Abstract: Apparatuses for stacking chips include a container for receiving unstacked chips, a carrier comprising a channel for carrying a chip stack, a transport system for transporting chips from the container toward the carrier, and at least one ejector system for ejecting or moving chips from the transport system into the channel of the carrier. Chip stack cutter devices may include an elongated displacement member, which may extend from an actuating lever member movably coupled to a base member configured to slide along a channel of a chip stack carrier. In additional embodiments, the cutter device may include an energy-responsive device configured to selectively move an elongated displacement member for displacing a number of chips in a chip stack carried in a channel of a chip stack carrier.

Abstract: An apparatus for receiving and sorting disks includes a wheel having at least one well for receiving a disk, a motor coupled to the wheel, a collecting device positioned relative to the wheel, a disk sensor, an ejector, and a controller. The collecting device has at least a first collector and a second collector configured for receiving disks. The disk sensor is configured to detect a value of a parameter of a disk received in the well and generate a parameter value signal. The ejector is coupled to the wheel proximate the well and configured to eject a disk from the well in a plane parallel to a bottom surface of the wheel in response to an eject signal. The controller is operably coupled with the disk sensor and the ejector.

Abstract: Chip sorting devices and methods of ejecting chips from chip wells are disclosed. In some embodiments, chip sorting devices may include at least one chip ejection unit including at least one finger member selectively movable between a first position outside of at least one channel of a chip conveying unit and a second position within the at least one channel. In additional embodiments, a chip sorting device may include a separating wheel comprising a plurality of chip wells, each chip well configured to hold a plurality of chips. In yet additional embodiments, methods of ejecting a chip from a chip well may include urging a selected chip out of the chip well with the at least one finger member and at least one wall segment of a trailing segmented wall of the chip well.

Abstract: A device for sorting disks or disk-like members of different identities (e.g., roulette chips) that ejects the disks from a receptacle by means of a rotating wheel with numerous wells, such as multi-chip storage compartments. Ejection of an article from the numerous wells is achieved by an ejector lever making contact with an activated solenoid thus forcing the article at the bottom of the well, in conjunction with the momentum of the rotating wheel, into a receiving space. The disks in the receiving spaces are continually replaced by newly arriving disks, which force the previously positioned disks upward into a column.

Abstract: A card feed system for feeding cards into a card handling system. The card feed system includes a card input compartment with a playing card support surface, a front wall, a rear wall and two side walls. The playing card support surface slopes toward the front wall at an angle between 12 degrees 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.

Abstract: A card feed system for feeding cards into a card handling system. The card feed system includes a card input compartment with a playing card support surface, a front wall, a rear wall and two side walls. The playing card support surface slopes toward the front wall at an angle between 12 degrees 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.

Abstract: Card handling systems include shuffling devices, shoe devices, and a card transfer system for automatically transferring cards from the shuffling device into the shoe device. Shuffling devices may include a divider configured to contact at least one card positioned within a compartment of the shuffling device. Shoe devices may include a card loading system for loading cards into a card storage area through an opening in a base of the shoe device. Methods of providing cards during a casino table game play include identifying card information including a rank and a suit of each card in a shuffling device and a shoe device and transporting cards from the shuffling device to the shoe device.

Abstract: A casino chip-sorting device may comprise a transport disc, a drive, an ejector, a cam, and a blade. The drive may be operably coupled to the transport disc, for rotating the transport disc, and the transport disc may have multiple recesses for collecting individual chips. The ejector may be extendable into a recess from beneath the transport disc to move a disc that is in the recess and the cam may be selectively rotatable by the drive to push the ejector into the recess. The blade may have an upper surface positioned to receive a casino chip moved by the ejector. Additionally, a processor associated with the casino chip-sorting device may be programmed to recognize a jam.

Abstract: 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.

Abstract: A casino chip sorting device may comprise a transport disc, a drive, an ejector, a cam, and a blade. The drive may be operably coupled to the transport disc, for rotating the transport disc, and the transport disc may have multiple recesses for collecting individual chips. The ejector may be extendable into a recess from beneath the transport disc to move a disc that is in the recess and the cam may be selectively rotatable by the drive to push the ejector into the recess. The blade may have an upper surface positioned to receive a casino chip moved by the ejector. Additionally, a processor associated with the casino chip sorting device may be programmed to recognize a jam.

Abstract: A sorting device for the sorting of gaming chips comprises a base frame, a collection container, an oblique transport disc adjoining the collection container, the oblique transport disc separating and receiving gaming chips, a gaming chip characteristic identification system positioned adjacent the transport disc, a transfer device distributing the gaming chips in removal units according to characteristics identified in the gaming chip characteristic identification system. The sorting device has a transport for transferring the gaming chips directly from the transport disc to the removal units, and a radially external region of the transport disc contains recesses into which the gaming chips are separated.

Abstract: 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.

Abstract: Playing card handling devices, such as shufflers, dealing shoes, discard racks and verification systems are rotatably secured to a gaming table to allow for functional and ergonomic adjustment of the card handling device, without removal from the gaming table. One end of the device, preferably a front end of the device from which playing cards may be removed has a structure that extends through an aperture in the gaming table. The device is movable within the aperture. Movement in the X-Y direction, angular movement and rotational movement, parallel to the movement of the plane of the surface of the gaming table is enabled. The movement of the device about the aperture preferably maintains the base of the device relatively parallel to the plane of the surface of the gaming table.

Abstract: Apparatuses for stacking chips include a container for receiving unstacked chips, a carrier comprising a channel for carrying a chip stack, a transport system for transporting chips from the container towards the carrier, and at least one ejector system for ejecting or moving chips from the transport system into the channel of the carrier. Chip stack cutter devices may include an elongated displacement member, which may extend from an actuating lever member movably coupled to a base member configured to slide along a channel of a chip stack carrier. In additional embodiments, the cutter device may include an energy-responsive device configured to selectively move an elongated displacement member for displacing a number of chips in a chip stack carried in a channel of a chip stack carrier.

Abstract: Chip sorting devices include a rotatable disc having a plurality of wells for receiving chips therein, a plurality of channels for holding stacks of chips, at least one ejector for ejecting chips from the wells of the disc into the channels, and at least one removal lever associated with at least one of the channels. The removal lever has an arm configured to extend adjacent at least a portion of a stack of chips when the stack of chips is in a channel. Other chip sorting devices include a plurality of wells for receiving chips therein, a plurality of channels for holding stacks of chips, at least one ejector for ejecting chips from the wells of the disc into the channels, and at least one spring member configured to bias the ejector to a position.

Abstract: A device for sorting disks or disk-like members of different identities (e.g., roulette chips) that ejects the disks from a receptacle by means of a rotating wheel with numerous wells, such as multi-chip storage compartments. Ejection of an article from the numerous wells is achieved by an ejector lever making contact with an activated solenoid thus forcing the article at the bottom of the well, in conjunction with the momentum of the rotating wheel, into a receiving space. The disks in the receiving spaces are continually replaced by newly arriving disks, which force the previously positioned disks upwards into a column.

Abstract: A device for sorting disks or disk-like members of different identities (e.g., roulette chips) that ejects the disks from a receptacle by means of a rotating wheel with numerous wells, such as multi-chip storage compartments. Ejection of an article from the numerous wells is achieved by an ejector lever making contact with an activated solenoid thus forcing the article at the bottom of the well, in conjunction with the momentum of the rotating wheel, into a receiving space. The disks in the receiving spaces are continually replaced by newly arriving disks, which force the previously positioned disks upwards into a column.

Abstract: The invention comprises a pre-shuffler that receives a quantity of cards to be shuffled, such as nine decks of cards. One embodiment of the pre-shuffler includes a horizontal moveable box having, for example, nine compartments with vertical walls for separating the cards to be shuffled into groups. Cards are placed into all or some of the compartments in the box, and a shuffling sequence is then commenced. A motor moves the box containing the cards so that the cards in the first compartment are deposited into an input tray of the main card shuffler. The main shuffler then forwards the cards in the input tray one by one, via rollers, to selected card receptacles in the main shuffler. The process is then continued for each group of cards in the pre-shuffler until all cards are in the main shuffler. The main shuffler then shuffles the cards in a normal fashion. The cards output from the main shuffler are in a more random order than had the cards not been pre-shuffled by the pre-shuffler.

Abstract: The invention comprises a pre-shuffler that receives a quantity of cards to be shuffled, such as nine decks of cards. One embodiment of the pre-shuffler includes a horizontal moveable box having, for example, nine compartments with vertical walls for separating the cards to be shuffled into groups. Cards are placed into all or some of the compartments in the box, and a shuffling sequence is then commenced. A motor moves the box containing the cards so that the cards in the first compartment are deposited into an input tray of the main card shuffler. The main shuffler then forwards the cards in the input tray one by one, via rollers, to selected card receptacles in the main shuffler. The process is then continued for each group of cards in the pre-shuffler until all cards are in the main shuffler. The main shuffler then shuffles the cards in a normal fashion. The cards output from the main shuffler are in a more random order than had the cards not been pre-shuffled by the pre-shuffler.

Abstract: A card shuffler is disclosed having a card output portion that is easily connectable to either a first output card receiver or a second output card receiver. The first output card receiver enables the dealer to remove cards one at a time from the shuffler. The second output card receiver enables the dealer to remove a group of cards at a time from the shuffler.