A portable badminton net rack includes a box, a first support rod, a second support rod, a net, a battledore and a badminton, the box includes an upper box and a lower box hinged to the upper box, an accommodation groove is defined in the lower box, the accommodation groove is configured to accommodate the net, the battledore and the badminton, the first support rod and the second support rod are each configured as a telescopic rod and are hinged to two sides of the lower box, respectively, each side of the net is provided with a connecting bush, and when the portable badminton net rack is in a use state, a first connecting bush of the two connecting bushes is sleeved on the first support rod, and a second connecting bush of the two connecting bushes is sleeved on the second support rod.

A novel game apparatus with removable net assembly allowing for a variety of game play for one or more players. The game apparatus is dual-ended, one end being a flat striking surface, the other end being cup-shaped, with the two ends joined by a graspable handle that protrudes from the center of the back of the striking surface and connects to the base of the cup. The game apparatus may have a post hole extending through the base of the cup into the handle that can hold the post of a net assembly upright. Electronic circuitry may be embedded into the game apparatus to register the number of times a ball engages with the game apparatus, and transmit that information to an application on a smart device.

A novel game apparatus with removable net assembly allowing for a variety of game play for one or more players. The game apparatus is dual-ended, one end being a flat striking surface, the other end being cup-shaped, with the two ends joined by a graspable handle that protrudes from the center of the back of the striking surface and connects to the base of the cup. The game apparatus may have a post hole extending through the base of the cup into the handle that can hold the post of a net assembly upright. Electronic circuitry may be embedded into the game apparatus to register the number of times a ball engages with the game apparatus, and transmit that information to an application on a smart device.

A base stand for multi-player pickleball has a central post and three elongated members extending from the post substantially perpendicular to post. The elongated members are oriented about 120 degrees apart. Three legs extending from a distal end of the post to support the base stand on a playing surface. Nets are connected to the elongated members positioned about 120 degrees apart to form a circular pickleball court.

A base stand for multi-player pickleball has a central post and three elongated members extending from the post substantially perpendicular to post. The elongated members are oriented about 120 degrees apart. Three legs extending from a distal end of the post to support the base stand on a playing surface. Nets are connected to the elongated members positioned about 120 degrees apart to form a circular pickleball court.

A ball game is submitted. The ball game has an elevated, flat surface which resembles a volleyball net, but where there are three rows of ten boxes. Each hole (box) in the net is 12 inches12 inches, and the game ball is around 5 inches in diameter. A user stands on either side of the elevated, flat surface and may throw the ball through one of the holes (boxes) in the elevated, flat surface. Another user stands on the opposite side of the elevated, flat surface and may catch the ball and return it in the same way. The height of the elevated, flat surface which resembles a volleyball net, the number, and dimensions of the holes (boxes), and the size of the game ball may be changed/adjusted. However, the holes (boxes) in the net are at least 50% larger than the diameter of the game ball, e.g., in another embodiment, there are three rows of eight boxes, where each hole (box) in the net is 14 inches14 inches, and the game ball is around 6 inches in diameter.

A ball game is submitted. The ball game has an elevated, flat surface which resembles a volleyball net, but where there are three rows of ten boxes. Each hole (box) in the net is 12 inches12 inches, and the game ball is around 5 inches in diameter. A user stands on either side of the elevated, flat surface and may throw the ball through one of the holes (boxes) in the elevated, flat surface. Another user stands on the opposite side of the elevated, flat surface and may catch the ball and return it in the same way. The height of the elevated, flat surface which resembles a volleyball net, the number, and dimensions of the holes (boxes), and the size of the game ball may be changed/adjusted. However, the holes (boxes) in the net are at least 50% larger than the diameter of the game ball, e.g., in another embodiment, there are three rows of eight boxes, where each hole (box) in the net is 14 inches14 inches, and the game ball is around 6 inches in diameter.

[The proposed invention consists of a dividing-net and a lightweight frame which can be rapidly and easily assembled and disassembled repeatedly with the use of multiple pole segments which are fully or partially connected when expanded and collapsed. The net system can be stored and carried in a compact configuration. This net system can be applied to the design of net systems for numerous sports including pickleball, tennis, badminton and other sports with similar net-system requirements including all where the net-system divides a court or any space into two pieces. The net system can come in variable lengths such as one which could divide a standard court or portion thereof, or a shorter length to create net systems that can collapse and fit in piece of luggage or even a backpack.

[The proposed invention consists of a dividing-net and a lightweight frame which can be rapidly and easily assembled and disassembled repeatedly with the use of multiple pole segments which are fully or partially connected when expanded and collapsed. The net system can be stored and carried in a compact configuration. This net system can be applied to the design of net systems for numerous sports including pickleball, tennis, badminton and other sports with similar net-system requirements including all where the net-system divides a court or any space into two pieces. The net system can come in variable lengths such as one which could divide a standard court or portion thereof, or a shorter length to create net systems that can collapse and fit in piece of luggage or even a backpack.

A ball launching net post system for ball courts integrates automated ball launching, environmental monitoring, net tension control, and weatherproofing within a pair of multifunctional net posts. Each net post houses a ball launcher comprising opposing wheels driven by servomotors to propel balls through apertures in the post. Controllers integrated into each net post monitor court humidity, wind, and weather conditions while enabling remote operation of the ball launchers via smartphone or smartwatch. A weatherproofing system enhances ventilation and prevents water intrusion, safeguarding internal components. The system includes a net tension mechanism and height sensor, connected to the controllers, to maintain net height automatically. Adjustable ball trajectories are achieved by varying launcher wheel speeds and housing tilt angles. The ball launching net post system maximizes court space, improves practice versatility, and increases equipment durability by transforming passive net posts into intelligent, active court infrastructure.