115 results about "Shuffling machine" patented technology

A casino table card gaming system comprises: at least one gaming table; and at least one playing card shuffler on or proximate to the gaming table. The shuffler provides a status signal associated with a specific stage of use of the shuffler in a casino table card game. The status signal is forwarded to a database that uses the signal as a basis for registering that a round of play of a casino table card game using playing cards from that shuffler is to be counted in a record of game usage for at least one of that shuffler or that casino table.

A card feed system for feeding cards into a card handling system is disclosed. The system includes a card input department with a playing card support surface, a front wall, a rear wall and two side walls. The playing card support surface slopes towards the front wall at an angle between 12 and 22 degrees. A slot is provided in the front wall to allow single cards to pass into the card handling system. The card feed system also includes a card moving system to advance cards through the slot.

A method and system for simulating games of chance using cards are disclosed using a shuffler to shuffle a set of cards and dispensing one or more cards. Current regulations prohibit certain game operators from using certain games such as traditional craps and roulette. By simulating those games with cards, operators can still provide players with games they recognize and thereby develop excitement and new gaming alternatives for their players, as well as draw new players to such games through their familiarity with the indicia on the cards.

The present invention features a card shuffling machine having a controller that can be operated remote from the shuffling machine. A remote control unit is provided for remotely communicating operator-selected commands to the shuffling machine. The shuffling machine is capable of shuffling and dealing various games and between different modes of operation, including batch mode and continuous mode. The remote control unit includes a housing, a controller disposed therein, a display in electrical communication with the controller, and at least one user-operated key in electrical communication with the controller for electrically communicating a shuffle command to said shuffling machine allowing the dealer to select between various modes of operation, including batch mode, continuous mode, and between various games to be played.

A programmable card handling machine with a display and appropriate inputs for adjusting the machine to any of a number of games comprises inputs including a number of cards per hand selector, a card game selector, a number of hands delivered selector and a trouble-shooting input. These features also provide for interchangeability of the apparatus for many different games, for many types of cards or decks and in different locations thereby reducing the number of back-up machines or units required at a casino. The display may include a game mode or game selected display, and use a cycle rate and / or hand count monitor and display for determining or monitoring the usage of the machine. The card-handling machine is capable of randomly selecting numbers of cards to be delivered in a hand of cards to players and the dealer during a round of a casino table card game.

A system for enabling play of a casino table card game is disclosed. At least one of a rank and suit of a set of playing cards is automatically determined. Multiple randomized sets of playing cards of known composition are formed and delivered to a game, and are set by following automatically generated house way instructions. The components of the system include an automatic card shuffler configured to deliver randomized sets of physical cards, the shuffler equipped with a playing card reading system that reads at least one of a rank and suit of markings on each of the playing cards. The automatic card shuffler has a processor that receives the read card information from the playing card reading system and determines a composition of each individual set of playing cards dispensed. Other components of the system include a gaming table with a gaming surface; and at least one display on or proximate the gaming surface in communication with a processor programmed with house way rules for displaying instructions on how to set hands from a distributed set of cards a house way; wherein the monitor displays information on how to set a hand according to programmed house way rules. A method of operating a casino table card game using physical playing cards that are distributed in sets to multiple play positions and set according to automatically generated house way instructions is also disclosed. Processors of the present invention may also cause a display of a house commission amount.

A security system for a casino table card game has a casino table with i) indicia thereon for the placement of wagers, ii) a data entry system with an associated computer, and iii) sensors that can detect the placement of at least one specific category of wager; a shuffling device with a microprocessor integral to the shuffler for providing information regarding cards or hands; a central table gaming computer that receives information from the shuffler in real time, receives information from the sensors, and receives information from the data entry system, the associated computer, the microprocessor and the central table gaming computer communicating data among each other in real time.

A tray, serving as a transaction drawer, optimally fitted to X-ray inspection equipment for ease and efficiency of the operation. Yet, easy to handle by the operator and stackable for storage and having a test wedge to verify read outs by the X-ray machine, made out of translucent, plastic material, economically produced.

An automatic poker shuffling machine includes a frame having a first container, a second container and a card chamber between the first container and the second container, an elevating device has a table in the card chamber, a card cutting device for sending the cards on the table to the first and second containers alternately, and a card shuffling device having first and second turning wheels on the bottoms of the first and the second containers to stack the cards alternately on the table again. The present invention further includes a plurality of sensors to sense the cards and control the corresponding elements action, and a collecting box to receive the shuffled cards.

An apparatus is for shuffling a plurality of playing cards used in gaming. The apparatus includes a support adapted to support the unshuffled cards on-edge. An exciter is also included, and is adapted to impart vibrational action to the supported cards. Cards drop in a random fashion such as by controlling the relative position of the cards and passage through one or more slots in the supporting rest. In some of the apparatuses a medial receiver is adapted to receive at least one card dropped from the support and to retain the at least one received card to substantially block the slot to prevent further cards from dropping. A positioner is preferably included to change the relative position of the unshuffled deck and slots though which the cards drop.

A card-feeding device for feeding cards into a card-handling device is disclosed. Examples of card-handling devices include shufflers, card sorters, card delivery devices and card verification devices. The device includes a card infeed area that supports a stack of cards. The card infeed area has a card support surface. Included in the device is a card-removing system that removes cards individually from the bottom of the stack. A pivoting arm presses against a card at the top of the stack. At least one sensor is provided that detects at least one of a position of the arm and a presence of a card in the card infeed area. A method of shuffling cards is also disclosed. The method includes the steps of providing cards to be shuffled into a card infeed area as a stack with a top and bottom and removing cards one at a time from the bottom of the stack and moving the removed cards to a shuffling zone. Cards are then shuffled. The stack of cards is stabilized by a pivoting arm capable of pressing against the top of the stack in an engaged position. The pivot arm may be automatically rotated from a first card-engaging position to a second recessed position.

The multiple-inlet shuffling machine has a shuffler and at least two card inputs. The shuffler has a base, a shuffling wheel mounted rotatably on the base and has multiple card slots formed radially around which, and a controller having at least one random number generator (RNG) that generates at least one random number. The card inputs are mounted oppositely on the base of the shuffler adjacent to the shuffling wheel and are controlled by the at least one random number generator (RNG) of the controller to randomly place cards into a same wheel further raising a randomness of the cards. relative to a number of compartments to number of cards ratio. Furthermore, operations are made via gears, so the multiple-inlet shuffling machine has improved precision of movement.

A card shuffler that moves cards one-at-a-time from the bottom of a group that may be a deck in a deck-crib, to randomly designated single-card receptacles in a receiving or dealing rack. Either the deck-crib or the receiving rack is moved by a motor to align a receptacle, randomly selected from among remaining empty receptacles, with an outfeed slot of the deck-crib to receive each card to be moved from the deck-crib. A space is provided in the dealing rack in one embodiment, where a dealer's hand can reach cards and remove them from the dealing rack. A controller can cause the dealing rack to move so as to allow a selected number of cards to be removed by the dealer for a player hand or a dealer hand. A card reader may be included, and positions in the receiving or dealing rack of cards identified by the card reader can be stored in memory in the controller.

A shuffling machine has a shuffler, a card input, a card output, an input detaching assembly and an output detaching assembly. The input detaching assembly is mounted between the shuffler and the card input to connect the card input detachably to the shuffler. The output detaching assembly is mounted between the shuffler and the card output to connect the card output detachably to the shuffler. Therefore, the shuffler, the card input and the card output may be manufactured and sold separately to simplify manufacturing processes and reduce buying cost.

A shuffling device of a shuffling machine, the device comprising a base comprising a first and a second side walls, a wheel rotatably mounted between the first and second side walls of the base, the wheel comprising a first portion and a second portion each of which comprising a plurality of teeth formed on the inner rim a plurality pairs of retainers mounted to the first and second portions of the wheel, and an optical coder detachably mounted to the wheel, a motor detachably mounted on one of the first and second side walls of the base, and a gear coupled to and driven by the motor, wherein the gear is engaged with the teeth of one of the first and second portions of the wheel.

An automatic shuffling machine has a shuffling wheel and a card input mounted adjacent to the shuffling wheel for conveying and inserting cards into slots formed in the shuffling wheel. An insertion panel is mounted securely between the card input and the shuffling wheel, may be a curved shape corresponding to the shuffling wheel and has a tangent surface opposite to the shuffling wheel and an abutting portion disposed between an inlet passage of the card input and one corresponding card slot of the shuffling wheel. Thus, by controlling the rotation of the shuffling wheel, the automatic shuffling machine input the cards in a simple and efficient manner.

Systems, apparatuses and methods are described for shuffling a deck, group, stack or pile of cards. The cards are placed into a shuffler. The shuffler may be accessed under a lid, or via a slot or tray. Buttons, switches, or a touch screen and the like serve as an interface to access and control the shuffler. Cards are introduced into a substantially vertical shuffling chute. Cards are counted or audited. Sensors provide information as to the location of the cards. Static barriers and agitators encourage cards to remain in proper orientation and location. An elevator lifts cards from the shuffling chute. Sweeper arms or other mechanism manipulates the cards and returns the cards to a substantially horizontal orientation and exit position. Manual override is possible when errors are detected. Rubber-coated commodity rollers mountable to cantilevered axles engage and launch cards into the air when shuffled in the shuffling chute. Cards settle back into the stack of cards under the influence of gravity. The shuffler is mounted inside a simple enclosure. Maintenance and interface features provide convenience when working with the shuffler. Authentication may be employed to correlate user or dealer with operation of the shuffler.

An automatic card shuffling and dealing machine for playing cards is composed of a card storage unit consisting of the fixed card storage box and the second driver for delivering the cards out of the card storage box, a card dealing unit consisting of at least two card dealing boxes for receiving the cards from said card storage box and the third driver for delivering the cards out of said card dealing boxes, the first driver for driving the card dealing unit to revolve around the card storage unit, and a controller for controlling said three drivers.

The present invention features a playing card shuffling device (20), which through the use of a small image capturing means (30), captures an image of the face value of each card and stores the image in memory. This image is sorted in the format of a bit map image. The operator of the machine would b e able to recall through the use of a key pad (44), the images of the cards th at comprised the individual hands in the previous game. This feature allows for verification of a winning hand after a game has been completed. Thereby a quick recheck of hands before paying a winning hand is performed. The face value of each card is determined by character recognition software. These ca rd values would be stored in memory for archival access for use in monitoring t he randomness of the game and determining the number of winning hands.

The present invention provides shuffled playing cards which eliminate the need for a game host to shuffle cards before games by taking a lot of time as well as eliminate the possibility of cheating. A shuffled playing cards (1) obtained by shuffling a predetermined number of decks of playing cards (12) using a shuffling machine is packaged as an individual pack. The shuffled playing cards (1) is individually packaged and sealed with an adhesive label (13). A bar code (13a) which represents a unique shuffled card ID has been printed on the adhesive label (13). The shuffled card ID is registered in a database by being associated with information which allows identification of a shuffling machine used to shuffle the playing card set.

The present invention provides shuffled playing cards which eliminate the need for a game host to shuffle cards before games by taking a lot of time as well as eliminate the possibility of cheating. A shuffled playing cards (1) obtained by shuffling a predetermined number of decks of playing cards (12) using a shuffling machine is packaged as an individual pack. The shuffled playing cards (1) is individually packaged and sealed with an adhesive label (13). A bar code (13a) which represents a unique shuffled card ID has been printed on the adhesive label (13). The shuffled card ID is registered in a database by being associated with information which allows identification of a shuffling machine used to shuffle the playing card set.