Abstract: A device to assist a basketball assembly in returning to a static state (i.e., a device to reduce vibrations) after the basketball assembly has been impacted by a basketball or a player. The device includes a weight (i.e., a mass) atop a rubber/urethane rod. The device is configured to allow the weight to oscillate in the plane of the force of the impact. Simultaneously, the rubber/urethane rod absorbs the vibrational energy of the impact. The combination of the weight and the rod assist the basketball assembly to return to a static position more quickly.

Abstract: Basketball goals may incorporate folding rim assemblies which can be packaged and transported pre-mounted to certain backboard assemblies. Alternately, folding rim assemblies can be sold separately or packaged with a backboard for on-site mounting. Some basketball rim assembles may incorporate a break-away mechanism using a leaf spring. The leaf spring biases the rim bracket and resiliently resists downward pivotal movement of the rim bracket and rim. When the rim is rotated downward under an applied force, the leaf spring is flexed, biasing the rim to return to a static playing position when the force is removed.

Abstract: A basketball rim cover includes a cover plate to be placed over a basketball rim. A first locking piece extends downward. A support arm is arranged through the locking piece so that ends of the support arm are aligned with opposing points of the basketball rim. A second locking piece engages the first locking piece and is adjusted to clamp the rim between the cover plate and the support arm. A lock bar may be placed through slots in the first and second locking pieces. A fastener may be used to prevent the lock bar from being removed. In an alternate embodiment, a volleyball training aid is based on a basketball rim mounting assembly which can be mounted on a basketball rim. The volleyball training aid further includes a support frame and netting.

Abstract: Basketball goals may incorporate folding rim assemblies which can be packaged and transported pre-mounted to certain backboard assemblies. Alternately, folding rim assemblies can be sold separately or packaged with a backboard for on-site mounting. Some basketball rim assembles may incorporate a break-away mechanism using a leaf spring. The leaf spring biases the rim bracket and resiliently resists downward pivotal movement of the rim bracket and rim. When the rim is rotated downward under an applied force, the leaf spring is flexed, biasing the rim to return to a static playing position when the force is removed.

Abstract: Basketball goals may incorporate folding rim assemblies which can be packaged and transported pre-mounted to certain backboard assemblies. Alternately, folding rim assemblies can be sold separately or packaged with a backboard for on-site mounting. Some basketball rim assembles may incorporate a break-away mechanism using a leaf spring. The leaf spring biases the rim bracket and resiliently resists downward pivotal movement of the rim bracket and rim. When the rim is rotated downward under an applied force, the leaf spring is flexed, biasing the rim to return to a static playing position when the force is removed.

Abstract: Basketball goals may incorporate folding rim assemblies which can be packaged and transported pre-mounted to certain backboard assemblies. Alternately, folding rim assemblies can be sold separately or packaged with a backboard for on-site mounting. Some basketball rim assembles may incorporate a break-away mechanism using a leaf spring. The leaf spring biases the rim bracket and resiliently resists downward pivotal movement of the rim bracket and rim. When the rim is rotated downward under an applied force, the leaf spring is flexed, biasing the rim to return to a static playing position when the force is removed.