JP2010517603A - Method and system for distributing at least one set of cards - Google Patents

Abstract

The present invention relates to a method for distributing at least one set of cards. The invention further relates to a system corresponding to this method. A method of distributing at least one set of bills includes: generating electronic game data including at least one set of bills by game data generation means; and at least one card distribution module including the memory from the game data generation means Transmitting the game data over a second physical and / or wireless communication link, distributing the electronic game data to the memory of the at least one game, and storing the at least one card Distributing at least one set of cards according to the electronic game data via a module. In this way, the generation of electronic data can be postponed until just before the bridge tournament, for example. Thus, for example, a hand used in a bridge tournament can be kept secret until substantially before the start of the tournament, and the game data can be distributed to at least one set of hand distribution modules immediately before the tournament.
[Selection] Figure 5

Description

  The present invention relates to a method for distributing at least one set of cards. Furthermore, the invention relates to a corresponding system.

  Bridge is one of the most popular card games in the world, with approximately 70 million people worldwide enjoying the bridge regularly.

  A bridge includes different complex bidding cycles, and there are multiple bidding conventions. The central part of any bridge club is the Duplicate Bridge, and all participants in a Duplicate Bridge tournament must have the same card or hand (hand, pair) before the tournament ends. The hand is duplicated so that the game is played with the card. For example, all participants sitting in the west position of the first table have the same hand, and similarly, the east, north, and south positions have the same hand, and the participant sits in each position. To have the same hand. This substantially eliminates the effects of luck because all participants will have the same good and / or bad cards / hands at some point during the tournament.

  The barometer tournament in the bridge is a tournament where all participants play with the same set hands at the same time. That is, when all participants play the first game including the same hand at each position and all the participants finish playing the first game, the result of each participant is displayed on a so-called “barometer”. A tournament typically includes 35 games, so that each time a game is played, the player's ranking in the tournament can be tracked. However, having lots of games in the same way can be complicated and expensive, so barometer tournaments are often used only for finals with fewer participants.

  US 2006/0183524 discloses a card playing system or network and method adapted for bridges and other multi-table card games in clubs and tournaments.

  EU0380449 discloses a computer terminal for examining the bridge table together with a central computer that manages the bridge tournament.

US2006 / 0183524 EU0380449

  However, the problem remains that many cards cannot be prepared in the same way to allow large numbers of participants to participate in the barometer tournament. In addition, until just before the start of the bridge tournament, it remains a problem to make sure that the cards that will be distributed are not known to the participants and reduce the possibility of fraud.

  An object of the present invention is to solve the above problems. In order to solve the above-mentioned problems, the present invention provides a step of generating electronic game data including at least one pair of hands in a game data generation unit, and the electronic game data from the game data generation unit to at least a memory. Transmitting to a card distribution module via a first physical communication link and / or a wireless communication link; storing the electronic game data in the memory of the at least one card distribution module; And distributing the at least one set of hands according to the electronic game data via at least one card distribution module.

  When the game data generation means generates the electronic game data, for example, the data generation can be delayed until just before the bridge tournament. Thus, for example, a hand used in a bridge tournament can be kept secret until substantially before the tournament, and its game data is stored in at least one card distribution module (e.g., each card at the bridge table participating in the tournament). Distribution module). This can reduce the risk of fraud, for example in tournaments.

  Further, an arbitrary number of hands including (physical / mechanical) cards are generated by connecting the game data generating means to distribute the cards in at least one (mechanical / electronic) card distribution module. Allowing any number of participants to participate in, for example, a bridge tournament.

  Furthermore, the bridge tournament using the present invention can be physically / mechanically distributed by at least one (mechanical / electronic) card distribution module distributing physical / mechanical cards (as opposed to pure digital / electronic cards). It is possible to attract high level players who may need a mechanical card.

  Further, the game data generating means generates electronic game data and transmits the electronic game data to one or more card distribution modules, thereby distributing the cards within a predetermined time, for example, 8.5 minutes. Individual users can participate in bridges, barometers, tournaments, etc., where one game must be finished. This means that the game generation means and one or more card distribution modules eliminate the responsibility for distributing cards from the participants, for example, broadening the customer base of bridge barometer tournaments.

  In an embodiment, the method further comprises establishing a first physical and / or wireless communication link after the game generating means generates electronic game data.

  In this way, the connection between the card distribution module and the game data generating means can be kept disconnected until just before the cards distributed by the card distribution module are distributed. For example, it may be possible to connect the card distribution module to the game generation means 3 minutes before the start of the barometer bridge tournament and to transmit electronic game data from the game data generation means to the card distribution module.

  In one embodiment, the method further comprises terminating a first physical and / or wireless communication link after the game data generating means transmits the electronic game data to the card distribution module.

  In this way, the physical and / or wireless communication link between the card distribution module and the game data generation means is only for a limited period of time (e.g. to transmit data from the game data generation means to the card distribution module). Since such time is open, it reduces the chances of fraudsters having access to the card distribution module and / or the game data generation means.

  In one embodiment, transmitting the electronic game data from the game data generating means to the at least one card distribution module is performed via a communication and scoring module.

  If it does in this way, electronic game data will be transmitted to a communication and scoring module from a game data generation means, and will be transmitted to a card distribution module from a communication and scoring module. The communication link between the card distribution module and the communication and scoring module can be, for example, high speed, for example 10 Gbit / s or higher (eg, via a 10 Gigabit Ethernet communication link). The communication link between the communication / scoring module and the game data generating means may be, for example, a communication link that is slower than the communication link between the card distribution module and the communication / scoring module. For example, the communication link between the communication and scoring module and the game data generating means may be a 100 Mbit / s communication link.

  The communication and scoring module may include a number of secure communication protocols, such as https or SSH file secure transfer protocols. The communication and scoring module can receive electronic game data from the game data generation means via a secure communication protocol and communication link between the communication and scoring module and the game data generation means. By using a slow communication link with a secure communication protocol, secure delivery of electronic game data from the game data generation means to the communication and scoring module can be ensured.

  The communication and scoring module may deliver electronic data to the card distribution module via a communication link between the communication and scoring module and the card distribution module. Delivery of electronic game data to the card distribution module may be performed using a secure communication protocol. Using a high-speed communication link can ensure high-speed electronic game data delivery from the communication and scoring module to the card distribution module, so that the electronic game data is illegally distributed before the cards are distributed according to the electronic game data. Reduce the risk of being accessed.

  Embodiments of the present invention also relate to systems corresponding to the above method embodiments.

  As described above, the present invention also relates to a system for distributing at least one set of hands, the system including game data generating means for generating electronic game data including at least one set of hands, and the electronic game data. Transmitting means from the game data generating means to at least one card distribution module with memory via a first physical communication link and / or a wireless communication link; and at least one card distribution module Storage means for storing the electronic game data in the memory, and card distribution means for distributing the at least one set of hands according to the electronic game data via the at least one card distribution module.

  The system and related embodiments correspond to the method and related embodiments and have the same advantages for the same reasons.

FIG. 4 is a diagram showing one bridge table with a card distribution module in the center. A plurality of bridge tables in a barometer tournament, etc. at a location are shown, each bridge table comprising one card distribution module and one communication and scoring module. Fig. 3 shows an alternative to the embodiment of Fig. 2, wherein the system of Fig. 3 comprises only one central card distribution module. It is a figure which shows a mode that several barometer tournaments are performed simultaneously in several bridge club / bridge tournaments of a different area. Fig. 2 shows a Virtual Bridge Club physically and / or wirelessly connected to at least one region. FIG. 3 shows the steps of a method for setting a virtual bridge club user profile. FIG. 3 shows the steps of a method for purchasing a tournament that has already been made and / or already scored (eg, the 1991 Monte Carlo Bridge tournament). FIG. 4 illustrates a method of playing an already played tournament provided by a virtual bridge club and card distribution module. It is a figure which shows the method of setting a virtual tournament room. FIG. 6 shows steps for playing in a virtual tournament room in a virtual bridge club. FIG. 5 illustrates how to purchase practice lessons at a Virtual Bridge Club. It is a figure which shows execution of a practice lesson. Shows how to find one or more bridge games for one or more participants (eg, a bridge player who arrives in a city wants to bridge, but doesn't know other bridge players in that city Case). 1 is a schematic view of a virtual bridge club. It is the schematic of a bridge table. FIG. 2 is a schematic diagram of an embodiment of a card distribution module. FIG. 2 is a schematic diagram of an embodiment of a card distribution module.

  FIG. 1 shows one bridge table (4) with one card distribution module (1) in the center. Alternatively, the card distribution module (1) may be arranged so as to be connected to the table. During the bridge game, the card distribution module (1) can distribute the cards to the participants of the bridge game. The card distribution module (1) can be a bridge spinner described in PA200660110. Alternatively, the card distribution module (1) may be any card distribution module (1).

  FIG. 16 illustrates one embodiment of a card distribution module (1600). The card distribution module (1600) may comprise a bridge spinner (24), for example as shown in FIGS. 1, 2 and related text of PA200601510 incorporated by reference. A bridge spinner can mechanically distribute a set of cards (eg, according to game data such as bridge game data). In addition, the card distribution module (1600) may include one or more displays, the one or more displays including a compass orientation, dealer location and vulnerability (29), and one or more control lamps (30). One or more card compartments (27), which may contain cards distributed to each hand (N, S, E, W) by the card dealer, a number (26) indicating the bridge game currently being played The dealer's marker (28) and, for example, the central card area (25) where a set of cards distributed to each hand (N1, S1, E1, W) are placed.

  In an embodiment, the card distribution module (1) comprises a chassis and a kernel, both of which contain an electronic serial number such as ESN or MEID. The kernel may include several card distribution functions, for example in a card distribution module, and the chassis may include a card area (27).

  FIG. 17 illustrates one embodiment of a card distribution module (1700). In this embodiment, the card distribution module (1700) may comprise mechanical means (1701) for distributing a set of cards. Furthermore, the card distribution module (1700) may comprise an electronic circuit for operating the mechanical means (1701). The card distribution module (1700) may also include volatile memory (1703) such as flash memory and / or RAM. The memory (1703) may be electrically connected to the electronic circuit (1702). Further, the card distribution module (1700) may include data transmission / reception means (1704) such as an antenna such as a loop antenna. The data transmitting / receiving means (1704) can be electrically connected to the electronic circuit (1702). Via the loop antenna (1704), the card distribution module (1700) can receive bridge game data from a remote server such as a virtual bridge club, and the received data is stored in the memory 1703 of the electronic circuit 1701. Can be stored. The electronic circuit (1702) may read the bridge game data from the memory (1703) and distribute the set of cards according to the bridge game data via mechanical means (1701).

  Before the tournament starts (eg 3 minutes before), the card distribution module (1) and the communication and scoring module (2) (eg Bridge Spinner's Bridge Tablet) are connected at least once Bridge game data for card distribution is loaded into the card distribution module (1). The data connection between the card distribution module (1) and the communication and scoring module (2) may be a physical connection via an electric cable or the like. Alternatively, the physical connection can be via an optical cable. Alternatively or additionally, the data connection may be wireless, eg Bluetooth, infrared communication, WLAN.

  FIG. 15 shows an embodiment of a communication and scoring module such as a bridge tablet. The bridge tablet (2) is a small that performs specific functions for eg memory module, wireless communication module (Bluetooth, WLAN, etc.), CPU, operating system (OS), bridgelet and / or other ease of use It may include dedicated software, a game clock that can be synchronized by a virtual bridge club, and a battery. A bridge tablet may have a graphical user interface (GUI) adapted to one or more bridge situations (eg, one or more modes of use). For example, when the players surrounding the table change seats after playing with one bridge hand, the bridge tablet can be in the first mode, and the display in the first mode is shown in (18). As indicated, it may indicate the player's name and location (North N, South S, East E, West W), the number of rounds in the tournament, and the game that the players will play. The GUI may further provide a second mode, such as a key input mode (23). Using (21), players may enter their bids and / or lead cards, and in (contract input) mode in which they can enter a contract using (22). Further, the bridge tablet has an ON / OFF button (16), a sound speaker (17), a GUI (18, 23) having a touch screen, a reject and / or return (Step-back) button (19), and a confirmation button (20 ). The communication and scoring module may include an electronic serial number, such as ESN or MEID.

  The communication and scoring module (2) can communicate with the card distribution module (1) via a secure communication protocol (eg, handshaking protocol). Alternatively, communication between the communication and scoring module (2) and the card distribution module (1) can be performed via any secure communication protocol. Alternatively, the bridge game data can be transmitted from the communication and scoring module (2) to the card distribution module (1) via a communication protocol (eg, ASCII text) that is not a secure communication protocol.

  In one embodiment, the card distribution module (1) is directly connected to the virtual bridge club via physical and / or wireless data connection means such as optical cable, electrical cable, Bluetooth, infrared communication, WLAN, etc. obtain. Data transmission / reception between the card distribution module (1) and the virtual bridge club may be performed via a safety protocol such as handshaking. Alternatively, the data transmission / reception between the card distribution module (1) and the virtual bridge club may be performed by a protocol that is not a secure protocol, such as sending data in normal text.

  FIG. 14 shows a schematic view of a virtual bridge club. The virtual bridge club has one or more microprocessors (401) connected to the main memory (402) and one storage device (406) via, for example, internal data / address BUS (404) or the like. Can be prepared. Furthermore, the device (400) may be connected to or comprise a display unit (407), to a communication means (401) for communication with one or more remote systems, such as via a communication network. It may be connected or provided with said communication means (401). Memory (402) and / or storage device (406) is used to retrieve associated data and executable computer code to provide functionality according to the present invention. The microprocessor (401) is involved in the generation, handling, processing, calculation, etc. of related parameters according to the present invention.

  The storage device (406) comprises one or more storage devices capable of reading and possibly writing data blocks, for example DVD / CD, optical disc, PVR, etc., player / recorder and / or hard disk (IDE, ATA, etc.). , Floppy (registered trademark) disk, smart card, PCMCIA card, and the like.

  The memory (402) and / or storage device (406) may include executable code that enables, for example, a virtual bridge club, where the executable code is in the one or more microprocessors (401). When executed, for example, bridge game data is generated.

  The generated bridge game data is stored, for example, in a main memory (402) of a virtual bridge club and from there via the communication means one or more card distribution modules (1) and / or 1 It can be sent to one or more communication and scoring modules (2).

  Alternatively or additionally, game data may be received by the communication means from one or more communication and scoring modules (and / or one or more card distribution modules), after which the received game data is stored in the memory and And / or stored in the storage device.

  Bridge game data may be generated at a virtual bridge club. The virtual bridge club may be a remote server, for example, to a bridge table (4), which includes at least one bridge game game including a set of randomized bridge hands, for example. A computer program including program code configured to cause data to be generated at a remote server.

  In an embodiment, bridge game data may be transmitted to a local computer that is physically and / or wirelessly data-connected with the communication and scoring module (2). Data can be transmitted from the local server to the communication and scoring module (2) and from the communication and scoring module (2) to the card distribution module (1).

  Alternatively, the bridge game data may be generated at a local server that includes a virtual bridge club that is close to the communication and scoring module (2), the local server receiving the communication and scoring module ( 2) with a physical and / or wireless data connection, thereby enabling data transmission from the local server to the communication and scoring module (2) and to the card distribution module (1).

  Alternatively, the communication and scoring module (2) may communicate directly with the virtual bridge club via a secure communication protocol such as a handshaking protocol. Alternatively, communication between the communication and scoring module (2) and the virtual bridge club can be made via any secure communication protocol. Alternatively, the bridge game data may be transmitted from the virtual bridge club to the communication and scoring module (2) via a protocol that is not a secure communication protocol, such as ASCII text.

  In embodiments where the virtual bridge club is connected (wireless and / or physical) to the card distribution module (1) via the communication and scoring module (2), the communication and scoring module (2) to the card distribution module After the bridge game data is transmitted to (1), the data communication connection between the communication and scoring module (2) and the card distribution module (1) can be terminated. When the data connection between the card distribution module (1) and the communication / scoring module (2) is terminated, the next second data connection is established between the card distribution module (1) and the communication / scoring module (2). Unless this is done, the next data transmission is not possible between the card distribution module (1) and the communication and scoring module (2). The termination of the data connection between the card distribution module (1) and the communication and scoring module (2) can be digital, for example data transfer between the card distribution module (1) and the communication and scoring module (2) Can be prevented with digital processing. Alternatively or additionally, the termination of the data connection between the card distribution module (1) and the communication and scoring module (2) can be physical, eg the card distribution module (1) and / or the communication and scoring Terminate by unplugging one or more data cables (eg optical cables and / or electrical cables) of module (2).

  In an embodiment where the virtual bridge club is connected directly to the card distribution module (1), after transferring the bridge game data from the virtual bridge club to the card distribution module (1), the virtual bridge club The data connection (wireless and / or physical) between the club and the card distribution module (1) can be terminated. Termination of the data connection between the card distribution module (1) and the virtual bridge club is as long as the next second data connection is not established between the card distribution module (1) and the communication and scoring module (2). The next data transmission cannot be performed between the card distribution module (1) and the communication and scoring module (2). The termination of the data connection between the card distribution module (1) and the virtual bridge club can be digital, eg data transfer between the card distribution module (1) and the virtual bridge club is prevented digitally. Can do. Alternatively or additionally, the termination of the data connection between the card distribution module (1) and the virtual bridge club may be physical, for example the card distribution module (1) and / or the virtual bridge club Is terminated by unplugging one or more data cables (e.g., optical cables and / or electrical cables).

  In some embodiments, the card distribution module (1) and the communication and scoring module (2) (or the virtual bridge club if the card distribution module (1) is directly connected to the virtual bridge club). The data connection between the card and the card distribution module (1) is maintained even after it is transferred from the card distribution module (1) to the communication and scoring module (2) (or the virtual bridge club). The

  The transmission of the bridge game data from the communication and scoring module (2) to the card distribution module (1) can be, for example, a high-speed transmission performed in about milliseconds or seconds.

  Thus, in an embodiment where the card distribution module (1) is connected to the virtual bridge club via the communication and scoring module (2), the card distribution module (1) is connected via the communication and scoring module (2). Before the bridge game data is transferred to the card distribution module (1) because it is communicating with the virtual bridge club and the communication between the communication and scoring module (2) and the card distribution module (1) is fast. The chances of capturing and / or changing data in the middle are reduced and the risk of fraud can be reduced.

  The time from reading the bridge game data into the card distribution module (1) to the start of the tournament can be 3 minutes as described above. Alternatively, the time from reading the bridge game data into the card distribution module (1) to the start of the tournament is substantially 10 seconds, substantially 1 minute, substantially 5 minutes, substantially 10 minutes, Substantially 30 minutes, substantially 1 hour, substantially 2 hours, substantially 5 hours, substantially 10 hours, substantially 1 day, substantially 2 days, substantially 5 days, and substantially Can be selected from a group that typically includes two weeks. Alternatively, the time from loading bridge game data into the card distribution module to the start of the tournament can be any length.

  The time from reading the bridge game data into the card distribution module (1) to the start of the tournament can determine the safety of the bridge tournament. That is, the shorter the time, the smaller the risk of fraud. For example, the shorter the time, the less risk that game data will be stolen and communicated to one or more participants prior to the start of the bridge tournament. In addition, the shorter the time, the less risk that one or more participants may illegally access the game data and use that information to affect one or more bridge games in the tournament.

  Data connection between the communication and scoring module (2) and the card distribution module (1) when the card distribution module (1) is connected to the communication and scoring module (2) via a virtual bridge club Is established, for example, in a state where the virtual bridge club can generate bridge game data and transfer the bridge game data to the communication and scoring module (2) (for example, 3 minutes before the start of the tournament) . Thus, in this embodiment, the data connection between the card distribution module (1) and the communication and scoring module (2) can be established after the virtual bridge club generates bridge game data, The data connection can be terminated after the bridge game data is transferred from the communication and scoring module (2) to the card distribution module (1).

  In an embodiment where the card distribution module (1) is directly connected to the virtual bridge club, the data connection between the virtual bridge club and the card distribution module (1) can be, for example, The game data is generated and the bridge game data can be transferred to the card distribution module (for example, 3 minutes before the tournament starts). Thus, in this embodiment, the data connection between the card distribution module (1) and the virtual bridge club can be established manually by the virtual bridge club generating bridge game data. Can be terminated after the bridge game data is transferred from the virtual bridge club to the card distribution module (1).

  In further embodiments, there may further be one or more bid modules (3) connected to the bridge table (4). For example, each participant in table (4) may have one bid module (3). One participant may bid using one bid module. Bids registered in the bidding module can be transferred to the communication and scoring module (2) via a physical or wireless data connection (eg, electrical cable, optical cable, infrared communication or Bluetooth or WLAN). Alternatively, the bidding module sends a bid to the local computer from which the sent bid can be sent to the virtual bridge club. The bidding module may also send bids to a remote computer / server such as a virtual bridge club.

  In further embodiments, the bridge table (4) may include one or more cards. For example, the bridge table (4) may contain a set of cards. Each set of cards may include, for example, 13 cards each of spades, hearts, diamonds, and club patterns. One card hand may include 13 cards distributed by the card distribution module according to, for example, bridge game data. Thus, a set of cards can be distributed into four hands by the card distribution module, which distributes the cards according to the bridge game data received from the virtual bridge club via the communication and scoring module, for example. To do.

  In one embodiment, the bridge table (4) may include two cards, a first set of cards and a second set of cards. The two sets of cards can be placed, for example, in the card distribution module (1) prior to the start of the tournament, for example the first and second sets of cards can be placed in the central card area (25). Three minutes before the tournament starts, the card distribution module (1) is connected to the communication and scoring module (2), and the bridge game data is distributed from the virtual bridge club to the card via the communication and scoring module (2). Transferred to module (1). After the transfer of the bridge game data, the card distribution module (1) can be disconnected from the communication and scoring module (2).

  The bridge game data may include data for a plurality of bridge games, for example, data for all hands of all bridge games played in the bridge table (4) in one tournament. For example, the bridge game data may include data for 10 bridge games including 4 hands of each NSWE player's hand. The bridge game data of an embodiment includes a first bridge game data, a second bridge game data, and a third bridge, including three bridge games performed in the bridge table (4). May include game data.

  Prior to the start of the tournament (eg 2 minutes before), the card distribution module (1) determines the first set of cards according to the first bridge game data of the bridge game data received from the communication and scoring module (2). Distribute. The first set of cards can be divided and distributed into four first hands of the first set of cards. The four first hands are placed in the respective card area (27) of the players (N, S, W and E), and the players surrounding the bridge table (4) are at the start of the tournament at their first hand. Can be taken from the respective card area (27) of the card distribution module (1).

  When four players surrounding the bridge table (4) play the first bridge game with the first hand distributed by the card distribution module (1) from the first set of cards according to the first bridge game data. The card distribution module (1) distributes the second set of cards according to the second bridge game data. The second set of cards can be distributed to the four second hands of the second set of cards. The four second hands are placed in the respective card area (27) of the players (N, S, W, E).

  An average bridge game typically takes 7.5 minutes to complete. One bridge game can take, for example, 4-12 minutes. Since the card distribution module (1) can distribute cards within one minute, the card distribution module (1) must play the second bridge before playing the first set of cards distributed according to the first bridge game data. It is possible to distribute the second set of cards according to the game data, and there may be no latency between the bridge games. When the players have finished playing the first set of cards, the first set of cards can be returned to the central card area (25) of the card distribution module (1) and the players can then play the second bridge game. Each second hand distributed according to the data can be taken from the respective card area (27).

  When the four players surrounding the bridge table (4) play the second bridge game with the second hand distributed from the second set of cards by the card distribution module (1) according to the second bridge game data. The card distribution module (1) distributes the first set of cards according to the third bridge game data. The first set of cards can be distributed to four third hands and placed in the respective card area (27) of the players (N, S, W, E).

  When the players have finished playing the second set of cards, the second set of cards can be returned to the central card area (25) of the card distribution module (1) and the players can then play a third bridge game. Each third hand distributed according to the data can be taken from the respective card area (27).

  In a further embodiment, the card distribution module (1) is a card in the central card area (25) to verify that all cards in the set of played cards have been returned to the card distribution module (1). Means may be provided for counting the set of returned cards. If all cards in the set of cards have been returned to the card distribution module (1), the card distribution module (1) may begin to distribute the cards according to the bridge game data. If all the cards have not been returned to the card distribution module (1), the card distribution module (1) can make an alarm sound.

  In an embodiment, the card distribution module (1) may have a first set of cards in the central card area (25), for example, before the tournament starts. When the card distribution module (1) receives bridge game data from the virtual bridge club via the communication and scoring module (2), the first set of cards is transferred to the four first hands according to the bridge game data. Divided and distributed. The first hand is distributed to the card area (27) of the card distribution module. When the tournament begins, the players sit at the bridge table (4) and one of the players or the tournament official places the second set of cards in the central card area (25). When the second set of cards is placed in the central card area (25), each player's card area (27) opens, allowing each player to remove their first hand. During the first bridge game played using the first hand, the card distribution module (1) may distribute the second set of cards into four hands according to the bridge game data, the four hands being 4 It can be distributed to each card area of a human player (N, S, W, E). When the players return the first set of cards to the central card area (25), the player's respective card area (27) opens and the respective second hand can be removed. In this embodiment, the card distribution module may not need to have more than one set of cards at the same time in the central card area, so the card distribution module of the present invention needs to have more than one set of cards. Its height can be designed lower than some other card distribution module.

  FIG. 2 shows a plurality of bridge tables in a local barometer tournament, for example, each table comprising one card distribution module (1) and one communication and scoring module (2). Each communication and scoring module (2) of the plurality of bridge tables may be physically and / or wirelessly connected to each card distribution module (1). Furthermore, the communication and scoring module (2) may be physically and / or wirelessly connected to a central base station (7) that is physically and / or wirelessly connected to the local computer (6). The local computer (6) may have the leadership of the bridge tournament. Alternatively or additionally, the local computer may be a virtual bridge club that generates bridge game data in multiple bridge tables. The computer (6), base station (7), communication and scoring module (2), and card distribution module (1) can be a local bridge club and / or a local bridge tournament. For example, via an Internet connection (8), the local bridge club and / or local tournament may communicate with other local bridge clubs and / or tournaments. Alternatively or additionally, the local bridge club and / or local tournament communicates with at least one local bridge club and / or a virtual bridge club that generates bridge game data for the local tournament. Can do.

  FIG. 3 shows an alternative to the embodiment of FIG. 2, in which the system of FIG. 3 comprises one central card distribution module (1), which has a plurality of bridge tables (tables 1 to n). You can provide a card. Each bridge table manages each bridge table (4), and bids and / or results from each table (4) are physically sent to a local computer (6) and / or a remote server (eg, a virtual bridge club). It has a communication and scoring module (2) that enables it to communicate automatically and / or via a wireless data connection 8.

FIG. 4 shows a plurality of locations (positions a to n), for example a plurality of bridge clubs (9), connected via a virtual bridge club (10) in one or more barometer tournaments performed simultaneously. Show. Through the Virtual Bridge Club (10), each barometer tournament participant can compare his or her results to the results of one or more other tournament participants. The virtual bridge club (10) may act as a bridge game generation means, providing bridge game data to a plurality of locations physically and / or wirelessly connected (8) to the virtual bridge club. obtain. The bridge game data provided to the multiple locations may be the same and may be provided simultaneously (i.e., allowing multiple locations to participate in the same barometer tournament, regardless of geographic location) ). One or more card distribution modules connected directly or indirectly (eg, via one or more communication and scoring modules (2)) to the virtual bridge club are connected to the bridge from the virtual bridge club. Receive game data and distribute cards securely in multiple locations simultaneously according to bridge game data.
Bridge game data includes, for example, information on what kind of hand each participant in the N, S, W, E position has for each game, information on the dealer and its vulnerability, name of the participant, May include synchronized timers that indicate movements in the tournament (ie, a schedule that indicates the movement of participating players during the tournament) and / or the actual time left in the tournament and / or tournament round .

  Alternatively, the virtual bridge club can be run at one location (eg, location a in FIG. 4) and can be combined into a network structure that connects the networks of multiple locations one after the other, the virtual bridge club Is located in one of them.

  FIG. 5 shows a virtual bridge club (10) connected to at least one location via a physical and / or wireless connection (8).

  One location is a single bridge club (9) connected to the virtual bridge club (10) via wireless (infrared, Bluetooth, WLAN, etc.) and / or physical (optical cable, electrical cable) data connection. ). The bridge club (9) may include a local server (6) that forwards bridge game data received from the virtual bridge club to one or more communication and scoring modules (2) in the bridge club. . Alternatively, the bridge game data may be directly connected from the virtual bridge club (10) to one or more communication and scoring modules (2) of the bridge club. The one or more communication and scoring modules (2) may be connected to one or more card distribution modules (1) to which bridge data can be transferred. Alternatively, the bridge game data may be transferred directly from the virtual bridge club (10) to the one or more card distribution modules.

  Alternatively or additionally, a location may include one or more private user bridge tables (11). A private user bridge table may be connected to the virtual bridge club (10) via wireless (infrared, Bluetooth, WLAN, etc.) and / or physical (optical cable, electrical cable) data connections. The private user bridge table (11) may include a communication and scoring module (2) that receives bridge game data, which communicates and scores the bridge game data. It can be transmitted to the card distribution module (1) connected to the module (2). Alternatively, the bridge game data may be sent directly from the virtual bridge club (10) to the one or more card distribution modules (1).

  Accordingly, one or more bridge clubs (9) and / or one or more private user bridge tables (11) may participate in the same tournament via the virtual bridge club (10), and Bridge tournaments can also be duplicate tournaments, and tournaments can be barometer tournaments.

  In a further embodiment, at least one bridge club (9) and / or at least one private user bridge table (11) in a bridge tournament is a professional bridge player and / or commentator, and / Or may be monitored by the tutor (12). A professional bridge player and / or commentator and / or tutor (12) can be physically in one place (9, 11). Alternatively, a professional bridge player and / or commentator and / or tutor (12) may be at any location, from where they are to the virtual bridge club (10), for example, physically and / or The virtual bridge club (10) is accessible via a wireless data connection, and the virtual bridge club (10) is connected with one or more communication and scoring modules (1) connected to one or more card distribution modules (1) of the tournament. 2) Supervise the results of each tournament participant. Thus, a professional bridge player and / or commentator and / or tutor (12) can monitor all participants in the barometer tournament, and thus a professional bridge player and / or The commentator and / or tutor (12) can monitor and / or comment on all bids, game data, results, etc.

  By making the bridge club data-connected to the virtual bridge club (10) accessible to the tutor (12), a C-class club can be upgraded to an A-class club, Increase the number of players visiting the bridge club. Class A clubs are defined as clubs with a high level of leadership and are often taught by one or more international players, providing multiple levels of classes focused on the specific technical level of the player. With a sufficient number of students to provide instruction tailored appropriately to the level of the student.

  The game data for one or more bridge games may be stored in a virtual bridge club (10).

  In further embodiments, the virtual bridge club (10) may provide services to virtual bridge club users (eg, participants in bridge tournaments and / or private users). The services provided by the bridge club may be made available on the Internet homepage or the like accessible by the user via a computer and / or mobile phone and / or communication and scoring module (2). Services provided by the Virtual Bridge Club (10) include user played games, participation in virtual barometer tournaments, practice bridge games, a series of practice bids, professional bridge players and / or commentators, and And / or statistical analysis such as tutoring by tutors, bridge game data for bridge tournaments already conducted (eg, 1991 Monte Carlo tournament, etc.).

  In a further embodiment, the services provided by the virtual bridge club (10) can be provided, for example, by a user (eg, a tournament participant and / or a private user and / or a manager of a bridge club), for example a discount. Agree to use it in a limited form (eg Wednesday only, a certain number of times, etc.) to get the service at the price you have purchased and be able to purchase the service at the Virtual Bridge Club (10) In addition, it is controlled by Digital Rights Management (DRM). Instead, the user can get an unlimited service.

  In a further embodiment, a user profile for one or more users (eg, participants in a bridge tournament and / or one or more private users) may be created in the virtual bridge club (10). The user profile may include a unique ID of the user. The user profile may further include a record of a bridge game played by the user at the virtual bridge club (10) and / or a record of the user's results as indicated by the user profile. Alternatively or additionally, the user profile may include a record of services sought and / or purchased at the virtual bridge club (10) by the user indicated by the user profile. Alternatively or additionally, the user profile may include the user's conventions indicated by the user profile. In addition, the user profile may include player demographics, information about other hobbies and habits, and the like.

  In a further embodiment, the information stored in the user profile was obtained by analyzing, for example, user weaknesses found by the virtual bridge club (10) (eg, user results and bridge game data, etc.). Can be used to present to the user commercial items and / or practice bridge games, etc.

  In a further embodiment, the user profile data stored in the virtual bridge club (10) can be used to grant master points to certain users who meet the criteria for receiving master points.

  FIG. 6 shows the steps of a method for setting up a user profile in the virtual bridge club (10).

  The method begins at step 1.

  In step 2, the user establishes a data connection with the virtual bridge club (10) (eg Internet homepage) via a communication and scoring module (10) and / or a mobile phone and / or a computer connected to the Internet. Establish.

  In step 3, in response to a request from the virtual bridge club (10), the user enters the serial number of the card distribution module (1) (eg, bridge spinner) or selects a guest membership.

  In step 4, the type of usage right (subscription) is selected.

  In step 5, if the selection in step 4 is correct, the user approves the selection; otherwise, step 4 is performed again.

  In step 6, information indicating the user is input.

  In step 7, if the selection in step 6 is correct, the user approves the selection; otherwise, step 6 is performed again.

  At step 8, the virtual bridge club (10) sends the user name and user password to the user (eg, the user's communication and scoring module (2) and / or cell phone and / or computer connected to the Internet).

  In step 9, the virtual bridge club (10) assigns to the communication and scoring module (2) a unique ID related to the card distribution module (1) identified by the serial number.

  In step 10, the user, for example, via the communication and scoring module (2) (eg the bridge tablet) and / or the mobile phone and / or a computer connected to the Internet, the virtual bridge club (10 ) To get services from. For example, the user may request an analysis of the bridge game performed by the user stored in the virtual bridge club (10).

  In step 11, the method ends.

  In a further embodiment, step 4 includes paying for a one-time service and selecting a usage right from a group of monthly rated unlimited services.

In a further embodiment, step 6 includes the following information inputs, for example:
-User name and address-Age and gender-Bridge years of age-Optional entry of bridge partner names-Rules used by users-Bridge-Optional entry of one or more memberships of clubs-Master points number. Or, master points can be obtained directly from the domestic bridge league. ・ Detailed information about credit cards. Shows the steps.

  The method begins at step 1.

  In step 2, the user enters a virtual bridge club (10) (eg, an Internet homepage) via a communication and scoring module (2) (eg, a bridge tablet and / or a mobile phone and / or a computer connected to the Internet). ) Is established.

  In step 3, the user enters the user name and password obtained when setting up the user profile at the Virtual Bridge Club (10), as described in FIG. 6 and related text. Approve the ID.

  In step 4, the user selects a service. For example, a user may select a tournament performed by random participants at a technical level that matches his level to allow a fair reference standard. Further, the results obtained by the user can be ranked for subsequent use. Alternatively or additionally, the user may choose a high profile tournament in which the user and associated participants play games at approximately the same level as high-profile participants. Alternatively, high profile tournaments can be held with a handicap. Alternatively, any tournaments that have been made and / or scored can be chosen as one of the services at the Virtual Bridge Club (10) and can be chosen by the user.

  In step 5, the user selects what digital rights the selected service is associated with. For example, the selected service may be purchased as a one-time use, a time limited use, a predetermined number of uses, and / or an unlimited use. The price of the service depends on the contents of the DRM. For example, a one-time use of a tournament may be set at a lower price than an unlimited use of the same tournament.

  At step 6, the user approves the selection if the selection of step 5 is correct, otherwise repeats step 5. If the user approves the selection, a financial transaction is made between the user (eg, via the communication and scoring module (2)) and the virtual bridge club (10), and the user is responsible for the selected service. Make a payment.

  In step 7, the bridge game data of the purchased service is transferred from the virtual bridge club (10) to the user's bridge tablet (2) (communication and scoring module) and / or a mobile phone and / or computer connected to the Internet. Sent to.

  In step 8, the bridge game data is transmitted to the card distribution module (1) from the user's communication and scoring module (2) (eg, a bridge tablet and / or a mobile phone and / or a computer connected to the Internet). After the bridge game data is transmitted from the communication and scoring module (2) to the card distribution module (1), the communication and scoring module (2) can disconnect from the card distribution module (1). The card distribution module (1) may distribute several hands according to the received bridge game data.

  In step 9, the method ends.

  By allowing users to directly purchase, for example, practice sessions (eg, pre-programmed game data and instructional comments regarding one or more practice tasks) in the communication and scoring module (2) It is possible to improve one's bridging technology easily and easily.

  In addition, by providing special game packages that focus on specific issues, such as special game data and / or instruction manuals, lower level clubs can also improve their service and / or instruction level. You can upgrade.

  FIG. 8 shows the steps of the already played tournament playing method provided by the virtual bridge club and card distribution module.

  In step 1, the method starts.

  In step 2, cards are distributed by the card distribution module (1) according to the bridge game data received by the user from the virtual bridge club (10).

  In step 3, bidding begins. Bidding continues until the first, second and third players place a pass bid.

  In step 4, the bid by the fourth player becomes a contract (the highest bid). The contract can be input to the communication and scoring module (2) and then sent to the virtual bridge club (10).

  In step 5, a lead card is selected. The value of the lead card can be input to the communication and scoring module (2) from which it can be transmitted to the virtual bridge club (10).

  In step 6, the cards distributed by the card distribution module (1) are used in the game by the first, second, third and fourth players.

  At step 7, the results of the played bridge game can be entered into the communication and scoring module (2) and then sent to the virtual bridge club (10). The card used for the game is returned to the card distribution module (1). The virtual bridge club (10) may perform statistical analysis on the received results and send the statistical results to the communication and scoring module (2). Alternatively, if the contract, lead card and results have not been sent from the communication and scoring module (2) to the virtual bridge club (10), the communication and scoring module (2) may perform a statistical analysis.

  At step 8, the participant may consider statistical analysis in the communication and scoring module (2). If bridge game data that was not played remains in the card distribution module (1), return to step 2 to continue the method. If the card distribution module (1) has no bridge game data that has not been played, the method continues from step 8.

  At step 9, the tournament ends. The card distribution module (1) stores game progress data including information on how the cards were used in one or more bridge games in the tournament, as disclosed in the above-mentioned PA200660110 incorporated herein. obtain. The communication and scoring module (2) can be connected to the card distribution module (1) again when the connection with the card distribution module (1) is disconnected. The game progress data can be transmitted from the card distribution module (1) to the communication and scoring module (2).

  At step 10, game progress data may be transmitted from the communication and scoring module (2) to the virtual bridge club (10) via physical and / or wireless data communication. The virtual bridge club (10) may perform an analysis of the played game based on the game progress data. Accordingly, game progress data received from the first, second, third and fourth players participating in the tournament can be part of the statistical data of the tournament. Accordingly, the statistical data for each tournament of the virtual bridge club (10) increases with the number of tournaments sold through the virtual bridge club (10).

  At step 11, the participant may purchase one or more analyzes of one or more bridge games performed in the tournament.

  At step 12, the method ends.

  FIG. 9 shows how to set up a virtual tournament room.

  The method begins at step 1.

  In step 2, the user establishes a data connection from, for example, the communication and scoring module (2) to the virtual bridge club (10).

  In step 3, the user approves the user ID by entering the password and username obtained when setting up the user profile at the Virtual Bridge Club (10) as disclosed in FIG. 6 and related text. To do.

  In step 4, the user selects scoring or IMP scoring to set the tournament frame and the number of bridge games played in the tournament.

  In step 5, the date and time of the tournament is set. A user who sets up a virtual tournament can set up a virtual tournament to run simultaneously at a participating bridge table, thereby allowing the scores in progress during the tournament to be compared.

  At step 6, the user invites one or more participants to participate in the tournament, and the card distribution module associated with those participants prepares to receive bridge game data.

  At step 7, the tournament is approved by the user and then approved by the invited participants. The tournament may be put on standby until the date and time selected in step 5.

  The method ends at step 8.

  FIG. 10 shows the steps of performing a virtual tournament in the virtual bridge club (10).

  The method begins at step 1.

  In step 2, the bridge game data including one or more bridge hands in the bridge tournament is transferred from the virtual bridge club (10) to one or more locations comprising one or more card distribution modules (1) ( a to n).

  In step 3, the bridge game data is transmitted from the virtual bridge club (10) to one or more card distribution modules (1).

  In step 4, each participant in the bridge tournament bids in the bidding module (3).

  In step 5, contracts are set between participants, for example using a plurality of communication and scoring modules (2).

  In step 6, a lead card is selected.

  In step 7, the tournament participants play a game with their respective hands via one or more card distribution modules (1).

  In step 8, the results obtained by each participant in the bridge game are input to the communication and scoring module (2) of the respective bridge table (4).

  In step 9, each communication and scoring module (2) sends the result of each participant in the respective bridge table (4) connected to the communication and scoring module (2) to the virtual bridge club (10). ) To communicate.

  In step 10, the virtual bridge club (10) sends statistical data representing the games played in the respective bridge table (4) to each communication and scoring module (2). ).

  If, in step 11, bridge game data that has not been played remains in one or more card distribution modules (1), return to step 4 and continue the method from there. If there is no remaining bridge game data in one or more card distribution modules (1), the tournament ends.

  In step 12, game data is transmitted from the one or more card distribution modules (1) to the virtual bridge club (10), and at least one statistic is added to the game data in the virtual bridge club (10). To conduct an analysis.

  At step 13, each participant can purchase at least one analysis of one or more games played in the tournament.

  At step 14, the method ends.

  In a further embodiment, step 2 comprises transferring bridge game data including one or more bridge hands of the bridge game data from one or more locations from the virtual bridge club (10). To the communication and scoring module (2).

  Step 3 of this further embodiment includes transmitting the bridge card data from the one or more communication and scoring modules (2) to one or more card distribution modules (1) and transmitting the bridge game data. And disconnecting the communication / scoring module (2) and the card distribution module (1) later.

  In step 3 of this further embodiment, the one or more communication and scoring modules (2) are connected to one or more card distribution modules (1) immediately before the tournament starts (eg 3 minutes before the tournament starts). Can further include.

  Step 12 of this further embodiment comprises reconnecting the one or more communication and scoring modules (2) to the one or more card distribution modules (1) and the one or more card distribution modules (1). Sending game data to the virtual bridge club (10) via the one or more communication and scoring modules (2).

  In step 12 of this further embodiment, after game data is transmitted from the one or more card distribution modules (1) to the virtual bridge club (10), the one or more communication and scoring modules ( 2) and disconnecting the one or more card distribution modules (1).

  In a further additional embodiment, step 8 includes entering information about the contracts made in the game, the lead cards, and the results of the bridge game. Step 12 of this further additional embodiment includes transmitting data including the order of cards issued in the bridge game.

  FIG. 11 illustrates how to purchase a practice session at the Virtual Bridge Club (10).

  The method begins at step 1.

  In step 2, the user establishes a data connection to the virtual bridge club (10) via, for example, a communication and scoring module (2) and / or a cell phone and / or a computer connected to the Internet.

  In step 3, the user approves the user ID by entering the password and username obtained when setting up the user profile at the Virtual Bridge Club, as described in FIG. 6 and related text.

  In step 4, the user selects one or more practice sessions. One lesson may include, for example, teaching bridge rules. Alternatively or additionally, the lesson may include a practice of playing a bridge game.

  At step 5, the user selects what digital rights the selected lesson should be associated with. For example, lessons may be purchased for one-time use, time limit use, a predetermined number of times use, and / or unlimited use. The price for a lesson can depend on the type of DRM. For example, a one-time lesson may be set at a lower price than the same lesson with unlimited use. A lesson may include multiple practice hands, for example.

  In step 6, the user accepts the selection if the selection in step 5 is correct, otherwise repeats step 5. If the user approves the selection, a monetary transaction takes place between the user and the virtual bridge club (10), and the user pays for the lesson.

  In step 7, one or more lesson bridge game data is connected from the virtual bridge club (10) to the user communication and scoring module (2) (eg bridge tablet and / or mobile phone and / or internet) Computer).

  In step 8, the bridge game data for the hand performed in one or more lessons is from the user's communication and scoring module (2) (eg bridge tablet and / or mobile phone and / or computer connected to the Internet). Sent to the card distribution module (1). After the bridge game data is transmitted from the communication and scoring module (2) to the card distribution module (1), the connection between the communication and scoring module (2) and the card distribution module (1) can be disconnected. The card distribution module (1) may then distribute several hands according to the received bridge game data. Bridge games related to lesson instruction stored in the communication and scoring module (2) (eg bridge tablets and / or mobile phones and / or computers connected to the Internet) to comment on bridge games by users・ Data can be used.

  In step 9, the method ends.

  FIG. 12 shows execution of a practice session.

  The method begins at step 1.

  In step 2, one or more participants of the practice session are taught the purpose of the practice lesson by means of a bridge tablet (communication and scoring module (2)) and / or a mobile phone and / or a computer connected to the Internet.

  In step 3, the first, second, third and fourth participants surrounding the bridge table (4) confirm the points of the selected practice lesson and optionally discuss these points.

  In step 4, the lesson begins by one or more card distribution modules (1) distributing a set of hands according to a practice lesson.

  In step 5, each participant bids and this bid is registered in the communication and scoring module (2) (eg bridge tablet) and / or the bidding module (3).

  At step 6, one or more bids are evaluated and commented by one or more communication and scoring modules (2). If the bid is different from the recommended bid, the different bid is changed by one or more communication and collection modules (2) to the recommended bid before the next bid.

  In step 7, a contract is set between participants.

  In step 8, one or more communication and scoring modules (2) provide each participant with comments regarding bids and contracts.

  In step 9, the recommended bid order is displayed on one or more communication and scoring modules (2) (bridge tablets). By selecting each bid in the bid order, comments stored in the communication and scoring module (2) can be provided. The recommended bidding sequence may include an artificial bid and may refer to the appropriate bidding rules for the hand placed.

  At step 10, a lead card is selected and its value can be entered into one or more communication and scoring modules (2).

  At step 11, the recommended lead card is displayed on one or more communication and scoring modules (2) (bridge tablets). If the recommended lead card is different from the selected lead card, the selected lead card is replaced with the recommended lead card, and the game is played with the hand according to the purpose of the practice lesson.

  In step 12, the game is played with the hand on hand.

  At step 13, the results of the played game (eg, the number of tricks acquired by the participant with the contract) are input to one or more communication and scoring modules (2) (bridge tablets).

  In step 14, the game progress data including the results of the bridge game performed is transferred from one or more communication and scoring modules (2) (bridge tablet) to the virtual bridge club (10), where the virtual bridge Club (10) performs at least one statistical analysis on the game progress data.

  At step 15, at least one statistical analysis is transmitted from the virtual bridge club (10) to one or more communication and scoring modules (2) (bridge tablets) and one or more communication and scoring modules (2) ( Bridge tablet) comment on the game results and order. Comments can be based on statistical analysis.

  At step 16, the method ends.

  FIG. 13 illustrates a method for finding one or more bridge games for one or more participants (eg, a bridge player arriving in a city wants a bridge, but other bridges in that city If you do n’t know the player).

  The method begins at step 1.

  In step 2, the user establishes a data connection (eg, via the communication and scoring module (2)) to the virtual bridge club (10), and the user is as described in FIG. 6 and the associated text. The user ID is approved by inputting the password and user name acquired when setting the profile.

  In step 3, the user introduces a partner introduction service provided by the virtual bridge club (10) via the communication and scoring module (2) (for example, based on the community in the virtual bridge club (10)). Select from multiple services).

  In step 4, the user selects a location where one or more participants are to be searched for one or more bridge games via the communication and scoring module (2).

  In step 5, the user selects the date and time at which he / she wants to bridge via the communication and scoring module (2).

  In step 6, the user indicates via the communication and scoring module (2) whether he / she is alone or plays a game with a partner.

  In step 7, the user posts a message including the location, date and number of participants to be asked, via the communication and scoring module (2). Alternatively or additionally, the message is sent to members of the Virtual Bridge Club (10) who live in substantially the same location (eg, the same city as the user who posted the message).

  In step 8, one or more participants interested in the message can reply to the message via their respective communication and scoring modules (2), and the user and the one or more participants bridge the bridge. Make it possible.

  At step 9, one or more bridge game dates and locations (eg, at a virtual bridge club (10) in a virtual room, as described in FIG. 9 and related text) are agreed upon. The Alternatively or additionally, the user and the one or more participants may agree to a personal meeting.

  In the embodiment of FIG. 13, the message may be created by other bridge clubs and / or bridge clubs looking for users.

  An embodiment of a method of doing business includes establishing a physical and / or wireless communication link between a user communication and scoring module and electronic game data generation means, and the user communication and scoring module by the electronic game data generation means. Providing a plurality of services to the user, allowing a user to select at least one service from the plurality of services via the user communication and scoring module, and relating to the at least one selected service Allowing the user to select the type of DRM and providing at least one selected service from the electronic game data generating means to the user's communication and scoring module via the physical and / or wireless communication link Via the physical and / or wireless communication link Billing the user for the amount of the at least one selected service that varies depending on the DRM type, and allowing electronic payment for the selected at least one service via the user's communication and scoring module And including.

  In an embodiment, a player who owns a first card distribution module (1) comprising a first kernel and a first chassis includes a first electronic serial number of the first card module (1). The kernel may be transferred to a physical bridge club that includes, for example, the second chassis and the second electronic serial number of the second card distribution module (1). The first kernel may be connected to the second chassis.

  When the second card distribution module (1) including the first kernel and the second chassis is connected to, for example, the communication and scoring module (2), one or more services (eg, 1991 Monte Carlo Bridge Tournament) can be downloaded from the Virtual Bridge Club to the second card distribution module. In addition, information such as the electronic serial number of the first kernel and the second chassis can be transmitted from the second card distribution module (1) to the virtual bridge club.

  From the information received by the virtual bridge club from the second card distribution module regarding the connection of the first kernel to the second chassis, the virtual bridge club gives the player the card distribution module (1) and It may be decided to pay a commission regarding such as disseminating information about the Virtual Bridge Club and / or information about the service from the Virtual Bridge Club. Rewards include, for example, providing cash rewards and / or services from the Virtual Bridge Club for free.

  In general, any of the above and / or below described technical features and / or embodiments may be combined into one embodiment. Alternatively or additionally, the above and / or below technical features and / or embodiments may be separate embodiments. Alternatively or additionally, any of the above and / or below technical features and / or embodiments may be combined with some other above and / or below technical features and / or embodiments, Any number of embodiments is possible.

  While several embodiments have been described in detail, the invention is not limited thereto and may be implemented in different forms within the scope defined by the following claims. In particular, it should be understood that other embodiments may be utilized and structural or functional changes may be made without departing from the scope of the invention.

  In the device claim enumerating several means, several of these means can be embodied by one and the same apparatus. The mere fact that certain measures are recited in different dependent claims does not indicate that a combination of these measured cannot be used to advantage.

  As used herein, “include / comprise” is used to indicate the presence of a described feature, integer, step, or part, but one or more other features, integers, steps, parts, or It does not exclude the presence or addition of those groups.

Claims (8)

A method of distributing at least one set of bills,
Generating electronic game data including at least one set of cards in the game data generating means;
Transmitting the electronic game data from the game data generation means to at least one card distribution module comprising a memory via a first physical and / or wireless communication link;
Storing the electronic game data in the memory of the at least one card distribution module;
Distributing the at least one set of cards according to the electronic game data via the at least one card distribution module;
A method comprising the steps of:   The method of claim 1, further comprising establishing the first physical and / or wireless communication link after the game data generating means generates the electronic game data.   3. The method according to claim 1, further comprising the step of terminating the first physical and / or wireless communication link after the game data generating means transmits the electronic game data to the card distribution module. The method described in 1.   4. The step of transmitting the electronic game data from the game data generating means to the at least one card distribution module is executed via a communication and scoring module. The method described in 1. A system for distributing at least one set of cards,
Game data generating means for generating electronic game data including at least one set of cards;
Transmitting means for transmitting the electronic game data from the game data generating means to at least one card distribution module comprising a memory via a first physical and / or wireless communication link;
Storage means for storing the electronic game data in the memory of the at least one card distribution module;
Card distribution means for distributing the at least one set of cards according to the electronic game data via the at least one card distribution module;
A system comprising:   6. The system according to claim 5, wherein the first physical and / or wireless communication link is established after the game data generating means generates the electronic game data.   7. The first physical and / or wireless communication link is disconnected after the game data generating means transmits the electronic game data to the card distribution module. system.   A communication / scoring module is further provided, and the electronic game data from the electronic game data generating means is transmitted to the at least one card distribution module via the communication / scoring module. 8. The system according to any one of items 7.

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