A cue for billiard sports that has a butt section, a joint collar, and a shaft section that has a kinetic energy absorbing insert located in the shaft section of the cue. A shaft section that has a kinetic energy absorbing insert that may be connected to an existing joint collar and butt section of a cue to improve the kinetic energy absorbing characteristics of the cue. A kinetic energy absorbing insert that is to be received by an existing shaft section of a cue in order to increase the kinetic energy absorbing characteristics of the cue is also disclosed.

A cue tip cover to be inserted onto an end of a cue stick, the cue tip cover including a main body comprising between 60 and 90 percent of the cue tip cover, a base disposed at a bottom portion of the main body, such that the base is flat, a front end disposed at a front tip portion of the main body, a rear end disposed at a rear portion of the main body, an aperture disposed at a center portion of the rear end to receive the end of the cue stick therein, and an inner cavity to receive the end of the cue stick as the end of the cue stick enters the aperture.

A cue tip cover to be inserted onto an end of a cue stick, the cue tip cover including a main body comprising between 60 and 90 percent of the cue tip cover, a base disposed at a bottom portion of the main body, such that the base is flat, a front end disposed at a front tip portion of the main body, a rear end disposed at a rear portion of the main body, an aperture disposed at a center portion of the rear end to receive the end of the cue stick therein, and an inner cavity to receive the end of the cue stick as the end of the cue stick enters the aperture.

The disclosed invention relates an improved laterally reinforced billiard cue tip. One or more lateral reinforcing layers, internal or external to the tip, may be provided to limit lateral expansion of the tip and provide a tip that has the playing characteristics of both hard, and soft, traditional tips, as well as improved shape and playing characteristics.

The disclosed invention relates an improved laterally reinforced billiard cue tip. One or more lateral reinforcing layers, internal or external to the tip, may be provided to limit lateral expansion of the tip and provide a tip that has the playing characteristics of both hard, and soft, traditional tips, as well as improved shape and playing characteristics.

An adapter assembly for use in the cue/billiards sports. The adapter assembly includes a first part, also referred to as a sleeve, and a second part, referred to as an adapter. The adapter assembly inserts into a hollow cue shaft. When the first end of the adapter assembly is inserted into the hollow cue shaft, the adapter of the adapter assembly is configured to receive an insertion pin of a cue handle and to hold the cue handle in position relative to the cue shaft.

An adapter assembly for use in the cue/billiards sports. The adapter assembly includes a first part, also referred to as a sleeve, and a second part, referred to as an adapter. The adapter assembly inserts into a hollow cue shaft. When the first end of the adapter assembly is inserted into the hollow cue shaft, the adapter of the adapter assembly is configured to receive an insertion pin of a cue handle and to hold the cue handle in position relative to the cue shaft.

A tip insert for a cue shaft having a cavity at the tip has a tip disc to support a tip for striking a ball and an inwardly extending section for bonding to the inside surface of the cavity. The inwardly extending section includes one or more centering flanges and a bonding surface, the centering flanges interfacing with the inner surface of the cavity and enabling a substantially consistence bond distance between the bonding surface and the inner surface of the cavity. The tip insert can be machine from a single piece of material comprising glass fiber-reinforced epoxy laminate sheets, where the individual sheets of the material are oriented perpendicular to the longitude axis of the tip insert to increase the durability and performance of the tip insert when transferring the force from the tip striking a ball.

A tip insert for a cue shaft having a cavity at the tip has a tip disc to support a tip for striking a ball and an inwardly extending section for bonding to the inside surface of the cavity. The inwardly extending section includes one or more centering flanges and a bonding surface, the centering flanges interfacing with the inner surface of the cavity and enabling a substantially consistence bond distance between the bonding surface and the inner surface of the cavity. The tip insert can be machine from a single piece of material comprising glass fiber-reinforced epoxy laminate sheets, where the individual sheets of the material are oriented perpendicular to the longitude axis of the tip insert to increase the durability and performance of the tip insert when transferring the force from the tip striking a ball.

A tip insert for a cue shaft having a cavity at the tip has a tip disc to support a tip for striking a ball and an inwardly extending section for bonding to the inside surface of the cavity. The inwardly extending section includes one or more centering flanges and a bonding surface, the centering flanges interfacing with the inner surface of the cavity and enabling a substantially consistence bond distance between the bonding surface and the inner surface of the cavity. The tip insert can be machine from a single piece of material comprising glass fiber-reinforced epoxy laminate sheets, where the individual sheets of the material are oriented perpendicular to the longitude axis of the tip insert to increase the durability and performance of the tip insert when transferring the force from the tip striking a ball.