The present invention is directed to a practice goal for a sporting game. More particularly, the present invention is directed to a goal for a sporting game (e.g., hockey, soccer, lacrosse, etc.) that features certain practice-related elements for enabling a sport player to refine his/her skill.
In conventional approaches, individuals practice their shooting technique by shooting a puck or ball-like article into an open goal, often times to certain locations that are harder for a goalie to defend. However, when shooting at an open goal without a goalie present, individuals are forced to visualize the boundaries of these select locations and must determine their performance by eye, without the aid of a physical feedback mechanism with which to measure their progress. While some current models attempt to address the aforementioned issues using a fixedly coupled assembly, the invention instead comprises various individually removable/replaceable elements, alleviating the need to frequently replace the entire assembly due to wear/deterioration caused by multiple repetitions of high velocity impacts.
A first embodiment provides an assembly for modifying/adapting a sporting goal comprising of a plurality of target pockets and a pocket fastener. The plurality of target pockets is adapted to be removably coupled to a front frame of the sporting goal proximate to the corners and/or edges of the frame. The pocket fastener is adapted to be removably coupled to the front frame of the sporting goal and/or the plurality of target pockets running at least partially around the perimeter of the front frame of the sporting goal. The pocket fastener further comprises of an adjustment mechanism for pulling the pocket fastener taut when coupled with the front frame of the sporting goal.
A second embodiment provides an assembly for modifying/adapting a sporting goal comprising of a target adapted to be removably coupled to a front frame of the sporting goal. The target is adapted with at least one fastening mechanism including a double d-ring, snap closure, Velcro™, or the like for attaching the target to the front frame of the sporting goal.
A third embodiment provides an assembly for modifying/adapting a sporting goal comprising of a plurality of target pockets and a target. The plurality of target pockets is adapted to be removably coupled proximate to the corners of the sporting goal and/or various holes/openings in the target. The target is adapted to be removably coupled to the front frame of the sporting goal and/or the plurality of target pockets. The target is equipped with at least one fastening mechanism including a double d-ring, snap closure, Velcro™, or the like for attaching the target to the front frame of the sporting goal.
Disclosed is an assembly for modifying/adapting a sporting goal. As will be further explained hereinafter, the assembly features certain modifying/adapting elements that can configure a goal to serve as a sporting game practice aid. For example, the assembly may be coupled to any type of sporting goal, preferably one in which a ball-like article is aimed and shot at a net-bearing goal, such as ice hockey, field hockey, soccer and the like, for the use of honing one's shooting abilities. Under current conventions, an individual must often practice using an empty goal, lacking a goalie, and thus must visualize certain desirable target locations that are considered hard to defend. The invention alleviates this by providing a tangible/physical target as well as a physical mechanism for evaluating the progress of one's shooting abilities.
The following detailed description discusses the invention in terms of exemplary embodiments. The description is not to be construed as limiting, but is merely a discussion of the general principles of the invention.
The target pockets 104, 106, 108, 110 of the target device 100 may be fastened or coupled to each corner of the goal frame 102 (top right corner target pocket 104, bottom right corner target pocket 106, bottom left corner target pocket 108, top left corner target pocket 110). Note that, in other embodiments, additional target pockets may be coupled to the fastening element 105 along edges of the frame 102. The placement of the target pockets 104, 106, 108, 110 preferably corresponds to certain target areas of the goal frame 102 considered hard to defend, and thus may provide a physical target to aim at for shooting practice.
Since shooting practice often consists of multiple repetitions of high velocity shots into such target pockets 104, 106, 108, 110, the removable coupling of the target pockets 104, 106, 108, 110 allows them to be removed and/or replaced as they suffer from wear/deterioration. In one example, the target device 100 may be removable and replaceable as a unit. In other examples, individual pockets may be removable and/or replaceable from the fastening element 105.
Despite the target pockets 104, 106, 108, 110 being pictured as composed of netting (see
As a previously noted, the plurality of target pockets 104, 106, 108, 110 may be linked together by a fastening element 105. The fastening element 105 may run at least partially around the perimeter of the goal frame 102 and may be equipped with an adjustment mechanism (see element 404 in
While the target device 100 is illustrated as a single, continuous unit running along the entire perimeter of the goal frame 102, other implementations of the target device may include multiple separate pieces or sections that run along one or more select portions/sides/edges of the goal frame 102, and couple/link/connect any plurality of target pockets 104, 106, 108, 110. The fastening element 105 may run along at least the bottom edge of the goal frame 102 and may be fixedly or removably coupled to the target pockets 106, 108 at the bottom left and bottom right corners of the goal frame 102. By fastening the target pockets 106, 108 at the bottom left and bottom right corners to the goal frame 102, this permits tightening the fastening element 105 along the bottom edge of the goal frame 102. In turn, this acts to support the target pockets 106, 108 and enables them to retain their shape in the absence of a bottom segment of the goal frame 102.
In some embodiments, rather than coupling all target pockets 104, 106, 108, 110 together to a single fastening element 105, target pockets 104, 106, 108, 110 may be coupled together in pairs. For instance, a first target pocket 106 and second target pocket 108 may be coupled together using a first fastening element while a third target pocket 104 and fourth target pocket 110 may be coupled together using a second fastening element. In such example, the first target pocket 106 and second target pocket 108 are separate and not coupled to the third target pocket 104 and fourth target pocket 110.
The target 202 may include a plurality of frame fasteners 206 adaptable to couple the perimeter of the target 202 to the vertical support members and top horizontal support member of the goal frame 102. Additionally, the target 202 may include a plurality of target pocket fasteners 208 adaptable to couple the target 202 to one or more target pockets 104, 106, 108 and 110. Likewise, another plurality of target pocket fasteners may be adaptable to couple a target pocket around the perimeter of the additional target opening 204.
The target 202 is also include a supportive strap 210 proximate to the bottom edge of the target 202. The supportive strap 210 may be made using any suitable material (including polypropylene, rope, cord, fabric, etc.) and may be equipped with some form of attachment mechanism including a loop or fastener (e.g. double d-ring, snap closure, Velcro™, etc.) on both ends for attachment to the goal frame 102. The supportive strap 210 assists in keeping the bottom edge of the target 202 taut and flat against the ground when coupled to the goal frame 102.
Note that the target 202 and removable target device 100 may be used independent of each other or in combination with one another. For example, in a first mode of use, the target 202 may be coupled to the goal frame 102 without the removable target device 100. In a second mode of use, the removable target device 100 may be coupled to the goal frame 102 without the target 202. In a third mode of use, the removable target device 100 and the target 202 may be coupled together and also to the goal frame 102.
Although the invention has been described with regard to certain preferred example embodiments, it is to be understood that the present disclosure has been made by way of example only, and that improvements, changes and modifications in the details of construction and the combination and arrangement of parts may be resorted to without departing from the spirit and scope of the invention. Such improvements, changes and modifications within the skill of the art are intended to be covered by the scope of the present disclosure and claims.