Lighted airborne disc game

Abstract

An illuminated flying disc device that can be used in low-light conditions to play an organized game similar to golf or croquet. The disc is aerodynamically designed with lights around it that can blink or remain on for effect. Poles that act as golf holes or croquet rings come in contact with the flying disc to effect a score. Scores are kept according to the number of throws necessary for the contestant to contact a lighted pole the lowest score being the winner.

Description

RELATED APPLICATIONS

The present application is a continuation-in-part application of U.S. provisional patent application Ser. No. 60/781,086, filed Mar. 10, 2006, for LIGHTED AIRBORNE DISC GAME, by David Brockes, James C. Helfrich, included by reference herein and for which benefit of the priority date is hereby claimed.

FIELD OF THE INVENTION

The present invention relates to an aerodynamic flying disc device, such as that known as the FRISBEE, for use in throwing games. More particularly, the present invention relates to an illuminated flying disc device that can be used in low-light and competition conditions. Most particularly, the present invention is related to an illuminated flying disc device that is durable, safe, easy to use, and retains it aerodynamic properties while being adjustable in weight for individual performance increasing factors.

BACKGROUND OF THE INVENTION

Flying disc's known as Frisbee's have existed for many years and have been use to play “catch” with. Playing catch leaves open the question who has the best skill and offers opportunities to pass blame for not catching to the other player. It has also required players of similar capabilities, in catching and running, to play. These games have also been limited to daylight activities limiting the time players could embrace the sport to daylight periods. Discs have been injection molded and thus offer some variations in weight and this affects flight control and performance. The end use has had only limited ability to correct any weight variance. Most of these corrections are difficult at best to carry out, not accurate and involve modifications that can adversely affect aerodynamic flight characteristics of the flying disk. No out of the box organized game exists that can involve players of various skills or that could involve the use of a handicap as in the game of Golf or Croquette. Players have been forced to determine for themselves what rules exist, if any, distances, scoring systems and other factors that are typically standard in organized games or sports.

Illuminated flying disc devices take many forms. Many such devices use chemiluminescent light sources. For instance, Stamos, U.S. Pat. No. 5,536,195, teaches a flying disc illuminated by use of a chemiluminescent container attached to the central portion of the device. Thill, U.S. Pat. No. 5,083,799, also teaches a flying disc illuminated by a chemiluminescent container attached to the central portion of the device. Gould, U.S. Pat. No. 4,254,575, teaches a flying disc that includes a system for chemiluminescent illumination by use of a hoop-shaped holder on the underside of the device. Boatman, U.S. Pat. No. 4,207,702, teaches a flying disc with a chemiluminescent light source that is attached to the top of the device. Strawick, U.S. Pat. No. 4,086,723, teaches a flying disc adapted to attach a chemiluminescent light source to the underside of the device.

No prior art, however, teaches or suggests an illuminated flying disc device with a light source an integral part of the annular rim of the flying disc which device is durable, safe, easy to use and retains its aerodynamic properties. The light systems in prior art use a chemical created light and or a heavy battery pack attached to the disc by clips or rings. These can negatively affect aerodynamics, come loose with sudden contact that is normal in a flying disc game. Do not lend themselves to accurate and aerodynamic flying conditions necessary for a competition type flying disk. They do not provide for a means of organizing the sport in other than ideal lighting and weather conditions and without regard for the various “shooting” considerations requiring varying weights of the flying disc consistent to a set of standard rules.

It is therefore an object of the invention to provide a useful illuminated flying disc device including means for attaching a light source thereto as part of the disc.

It is another object of the invention to provide a useful illuminated flying disc device of the character described that retains its advantageous aerodynamic properties.

Further, it is an object of the present invention to provide a useful illuminated flying disc device that is durable, safe and easy to use.

It is a further object of this invention to provide a useful illuminated flying disc device that is relatively cost-efficient to manufacture.

It is another object of this invention to provide a selection for blinking and non blinking lights on the disk.

It is another object of this invention to provide different colored lights in each flying disc for individual identification purposes.

It is another object of this invention to provide a selection for blinking and non blinking lights on the contact poles.

It is another object of the invention to provide a lighted pole for the disk to contact as means of scoring.

It is another object of this invention to provide a location light as well as a contact indicating light on each of the target poles.

It is another object of this invention to provide a means for stabilizing the poles in an upright position on various types of ground surface.

It is another object of this invention to provide a ring topped pole for making the game more complicated to match higher skill levels.

It is another object of the invention to provide a means for easily and accurately tuning the weight of the disc.

It is another object of the invention to provide a lighted T for the purpose of indicating each starting point in low light conditions.

SUMMARY OF THE INVENTION

In accordance with the present invention, there is provided an illuminated flying disc device that can be used in low-light conditions to play an organized game similar to golf or croquet. The disc is aerodynamically designed with lights around it that can blink or remain on for effect. Poles that act as golf holes or croquet rings come in contact with the flying disc to effect a score. Weights are available to attach to the disc to change the flying characteristics and a lighted T will indicate the starting location of each throw. Scores are kept according to the number of throws necessary for the contestant to contact a lighted pole the lowest score being the winner.

BRIEF DESCRIPTION OF THE DRAWINGS

A complete understanding of the present invention may be obtained by reference to the accompanying drawings, when considered in conjunction with the subsequent, detailed description, in which:

FIG. 1 is a top detail view of a folf flying disc showing the aerodynamic groves, battery holder, printed circuit and lights;

FIG. 2 is a side cut away view of a side cut away view of the folf flying disc showing the shape, battery holder, printed circuit and light positions;

FIG. 3 is a front elevation view of a view of lighted portion of top of pole and soft ground portion of bottom of pole;

FIG. 4 is a front elevation view of a ring pole and view of hard surface anchor;

FIG. 5 is a top view of a weight for changing the throwing characteristics; and

FIG. 6 is a top and side view of a lighted t showing the base, battery holder, globe and LED.

For purposes of clarity and brevity, like elements and components will bear the same designations and numbering throughout the Figures.

DESCRIPTION OF THE PREFERRED EMBODIMENT

Referring to FIG. 1, a top view of the lighted airborne disc 10 comprises: a circular disc comprising a generally flat circular central portion 9, having two opposing sides thereto and a rim 8. Said rim 8 is integrally formed with the central portion, extends outwardly of the plane of the circular portion and has a somewhat greater thickness than the circular central portion of the device. The rim 8 curves downwardly from the central portion and has a configuration such that the device, when viewed in elevation, approximates the shape of an airfoil. The circular portion and rim 8 define a generally convex surface forming the outer side of the disc and a generally concave surface forming the inner side of the disc. As more fully explained below, the flat circular central portion 9 has at least one means for attaching at least one weight to the flat circular central portion 9.

The structural details of the circular disc, with the exception of the rim 8, are similar to conventional airborne disc 10 devices in common use. In the preferred embodiment depicted, the circular disc corresponds to a lower weight than of the standard Frisbee However, devices of other weights 38, not shown and dimensions are within the full-intended scope of the present invention.

The circular disc may be molded of polyethylene or any other suitable material known to those skilled in the art. In one preferred embodiment, the material of which the circular disc is made is translucent so that the light emitted from the LED Light 18 source not only appears from the source of the LED Light 18, but also is emitted from the entire device. In other preferred embodiments, the material of which the circular disc is made is semi-translucent to further enhance the visual appearance of the device. In still further embodiments, the material of which the circular disc is made is opaque, which gives the disc yet another appearance.

The preferred embodiment of the present invention shown includes at least one light emitting diode LED Light 18 source molded into the body 6 of the disc. However, in other embodiments, any number of light sources may be employed. And in other embodiments multiple color LED Light 18 may be used. And in yet other embodiments flashing LED Light 18 may be employed.

Light Emitting Diodes, LED Light 18 sources are well known in the art. Briefly, a LED Light 18 source may include one or more diodes positioned in a thin glass tube thus providing a self-contained device. In order to activate the LED a power source, typically DC voltage, is applied to create a reaction resulting in light. The light source produced is generally non-heat generating and very low in power consumption.

Suitable LED Light 18 sources are commercially available in various sizes, colors and configurations.

FIG. 1 further depicts a preferred embodiment wherein the generally flat circular central portion 9 has on its out edge and upper surface one or more aerodynamic ridges 12 to provide greater aerodynamic lift as on an airfoil. Further in a most preferred embodiment, the aerodynamic ridges 12 will be more than one in number and an iatrical part of the molding process of the airborne disc 10 The aerodynamic ridges 12 are spaced equally apart and in an circular fashion following the contour of the top of the outer edged of the generally flat circular central portion 9.

FIG. 1 further depicts a preferred embodiment wherein the generally flat circular central portion 9 has on its central under portion a power source holder 14 molded into the generally flat circular central portion 9. The battery holder being such that it is capable of securing a pancake style battery as a power source for the LED Light 18. The battery holder is affixed to the printed circuit 16 which is also molded directly into the internal portion of the airborne disc 10 connecting the power source, battery, to the LED Light 18. In the preferred embodiment the printed circuit 16 is connected to more than one LED Light 18 but variations may occur to promote various appearances and effects.

FIG. 1 further depicts a preferred embodiment wherein the generally flat circular central portion 9 has on its central under portion a means by which to attach weight. The outside of the battery holder has at least one means for attaching at least one weight source. The attaching means comprises a groove formed in the perimeter of the battery holder the sidewalls of the groove frictionally engaging the weight source to retain the weight source in the groove. The groove is of such a diameter that the weight source will snap into the groove. Further, in a most preferred embodiment, the weight source is fitted with an external grove to facilitate the addition of additional larger diameter weights 38 securing them in to place frictionally as well.

In the depicted embodiment, three sets of weights 38 are positioned circularly around each other attached around the outside diameter of the battery holder.

In a most preferred embodiment, the perimeter of the disc is essentially smooth and the contour thereof substantially matches that of the standard Frisbee when the LED Light 18 source is molded into the body 6.

In a most preferred embodiment, the LED Light 18 sources will be spaced triangularly around the center of the airborne disc 10. However, in other embodiments, fewer or more LED Light 18 sources may be used.

In a most preferred embodiment, the LED Light 18 source is molded into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the LED Light 18 source is molded to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

In a most preferred embodiment, the printed circuit 16 is molded into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the printed circuit 16 is molded to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

In a most preferred embodiment, the battery holder is molded into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the battery holder is molded to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

In a most preferred embodiment, the weight is secured into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the weight is secured to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

FIG. 2, the lighted airborne disc 10 comprises: a circular disc comprising a generally flat circular central portion 9, having two opposing sides thereto and a rim 8. Said rim 8 is integrally formed with the central portion, extends outwardly of the plane of the circular portion and has a somewhat greater thickness than the circular central portion of the device. The rim 8 curves downwardly from the central portion and has a configuration such that the device, when viewed in elevation, approximates the shape of an airfoil. The circular portion and rim 8 define a generally convex surface forming the outer side of the disc and a generally concave surface forming the inner side of the disc. As more fully explained below, the flat circular central portion 9 has at least one means for attaching at least one weight to the flat circular central portion 9.

The structural details of the circular disc, with the exception of the rim 8, are similar to conventional airborne disc 10 devices in common use. In the preferred embodiment depicted, the circular disc corresponds to a lower weight than of the standard Frisbee However, devices of other weights 38 and dimensions are within the full-intended scope of the present invention.

The circular disc may be molded of polyethylene or any other suitable material known to those skilled in the art. In one preferred embodiment, the material of which the circular disc is made is translucent so that the light emitted from the LED Light 18 source not only appears from the source of the LED Light 18, but also is emitted from the entire device. In other preferred embodiments, the material of which the circular disc is made is semi-translucent to further enhance the visual appearance of the device. In still further embodiments, the material of which the circular disc is made is opaque, which gives the disc yet another appearance.

The preferred embodiment of the present invention shown includes at least one light emitting diode LED Light 18 source molded into the body 6 of the disc. However, in other embodiments, any number of light sources may be employed. And in other embodiments multiple color LED lights may be used. And in yet other embodiments flashing LED lights may be employed.

Light Emitting Diodes, LED Light 18 sources are well known in the art. Briefly, a LED Light 18 source may include one or more diodes positioned in a thin glass tube thus providing a self-contained device. In order to activate the Led a power source typically DC voltage is applied to create a reaction resulting in light. The light source produced is generally non-heat generating and very low in power consumption.

Suitable light sources are commercially available in various sizes, colors and configurations.

FIG. 2 is a side view of FIG. 1 and further depicts a preferred embodiment wherein the generally flat circular central portion 9 has on its central under portion a power source holder 14 molded into the generally flat circular central portion 9. The battery holder being such that it is capable of securing a pancake style batter as a power source for the LED Light 18. The power source holder 14 is affixed to the printed circuit 16 which is also molded directly into the internal portion of the airborne disc 10 concentrating the power source, battery, to the LED Light 18. In the preferred embodiment the printed circuit 16 is connected to more than one LED Light 18 but variations may occur to promote various appearances and effects.

FIG. 2 further depicts a preferred embodiment wherein the generally flat circular central portion 9 has on its central under portion a means by which to attach weight. The outside of the power source holder 14 has at least one means for attaching at least one weight source. The attaching means comprises a groove formed in the perimeter of the power source holder 14 the sidewalls of the groove frictionally engaging the weight source to retain the weight source in the groove. The groove is of such a diameter such that the weight source will snap into the groove. Further, in a most preferred embodiment, the weight source is fitted with an external grove to facilitate the addition of additional larger diameter weights 38 securing them in to place frictionally as well.

In the depicted embodiment, three sets of weights 38 are positioned circularly around each other attached around the outside diameter of the battery holder.

In a most preferred embodiment, the perimeter of the disc is essentially smooth and the contour thereof substantially matches that of the standard Frisbee when the LED Light 18 source is molded into the body 6.

In a most preferred embodiment, the LED Light 18 sources will be spaced triangularly around the center of the airborne disc 10. However, in other embodiments, fewer or more LED Light 18 sources may be used.

In a most preferred embodiment, the LED Light 18 source is molded into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the LED Light 18 source is molded to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

In a most preferred embodiment, the printed circuit 16 is molded into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the printed circuit 16 is molded to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

In a most preferred embodiment, the power source holder 14 is molded into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the power source holder 14 is molded to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

In a most preferred embodiment, the weight is secured into the body 6 of the airborne disc 10 in a manner that has no substantial effect on the aerodynamic qualities of the device. In addition, the weight is secured to the body 6 in a manner such that the user's hand will not be scraped or injured when tossing or catching the disc.

FIG. 3 the front elevation view of a view of scoring pole 20 comprising a lighted portion having a location LED light 26 and a contact indication LED light 28, a battery, a hollow for securing a pole 20 to elevate the device. A soft ground stake 22 comprising a pointed end, a location for placing weight, foot press 24, and a hollow for inserting a pole 20.

Said pole 20 in a preferred embodiment will be composed of a rigid material such as aluminum or fiberglass and may be one piece or multiple pieces for convenience in transporting and storing. The LED location LED light 26 is irremovably affixed to the top of the pole 20 by means of a hollow tubular center under the location LED Light 26. The contact indication LED light 28 is irremovably affixed to the location LED light 26 at a lower position than the location LED light 26 and is shock activated by contact with the airborne disc 10. not shown. But variations may occur to promote various appearances and effects.

a location LED light 26 is composed of a LED, a holder, a power source holder 14 and circuitry to connect the battery to the LED as well as any operational devices such as switches to activate or deactivate the LED. A contact indication LED light 28 are composed of a LED that activates momentarily, a holder, a power source holder 14 and circuitry to connect the battery to the holder as well as any operational devices such as switches to activate or deactivate the LED. In a preferred embodiment one power source holder 14 and will be utilized to power both the location LED light 26 and the contact indication LED light 28.

In a preferred embodiment, the contact indication LED light 28 will begin to blink when contact has been made to the pole 20 by the airborne disc 10 and will continue for only a few seconds and then discontinue so it is reset for the next activation indication.

In a preferred embodiment, the location and contact lights will be protected against harsh environment with a sealed holder. The location and contact lights will provide a smooth out surface to protect players from injury.

In the preferred embodiment the battery will power both the contact and location lights and be easily assessable and replaceable.

The soft ground stake 22 is composed of a molded hard plastic compound or cast metal rigid enough to facilitate pressure in entering the ground where it serves as an anchor to facilitate the upright position and stability of the scoring pole 20 and a circular plate securely attached to and above the pointed section to serve as a place for pressing a foot or other heavy device to facilitate the downward movement of the soft ground stake 22 into the ground. A hollow tubular portion above the pointed lower portion for securing the scoring pole 20.

In a preferred embodiment of the soft ground stake 22, casting or molding will occur to lower manufacturing costs and provide a uniform solid one piece soft ground stake 22. But variations may occur to promote various appearances and effects.

In a preferred embodiment of the soft ground stake 22 the material will be of low wear characteristics. But variations may occur to promote various appearances and effects.

FIG. 4 the front elevation view of a view of increased difficulty scoring pole 20, a ring 30 topped pole 20, comprising a circular ringed portion having a means for removably securing a pole 20 to elevate the device, a power source holder 14, and circuitry and at least one LED light 18. A hard surface anchor comprising a location for placing weight, a fill tube 36 or path for inserting weight into the interior and a cap 34 for securing the path once weight has been added, and a hollow for inserting a pole 20.

Said pole 20 in a preferred embodiment is composed of a rigid material such as aluminum or fiberglass and may be one piece or multiple pieces for convenience in transporting and storing. The ring 30 will be circular in form and composed of a rigid material sufficient to withstand contact from the airborne disc 10, not shown and large enough in diameter to allow the airborne disc 10, not shown, to pass though the interior of the ring 30. The ring 30 will be fitted with at least one LED light 18 concented to a DC power source through a printed circuit 16. But variations may occur to promote various appearances and effects. The hard surface base 32 is composed of a structure capable of holding a sufficient amount of weight to stabilize the ring 30 topped pole 20 or the lighted scoring pole 20 upright in a stable fixed position even when contacted by the airborne disc 10 on a hard surface.

In a preferred embodiment, the ring 30 will be removable from the pole 20 for purposes of storage or transportation or replacement. It will contain four location LED light 26, not indicated, to indicate its position relative to the scoring pole 20. The LED light 18 will be molded into the ring 30, providing a secure, safe, weather resistant location for the LED light 18. But variations may occur to promote various appearances and effects.

In a preferred embodiment, the pole 20 will be rigid and durable sufficient to withstand repeated contacts by the airborne disc 10. But variations may occur to promote various appearances and effects.

In the preferred embodiment the hard surface anchor will be removable form the pole 20 for transportation, storage and replacement and be sufficient in weight and volume to permit the addition of sufficient weight to serve as a stable and secure anchor for either the ring 30 topped pole 20 or the lighted scoring pole 20. But variations may occur to promote various appearances and effects.

Referring to FIG. 5, a top view of the weights 38 for changing the throwing characteristics comprised of a circular thin ring 30 with a smaller opening diameter and a larger outer ring 30 diameter made of dense material. Groves on the inside diameter and the outside diameter permit the ring 30 to be irremovably secured to the battery holder first and to successive weights 38 second in a progressive weight increasing manor.

In a preferred embodiment the rings will be cast or molded of a dense material in various diameters to permit incremental weight adjustments of the airborne disc 10.

In the preferred embodiment the weights 38 will be smooth and provide a surface that will not injure the hands of the player throwing the airborne disc 10.

In a preferred embodiment the weights 38 will attach to the inside bottom of the body 6 of the airborne flying disc around the battery holder in a manner that does not adversely effect the aerodynamic characteristics of the airborne disc 10.

In the preferred embodiment the weights 38 will attach securely and quickly to make it convenient for the player to efficiently change the weight of the airborne disc 10 while not easily detaching from sudden contact of the airborne disc 10 with other objects.

In the preferred embodiment the weights 38 will have groves sufficient to irremovably attach them selves to the battery holder or other weights 38.

It is understood that variations may occur to promote various appearances and effects to the preferred embodiments.

FIG. 6, top and side views of the lighted T comprises: a circular disc comprising a generally flat circular portion, having two opposing sides thereto and a rim 8. Said rim 8 is integrally formed with the central portion, extends outwardly of the plane of the circular portion having a dense configuration. The disc being molded with a T power source holder 48 molded into the lower side and center of the disc and containing printed circuit 16, not shown, molded into the disc portion to convey electrically power for a battery placed into the battery holder to a LED T light 44 protected by a translucent globe 40. A globe 40 weatherly resitantly secured to the base 42.

FIG. 6. Further depicts a preferred embodiment wherein the generally flat circular disc has a recessed portion, T power source holder 48, under its center for placing a power source such as a DC battery. The recession is such that it permits the temporary securing of a power source to power the LED T light 44 for the purpose of indicating starting locations in the game. A translucent globe 40 for protecting the LED from being stepped on or other contact as well as making it weather resistant.

In a preferred embodiment the globe 40 will be translucent to permit light emission from the Led T light 44.

In another preferred embodiment the globe 40 will be a tinted translucent to permit the T light 44 individual identification.

In another preferred embodiment the globe 40 will be semi-translucent to reduce glare in the eyes of the contestant.

In another embodiment the globe 40 and LED will be irremovably attached to the base 42 so the user may replace them when damaged or no longer useable.

In another preferred embodiment the T lights will be made of a molded material to reduce costs.

It is understood that variations may occur to promote various appearances and effects to

The preferred embodiments.

Since other modifications and changes varied to fit particular operating requirements and environments will be apparent to those skilled in the art, the invention is not considered limited to the example chosen for purposes of disclosure, and covers all changes and modifications which do not constitute departures from the true spirit and scope of this invention.

Having thus described the invention, what is desired to be protected by Letters Patent is presented in the subsequently appended claims.

Claims

1. A lighted airborne disc game for playing an airborne version of croquet or golf at night or in low light conditions, comprising:

means for increasing the aerodynamic capabilities of the disc by reducing air resistance over the top surface;

means for holding the power source that powers the lights;

means for conducting electrical power between the power source and the lights, electrically connected to said means for holding the power source that powers the lights;

means for the purpose of serving as a target for scoring purposes and as a mounting surface for light (s);

means for securing the pole into the ground so that it stays stationary and upright when hit by the flying disc, securely connected to said means for the purpose of serving as a target for scoring purposes and as a mounting surface for light (s);

means for acting as a platform for foot pressure to press the ground anchor into the ground, rigidly connected to said means for securing the pole into the ground so that it stays stationary and upright when hit by the flying disc;

means for locating the pole in low light conditions so that the player knows where the target is, rigidly connected to said means for the purpose of serving as a target for scoring purposes and as a mounting surface for light (s);

means for indicating a contact from the flying disc. this light will momentarily blink on and off after being disturbed by a contact from the flying disc, rigidly connected to said means for the purpose of serving as a target for scoring purposes and as a mounting surface for light (s);

means for securing the pole in an upright position even when struck by the flying disc. the base may be filled with a removable substance such as shot, sand or a liquid to increase its weight and ability to secure the target pole;

means for filling the base with a heavy material such as sand, shot or liquid and then securing that material into the base;

means for providing a fill path to the base and a means to secure the opening of said fill tube by providing threads or a place to press a plug into, threadably connected to said means for filling the base with a heavy material such as sand, shot or liquid and then securing that material into the base, and rigidly connected to said means for securing the pole in an upright position even when struck by the flying disc. the base may be filled with a removable substance such as shot, sand or a liquid to increase its weight and ability to secure the target pole;

means for protecting the LED light and adding a greater luminance to the light;

means for providing a location to place the power source, attach a light and cover to locate the starting point of each “hole” in the game, sealably connected to said means for protecting the LED light and adding a greater luminance to the light;

means for providing a low light indicator of where the t is located, replaceably connected to said means for providing a location to place the power source, attach a light and cover to locate the starting point of each “hole” in the game; and

means for securing the battery into the lighted t and providing a connection for the battery to the printed circuitry, electrically connected to said means for providing a low light indicator of where the t is located, and rigidly connected to said means for providing a location to place the power source, attach a light and cover to locate the starting point of each “hole” in the game.

2. The lighted airborne disc game in accordance with claim 1, wherein said means for increasing the aerodynamic capabilities of the disc by reducing air resistance over the top surface comprises a circular, rigid aerodynamic ridges.

3. The lighted airborne disc game in accordance with claim 1, wherein said means for holding the power source that powers the lights comprises a rigid power source holder.

4. The lighted airborne disc game in accordance with claim 1, wherein said means for conducting electrical power between the power source and the lights comprises a conveys energy, conductive printed circuit.

5. The lighted airborne disc game in accordance with claim 1, wherein said means for the purpose of serving as a target for scoring purposes and as a mounting surface for light (s) comprises a rigid pole.

6. The lighted airborne disc game in accordance with claim 1, wherein said means for securing the pole into the ground so that it stays stationary and upright when hit by the flying disc comprises a pointed, rigid ground stake, having means for attaching pole.

7. The lighted airborne disc game in accordance with claim 1, wherein said means for acting as a platform for foot pressure to press the ground anchor into the ground comprises a rigid foot press.

8. The lighted airborne disc game in accordance with claim 1, wherein said means for locating the pole in low light conditions so that the player knows where the target is comprises a diode, translucent cover, emitting light location LED light.

9. The lighted airborne disc game in accordance with claim 1, wherein said means for indicating a contact from the flying disc. this light will momentarily blink on and off after being disturbed by a contact from the flying disc comprises a diode, translucent cover, light emitting contact indication LED light.

10. The lighted airborne disc game in accordance with claim 1, wherein said means for securing the pole in an upright position even when struck by the flying disc. the base may be filled with a removable substance such as shot, sand or a liquid to increase its weight and ability to secure the target pole comprises a container, sealable, rigid, weighted hard surface base, having a place to secure a fill tube and an opening to insert weight and a location to secure a pole too.

11. The lighted airborne disc game in accordance with claim 1, wherein said means for filling the base with a heavy material such as sand, shot or liquid and then securing that material into the base comprises a cover, threads, rigid cap.

12. The lighted airborne disc game in accordance with claim 1, wherein said means for providing a fill path to the base and a means to secure the opening of said fill tube by providing threads or a place to press a plug into comprises a tube, rigid, threaded, cylindrical fill tube.

13. The lighted airborne disc game in accordance with claim 1, wherein said means for protecting the LED light and adding a greater luminance to the light comprises a translucent, doomed, rigid globe.

14. The lighted airborne disc game in accordance with claim 1, wherein said means for providing a location to place the power source, attach a light and cover to locate the starting point of each “hole” in the game comprises a circular, flat, weighted base, having an opening for a power source and an internal location for a printed circuit and a location to attach a LED and a location to attach a globe.

15. The lighted airborne disc game in accordance with claim 1, wherein said means for providing a low light indicator of where the t is located comprises a diode, translucent cover, light emitting t light.

16. The lighted airborne disc game in accordance with claim 1, wherein said means for securing the battery into the lighted t and providing a connection for the battery to the printed circuitry comprises a rigid t power source holder, having a place to secure a power source.

17. A lighted airborne disc game for playing an airborne version of croquet or golf at night or in low light conditions, comprising:

a circular, rigid aerodynamic ridges, for increasing the aerodynamic capabilities of the disc by reducing air resistance over the top surface;

a rigid power source holder, for holding the power source that powers the lights;

a conveys energy, conductive printed circuit, for conducting electrical power between the power source and the lights, electrically connected to said power source holder;

a rigid pole, for the purpose of serving as a target for scoring purposes and as a mounting surface for light (s);

a pointed, rigid ground stake, having means for attaching pole, for securing the pole into the ground so that it stays stationary and upright when hit by the flying disc, securely connected to said pole;

a rigid foot press, for acting as a platform for foot pressure to press the ground anchor into the ground, rigidly connected to said ground stake;

a diode, translucent cover, emitting light location LED light, for locating the pole in low light conditions so that the player knows where the target is, rigidly connected to said pole;

a diode, translucent cover, light emitting contact indication LED light, for indicating a contact from the flying disc. this light will momentarily blink on and off after being disturbed by a contact from the flying disc, rigidly connected to said pole;

a container, sealable, rigid, weighted hard surface base, having a place to secure a fill tube and an opening to insert weight and a location to secure a pole too, for securing the pole in an upright position even when struck by the flying disc. the base may be filled with a removable substance such as shot, sand or a liquid to increase its weight and ability to secure the target pole;

a cover, threads, rigid cap, for filling the base with a heavy material such as sand, shot or liquid and then securing that material into the base;

a tube, rigid, threaded, cylindrical fill tube, for providing a fill path to the base and a means to secure the opening of said fill tube by providing threads or a place to press a plug into, threadably connected to said cap, and rigidly connected to said hard surface base;

a translucent, doomed, rigid globe, for protecting the LED light and adding a greater luminance to the light;

a circular, flat, weighted base, having an opening for a power source and an internal location for a printed circuit and a location to attach a LED and a location to attach a globe, for providing a location to place the power source, attach a light and cover to locate the starting point of each “hole” in the game, sealably connected to said globe;

a diode, translucent cover, light emitting t light, for providing a low light indicator of where the t is located, replaceably connected to said base; and

a rigid t power source holder, having a place to secure a power source, for securing the battery into the lighted t and providing a connection for the battery to the printed circuitry, electrically connected to said T light, and rigidly connected to said base.

18. The lighted airborne disc game as recited in claim 17, wherein said hard surface base is moldable.

19. The lighted airborne disc game as recited in claim 17, wherein said cap is moldable.

20. The lighted airborne disc game as recited in claim 18, wherein said cap is moldable.

21. A lighted airborne disc game for playing an airborne version of croquet or golf at night or in low light conditions, comprising:

a circular, rigid aerodynamic ridges, for increasing the aerodynamic capabilities of the disc by reducing air resistance over the top surface;

a rigid power source holder, for holding the power source that powers the lights;

a conveys energy, conductive printed circuit, for conducting electrical power between the power source and the lights, electrically connected to said power source holder;

a rigid pole, for the purpose of serving as a target for scoring purposes and as a mounting surface for light (s);

a pointed, rigid ground stake, having means for attaching pole, for securing the pole into the ground so that it stays stationary and upright when hit by the flying disc, securely connected to said pole;

a rigid foot press, for acting as a platform for foot pressure to press the ground anchor into the ground, rigidly connected to said ground stake;

a diode, translucent cover, emitting light location LED light, for locating the pole in low light conditions so that the player knows where the target is, rigidly connected to said pole;

a diode, translucent cover, light emitting contact indication LED light, for indicating a contact from the flying disc. this light will momentarily blink on and off after being disturbed by a contact from the flying disc, rigidly connected to said pole;

a container, sealable, rigid, moldable, weighted hard surface base, having a place to secure a fill tube and an opening to insert weight and a location to secure a pole too, for securing the pole in an upright position even when struck by the flying disc. the base may be filled with a removable substance such as shot, sand or a liquid to increase its weight and ability to secure the target pole;

a cover, threads, rigid, moldable cap, for filling the base with a heavy material such as sand, shot or liquid and then securing that material into the base;

a tube, rigid, threaded, cylindrical fill tube, for providing a fill path to the base and a means to secure the opening of said fill tube by providing threads or a place to press a plug into, threadably connected to said cap, and rigidly connected to said hard surface base;

a translucent, doomed, rigid globe, for protecting the LED light and adding a greater luminance to the light;

a circular, flat, weighted base, having an opening for a power source and an internal location for a printed circuit and a location to attach a LED and a location to attach a globe, for providing a location to place the power source, attach a light and cover to locate the starting point of each “hole” in the game, sealably connected to said globe;

a diode, translucent cover, light emitting t light, for providing a low light indicator of where the t is located, replaceably connected to said base; and

a rigid t power source holder, having a place to secure a power source, for securing the battery into the lighted t and providing a connection for the battery to the printed circuitry, electrically connected to said T light, and rigidly connected to said base.