Abstract: An image can be captured from an imaging device. A gaming chip tube can be identified in a gaming chip tray. A first position can be determined that corresponds to a bottom of the gaming chip tube. A spacer can be identified by recognizing a predefined pattern on the spacer. A second position can be determined corresponding to the spacer. A count of gaming chips can be determined based at least in part on the first and second positions.

Abstract: A first reading can be determined of gaming chips in a gaming area using a first identification technology. The first reading can include a count of gaming chips. A second reading can be determined of gaming chips in a gaming area using a second identification technology. The second reading can include a count of gaming chips. A variance can be identified between the first reading and the second reading.

Abstract: A switching device can provide a pass-through connection between a first set of reader inputs and antenna inputs. The switching device can disconnect the pass-through connection between the first set of reader inputs from a first reader and the plurality of antenna inputs. The switching device can generate a tuned signal based on the antenna inputs. The switching device can provide the tuned signal to a second set of reader inputs for a second reader.

Abstract: An image can be captured from an imaging device. A gaming chip tube can be identified in a gaming chip tray. A first position can be determined that corresponds to a bottom of the gaming chip tube. A spacer can be identified by recognizing a predefined pattern on the spacer. A second position can be determined corresponding to the spacer. A count of gaming chips can be determined based at least in part on the first and second positions.

Abstract: A switching device can provide a pass-through connection between a first set of reader inputs and antenna inputs. The switching device can disconnect the pass-through connection between the first set of reader inputs from a first reader and the plurality of antenna inputs. The switching device can generate a tuned signal based on the antenna inputs. The switching device can provide the tuned signal to a second set of reader inputs for a second reader.

Abstract: An image can be captured from an imaging device. A gaming chip tube can be identified in a gaming chip tray. A first position can be determined that corresponds to a bottom of the gaming chip tube. A spacer can be identified by recognizing a predefined pattern on the spacer. A second position can be determined corresponding to the spacer. A count of gaming chips can be determined based at least in part on the first and second positions.

Abstract: An image can be captured from an imaging device. A gaming chip tube can be identified in a gaming chip tray. A first position can be determined that corresponds to a bottom of the gaming chip tube. A spacer can be identified by recognizing a predefined pattern on the spacer. A second position can be determined corresponding to the spacer. A count of gaming chips can be determined based at least in part on the first and second positions.

Abstract: A gaming chip reader can read one or more gaming chips from an antenna. Drawers can be read from the gaming chip. A version can be identified from the drawers. A memory mapping can be decrypted and data describing the gaming chip can be decoded from the drawers using the decrypted memory map. The data describing the gaming chip can be validated against a gaming chip inventory dataset.

Abstract: Disclosed is a gaming chip and method of manufacturing the gaining chip. The gaming chip can include a chip component with one or more affixing points. A clip insert can be coupled to the one or more affixing points. A second component can be injected to prevent the clip insert from being removed from the chip component.

Abstract: A gaming-table device (T) comprising: a gaming table that defines a playing zone (ZT3, ZNT1) that is fitted with a detection and identification system (SDT1, SDNT1) for identifying and detecting items; a computer (12) that is provided with software that is capable of retrieving and analyzing detection information that is sent by the item detection and identification system (SDT1, SDNT1); chips that are placed on an identified playing zone, so that the detection system (SDT1, SDNT1) generates detection information that is sent to the computer (12) so as to be analyzed thereby; and software that generates action information as a result of analyzing detection information, the action information being sent to an identified playing zone (ZT3, ZNT1) so as to activate a specific function that can be used by a player.

Abstract: A first reading can be determined of gaining chips in a gaming area using a first identification technology. The first reading can include a count of gaming chips. A second reading can be determined of gaming chips in a gaming area using a second identification technology. The second reading can include a count of gaming chips. A variance can be identified between the first reading and the second reading.

Abstract: A total money management system for integrating numerous stand-alone components designed to validate, track and secure gaming currency from the table to back-of-house is provided. Utilizing RFID enabled casino currency, an RFID chip tray, a bill validator, RFID readers and antennas, inventory system and chip authentication network, the total money management system of the present disclosure provides casinos with a cash and chip tracking and reporting tool that will improve table performance and streamline the numerous at-table and back-of-house manual money management processes and procedures.

Abstract: The present invention provides value tokens having improved security while achieving enhanced decorative effects, contrasting edge “spots”, increased physical weight, and flexibility of construction and design. Stacked structures formed from pluralities of layers are featured.

Abstract: Value tokens, e.g. gaming chips, are formed with a slug having an RFID microchip embedded or encapsulated inside and an EM coil either embedded or encapsulated inside or wrapped around the periphery of the slug. The slug is formed by injection molding two plastic halves with a spacing therebetween for accepting the RFID microchip. The plastic halves are formed from weighted plastic including fillers such as copper, brass and/or tungsten to add extra weight to the plastic halves. The EM coil is placed on the same radius as the RFID antenna within the gaming chip or at a radius outside the RFID antenna to as to minimize interference between the RFID and EM signals by minimizing the metal in the EM field. For example, the EM coil may be wound within a groove around the outer periphery of the slug.

Abstract: An RFID plaque box provides secure storage and protection of value tokens (e.g., gaming plaques and jetons) of all sizes and shapes (e.g., rectangular, square, oval or round) and delivers real-time counting and movement details in both high and low frequency RF environments. The RFID plaque box allows plaques or jetons to be accounted for as part of the table's inventory along with the RFID chip tray's inventory (when installed). The RFID plaque box is provided as a fixed storage area that is situated below the plan of the gaming table alongside the RFID chip tray (when provided) with a lid very similar to that of the RFID chip tray or provided in a pop-up mechanism whereby the RFID plaque box is integrated into a gaming table such that when the top surface of the RFID plaque box is pushed, the RFID plaque box will pop-up to lift the stacks of plaques or jetons for access.

Abstract: A gaming table comprises a table top having a top and a bottom surface adapted to receive an exchangeable insert. For instance, the top surface is configured to receive gaming accessories and defines an exchangeable insert bed. A base is connected to and configured to support the table top. A table top exchangeable insert is configured to be located within the exchangeable insert bed, wherein the insert includes a securing structure, for releasably securing the table top exchangeable insert to the table top to provide the ability to conveniently change the insert as desired.

Abstract: Value tokens, e.g. gaming chips, are formed with a slug having an RFID microchip embedded or encapsulated inside and an EM coil either embedded or encapsulated inside or wrapped around the periphery of the slug. The slug is formed by injection molding two plastic halves with a spacing therebetween for accepting the RFID microchip. The plastic halves are formed from weighted plastic including fillers such as copper, brass and/or tungsten to add extra weight to the plastic halves. The EM coil is placed on the same radius as the RFID antenna within the gaming chip or at a radius outside the RFID antenna to as to minimize interference between the RFID and EM signals by minimizing the metal in the EM field. For example, the EM coil may be wound within a groove around the outer periphery of the slug.

Abstract: The present invention provides value tokens having improved security while achieving enhanced decorative effects, contrasting edge “spots”, increased physical weight, and flexibility of construction and design. Stacked structures formed from pluralities of layers are featured.

Abstract: A gaming table comprises a table top having a top and a bottom surface adapted to receive an exchangeable insert. For instance, the top surface is configured to receive gaming accessories and defines an exchangeable insert bed. A base is connected to and configured to support the table top. A table top exchangeable insert is configured to be located within the exchangeable insert bed, wherein the insert includes a securing structure, for releasably securing the table top exchangeable insert to the table top to provide the ability to conveniently change the insert as desired.

Abstract: A gaming table comprises a table top having a top and a bottom surface adapted to receive an exchangeable insert. For instance, the top surface is configured to receive gaming accessories and defines an exchangeable insert bed. A base is connected to and configured to support the table top. A table top exchangeable insert is configured to be located within the exchangeable insert bed, wherein the insert includes a securing structure, for releasably securing the table top exchangeable insert to the table top to provide the ability to conveniently change the insert as desired.