Abstract: A method for playing a stand-alone and a bonus casino poker dice having X dice, each of the X dice having F faces with a different symbol thereon so as to form a set {S} of symbols on each of the X dice. The method of the present invention includes the steps of placing a wager; rolling the dice; holding none, any, or all of the rolled dice; ending the casino poker dice game when the dice are all held or when re-rolling occurs Y times; paying any winning combinations of symbols based on the placed wager and in response to the step of ending the game; re-rolling the non-held dice when less than all the X dice are held; and repeating various of these steps until the game ends. Variations on this basic method are set forth for stand-alone games, bonus games, used in conjunction with underlying gaming machines, and playing a bonus game of the present invention in parallel with an underlying game so that a number of hands are played.

Abstract: A cashless peripheral method interfacing with a gaming system. The gaming system issues a “cash-out” signal when a player quits playing and receives a “cash-in” signal when a player desires to play a game in the gaming system. A stack of unprinted tickets is stored in the interior of the device. A ticket printer prints a coded value, such as a bar code, on a ticket in response to a cash-out signal from the gaming system. A ticket reader reads the amount printed on the ticket. If the printed value corresponds to the value which should have been printed, a ticket-out transport delivers the printed ticket to the player cashing out from the gaming system. When a player inserts the printed ticket into the device a ticket-in transport senses the insertion and the ticket reader reads the coded value from the inserted printed ticket. The ticket reader issues a cash-in signal to the gaming system corresponding to the value read from the coded value on the inserted printed ticket.

Abstract: An intelligent casino chip system. At least one gaming table is provided with at least one discrete player area. Two classes of intermingled gaming chips are accepted in the discrete betting area. Each gaming chip of the first class has a first transponder containing at least value information. Each gaming chip of the second class has a second transponder containing value and class information. The computer system determines the values from each class of chip and the class information from the second transponder.

Abstract: A method of a house apportionment of a bonus value during bonus casino game play, entry for which occurs during play of an underlying game of chance. The method of house apportionment awards the player a portion of the bonus value for the bonus game and adds the remainder of the bonus value to at least one progressive account available to reward subsequent players, such that the bonus value paid by the house is constant and the house advantage is fixed regardless of player proficiency in the bonus casino game. The bonus casino games include knowledge-based playing. The knowledge-based bonus casino game includes a player answering, selecting, or guessing the proper responses to questions. The answering, selecting, or guessing has the step of challenging the player with questions having a common theme or varying difficulty. The knowledge-based playing has the step of asking the player questions the bonus value of which is measured against survey responses.

Abstract: A method for playing a bonus game requiring knowledge has steps of presenting a query; limiting the time for response; awarding more if the player is correct, less if wrong, and keeping a house advantage in a range. A method has the steps of receiving a wager; playing a base game; playing a time-limited bonus game, and keeping a house advantage in a range. A method has the steps of presenting a query; limiting the time for response; awarding more if correct, less if wrong; randomly choosing a response if the time limit be exceeded, and keeping a house advantage in a range. A method has the steps of presenting a query; limiting the time for response; awarding more if correct, less if wrong or if the time limit is exceeded, and keeping a house advantage in a range. A method has the steps of presenting a query; limiting the time for response; awarding the player who responds correctly inversely to the time elapsed, and keeping a house advantage in a range.

Abstract: A virtual matrix comprised of a plurality of grid elements is provided, on which a hidden pattern, comprised of a plurality of matrix entries, is randomly placed. A player views a gaming matrix having a plurality of visible positions, each visible position corresponding to one of the grid elements. The player chooses at least one of the plurality of visible positions on the gaming matrix, after which the game displays the corresponding grid element of the virtual matrix on the gaming matrix. Based on the correct number of guesses matching the pattern location, the player is awarded and a media presentation signals the player's success. If the player guesses incorrectly, a second media presentation signals the incorrect guess.

Abstract: A method is set forth for playing a bonus game in a secondary slot machine adjacent a primary slot machine. The primary slot machine issues a bonus qualifying signal to the secondary slot machine to start play of a bonus game when a bonus qualifying event occurs. The reels of the bonus game include value symbols, null symbols, and end game symbols which may be of two basic types: a lose game symbol and a stop game symbol. After the random spin, the values of any value symbols displayed on the payline of the secondary slot machine are accumulated into an accumulated winning value. The value symbols could include positive integer values, negative integer values, and multiples. The random spinning, determination of values of any-value symbol and the accumulation of a winning value is repeatedly continued until an end of the bonus game occurs.

Abstract: A Pachinko bonus game system for an underlying game machine. The Pachinko bonus game has a playing field with a plurality of rows of pegs. A ball is launched onto the playing field by a launch mechanism when an initiate condition occurs during play of the underlying game. A row of lanes are provided on the playing field. The ball, after traversing among the pegs on the playing field, eventually travels through one of the lanes. At each lane is randomly displayed a bonus payoff value. The lane the ball travels through senses the presence of the ball and the value displayed for that lane is added to the credit meter in the underlying game. The bonus payoff values are randomly changed from game to game which eliminates any mechanical bias present in the Pachinko game. A stand-alone Pachinko game as well as using a Pachinko game as a coin dispenser is also provided.

Abstract: A method for playing a stand-alone and a bonus casino poker dice having X dice, each of the X dice having F faces with a different symbol thereon so as to form a set {S} of symbols on each of the X dice. The method of the present invention includes the steps of placing a wager; rolling the dice; holding none, any, or all of the rolled dice; ending the casino poker dice game when the dice are all held or when re-rolling occurs Y times; paying any winning combinations of symbols based on the placed wager and in response to the step of ending the game; re-rolling the non-held dice when less than all the X dice are held; and repeating various of these steps until the game ends. Variations on this basic method are set forth for stand-alone games, bonus games, used in conjunction with underlying gaming machines, and playing a bonus game of the present invention in parallel with an underlying game so that a number of hands are played.

Abstract: A cashless peripheral method interfacing with a gaming system. The gaming system issues a “cash-out” signal when a player quits playing and receives a “cash-in” signal when a player desires to play a game in the gaming system. A stack of unprinted tickets is stored in the interior of the device. A ticket printer prints a coded value, such as a bar code, on a ticket in response to a cash-out signal from the gaming system. A ticket reader reads the amount printed on the ticket. If the printed value corresponds to the value which should have been printed, a ticket-out transport delivers the printed ticket to the player cashing out from the gaming system. When a player inserts the printed ticket into the device a ticket-in transport senses the insertion and the ticket reader reads the coded value from the inserted printed ticket. The ticket reader issues a cash-in signal to the gaming system corresponding to the value read from the coded value on the inserted printed ticket.

Abstract: An automated comp rating system and method for accurately determining a players gross wagers at a live card game table. A reader at each player position at a game table reads a player data medium to identify a player. The player places a wager wherein each wagering device has value identifying data. A decoder receives the value identifying data to automatically determine the value of each wager. A computer obtains the player's identity, the wager value, and the player position and the time of each live card game. The computer determines a gross session wager value for the each gaming session constituting a number of separate live card games at the table. Any computer in the system can access the game table computer and a database containing a player's history record to determine an accumulative gross wager, a premium point factor, the premium point balance, for awarding comps, paying agent fees to player scouts, tailoring a direct mail campaign, and reducing labor costs.

Abstract: A Pachinko bonus game system for an underlying game machine. The Pachinko bonus game has a playing field with a plurality of rows of pegs. A ball is launched onto the playing field by a launch mechanism when an initiate condition occurs during play of the underlying game. A row of lanes are provided on the playing field. The ball, after traversing among the pegs on the playing field, eventually travels through one of the lanes. At each lane is randomly displayed a bonus payoff value. The lane the ball travels through senses the presence of the ball and the value displayed for that lane is added to the credit meter in the underlying game. The bonus payoff values are randomly changed from game to game which eliminates any mechanical bias present in the Pachinko game. A stand-alone Pachinko game as well as using a Pachinko game as a coin dispenser is also provided.

Abstract: A method for providing bonus jackpot payoffs during a bonus mode time period in a system of linked gaming machines interconnected to a controller. Eligible gaming machines are determined at the time the bonus time period starts. Once the bonus mode time period starts, a portion of the eligible gaming machines are randomly selected for multiple jackpot bonus payoff opportunities. The random selection determines the rate the opportunities are issued and the average length of the bonus mode time period. Once gaming machines are selected they are allowed to complete the game they are currently involved in and should the play result in a winning combination, then the game payoff is multiplied by a bonus multiplier. The underlying gaming machine is responsible, in a conventional fashion, for paying the game payoff and the controller then authorizes a further jackpot bonus payoff of the bonus multiplier less one times the game payoff. The bonus pool value is then decremented by the amount paid by the controller.

Abstract: The present invention relates to a progressive game that can be incorporated either as a bonus game or a stand-alone game in a progressive linked gaming machine environment. The game utilizes a plurality of progressive jackpot pools each associated with a particular game outcome (i.e., such as Quiniela, Exacta, Trifecta and Superfecta in the case of a horse race derby game). Each progressive jackpot pool is funded through play at the underlying linked game such as a contribution of each wager or through separate wagers. When the game of the present invention initiates, a plurality of successive game rounds are played. Each successive game round reduces the number of possible game outcomes such as by reducing the number of horses in each successive horse race. Therefore, with each successive game players have a higher probability of winning. The terminating round is reached in which the last game always results in at least one guaranteed winner through reduction of the possible game outcomes.

Abstract: A casino card game using a deck of cards having a number of value cards and a number of subsets of cards. A first subset constitutes value cards which have value in the play of the game to provide winning combinations according to the game rules. A second subset are wild cards that assume the value of another value card in a players hand. A third subset of cards are player specific cards which when matching an identifier separately associated with the player, assumes special meaning in the players hand. A fourth subset termed worthless cards which have no value and occupies space in the hand. A fifth subset are losing cards which causes a hand to immediately lose. A sixth subset is termed contingent cards which causes the player to receive additional payoff when the player has a winning combination of value cards. A last subset are win cards which causes the hand to immediately win.

Abstract: An intelligent casino chip system. At least one gaming table is provided with at least one discrete player area. Each player area has a discrete betting area. Two classes of intermingled gaming chips are accepted in a stack in the discrete betting area. The gaming chip of the first class, comprising the primary wager, has a first transponder containing at least value information. The gaming chip of the second class, comprising the secondary wager, has a second transponder containing value and class information. A transceiver system located on the gaming table within the vicinity of the betting area is used to receive value signals from the first transponder and transponder value and class signals from the second transponder. These signals are conveyed to a computer system that then determines a primary wager value of the primary wager based on the value signals from the first transponder.

Abstract: A casino game and method therefor is described having a gaming device having a play board. The play board has disposed thereon a plurality of groups wherein each of the plurality of groups has at least one like-kind element, one or a plurality of wild elements, one or a plurality of lose elements, and one or a plurality of separate wager elements. A wagering table is provided. The wagering table has separate wager areas for wagering on the occurrence made group or the occurrence of at least one separate wagering element. A device randomly selects during each play of the game an element from a like-kind elements, the wild elements, the separate wagering elements, and lose elements for displaying one of the elements on the play board during each round of play. The device continues to randomly select a next element until all of the like-kind elements in any one group are completed.

Abstract: A method for playing a stand-alone and a bonus casino poker dice having X dice, each of the X dice having F faces with a different symbol thereon so as to form a set {S} of symbols on each of the X dice. The method of the present invention includes the steps of placing a wager; rolling the dice; holding none, any, or all of the rolled dice; ending the casino poker dice game when the dice are all held or when re-rolling occurs Y times; paying any winning combinations of symbols based on the placed wager and in response to the step of ending the game; re-rolling the non-held dice when less than all the X dice are held; and repeating various of these steps until the game ends. Variations on this basic method are set forth for stand-alone games, bonus games, used in conjunction with underlying gaming machines, and playing a bonus game of the present invention in parallel with an underlying game so that a number of hands are played.

Abstract: A method of operating of controller-based progressive gaming system having a plurality of gaming machines wherein each gaming machine generates unit bet information indicative of a number of unit bets supplied to a machine for playing a game. The method comprises the steps of randomly selecting a bonus mode activation value between a high and low limit, providing a current value, providing a base value, incrementing the current value when the gaming machines are played so that the current value is incremented by a fixed amount of each unit bet received by each gaming machine. A bonus mode time period is entered when the incremented current value is equal to or exceeds the bonus value. Eligible machines are locked-in and random bonus jackpots are made during the bonus time period. Each bonus award decrements the current value by the amount of each award and the bonus mode time period is ended when the current value is less than or equal to the base value.

Abstract: A Pachinko bonus game system for an underlying game machine. The Pachinko bonus game has a playing field with a plurality of rows of pegs. A ball is launched onto the playing field by a launch mechanism when an initiate condition occurs during play of the underlying game. A row of lanes are provided on the playing field. The ball, after traversing among the pegs on the playing field, eventually travels through one of the lanes. At each lane is randomly displayed a bonus payoff value. The lane the ball travels through senses the presence of the ball and the value displayed for that lane is added to the credit meter in the underlying game. The bonus payoff values are randomly changed from game to game which eliminates any mechanical bias present in the Pachinko game. A stand-alone Pachinko game as well as using a Pachinko game as a coin dispenser is also provided.