal end. The opposite end of the string is permanently attached to the spool 1. A spiral torsion spring 6 rests inside the spool 1. One end of the spiral torsion spring 6 is rigidly attached to the stationary central hub 4 of the lower housing 2 and the other end is rigidly attached to the spool 1. That implies when the spool 1 is spun in a certain direction about the central hub 4, it will wind the spiral torsion spring 5 in such a way that the spiral torsion spring 6 will attempt to bring the spool 1 back to its original rotational starting position with a great amount of torque. That also implies if the end of the string 5 is pulled outward as shown, it will unwind the string from around the spool while spinning the spool in a certain direction that stresses and adds energy to the spiral torsion spring which then tries to bring the spool back to its rotational starting point. So as the string unwinds from the spool when its end is pulled outward and away from the spool, it will wind the spiral torsion spring ever tighter with great force. And when the end of the string is released, the spiral torsion spring will unwind or spring back in the opposite direction with a great amount of torque to turn the spool in the opposite direction and rewind the string onto the spool. As the torsion spring unwinds, the string will rewind onto the spool as the spool moves to the starting position o the next launching cycle can begin. Now, the rotary table 7 is permanently attached to the spool 1, which acts as a spindle to hold the rotary table so it always spins in concert and coordination with the spool 1. The rotary table 7 is comprised of prongs 8, hooks, or other means for holding and subsequently releasing various gyroscopic toy apparatuses, such as a gyroscopic top 9, a flying propeller 10, or a rolling wheel 11 as shown in FIG. 2. The prongs 8 or hooks for instance would fit into holes or slots cut into the bottom surfaces of gyroscopic spinning tops 9, flying propellers 10, or rolling wheels 11 and hook them to hold them in place as the string 5 is pulled outward and away from the spool 1 in order to tightly wind the spiral torsion spring. Then when the end of the string 5 is released, the spool 1 and attached rotary table 7 will spin rapidly in the opposite direction to also spin and eventually release the mounted gyroscopic top 9, flying propeller 10, or rolling wheel on a hub 11 so it spins independently of the rotary table 7. The prongs 8 are designed with a rear curved or tapered surface so as the spool and attached rotary table stop very abruptly, momentum gained by the mounted gyroscopic spinning top, flying propeller, or rolling wheel cause it to continue spinning. At that point, the rear ends of the prong mounting holes of the gyroscopic top, flying propeller, or rolling wheel will ride along the curved or tapered surface of the prongs and thus eject it from the ends of the prongs so it moves completely free of the rotary table. The rotary table 7 projects through the top housing section 12 and provides a relatively smooth and flat surface for mounting objects, such as a gyroscopic top, flying propeller, or a rolling wheel.

[0026] It's important to note that any method of using a provided toy ring string-launcher apparatus known as the present invention as it's worn on a human finger to launch a gyroscopic top, a flying propeller, or a rolling wheel for the purpose of having fun or excitement as described herein would be known by one skilled in the art to be another embodiment of the present invention.

[0027] FIG. 2 again shows a gyroscopic toy top, a flying propeller, and a rolling wheel, and how they would mount onto the prongs 8 of rotary table 7 of the ring string-launcher now known to be a primary embodiment of the present invention. Note that the wearer and user of the toy ring apparatus known as a primary embodiment of the present invention would be directed or instructed to aim the provided ring string-launcher known as a primary embodiment of the present invention so its rotary table is pointed generally downward toward the ground when launching a gyroscopic spinning top, or else to hold or aim the provided ring string-launcher so its rotary table is generally pointed upward toward the sky when launching a flying propeller, or else to hold or aim the provided ring string-launcher's rotary table so its rotary table is pointed generally sideways or perpendicular to the ground when launching a rolling wheel so the wheel spins on its outer rim.

[0028] FIG. 3 shows the provided ring string-launcher as it's worn on a human finger as an item of play jewelry and before a gyroscopic top, a flying propeller, or a rolling wheel is mounted on its rotary table for launching. The finger is essentially slipped through the ring 3 comprising the lower housing 2. One such method of using the ring string-launcher as shown would comprise first providing the toy ring-launcher apparatus that can be worn on a human finger and comprised of means for rotating and then subsequently releasing other toy apparatuses to spin around a central axis, then placing the provided ring string-launcher apparatus on a human finger, then mounting or attaching another gyroscopic toy apparatus, such as a gyroscopic spinning top, a flying propeller, or a rolling wheel onto the prongs comprising the rotary table, then pulling a length of string outward and away from the provided launcher in order to rotate the spool and place stress on the spiral torsion spring, then releasing the length of string so it moves back toward the provided launcher and into the housing very rapidly which drives the rotary table in a manner that also rotates the prongs with the attached gyroscopic toy top, flying propeller, or rolling wheel very rapidly while ejecting it off and away from the prongs comprising the rotary table. Note that the toy ring-launcher apparatus known as the present invention does not necessarily have to be worn on a human finger to rotate and then subsequently release other toy apparatuses that exhibit gyroscopic tendencies, but it's generally intended for that particular purpose.

Additional Embodiments

[0029] It's conceivable that the means for rotating and then subsequently releasing other toy gyroscopic apparatuses or objects, such as gyroscopic spinning tops, flying propellers, or rolling wheels that comprises the toy ring apparatus known to be the present invention can be comprised of components distinctly different from those comprising the aforementioned string-launcher apparatus. For instance, the means for rotating and then subsequently releasing other toy apparatuses, such as gyroscopic toy tops, flying propellers, or rolling wheels that comprises the toy ring-launcher apparatus known as the present invention can be of the wind-up spring launcher type that operates by loading or winding a coil spring that comprises the toy ring-launcher apparatus very tightly, and then releasing the loaded spring to spin a mounted gyroscopic toy apparatus by pressing a button mounted somewhere on the toy ring-launcher apparatus. The means for rotating and then subsequently releasing other gyroscopic toy apparatuses, such as gyroscopic spinning tops, flying propellers, or rolling wheels that comprises the toy ring-launcher apparatus can also be of the rip-cord launcher apparatus type that in turn would be comprised of a gear having teeth that can engage with the teeth on a separate rip-cord apparatus when the separate rip-cord apparatus is pulled or ripped or raked across the teeth of the gear comprising the toy ring-launcher apparatus. However, a wearable toy ring-launcher apparatus comprised of any means for rotating and then subsequently releasing other toy apparatuses such as gyroscopic tops, flying propellers, or rolling wheels to rotate very fast while the toy ring-launcher apparatus is being worn on a human finger, would be recognized by one skilled in the art to be another embodiment of the present invention. Moreover, any method comprised of first providing a toy ring-launcher apparatus known to be the present invention that can be worn on a human finger and which is further comprised of means for rotating and then subsequently releasing a gyroscopic spinning top, a flying propeller, or a rolling wheel, and then using that provided toy ring-launcher apparatus to have fun and enjoyment, would be known by one skilled in the art to be another embodiment of the present invention. There are many different possible designs of half-tapered protrusions including prongs, hooks, or tines of any sort that are added to or which can comprise the rotary table in order to temporarily hold and then later release a rapidly spinning gyroscopic top, flying propeller, or rolling wheel, whether each of those toys has matching holes or slots to receive the prongs or not. It is also conceivable that the rotary table can be comprised of other structures or physical compositions that will allow edible or non-edible round or oval objects, such as jelly beans, chocolate eggs, other relatively hard candies, or even hard-boiled eggs to be rotated and then subsequently released by or with the toy ring-launcher apparatus known as the present invention. For that matter, a string-launcher as described herein that comprises the toy ring-launcher apparatus capable of launching the round or oval objects just mentioned does not necessarily have to comprise a ring that is worn on a human finger. Instead, it can have a simple handle that can be grabbed with two fingers comprising the lower housing. The finger ring apparatus that comprises the lower housing section and which temporarily holds the ring string-launcher known as the present invention on a human finger can be made as a fully closed or partially open band, ring, or other suitable shape that allows it to be firmly, but temporarily attached to a human finger. It can also be made of any material or matter whether it's elastic, such as a rubber-band that stretches, or whether it's rigid plastic or metal. Various other gyroscopic toy apparatuses, such as gyroscopic spinning tops, flying propellers, or rolling wheels that are launched from the toy ring-launcher apparatus now known to be a primary embodiment of the present invention as well as the toy ring-launcher apparatus itself, can be comprised of electrochemical batteries, an electric generator, lights, or sound-producing means or apparatuses to make them more playful, useful, or exciting to watch. They can also be made in the shapes of, have notable impressions made on them, or be colored in a manner that signifies a cartoon character, a popular superhero action figure, or any other depiction of a well known character or object. Lastly, any method that comprises first providing a wearable toy ring-launcher apparatus comprised of means for rotating and then subsequently releasing other gyroscopic toy apparatuses or objects, such as gyroscopic tops, flying propellers, or rolling wheels to rotate very fast around a central axis, and then which directs or instructs a wearer of the toy ring-launcher apparatus to use or employ the provided toy ring-launcher apparatus in any way for having fun will indeed be known by one skilled in the art to be another embodiment of the present invention. Although the description above contains many specificities, these should not be construed as limiting the scope of the invention but as merely providing illustrations of some of the presently preferred embodiments of this invention. Thus, the scope of the invention should be determined by any appended claims and their legal equivalents, rather than by any examples given.