1156results about "Card games" patented technology

The invention herein describes a card handling apparatus used for automatically creating play-ready hands for use in casino poker games whereupon the apparatus may be programmed to accommodate a number of different game variations, and a variable number of players. The apparatus verifies the integrity of each deck before discharging the play-ready hands to a first discharge portal. Decks that do not meet verification criteria are isolated and moved to a second discharge portal. Non-faulty decks are moved to a metering station where they are metered to a card output tray at high speed while forming the play-ready substacks. Two decks may be shuffled, verified and queued within the device before commencing a game, or a second deck may undergo shuffling while play-ready hands from a first deck are being metered to the output tray.

A card handling device is configured to arrange one or more cards into sets or hands. The card handling device may have a card receiving area, a card infeed mechanism for delivering cards from the receiving area to a receiver for forming the card sets or hands, and an ejector for ejecting cards to a card dispensing area. The receiving area may have a card engaging movable sidewall. The card receiver may be movable and have vertically spaced dividers which define card receiving pockets. A top of the card dispensing area is located above a top of the card receiving area.

A cage is divided into a plurality of locations, including a cashier room. The gaming chip has an RFID tag storing a chip ID. The cage system that manages the movement of the gaming chips within the cage of the casino hall comprises: a chip reader that reads a chip ID from an RFID tag of a gaming chip moving between multiple locations within the cage; a chip reader that reads the chip ID from the RFID tag of the gaming chips that exit the cage to the casino hall; and a chip management database that records the chip IDs read by the chip reader as the movement history of the gaming chips.

A highly enjoyable game is provided. A program causes a computer to function as: a battle game execution unit that executes a battle game; and a giving unit that gives one of a first-type game element and a second-type game element as a reward for the battle game. The giving unit is capable of successively giving the first-type game element, and does not successively give the second-type game element.

Disclosed techniques relate to using machine learning for metric extraction of sports players in generating player content cards. In an example, a method for generating an interactive player ratings card may include receiving a plurality of event data comprising a plurality of real-time and historical player data. The method may further include extracting a plurality of player metric data associated with the plurality of event data. The method may further include aggregating the plurality of player metric data to determine one or more player ratings. The method may further include generating the interactive player ratings card including the one or more player ratings. The method may further include transmitting the interactive player ratings card to a user device.

The utility model discloses a shuffling mechanism with adjustable tightness. Comprising a card dealing machine body with card inlets formed in the left side and the right side, card bearing plates arranged in the card inlets and provided with longitudinal receding grooves, card shuffling rotating shafts arranged in the card inlets, card shuffling wheels arranged on the card shuffling rotating shafts and located in the longitudinal receding grooves, and a card shuffling driving motor set arranged on the front side of the card shuffling rotating shafts. The elastic floating piece is arranged on the upper side in the card inlet, the inner side of the elastic floating piece is hinged to the interior of the card dealing machine body, the connecting limiting piece is arranged in the card dealing machine body and located on the upper side of the elastic floating piece, and the elastic elastic piece is arranged on the connecting limiting piece in a sleeving mode. The utility model further discloses a dealing machine comprising the tightness-adjustable shuffling mechanism. According to the shuffling device, the distance between the elastic floating piece and the shuffling wheel located under the elastic floating piece is adjusted through cooperation of the connecting limiting piece and the elastic piece, so that the specific adjusting function of shuffling and feeding tightness is achieved, the problem of shuffling blocking can be solved, and the shuffling and feeding smoothness is improved.

The invention relates to the technical field of entertainment systems, in particular to a card dealing machine / a card dealing assembly and a card dealing machine / a card dealing machine rotating mechanism and a card dealing machine / a motor module. The card dealing machine is mini and ultrathin, the market blank is filled, convenience is provided for mini design of the card dealing machine or similar electric products due to the miniaturization of the motor module and the preassembly of the reduction gear box, and the card dealing machine is convenient to assemble and stable in work. The dealing machine is small in size, light, thin and convenient to carry, and improves the entertainment experience feeling of a user.

An automatic card dealing machine relates to the technical field of intelligent card machines. It includes a card dealing assembly for dealing cards and a rotating assembly for driving the card dealing assembly to rotate. The card dealing assembly is characterized in that the card dealing assembly further includes: a mounting seat; and a card bin, wherein the bottom surface of the card bin is disposed on the mounting seat. The side of the card bin is a frame body, the frame body having three sides and an opening that replaces the fourth side. The top of the card bin is provided with a card placement port for inserting cards, and a card pressing rod is provided at the top of the card bin to compact the cards. When using the automatic card dealing machine employing the above-described technical solution, the openings on the top and sides of the card bin facilitate the removal and placement of cards in the card bin, achieving the purpose of convenient use of the card machine. Furthermore, the design of openings on both sides also allows for the placement of some commonly used cards of different sizes in the card bin for dealing.

A compact card handling device for use in casinos possesses a card input portal and two playing card discharge portals which are all accessible by a device operator. An optical recognition sensor cooperates with a microcontroller to interrogate the integrity of each card during an ongoing shuffling operation to discover unexpected cards, including unrecognized cards and flipped cards. Expected cards are randomized and accumulated into a stack whereupon those cards are thereafter delivered to a first discharge portal comprising a conventional multi-card shoe. Unexpected cards are immediately discharged to a second portal where they may be visually examined by the device operator while a shuffling operation continues. The input portal and the shoe are clustered conveniently upon the surface of a casino table while the bulk of the machine resides below the table surface.

The embodiment of the invention provides a display control method applied to a mixed reality system and the mixed reality system. The multiple pieces of mixed reality glasses construct a unified target coordinate system based on the three mark points; the mixed reality glasses worn by the player identify the pose of the entity card played by the player in the uniformly constructed target coordinate system, the pose is sent to the mixed reality glasses worn by other players, and the mixed reality glasses of other players convert the pose into the pose of the virtual scene under the world coordinate system displayed locally. And displaying a virtual animation corresponding to the card in a virtual scene according to the converted pose. According to the technical scheme provided by the embodiment of the invention, immersive offline card board game experience can be brought to players.

The invention herein describes a card handling device used for creating pre-formed hands for use in casino poker games whereupon the device may be programmed to accommodate a number of different game variations, and a number of players. The device comprises an unshuffled card input portal, a shuffled card discharge portal, and a radial card receiver whose operation utilizes centrifugal force. The exploitation of centrifugal force allows the device to be operated without the need for the motorized pusher mechanisms which are prevalent in the prior art, thus creating a device that is more compact and requires less manufacturing cost. The device is designed to be embedded unobtrusively in a poker table or adjacent stand such that the entire bezel surface resides at an elevation lower than the poker chip tray.

A card game device prepares shuffled and verified cards for a range of casino card games that utilize one or more decks, and also accommodates games that utilize pre-formed hands. The device has a first operating mode for automatically discharging play-ready hands used in poker games, and may be programmed to accommodate a number of game variations and number of players. Non-faulty decks are moved to a metering station where they are individually metered to a first discharge portal at high speed while forming the play-ready hands. In a second operating mode, the device discharges shuffled and verified decks to a second discharge portal. The device provides a universal shuffler that simplifies casino maintenance and eliminates downtime between card games. Decks having faulty cards are discharged to the first discharge portal after notification to the device operator. The embodiments also feature a rapid purging capability.

The present invention discloses a rotary poker dealing device, which relates to the technical field of card dealing machines and includes a base and a card dealing part. The card dealing part is installed on the base, and there is a card outlet on the card dealing part. The card dealing part includes a card placing part and a card playing part, and the card dealing part includes an upper cover, which is used to cover the card placing part and the card playing part. The structure of the present invention is simple, the actions are reliable, the cooperation relationship between components is clear, and it is not easy to make mistakes. Moreover, through the cooperation of the photoelectric switch and the azimuth control piece, the accuracy of card dealing is better, there will be no vibration displacement, the inertia problem can be better solved, and there is also a device to prevent card sticking. The error rate is low, and the pressing card structure enables smooth discharge. The poker cards are in contact with the driving components during the movement process, and there will be no card jamming phenomenon.

Since a game token (chip) on a game table has a complicated design, it is difficult for an image analysis technology to judge whether a dealer correctly redeems chips corresponding to betted chips at the time of redemption and there has been a problem that mistake prevention is not sufficient. A table game management system according to the present invention includes: a camera (4) that images a game token (100) placed on a game table (1); and a management control device (9) that grasps a type (10 points, 20 points, 100 points, 1,000 points, or the like) of the game token (100) placed on the game table (1) based on a color of a side face of the game token (100) imaged by the camera (4).

In some examples, a card sleeve system includes an outer sleeve. According to some examples, the outer card sleeve includes an outer front sheet. The outer card sleeve may include an outer back sheet coupled to the outer front sheet along an outer bottom edge, an outer left edge, and an outer right edge of the outer sleeve. In some examples, an outer top edge of the outer card sleeve defines an outer opening configured to receive an inner card sleeve. According to some examples, an outer top left corner and an outer top right corner of the outer card sleeve define right angles. An outer bottom left corner and an outer bottom right corner of the outer card sleeve may define rounded corners.

According to some embodiments, a gaming system includes a first shaped game piece capable of receiving a reversible pigment and a second shaped game piece capable of receiving a reversible pigment. The first shaped game piece and the second shaped game piece comprise a same shape and the reversible pigment comprises a thermochromatic pigment.

A shuffling machine comprises a shuffling machine body, the shuffling machine body is provided with a card containing bin and two sets of shuffling mechanisms used for pushing cards to fall into the card containing bin in a staggered mode, and the two sets of shuffling mechanisms are each provided with a fan-shaped wheel auxiliary mechanism. The fan-shaped wheel auxiliary mechanisms are located on the shuffling machine body and located on the lower side of a card bearing plate arranged corresponding to the fan-shaped wheel auxiliary mechanisms, and the fan-shaped wheels on the fan-shaped wheel auxiliary mechanisms can discontinuously and upwards protrude out of the upper side of the card bearing plate by a certain height in the rotating process so as to push the cards into the shuffling opening. Due to the fact that the fan-shaped wheel auxiliary mechanism used for pushing the playing cards into the shuffling opening is adopted, when the playing cards are fed into the shuffling opening, the playing cards can be promoted to shake up and down through the fan-shaped wheel on the fan-shaped wheel auxiliary mechanism, the playing cards are looser, it is guaranteed that the situation that the playing cards are adsorbed and adhered is avoided, and the service life of the playing cards is prolonged. Therefore, the effect of preventing the cards from being stacked and conveyed is achieved, the shuffling precision is effectively improved, and shuffling is more uniform and thorough.

A shuffling machine pertains to the field of card machine technology, including a housing, a first card-receiving plate, a second card-receiving plate, and a shuffling mechanism. The shuffling mechanism includes a first shuffling wheel, a second shuffling wheel, a drive member, a first transmission assembly, and a second transmission assembly. The first shuffling wheel is arranged on the first card-receiving plate, and the second shuffling wheel is arranged on the second card-receiving plate. Only one drive member is provided, which simultaneously drives the first shuffling wheel and second shuffling wheel to rotate respectively through the first transmission assembly and the second transmission assembly, so as to move playing cards located on the first card-receiving plate towards the first shuffling channel, and playing cards located on the second card-receiving plate towards the second shuffling channel.

A gameplay system including user-manipulable components includes a gameplay surface having a rectangular shape, a plurality of tiles configured to be arranged on the gameplay surface, a tile bag configured to hold a first subset of the plurality of tiles, and a plurality of racks configured to hold a second subset of the plurality of tiles. Each tile of the plurality of tiles includes an indicator imprinted thereon representing an alphabetic letter. The first and second subsets of the plurality of tiles are configured to be arranged as a third subset of the plurality of tiles.

The utility model relates to a playing card dealing tool, in particular to a simple dealing device easy to operate, which is characterized in that a first motor is arranged in a shell, an output shaft of the first motor is connected with a first complete gear, an incomplete gear set is vertically arranged in the shell, and a second complete gear is arranged on a rotating shaft in a sliding manner; the top end of the rotating shaft extends out of the shell and is connected with a rotating frame, a speed regulator and a second motor are further arranged in the bottom space of the rotating frame, a speed regulating knob of the speed regulator is arranged outside the rotating frame, the control end of the speed regulator is connected with the power end of the second motor, and a mahjong pushing roller is connected to an output shaft of the second motor. When the semicircular card pushing roller rotates to the highest position, the top roller face of the semicircular card pushing roller is exposed out of the bottom space of the concave structure, and the exposed roller face makes contact with the cards and pulls the cards out. A shifting fork mechanism is not needed in the shell and the rotating frame of the card dealer, the structures in the shell and the rotating frame are simplified, and the simple card dealer is simple in structure and convenient to operate.

The invention provides a system and method for generating explanation cues, and the system comprises an environment state observation and feature extraction module which is used for carrying out the collection and feature extraction of the information of an original observable environment, and obtaining a basic data set; the intelligent agent observable environment state feature extraction module is used for generating a playing combination according to the basic data set and analyzing the current situation to obtain an environment state feature set; and the text generation prompt module is used for integrating the multi-source information and generating explanation prompt words. According to the technical scheme, through an automatic generation mechanism, high-quality explanation cues are quickly generated by utilizing an efficient algorithm and powerful computing resources; manual intervention is reduced, and the production efficiency is greatly improved.

A method for manufacturing a trading card with improved surface characteristics, comprising: a step 1 of supplying a trading card having a UV varnish coating layer formed thereon; a step 2 of printing and applying UV varnish on upper part of the UV varnish coating layer; a step 3 of attaching a UV casting film on upper part of the trading card having the UV varnish applied thereon; a step 4 of curing the UV varnish using a UV lamp; a step 5 of peeling the UV casting film.

The utility model discloses a card scraping mechanism capable of accelerating shuffling, and relates to the technical field of chess and card equipment. The shuffling device comprises a fixing base, the surface of the fixing base is fixedly connected with a shuffling disc, the middle of the fixing base is rotationally connected with a mounting column, the surface of the mounting column is sleeved with an acceleration assembly used for controlling a shuffling assembly to rotate, and the surface of the mounting column is provided with a positioning assembly used for limiting the acceleration assembly. The mah-jong scraping assembly comprises an installation disc, the installation disc is movably connected with the installation column in a sleeving mode, a plurality of mah-jong scraping strips are fixedly connected to the surface of the installation disc, the acceleration assembly comprises a coil spring, and the two ends of the coil spring are installed on the installation column and the installation disc respectively. In the use process, the effect that mahjong tiles on the shuffling disc are swept off in an accelerated mode is achieved, so that the subsequent shuffling time is shortened, and compared with an existing mahjong machine, the shuffling efficiency is effectively improved.

To provide a system capable of enhancing security by constantly acquiring and managing holder information of each gaming token and, when a dealer pays a gaming token to a player and the holder of the gaming token is transferred from a casino to the player, by acquiring and recording to which player the possession of the gaming token has been transferred.SOLUTION: A management system for managing gaming tokens 1001 includes: holder identification means, when a gaming token is used, identifying a holder of the gaming token by referring to storage means that stores the holder of the gaming token; player identification means, when a gaming token is used, identifying a player who used the gaming token; and a control device 1003 that generates an error signal when, as for the used gaming token, the holder identified by the holder identification means and the player identified by the player identification means do not match.SELECTED DRAWING: Figure 1

The umbrella ware system allows for various system devices to be connected to and rotated manually around the pole while resting on the table surface. The system design allows for the installation and removal of system gaming boards, food service trays, and container holders without having to remove the pole. The devices can be rotated 360 degrees around the pole, counterclockwise or clockwise. The system features two (2) halves: one with a female connector design and one with a male connector design. The connectors may utilize permanent magnets to attract and hold the two halves together. The magnets are embedded in the male halves of the rectangular-shaped insertion pins as well as in the female halves of the rectangular-shaped receptacle cavities.

Systems and methods of conducting wagering games involving, among other things, a modified Blackjack wagering game including an option to resolve the game prior to a final determination and optional wagers on the final dealer hand score.

A manufacturing method of a paper RFID card and the paper RFID card belong to the technical field of RFID cards. A manufacturing method of a paper RFID card is characterized by comprising the following steps: constructing a front printing layer material; constructing an intermediate layer material; constructing a back printing layer material and constructing an RFID tag structure on the back printing layer material to obtain a first composite material; laminating the intermediate layer material on the first composite material to obtain a composite layer material, wherein the RFID tag structure is located between the back printing layer material and the intermediate layer material; laminating the front printing layer material on the composite layer material to obtain a paper RFID card. This application directly sets the RFID tag structure on the back printing layer to solve the problem of poor recyclability caused by using PET as the base material of the electronic tag layer for the RFID tag.

The invention provides a game system which is used for playing games using physical game coins and can display images on the upper surface of a game table according to the game coins placed on the upper surface of the game table. The game system (100) is used for playing games using game coins (9) and game cards, and is provided with: a game table (1) having a game table upper surface (11) including a display surface (111) capable of displaying images; cameras (21, 23) which shoot game coins placed on the game table upper surface (11) and generate images; an image recognition device (61) that recognizes the placement content by analyzing the image; a game determination device (3) that reads the content of the game cards distributed to the game table upper surface (11) and determines a game result; and an image control device (7) that displays, on a display surface (111), an image corresponding to the placement content recognized by the image recognition device (61) and the game result determined by the game determination device (3).