RU2628709C2 - Method of receiving bookmaking bets for meteorological events and software-hardware complex for its implementation - Google Patents

Abstract

FIELD: physics.

SUBSTANCE: in the method for converting meteorological events for the subsequent reception of bookmaking bets on the result obtained by means of interconnected bets of the bookmaking office with the server data exchange of the bookmaking office Processing center and, at least, one Server of the bookmaking office bet reception point, including reception of data on the events, bets, registration of event outcomes and bet results, additionally a Meteo module is used connected through the Event Conversion Unit to the server of the bookmaking office Processing Center with the possibility of data exchange and made with the possibility of connection with the measurement means of current meteorological parameters of the Meteo points, taking these parameters and their continuous transmission through the Event Conversion Unit to the server of the bookmaking office Processing in the required format for recording bets and bet results. At the server entrance of the bookmaking office Processing center, the generated outcomes of events about the temperature, humidity, date, time of measurements and the place, where the Meteo point is installed, are fed from each Meteo point through the Event Conversion Unit. For this purpose, five values of the remainder from the division into pre-generated constants of five sums of six two-digit numbers, each of which is formed by a pair of digits that are the first, the second, the third or the fourth decimal digits of meteorological parameters of one of the six meteo points assigned to one of the five groups of one of the betting groups transmitting the meteorological parameters at the time of taking the bet, and also the outcome of the event is formed in the form of a series of digits for each betting group of meteo points, relevant to the residue generated for one of the groups, and those events are transmitted to the server of the Processing center. In the software-hardware complex, containing a server of the bookmaking office Processing center with a database and, at least, one Server of the bookmaking office reception point interconnected with a with the possibility of the data exchange with the connected Terminals of the participants and the Imaging module, the Meteo module is introduced with the Event Conversion Unit connected to the server of the bookmaking office Processing center with the possibility of the data exchange, the Automated workplaces of the Cashier and the Administrator connected to the Server of the bookmaking office bet reception point, and, at least, one Meteo point connected to Meteo module. The Server of the bookmaking office Processing Center contains means for receiving the converted and generated outcomes of events from the current meteorological parameters to account for betting and betting results in the required formats. The Imaging module is configured to display the above-mentioned incoming and/or stored meteorological parameters after conversion on a single information board. The participant terminal is configured to visualize the result of the bet in the form of an animated splash screen, and the Event Conversion Unit and the Meteo Module have outputs for communicating with the Internet.

EFFECT: expanding the arsenal of technical means of bookmaking offices, when betting on difficult-to-forecast events in the form of meteorological parameters.

3 cl, 2 dwg, 2 tbl

Description

The invention relates to the field of betting and can be used, in particular, in betting activities.

There are known games during which bets are made. As a rule, they make a forecast for various upcoming events (most often sports) with pre-determined winnings, payment of winnings (“Betting Office”).

A gaming device for betting with simulated elements is known [RU No. 2338259 C2, 10.11.2008]. The device allows the user to influence the display of the movement of a functional element of the game, determined randomly. For this, the processor causes the player to display instructions to the player on the display device that the player should act on the input device to control the movement of the game functional element displayed by the display device. As a result of the player’s influence on the input device for control, the movement of a functional element of the game to a randomly determined location is displayed. The choice of location is based on its random determination and at least one parameter of the player’s impact on the input device from the group consisting of direction, speed, distance, angle, degree of impact, magnitude and pressure of the impact on the input device.

The disadvantage of this device is the inability to use for playing with real-life events, in particular, with sports games.

A means for calculating winnings is known [RU # 224249 C2, 03/27/2005], in which a player is provided with an individual display where his bets are displayed, and the croupier enters bets on this display through an input module, providing automatic calculation of winnings through a computing module. The player’s display shows the full amount of the payout to the player, without distracting the croupier from the game table. The tool provides the dealer with verification of the accuracy of the introduction of bets and calculating the win with a guarantee of the impossibility of moving the chips after the game is completed and provides the players with a check on the payouts on the wins.

The disadvantage of this tool is the inability to use in betting activities to play with real-life events.

A gaming device with the ability to make bets is proposed [WO 2004/025592, 03/25/2004], which contains at least one display device and at least one gaming input device that includes component stimulating means and an excitation element . The excitation device is equipped with a processor that communicates with the display device and the input device and operates in such a way that when exposed to playing on the excitation element, the component stimulation means is forced to drive the excitation element. The input device is selected from the group consisting of a lever, button, touch screen, mouse, trackball, touch panel, light pen, keyboard, and joystick. The input device includes a video monitor displaying the game, and a touch screen, wherein the processor drive element included in the input device is activated in response to a game event in the game. The gaming device includes the following components: body; a display device monitor installed in the housing; touch screen panel installed in the housing; a touch screen controller connected to the touch screen panel; at least one component stimulation means connected to the touch screen panel; and a processor configured to control the monitor of the display device and receive at least one signal from the touch screen controller and, upon receipt of said signal, cause the component stimulator to physically stimulate the touch screen panel.

A disadvantage of the known device is the narrow scope - the use for specially created games and not suitable for bookmaking.

A well-known betting exchange system [WO 01/77861, 10/18/2001]. The system comprises server means (head server) configured to receive betting requests from a plurality of users via a communication network. Each such request contains a bet that is placed on the outcome of the event, or against the outcome of the event, while the server tool operates to agree on the corresponding rates set for and against the outcome of the event. Each request for betting contains a price at which a bet should be placed. The server contains a tool for automatically generating a fictitious bet in relation to the outcome of an event for which requests for betting have not been accepted. The server tool is operable to provide a display for each of the plurality of users of a price at which a bet can be made and a size of a bet that can be made at the said price. The price and size of the bet are formed from the accepted request for betting, or from a fictitious bet. The communication network of the system is integrated into the Internet. Server configuration management to provide a betting exchange system includes receiving betting requests through a communications network. Each of the requests contains a bet that is placed for the outcome of the event, or against the outcome of the event, and the coordination of the corresponding rates set for and against the given outcome of the event. The system provides displays for each of the many users of the bid size, which can be made at a given price and includes matching the bid price with the pricing structure configured to manage the prices at which bids are allowed.

A disadvantage of the known technical solution is not its effectiveness when used in bookmaking activities due to the specific requirements of the latter.

A betting complex comprising a betting terminal, a betting software and hardware device including a database server with an input / output device, a module for the unified accounting of bets and betting results, interconnected with the database server, and a single information board, while the betting terminals are connected, are known from the prior art. with the server of the bookmaker’s office via a common bus, the server of the bookmaker’s office is connected to a single information board through the visualization module (utility model of the Russian Federation No. 113602).

Also known is the bookmaker complex in the form of a device for receiving gaming bets for bookmaking activities containing a head server (a processing center server) configured to receive requests for betting from many users via a communication network, which further includes remote electronic terminals functionally connected to the head server and connected to the data transmission system in real time with the possibility of forming a single information network, and also includes remote service rovers of cash registers (betting point servers), while electronic terminals (participants' terminals) contain displays (visualization module) as screens of information stands with the possibility of displaying a multi-level menu that are connected directly to the host server or to cash registers, the latter using exchange of information connected to the host server for fixing on it the reception of game bets (bet). The host server contains a processor (translation module) with software for checking the results of events and the conditions for receiving game bets (utility model of the Russian Federation No. 102130).

A disadvantage of the known solutions is the impossibility of using conventional office equipment used in it, such as office computers, to bet and accept bets on difficult to predict events.

The objective of the claimed technical solution is to develop a method for automatically converting an event into the necessary machine-readable format for betting and creating such a software and hardware complex that would make it possible to use a wider range of events for receiving bets due to the functional and constructive unity and speed of the device hardware and software complex .

The technical result consists in expanding the arsenal of technical means of bookmakers when accepting bets on events of a meteorological nature.

The technical result in the claimed technical solution is achieved by the fact that in the method of converting meteorological events for the subsequent reception of betting bets on the result using interconnected data exchange servers of the Processing Center and at least one Server of the betting office of the betting office, including receiving data on events, bets, recording outcomes of events and betting results, additionally use the Meteomodule connected through the Block is converted I events to the server of the processing center of the bookmaker with the possibility of data exchange. The event conversion unit is configured to communicate with measuring instruments of current meteorological parameters - Meteorological points, with the possibility of receiving these parameters and continuously transmitting converted data to the server of the Processing Center in the required format for accounting rates and betting results. At the same time, the current measured data on the temperature, humidity, date, time of measurements and the place in which the Meteorological point is installed are supplied from the input of the Event Conversion Unit through the Meteomodule. Meteorological points read meteorological parameters, transfer them to the Meteomodule and the Meteomodule transfers all the read parameters to the Event Conversion Unit. The event conversion unit forms the outcome of the event, and then transmits to the Processing Center server five values of the remainder of dividing by pre-generated constants of five sums of six two-digit numbers, each of which is formed by a pair of digits, which are the first, second, third or fourth decimal digit of the meteorological parameters of one of six weather points assigned to one of the five groups of one of the participating groups of weather points transmitting meteorological parameters at the time of receiving the bet, and also forms for each oh participating in group meteotochek bet outcome events as a series of numbers, each of which contains five groups, each consisting of three digits, corresponding to the residue, formed for one of the groups received event outcomes is transmitted to the server processing center bookmaker.

The same technical result is achieved in the bookmaker complex, which contains the Server of the Processing Center connected to each other with the possibility of exchanging data with the database and at least one Server of the betting office betting office with the Participant Terminals and the Visualization Module connected to it, so that the complex was introduced by the Meteomodule, an Event conversion unit connected to the server of the Processing Center with the ability to exchange data, Automated workstations of the Cashier and Administrator, connect chennye item to the server and receiving bids on at least one Meteotochka connected to Meteomodulyu. The server of the Processing Center contains means for receiving event outcomes from current meteorological parameters from the Event Conversion Unit, while the Visualization Module is configured to display the above received, converted and / or stored after the meteorological parameters are converted on a single information board, the Participant's terminal is capable of visualizing the result bet in the form of an animated screensaver, and the Event Conversion Unit and the Meteomodule have outputs for communicating with a set New Internet.

In addition, the server of the Processing Center can be connected through the Event Conversion Unit and the Meteorological Unit to the Meteorological Point transmitting meteorological parameters at the time of receiving the bet, and the Event Conversion Unit is configured to generate five values of the remainder of the division into pre-generated constants of five sums of six two-digit numbers, each of which a pair of digits is formed, which are the first, second, third or fourth decimal digit of the meteorological parameters of one of the six weather points assigned to one one of the five groups of one of the participating groups of weather points transmitting meteorological parameters at the time of accepting the bet, as well as the formation for each participating group of weather points of the outcome of the event in the form of a series of numbers, each of which contains five groups consisting of three numbers, corresponding to the residue formed for one of the groups.

The technical solution provides the possibility of using events based on changes in meteorological parameters, on which you can take bets, due to the functional and constructive unity and speed of the device hardware-software complex.

The technical solution is illustrated by drawings.

In FIG. 1 shows a hardware-software complex including a Meteorological module with at least one Meteorological point connected to it, an Event Conversion Unit connected to a Processing Center of a bookmaker, which in turn is connected to the Internet or any other type of wired or wireless connection the betting office of the betting office, containing the Betting office server with the workstations of the Cashier and Administrator connected to it, the Visualization Module, as well as the Term Lamy participants.

It should be noted that several points for receiving bets of a betting shop can be connected to one processing center.

In FIG. Figure 2 shows a hardware and software complex that includes a Meteorological module with at least one Meteorological point connected to it, an Event Conversion Unit connected via the Internet or any other type of wired or wireless connection to a Processing Center by a bookmaker, which in turn is through a local area network connected to the betting office of the betting shop containing the Betting office of the betting office with the cashier of the Cashier and Administrator's workstation connected to it, the Visualization module, as well as the Terminals ov.

The implementation of the automatic event conversion method for concluding a betting bet is shown below with specific examples.

The outcome of the event is a numerical combination processed by the Event Conversion Unit, obtained by converting to the necessary machine-readable format during the conversion of the current meteorological parameters received from the weather points through the weather module.

To automatically obtain the outcome of events in this server, the following initial conditions and the sequence of conversion of meteorological parameters are used:

1) To generate the outcomes of 33 events (Events M1 - Events M35), the Unit receives data from 47 weather points from the Meteomodule.

2) The received data is sorted by the Block according to two parameters “location”, “Weather point number”:

3) After sorting, the Block sends the data necessary to generate the outcome of each of the events:

1) Block processing of the outcome of each event is carried out as follows:

• Option 1: the outcome of the event is a sequence of 15 numbers,

calculated as follows:

1. Determined (according to the principles given in Error! Source of link not found. 1)

a list of 30 weather points, the data of which will be used to obtain the outcome of the event.

2. Weather points are grouped in 6 pieces in 5 sectors, depending on the position in the sorted list

3. For each sector, the meteorological data (temperature / humidity) add up the parts of the number represented by the fourth and fifth decimal places. It should be noted that the sequence number of the added numbers after the decimal point can be different depending on the inherent calculation algorithm.

4. Each of the five received amounts is converted to 3 numbers, (The algorithm for converting the sums to 3 numbers displayed as balls is given in Section 2).

5. The data obtained from converting data from 5 sectors of the number in the form of three balls are combined into a single sequence of 15 balls, which is the main outcome of this event (The algorithm for combining balls into a single sequence is given in Section 3).

- Option 2: the outcome of the event is the parity of the number obtained as follows:

1. It is determined (according to the principles given in Error! The source of the link was not found. 1) a list of 30 weather points, the data of which will be used to obtain the outcome of the event.

2. Weather points are grouped in 6 pieces in 5 sectors, depending on the position in the sorted list (see Table 2.)

3. For each sector, the meteorological data (temperature / humidity) add up the parts of the number represented by the fourth and fifth signs after the separator. It should be noted that the sequence number of the added numbers after the decimal point can be different depending on the inherent calculation algorithm.

4. The amounts received for each sector are added together, forming the number of the outcome of the event, while:

if the resulting number is even, it is displayed in animated mode as a black ball;

if the resulting number is odd, it is displayed in cartoon mode as a red ball.

- Option 3: the outcome of the event is a number obtained as follows:

1. It is determined (according to the principles given in Error! The source of the link was not found. 1) a list of 30 weather points, the data of which will be used to obtain the outcome of the event.

2. Weather points are grouped in 6 pieces in 5 sectors, depending on the position in the sorted list (see Table 2).

3. For each sector, in the values of meteorological data (temperature / humidity) obtained from the first and second weather points in the sorted list, the parts of the number represented by the fourth and fifth signs after the separator are added. It should be noted that the sequence number of the added numbers after the decimal point can be different depending on the inherent calculation algorithm.

4. The resulting totals are added together, and the result is converted to a number displayed in the form of a ball with a number (The rule for converting to a number displayed in the form of a ball is given in Section 4).

2) The sum for each sector (group of weather points) is summed up in a sequence of 3 balls with numbers from 0 to 12 each as follows:

1. The divisor (constant) is set by which the received amount should be divided.

2. The value of the remainder from the integer division of the sum by sector by the divisor (constant) found in the table is calculated:

3. Based on the obtained value of the remainder from integer division, a predetermined sequence of three numbered balls, which serve to form the outcome of the event, is determined

3) The triples of balls obtained for all five sectors are combined into the outcome of the event according to Option 1 as follows:

4) The outcome of the event under Option 3 is formed from the sum of numbers received for Option 3 according to the following rules:

1. The value of the remainder of the integer division of the received amount by the number 100 is calculated:

2. Based on the obtained value of the remainder of integer division using the table, the number is determined, which is the outcome of the event according to Option 3, displayed in the form of a ball with the number:

The complex for accepting betting bets that implements the above method contains a server of the processing center 1 of the betting office connected to each other with the possibility of exchanging data with a database 2 and at least one server of the betting point 3 of the betting shop with participants 4 connected to it and Visualization Module 5. Meteomodule 6, Event Conversion Unit 7, connected to the server of the Processing Center of the betting office 1 with the ability to exchange data, are introduced into the complex, Automated p The working places of Cashier 8 and Administrator 9 are connected to the server of the betting office of the betting office 1 and at least one Weather station 10 connected to the Weather module 6, while the Visualization module 5 is configured to display the above received, converted and / or stored after converting the meteorological parameters on a single information board, the Participant 4 terminal is configured to visualize the bet result as an animated splash screen, and the Event Conversion Unit 7 and Meteomod l 6 have outputs for connection to the Internet.

In addition, the server of the Processing Center 1 of the bookmaker’s office can be connected through the Event Conversion Unit 7 and Meteomodule 6 to the Meteorological Point transmitting meteorological parameters at the time of receiving the bet, and the Event Conversion Unit 7 is configured to generate five values of the remainder of the division into pre-generated constants of five sums of six two-digit numbers, each of which is formed by a pair of digits, which are the first, second, third or fourth decimal digit of the meteorological parameters of one of the six m the points assigned to one of the five groups of one of the participating groups of weather points transmitting meteorological parameters at the time of accepting the bet, as well as the formation of the outcome of the event for each participating group of weather points in the form of a series of numbers, each of which contains five groups each of three digits corresponding to the remainder formed for one of the groups.

The betting terminals (Participant Terminals) 4 are connected to the Server of the betting office 3 of the betting office through a common LAN bus, the Server of the betting point 3 of the betting company itself is connected to the Visualization Module 5.

The betting terminals 4 located at the betting office of the betting shop can be equipped with a button “calculate the result”.

It should be noted that two or more points for receiving bets on betting shops can be connected to one processing center of a betting shop.

The Event Conversion Unit 7 receives data from the Meteorological Points through the Meteomodule, the Event Conversion Unit, in turn, converts the data into event outcomes and sends the event outcomes to the Processing Center server, all data being transmitted using the TCPLR transport protocol with encryption or via a secure communication channel.

For the complex to work as an event, temperature and humidity are used, converted (digitized) as follows:

Example:

To calculate the outcome of each (one) event, the temperature and humidity values of 30 Meteo points are used.

The time of the event beginning is the time of receiving the parameter values of the first of 30 Meteorological points, and the event time is the time of receiving the parameter values of the last of 30 Meteorological points.

The formation of the outcomes of all events is based on data from 47 Meteorological points, this is done to reduce the number of parameters used in the calculations.

It is clear that the choice of the ratio of the event and latitude or longitude is not fundamental for the operation of the complex and can be arbitrary. The number of Meteorological points is not critical for this technical solution and can be changed when the number of events or the calculation algorithm changes.

Converting the result of the required format for the betting bet using the Meteorological parameters can be done in several ways:

Example 1: the outcome of an event is a sequence of 15 numbers, calculated as follows:

1) Table 30 defines the list of 30 Meteorological points, the data of which will be used to obtain the outcome of the event.

2) Next, Weather points are grouped in 6 pieces in 5 sectors, depending on the position in the list, sorted by position numbers.

3) For each sector, in the values of the parameters (temperature / humidity) received from the weather points at the time of measurement, the parts of the number represented by the first, second, third and fourth decimal places are added.

4) In a specific example, the sum of the addition of the first, second digits after the decimal point is used. However, the sequence number of the added numbers after the decimal point may be different depending on the inherent calculation algorithm.

5) The sum obtained by adding the numbers after the decimal point is divided by a constant constant set in advance.

6) As a result of division, each of the five received amounts of the remainder is converted into 3 numbers in the form of balls, with numbers from 0 to 12 each. The conversion can be performed through various mathematical operations, depending on the given mathematical algorithm.

7) Five sequences of three balls are combined into a single sequence of 15 balls, which is the main outcome of this event.

8) If it is necessary to form additional balls, any parameters of Meteorological points can be used, of which 15 numbers are formed for the main event.

Example 2: the outcome of the event is the parity of the number obtained as follows:

1) Table 30 defines the list of 30 Meteorological points, the data that will be used to obtain the outcome of the event.

2) Weather points are grouped in 6 pieces in 5 sectors, depending on the position in the list sorted by position numbers (Table 2)

3) For each sector, in the values of the parameters (temperature / humidity) received from the weather points at the time of measurement, the parts of the number represented by the third and fourth decimal places are added. In this case, any decimal places can also be used.

4) The amounts received are added together, forming the number of the outcome of the event.

The server of the processing center of the betting company makes the necessary calculations at the previously accepted rates for this event. Accounting for accepted bets is carried out on the server of the processing center of the bookmaker. A bet can be made either directly at the cash desk of a betting office betting office, or by using the Betting terminal located at a betting office of a betting office. The process of rate accounting on the server of the Processing Center is carried out as follows:

Through the use of the betting terminals located at the betting office of the betting shop, a command is sent to the server of the betting shop of the betting shop about the need to take into account the betting bet. The server of the betting office of the betting shop with which the betting terminals are connected sends this request to the server of the processing center of the betting shop. After processing the request, the server of the processing center of the bookmaker accepts the bet.

Each event is stored in the event history store on the server with a unique identifier and time stamp accurate to milliseconds. The storage period of the event history is configurable.

After choosing a bet and bet, you need to confirm the bet by pressing the button “calculate the result” on the betting terminal.

The terminal client interacts with the Server of the betting office of the betting office through the approved binary protocol using the TCP / IP transport protocol.

After pressing the button “calculate the result” from the terminal client to the server of the betting office of the betting office, the request for accepting the bet and calculating the result of the betting bet is sent. Further, the server of the betting office of the betting office redirects this request to the server of the processing center of the betting company to accept the bet. After accepting the bet, the server of the Processing Center sends an information message to the server of the betting office betting office that the bet has been accepted, then the server of the betting shop receiving betting office transmits the received information to the terminal client, which visually displays the bet accounting. Upon the occurrence of the event, the server of the Betting Center Processing Center correlates the request from the Server of the betting office betting office with the event coming from the Event Conversion Unit, makes the necessary calculations and transmits this information to the Server of the betting shop betting office, which in turn transmits the received information to the terminal client, which visually displays the result of the bet on the screen of the betting terminal

The server of the processing center of the betting company carries out: registration of all accounts, accepting bets, fixing the results of bets, calculating the amount of winnings payable, accounting for the accepted rates of paid and unpaid wins, calculating the tax base, carries out information exchange with the server of the point of receiving bets of the betting shop . The period for storing the results of the bet on the server of the processing center of the betting office is configured. For a publicly visible visualization (translation) of the outcomes of events on which bets are accepted at betting points of betting shops, the Visualization (display) module is used 5. It is preferable to use at least one broadcast display facility in the betting shop. The visualization module translates the outcomes of events generated on the basis of meteorological data.

The following automated workstations are provided on the server of the betting office of the betting shop:

Administrator AWP - is an application that implements the user interface for the Administrator role;

AWP Cashier - is an application that implements the user interface for the role of Cashier.

AWP interacts with the server of the betting office 3 betting office via the approved binary protocol using the TCP / IP transport protocol with encryption. The business logic of available operations provides control over betting when the betting subject includes meteorological parameters.

The betting terminal interacts with the client of the betting shop. The terminal software provides a graphical interface that allows you to execute the usage scenarios provided by the system - choosing a bet, displaying the process of accepting bets, displaying the result of a bet and replenishing an account.

The invention provides a technical result, which consists in expanding the arsenal of technical means of bookmakers when betting on difficult to predict events in the form of meteorological parameters.

Claims (3)

1. A method for receiving betting bets on meteorological events using interconnected with the possibility of exchanging data server of the processing center of the betting company and at least one server of the betting office of the betting office, including receiving data on events, bets, recording outcomes of events and betting results, characterized in that they additionally use the Meteomodule connected through the Event Conversion Unit to the server of the Processing Center of the bookmaker with the ability to exchange yes made and capable of communicating with measuring instruments of the current meteorological parameters of Meteorological Points, receiving these parameters and continuously transmitting them to the Event Conversion Unit for converting into data in a necessary machine-readable format for taking into account bets and results of bets by the server of the Processing Center of the bookmaker’s office, while transformations of events provide from each Weather Point the current measured data on temperature, humidity, date and time of measurements, the place in which the Weather Point is installed Meteorological points are selected, meteorological parameters are read and the event conversion block forms the outcome of the event, for which five values of the remainder of dividing by pre-generated constants of five sums of six two-digit numbers are formed, each of which is formed by a pair of digits that are the first, second, third or fourth decimal by the meteorological parameters figure of one of the six Meteorological points assigned to one of the five groups of one of the participating Meteorological point groups transmitting meteorological parameters at the time of reception and bets, as well as form, for each group of weather points participating in the bet, the outcome of the event in the form of a series of numbers, each of which contains five groups, three digits in each group corresponding to the remainder formed for one of the groups, the received event outcomes are transmitted to the Processing Server the center of the bookmaker. 2. A hardware-software complex for receiving betting bets, comprising a server of a betting office processing center connected to each other with a data exchange and a database and at least one server of a betting office of a betting shop with connected Participant Terminals and a visualization module, characterized in that the complex includes the Meteomodule, the Event Conversion Unit, connected to the server of the Processing Center of the bookmaker with the ability to exchange data, Automated e workstations of the Cashier and the Administrator connected to the Server of the betting office betting office, and at least one Meteorological station connected to the Meteomodule, the server of the Processing center of the betting company contains means for receiving the outcomes of events from the Event Conversion Unit for accounting bets and betting results, while The visualization module is capable of displaying the abovementioned incoming data stored after the conversion of meteorological parameters on a single visualization module. Terminal participant and it is made with the possibility of visualizing the outcome of the bet in the form of an animated screensaver, and the Event Conversion Unit and the Meteomodule have outputs for communication with the Internet. 3. The hardware-software complex according to claim 2, characterized in that the server of the processing center of the bookmaker’s office is connected through the Event Conversion Unit and the Weather Module to the Weather Station transmitting meteorological parameters at the time the bet was received, and the Event Conversion Unit is configured to generate five remainder values dividing into pre-generated constants of five sums of six two-digit numbers, each of which is formed by a pair of digits that are the first, second, third or fourth decimal digit meteorologist parameters of one of the six Meteorological points assigned to one of the five groups of one of the participating Meteorological groups betting, transmitting meteorological parameters at the time of receiving the bet, as well as the formation for each participating Meteorological group betting event outcome in the form of a series of numbers, each of which contains five groups, each consisting of three digits, corresponding to the remainder formed for one of the groups.

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