A pool cue holder includes a housing having a set of four, circumferentially spaced-apart openings configured to receive the distal end of a pool cue. The dimension, position, and shape of the openings are selected such that when the proximal end of each pool cue is positioned in a different corner of a pool table and the corresponding distal end of each pool cue is inserted through a different one of the one of the four openings in the housing, the housing will be supported directly over the center of the pool table. A receptacle containing a light source may be secured to the bottom of the housing. The bottom wall of the receptacle may have cut-outs arranged in a decorative pattern that allows light from the light source to illuminate the pool table in an interesting fashion.

A ball dispensing device for selectively dispensing and/or replacing pool or billiard balls enables an individual to quickly and repeatedly position balls for taking a shot. The device includes a track on which a number of pool balls are positioned and a dispensing or releasing mechanism disposed adjacent the track. The track feed the balls thereon towards the mechanism, such as under the influence of gravity, and the mechanism enables the balls to be dispensed individually from the track onto the table surface. Depending on the number of balls positioned on the track, the device enables an individual to quickly and readily position each of the balls from the track to quickly take a number of the shots as desired utilizing the balls.

Described herein are wireless billiard ball devices comprising a spherical housing and a circuit board mounted within the spherical housing, the circuit board having components for measuring the impact location of a billiard cue strike upon the surface of the spherical housing in reference to the relative orientation of the device with respect to gravity. The devices described herein do not require manual alignment by a player to measure impact location data. In other embodiments, the spherical housing is comprised of a bored hole, a potting material, and a circuit board mounted within the bored hole and secured in place with the potting material, the circuit board having components for measuring the impact location of a billiard cue strike upon the surface of the spherical housing in reference to the relative orientation of the device with respect to gravity.

A cue ball used for practice and play in pool or billiards. The cue ball is made with a plurality of concentric sphere layers or shells starting with a centermost opaque ball, followed by two or three spheres of differently colored semi-transparent polymer resins; then an outermost clear layer of polymer.

A training device for positioning balls on the playing surface of cue sport game tables such as billiards, to assist players in making practice shots to enhance their playing skills and techniques. The training device includes a rectangular base, ramps pivotally attached to the rectangular base and pivoted in a deployed position during use, and in a non-deployed position to provide portability, rails provided on the rectangular base and ramps to accommodate object balls of different sizes, and a ball release system for sequentially deploying balls down the ramps in a controlled manner to accurately position the balls on game tables on a consistent basis without having to push each ball by hand.

A leveling system for leveling a table having a top surface and at least three legs. The leveling system including at least three sensor bars that act as individual digital levels adapted to be placed on top surface of the table. The leveling system including a leg movement system adapted to be attached to the table and adapted to raise and lower the legs to achieve a level top surface. The leveling system including a controller system that is connected to the sensor bars to receive data from the sensors bars and to the leg movement system to command movement of the leg movement system that is adapted to raise and lower the table, the controller system including a leveling software algorithm which inputs the data from the sensor bars and controls activation of the leg movement system.

A method of playing billiards is provided. The method includes positioning numbered billiard balls in a predetermined pattern on a billiards table and placing a cue ball at any desired location on the billiards table. The cue ball strikes the numbered billiard balls in sequential numerical order. A score determined from the numbered billiard balls sunk in billiards table pockets is then recorded.

The present invention is directed to a pool rack for grouping pool balls tightly on a pool table. The frame has walls that may be disassembled and may move between, and exist alternatively in, an extended position that loosely group a set of billiard balls, wherein the rack walls are substantially upstanding and, or a closed position that tightly groups the balls, wherein the rack walls are angled and the frame sits atop the billiard balls.

A billiard training cue for increasing a player's breaking speed. The billiard training cue is weighted significantly heavier than regulation cues to build up muscle strength and improve a player's breaking speed with a regulation cue stick. The billiard training cue comprises a forward section, a cue tip, and a butt section attachable to the forward section. Both the forward and butt sections are significantly heavier than a regulation cue. The forward and butt sections may be solid core sections or comprise center bores for accepting weighted inserts. The billiard training cue may also be a single shaft that is weighted significantly heavier than regulation cues sticks.

A billiard table top lighting apparatus provides substantially uniform lighting across the surface of a billiard table surface. In one form, the lighting apparatus includes a frame supporting lights that are non-centrally placed such that no lights are supported above a middle portion of the billiard table surface. So configured, the frame can have an attractive profile and further mount additional items above the billiard table surface to enable a variety of other features. For example, the frame may support one or more cameras, one or more motion sensors, one or more microphones, and/or one or more computing devices to enable any of a variety of innovative features. Such features could include automatic game play recording from one or more perspectives, merged video track storage for replay, review, and analysis, automatic lighting and dimming control, control of the apparatus from any mobile device, and the like.