A sports system for enjoying basketball and volleyball while poolside is disclosed. In one example embodiment, the sports system comprises a backboard, a mast and a base. The backboard has a front face and a rear face. The backboard has a first corner aperture and a second corner aperture. A backboard stopper system is located on the rear face on the backboard. The mast has an elongated body having a first end and a second end. The elongated central body has a central elongated opening. The base has a front face and a rear face. The base has a first channel centrally extending the length of the front face and a second channel centrally extending the length of the rear face. The backboard stopper system is configured to temporarily receive the first end of the mast. The first channel of the base is configured to receive the second end of the mast. The central elongated opening of the mast has a length and width which allow a portion of the backboard to perpendicularly pass through the central opening. A method of use for the sports system is also disclosed.

The shallow water volleyball net anchoring system may be inserted into the ground to hold a pole for a volleyball net. The shallow water volleyball net anchoring system will generally be used in pairs of two to hold each end of a volleyball net. The anchoring system incorporates a sliding hammer that eases the task of driving the anchoring system thru the shallow water into the ground. The same sliding hammer may also be used to remove the anchoring system from the ground. With the anchoring system in the ground, a pole of a volleyball net may be placed in a central hole on the top of the anchor system and the anchoring system will hold the pole erect and stable.

The shallow water volleyball net anchoring system may be inserted into the ground to hold a pole for a volleyball net. The shallow water volleyball net anchoring system will generally be used in pairs of two to hold each end of a volleyball net. The anchoring system incorporates a sliding hammer that eases the task of driving the anchoring system thru the shallow water into the ground. The same sliding hammer may also be used to remove the anchoring system from the ground. With the anchoring system in the ground, a pole of a volleyball net may be placed in a central hole on the top of the anchor system and the anchoring system will hold the pole erect and stable.

A portable multifunctional gaming apparatus may comprise a pair of poles, and each of the poles has a main body, a lower end, and an upper end. The pole can be held by a user or mounted into a portable base through the lower end to firmly stand on the ground. Moreover, the lower end of the pole can connect to an extending pole to extend the length of the pole for different activities, and a sliding groove is formed at the upper end of the pole. Furthermore, a plurality of peripheral grooves are formed on a surface of the pole for receiving winding ropes. The base configured to steadily stand on the ground has a receiving hole at an upper end to receive the pole, thereby used for different games.

A tennis net anchoring device and method securely anchors a tennis net center strap to a recessed anchor post on a tennis court surface. The anchoring device comprises a longitudinal, double-sided, unitary body supporting a net-retention member and a ground-retention member. A top portion of the unitary body includes two arcuate T-shaped, net-retention members that retain the tennis net through grommet holes in the net. The net-retention members extend downwardly from the upper end of the middle portion to define an arcuate net-support surface. A lower portion of the unitary body includes two off-set, J-shaped ground-retention members, opposite the net-retention members. The ground-retention members have a ground-retention surface that forms an anchor post insertion channel. The insertion channel enables insertion of an anchor post recessed beneath the court surface. The ground-retention members have free ground ends that enable maneuvering of the anchor post within the anchor post insertion channel.

A tennis net anchoring device and method securely anchors a tennis net center strap to a recessed anchor post on a tennis court surface. The anchoring device comprises a longitudinal, double-sided, unitary body supporting a net-retention member and a ground-retention member. A top portion of the unitary body includes two arcuate T-shaped, net-retention members that retain the tennis net through grommet holes in the net. The net-retention members extend downwardly from the upper end of the middle portion to define an arcuate net-support surface. A lower portion of the unitary body includes two off-set, J-shaped ground-retention members, opposite the net-retention members. The ground-retention members have a ground-retention surface that forms an anchor post insertion channel. The insertion channel enables insertion of an anchor post recessed beneath the court surface. The ground-retention members have free ground ends that enable maneuvering of the anchor post within the anchor post insertion channel.

A hack it ball game including rules and regulations for scoring points to win the hack it ball game, a ball, and a dividing apparatus. The hack it ball game is played by opposing players return the ball over the net within a court, the dividing apparatus is assembled and divides the court evenly in half to a first-section and a second-section. The hack it ball game is a competitive recreational game using a nylon sand or bead bag ball.

A hack it ball game including rules and regulations for scoring points to win the hack it ball game, a ball, and a dividing apparatus. The hack it ball game is played by opposing players return the ball over the net within a court, the dividing apparatus is assembled and divides the court evenly in half to a first-section and a second-section. The hack it ball game is a competitive recreational game using a nylon sand or bead bag ball.

A net rack, including a first support and a frame. The first support is configured to support the frame. The frame comprises a connector, a locking means, and a plurality of second supports. Each second support is used to support a net. The connector includes a connecting groove and a plurality of connecting pipes. Each second support corresponds to one of the connecting pipes and is detachably connected to a corresponding connecting pipe. The first support is hinged to a groove wall of a connecting groove. The locking means is configured to lock the first support to the connector. The net rack can be easily disassembled and is adjustable in height.

A net rack, including a first support and a frame. The first support is configured to support the frame. The frame comprises a connector, a locking means, and a plurality of second supports. Each second support is used to support a net. The connector includes a connecting groove and a plurality of connecting pipes. Each second support corresponds to one of the connecting pipes and is detachably connected to a corresponding connecting pipe. The first support is hinged to a groove wall of a connecting groove. The locking means is configured to lock the first support to the connector. The net rack can be easily disassembled and is adjustable in height.