Abstract: Improved gaming systems, machines, devices, and methods are provided enabling variable gameplay using variable and/or dynamic reward values. The gaming system includes at least a gaming server and one or more gameplay stations, the gaming server determining a reward value in response to receiving a gameplay request and evaluating an award level of the gameplay request based on a progressive pool processing system, the reward value including at least a value based on one of a plurality of partitioned sections of one or more progressive pool(s).

Abstract: A totalizer selector for a parimutuel or pot-based wagering system is provided. The wagering system includes first totalizer configured to perform parimutuel calculations according to a first pool, a second totalizer configured to perform parimutuel calculations according to a second pool, and one or more wagering terminals. The totalizer is configured to communicate with the one or more wagering terminals, the first totalizer, the second totalizer, or another device having information regarding criteria to be used in totalizer selection, the totalizer selector is configured to apply the one or more rules to a criteria and select the first totalizer or the second totalizer for a wagering event presented by the one or more wagering terminal, and output an indication of the selected first totalizer or the second totalizer to the one or more wagering terminals, the first totalizer, or the second totalizer.

Abstract: Improved gaming systems, machines, and methods are provided enabling variable gameplay using variable and/or dynamic reward values. The gaming system includes at least a gaming server and one or more gameplay stations, the gaming server determining a reward value in response to receiving a gameplay request and evaluating an award level of the gameplay request based on a wager pot processing system, the reward value including at least a dynamic value based on a wager pot pool.

Abstract: Improved gaming systems, machines, and methods are provided enabling variable gameplay using a primary game underlying a secondary game. A gaming machine includes a display device configured to display an output to a user, an input device configured to accept a wager from the user for a primary game, the primary game being based on a bingo game, a processor coupled to a memory, the input device and the display device. The gaming machine is configured to provide a secondary game to the user, receive an input from the user for the secondary game and convert the user input to the wager for the primary game, determine a result of the wager for the primary game, and provide an output of the secondary game to the user corresponding to the result of the wager.

Abstract: An improved gaming systems, machines, and methods are provided enabling variable gameplay using a primary game underlying a secondary game. A gaming machine includes a display device configured to display an output to a user, an input device configured to accept a wager from the user for a primary game, the primary game being based on one or more historic events, a processor coupled to a memory, the input device and the display device. The gaming machine is configured to provide a secondary game to the user, receive an input from the user for the secondary game and convert the user input to the wager for the primary game, determine a result of the wager for the primary game, and provide an output of the secondary game to the user corresponding to the result of the wager.

Abstract: A coupling includes a diaphragm assembly, a sleeve, a stud, and a ball bearing system. The diaphragm assembly includes a first end, a second end, and an opening extending axially through the diaphragm assembly with the diaphragm assembly also including a first annular diaphragm pair. The sleeve extends into the opening and has a bore. The stud extends at least partially within the bore of the sleeve and within the opening. The ball bearing system is concentric with and radially between the sleeve and the stud with the ball bearing having an outer race adjacent to the sleeve, an inner race adjacent to the stud, and at least two rows of ball therebetween with the outer race having an arced shape when viewed in a circumferential direction to allow for axial movement of the at least two rows of ball bearings relative to the outer race.

Abstract: A flexplate includes a disc body having an inner radial portion, an outer radial portion, and a contoured profile extending between the inner radial portion and the outer radial portion. The contoured profile tapers between the inner radial and outer radial portions such that the contoured profile tapers along a radial extent of the contoured profile. Drivetrains and methods of making flexplates for drivetrains are also described.

Abstract: A coupling includes a diaphragm assembly, a sleeve, a stud, and a ball bearing system. The diaphragm assembly includes a first end, a second end, and an opening extending axially through the diaphragm assembly with the diaphragm assembly also including a first annular diaphragm pair. The sleeve extends into the opening and has a bore. The stud extends at least partially within the bore of the sleeve and within the opening. The ball bearing system is concentric with and radially between the sleeve and the stud with the ball bearing having an outer race adjacent to the sleeve, an inner race adjacent to the stud, and at least two rows of ball therebetween with the outer race having an arced shape when viewed in a circumferential direction to allow for axial movement of the at least two rows of ball bearings relative to the outer race.