Abstract: A playing card handling device comprises an elevator platform configured to receive one or more cards from an input platform to form a shuffled set of cards, a card gripper positioned above the elevator platform, and configured to grip cards from the shuffled set of cards, and a processor configured to control the elevator platform to have a grip position for the card gripper to grip the shuffled set of cards, wherein the grip position is adjusted based, at least in part, on a correction value associated with a particular card insertion. A related method includes determining a grip position of an elevator platform of a card handling device based, at least in part, on a desired insertion location within a stack of shuffled cards as adjusted based on a corrective value that is different for a plurality of different insertion locations.

Abstract: A playing card handling device comprises an elevator platform configured to receive one or more cards from an input platform to form a shuffled set of cards, a card gripper positioned above the elevator platform, and configured to grip cards from the shuffled set of cards, and a processor configured to control the elevator platform to have a grip position for the card gripper to grip the shuffled set of cards, wherein the grip position is adjusted based, at least in part, on a correction value associated with a particular card insertion. A related method includes determining a grip position of an elevator platform of a card handling device based, at least in part, on a desired insertion location within a stack of shuffled cards as adjusted based on a corrective value that is different for a plurality of different insertion locations.

Abstract: Methods of operating a gaming table wager sensing apparatus are disclosed. A method includes storing, in a first token sensor assembly, a state of the first token sensor assembly based on a sensed presence of a token. The method also includes associating a first player position with the first token sensor assembly and the state of the first token sensor assembly. Further, the method includes transferring, to the sensor memory component of the first token sensor assembly, a desired state of the first token sensor assembly based on the state of the first token sensor assembly. The method also includes enabling a number of light sources of the first token sensor assembly based on the desired state of the first token sensor assembly stored in the sensor memory component of the first token sensor assembly. Associated apparatuses and systems are also disclosed.

Abstract: A playing card handling device comprises an elevator platform configured to receive one or more cards from an input platform to form a shuffled set of cards, a card gripper positioned above the elevator platform, and configured to grip cards from the shuffled set of cards, and a processor configured to control the elevator platform to have a grip position for the card gripper to grip the shuffled set of cards, wherein the grip position is adjusted based, at least in part, on a correction value associated with a particular card insertion. A related method includes determining a grip position of an elevator platform of a card handling device based, at least in part, on a desired insertion location within a stack of shuffled cards as adjusted based on a corrective value that is different for a plurality of different insertion locations.

Abstract: A playing card handling device comprises an elevator platform configured to receive one or more cards from an input platform to form a shuffled set of cards, a card gripper positioned above the elevator platform, and configured to grip cards from the shuffled set of cards, and a processor configured to control the elevator platform to have a grip position for the card gripper to grip the shuffled set of cards, wherein the grip position is adjusted based, at least in part, on a correction value associated with a particular card insertion. A related method includes determining a grip position of an elevator platform of a card handling device based, at least in part, on a desired insertion location within a stack of shuffled cards as adjusted based on a corrective value that is different for a plurality of different insertion locations.

Abstract: Methods of operating a gaming table wager sensing apparatus are disclosed. A method include storing, in a first token sensor assembly, a state of the first token sensor assembly based on a sensed presence of a token. The method also include associating a first player position with the first token sensor assembly and the state of the first token sensor assembly. Further, the method includes transferring, to the sensor memory component of the first token sensor assembly, a desired state of the first token sensor assembly based on the state of the first token sensor assembly. The method also includes enabling a number of light sources of the first token sensor assembly based on the desired state of the first token sensor assembly stored in the sensor memory component of the first token sensor assembly. Associated apparatuses and systems are also disclosed.

Abstract: A gaming table apparatus has a gaming table with a gaming table support surface. At least two token sensors are provided, which are electrically connected in series to a token sensor controller. The at least two token sensor units are physically restrained by the table support surface. The game controller is in communication with the token sensor controller, wherein the game controller is configured to associate player position data with transmitted wager data received from the token sensor controller.

Abstract: A playing card handling device comprises an elevator platform configured to receive one or more cards from an input platform to form a shuffled set of cards, a card gripper positioned above the elevator platform, and configured to grip cards from the shuffled set of cards, and a processor configured to control the elevator platform to have a grip position for the card gripper to grip the shuffled set of cards, wherein the grip position is adjusted based, at least in part, on a correction value associated with a particular card insertion. A related method includes determining a grip position of an elevator platform of a card handling device based, at least in part, on a desired insertion location within a stack of shuffled cards as adjusted based on a corrective value that is different for a plurality of different insertion locations.

Abstract: A device for forming a random set of playing cards comprises a card in-feed area, a shuffling system, a card removal area, and a card reading system located within the device, the card reading system employing a complementary metal-oxide semiconductor (CMOS) sensor and a hardware component, the hardware component capable of converting signals from the CMOS sensor into vector sets and comparing the vector sets to known vectors to determine rank and suit.

Abstract: A playing card handling device comprises an elevator platform configured to receive one or more cards from an input platform to form a shuffled set of cards, a card gripper positioned above the elevator platform, and configured to grip cards from the shuffled set of cards, and a processor configured to control the elevator platform to have a grip position for the card gripper to grip the shuffled set of cards, wherein the grip position is adjusted based, at least in part, on a correction value associated with a particular card insertion. A related method includes determining a grip position of an elevator platform of a card handling device based, at least in part, on a desired insertion location within a stack of shuffled cards as adjusted based on a corrective value that is different for a plurality of different insertion locations.

Abstract: A method of automatically generating a calibration file for a card handling device comprises automatically generating a calibration file stored in memory of a main control system for a card handling device. Automatically generating the calibration file comprises identifying at least one parameter associated with a rank area around a rank of at least a portion of the card, identifying at least one parameter associated with a suit area around a suit of the at least a portion of the card, and storing the at least one parameter associated with the rank area and the at least one parameter associated with the suit area in the calibration file. Additionally, a method of automatically generating deck libraries for one or more decks of cards comprises automatically generating a plurality of master images for the cards of the first deck type using the parameters from the calibration file.

Abstract: A card recognition system comprises an imaging device configured to capture a raw image of at least a portion of a card, and a processor operably coupled with the imaging device. The processor is configured to perform an image processing analysis of the raw image to identify measurements of at least one of a rank area around a rank of the card, and a suit area around a suit of the card, and automatically generate a calibration file based, at least in part, on the image processing analysis. A card handling device comprises a card infeed, a card output, and a card recognition system. A method for tuning a card handling device comprises capturing a plurality of images from a deck of cards, storing the images in memory, analyzing the plurality of images for card identification information, and generating a calibration file including parameters associated with the card identification information.

Abstract: An automatic card handling device, automatic card handling devices within a network, and methods of use are disclosed. An automatic card handling device includes a shuffling apparatus with a controller and configured to deliver a set of shuffled cards, and a communication module operably coupled to the controller. The communication module is configured for establishing an electronic communication with a local or world-wide network and thereafter sending and receiving information related to the operation of the automatic card handling device across the network. A network of automatic card handling devices may include a plurality of automatic card shufflers. The network may also include at least one server operably coupled to the plurality of automatic card shufflers. In addition, the server may be operably coupled to a service center through a world-wide network.

Abstract: A gaming table apparatus has a gaming table with a gaming table support surface. A token sensor assembly includes a container having a height and side walls that define an inside and outside perimeter of the container, and a top surface and bottom surface, a translucent cover disposed on the top surface of the side walls, a circuit board secured to the inside perimeter of the container, a plurality of lights disposed on a top side of the circuit board, and a passive ambient light sensor disposed on the top side of the circuit board. The passive ambient light sensor and the translucent cover may operate within predetermined wavelength ranges for receiving and passing light, respectively. A condition of the passive ambient light sensor may not be polled if the plurality of lights is emitting light.

Abstract: A device for forming a random set of playing cards comprises a card in-feed area, a shuffling system, a card removal area, and a card reading system located within the device, the card reading system employing a complementary metal-oxide semiconductor (CMOS) sensor and a hardware component, the hardware component capable of converting signals from the CMOS sensor into vector sets and comparing the vector sets to known vectors to determine rank and suit.

Abstract: A device for forming a random set of playing cards comprises a card in-feed area, a shuffling system, a card removal area, and a card reading system located within the device, the card reading system employing a complementary metal-oxide semiconductor (CMOS) sensor and a hardware component, the hardware component capable of converting signals from the CMOS sensor into vector sets and comparing the vector sets to known vectors to determine rank and suit.

Abstract: A card recognition system comprises an imaging device configured to capture a raw image of at least a portion of a card, and a processor operably coupled with the imaging device. The processor is configured to perform an image processing analysis of the raw image to identify measurements of at least one of a rank area around a rank of the card, and a suit area around a suit of the card, and automatically generate a calibration file based, at least in part, on the image processing analysis. A card handling device comprises a card infeed, a card output, and a card recognition system. A method for tuning a card handling device comprises capturing a plurality of images from a deck of cards, storing the images in memory, analyzing the plurality of images for card identification information, and generating a calibration file including parameters associated with the card identification information.

Abstract: A gaming table apparatus has a gaming table with a gaming table support surface. At least two token sensors are provided, which are electrically connected in series to a token sensor controller. The at least two token sensor units are physically restrained by the table support surface. The game controller is in communication with the token sensor controller, wherein the game controller is configured to associate player position data with transmitted wager data received from the token sensor controller.

Abstract: A method of automatically generating a calibration file for a card handling device comprises automatically generating a calibration file stored in memory of a main control system for a card handling device. Automatically generating the calibration file comprises identifying at least one parameter associated with a rank area around a rank of at least a portion of the card, identifying at least one parameter associated with a suit area around a suit of the at least a portion of the card, and storing the at least one parameter associated with the rank area and the at least one parameter associated with the suit area in the calibration file. Additionally, a method of automatically generating deck libraries for one or more decks of cards comprises automatically generating a plurality of master images for the cards of the first deck type using the parameters from the calibration file.

Abstract: A card recognition system comprises an imaging device configured to capture a raw image of at least a portion of a card, and a processor operably coupled with the imaging device. The processor is configured to perform an image processing analysis of the raw image to identify measurements of at least one of a rank area around a rank of the card, and a suit area around a suit of the card, and automatically generate a calibration file based, at least in part, on the image processing analysis. A card handling device comprises a card infeed, a card output, and a card recognition system. A method for tuning a card handling device comprises capturing a plurality of images from a deck of cards, storing the images in memory, analyzing the plurality of images for card identification information, and generating a calibration file including parameters associated with the card identification information.