BG3817U1 - Smart system model for card play - Google Patents

Abstract

comprising the following modules: 1. Module 1 "Card for playing"; 2. Module 2 "Card Reader"; 3. Module 3 “Coordinator”; 4. Module 4 "Communication module"; 5. Module 5 "Server"; 6. Module 6 "Database"; 7. Module 7 "Website";

Description

Field of technology

The model of an intelligent card game system is designed to automate card games, such as collecting results from different playing locations, making rankings, generating statistics and performing real-time game analysis. The system also allows the ability to broadcast and watch the game anywhere from global communication systems. Preserved of the results and the way of playing of each player allows multiple playing of the same game with which each player and his coach can perform an in-depth analysis at any time convenient for them. The generated statistics from the game will help to improve the skills of the players, and the possibility of real-time transmission will allow statistical comparisons for different players or pairs of players, presentation of the probabilities of winning / losing and other similar analytical capabilities. The system increases the possibilities for complete digital transformation of the card game, at the same time making it more interesting and accessible to watch.

BACKGROUND OF THE INVENTION

Nowadays, automation and digitalization are increasingly entering all areas of life, sports and entertainment. In poker games, live broadcasting began in the 1990s, using cameras to record players' cards. Today, chips are embedded in the cards, which reduces the complexity of recognizing the cards after capturing them with a camera in previous systems. In the field of bridge, the vugraph method is used for tracking games. This is a method by which a specialized employee monitors the game and enters the data from it. The system allows the display of the announcement screen (announcement of the desired game) and allows tracking side of the audience. This approach involves hiring staff to monitor and enter players' moves / rounds into a specialized system. For the bridge game, there have been recent attempts to introduce tablets to help digitize it. This provides opportunities to track and broadcast the game in real time * Comments on these innovations are contradictory mainly due to the lack of physical maps X There is still no established and "embedded system". On the one hand, we are moving in the direction of D-ζ, and together this is important and we still want to keep the physical part of the game - ie to have physical cards, and only to press buttons / symbols / images of what is being played.

Technical essence of the utility model

The intelligent card game system model is constructed of the following modules:

1. Module 1 “Game card”

2. Module 2 "Card Reader"

3. Module 3 "Coordinator"

4. Module 4 "Communication module"

5. Module 5 "Server"

6. Module 6 "Database"

The task of the model is to digitize a card game by collecting, processing and reporting the played cards, allowing real-time interpretation of the game and subsequent analysis.

Statistical processing of the games from ch. ^Card game systems, players, time and types of hands Automatic processing and analysis of the played games both in real time and after playing ^Η3 ^ ГнТ ^ artificial intelligence, for the purpose of training and coaching.

Explanation of the attached figure

Figure 1 shows a block diagram of an "Intelligent Card Game Model".

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In module 1 (Game card) the data for the game card placed on the table are stored in digital format. In this module the characteristics of the card are stored - color and raik / stoivosz.

Module 2 (Card Reader) is a device (eg a contactless card flyer) that "dives" the value of the card played. It guarantees a correct reading of the "Coordinator" placed on the table) is a system that processes the played set move / round cards by connecting to the next module and transmitting this data to it.

Module 4 (Communication Module) is a device that receives information from the coordinator and its only concern is to transmit the data wirelessly to the server.

Module 5 (Server) is a computer system that receives the results of the played round from the communication module and transmits them to the database and to the website.

Module 6 (Database) stores the data from the cards played so far, as well as the data from previously played games, including the type of game (announcement), the sequence and values of the cards of the played hands, the countries / players who made it, such as this module also contains the characteristics of the games played.

Module 7 (Website) aims to provide a presentation of the game currently being played, or of a game subject to analysis / training. It additionally provides a user interface for administration.

Examples of implementation of the utility model

Module 1 “Game Card” is a card with the traditional card game sizes with a built-in identifier for the card type. For example, it can be of the colors spatia, diamond, bowl or spade and with a value of up to 10 jacks, queen, pop and ace. The card is permanently recorded features that are not ^{P Omegna} throughout the game and can be used repeatedly in different games. The card is placed on du 2 An example of an identifier embedded in the card is an RF1D or NFC type chip.

Module 2 "Card reader" is a hardware module - reader of contactless (smart) car. This module reads / recognizes the cards placed on it and reads the digital information stored in the cards. The module is used to identify the players played and placed for play. The module is activated when module 1 is placed on the table - game card. After reading the map, the module transmits the map information to the coordination module - module. _P "such mH reader pa RF1D or reader NFC. Mifare readers can browse

XZZ is a device that selects information from the cards placed (played "") on the table and determines and synchronizes the played hands / cards. After performing this activity for each played game / round. this module transmits the collected information and data to the communication moZ module 4. Modules "coordinator is responsible for the correct sequence and time of posting the values of the cards in module 2, and after collecting" the information from "arte within a certain time, the module delivers to the communication module - module 4 ^ Example "coordinator" can be single-board controllers and Arduino computers. Raspberry P> or other compact or single board device. sabpanata

Module 4 "Communication module" is a device connected to Module 3. It receives information selected by module 3 about the played cards and transmits them to module 5 - server. This module transmits the data received from the coordinator of a certain technology to a specialized server, from where the same ZZZ to the BHA data and to the website. Examples of such a module are systems using communication / network technologies WiFi, Ethernet, Xbee, ZigBee, 6L0WPA, Bluetooth 4.0, etc.

MoZ 5 Server is a cloud computing system. The module aims to collect, record and analyze the moves played. Another of its main functions is where you can manage basic information about the players and tournaments in which it is raining. With the help of the information recorded in module 6, statistics for past events can be kept. Examples of such a module are AWS (Amazon) products. Microsoft Aznre (Microsoft), etc. "It is possible that this module can be configured on a separate server.

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Module 6 Database is a relayopic database management system (RDBMS). in which there are more databases, the data of the participants in the game are connected. For example, the database stores the games played, the time of the games, the place of the games, the player data, the ways / sequences. This module can provide data for further analysis and five statistical dependencies, training and / or training. Examples of such a module are databases such as SQL, MySQL, NoSQL, etc. ". They are to be located both on a separate specialized database for the listed DBMS, and in the cloud such as AWS, Microsoft Azure, etc.

Module 7 Website is a website that communicates with the server to play online, regardless of whether it has passed or is currently playing. Another feature of this module is that the user interface for administration events used to create the site are ReactJS, Angular, VueJS, Razor Pages,

Example 1 Before starting a card game tournament, the administrators enter the system in module 7 Administrators can create the parameters of a tournament using the Function Anchor Function of a Tournament Plan. Administrators can ₌ a profile of each player with which to participate in the newly created tournament and recorded for use previously created profile from previous / previous appearances.

Players can join clubs, national teams, etc., which can review and analyze individual, club and national statistics.

^P nnLn 2 A tournament is played. The order of the course and the conditions of the turn are set in advance and the system knows their location in advance. Each player is given some unique information about the respective cargo. The reader from the reader (Module 2), responsible for processing the information, is specially transmitted to the coordinator (Module 3). which has a function to monitor and =! of the players according to the rules of the city and reading the maps After: it _{= the} communication module (Module 4) the data is sent to a server (Module 5). where p have the opportunity to track their game and analyze differences from Z <pa using the website (Module 7). This can help them and find information about the tournaments. If a particular tournament, _Through representatives can watch it online with the option to rewind the players' moves.

Viewers can also view the results of past tournaments, as well as P ones, which will achieve even greater promotion of the game.

Advantages of the utility model

The model provides great opportunities for analysis and statistical processing.

The model allows easy and flexible training and drills for the game.

The model increases the traceability of the card game.

. The model reduces the chances of fraud on the part of players.

The model makes it easier to organize and conduct tournaments.

_b : the model can save financial costs for the organizers and for people who manually track and record the game.

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Application of the utility model

The model of an intelligent card game system can be used:

The helper provides an opportunity, and real-time tracking of the game by spectators and tournament organizers to enter a tournament into the system and receive information about the game and the results of the tournament.

3. The model gives automatic traceability and visibility to the card game.

4. The model provides an opportunity for analysis based on past events.

Claims (1)

Claims I model intelligent leaped made, characterized in that it represents sie · _they "aot one-way connected module card game (1) Module chegots pa cards (2), two-way connected modules card reader (2) and module coordinator (3), bidirectionally connected modules> communication module (4). bidirectionally connected communication mode modules (Y (5) and server module (5) simultaneously connected bidirectionally to database modules (6) website (7).