COLLAPSIBLE AND PORTABLE APPARATUS FOR CATCHING AND RETURNING A BALL

Abstract

This is a training apparatus for ball players (e.g., soccer, baseball, football) in which a collapsible frame supports an open portion and a closed portion, with a netted enclosure in between the open portion and the closed portion. Across the back ring is a backing material that permits a catching or rebounding of a ball that is thrown, kicked, or hit into the apparatus. A dolly is attached to the rear portion of the apparatus. The frame collapses such that the open portion is moved towards the closed portion, thus permitting the front portion of the apparatus to rest on the dolly's slats. A user may then wheel the apparatus to its desired location, and then extend the apparatus back out to its functional position.

Description

FIELD OF THE DISCLOSURE

This disclosure relates to embodiments of a self-practice apparatus for sports involving a ball. More particularly, the disclosure relates to a collapsible and portable apparatus that returns or rebounds a ball that is thrown, kicked, or hit into the apparatus.

BACKGROUND

Practicing sports like soccer, football, and baseball often entails practicing the optimal way to launch a ball. However, this type of practice leads to the athlete needing to chase down the ball that has just been launched a far distance.

SUMMARY

A first aspect may include, for example, a portable apparatus for returning a ball. The portable apparatus may include a frame, an open portion connected to the frame, a closed portion connected to the frame, the closed portion at least partially closed with backing material, a net connected to the open portion and the closed portion, forming a netted enclosure between the open portion and the closed portion, and a dolly connected to the frame, the frame being collapsible when the apparatus is fully assembled.

In some embodiments, the frame comprises a plurality of frame posts.

In some embodiments, the frame comprises at least one frame connector, wherein the frame connector connects two or more frame posts.

In some embodiments, a cable runs through the frame, impeding lateral disassembly of the frame posts and frame connectors.

In some embodiments, the apparatus comprises a front mount connected to the frame.

In some embodiments, a stabilizing mechanism is connected to both the front mount and the frame.

In some embodiments, the front mount connects to the frame via a front mount connector.

In some embodiments, a spring protrudes out from the front mount connector.

In some embodiments, the apparatus comprises at least one mount cord, wherein the open portion is fixed to the front mount with the at least one mount cord.

In some embodiments, the backing material comprises a plurality of cords spanning across the closed portion.

In some embodiments, the backing material comprises a plurality of tubing spanning across the closed portion.

In some embodiments, the apparatus comprises a rear mount.

In some embodiments, the apparatus comprises a plurality of hooks, wherein each hook hooks around the rear mount and the closed portion and clamps the rear mount and the closed portion together; and wherein each end of each of a plurality of cables is connected to one of the plurality of hooks.

In some embodiments, one or more casters removably inserts into a ground-level portion of the apparatus.

In some embodiments, the dolly comprises: at least one handle; a base; a plurality of rear wheels connected to the base; and a casters base capable of storing casters.

In some embodiments, the dolly comprises a plurality of stake holders.

In some embodiments, a plurality of stakes is removably housed in the stake holders.

In some embodiments, the apparatus comprises one or more rear-mount connectors, wherein said rear-mount connector connects the dolly and the rear mount.

In some embodiments, the apparatus comprises: a plurality of slats; a plurality of slat supports, wherein each of the plurality of slats is connected to one of the plurality of slat supports; and a plurality of slat support connectors, wherein: each of the slat support connectors connects one of the slat supports to one of the slats; and each of the slat support connectors is connected to the frame.

In some embodiments, the apparatus comprises a rear caster pole.

In some embodiments, the apparatus comprises a frame cord and a frame cord fastener, wherein: the frame cord is connected to the frame; and the frame cord fastener connects the frame cord to the front mount.

In some embodiments, the apparatus comprises a plurality of weights connected to the frame.

In some embodiments, the plurality of weights are removable.

In some embodiments, each of the weights comprises: a handle; and a weight post, wherein the weight post inserts into the frame.

In some embodiments, a weight pin connected to the weight post and the frame secures the weight post to the frame.

In some embodiments, the apparatus comprises: a closed portion mount connected to the frame; a plurality of backing material supports connected to the backing material; a latch connected to either end of each of the plurality of backing material supports; and a plurality of protrusions connected to the open portion, wherein each latch removably inserts into one of the plurality of protrusions.

A second aspect may include, for example, a portable apparatus for returning a ball. In some embodiments, the apparatus may include a frame, an open portion connected to the frame, an inner front mount connected to the frame, the inner front mount and the open portion connected by at least one mount cord, an outer front mount connected to the frame, a web that extends between the inner front mount and the outer front mount, a closed portion connected to the frame, the closed portion at least partially closed with backing material, a net connected to the open portion and the closed portion, forming a netted enclosure between the open portion and the closed portion, and a dolly connected to the frame, the frame being collapsible when the apparatus is fully assembled.

In some embodiments, the web comprises: a plurality of mount line ribbons, wherein: the outer end of each mount line ribbon attaches to the outer front mount via a mount cord; and the inner end of each mount line ribbon attaches to the inner front mount via a mount cord; and at least one mount line extending through the plurality of mount line ribbons, wherein each end of each mount line attaches to each bottom-most mount line ribbon on either side of the apparatus, respectively.

In some embodiments, the inner front mount connects to the frame via a front mount connector.

In some embodiments, a spring protrudes out from the front mount connector.

In some embodiments, a front mount base is connected to the frame.

In some embodiments, the front mount base connects to the frame via a front mount base connector.

In some embodiments, a spring protrudes out from the front mount base connector.

In some embodiments, a bottom-most mount line ribbon on either side of the apparatus connects to the front mount base via one or more mount base cords.

In some embodiments, the frame comprises a plurality of frame posts.

In some embodiments, the frame comprises at least one frame connector, wherein the frame connector connects two or more frame posts.

In some embodiments, a cable runs through the frame, impeding lateral disassembly of the frame posts and frame connectors.

In some embodiments, the apparatus comprises at least one mount cord, wherein the open portion is fixed to the inner front mount with the at least one mount cord.

In some embodiments, the backing material comprises a plurality of tubing spanning across the closed portion.

In some embodiments, the backing material comprises a plurality of cords spanning across the closed portion.

In some embodiments, the backing material comprises a plurality of cords spanning across the closed portion.

In some embodiments, the apparatus comprises a rear mount.

In some embodiments, the dolly comprises: at least one handle; a base; a plurality of rear wheels connected to the base; and a casters base capable of storing casters.

In some embodiments, the dolly comprises a plurality of stake holders.

In some embodiments, a plurality of stakes is removably housed in the stake holders.

In some embodiments, the apparatus comprises one or more rear-mount connectors, wherein said rear-mount connector connects the dolly and the rear mount.

In some embodiments, the apparatus comprises: a plurality of slats; a plurality of slat supports, wherein each of the plurality of slats is connected to one of the plurality of slat supports; and a plurality of slat support connectors, wherein: each of the slat support connectors connects one of the slat supports to one of the slats; and each of the slat support connectors is connected to the frame.

In some embodiments, the apparatus comprises a rear caster pole.

In some embodiments, one or more casters removably inserts into a ground-level portion of the apparatus.

In some embodiments, the apparatus comprises a frame cord and a frame cord fastener, wherein: the frame cord is connected to the frame; and the frame cord fastener connects the frame cord to the inner front mount.

In some embodiments, the apparatus comprises a plurality of weights connected to the frame.

In some embodiments, each of the weights comprises: a handle; and a weight post, wherein the weight post inserts into the frame.

In some embodiments, a weight pin connected to the weight post and the frame secures the weight post to the frame.

In some embodiments, a stabilizing mechanism is connected to both the inner front mount and the frame.

In some embodiments, the apparatus comprises: a closed portion mount connected to the frame; a plurality of backing material supports connected to the backing material; a latch connected to either end of each of the plurality of backing material supports; and a plurality of protrusions connected to the closed portion, wherein each latch removably inserts into one of the plurality of protrusions.

In some aspects, the techniques described herein relate to a portable apparatus for returning a ball, the apparatus including: a collapsible frame; an open portion connected to a first end of the collapsible frame; a closed portion connected to a second end of the collapsible frame, the closed portion being at least partially closed with a backing material; and a net connected to the open portion and the closed portion such that a netted enclosure is formed between the open portion and the closed portion.

In some aspects, the techniques described herein relate to an apparatus, wherein the collapsible frame includes: a plurality of frame posts; at least one frame connector, wherein the at least one frame connector connects two or more of the plurality of frame posts together; and a cable running through the plurality of frame posts and the at least one frame connector, the cable adapted to impede disassembly of the frame posts and the frame connector.

In some aspects, the techniques described herein relate to an apparatus, wherein the two or more of the plurality of frame posts are rotatable relative to the at least one frame connector to which they are connected.

In some aspects, the techniques described herein relate to an apparatus, wherein the collapsible frame is configured to collapse by raising one of the plurality of frame posts.

In some aspects, the techniques described herein relate to an apparatus, wherein the apparatus includes a front mount connector connected to the front mount and to the frame, and wherein the front mount connector includes a spring extending therefrom and at least partially into the front mount.

In some aspects, the techniques described herein relate to an apparatus, wherein a stabilizing mechanism is connected to the front mount and the frame.

In some aspects, the techniques described herein relate to an apparatus, wherein the apparatus further includes: a closed portion mount connected to the collapsible frame; at least one slat support connected to the closed portion mount; at least one slat support connector connected to the at least one slat support, wherein at least one frame post is positioned in the at least one slat support connector such that the frame post is rotatable within the slat support connector; and a plurality of slats connected to the at least one slat support connector, wherein at least a portion of the collapsible frame rests on the plurality of slats when the collapsible frame is collapsed.

In some aspects, the techniques described herein relate to an apparatus, wherein the apparatus includes: a plurality of backing material supports connected to the backing material; a latch connected to at least one end of each of the plurality of backing material supports; and a plurality of protrusions extending from the closed portion mount and connected to the closed portion, wherein the latch is removably disposed into one of the plurality of protrusions.

In some aspects, the techniques described herein relate to an apparatus, further including a plurality of weights connected to the first end of the collapsible frame, wherein the weights stabilize the apparatus when the apparatus is hit with a projectile.

In some aspects, the techniques described herein relate to a portable apparatus for returning a ball including: an open portion; an inner front mount connected to the open portion, wherein the inner front mount and the open portion are connected by at least one mount cord; a web connected to the inner front mount; an outer front mount connected to the web such that the web extends between the inner front mount and the outer front mount; a net connected to the open portion; a closed portion connected to the net such that a netted enclosure is formed between the open portion and the closed portion, wherein the closed portion is at least partially closed with backing material; and a collapsible frame connected to the closed portion.

In some aspects, the techniques described herein relate to an apparatus, wherein the web includes: a plurality of mount line ribbons, wherein: the outer end of each of the plurality of mount line ribbons is connected to the outer front mount via a mount cord; the inner end of each mount line ribbon is connected to the inner front mount via a mount cord; and at least one mount line extending through the plurality of mount line ribbons, wherein each end of the at least one mount line is connected to the frame.

In some aspects, the techniques described herein relate to an apparatus, further including a front mount connector connected to the inner front mount and to the frame, wherein the front mount connector includes a first spring extending therefrom and at least partially into the inner front mount.

In some aspects, the techniques described herein relate to an apparatus, further including: a front mount base connected to the frame via a front mount base connector; and a second spring extending from the front mount base connector and at least partially into the front mount base.

In some aspects, the techniques described herein relate to an apparatus, wherein the frame includes: a plurality of frame posts; at least one frame connector connecting two or more of the plurality of frame posts; and a cable running through the plurality of frame posts and the at least one frame connector, the cable adapted to impede disassembly of the frame posts and the frame connector.

In some aspects, the techniques described herein relate to an apparatus, wherein the two or more of the plurality of frame posts are rotationally moveable relative to the at least one frame connector to which they are connected.

In some aspects, the techniques described herein relate to an apparatus, wherein the frame is configured to collapse by raising one of the plurality of frame posts.

In some aspects, the techniques described herein relate to an apparatus, wherein the apparatus includes: a closed portion mount; a plurality of slat supports connected to the closed portion mount; a plurality of slat support connectors connected to the plurality of slat supports, wherein at least one frame post of the plurality of frame posts inserts into the slat support connector such that the frame post is rotatable within the slat support connector; and a plurality of slats connected to the at least one slat support connector, wherein at least a portion of the collapsible frame rests on the plurality of slats when the collapsible frame is collapsed.

In some aspects, the techniques described herein relate to an apparatus, further including a plurality of weights connected to the front of the frame, wherein the weights are configured to stabilize the front of the apparatus when the apparatus is hit with a projectile.

In some aspects, the techniques described herein relate to an apparatus, wherein the apparatus includes: a plurality of backing material supports connected to the backing material; a latch connected to an end of each of the plurality of backing material supports; and a plurality of protrusions connected to the closed portion, wherein the latch is removably disposed into one of the plurality of protrusions.

In some aspects, the techniques described herein relate to an apparatus, further including a dolly connected to the closed mount and configured to move the frame when the frame is collapsed.

BRIEF DESCRIPTION OF THE DRAWINGS

These and other features, aspects, and advantages of the present application are described with reference to drawings of certain embodiments, which are intended to illustrate, but not limit, the present disclosure. It is to be understood that the attached drawings are for the purpose of illustrating concepts disclosed in the present application and may not be to scale.

FIG. 1A illustrates a rear perspective view of an embodiment of an apparatus for catching and returning a ball shown in a functional configuration.

FIG. 1B illustrates a front view of the apparatus of FIG. 1A.

FIG. 1C illustrates the apparatus of FIG. 1A shown in a collapsed configuration.

FIG. 2A illustrates a rear perspective view of an alternate embodiment of an apparatus for catching and returning a ball shown in a functional configuration.

FIG. 2B illustrates a front view of the apparatus of FIG. 2A.

FIG. 2C illustrates the apparatus in FIG. 2A shown in a collapsed configuration.

FIG. 3 illustrates an embodiment of a spring that extends from a front mount connector and a spring that extends from a front mount base connector of the apparatus of FIG. 1A.

FIG. 4 illustrates an embodiment of a spring that extends from a front mount connector of the apparatus of FIG. 2A.

FIG. 5 illustrates backing material supports that connect to the closed portion and support the backing material.

DETAILED DESCRIPTION

Although certain preferred embodiments and examples are disclosed below, inventive subject matter extends beyond the specifically disclosed embodiments to other alternative embodiments and/or uses and to modifications and equivalents thereof. Thus, the scope of the claims that may arise here from is not limited by any of the particular embodiments described below. For example, in any method or process disclosed herein, the acts or operations of the method or process may be performed in any suitable sequence and are not necessarily limited to any particular disclosed sequence. Various operations may be described as multiple discrete operations in turn, in a manner that may be helpful in understanding certain embodiments; however, the order of description should not be construed to imply that these operations are order dependent. Additionally, the structures, systems, and/or devices described herein may be embodied as integrated components or as separate components. For purposes of comparing various embodiments, certain aspects and advantages of these embodiments are described. Not necessarily all such aspects or advantages are achieved by any particular embodiment. Thus, for example, various embodiments may be carried out in a manner that achieves or optimizes one advantage or group of advantages as taught herein without necessarily achieving other aspects or advantages as may also be taught or suggested herein.

Various solutions to the problem of an athlete needing to chase down a ball during practice have been attempted. For example, U.S. Pat. No. 5,018,731 to Doyle described an apparatus fit to catch and return a golf ball that has been launched at top speed. However, it is incapable of being transported to a different location. U.S. Pat. No. 4,703,931 to Steen also describes an apparatus fit to return a ball that has been launched by an athlete, and further that is capable of collapsing and being transported. However, the collapsibility requires at least a partial disassembly of the apparatus. A need thus exists for a device that is designed to catch balls that are launched as a part of an athlete's individual sports practice, and is also capable of being transported when fully assembled. Such a device would, among other things, both enable beginners to acquire the fundamental skills of the sport they are practicing, and enable more experienced players to retain or improve those skills.

FIG. 1A shows a side perspective view of an apparatus for catching and returning a ball (referred to herein as the apparatus 100). FIG. 1A illustrates the apparatus 100 in a fully assembled configuration, such as the apparatus 100 may be configured during use. The apparatus 100 shown includes a collapsible frame 102 supporting an open portion 108 and a closed portion 120, with a netted enclosure in between the open portion 108 and the closed portion 120. As shown in FIG. 1A, the open portion 108 may be in the shape of a semi-circle, partially or fully circular, a ring, a portion of a ring, such as an arch or other arc. In some embodiments, the open portion 108 may be other shapes (e.g., square, rectangle, hexagon). The open portion 108 may be composed of galvanized steel or plastic such as polyvinyl chloride. Other materials, including other metals and other plastics, can be used as well. Similarly, the closed portion 120 may be in the shape of a ring. In some embodiments, the closed portion 120 may be other shapes (e.g., square, rectangle, hexagon). The closed portion 120 may be composed of galvanized steel or plastic such as polyvinyl chloride. Other materials, including other metals and other plastics, can be used as well.

The user may throw, hit, or kick a ball (or other projectile) into the apparatus 100 by aiming the ball at the open portion 108. Assuming the ball is accurately launched into the open portion 108, then the closed portion 120 which is at least partially closed with a backing material 124, together with a net 154 that forms the enclosure around the open portion 108 and the closed portion 120, operate to catch and/or rebound the ball for the user. Outside the open portion 108 are an inner front mount 110 and an outer front mount 111, in between which is a web of front mount lines 113. If the user misses the open portion 108 when launching the ball, the front mount lines 113 ensure that balls that are launched somewhere between the inner front mount 110 and the outer front mount 111 are caught rather than hurled far from the apparatus 100.

The apparatus 100 is collapsible even when fully assembled. To collapse the apparatus 100, the user need only lift a middle frame post 107 upward, which causes the components of the frame 102 to either rotationally or laterally move such that the portion of the frame 102 to which the inner front mount 110, the outer front mount 111, and the open portion 108 are connected travels towards the closed portion 120. The collapsed frame 102 then rests on slats 148 which are connected to a dolly 128. The user may use the dolly 128 to wheel the apparatus 100 to her desired location, regardless of whether the apparatus 100 is in its collapsed or functional position. In some embodiments, the apparatus 100 is only transportable in its collapsed position. FIG. 1C illustrates the apparatus in a collapsed configuration.

The apparatus 100 includes a frame 102. The frame 102 can be used for supporting and locating other components of the apparatus 100. In the illustrated configuration, the frame 102 is located at the bottom of the apparatus 100. In some embodiments, the frame 102 may be located, for example, at the top of the apparatus 100 rather than at the bottom, with pillars connecting the apparatus 100 to the ground.

The frame 102 includes frame posts 104, which are connected using frame connectors 106. The frame posts 104 may be composed of galvanized steel tubing or plastic such as polyvinyl chloride. Other materials, including other metals and other plastics, can be used as well. The frame posts 104 may insert into the frame connectors 106, or vice versa. The frame connectors 106 connect to the frame posts 104 in a pivotal manner, such that the friction between the two facilitates their latitudinal and longitudinal positions' remaining stationary, but the frame posts 104 are free to rotate relative to the frame connectors 106 attached to them. If the user wishes to reduce or eliminate the rotation of any frame post 104 relative to a frame connector 106 to which it is connected, the user may wrap shrink tubing around the connection between the frame post 104 and the frame connector 106. In some embodiments, a cable runs through each frame post 104 and frame connector 106 in the frame 102, thus ensuring that that frame posts 104 and frame connectors 106 do not laterally or longitudinally disassemble while rotating. The cable running through the frame post 104 and the frame connector 106 impede disassembly, or prevent the pieces from coming apart, as the frame is collapsed.

In some embodiments, the frame posts 104 connect to the frame connectors 106 by screwing together. In some embodiments, the frame posts 104 rotate by way of appropriately placed hinges in the frame posts 104 and/or frame connectors 106.

The apparatus 100 further includes an inner front mount 110 and an outer front mount 111, each connected to the frame 102. The outer front mount 111 can be used to maintain a web of front mount lines 113, as described elsewhere in the specification. The inner front mount 110 can be used to attach to a open portion 108 in a way that permits some limited movement of the open portion 108 when a ball is thrown, kicked, or hit into the apparatus 100 while keeping the open portion 108 from detaching from the apparatus 100 entirely. The inner front mount 110 can also be used in conjunction with the outer front mount 111 to maintain a web of front mount lines 113, as described elsewhere in the specification.

The inner front mount 110 connects to the frame 102 via a front mount connector 109, whereby a protuberance in the frame 102 inserts into the inner front mount 110. In some embodiments, the front mount connector 109 is composed of a flexible material such as vinyl tubing. As shown in FIG. 3, in some embodiments, a spring 309 also extends from the front mount connector 109, facilitating the inner front mount's 110 ability to spring back to its rest position after a force is exerted on it from, for example, a ball being kicked, thrown, or hit into the apparatus 100.

The inner front mount 110 and outer front mount 111 may each comprise a fiberglass rod encapsulated by vinyl tubing. The inner front mount 110 and outer front mount 111 may alternatively be composed of different material, such as plastic or metal.

A front mount base 114 is further attached to the frame 102. The front mount base 114 can be used in conjunction with the inner front mount 110 and the outer front mount 111 to maintain a web of front mount lines 113, as described elsewhere in the specification. The front mount base 114 connects to the frame 102 via a front mount base connector 116. The front mount base connector 116 attaches to the frame 102 by being inserted into the frame 102, wherein the friction between the two holds their positions in place. The front mount base 114 is additionally connected to the frame 102 by a base bungee loop 105 connected to the front mount base 114. The base bungee loop 105 loops around a protruding ball 103 that protrudes out from the frame 102, as shown in FIG. 1B. In some embodiments, the front mount base connector 116 is composed of a flexible material such as vinyl tubing. As shown in FIG. 3, in some embodiments, a base spring 316 also extends from the front mount base connector 116, facilitating the front mount base's 114 ability to spring back to its rest position after a force is exerted on it from, for example, a ball being kicked, thrown, or hit into the apparatus 100.

Between the inner front mount 110 and outer front mount 111 are mount line ribbons 117. The mount line ribbons 117 can be used to ensure consistent distances between each of the front mount lines 113. One side of the mount line ribbon 117 attaches to the inner front mount 110 via a mount cord 115. The mount cord 115 can be used to keep the rest position of the mount line ribbon 117 in place, while also allowing some limited motion of the mount line ribbon 117 when a ball is hit, kicked, or thrown between the inner front mount 110 and the outer front mount 111. One end of the mount cord 115 ties into an outer hole on either end of the mount line ribbon 117, and the other end of the mount cord 115 attaches to the inner front mount 110 via a cord fastener 118. The cord fastener 118 has two points that insert into the inner front mount 110 or the outer front mount 111, and a portion that clamps the mount cord 115 against either the open portion 108 or the inner front mount 110, respectively. The cord fastener 118 may alternatively wrap around the inner front mount 110 or the outer front mount 111, and clamp the mount cord 115 against the inner front mount 110 or the outer front mount 111, respectively. The other end of the mount cord 115 ties into another outer hole in the mount line ribbon 117, and the other end of the mount cord 115 attaches to the outer front mount 111 via a cord fastener 118 using the same means described above. In some embodiments, the mount line ribbon 117 is composed of vinyl.

The mount cord 115 may be tightened or loosened depending on the amount of open portion 108 motion the user would like to permit. In some embodiments, the mount cord 115 may be composed of an elastic or flexible material, such as bungee material, to facilitate greater motion for the open portion 108 during use. In some embodiments, the mount cord 115 is composed of more rigid material for less motion of the open portion 108.

Extending circumferentially between the inner front mount 110 and outer front mount 111 are front mount lines 113, forming a web between the inner front mount 110 and the outer front mount 111. The front mount lines 113 can be used to rebound a ball that is thrown, hit, or kicked towards the apparatus 100 but fails to make it inside the open portion 108. FIGS. 1A and 1B show three front mount lines 113, each running through the mount line ribbons 117. In some embodiments, the front mount lines 113 are composed of twine. In some embodiments, the front mount lines 113 are composed of more flexible material, e.g., bungee cords. The front mount lines 113 may be tightened or loosened depending on the preference of the user.

Each front mount line 113 ties to the bottom-most mount line ribbon 117 on either side of the apparatus 100. The bottom-most mount line ribbon 117 further attaches to the front mount base 114 via several mount base cords 119, wherein the mount base cords 119 tie into the holes in the bottom-most mount line ribbon 117. The other ends of the mount base cords 119 then insert into holes in the front mount base 114. The mount base cords 119 are retained in the front mount base 114 by a knot in the mount base cord 119 that has a width larger than the aforementioned holes. In some embodiments, the mount base cords 119 are wrapped in vinyl at their bottom ends.

In some embodiments, different types of netting or paneling may run in between the inner front mount 110 and outer front mount 111, rather than the front mount lines 113 and mount line ribbons 117. Mount cords 115 may still be used to attach the netting or paneling to the inner front mount 110 and outer front mount 111, or the netting or paneling may instead attach directly to the inner front mount 110 and outer front mount 111. In some embodiments one or more bungee cords that are attached to the inner front mount 110 and outer front mount 111 run across the inner front mount 110 and outer front mount 111.

In some embodiments, the frame 102 extends to the bottom of the outer front mount 111, and thus the outer front mount 111 and the front mount lines 113 may attach to the frame 102 in the same way they would attach to the front mount base 114 as described elsewhere in the specification.

Attached to the inner front mount 110 is a open portion 108. The open portion 108 can be used as the initial entry point through which the user throws, hits, or kicks a ball into the apparatus 100. FIG. 1A shows the open portion 108 as a circular shape. In some embodiments, the open portion 108 is another shape (e.g., rectangle, triangle, oval). The open portion 108 may be composed of materials such as plastic or fiberglass. The open portion 108 is shown attached to the inner front mount 110 using a ring cord 121, whereby the ring cord 121 connects to the open portion 108 and the inner front mount 110 with a cord fastener 118, as described elsewhere in the specification. The ring cord 121 may be tightened or loosened depending on the amount of open portion 108 motion the user would like to permit. In some embodiments, the ring cord 121 is composed of bungee material to facilitate greater motion for the open portion 108 during use. In some embodiments, the ring cord 121 is composed of more rigid material for less motion of the open portion 108.

In some embodiments, a frame cord further connects the frame 102 to the inner front mount 110. The top of the frame cord connects to the inner front mount 110 using one or more cord fasteners 118 as described elsewhere in the specification. The bottom of the frame cord inserts into a hole in the bottom of the frame 102, and is retained in the frame 102 via a knot in the frame cord 160 that is larger than the aforementioned hole.

Attached to the open portion 108 is a net 154. The net 154 may be made of nylon mesh. The net 154 attaches to the open portion 108 with net fasteners 112. A net fastener 112 runs through holes in the net 154 and clamps around the open portion 108, causing the net 154 to stay in place. In some embodiments, the net 154 is made of nylon sports netting. In some embodiments, the strings of the nylon sports netting are tied around the open portion 108. In some embodiments, the strings of the nylon sports netting are tied through holes in the open portion 108. In some embodiments, rather than a net 154, paneling connects the open portion 108 and the closed portion 120. The paneling may be, for example, windbreak paneling.

The net 154 attaches to a closed portion 120 in the same way as to the open portion 108 (i.e., with net fasteners 112, wherein the net fastener 112 clamps around the closed portion 120 and the strings of the net 154, causing the net 154 to stay in place). In some embodiments, the strings of the net 154 may be tied around the closed portion 120, or tied through holes in the closed portion 120. In some embodiments, the net 154 attaches to a closed portion mount 122 using the same means.

The closed portion 120 is disposed inside the closed portion mount 122. Within the inner portion of the closed portion 120 is backing material 124. The closed portion 120, the closed portion mount 122, the backing material 124, and the net 154 can all function together to catch and/or rebound a ball that is thrown, kicked, or hit into the apparatus 100. The backing material 124 may be composed of, for example, nylon mesh, similar to the net 154. In some embodiments, the backing material 124 is composed of nylon sports netting. In some embodiments, bungee cords are used as backing material 124. The bungee cords may wrap round the closed portion 120 and the closed portion mount 122, thus joining the closed portion 120 and the closed portion mount 122 together. In some embodiments, the bungee cords may wrap around the periphery of the closed portion 120 and then be crimped. After being crimped, a clamp may wrap around the bungee cords, and then rivet to the outside of the closed portion mount 122 and to the inside of the closed portion 120, thus keeping the bungee cords in place. In some embodiments, the closed portion 120 attaches directly to the frame 102 without the use of a closed portion mount 122. In some embodiments, the closed portion mount 122 and the closed portion 120 are the same part of the apparatus 100.

The closed portion mount 122 is connected to a dolly 128. The dolly 128 can be used to transport the apparatus 100, as described elsewhere in the specification. The top end of the dolly 128 connects to the closed portion mount 122 using a top dolly connector 130, and the bottom end of the dolly 128 connects to the closed portion mount 122 using a bottom dolly connector 138. The dolly 128 includes two dolly handles 132.

The dolly 128 also includes a dolly base 134 and a dolly pole 136. At the dolly base 134, there are two wheels 140. The base also includes a caster holder 143, which may store casters 142 while they are not in use.

Connected to the closed portion mount 122 is a slat support 150. The slat support 150 can be used to eliminate the gap between the closed portion mount 122 and the frame 102. The slat support 150 may be welded to the closed portion mount 122. The slat support 150 may be connected to the closed portion mount 122 by other means as well, such as by screws. FIG. 1A shows the slat support 150 connected to the frame 102 with slat support connector 152. The slat support connector 152 can be used to connect the slat support 150 to the frame 102 in a non-adhesive manner, such that the frame post 104 to which the slat support 150 is connected remains free to rotate relative to the slat support connector 152. In some embodiments, the slat support connector 152 is welded to the slat support 150 and wrapped around the frame 102.

FIG. 1A shows slats 148 connected to the slat supports 150. The slats 148 can be used to support the collapsed apparatus 100 when being transported by the user. In some embodiments, the slats 148 are welded onto both the slat supports 150 and the closed portion mount 122.

The slats 148, slat supports 150, and slat support connectors 152 may be composed of steel and may connect to one another via screws or welding. The dolly 128 may also be composed of steel, although individual components may be composed of lighter-weight materials if needed. For example, the dolly base 134 may be composed of plastic to, among other things, make the dolly 128 lighter.

Opposite the dolly 128 are counterweights 156 (as shown, for example, in FIG. 1B). The counterweights 156 can be used to provide a stabilizing force on the apparatus 100 counteracting the force exerted on the apparatus 100 whenever a ball is hit, thrown, or kicked into the apparatus 100. The counterweights 156 are connected to the frame 102 via a weight post 168 that extends out from the counterweight 156 and into a frame post 104. Each counterweight 156 has a handle. In some embodiments, the weight post 168 is held secure in the frame post 104 with a weight pin that inserts into the outside of the frame post 104 and through the weight post 168. In some embodiments, the counterweights 156 are filled with plastic cement.

Stabilizing mechanisms 162 are attached to the frame 102 near the counterweights 156 (as shown, for example, in FIG. 1C). The stabilizing mechanisms may comprise a spring 163 and two stabilizing cables 164. The stabilizing mechanisms 162 can be used to stabilize the outer front mount 111 when a ball is thrown, hit, or kicked at or into the apparatus 100, while permitting some limited motion of the outer front mount 111 depending on the spring coefficient of the stabilizing springs 163. The stabilizing cable 164 above the stabilizing spring 163 attaches to the outer front mount 111 with a cord fastener 118 as described elsewhere in the specification. The stabilizing spring 163 attaches to the stabilizing cable 164 above it with a cable clamp 165 connected to the top of the stabilizing spring 163. The stabilizing cable 164 at the bottom of the stabilizing spring 163 similarly attaches to the stabilizing spring 163 with a cable clamp 165. The stabilizing cable 164 below the stabilizing spring 163 inserts into a hole in the frame 102 near the counterweight 156. The stabilizing cable 164 is retained in the frame 102 by a knot in the stabilizing cable 164 that has a width larger than the hole in the frame 102 near the counterweight 156. In some embodiments, safety features, such as a plastic tube, may be used to cover the spring and/or the cable clamps. In some embodiments, the stabilizing mechanism 162 comprises a bungee cord that attaches the counterweight 156 to the inner front mount 110. The bungee cord can be used to stabilize the inner front mount 110 when a ball is thrown, hit, or kicked at or into the apparatus 100, while permitting some limited motion of the inner front mount 110 depending on the flexibility of the bungee cord. The bungee cord attaches to the inner front mount 110 with a cord fastener 118 as described elsewhere in the specification. A ball is attached to the bottom end of the bungee cord, which may be that inserted into a loop protruding out from the counterweight 156, thus attaching the bungee cord to the counterweight 156.

A retaining tube 172, which stores a retaining clasp 174, is attached to the dolly 128. The retaining clasp 174 may comprise a bungee cable or other elastic member, and a clasp or hook. As shown in FIG. 1C, the retaining clasp 174 clasps around the inner front mount 110 to retain the apparatus 100 in its collapsed position. The retaining clasp 174 may also clasp around different portions of the apparatus 100, such as the outer front mount 111 or the open portion 108.

As shown in FIG. 1C, the apparatus 100 is collapsible. The user first pulls up on the middle frame post 107, causing the frame 102 to collapse such that the inner front mount 110, the outer front mount 111, and the open portion 108 travel towards the closed portion 120. When this occurs, only a portion of the frame 102 will remain parallel to the ground. That portion rests on the slats 148. The user then pulls the retaining clasp 174 out of the retaining tube 172 and clasps or hooks it to the inner front mount 110, ensuring the apparatus 100 remains in the collapsed position. The user may then tilt the apparatus 100 such that only the wheels 140 touch the ground, enabling the user to wheel the apparatus 100 to her desired location. FIG. 1C also shows casters 142 installed on the closed portion mount 122 and on the bottom dolly connector 138, enabling the user to wheel the apparatus 100 to her desired location without having to tilt the apparatus 100 on the wheels 140. The casters 142 may have a top protuberance that inserts through a hole at the bottom of the closed portion mount 122 or bottom dolly connector 138. A caster pin 141 may be inserted into the top protuberance after the caster 142 has been inserted into the aforementioned holes to secure the casters' 142 positions. In some embodiments, the casters 142 are placed in alternate locations on other ground-level portions of the apparatus 100. In some embodiments, the length of the collapsed apparatus 100 is less than 36 inches, thus permitting the user to transport the collapsed apparatus 100 through a standard 36-inch gate by, for example, wheeling it through the gate using the casters 142. In some embodiments, the bungee or other elastic cord functioning as the stabilizing mechanism 162 must be disengaged from the counterweights 156 prior to pulling up on the middle frame post 107.

The user may also disassemble the counterweights 156 when collapsing the apparatus 100. The user may strap the counterweights 156 to the slat supports 150 after the counterweights 156 have been removed from the frame 102. In some embodiments, the user may disengage bungee cords from the counterweights 156 in order to remove the counterweights 156 from the frame.

The user converts the apparatus 100 from the collapsed position to the functional position by first removing the casters 142. The casters 142 may be placed in the casters holder 143 until they are needed again, wherein the protuberances on the casters 142 are inserted into holes in the dolly base 134. The caster pins 141 may be placed in a rear hole of the retaining tube 172. The user then disengages the retaining clasp 174 from the open portion 108. The user then pulls the front portion of the apparatus 100 away from the closed portion 120, causing the entirety of the frame 102 to rest on the ground.

If the user previously disassembled the counterweights 156, to reassemble the counterweights 156 the user detaches the counterweights 156 from the slat supports 150 and inserts the weight post 168 into the frame 102 for each counterweight 156.

FIG. 5 depicts an embodiment of backing material supports that connect to the closed portion and support the backing material. As shown in FIG. 5, the backing material 124 may be supported using backing material supports 504. In some embodiments, the backing material supports 504 are composed of, for example, plastic or metal tubing. In some embodiments, the backing material supports 504 are composed of bungee cords. At least one of the backing material supports 504 may insert into one or more holes 512 in the backing material 124 to ensure stability of the backing material 124. The backing material supports 504 attach to the closed portion mount 122 using latches 506. The latches 506 are connected to the backing material supports 504 using latch connectors 508, which loop around the latch 506 and connect to the backing material supports 504 with latch clamps 510. The latches 506 may be composed of, for example, flexible plastic or elastic material. The latch clamps 510 may be, for example, hog clamps. The latch 506 inserts into a protrusion 502 welded onto the closed portion mount 122. In some embodiments, a steel wire of a similar width as the latch 506 is inside each latch 506 to ensure the latch 506 does not unlatch from the protrusion 502 upon a ball being hit, thrown, or kicked into the apparatus 100.

FIG. 2A shows a rear perspective view of an embodiment of an apparatus for catching and returning a ball (referred to herein as the apparatus 200). FIG. 2A illustrates the apparatus 200 in a fully assembled configuration, such as the apparatus may be configured during use. The apparatus 200 shown includes a collapsible frame 202 supporting an open portion 208 and a closed portion 220, with a netted enclosure in between the open portion 208 and the closed portion 220. As shown in FIG. 2A, the open portion 208 may be in the shape of a ring, a portion of a ring, a semi-circle, partial circle, arch, arc, or the like. In some embodiments, the open portion 208 may be other shapes (e.g., square, rectangle, hexagon). The open portion 208 may be composed of galvanized steel or plastic such as polyvinyl chloride. Other materials, including other metals and other plastics, can be used as well. Similarly, the closed portion 220 may be in the shape of a ring. In some embodiments, the closed portion 220 may be other shapes (e.g., square, rectangle, hexagon). The closed portion 220 may be composed of galvanized steel or plastic such as polyvinyl chloride. Other materials, including other metals and other plastics, can be used as well.

The user may throw, hit, or kick a ball into the apparatus 200 by aiming the ball at the open portion 208. Assuming the ball is accurately launched into the open portion 208, then the closed portion 220 which is at least partially closed with a backing material 224, together with a net 254 that forms the enclosure around the open portion 208 and the closed portion 220, operate to catch and/or rebound the ball for the user.

The apparatus 200 is collapsible even when fully assembled. To collapse the apparatus 200, the user need only lift a middle frame post 207 upward, which causes the components of the frame 202 to either rotationally or laterally move such that the portion of the frame 202 to which the front mount 210 and the open portion 208 are connected travels towards the closed portion 220. The collapsed frame 202 then rests on slats 248 which are connected to a dolly 228. The user may use the dolly 228 to wheel the apparatus 200 to a desired location, regardless of whether the apparatus 200 is in its collapsed or functional position. In some embodiments, the apparatus 200 is only transportable in its collapsed position.

The apparatus 200 includes a frame 202. The frame 202 can be used for supporting and locating other components of the apparatus 200. In the illustrated configuration, the frame 202 is located at the bottom of the apparatus 200. In some embodiments, the frame 202 may be located, for example, at the top of the apparatus 200 rather than at the bottom, with pillars connecting the apparatus 200 to the ground.

The frame 202 can include frame posts 204, which are connected using frame connectors 206. The frame posts 204 may be composed of galvanized steel tubing or plastic such as polyvinyl chloride. Other materials, including other metals and other plastics, can be used as well. The frame connectors 206 connect to the frame posts 204 in a pivotal manner, such that the friction between the two holds their longitudinal and latitudinal positions in place, but the frame posts 204 are free to rotate relative to the frame connectors 206 attached to them. If the user wishes to reduce or eliminate the rotation of any frame post 204 relative to the frame connector 206 to which it is connected, the user may wrap shrink tubing around the connection between the frame post 204 and the frame connector 206. In some embodiments, a cable runs through each frame post 204 and frame connector 206 in the frame 202, thus ensuring that that frame posts 204 and frame connectors 206 do not laterally or longitudinally disassemble while rotating.

In some embodiments, the frame posts 204 connect to the frame connectors 206 by screwing together. In some embodiments, the frame posts 204 rotate by way of appropriately placed hinges in the frame posts 204 and/or frame connectors 206.

The apparatus 200 further includes a front mount 210 connected to the frame 202. The front mount 210 can be used to attach to an open portion 208 in a way that permits some limited movement of the open portion 208 when a ball is thrown, kicked, or hit into the apparatus 200 while keeping the open portion 208 from detaching from the apparatus 200 entirely. The front mount 210 connects the frame 202 via a front mount connector 209, whereby a protuberance in the frame 202 inserts into the front mount 210. In some embodiments, the front mount connector 209 is composed of a flexible material such as vinyl tubing. As shown in FIG. 4, in some embodiments, a base spring 409 also extends from the front mount connector 209, facilitating the front mount's 210 ability to spring back to its rest position after a force is exerted on it from, for example, a ball being kicked, thrown, or hit into the apparatus 200.

The front mount 210 may comprise a fiberglass rod encapsulated by vinyl tubing. The front mount may alternatively be composed of different material, such as plastic or metal.

Attached to the front mount 210 is an open portion 208. The open portion 208 can be used as the initial entry point through which the user throws, hits, or kicks a ball into the apparatus 200. FIG. 2A shows the open portion 208 in a rounded or circular shape. In some embodiments, the open portion 208 is another shape (e.g., square, triangle, oval). The open portion 208 may be composed of materials such as plastic or fiberglass. The open portion 208 is shown attached to the front mount 210 using a ring cord 221, whereby the ring cord 221 connects to the open portion 208 and the front mount 210 with a cord fastener 218. The cord fastener 218 may have at least two points that insert into the front mount 210, and a portion that clamps the ring cord 221 against the open portion 208. The cord fastener 218 may alternatively wrap around the front mount 210 and clamp the ring cord 221 against the open portion 208. The ring cord 221 may be tightened or loosened depending on the amount of open portion 208 motion the user would like to permit. In some embodiments, the ring cord 221 is composed of bungee material to facilitate greater motion for the open portion 208 during use. In some embodiments, the ring cord 221 is composed of more rigid material for less motion of the open portion 208. In some embodiments, the front mount 210 and the open portion 208 are the same part of the apparatus 200.

A frame cord 260 further connects the front mount 210 to the frame 202. The frame cord 260 may be fastened to the front mount 210 using a cord fastener 218, which fastens the frame cord 260 to the front mount 210 as described elsewhere in the specification.

Attached to the open portion 208 is a net 254. The net 254 may be made of nylon sports netting. The net 254 attaches to the open portion 208 with net fasteners 212. A net fastener 212 clamps around the open portion 208 and the strings of the net 254, causing the net 254 to stay in place. In some embodiments, the strings of the net 254 are tied around the open portion 208. In some embodiments, the strings of the net 254 are tied through holes in the open portion 208. In some embodiments, the net 254 is made of nylon mesh rather than nylon sports netting. In some embodiments, the net fastener 212 runs through holes in the nylon mesh and clamps around the open portion 208. In some embodiments, rather than a net 254, paneling connects the open portion 208 and the closed portion 220. The paneling may be, for example, windbreak paneling.

The net 254 attaches to a closed portion 220 in the same way as to the open portion 208 (i.e., with net fasteners 212, wherein the net fastener 212 clamps around the closed portion 220 and the strings of the net 254, causing the net 254 to stay in place). In some embodiments, the strings of the net 254 may be tied around the closed portion 220, or tied through holes in the closed portion 220. In some embodiments, the net 254 attaches to a closed portion mount 222 using the same means.

The closed portion 220 is shown resting inside the closed portion mount 222. The closed portion 220 connects to the closed portion mount 222 using hooks 226, wherein the top of each hook 226 is inserted into a hole on the perimeter of the closed portion mount 222, and the bottom of each hook 226 clamps around the closed portion 220. In some embodiments, the closed portion 220 attaches directly to the frame 202 without the use of a closed portion mount 222. In some embodiments, the closed portion mount 222 and the closed portion 220 are the same part of the apparatus 200.

Within the inner portion of the closed portion 220 is backing material 224. The closed portion 220, the closed portion mount 222, the backing material 224, and the net 254 can all function together to catch and/or rebound a ball that is thrown, kicked, or hit into the apparatus 200. The backing material 224 may be composed of bungee or other elastic cords. The bungee cords may wrap round the closed portion 220 and the closed portion mount 222, thus joining the closed portion 220 and the closed portion mount 222 together. In some embodiments, the bungee cords may wrap around the periphery of the closed portion 220 and then be crimped. After being crimped, a clamp may wrap around the bungee cords, and then rivet to the outside of the closed portion mount 222 and to the inside of the closed portion 220, thus keeping the bungee cords in place. In some embodiments, the backing material 224 is composed of, for example, nylon mesh. The nylon mesh may be supported using backing material supports. In some embodiments, the backing material supports are composed of, for example, plastic or metal tubing. At least one of the backing material supports may insert into one or more holes in the nylon sports netting to ensure stability of the backing material 224. The backing material supports attach to the closed portion mount 222 using latches. The latches are connected to the backing material supports using latch connectors, which loop around the latch and connect to the backing material supports with latch clamps. The latches may be composed of, for example, flexible plastic or elastic material. The latch clamps may be, for example, hog clamps. The latch inserts into a protrusion welded onto the closed portion mount 222. In some embodiments, a steel wire of a similar width as the latch is inside each latch to ensure the latch does not unlatch from the protrusion upon a ball being hit, thrown, or kicked into the apparatus 200.

The closed portion mount 222 can be connected to a dolly 228. The dolly 228 can be used to transport the apparatus 200, as described elsewhere in the specification. The top end of the dolly 228 connects to the closed portion mount 222 using a top dolly connector 230, and the bottom end of the dolly 228 connects to the closed portion mount 222 using a bottom dolly connector 238. The dolly 228 includes two dolly handles 232. The dolly 228 includes two stake holders attached to the dolly pole 236 which hold stakes 235. The stakes may be used to stabilize the apparatus 200 by, for example, penetrating the ground directly adjacent to the frame 202, slats 248, or slat supports 250 such that their top ends contact the top portions of the aforementioned components.

The dolly 228 also includes a dolly base 234 and a dolly pole 236. At the dolly base 234, there are two wheels 240. The base also includes a casters holder 243, which may store casters 242 while they are not in use.

Connected to the closed portion mount 222 is a slat support 250. The slat support 250 can be used to eliminate the gap between the closed portion mount 222 and the frame 202. The slat support 250 may be welded to the closed portion mount 222. The slat support 250 may be connected to the closed portion mount 222 by other means as well, such as by screws. FIG. 2A shows the slat support 250 connected to the frame 202 with slat support connector 252. The slat support connector 252 can be used to connect the slat support 250 to the frame 202 in a non-adhesive manner, such that the frame post 204 to which the slat support 250 is connected remains free to rotate relative to the slat support connector 252. In some embodiments, the slat support connector 252 is welded to the slat support 250 and wrapped around the frame 202.

FIG. 2A shows slats 248 connected to the slat supports 250. The slats 248 can be used to support the collapsed apparatus 200 when being transported by the user. In some embodiments, the slats 248 are welded onto both the slat supports 250 and the closed portion mount 222.

The slats 248, slat supports 250, and slat support connectors 252 may be composed of steel and may connect to one another via screws or welding. The dolly 228 may also be composed of steel, although individual components may be composed of lighter-weight materials if needed. For example, the dolly base 234 may be composed of plastic to, among other things, make the dolly 228 lighter.

Opposite the dolly 228 are counterweights 256 (as shown, for example, in FIG. 2B). The counterweights 256 can be used to provide a stabilizing force on the apparatus 200 counteracting the force exerted on the apparatus 200 whenever a ball is hit, thrown, or kicked into the apparatus 200. The counterweights 256 are connected to the frame 202 via a weight post 268 that extends out from the counterweight 256 and into a frame post 204. Each counterweight 256 has a handle. FIG. 2A shows the weight post 268 held secure in the frame post 204 with a weight pin 270 that inserts into the outside of the frame post 204 and through the weight post 268. In some embodiments, the counterweights 256 are filled with plastic cement.

A weight cord 264 attaches the weight to the front mount 210, functioning as a stabilizing mechanism. The weight cord 264 can be used to stabilize the front mount 210 when a ball is thrown, hit, or kicked at or into the apparatus 200, while permitting some limited motion of the front mount 210 depending on the flexibility of the weight cord 264. The weight cord 264 attaches to the front mount 210 with a cord fastener 218 as described elsewhere in the specification. The weight cord 264 comprises a weight cord ball 265 at one end that inserts into a weight bungee loop 266, thus attaching the weight cord 264 to the counterweight 256. In some embodiments, rather than weight cords 264, a stabilizing spring and two stabilizing cables function as stabilizing mechanisms. A stabilizing cable above the stabilizing spring attaches to the front mount 210 with a cord fastener 218 as described elsewhere in the specification. The stabilizing spring attaches to the stabilizing cable above it with a cable clamp connected to the top of the stabilizing spring. A stabilizing cable at the bottom of the stabilizing spring similarly attaches to the stabilizing spring with a cable clamp. The stabilizing cable below the stabilizing spring inserts into a hole in the frame 202 near the counterweight 256. The stabilizing cable is retained in the frame 202 by a knot in the stabilizing cable that has a width larger than the aforementioned hole. In some embodiments, safety features, such as a plastic tube, may be used to cover the spring and/or the cable clamps.

A frame cord 260 further connects the frame 202 to the front mount 210. The top of the frame cord connects to the front mount 210 using one or more cord fasteners 218 as described elsewhere in the specification. The bottom of the frame cord 260 inserts into a hole in the bottom of the frame 202, and is retained in the frame via a knot in the frame cord 260 that is larger than the aforementioned hole.

In some embodiments, a retaining tube 272 is attached to the dolly pole 236. A retaining clasp 274 may be connected to the inside of the retaining tube 272. The retaining clasp 274 may have a comprise a bungee cable and a clasp. As shown in FIG. 2C, the retaining clasp 274 may be used to retain the apparatus 200 in its collapsed position.

As shown in FIG. 2C, the apparatus 200 collapses by first removing the weight pins 270 from the frame 202 and weight posts 268. The user then disengages the weight cords 264 from the counterweights 256 and removes counterweights 256 from the frame 202. The user may strap the counterweights 256 to the slat supports 250 using weight straps 276 after the counterweights 256 have been removed from the frame 202. The user then pulls up on the middle frame post 207, causing the frame 202 to collapse such that the front mount 210 travels towards the closed portion 220. When this occurs, only a portion of the frame 202 will remain parallel to the ground. That portion rests on the slats 248. The user then pulls the retaining clasp 274 out of the retaining tube 272 and clasps it to the open portion 208, ensuring the apparatus 200 remains in the collapsed position. The user may then tilt the apparatus 200 such that only the wheels 240 touch the ground, enabling the user to wheel the apparatus 200 to her desired location. The user may also install casters 242 on, for example, the bottom of the closed portion mount 222 and the bottom dolly connector 238, enabling the user to wheel the apparatus 200 to her desired location without having to tilt the apparatus 200 on the wheels 240. The casters 242 may have a top protuberance that inserts through a hole at the bottom of the closed portion mount 222 or bottom dolly connector 238. A caster pin 241 may be inserted into the top protuberance after the caster 242 has been inserted into the aforementioned holes to secure the casters' 242 positions. In some embodiments, the casters 242 are placed in alternate locations on other ground-level portions of the apparatus 200. In some embodiments, the length of the collapsed apparatus 200 is less than 36 inches, thus permitting the user to transport the collapsed apparatus 200 through a standard 36-inch gate by, for example, wheeling it through the gate using the casters 242.

The user converts the apparatus 200 from the collapsed position to the functional position by first removing the casters 242. The casters 242 may be placed in the caster 242 holders until they are needed again, wherein the protuberances are inserted into holes in the dolly base 234. The caster pins 241 may be clasped to the rear of the retaining tube 272. The user then disengages the retaining clasp 274 from the open portion 208. The user then pulls the front portion of the apparatus 200 away from the closed portion 220, causing the entirety of the frame 202 to rest on the ground. The user then unstraps the counterweights from the slat support 250 and inserts the weight post 268 into the frame 202 for each counterweight 256. The user finally inserts the weight pins 270 into the frame 202 and weight post 268.

While the above detailed description has shown, described, and pointed out novel features, it can be understood that various omissions, substitutions, and changes in the form and details of the devices or algorithms illustrated can be made without departing from the spirit of the disclosure. As can be recognized, certain portions of the description herein can be embodied within a form that does not provide all of the features and benefits set forth herein, as some features can be used or practiced separately from others. The scope of certain implementations disclosed herein is indicated by the appended claims rather than by the foregoing description. All changes which come within the meaning and range of equivalency of the claims are to be embraced within.

Claims

1. A portable apparatus for returning a ball, the apparatus comprising: a collapsible frame;an open portion connected to a first end of the collapsible frame;a closed portion connected to a second end of the collapsible frame, the closed portion being at least partially closed with a backing material; anda net connected to the open portion and the closed portion such that a netted enclosure is formed between the open portion and the closed portion.

2. The apparatus of claim 1, wherein the collapsible frame comprises: a plurality of frame posts;at least one frame connector, wherein the at least one frame connector connects two or more of the plurality of frame posts together; anda cable running through the plurality of frame posts and the at least one frame connector, the cable adapted to impede disassembly of the frame posts and the frame connector.

3. The apparatus of claim 2, wherein the two or more of the plurality of frame posts are rotatable relative to the at least one frame connector to which they are connected.

4. The apparatus of claim 2, wherein the collapsible frame is configured to collapse by raising one of the plurality of frame posts.

5. The apparatus of claim 1, wherein the apparatus comprises a front mount connector connected to the front mount and to the frame, and wherein the front mount connector comprises a spring extending therefrom and at least partially into the front mount.

6. The apparatus of claim 5, wherein a stabilizing mechanism is connected to the front mount and the frame.

7. The apparatus of claim 1, wherein the apparatus further comprises: a closed portion mount connected to the collapsible frame;at least one slat support connected to the closed portion mount;at least one slat support connector connected to the at least one slat support, wherein at least one frame post is positioned in the at least one slat support connector such that the frame post is rotatable within the slat support connector; anda plurality of slats connected to the at least one slat support connector, wherein at least a portion of the collapsible frame rests on the plurality of slats when the collapsible frame is collapsed.

8. The apparatus of claim 7, wherein the apparatus comprises: a plurality of backing material supports connected to the backing material;a latch connected to at least one end of each of the plurality of backing material supports; anda plurality of protrusions extending from the closed portion mount and connected to the closed portion, wherein the latch is removably disposed into one of the plurality of protrusions.

9. The apparatus of claim 1, further comprising a plurality of weights connected to the first end of the collapsible frame, wherein the weights stabilize the apparatus when the apparatus is hit with a projectile.

10. A portable apparatus for returning a ball comprising: an open portion; an inner front mount connected to the open portion, wherein the inner front mount and the open portion are connected by at least one mount cord;a web connected to the inner front mount;an outer front mount connected to the web such that the web extends between the inner front mount and the outer front mount;a net connected to the open portion;a closed portion connected to the net such that a netted enclosure is formed between the open portion and the closed portion, wherein the closed portion is at least partially closed with backing material; anda collapsible frame connected to the closed portion.

11. The apparatus of claim 10, wherein the web comprises: a plurality of mount line ribbons, wherein: an outer end of each of the plurality of mount line ribbons is connected to the outer front mount via a mount cord;an inner end of each mount line ribbon is connected to the inner front mount via a mount cord; andat least one mount line extending through the plurality of mount line ribbons, wherein each end of the at least one mount line is connected to the frame.

12. The apparatus of claim 10, further comprising a front mount connector connected to the inner front mount and to the frame, wherein the front mount connector comprises a first spring extending therefrom and at least partially into the inner front mount.

13. The apparatus of claim 10, further comprising: a front mount base connected to the frame via a front mount base connector; anda second spring extending from the front mount base connector and at least partially into the front mount base.

14. The apparatus of claim 10, wherein the frame comprises: a plurality of frame posts;at least one frame connector connecting two or more of the plurality of frame posts; anda cable running through the plurality of frame posts and the at least one frame connector, the cable adapted to impede disassembly of the frame posts and the frame connector.

15. The apparatus of claim 14, wherein the two or more of the plurality of frame posts are rotationally moveable relative to the at least one frame connector to which they are connected.

16. The apparatus of claim 14, wherein the frame is configured to collapse by raising one of the plurality of frame posts.

17. The apparatus of claim 10, wherein the apparatus comprises: a closed portion mount;a plurality of slat supports connected to the closed portion mount;a plurality of slat support connectors connected to the plurality of slat supports, wherein at least one frame post of the plurality of frame posts inserts into the slat support connector such that the frame post is rotatable within the slat support connector; anda plurality of slats connected to the at least one slat support connector, wherein at least a portion of the collapsible frame rests on the plurality of slats when the collapsible frame is collapsed.

18. The apparatus of claim 10, further comprising a plurality of weights connected to the front of the frame, wherein the weights are configured to stabilize the front of the apparatus when the apparatus is hit with a projectile.

19. The apparatus of claim 10, wherein the apparatus comprises: a plurality of backing material supports connected to the backing material;a latch connected to an end of each of the plurality of backing material supports; anda plurality of protrusions connected to the closed portion, wherein the latch is removably disposed into one of the plurality of protrusions.

20. The apparatus of claim 10, further comprising a dolly connected to the closed mount and configured to move the frame when the frame is collapsed.