Sports Goal Bracing and Connecting Bracket and a Portable Sports Goal with such Brackets

Abstract

A bracing and connecting bracket and a sports goal employing first and second such brackets. The goal has a framework formed by a continuous flexible member with first and second bends that divide the framework into first and second U-shaped portions. First and second bracing and connecting brackets receive and stabilize the bends and the goal in general. Each bracket is formed from first and second bracket members that define a raceway for the framework. First and second opposed strap slots, each for receiving an elongate strap, enable a strap connection between the bends using either slot so that the brackets are reversible. Opposed clamping formations extend from base walls of the bracket members to engage and stabilize the framework. The clamping formations cause the raceway to have a height approximately equal to a framework thickness. A ballast attachment aperture enables an elongate ballast to span between the brackets.

Description

FIELD OF THE INVENTION

[0001] The present invention relates generally to goals for sports, such as soccer, hockey, and other sports, where a game projectile is attempted to be shot into a goal. More particularly, disclosed herein is a bracket for connecting and bracing corner bends of a collapsible, portable sports goal having a framework comprising an elongate flexible member formed into first and second orthogonally-disposed U-shaped portions meeting at the corner bends.BACKGROUND OF THE INVENTION

[0002] In practices and pick-up soccer, hockey, and other sports games involving shooting a game projectile into a goal, standard goal structures are often lacking. It is impractical for players to bring conventional, full-size goals, such as those normally installed in permanent locations on playing fields. Furthermore, in practice situations, it is often desirable to have multiple goal structures so that players can practice effectively individually or in groups.

[0003] Where no dedicated goal structure is available, players often resort to using shoes, cones, and other ad-hoc markers attempting to define the outer ends of a goal. During game play, the ball, puck, or other game projectile must pass between the markers to score a goal.

[0004] However, as any person who has played such pick-up games will attest, there are multiple issues with such setups. For instance, establishing and maintaining a consistent goal width between opposing goals as is necessary for a fair game is difficult at best. Moreover, during contentious game play, one or both of the markers may be displaced so that determining whether a shot with a puck or ball should be considered a goal may be impossible. Disagreements can arise among players regarding, for instance, whether a shot passed inside, outside, or above the space between the markers and regarding whether one of the markers was improperly moved or poorly positioned originally such that a shot should—or should not—be counted as a goal.

[0005] Recognizing the need for a portable goal capable of providing a solution to the foregoing and further issues, the present inventor developed the portable, lightweight, pop-up Flexible Sports Goals of U.S. Pat. Nos. 5,244,213 and 5,433,433. The portable goal of the ‘433 patent is founded on a continuous elongate flexible member, such as a wire of spring steel, that is bent to form first and second U-shaped portions joined at approximately right angles by arcuate bent portions. When the goal is disposed on a support surface, one of the U-shaped portions forms an open mouth defining a goal opening for receiving the game projectile while the other lies flat on the ground surface. A strap can span between the ends of the U-shaped portions to assist in maintaining the width and overall configuration of the goal, and a net can be retained by the U-shaped portions to define an enclosed rear portion of the goal. Sold under the registered trademark PUGG by the Pugg Company, Inc. of Boston, Massachusetts, the pick-up game goals have become staples of pick-up games and practices around the world, enabling fixed, defined portable goal structures to be set up in an instant.

[0006] Over time, however, a number of further needs have become apparent to the present inventor, needs deriving at least in part from the unique structure of the portable goal itself with a framework formed of a single continuous flexible member. For instance, with a framework formed from a continuous flexible strand of spring material, it is desirable to stabilize the structural integrity of the portable goal, particularly at the junctions between the horizontally and vertically disposed U-shaped portions of the portable goal. It is also desirable to maintain the ends of the U-shaped portions at a fixed maximum distance from one another to stabilize the portable goal structure further and to ensure a consistent width of the goal opening. Still further, in view of the light weight presented by the portable goal, a need is often presented to be able to add weight to the portable goal, such as relative to the horizontally disposed U-shaped portion, in a stable, safe, and evenly-dispersed manner.

[0007] The present inventor has appreciated that meeting the foregoing needs can be facilitated by the use of first and second brackets affixed in place in stabilization of the bends between the U-shaped portions of the goal. However, engaging such brackets and stably retaining them is rendered challenging by the innovative nature of the frame structure in being formed from a unitary, continuous elongate flexible member. Where first and second U shapes are formed by separate bowed poles, such as in the inventor's U.S. Pat. No. 5,244,213, the ends of the poles can simply be inserted into designated receiving portions of first and second brackets. However, where a continuous elongate flexible member forms the U-shaped portions and the arcuate bent portions connecting the same, there are no ends to insert, and securely engaging brackets with those arcuate bent portions is problematic, particularly in view of the tumultuous conditions in which such goals are inherently used.

[0008] It is thus apparent that there is a need for a bracing and connecting bracket that is capable of attachment to the bends between first and second U-shaped portions of a portable goal framework formed of a continuous elongate flexible member to provide stabilization and added structural integrity thereto, to enable the maximum distance between the ends of the U-shaped portions to be fixed, and to enable the stable retention of ballast.SUMMARY OF THE INVENTION

[0009] The present invention is thus founded on the basic objects of providing a bracing and connecting bracket particularly adapted to be affixed in stabilization of first and second bends in a framework of a portable goal formed from a unitary, continuous elongate flexible member and of providing a portable goal stabilized by first and second such bracing and connecting brackets.

[0010] A more particular object of embodiments of the invention is to provide a bracing and connecting bracket that is capable of secure attachment in stabilization of a bend formed along a unitary, continuous elongate flexible member.

[0011] A further object of embodiments of the invention is to provide a bracing and connecting bracket for a framework of a portable goal formed by orthogonally-disposed U-shaped portions that facilitates an effective fixation of the maximum spacing of the ends of the U-shaped portions, such as by use of an elongate strap.

[0012] An additional object of embodiments of the invention is to provide a bracing and connecting bracket for a framework of a portable goal formed by orthogonally-disposed U-shaped portions that enables the stable retention of ballast relative to the goal structure thereby to resist inadvertent displacement and toppling.

[0013] Another object of embodiments of the invention is to provide a bracing and connecting bracket for bends formed in a portable goal formed by a unitary, continuous elongate flexible member that can be securely affixed to provide stabilization while nonetheless permitting a twisting and collapsing of the elongate flexible member and the portable goal in general for storage and transport.

[0014] These and further objects, advantages, and details of the present invention will become obvious not only to one who reviews the present specification and drawings but also to those who have an opportunity to experience the bracing and connecting bracket and a sports goal employing such bracing and connecting brackets in use and operation. However, it will be appreciated that, although the accomplishment of plural of the foregoing objects in a single embodiment of the invention may be possible and indeed preferred, not all embodiments will seek or need to accomplish each and every potential advantage and function. Nonetheless, all such embodiments should be considered within the scope of the present invention.

[0015] In carrying forth one or more objects of the invention, one embodiment of the invention can be characterized as a bracing and connecting bracket adapted to receive and stabilize a corner bend in a continuous framework of a sports goal. The bracing and connecting bracket comprises a first bracket half with a base wall and a peripheral side wall and a second bracket half with a base wall and a peripheral side wall. The first and second bracket halves are adapted to be fastened to one another to form the bracing and connecting bracket and to define an inner volume. When the bracket halves are joined, their base walls are spaced by a distance. A raceway, which corresponds in shape to the corner bend in the continuous framework, is defined within the inner volume of the bracing and connecting bracket for receiving the bend in the framework of the sports goal.

[0016] Embodiments of the bracing and connecting bracket further comprise first and second strap slots that each extend through the bracing and connecting bracket for receiving and retaining end portions of an elongate strap. So received and retained, the elongate strap can span between and connect first and second bends in the framework and draw those bends together to maintain the first and second U-shaped portions of the framework in their U shape when the goal is in a use configuration. The first and second strap slots are disposed in opposition, such as along first and second orthogonally disposed legs of the bracket. With that, the bracing and connecting bracket is reversible and can be applied to either bend of a framework with first and second bends formed therein.

[0017] In embodiments of the bracket with first and second orthogonally disposed side edges with the first and second strap slots spaced from the side edges, the raceway can pass between the first and second strap slots and the side edges. With that, when an elongate strap is engaged with one of the strap slots with the bend of the framework within the raceway, the elongate strap will additionally surround the raceway and contribute to the bracing of the framework.

[0018] In certain practices of the invention, the first and second strap slots have correspondingly shaped columns that project from the base walls of the first and second bracket halves to define continuous strap passages through the bracing and connecting bracket. Where the framework is considered to have a thickness, the columns of each of the first and second strap slots can be spaced from an inner surface of the peripheral side wall by a distance equal to or less than the thickness of the framework. Moreover, where the framework comprises a wire with a centerline, at least one of the columns of the first and second strap slots can project from the base wall thereof by a distance sufficient to cause the at least one of the columns to project beyond the centerline of the framework when the framework is disposed in the raceway. With that, the framework can be snapped into place within the raceway between the column and the inner surface of the peripheral side wall.

[0019] Embodiments of the bracing and connecting bracket further comprise a plurality of clamping formations, such as but not limited to clamping ridges, fixedly retained within the inner volume along the raceway. The clamping formations are positioned to engage and stabilize the framework within the bracket members. For instance, where the framework is considered to have a thickness, the clamping formations can project from either or both base walls of the first and second bracket halves to define a raceway with a height, width, or height and width approximately equal to the thickness of the framework. Still more particularly, it is disclosed herein that the clamping formations can project in opposition from the base walls of the first and second bracket halves with a combined height approximately equal to the distance between the base walls of the first and second bracket members minus the thickness of the framework. In one configuration, in each direction along the raceway, opposed proximal clamping formations are positioned to be disposed spaced from the bend in the framework and opposed distal clamping formations are positioned to be disposed spaced further from the bend in the framework.

[0020] Further still, a ballast attachment aperture can extend through the bracing and connecting bracket. The ballast attachment aperture can be employed to retain an end of an elongate ballast structure, such as a weighted chain. Where first and second bracing and connecting brackets are disposed to receive and stabilize first and second corner bends in the framework, the elongate ballast structure can then be caused to span from the first corner to the second corner, such as by traveling through a sleeve in which a portion of the framework between the first and second corner bends is encased.

[0021] Embodiments of the invention can take the form of a sports goal formed with a framework comprising a continuous elongate flexible member with first and second bends therein and with first and second bracing and connecting brackets for being secured to receive and encase the first and second bends in the framework to provide bracing and stabilization thereto and to the framework in general. The continuous framework forms a loop that is divided into first and second U-shaped portions by the first and second bends. As such, the framework is reconfigurable from an expanded, use configuration to a collapsed, storage configuration by a twisting and folding of the framework. Each bracing and connecting bracket is formed from first and second bracket members adapted to be fastened to one another, and each bracing and connecting bracket defines a raceway therethrough adapted to receive the first or second bend of the framework.

[0022] Each bracing and connecting bracket can have first and second strap slots that extend therethrough for receiving and retaining an elongate strap. The first and second bracing and connecting brackets and the first and second bends of the framework encased therein can thus be connected by an elongate strap with end portions passed through one of the strap slots of each of the first and second brackets. The first and second strap slots are disposed in opposition, such as along first and second orthogonally disposed legs of the bracket. With that, the first and second bracing and connecting brackets are reversible.

[0023] In particular embodiments, each of the first and second bracket members comprises a base wall, and the base walls of the first and second bracket members are maintained spaced by a distance when the first and second bracket members are fastened to one another. The raceway is defined between the base walls of the first and second bracket members. Either or both of the first and second bracket members can further comprise a side wall.

[0024] As taught herein, a plurality of clamping formations, such as but not limited to clamping ridges or other shapes, can be fixed within each of the first and second bracket members along the raceway. The clamping formations are positioned to engage and stabilize the framework within the bracket members. Where the framework is considered to have a thickness, the clamping formations can project from either or both base walls of the first and second bracket members of each of the first and second bracing and connecting brackets to define a raceway with a height, width, or height and width approximately equal to the thickness of the framework. For instance, clamping formations can project in opposition from the base walls of the first and second bracket members with a combined height approximately equal to the distance between the base walls of the first and second bracket members minus the thickness of the framework. Plural opposed clamping formations can be spaced over the raceway, such as by having proximal and distal formations to each side of the bend of the framework and potentially by having opposed central clamping formations disposed to align with a center of the bend.

[0025] Where each bracing and connecting bracket has first and second strap slots that extend therethrough for receiving and retaining an elongate strap, the brackets are reversible and the bends in the framework can be connected by an elongate strap traversing a support surface without regard to the orientations of the brackets. The first and second strap slots can have correspondingly shaped columns that project from the base walls of the first and second bracket members to define continuous strap passages through the first and second bracing and connecting brackets. Where each of the first and second brackets has first and second side edges and where the first and second strap slots are spaced from the side edges, the raceway can pass between the first and second strap slots and the side edges.

[0026] Further, where each of the first and second brackets has a peripheral wall, where the peripheral wall defines the first and second side edges, where the framework has a thickness, and where the columns of each of the first and second strap slots are spaced from an inner surface of the peripheral wall by a distance equal to or less than the thickness of the framework, the framework can be snapped into place within the raceway between the columns and the inner surface of the peripheral wall. Still further, where the framework comprises a wire with a centerline, at least one of the columns of the first and second strap slots can project from the base wall by a distance sufficient to cause the at least one of the columns to project beyond the centerline of the framework when the framework is disposed in the raceway to further facilitate a retention of the framework in the raceway, particularly during assembly of the first and second bracket members.

[0027] Also according to embodiments of the invention, each of the first and second bracing and connecting brackets can further have a ballast attachment aperture that extends therethrough. A first end of an elongate ballast structure, such as a weighted chain, can then be secured to the ballast attachment aperture of the first bracing and connecting bracket, and the second end of the elongate ballast structure can be secured to the ballast attachment aperture of the second bracing and connecting bracket. The sports goal can incorporate one or more sleeves disposed to encase at least part of each of the first and second U-shaped portions, and a net can be retained to traverse between the first and second U-shaped portions. In such embodiments, at least part of the body portion of the elongate ballast structure can traverse and be retained within the one or more sleeves together with one of the U-shaped portions.

[0028] The first and second bends in the framework can be right-angle bends. With that, when the sports goal is disposed in a support surface, the first U-shaped member can be considered to comprise a vertical U-shaped member, and the second U-shaped member can be considered to comprise a horizontal U-shaped member.

[0029] One will appreciate that the foregoing discussion broadly outlines the more important goals and features of the invention to enable a better understanding of the detailed description that follows and to instill a better appreciation of the inventor's contribution to the art. Before any particular embodiment or aspect thereof is explained in detail, it must be made clear that the following details of construction and illustrations of inventive concepts are mere examples of the many possible manifestations of the invention.BRIEF DESCRIPTION OF THE DRAWINGS

[0030] In the accompanying drawing figures:

[0031] FIG. 1 is a perspective view of the Flexible Sports Goal of U.S. Pat. No. 5,433,433 in an expanded, use configuration;

[0032] FIG. 2 is a perspective view of the Flexible Sports Goal of U.S. Pat. No. 5,433,433 during the process of converting the goal from the use configuration to a collapsed configuration;

[0033] FIG. 3 is a perspective view of the Flexible Sports Goal of U.S. Pat. No. 5,433,433 a collapsed configuration for storage and transport;

[0034] FIG. 4 is a perspective view of a sports goal with first and second bracing and connecting brackets as disclosed herein;

[0035] FIG. 5 is an exploded perspective view of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket;

[0036] FIG. 6 is an alternative exploded perspective view of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket;

[0037] FIG. 7 is a view in front elevation of a bracket half of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket half;

[0038] FIG. 8 is a perspective view of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket; and

[0039] FIG. 9 is a sectioned view of a bracing and connecting bracket as taught herein with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway thereof taken along the line 9-9 in FIG. 8.DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

[0040] The sports goal bracing and connecting bracket and the portable sports goal with first and second such bracing and connecting brackets disclosed herein are subject to a wide variety of embodiments. However, to ensure that one skilled in the art will be able to understand and, in appropriate cases, practice the system and method disclosed herein, certain preferred embodiments of the broader invention are described below and shown in the accompanying drawing figures.

[0041] A full understanding of the present invention for a sports goal bracing and connecting bracket and the need for the same will be assisted by reference to the structure and function of the Flexible Sports Goal of the inventor's U.S. Pat. No. 5,433,433, which is illustrated in FIGS. 1 through 3. There, the sports goal is indicated generally at 112. The sports goal 112 is founded on a framework 110 formed of a unitary, continuous elongate flexible member with an expanded, use configuration as depicted in FIG. 1 and a collapsed, storage and transport configuration as depicted in FIG. 3. With the framework 110 being crafted from a resiliently flexible material, such as but not limited to spring steel, formed into a wire, band, or rod construction, the framework 110 and the goal 112 in general are lightweight and portable and can be rapidly deployed for use and easily folded for storage. The resulting sports goal 112 is tough and resilient, being able to spring from its collapsed configuration to its use configuration in an instant and to immediately restore itself to its original use configuration even after being compressed and distorted, such as due to a player's falling or stepping on it. Moreover, due to its resilience, the sports goal 112 readily deflects such that it presents little risk to tripping or falling players. The entirety of U.S. Pat. No. 5,433,433 (“the ‘433 patent”) is incorporated herein by reference.

[0042] As in FIG. 1, the framework 110 can be rendered continuous, such as by having first and second ends joined by welding or any other effective method. The framework 110 is bent to have first and second right-angle bends 116 and 118 therein with the first and second bends 116 and 118 positioned approximately opposite one another along the framework 110. The sports goal 112 thus has a first U-shaped member 123, which can be disposed vertically, and a second U-shaped member 125, which can be disposed horizontally on a support surface, such as a sports field, gym floor, or another support surface. The framework 110 is encased within a sleeve 124 of fabric or other flexible material, and a net 122 is attached to the sleeve 124 to span between the first and second U-shaped members 123 and 125.

[0043] In the disclosure of the ‘433 patent, the right-angle bends 116 and 118 are not braced or stabilized, but an elongate strap 120 spans therebetween to pull the first and second bends 116 and 118 inward to establish a maximum spacing therebetween and to form the sports goal 112 into a shell into which game projectiles can be received. The strap 120 is attached to the sleeve 124 or directly to the framework 110. First and second vertical side portions 126 and 128 are joined by curved top portion 129 in the first U-shaped member 123, and first and second horizontal side portions 132 and 134 are joined by curved rear portion 114 in the second U-shaped member 125. The side portions 126, 128, 132, and 134 and the curved top and rear portions 129 and 114 are not discrete, separate members but are portions of the continuous framework 110. The vertical U-shaped member 123 defines a goal opening or mouth 130 of the sports goal 112 into which the ball or other game projectile passes for scoring purposes.

[0044] As taught in the ‘433 patent, the resilient nature of the framework 110 enables the vertical U-shaped member 123 to bend and give, such as in response to an individual falling onto the sports goal 112, and then to spring back into its vertical configuration. Meanwhile, the vertical U-shaped member 123 is prevented from pivoting further away from the horizontal U-shaped member 125 by the net 122 such that the horizontal U-shaped member 125 is maintained at an approximately 90-degree angle 136 relative to the vertical U-shaped member 123.

[0045] The framework 110 of the sports goal 112 can be easily twisted and folded for storage and transport by bringing first and second bends 116 and 118 towards each other as in FIG. 2, which causes the framework 110 to twist largely of its own accord to form two loops 142 and 144 of the continuous spring material forming the framework 110. The first and second loops 142 and 144 meet at point 146 to cause the loops 142 and 144 to cooperate to pursue oval shapes with the strap 120 and net 122 gathered and loosely disposed therebetween. As in FIG. 3, a short strap 158 or other restraint can be used to retain the goal 112 in its flattened, storage mode.

[0046] So constructed, the portable sports goal 112 of the ‘433 patent has achieved remarkable success around the world, changing the way pick-up sports games and practices are conducted forever. However, despite the great advantages deriving from being able to set up and collapse the sports goal 112 in a near instant, the formation of the sports goal 112 from a continuous flexible member 110 has presented the real need to stabilize the structural integrity of the portable goal 112, particularly at the first and second right-angle bend 116 and 118 junctions where the first and second U-shaped members 123 and 125 meet. In so doing, it is necessary to provide stabilization that can be effectively engaged with a continuous flexible member 110 where it is not possible simply to insert the ends of separate frame members into a standard bracket. It is also desirable to establish anchor points for a flexible strap or other member spanning between the ends of the U-shaped members 123 and 125 thereby to maintain the U-shaped members 123 and 125 in bowed conditions and to establish a predetermined maximum width of the goal opening. Still further, at least in certain uses, it is desirable to establish anchor points for a weighted member, such as an elongate weighted chain that can be caused to traverse alongside the second, horizontally-disposed U-shaped member 125 to cause stabilizing weight to be retained in a stable, safe, and evenly-dispersed manner.

[0047] Recognizing the foregoing, the present inventor devised of the flexible and portable sports goal indicated generally at 10 in FIG. 4 incorporating first and second bracing and connecting brackets 50A and 50B in stabilization of the first and second right angle bends 16 and 18 that join the first, vertically-disposed U-shaped member 23 with the second, horizontally-disposed U-shaped member 25. The sports goal 10 is again founded on a framework 12 formed of a unitary, continuous elongate flexible member. The framework 12 can, by way of example and not limitation, be formed from fiberglass, spring steel, or another durable, resiliently flexible material. The material of the framework 12 is formed into a wire, band, rod, or other configuration. The sports goal 10 so formed is tough and resilient. The goal 10 is able to spring from its collapsed configuration to its use configuration as shown in FIG. 4, and the sports goal 10 can be readily collapsed as previously described for storage and transport.

[0048] As is illustrated inFIG. 4, the framework 12 can be rendered continuous from an elongate strand of spring steel or other resiliently flexible material by having first and second ends joined by welding or any other effective method. The framework 12 is again bent to have first and second right-angle bends 16 and 18 therein that are positioned approximately opposite to one another along the framework 12. First and second U-shaped members 23 and 25 are thus formed. In practice, the first U-shaped member 123 can be disposed vertically to establish a goal opening or mouth 30, and the second U-shaped member 125 can be disposed horizontally on a support surface. All or part of the framework 12 is again encased within a sleeve 24 of fabric or other flexible material, and a net 22 is attached to the sleeve 24 to span between the first and second U-shaped members 23 and 25. In certain embodiments, the sleeve 24 can continuously span the entire framework 12, or the sleeve 24 can be segmented, such as by having a first portion encasing the first U-shaped member 23 and a second portion encasing the second U-shaped member 25 with the first and second right-angle bends 16 and 18 not being encased by the sleeve 24.

[0049] With the framework 12 so formed, first and second vertical side portions 26 and 28 are joined by a curved top portion 29 in the first U-shaped member 23, and first and second horizontal side portions 32 and 34 are joined by a curved rear portion 14 in the second U-shaped member 25. Again, the side portions 26, 28, 32, and 34 and the curved top and rear portions 29 and 14 are not discrete, separate members but are portions of the continuous framework 12. The framework 12 again enables the vertical U-shaped member 23 to bend and give, such as in response to an individual falling onto the sports goal 12, and then to spring back into shape. The vertical U-shaped member 23 is prevented from pivoting to greater than a right angle relative to the horizontal U-shaped member 25 by the net 22.

[0050] The framework 10 of the sports goal 12 can be easily twisted and folded for storage and transport by bringing first and second bends 16 and 18 towards each other thereby causing the framework 12 to twist largely of its own accord to form two loops of the continuous spring material forming the framework 12. The first and second loops meet at a junction or point such that the loops pursue oval shapes. A strap or other restraint (not shown in FIG. 4) can be used to retain the goal 10 in its flattened, storage mode.

[0051] Advantageously, the first and second bracing and connecting brackets 50A and 50B secured to receive and retain the first and second right-angle bends 16 and 18 therewithin provide stabilization to the right-angle bends 16 and 18, to the vertical and horizontal U-shaped members 23 and 25, and to the sports goal 10 in general. The first and second bracing and connecting brackets 50A and 50B also provide dedicated attachment points for an elongate strap 20 retained to span between the opposed horizontal side portions 32 and 34 of the horizontal U-shaped member 25. Still further, the first and second bracing and connecting brackets 50A and 50B establish dedicated attachment points for an elongate ballast structure 80, such as a weighted chain 80, that can then be disposed to traverse from the first bracket 50A to the second bracket 50B alongside the horizontal U-shaped member 25.

[0052] The structure, function, and advantages of the bracing and connecting brackets 50A and 50B can be better understood with additional reference to FIGS. 5 through 9. The brackets 50A and 50B are generally triangular in profile with a first leg for being disposed to align with a side portion 26, 28, 32, or 34 to a first side of a right-angle bend 16 or 18, a second leg for being disposed to align with a side portion 26, 28, 32, or 34 to a second side of a right-angle bend 16 or 18, and a hypotenuse portion, which happens to be arcuate in this embodiment, spanning between the ends of the first and second legs thus to span from side portion 26, 28, 32, or 34 to side portion 26, 28, 32, or 34. As taught herein, the bracing and connecting brackets 50A and 50B are identical in construction and universally attachable. As such, a given connecting bracket 50A or 50B can be attached in stabilization of either right-angle bend 16 or 18, and each connecting bracket 50A and 50B is reversible in orientation such that either of the first and second legs of the triangular shape of the bracket 50A or 50B can be aligned with either a vertical or a horizontal side portion 26, 28, 32, or 34 with identical stabilization and connecting functionality.

[0053] With the foregoing universal and reversible attachment characteristics in mind, a single bracing and connecting bracket is indicated generally at 50 in FIGS. 5, 6, 8, and 9 with it being recognized that identical brackets 50 can be disposed to stabilize and provide connection to the right-angle bends 16 and 18. Looking first toFIGS. 5 and 6, the bracing and connecting bracket 50 can be seen to be formed from first and second bracket members 52 and 54, which may be referred to as bracket halves 52 and 54, that are generally mirror images of one another and that are adapted to be joined to form the complete bracket 50.

[0054] As FIGS. 5 and 6 illustrate, each bracket half 52 and 54 has an outer base wall 84 establishing the general shape of the bracket half 52 and 54 and a side wall 86 traversing the periphery of the outer base wall 84. With that, the outer base walls 84 of the first and second bracket halves 52 and 54 are spaced by a distance equal to the combined heights of the side walls 86. Within the space between the outer base walls 84 of the first and second bracket halves 52 and 54, a generally L-shaped raceway 68 is formed in each of the bracket halves 52 and 54 and the bracket 50 in general for receiving, bracing, and stabilizing the right-angle bend 16 or 18 and adjacent segments of the side portions 26, 28, 32, or 34 proximal to the right-angle bend 16 or 18.

[0055] The second bracket half 54 has three fastener apertures 60 therethrough disposed in a generally triangular formation with one fastener aperture 60 disposed adjacent to each corner of the generally rectangular second bracket half. The first bracket half 52 has three hexagonal nut receivers 82 disposed to align with the fastener apertures 60 of the second bracket half 54. The fastener apertures 60 and the nut receivers 82 have columns that project from the inner surface of the outer base wall 84, and the columns combine to achieve a combined height approximately equal the distance between the outer base walls 84 of the first and second bracket halves 52 and 54. Under this construction, threaded fasteners 56 can be passed through the fastener apertures 60 and threadedly engaged with hexagonal nuts 58 that are received into the nut receivers 82. With the wire of the framework 12 received therebetween as is discussed further herein, the bracket halves 52 and 54 can thus be drawn and fastened together by cooperation of the fasteners 56 and nuts 58 until the columns of the fastener apertures 60 and the nut receivers 82 make contact thereby to form the unified bracing and connecting bracket 50 and to fix the framework 12 therebetween.

[0056] Each of the first and second bracket halves 52 and 54 has first and second oblong strap slots 62 disposed in equal and opposite positions with one strap slot 62 with an oblong shape spaced in parallel to a first leg of the triangular shape of the bracket half 52 or 54 and a second strap slot 62 with an oblong shape spaced in parallel to a second, opposing leg of the triangular shape of the bracket half 52 or 54. The raceway 68 and thus the framework 12 when retained therein are disposed to traverse between the oblong strap slots 62 and the peripheral outer wall 86. Further, the peripheral side wall 86 has first and second strap channels 64 disposed in alignment along the raceway 68 with the first and second oblong strap slots 62 respectively. The first and second oblong strap slots 62 of each bracket half 52 and 54 have oblong columns that project from the inner surface of the outer base wall 84. The columns combine to achieve a combined height approximately equal the distance between the outer base walls 84 of the first and second bracket halves 52 and 54. Under this construction, when the first and second bracket halves 52 and 54 are fastened together, the oblong columns of the first and second strap slots 62 cooperate to establish continuous oblong passage through the joined bracket halves 52 and 54. Since one strap slot 62 and an associated strap channel 64 are spaced in relation to each leg of the triangular shape of the bracket 50, one strap slot 62 and strap channel 64 will always be horizontally disposed adjacent to the support surface with a horizontal side portion 32 or 34 of the framework 12 clamped therein, and one strap slot 62 and an associated strap channel 64 will always be vertically disposed with a vertical side portion 26 or 28 of the framework 12 clamped therein.

[0057] Notably, the oblong columns projecting from the outer base wall 84 of the first bracket half 52 have a greater projecting height than the projecting height of the oblong columns projecting from the outer base wall 84 of the second bracket half 54. More particularly, such as where the framework 12 is crafted from an elongate wire with a round cross section rendered continuous, the oblong columns projecting from the outer base wall 84 of the first bracket half 52 preferably each have a projecting height that extends beyond a centerline of the framework 12 where the framework 12 is widest when the framework 12 is received in the raceway 68. With that, with at least a portion of the space between the oblong columns and the facing surface of the peripheral outer wall 86, particularly in alignment with the strap channel 64, being equal to or less than the thickness of the framework 12, the framework 12 can be snapped into place and retained within the raceway 68 by the facing surfaces of the oblong columns and the peripheral outer wall 86. Then, the bracket halves 52 and 54 can be fastened together as described.

[0058] Further, each of the first and second bracket halves 52 and 54 has a centrally disposed annular ballast attachment aperture 66 through the outer base wall 84. Each ballast attachment aperture 66 is bounded by an annular column that projects from the inner surface of the outer base wall 84. The columns bounding the attachment apertures 66 combine to achieve a combined height approximately equal to the distance between the outer base walls 84 of the first and second bracket halves 52 and 54. Under this construction, when the first and second bracket halves 52 and 54 are fastened together, the annular columns of the ballast attachment apertures 66 cooperate to establish a continuous tubular conduit through the joined bracket halves 52 and 54.

[0059] As is illustrated in FIG. 4, the tubular conduit through the joined bracket halves 52 and 54 so formed provides a dedicated passage and attachment point for an elongate ballast structure 80 with a first end secured to the first bracket 50A by use of the ballast attachment aperture 66 thereof, an elongate body portion disposed to travel in parallel to the horizontally-disposed second U-shaped member 25 within the sleeve 24, and a second end secured to the second bracket 50B by use of the ballast attachment aperture 66 thereof. The elongate ballast structure 80 can, by way of example and not limitation, comprise a metal chain or other elongate, flexible, weighted member thereby providing stabilizing, evenly distributed weight over the entire span of the second U-shaped member 25.

[0060] As can be perceived by reference, for example, to FIG. 9, the distance between the outer walls 84 of the assembled first and second bracket halves 52 and 54 is greater than the thickness of the framework 12, which again can have a round or other cross section. A plurality of stabilizing ridges 70, 72, 74, and 76 are spaced along the raceway 68 to engage and restrain the framework 12 passing therethrough. More particularly and with additional reference to FIGS. 5 through 7, a central clamping ridge 70 extends from the base wall 84 of each bracket half 52 and 54 across and orthogonal to the raceway 68 in alignment with the bracket corner comprising the junction between the first and second legs of the triangular shape of the bracket halves 52 and 54. A proximal clamping ridge 72 extends from the base wall of each bracket half 52 and 54 across and orthogonal to the raceway 68 spaced from the bracket corner comprising the junction between the first and second legs of the triangular shape of the bracket halves 52 and 54, and a distal clamping ridge 74 extends from the base wall of each bracket half 52 and 54 across and orthogonal to the raceway 68 further spaced from the bracket corner comprising the junction between the first and second legs of the triangular shape of the bracket halves 52 and 54. Still further, as the raceway 68 exits the bracket halves 52 and 54, a semi-annular clamping collar half 76 is formed in each bracket half 52 and 54. Together, the clamping collar halves 76 form an aperture that approximately matches the shape and size of the cross-sectional shape of the framework 12.

[0061] As best shown in FIG. 9, the clamping ridges 70, 72, and 74 of the bracket halves 52 and 54 project from the base walls 84 of the bracket halves 52 and 54 at least in some alignment with the raceway 68 and the framework 12 by a combined height approximately equal to or perhaps a margin greater or less than the distance between the base walls 84 of the assembled bracket halves 52 and 54 less the thickness of the framework 12. With that, the framework 12 is restrained and stabilized at multiple points along the raceway 68. In the depicted embodiment, the clamping ridges 70, 72, and 74 have straight distal edges facing and effectively defining the raceway 68, but such need not be the case. For instance, it would be readily possible for the clamping ridges 70, 72, and 74 to pursue different shapes, such as by having one or more points, by having an arcuate receiving shape for the framework 12, or otherwise. Where the clamping ridges 70, 72, and 74 of the bracket halves 52 and 54 project from the base walls 84 of the bracket halves 52 and 54 by a combined height approximately equal to the distance between the base walls 84 of the assembled bracket halves 52 and 54 less the thickness of the framework 12, the framework 12 will be snugly retained. Where the clamping ridges 70, 72, and 74 of the bracket halves 52 and 54 project from the base walls 84 of the bracket halves 52 and 54 by a combined height marginally greater than the distance between the base walls 84 of the assembled bracket halves 52 and 54 less the thickness of the framework 12, the framework 12 will be effectively clamped in place.

[0062] With the framework 12 and with identical first and second bracing and connecting brackets 50A and 50B so formed, the sports goal 10 can be assembled and deployed to achieve the structure and configuration of FIG. 4. For instance, with the oblong columns projecting from the outer base wall 84 of the first bracket half 52 having a projecting height that extends beyond a centerline of the framework 12 when the framework 12 is received in the raceway 68 and with at least a portion of the space between the oblong columns and the facing surface of the peripheral outer wall 86 being equal to or less than the thickness of the framework 12, the framework 12 can be snapped into place and retained within the raceway 68 by the facing surfaces of the oblong columns and the peripheral outer wall 86. Then, the bracket halves 52 and 54 can be fastened together by disposing threaded fasteners 56 through the fastener apertures 60, by disposing nuts 58 in the faceted nut receivers 82, and then by drawing the bracket halves 52 and 54 together by threaded engagement of the fasteners 56 with the nuts 58 until the peripheral side walls 86 and the columns of the fastener apertures 60, the nut receivers 82, the strap slots 62, and the attachment apertures 66 are drawn into contact. With the corners 16 and 18 and adjacent segments of the side portions 26, 28, 32, and 34 of the framework 12 received in the raceways 68 of the first and second brackets 52 and 54, the clamping ridges 70, 72, and 74 and the clamping collar halves 76 clamp down upon the framework 12 thus providing bracing and stabilization to the corners 16 and 18 of the framework 12 and the sports goal 10 in general.

[0063] Despite the reversibility of the brackets 50A and 50B, the passage provided by the ballast attachment aperture 66 will always be centered between the side portions 26 and 32 and 28 and 34 of the framework 12 to permit ready attachment of the ends of the elongate ballast structure 80 to the brackets 50A and 50B. By way of example and not limitation, the ballast structure 80 can be looped through the ballast attachment aperture 66 of each bracket 50A and 50B, and the ends of the ballast structure 80 can be fastened along the body portion of the ballast structure 80. Numerous other methods for attaching the ballast structure 80 to the ballast attachment aperture 66 and thus to the brackets 50A and 50B will be obvious to a person of ordinary skill in the art after reviewing the present disclosure. Each such method is included within the scope of the claims except as may be expressly excluded therein.

[0064] Further, since one strap slot 62 and strap channel 64 will always be horizontally disposed adjacent to the support surface with a horizontal side portion 32 or 34 clamped therein, an elongate strap 20 can be caused to span from the first bracket 50A to the second bracket 50B, such as by being looped through the strap slots 62 and over the strap channels 64 and fastened in place, such as by being connected to itself as by stitching, fasteners, or any other effective method. The corners 16 and 18 of the framework 12 are thus drawn toward one another when the framework 12 is in its deployed, use configuration to retain the U-shaped nature of the members 23 and 25 and to maintain a fixed goal width and shape. The strap 20 can be of any suitable material, including but not limited to polymeric webbing or any other durable, flexible strap material. Since the strap slots 62 and the strap channels 64 are disposed in parallel to the horizontal side portions 32 and 34, the strap 20 will likewise be horizontally disposed. When the sports goal 10 is deployed on a support surface as in FIG. 4, the strap 20 thus consistently lays flat upon a support surface thereby leaving the goal mouth 30 unobstructed.

[0065] With certain details and embodiments of the present invention for a sports goal bracing and connecting bracket 50 and for a sports goal 10 employing first and second such connecting brackets 50A and 50B disclosed, it will be appreciated by one skilled in the art that numerous changes and additions could be made thereto without deviating from the spirit or scope of the present invention. This is particularly true when one bears in mind that the presented preferred embodiments merely exemplify the broader invention revealed herein. Accordingly, it will be clear that those with major features in mind could craft embodiments that incorporate those major features while not incorporating all of the features included in the preferred embodiments.

[0066] Therefore, the following patent claims shall define the scope of protection to be afforded to the invention. Those claims shall be deemed to include equivalent constructions insofar as they do not depart from the spirit and scope of the invention. It must be further noted that a plurality of the following claims may express, or be interpreted to express, certain elements as means for performing a specific function, at times without the recital of structure or material. As the law demands, any such claims shall be construed to cover not only the corresponding structure and material expressly described in this specification but also all legally-cognizable equivalents thereof.

Examples

Embodiment Construction

[0040]The sports goal bracing and connecting bracket and the portable sports goal with first and second such bracing and connecting brackets disclosed herein are subject to a wide variety of embodiments. However, to ensure that one skilled in the art will be able to understand and, in appropriate cases, practice the system and method disclosed herein, certain preferred embodiments of the broader invention are described below and shown in the accompanying drawing figures.

[0041]A full understanding of the present invention for a sports goal bracing and connecting bracket and the need for the same will be assisted by reference to the structure and function of the Flexible Sports Goal of the inventor's U.S. Pat. No. 5,433,433, which is illustrated in FIGS. 1 through 3. There, the sports goal is indicated generally at 112. The sports goal 112 is founded on a framework 110 formed of a unitary, continuous elongate flexible member with an expanded, use configuration as depicted in FIG. 1 an...

FIELD OF THE INVENTION

[0001] The present invention relates generally to goals for sports, such as soccer, hockey, and other sports, where a game projectile is attempted to be shot into a goal. More particularly, disclosed herein is a bracket for connecting and bracing corner bends of a collapsible, portable sports goal having a framework comprising an elongate flexible member formed into first and second orthogonally-disposed U-shaped portions meeting at the corner bends.BACKGROUND OF THE INVENTION

[0002] In practices and pick-up soccer, hockey, and other sports games involving shooting a game projectile into a goal, standard goal structures are often lacking. It is impractical for players to bring conventional, full-size goals, such as those normally installed in permanent locations on playing fields. Furthermore, in practice situations, it is often desirable to have multiple goal structures so that players can practice effectively individually or in groups.

[0003] Where no dedicated goal structure is available, players often resort to using shoes, cones, and other ad-hoc markers attempting to define the outer ends of a goal. During game play, the ball, puck, or other game projectile must pass between the markers to score a goal.

[0004] However, as any person who has played such pick-up games will attest, there are multiple issues with such setups. For instance, establishing and maintaining a consistent goal width between opposing goals as is necessary for a fair game is difficult at best. Moreover, during contentious game play, one or both of the markers may be displaced so that determining whether a shot with a puck or ball should be considered a goal may be impossible. Disagreements can arise among players regarding, for instance, whether a shot passed inside, outside, or above the space between the markers and regarding whether one of the markers was improperly moved or poorly positioned originally such that a shot should—or should not—be counted as a goal.

[0005] Recognizing the need for a portable goal capable of providing a solution to the foregoing and further issues, the present inventor developed the portable, lightweight, pop-up Flexible Sports Goals of U.S. Pat. Nos. 5,244,213 and 5,433,433. The portable goal of the ‘433 patent is founded on a continuous elongate flexible member, such as a wire of spring steel, that is bent to form first and second U-shaped portions joined at approximately right angles by arcuate bent portions. When the goal is disposed on a support surface, one of the U-shaped portions forms an open mouth defining a goal opening for receiving the game projectile while the other lies flat on the ground surface. A strap can span between the ends of the U-shaped portions to assist in maintaining the width and overall configuration of the goal, and a net can be retained by the U-shaped portions to define an enclosed rear portion of the goal. Sold under the registered trademark PUGG by the Pugg Company, Inc. of Boston, Massachusetts, the pick-up game goals have become staples of pick-up games and practices around the world, enabling fixed, defined portable goal structures to be set up in an instant.

[0006] Over time, however, a number of further needs have become apparent to the present inventor, needs deriving at least in part from the unique structure of the portable goal itself with a framework formed of a single continuous flexible member. For instance, with a framework formed from a continuous flexible strand of spring material, it is desirable to stabilize the structural integrity of the portable goal, particularly at the junctions between the horizontally and vertically disposed U-shaped portions of the portable goal. It is also desirable to maintain the ends of the U-shaped portions at a fixed maximum distance from one another to stabilize the portable goal structure further and to ensure a consistent width of the goal opening. Still further, in view of the light weight presented by the portable goal, a need is often presented to be able to add weight to the portable goal, such as relative to the horizontally disposed U-shaped portion, in a stable, safe, and evenly-dispersed manner.

[0007] The present inventor has appreciated that meeting the foregoing needs can be facilitated by the use of first and second brackets affixed in place in stabilization of the bends between the U-shaped portions of the goal. However, engaging such brackets and stably retaining them is rendered challenging by the innovative nature of the frame structure in being formed from a unitary, continuous elongate flexible member. Where first and second U shapes are formed by separate bowed poles, such as in the inventor's U.S. Pat. No. 5,244,213, the ends of the poles can simply be inserted into designated receiving portions of first and second brackets. However, where a continuous elongate flexible member forms the U-shaped portions and the arcuate bent portions connecting the same, there are no ends to insert, and securely engaging brackets with those arcuate bent portions is problematic, particularly in view of the tumultuous conditions in which such goals are inherently used.

[0008] It is thus apparent that there is a need for a bracing and connecting bracket that is capable of attachment to the bends between first and second U-shaped portions of a portable goal framework formed of a continuous elongate flexible member to provide stabilization and added structural integrity thereto, to enable the maximum distance between the ends of the U-shaped portions to be fixed, and to enable the stable retention of ballast.SUMMARY OF THE INVENTION

[0009] The present invention is thus founded on the basic objects of providing a bracing and connecting bracket particularly adapted to be affixed in stabilization of first and second bends in a framework of a portable goal formed from a unitary, continuous elongate flexible member and of providing a portable goal stabilized by first and second such bracing and connecting brackets.

[0010] A more particular object of embodiments of the invention is to provide a bracing and connecting bracket that is capable of secure attachment in stabilization of a bend formed along a unitary, continuous elongate flexible member.

[0011] A further object of embodiments of the invention is to provide a bracing and connecting bracket for a framework of a portable goal formed by orthogonally-disposed U-shaped portions that facilitates an effective fixation of the maximum spacing of the ends of the U-shaped portions, such as by use of an elongate strap.

[0012] An additional object of embodiments of the invention is to provide a bracing and connecting bracket for a framework of a portable goal formed by orthogonally-disposed U-shaped portions that enables the stable retention of ballast relative to the goal structure thereby to resist inadvertent displacement and toppling.

[0013] Another object of embodiments of the invention is to provide a bracing and connecting bracket for bends formed in a portable goal formed by a unitary, continuous elongate flexible member that can be securely affixed to provide stabilization while nonetheless permitting a twisting and collapsing of the elongate flexible member and the portable goal in general for storage and transport.

[0014] These and further objects, advantages, and details of the present invention will become obvious not only to one who reviews the present specification and drawings but also to those who have an opportunity to experience the bracing and connecting bracket and a sports goal employing such bracing and connecting brackets in use and operation. However, it will be appreciated that, although the accomplishment of plural of the foregoing objects in a single embodiment of the invention may be possible and indeed preferred, not all embodiments will seek or need to accomplish each and every potential advantage and function. Nonetheless, all such embodiments should be considered within the scope of the present invention.

[0015] In carrying forth one or more objects of the invention, one embodiment of the invention can be characterized as a bracing and connecting bracket adapted to receive and stabilize a corner bend in a continuous framework of a sports goal. The bracing and connecting bracket comprises a first bracket half with a base wall and a peripheral side wall and a second bracket half with a base wall and a peripheral side wall. The first and second bracket halves are adapted to be fastened to one another to form the bracing and connecting bracket and to define an inner volume. When the bracket halves are joined, their base walls are spaced by a distance. A raceway, which corresponds in shape to the corner bend in the continuous framework, is defined within the inner volume of the bracing and connecting bracket for receiving the bend in the framework of the sports goal.

[0016] Embodiments of the bracing and connecting bracket further comprise first and second strap slots that each extend through the bracing and connecting bracket for receiving and retaining end portions of an elongate strap. So received and retained, the elongate strap can span between and connect first and second bends in the framework and draw those bends together to maintain the first and second U-shaped portions of the framework in their U shape when the goal is in a use configuration. The first and second strap slots are disposed in opposition, such as along first and second orthogonally disposed legs of the bracket. With that, the bracing and connecting bracket is reversible and can be applied to either bend of a framework with first and second bends formed therein.

[0017] In embodiments of the bracket with first and second orthogonally disposed side edges with the first and second strap slots spaced from the side edges, the raceway can pass between the first and second strap slots and the side edges. With that, when an elongate strap is engaged with one of the strap slots with the bend of the framework within the raceway, the elongate strap will additionally surround the raceway and contribute to the bracing of the framework.

[0018] In certain practices of the invention, the first and second strap slots have correspondingly shaped columns that project from the base walls of the first and second bracket halves to define continuous strap passages through the bracing and connecting bracket. Where the framework is considered to have a thickness, the columns of each of the first and second strap slots can be spaced from an inner surface of the peripheral side wall by a distance equal to or less than the thickness of the framework. Moreover, where the framework comprises a wire with a centerline, at least one of the columns of the first and second strap slots can project from the base wall thereof by a distance sufficient to cause the at least one of the columns to project beyond the centerline of the framework when the framework is disposed in the raceway. With that, the framework can be snapped into place within the raceway between the column and the inner surface of the peripheral side wall.

[0019] Embodiments of the bracing and connecting bracket further comprise a plurality of clamping formations, such as but not limited to clamping ridges, fixedly retained within the inner volume along the raceway. The clamping formations are positioned to engage and stabilize the framework within the bracket members. For instance, where the framework is considered to have a thickness, the clamping formations can project from either or both base walls of the first and second bracket halves to define a raceway with a height, width, or height and width approximately equal to the thickness of the framework. Still more particularly, it is disclosed herein that the clamping formations can project in opposition from the base walls of the first and second bracket halves with a combined height approximately equal to the distance between the base walls of the first and second bracket members minus the thickness of the framework. In one configuration, in each direction along the raceway, opposed proximal clamping formations are positioned to be disposed spaced from the bend in the framework and opposed distal clamping formations are positioned to be disposed spaced further from the bend in the framework.

[0020] Further still, a ballast attachment aperture can extend through the bracing and connecting bracket. The ballast attachment aperture can be employed to retain an end of an elongate ballast structure, such as a weighted chain. Where first and second bracing and connecting brackets are disposed to receive and stabilize first and second corner bends in the framework, the elongate ballast structure can then be caused to span from the first corner to the second corner, such as by traveling through a sleeve in which a portion of the framework between the first and second corner bends is encased.

[0021] Embodiments of the invention can take the form of a sports goal formed with a framework comprising a continuous elongate flexible member with first and second bends therein and with first and second bracing and connecting brackets for being secured to receive and encase the first and second bends in the framework to provide bracing and stabilization thereto and to the framework in general. The continuous framework forms a loop that is divided into first and second U-shaped portions by the first and second bends. As such, the framework is reconfigurable from an expanded, use configuration to a collapsed, storage configuration by a twisting and folding of the framework. Each bracing and connecting bracket is formed from first and second bracket members adapted to be fastened to one another, and each bracing and connecting bracket defines a raceway therethrough adapted to receive the first or second bend of the framework.

[0022] Each bracing and connecting bracket can have first and second strap slots that extend therethrough for receiving and retaining an elongate strap. The first and second bracing and connecting brackets and the first and second bends of the framework encased therein can thus be connected by an elongate strap with end portions passed through one of the strap slots of each of the first and second brackets. The first and second strap slots are disposed in opposition, such as along first and second orthogonally disposed legs of the bracket. With that, the first and second bracing and connecting brackets are reversible.

[0023] In particular embodiments, each of the first and second bracket members comprises a base wall, and the base walls of the first and second bracket members are maintained spaced by a distance when the first and second bracket members are fastened to one another. The raceway is defined between the base walls of the first and second bracket members. Either or both of the first and second bracket members can further comprise a side wall.

[0024] As taught herein, a plurality of clamping formations, such as but not limited to clamping ridges or other shapes, can be fixed within each of the first and second bracket members along the raceway. The clamping formations are positioned to engage and stabilize the framework within the bracket members. Where the framework is considered to have a thickness, the clamping formations can project from either or both base walls of the first and second bracket members of each of the first and second bracing and connecting brackets to define a raceway with a height, width, or height and width approximately equal to the thickness of the framework. For instance, clamping formations can project in opposition from the base walls of the first and second bracket members with a combined height approximately equal to the distance between the base walls of the first and second bracket members minus the thickness of the framework. Plural opposed clamping formations can be spaced over the raceway, such as by having proximal and distal formations to each side of the bend of the framework and potentially by having opposed central clamping formations disposed to align with a center of the bend.

[0025] Where each bracing and connecting bracket has first and second strap slots that extend therethrough for receiving and retaining an elongate strap, the brackets are reversible and the bends in the framework can be connected by an elongate strap traversing a support surface without regard to the orientations of the brackets. The first and second strap slots can have correspondingly shaped columns that project from the base walls of the first and second bracket members to define continuous strap passages through the first and second bracing and connecting brackets. Where each of the first and second brackets has first and second side edges and where the first and second strap slots are spaced from the side edges, the raceway can pass between the first and second strap slots and the side edges.

[0026] Further, where each of the first and second brackets has a peripheral wall, where the peripheral wall defines the first and second side edges, where the framework has a thickness, and where the columns of each of the first and second strap slots are spaced from an inner surface of the peripheral wall by a distance equal to or less than the thickness of the framework, the framework can be snapped into place within the raceway between the columns and the inner surface of the peripheral wall. Still further, where the framework comprises a wire with a centerline, at least one of the columns of the first and second strap slots can project from the base wall by a distance sufficient to cause the at least one of the columns to project beyond the centerline of the framework when the framework is disposed in the raceway to further facilitate a retention of the framework in the raceway, particularly during assembly of the first and second bracket members.

[0027] Also according to embodiments of the invention, each of the first and second bracing and connecting brackets can further have a ballast attachment aperture that extends therethrough. A first end of an elongate ballast structure, such as a weighted chain, can then be secured to the ballast attachment aperture of the first bracing and connecting bracket, and the second end of the elongate ballast structure can be secured to the ballast attachment aperture of the second bracing and connecting bracket. The sports goal can incorporate one or more sleeves disposed to encase at least part of each of the first and second U-shaped portions, and a net can be retained to traverse between the first and second U-shaped portions. In such embodiments, at least part of the body portion of the elongate ballast structure can traverse and be retained within the one or more sleeves together with one of the U-shaped portions.

[0028] The first and second bends in the framework can be right-angle bends. With that, when the sports goal is disposed in a support surface, the first U-shaped member can be considered to comprise a vertical U-shaped member, and the second U-shaped member can be considered to comprise a horizontal U-shaped member.

[0029] One will appreciate that the foregoing discussion broadly outlines the more important goals and features of the invention to enable a better understanding of the detailed description that follows and to instill a better appreciation of the inventor's contribution to the art. Before any particular embodiment or aspect thereof is explained in detail, it must be made clear that the following details of construction and illustrations of inventive concepts are mere examples of the many possible manifestations of the invention.BRIEF DESCRIPTION OF THE DRAWINGS

[0030] In the accompanying drawing figures:

[0031] FIG. 1 is a perspective view of the Flexible Sports Goal of U.S. Pat. No. 5,433,433 in an expanded, use configuration;

[0032] FIG. 2 is a perspective view of the Flexible Sports Goal of U.S. Pat. No. 5,433,433 during the process of converting the goal from the use configuration to a collapsed configuration;

[0033] FIG. 3 is a perspective view of the Flexible Sports Goal of U.S. Pat. No. 5,433,433 a collapsed configuration for storage and transport;

[0034] FIG. 4 is a perspective view of a sports goal with first and second bracing and connecting brackets as disclosed herein;

[0035] FIG. 5 is an exploded perspective view of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket;

[0036] FIG. 6 is an alternative exploded perspective view of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket;

[0037] FIG. 7 is a view in front elevation of a bracket half of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket half;

[0038] FIG. 8 is a perspective view of a bracing and connecting bracket according to the present invention with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway of the bracket; and

[0039] FIG. 9 is a sectioned view of a bracing and connecting bracket as taught herein with a right angle bend and vertical and horizontal side portions of a continuous framework received within the raceway thereof taken along the line 9-9 in FIG. 8.DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

[0040] The sports goal bracing and connecting bracket and the portable sports goal with first and second such bracing and connecting brackets disclosed herein are subject to a wide variety of embodiments. However, to ensure that one skilled in the art will be able to understand and, in appropriate cases, practice the system and method disclosed herein, certain preferred embodiments of the broader invention are described below and shown in the accompanying drawing figures.

[0041] A full understanding of the present invention for a sports goal bracing and connecting bracket and the need for the same will be assisted by reference to the structure and function of the Flexible Sports Goal of the inventor's U.S. Pat. No. 5,433,433, which is illustrated in FIGS. 1 through 3. There, the sports goal is indicated generally at 112. The sports goal 112 is founded on a framework 110 formed of a unitary, continuous elongate flexible member with an expanded, use configuration as depicted in FIG. 1 and a collapsed, storage and transport configuration as depicted in FIG. 3. With the framework 110 being crafted from a resiliently flexible material, such as but not limited to spring steel, formed into a wire, band, or rod construction, the framework 110 and the goal 112 in general are lightweight and portable and can be rapidly deployed for use and easily folded for storage. The resulting sports goal 112 is tough and resilient, being able to spring from its collapsed configuration to its use configuration in an instant and to immediately restore itself to its original use configuration even after being compressed and distorted, such as due to a player's falling or stepping on it. Moreover, due to its resilience, the sports goal 112 readily deflects such that it presents little risk to tripping or falling players. The entirety of U.S. Pat. No. 5,433,433 (“the ‘433 patent”) is incorporated herein by reference.

[0042] As in FIG. 1, the framework 110 can be rendered continuous, such as by having first and second ends joined by welding or any other effective method. The framework 110 is bent to have first and second right-angle bends 116 and 118 therein with the first and second bends 116 and 118 positioned approximately opposite one another along the framework 110. The sports goal 112 thus has a first U-shaped member 123, which can be disposed vertically, and a second U-shaped member 125, which can be disposed horizontally on a support surface, such as a sports field, gym floor, or another support surface. The framework 110 is encased within a sleeve 124 of fabric or other flexible material, and a net 122 is attached to the sleeve 124 to span between the first and second U-shaped members 123 and 125.

[0043] In the disclosure of the ‘433 patent, the right-angle bends 116 and 118 are not braced or stabilized, but an elongate strap 120 spans therebetween to pull the first and second bends 116 and 118 inward to establish a maximum spacing therebetween and to form the sports goal 112 into a shell into which game projectiles can be received. The strap 120 is attached to the sleeve 124 or directly to the framework 110. First and second vertical side portions 126 and 128 are joined by curved top portion 129 in the first U-shaped member 123, and first and second horizontal side portions 132 and 134 are joined by curved rear portion 114 in the second U-shaped member 125. The side portions 126, 128, 132, and 134 and the curved top and rear portions 129 and 114 are not discrete, separate members but are portions of the continuous framework 110. The vertical U-shaped member 123 defines a goal opening or mouth 130 of the sports goal 112 into which the ball or other game projectile passes for scoring purposes.

[0044] As taught in the ‘433 patent, the resilient nature of the framework 110 enables the vertical U-shaped member 123 to bend and give, such as in response to an individual falling onto the sports goal 112, and then to spring back into its vertical configuration. Meanwhile, the vertical U-shaped member 123 is prevented from pivoting further away from the horizontal U-shaped member 125 by the net 122 such that the horizontal U-shaped member 125 is maintained at an approximately 90-degree angle 136 relative to the vertical U-shaped member 123.

[0045] The framework 110 of the sports goal 112 can be easily twisted and folded for storage and transport by bringing first and second bends 116 and 118 towards each other as in FIG. 2, which causes the framework 110 to twist largely of its own accord to form two loops 142 and 144 of the continuous spring material forming the framework 110. The first and second loops 142 and 144 meet at point 146 to cause the loops 142 and 144 to cooperate to pursue oval shapes with the strap 120 and net 122 gathered and loosely disposed therebetween. As in FIG. 3, a short strap 158 or other restraint can be used to retain the goal 112 in its flattened, storage mode.

[0046] So constructed, the portable sports goal 112 of the ‘433 patent has achieved remarkable success around the world, changing the way pick-up sports games and practices are conducted forever. However, despite the great advantages deriving from being able to set up and collapse the sports goal 112 in a near instant, the formation of the sports goal 112 from a continuous flexible member 110 has presented the real need to stabilize the structural integrity of the portable goal 112, particularly at the first and second right-angle bend 116 and 118 junctions where the first and second U-shaped members 123 and 125 meet. In so doing, it is necessary to provide stabilization that can be effectively engaged with a continuous flexible member 110 where it is not possible simply to insert the ends of separate frame members into a standard bracket. It is also desirable to establish anchor points for a flexible strap or other member spanning between the ends of the U-shaped members 123 and 125 thereby to maintain the U-shaped members 123 and 125 in bowed conditions and to establish a predetermined maximum width of the goal opening. Still further, at least in certain uses, it is desirable to establish anchor points for a weighted member, such as an elongate weighted chain that can be caused to traverse alongside the second, horizontally-disposed U-shaped member 125 to cause stabilizing weight to be retained in a stable, safe, and evenly-dispersed manner.

[0047] Recognizing the foregoing, the present inventor devised of the flexible and portable sports goal indicated generally at 10 in FIG. 4 incorporating first and second bracing and connecting brackets 50A and 50B in stabilization of the first and second right angle bends 16 and 18 that join the first, vertically-disposed U-shaped member 23 with the second, horizontally-disposed U-shaped member 25. The sports goal 10 is again founded on a framework 12 formed of a unitary, continuous elongate flexible member. The framework 12 can, by way of example and not limitation, be formed from fiberglass, spring steel, or another durable, resiliently flexible material. The material of the framework 12 is formed into a wire, band, rod, or other configuration. The sports goal 10 so formed is tough and resilient. The goal 10 is able to spring from its collapsed configuration to its use configuration as shown in FIG. 4, and the sports goal 10 can be readily collapsed as previously described for storage and transport.

[0048] As is illustrated inFIG. 4, the framework 12 can be rendered continuous from an elongate strand of spring steel or other resiliently flexible material by having first and second ends joined by welding or any other effective method. The framework 12 is again bent to have first and second right-angle bends 16 and 18 therein that are positioned approximately opposite to one another along the framework 12. First and second U-shaped members 23 and 25 are thus formed. In practice, the first U-shaped member 123 can be disposed vertically to establish a goal opening or mouth 30, and the second U-shaped member 125 can be disposed horizontally on a support surface. All or part of the framework 12 is again encased within a sleeve 24 of fabric or other flexible material, and a net 22 is attached to the sleeve 24 to span between the first and second U-shaped members 23 and 25. In certain embodiments, the sleeve 24 can continuously span the entire framework 12, or the sleeve 24 can be segmented, such as by having a first portion encasing the first U-shaped member 23 and a second portion encasing the second U-shaped member 25 with the first and second right-angle bends 16 and 18 not being encased by the sleeve 24.

[0049] With the framework 12 so formed, first and second vertical side portions 26 and 28 are joined by a curved top portion 29 in the first U-shaped member 23, and first and second horizontal side portions 32 and 34 are joined by a curved rear portion 14 in the second U-shaped member 25. Again, the side portions 26, 28, 32, and 34 and the curved top and rear portions 29 and 14 are not discrete, separate members but are portions of the continuous framework 12. The framework 12 again enables the vertical U-shaped member 23 to bend and give, such as in response to an individual falling onto the sports goal 12, and then to spring back into shape. The vertical U-shaped member 23 is prevented from pivoting to greater than a right angle relative to the horizontal U-shaped member 25 by the net 22.

[0050] The framework 10 of the sports goal 12 can be easily twisted and folded for storage and transport by bringing first and second bends 16 and 18 towards each other thereby causing the framework 12 to twist largely of its own accord to form two loops of the continuous spring material forming the framework 12. The first and second loops meet at a junction or point such that the loops pursue oval shapes. A strap or other restraint (not shown in FIG. 4) can be used to retain the goal 10 in its flattened, storage mode.

[0051] Advantageously, the first and second bracing and connecting brackets 50A and 50B secured to receive and retain the first and second right-angle bends 16 and 18 therewithin provide stabilization to the right-angle bends 16 and 18, to the vertical and horizontal U-shaped members 23 and 25, and to the sports goal 10 in general. The first and second bracing and connecting brackets 50A and 50B also provide dedicated attachment points for an elongate strap 20 retained to span between the opposed horizontal side portions 32 and 34 of the horizontal U-shaped member 25. Still further, the first and second bracing and connecting brackets 50A and 50B establish dedicated attachment points for an elongate ballast structure 80, such as a weighted chain 80, that can then be disposed to traverse from the first bracket 50A to the second bracket 50B alongside the horizontal U-shaped member 25.

[0052] The structure, function, and advantages of the bracing and connecting brackets 50A and 50B can be better understood with additional reference to FIGS. 5 through 9. The brackets 50A and 50B are generally triangular in profile with a first leg for being disposed to align with a side portion 26, 28, 32, or 34 to a first side of a right-angle bend 16 or 18, a second leg for being disposed to align with a side portion 26, 28, 32, or 34 to a second side of a right-angle bend 16 or 18, and a hypotenuse portion, which happens to be arcuate in this embodiment, spanning between the ends of the first and second legs thus to span from side portion 26, 28, 32, or 34 to side portion 26, 28, 32, or 34. As taught herein, the bracing and connecting brackets 50A and 50B are identical in construction and universally attachable. As such, a given connecting bracket 50A or 50B can be attached in stabilization of either right-angle bend 16 or 18, and each connecting bracket 50A and 50B is reversible in orientation such that either of the first and second legs of the triangular shape of the bracket 50A or 50B can be aligned with either a vertical or a horizontal side portion 26, 28, 32, or 34 with identical stabilization and connecting functionality.

[0053] With the foregoing universal and reversible attachment characteristics in mind, a single bracing and connecting bracket is indicated generally at 50 in FIGS. 5, 6, 8, and 9 with it being recognized that identical brackets 50 can be disposed to stabilize and provide connection to the right-angle bends 16 and 18. Looking first toFIGS. 5 and 6, the bracing and connecting bracket 50 can be seen to be formed from first and second bracket members 52 and 54, which may be referred to as bracket halves 52 and 54, that are generally mirror images of one another and that are adapted to be joined to form the complete bracket 50.

[0054] As FIGS. 5 and 6 illustrate, each bracket half 52 and 54 has an outer base wall 84 establishing the general shape of the bracket half 52 and 54 and a side wall 86 traversing the periphery of the outer base wall 84. With that, the outer base walls 84 of the first and second bracket halves 52 and 54 are spaced by a distance equal to the combined heights of the side walls 86. Within the space between the outer base walls 84 of the first and second bracket halves 52 and 54, a generally L-shaped raceway 68 is formed in each of the bracket halves 52 and 54 and the bracket 50 in general for receiving, bracing, and stabilizing the right-angle bend 16 or 18 and adjacent segments of the side portions 26, 28, 32, or 34 proximal to the right-angle bend 16 or 18.

[0055] The second bracket half 54 has three fastener apertures 60 therethrough disposed in a generally triangular formation with one fastener aperture 60 disposed adjacent to each corner of the generally rectangular second bracket half. The first bracket half 52 has three hexagonal nut receivers 82 disposed to align with the fastener apertures 60 of the second bracket half 54. The fastener apertures 60 and the nut receivers 82 have columns that project from the inner surface of the outer base wall 84, and the columns combine to achieve a combined height approximately equal the distance between the outer base walls 84 of the first and second bracket halves 52 and 54. Under this construction, threaded fasteners 56 can be passed through the fastener apertures 60 and threadedly engaged with hexagonal nuts 58 that are received into the nut receivers 82. With the wire of the framework 12 received therebetween as is discussed further herein, the bracket halves 52 and 54 can thus be drawn and fastened together by cooperation of the fasteners 56 and nuts 58 until the columns of the fastener apertures 60 and the nut receivers 82 make contact thereby to form the unified bracing and connecting bracket 50 and to fix the framework 12 therebetween.

[0056] Each of the first and second bracket halves 52 and 54 has first and second oblong strap slots 62 disposed in equal and opposite positions with one strap slot 62 with an oblong shape spaced in parallel to a first leg of the triangular shape of the bracket half 52 or 54 and a second strap slot 62 with an oblong shape spaced in parallel to a second, opposing leg of the triangular shape of the bracket half 52 or 54. The raceway 68 and thus the framework 12 when retained therein are disposed to traverse between the oblong strap slots 62 and the peripheral outer wall 86. Further, the peripheral side wall 86 has first and second strap channels 64 disposed in alignment along the raceway 68 with the first and second oblong strap slots 62 respectively. The first and second oblong strap slots 62 of each bracket half 52 and 54 have oblong columns that project from the inner surface of the outer base wall 84. The columns combine to achieve a combined height approximately equal the distance between the outer base walls 84 of the first and second bracket halves 52 and 54. Under this construction, when the first and second bracket halves 52 and 54 are fastened together, the oblong columns of the first and second strap slots 62 cooperate to establish continuous oblong passage through the joined bracket halves 52 and 54. Since one strap slot 62 and an associated strap channel 64 are spaced in relation to each leg of the triangular shape of the bracket 50, one strap slot 62 and strap channel 64 will always be horizontally disposed adjacent to the support surface with a horizontal side portion 32 or 34 of the framework 12 clamped therein, and one strap slot 62 and an associated strap channel 64 will always be vertically disposed with a vertical side portion 26 or 28 of the framework 12 clamped therein.

[0057] Notably, the oblong columns projecting from the outer base wall 84 of the first bracket half 52 have a greater projecting height than the projecting height of the oblong columns projecting from the outer base wall 84 of the second bracket half 54. More particularly, such as where the framework 12 is crafted from an elongate wire with a round cross section rendered continuous, the oblong columns projecting from the outer base wall 84 of the first bracket half 52 preferably each have a projecting height that extends beyond a centerline of the framework 12 where the framework 12 is widest when the framework 12 is received in the raceway 68. With that, with at least a portion of the space between the oblong columns and the facing surface of the peripheral outer wall 86, particularly in alignment with the strap channel 64, being equal to or less than the thickness of the framework 12, the framework 12 can be snapped into place and retained within the raceway 68 by the facing surfaces of the oblong columns and the peripheral outer wall 86. Then, the bracket halves 52 and 54 can be fastened together as described.

[0058] Further, each of the first and second bracket halves 52 and 54 has a centrally disposed annular ballast attachment aperture 66 through the outer base wall 84. Each ballast attachment aperture 66 is bounded by an annular column that projects from the inner surface of the outer base wall 84. The columns bounding the attachment apertures 66 combine to achieve a combined height approximately equal to the distance between the outer base walls 84 of the first and second bracket halves 52 and 54. Under this construction, when the first and second bracket halves 52 and 54 are fastened together, the annular columns of the ballast attachment apertures 66 cooperate to establish a continuous tubular conduit through the joined bracket halves 52 and 54.

[0059] As is illustrated in FIG. 4, the tubular conduit through the joined bracket halves 52 and 54 so formed provides a dedicated passage and attachment point for an elongate ballast structure 80 with a first end secured to the first bracket 50A by use of the ballast attachment aperture 66 thereof, an elongate body portion disposed to travel in parallel to the horizontally-disposed second U-shaped member 25 within the sleeve 24, and a second end secured to the second bracket 50B by use of the ballast attachment aperture 66 thereof. The elongate ballast structure 80 can, by way of example and not limitation, comprise a metal chain or other elongate, flexible, weighted member thereby providing stabilizing, evenly distributed weight over the entire span of the second U-shaped member 25.

[0060] As can be perceived by reference, for example, to FIG. 9, the distance between the outer walls 84 of the assembled first and second bracket halves 52 and 54 is greater than the thickness of the framework 12, which again can have a round or other cross section. A plurality of stabilizing ridges 70, 72, 74, and 76 are spaced along the raceway 68 to engage and restrain the framework 12 passing therethrough. More particularly and with additional reference to FIGS. 5 through 7, a central clamping ridge 70 extends from the base wall 84 of each bracket half 52 and 54 across and orthogonal to the raceway 68 in alignment with the bracket corner comprising the junction between the first and second legs of the triangular shape of the bracket halves 52 and 54. A proximal clamping ridge 72 extends from the base wall of each bracket half 52 and 54 across and orthogonal to the raceway 68 spaced from the bracket corner comprising the junction between the first and second legs of the triangular shape of the bracket halves 52 and 54, and a distal clamping ridge 74 extends from the base wall of each bracket half 52 and 54 across and orthogonal to the raceway 68 further spaced from the bracket corner comprising the junction between the first and second legs of the triangular shape of the bracket halves 52 and 54. Still further, as the raceway 68 exits the bracket halves 52 and 54, a semi-annular clamping collar half 76 is formed in each bracket half 52 and 54. Together, the clamping collar halves 76 form an aperture that approximately matches the shape and size of the cross-sectional shape of the framework 12.

[0061] As best shown in FIG. 9, the clamping ridges 70, 72, and 74 of the bracket halves 52 and 54 project from the base walls 84 of the bracket halves 52 and 54 at least in some alignment with the raceway 68 and the framework 12 by a combined height approximately equal to or perhaps a margin greater or less than the distance between the base walls 84 of the assembled bracket halves 52 and 54 less the thickness of the framework 12. With that, the framework 12 is restrained and stabilized at multiple points along the raceway 68. In the depicted embodiment, the clamping ridges 70, 72, and 74 have straight distal edges facing and effectively defining the raceway 68, but such need not be the case. For instance, it would be readily possible for the clamping ridges 70, 72, and 74 to pursue different shapes, such as by having one or more points, by having an arcuate receiving shape for the framework 12, or otherwise. Where the clamping ridges 70, 72, and 74 of the bracket halves 52 and 54 project from the base walls 84 of the bracket halves 52 and 54 by a combined height approximately equal to the distance between the base walls 84 of the assembled bracket halves 52 and 54 less the thickness of the framework 12, the framework 12 will be snugly retained. Where the clamping ridges 70, 72, and 74 of the bracket halves 52 and 54 project from the base walls 84 of the bracket halves 52 and 54 by a combined height marginally greater than the distance between the base walls 84 of the assembled bracket halves 52 and 54 less the thickness of the framework 12, the framework 12 will be effectively clamped in place.

[0062] With the framework 12 and with identical first and second bracing and connecting brackets 50A and 50B so formed, the sports goal 10 can be assembled and deployed to achieve the structure and configuration of FIG. 4. For instance, with the oblong columns projecting from the outer base wall 84 of the first bracket half 52 having a projecting height that extends beyond a centerline of the framework 12 when the framework 12 is received in the raceway 68 and with at least a portion of the space between the oblong columns and the facing surface of the peripheral outer wall 86 being equal to or less than the thickness of the framework 12, the framework 12 can be snapped into place and retained within the raceway 68 by the facing surfaces of the oblong columns and the peripheral outer wall 86. Then, the bracket halves 52 and 54 can be fastened together by disposing threaded fasteners 56 through the fastener apertures 60, by disposing nuts 58 in the faceted nut receivers 82, and then by drawing the bracket halves 52 and 54 together by threaded engagement of the fasteners 56 with the nuts 58 until the peripheral side walls 86 and the columns of the fastener apertures 60, the nut receivers 82, the strap slots 62, and the attachment apertures 66 are drawn into contact. With the corners 16 and 18 and adjacent segments of the side portions 26, 28, 32, and 34 of the framework 12 received in the raceways 68 of the first and second brackets 52 and 54, the clamping ridges 70, 72, and 74 and the clamping collar halves 76 clamp down upon the framework 12 thus providing bracing and stabilization to the corners 16 and 18 of the framework 12 and the sports goal 10 in general.

[0063] Despite the reversibility of the brackets 50A and 50B, the passage provided by the ballast attachment aperture 66 will always be centered between the side portions 26 and 32 and 28 and 34 of the framework 12 to permit ready attachment of the ends of the elongate ballast structure 80 to the brackets 50A and 50B. By way of example and not limitation, the ballast structure 80 can be looped through the ballast attachment aperture 66 of each bracket 50A and 50B, and the ends of the ballast structure 80 can be fastened along the body portion of the ballast structure 80. Numerous other methods for attaching the ballast structure 80 to the ballast attachment aperture 66 and thus to the brackets 50A and 50B will be obvious to a person of ordinary skill in the art after reviewing the present disclosure. Each such method is included within the scope of the claims except as may be expressly excluded therein.

[0064] Further, since one strap slot 62 and strap channel 64 will always be horizontally disposed adjacent to the support surface with a horizontal side portion 32 or 34 clamped therein, an elongate strap 20 can be caused to span from the first bracket 50A to the second bracket 50B, such as by being looped through the strap slots 62 and over the strap channels 64 and fastened in place, such as by being connected to itself as by stitching, fasteners, or any other effective method. The corners 16 and 18 of the framework 12 are thus drawn toward one another when the framework 12 is in its deployed, use configuration to retain the U-shaped nature of the members 23 and 25 and to maintain a fixed goal width and shape. The strap 20 can be of any suitable material, including but not limited to polymeric webbing or any other durable, flexible strap material. Since the strap slots 62 and the strap channels 64 are disposed in parallel to the horizontal side portions 32 and 34, the strap 20 will likewise be horizontally disposed. When the sports goal 10 is deployed on a support surface as in FIG. 4, the strap 20 thus consistently lays flat upon a support surface thereby leaving the goal mouth 30 unobstructed.

[0065] With certain details and embodiments of the present invention for a sports goal bracing and connecting bracket 50 and for a sports goal 10 employing first and second such connecting brackets 50A and 50B disclosed, it will be appreciated by one skilled in the art that numerous changes and additions could be made thereto without deviating from the spirit or scope of the present invention. This is particularly true when one bears in mind that the presented preferred embodiments merely exemplify the broader invention revealed herein. Accordingly, it will be clear that those with major features in mind could craft embodiments that incorporate those major features while not incorporating all of the features included in the preferred embodiments.

[0066] Therefore, the following patent claims shall define the scope of protection to be afforded to the invention. Those claims shall be deemed to include equivalent constructions insofar as they do not depart from the spirit and scope of the invention. It must be further noted that a plurality of the following claims may express, or be interpreted to express, certain elements as means for performing a specific function, at times without the recital of structure or material. As the law demands, any such claims shall be construed to cover not only the corresponding structure and material expressly described in this specification but also all legally-cognizable equivalents thereof.

Examples

Embodiment Construction

[0040]The sports goal bracing and connecting bracket and the portable sports goal with first and second such bracing and connecting brackets disclosed herein are subject to a wide variety of embodiments. However, to ensure that one skilled in the art will be able to understand and, in appropriate cases, practice the system and method disclosed herein, certain preferred embodiments of the broader invention are described below and shown in the accompanying drawing figures.

[0041]A full understanding of the present invention for a sports goal bracing and connecting bracket and the need for the same will be assisted by reference to the structure and function of the Flexible Sports Goal of the inventor's U.S. Pat. No. 5,433,433, which is illustrated in FIGS. 1 through 3. There, the sports goal is indicated generally at 112. The sports goal 112 is founded on a framework 110 formed of a unitary, continuous elongate flexible member with an expanded, use configuration as depicted in FIG. 1 an...

Claims

1. A sports goal for receiving a game projectile, the sports goal comprising:a framework comprising a continuous elongate flexible member;first and second bends in the framework operative to divide the framework into first and second U-shaped portions;wherein the framework is reconfigurable from an expanded, use configuration to a collapsed, storage configuration by a twisting and folding of the framework;a first bracing and connecting bracket for being secured to receive and encase the first bend in the framework to provide bracing and stabilization to the first bend and to the framework;a second bracing and connecting bracket for being secured to receive and encase the second bend in the framework to provide bracing and stabilization to the second bend and to the framework;wherein each bracing and connecting bracket is formed from first and second bracket members adapted to be fastened to one another and wherein each bracing and connecting bracket defines a raceway therethrough adapted to receive the first or second bend of the framework.

2. The sports goal of claim 1, wherein each bracing and connecting bracket has a first strap slot that extends therethrough for receiving and retaining an elongate strap whereby the first and second bracing and connecting brackets and the first and second bends of the framework when encased therein can be connected by an elongate strap.

3. The sports goal of claim 2, wherein each bracing and connecting bracket further comprises a second strap slot that extends therethrough for receiving and retaining an elongate strap, wherein the first and second strap slots are disposed in opposition whereby the first and second bracing and connecting brackets are reversible.

4. The sports goal of claim 1, wherein each of the first and second bracket members comprises a base wall, wherein the base walls of the first and second bracket members are maintained spaced by a distance when the first and second bracket members are fastened to one another, and wherein the raceway is defined between the base walls of each of the first and second bracket members.

5. The sports goal of claim 4, wherein at least one of the first and second bracket members further comprises a side wall.

6. The sports goal of claim 4, further comprising a plurality of clamping formations fixed within each of the first and second bracket members along the raceway wherein the clamping formations are positioned to engage and stabilize the framework within the bracket members.

7. The sports goal of claim 6, wherein the clamping formations comprise clamping ridges.

8. The sports goal of claim 6, wherein the framework has a thickness and wherein the clamping formations project from either or both base walls of the first and second bracket members of each of the first and second bracing and connecting brackets to bound a raceway with a height approximately equal to the thickness of the framework.

9. The sports goal of claim 8, wherein clamping formations project in opposition from the base walls of the first and second bracket members with a combined height approximately equal to the distance between the base walls of the first and second bracket members minus the thickness of the framework.

10. The sports goal of claim 9, wherein each of the first and second bracket members has opposed proximal clamping formations positioned along the raceway to be disposed spaced from the first or second bend in the framework and opposed distal clamping formations positioned to be disposed along the raceway spaced further from the first or second bend in the framework.

11. The sports goal of claim 4, further comprising an elongate strap, wherein each bracing and connecting bracket has first and second strap slots that extend therethrough for receiving and retaining the elongate strap whereby the first and second bracing and connecting brackets and the first and second bends of the framework encased therein can be connected by an elongate strap wherein the first and second strap slots are disposed in opposition whereby the first and second bracing and connecting brackets are reversible.

12. The sports goal of claim 11, wherein the first and second strap slots have correspondingly shaped columns that project from the base walls of the first and second bracket members to define continuous strap passages through the first and second bracing and connecting brackets.

13. The sports goal of claim 12, wherein each of the first and second brackets has first and second side edges, wherein the first and second strap slots are spaced from the side edges, and wherein the raceway passes between the first and second strap slots and the side edges.

14. The sports goal of claim 12, wherein each of the first and second brackets has a peripheral wall, wherein the peripheral wall defines the first and second side edges, wherein the framework has a thickness, and wherein the columns of each of the first and second strap slots are spaced from an inner surface of the peripheral wall by a distance equal to or less than the thickness of the framework whereby the framework can be snapped into place within the raceway between the columns and the inner surface of the peripheral wall.

15. The sports goal of claim 14, wherein the framework comprises a wire with a centerline wherein at least one of the columns of the first and second strap slots projects from the base wall thereof by a distance sufficient to cause the at least one of the columns to project beyond the centerline of the framework when the framework is disposed in the raceway.

16. The sports goal of claim 11, further comprising an elongate ballast structure with a first end, a second end, and a body portion spanning therebetween, wherein each of the first and second bracing and connecting brackets further has a ballast attachment aperture that extends therethrough whereby the first end of the elongate ballast structure can be secured to the ballast attachment aperture of the first bracing and connecting bracket and whereby the second end of the elongate ballast structure can be secured to the ballast attachment aperture of the second bracing and connecting bracket.

17. The sports goal of claim 16, further comprising one or more sleeves disposed to encase at least part of each of the first and second U-shaped portions and further comprising a net retained to traverse between the first and second U-shaped portions whereby at least part of the body portion of the elongate ballast structure can be retained within the one or more sleeves.

18. The sports goal of claim 1, wherein the first and second bends in the framework comprise right-angle bends whereby, when the sports goal is disposed in a support surface, the first U-shaped member comprises a vertical U-shaped member and the second U-shaped member comprises a horizontal U-shaped member.

19. A bracing and connecting bracket adapted to receive and stabilize a corner bend in a continuous framework of a sports goal, the bracing and connecting bracket comprising:a first bracket half with a base wall;a second bracket half with a base wall;a peripheral side wall;wherein the first and second bracket halves are adapted to be fastened to one another with the peripheral side wall retained to maintain the base walls of the first and second bracket halves spaced by a distance to form the bracing and connecting bracket and to define an inner volume of the bracing and connecting bracket;a raceway within the inner volume of the bracing and connecting bracket for receiving the corner bend of the continuous framework of the sports goal wherein the raceway corresponds in shape to the corner bend in the continuous framework.

20. The bracing and connecting bracket of claim 19, further comprising a first strap slot that extends through the bracing and connecting bracket for receiving and retaining an elongate strap.

21. The bracing and connecting bracket of claim 20, further comprising a second strap slot that extends through the bracing and connecting bracket for receiving and retaining an elongate strap wherein the first and second strap slots are disposed in opposition whereby the bracing and connecting bracket is reversible.

22. The bracing and connecting bracket of claim 21, wherein the bracket has first and second side edges, wherein the first and second strap slots are spaced from the side edges, and wherein the raceway passes between the first and second strap slots and the side edges.

23. The bracing and connecting bracket of claim 22, wherein the first and second strap slots have correspondingly shaped columns that project from the base walls of the first and second bracket halves to define continuous strap passages through the bracing and connecting bracket.

24. The bracing and connecting bracket of claim 23, wherein the framework has a thickness, and wherein the columns of each of the first and second strap slots are spaced from an inner surface of the peripheral side wall by a distance equal to or less than the thickness of the framework whereby the framework can be snapped into place within the raceway between one of the columns and the inner surface of the peripheral side wall.

25. The bracing and connecting bracket of claim 24, wherein the framework comprises a wire with a centerline wherein at least one of the columns of the first and second strap slots projects from the base wall thereof by a distance sufficient to cause the at least one of the columns to project beyond the centerline of the framework when the framework is disposed in the raceway.

26. The bracing and connecting bracket of claim 19, further comprising a plurality of clamping formations fixed within the inner volume along the raceway wherein the clamping formations are positioned to engage and stabilize the framework within the bracket members.

27. The bracing and connecting bracket of claim 26, wherein the clamping formations comprise clamping ridges.

28. The bracing and connecting bracket of claim 26, wherein the framework has a thickness and wherein the clamping formations project from either or both base walls of the first and second bracket halves to bound a raceway with a height approximately equal to the thickness of the framework.

29. The bracing and connecting bracket of claim 28, wherein clamping formations project in opposition from the base walls of the first and second bracket halves with a combined height approximately equal to the distance between the base walls of the first and second bracket members minus the thickness of the framework.

30. The bracing and connecting bracket of claim 29, wherein each of the first and second bracket halves has opposed proximal clamping formations positioned to be disposed spaced from the bend in the framework and opposed distal clamping formations positioned to be disposed spaced further from the bend in the framework.

31. The bracing and connecting bracket of claim 19, further comprising a ballast attachment aperture that extends through the bracing and connecting bracket.

Images