Abstract: The invention relates to a compression crank adjustment mechanism for a basketball goal assembly that allows for adjustment of the height of a basketball goal into a plurality of configurations above a playing surface. The basketball goal assembly includes a deformable goal support structure having a first end pivotally attached to a rigid support pole. A basketball goal is preferably attached at a second opposing end of the goal support structure. An extension arm may be connected between the goal support structure and a first adjustment member preferably positioned along the back side of the support pole. A second adjustment member may be connected to the support pole and configured for threaded engagement with the first adjustment member. Preferably, the first and second adjustment members are operably disposed in compression relative to each other under the forces acting on the basketball goal assembly.

Abstract: An adjustable basketball goal system allowing for adjustment of the height of a basketball goal above a playing surface. The basketball goal system including a rigid support pole having a first end, a second opposing end, and an intermediate body portion disposed between the first and second ends. A first parallelogrammic structure configured to pivotally engage the first end of the rigid support. A basketball goal attached to the first parallelogrammic structure. The first deformable parallelogrammic structure may be deformed into a plurality of configurations resulting in an adjustment to the height of the basketball goal above the playing surface corresponding to each configuration. A second parallelogrammic structure, which may also be deformed into a plurality of configurations, includes a first end pivotally connected to the first parallelogrammic structure and a second opposing end configured to pivotally engage the rigid support pole.

Abstract: A novel compression crank adjustment mechanism for a basketball goal assembly is disclosed in one presently preferred embodiment which facilitates an adjustment in the height of a basketball goal above a playing surface. The basketball goal assembly includes a deformable goal support structure attached at a first end to a rigid support pole. A basketball goal is preferably attached at a second opposing end of the goal support structure. An extension arm is operably connected between the goal support structure and a first adjustment member positioned along the back side of the support pole. A second adjustment member is connected to the support pole and configured for threaded engagement with the first adjustment member. The first and second adjustment members are operably disposed in compression relative to each other under the force acting on the basketball goal assembly.

Abstract: The present invention relates to a quick-release locking mechanism for adjustable basketball goal system and methods for using the same which facilitates an adjustment in the height of a basketball goal above a playing surface. The adjustable basketball goal system includes a deformable goal support structure attached at one end to a rigid support. A basketball goal is preferably attached at the other end of the goal support structure. A locking rod is also attached to the rigid support. An extension arm is positioned between the goal support structure and a housing which movably engages the locking rod. The housing is configured with one or more locking plates kept at non-perpendicular angles to the locking rod by a biasing spring. In this configuration, the locking plates selectively bind the locking rod and prevent movement of the extension arm relative to the locking rod.

Abstract: A portable, folding basketball system employing a unique design to allow manual manipulation of the system from an extended position suitable for game play and a retracted position for compacted storage of the system. The system comprises a plurality of pole sections which form a pole of variable height, a base pivotally connected to the pole and having a recess for receiving the pole, a support arm pivotally connected to the base, a collar pivotally connected to the support arm and slidably engaging the pole, a bracket assembly pivotally connected to the pole, a backboard connected to the bracket assembly, and a rim assembly pivotally connected to the backboard. In the extended position the pole is generally directed upward at a playable height, the rim is in the horizontal position, and the backboard is in a playable position.

Abstract: A portable, folding basketball system employing a unique design to allow manual manipulation of the system from an extended position suitable for game play and a retracted position for compacted storage of the system. The system comprises a plurality of pole sections which form a pole of variable height, a base pivotally connected to the pole and having a recess for receiving the pole, a support arm pivotally connected to the base, a collar pivotally connected to the support arm and slidably engaging the pole, a bracket assembly pivotally connected to the pole, a backboard connected to the bracket assembly, and a rim assembly pivotally connected to the backboard. In the extended position the pole is generally directed upward at a playable height, the rim is in the horizontal position, and the backboard is in a playable position.

Abstract: A portable, folding basketball system employing a unique design to allow manual manipulation of the system from an extended position suitable for game play and a retracted position for compacted storage of the system. The system comprises a plurality of pole sections which form a pole of variable height, a base pivotally connected to the pole and having a recess for receiving the pole, a support arm pivotally connected to the base, a collar pivotally connected to the support arm and slidably engaging the pole, a bracket assembly pivotally connected to the pole, a backboard connected to the bracket assembly, and a rim assembly pivotally connected to the backboard. In the extended position the pole is generally directed upward at a playable height, the rim is in the horizontal position, and the backboard is in a playable position.

Abstract: A cover for use on a basketball goal system. The cover includes a face plate which is configured with a channel for receiving the tip of a force-applying implement and is further configured to extend generally over the goal mounting mechanism of the goal such that the face plate provides a protective shield over the goal mounting mechanism when mounted to a goal. The face plate includes a pair of holes through which rim braces may extend when the cover is attached to a basketball goal for use in mounting the cover to the goal.

Abstract: An adjustable basketball standard which may be assembled with a conventional backboard and goal to form a portable basketball system is disclosed. Embodiments include either a pole alone or the pole and a hollow ballast-receiving base which supports the pole. The pole includes a tubular inner pole section, a tubular outer pole section, and at least two fasteners. In the assembled system, the fasteners normally hold the inner pole section in a fixed position relative to the outer pole section. However, the fasteners may be released to permit telescopic movement of the inner pole section inside the outer pole section to change the pole's height. An insertion end of the inner pole section has an outwardly extending flare which acts as a bearing. The flare also works with a neck on the outer pole section to prevent accidental removal of the inner pole section. The outer pole section includes a base pole section and a middle pole section connected by a permanent fastener-free pole joint.

Abstract: A preferred embodiment of a basketball backboard is blow-molded from polyethylene. The backboard includes a front layer, a back layer, a plurality of offsets, and an edge wall which are homogeneously secured to one another during the blow-molding process and which together define an interior volume that is substantially filled with air, polyurethane foam, or another fill material. The front layer has a medium-to-large sized flat face for receiving basketball impacts. The back layer is spaced apart from the front layer by the offsets. A variety of differently shaped and positioned offsets are employed. Two T-shaped offsets are positioned alongside a location at which a hoop may be mounted to the backboard. Quadrilateral-shaped and other offsets are positioned relative to mounting sites for mounting the backboard to a backboard support such as a pole or wall. The mounting sites define a triangle whose sides correspond to lines of high stress within the backboard.

Abstract: A basketball assemblage capable of assembly into a basketball system includes an inner pole section and an outer pole section which mate in a telescoping manner. The inner pole section contains a plurality of depressions which are releasably engageable by a latch secured to the outer pole section, thereby making the pole movable among a plurality of predetermined positions. The latch includes a pivot arm pivotally mounted for movement between a position engaging a selected depression to prevent telescoping pole movement, and a releasing position which allows movement. A safety lock pin is releasably engageable to prevent movement of the pivot arm. A slider positioned adjacent the inner pole section reduces binding. The pole also includes a sealed chamber for damping movement of the inner pole section to prevent the backboard from moving suddenly downward when the latch is released.