KR102433288B1 - System for providing lotto expected numbers and method thereof - Google Patents

Abstract

The present invention relates to a system and method for providing expected lottery winning numbers, and more particularly, by analyzing the winning numbers up to the previous round with a data mining algorithm, generating and updating a lottery prediction model according to the analyzed result, and the latest N After obtaining the winning number list corresponding to the round, statistical probability of the winning number of the obtained winning number list is provided for each filter, and the number of cases for all lottery number combinations according to the conditions input by the user ( For 6/46 lottery, 8,145,060 pieces), the expected winning number combination is extracted by applying a plurality of filters, and the extracted winning expected number combination is verified according to the lottery prediction model, and then the verified lottery winning prediction It provides a system and method for providing expected lottery numbers for providing a combination of numbers to the user.

Description

Lotto winning number provision system and method

The present invention relates to a system and method for providing expected lottery winning numbers, and more particularly, by analyzing the winning numbers up to the previous round with a data mining algorithm, generating and updating a lottery prediction model according to the analyzed result, and the latest N After obtaining the winning number list corresponding to the round, statistical probability of the winning number of the obtained winning number list is provided for each filter, and the number of cases for all lottery number combinations according to the conditions input by the user ( For 6/46 lottery, 8,145,060 pieces), the expected winning number combination is extracted by applying a plurality of filters, and the extracted winning expected number combination is verified according to the lottery prediction model, and then the verified lottery winning prediction It relates to a system and method for providing expected lottery numbers for providing the number combination to the user.

Due to the rapid development of Internet technology along with the rapid evolution of communication networks in recent years, various services such as banking, goods and commerce services, education, character content use services, movie services, and games are provided for online commercial use.

In particular, the lottery business on the Internet is developing in various ways in relation to e-commerce.

In general, lottery projects in Korea are issued and sold for the purpose of raising specific business funds in public institutions.

The lottery lottery is a lottery ticket in which only the ratio of the winnings to the sales amount is confirmed. is to check the ranking according to the number that matches each other, divide the winnings of the corresponding rank by the number of winners of the corresponding rank, and finally receive the final determined winnings from the lottery operator.

Unlike the existing printed lottery, the lottery lottery allows the user to directly select the expected winning number and the winning amount is very large, so many consumers are purchasing it.

To explain this in more detail, the general consumer finds a lottery ticket store and marks six expected winning numbers on slit paper (OMR card), inserts the slit paper into the terminal, and recognizes the marked number in real time through the communication network. The lottery ticket is transmitted in real time to the server (or central computer, or web server) and the corresponding lottery ticket is released. The winning lottery ticket (paper) must be submitted to the payout point to receive the prize.

The 6/45 lottery lottery currently being implemented in Korea has a very low probability of 1/8,145,060 to win the 1st place when 6 numbers out of 45 numbers match. 2nd place winning when 5 numbers and bonus numbers match has a probability of 1/1,357,510, 3rd place winning when 5 numbers match is 1/34,808 probability, 4th place with 4 matching numbers is 1 It is a probability of /733, and the probability of winning 5th place when 3 numbers match is 1/45.

Most lottery lottery users select 6 lottery numbers by using a program that automatically extracts numbers at random, combining numbers they like, or combining numbers that are meaningful to them or their family. You are participating in the lottery by selecting a number.

However, there is an inconvenience in that it takes a lot of time to select a number in anticipation of winning the lottery lottery, and the probability of winning of the selected number combination is extremely small. As a result, a service that recommends lottery numbers is increasing, but it is difficult to predict lottery numbers with a high probability of winning.

As such, the current lottery ticket has a remarkably low probability of winning, and various types of services for providing expected winning numbers are provided.

The expected number of combinations provided by the conventional lottery information sites is generated based on the existing regression number laws, and these numbers are generated with similar numbers. The rule of regression refers to creating a combination with a high probability of winning based on the number of existing winnings. Numbers matched by about 20 rules are an area studied by all existing lottery experts.

In other words, although the various lottery winning number service methods according to the conventional regression number rule claim to increase the winning probability of the lottery number, it does not actually increase the lottery winning probability of 1 in 8.25 million systematically, but rather an arbitrary specific number arrangement. The process for getting lottery numbers is nothing more than an analysis of the conventional lottery statistics. Therefore, there is a need for a method that can increase the odds of winning the lottery even a little.

Korean Patent Registration [10-1140294] discloses a method for providing an expected lottery winning number, an apparatus for providing the same, and a recording medium thereof.

Korean Patent Laid-Open Patent [10-2013-0142870] discloses a lottery winning number prediction system and method thereof.

Korean Patent [10-1140294] (Registration Date: 2012. 04. 19) Korean Patent [10-1427233] (Registration Date: 2014. 07. 31) Korean Patent Registration [10-0837838] (Registration Date: 2008. 06. 05) Korean Patent Laid-Open Patent [10-2013-0142870] (published date: 2013. 12. 30)

Therefore, the present invention has been devised to solve the above problems, and an object of the present invention is to analyze the winning numbers up to the previous round with a data mining algorithm, generate and update a lottery prediction model according to the analyzed result, and , after obtaining a list of winning numbers corresponding to the latest N times, provides statistical probability for the winning numbers of the obtained winning number list for each filter, and for all lottery number combinations according to the conditions input by the user For the number (8,145,060 in the case of 6/46 lottery), a number of filters are applied to extract a combination of expected winning numbers, and after verifying the extracted combination of expected winning numbers according to the lottery prediction model, the verified It is to provide a lottery winning expected number providing system and method for providing the expected lottery winning number combination to the user.

The purpose of the embodiments of the present invention is not limited to the above-mentioned purpose, and other objects not mentioned will be clearly understood by those of ordinary skill in the art to which the present invention belongs from the description below. .

In the lottery winning prediction number providing system according to an embodiment of the present invention for achieving the above object, the lottery prediction model to be applied to the winning prediction number verification is analyzed by analyzing the lottery winning number, and all lotto number combinations provides statistical probability for the winning number corresponding to the recent N rounds, extracts the expected winning number combination by applying a plurality of filters according to the conditions input through the user terminal, and according to the continuously updated lotto prediction model Lotto number providing server 100 for verifying the extracted expected winning number to provide a lottery winning expected number combination; a plurality of user terminals (110, 120, 130) for accessing the lottery number providing server, inputting conditions and receiving the lottery winning expected number combination; and a billing server 140 for paying the cost required for the user terminal to receive the expected lottery winning number from the lottery number providing server.

The lottery number providing server 100, the interface unit 101 for providing an interface for providing the expected lottery number to the plurality of user terminals; a processing unit 103 for performing a process necessary to provide a lottery winning expected number combination based on the data transmitted and received through the interface unit; a database management unit 104 for storing data necessary for providing the lottery winning expected number combination; a winning number processing unit 105 for updating the lottery prediction model by analyzing the lottery winning numbers so far; and a control unit 102 for controlling each component including the interface unit, the processing unit, the database management unit, and the winning number processing unit.

The processing unit 100 includes: a statistics output unit 201 for outputting statistics on winning numbers of the latest N rounds based on a statistical database; a condition input unit 202 for receiving a filtering condition input through the user terminal; a filtering unit 203 for filtering according to the received filtering condition; a winning expected number combination extraction unit 204 for extracting a winning expected number combination from all lottery number combinations according to the processing of the filtering unit; and a verification unit 205 for verifying the extracted expected winning number combination according to the lottery prediction model and outputting the expected lottery winning number combination.

The filters included in the filtering unit 203 include a sum filter, a low-high ratio filter, an odd-even ratio filter, a high-low sum filter, a first sum filter, an end sum filter, a serial number filter, an interval sum filter, and a 1+2+3 triple sum filter. , a 4+5+6 three-digit sum filter, a filter including the previous round number, and a filter with a previous round bonus ball.

The winning number processing unit 105 includes: an analysis unit 301 for receiving the lottery winning number of this round, receiving the winning number up to the previous round from the winning number database, and analyzing the winning number according to the data mining technique; a patterning unit 302 for generating various types of meaningful winning patterns from the analysis results received from the analysis unit; a learning unit 303 for learning the winning pattern generated by the patterning unit; an inference unit 304 for inferring a lotto prediction model element according to the learning contents of the learning unit; and a modeling unit 305 for generating or updating a lottery prediction model using the lottery prediction model elements inferred by the reasoning unit.

On the other hand, in the method of providing the expected lottery number in the system for providing the expected lottery number according to an embodiment of the present invention for achieving the above object, a service request for receiving a request for a lottery winning number providing service from a user terminal step (S410); a filter selection step of receiving a selection of a filter to be applied through the user terminal (S430); a statistical result output step (S440) of outputting statistics on the winning number of the latest N times based on the statistical database for the selected filter; a filtering step (S450) of performing filtering according to the filtering condition input through the user terminal; an extraction step of extracting a winning expected number combination from all lottery number combinations according to the processing of the filtering step (S460); a verification step of verifying the extracted expected winning number combination according to the lottery prediction model (S470); and a number providing step (S480) of providing the verified lottery winning expected number combination to the user terminal.

The lottery winning prediction number providing method in the lottery winning prediction number providing system is characterized in that it further comprises an update step (S490) of updating the lottery prediction model by processing the lottery winning number announced every week.

The method of providing the expected lottery winning number in the lottery winning expected number providing system is characterized in that it further comprises a billing step (S420) of paying a bill for the lottery winning expected number providing service.

The verification step (S470), the step of determining whether the combination of expected lottery winning numbers is a combination of previously won numbers; And if the expected lottery winning number combination is a combination of previously won numbers, it characterized in that it comprises the step of excluding the combination.

The filter selected in the filter selection step (S430) is a sum filter, low-high ratio filter, odd-even ratio filter, high-low-sum filter, first sum filter, last sum filter, serial number filter, interval sum filter, 1+2+3 three-digit sum It is characterized by including a filter, a 4+5+6 three-digit sum filter, a filter with the previous order number, and a filter with a previous order bonus ball.

According to the system and method for providing expected lottery winning numbers according to an embodiment of the present invention, the winning numbers up to the previous round are analyzed with a data mining algorithm, and a lottery prediction model according to the analyzed result is generated and updated, and the latest N After obtaining the winning number list corresponding to the round, statistical probability of the winning number of the obtained winning number list is provided for each filter, and the number of cases for all lottery number combinations according to the conditions input by the user ( For 6/46 lottery, 8,145,060 pieces), the expected winning number combination is extracted by applying a plurality of filters, and the extracted winning expected number combination is verified according to the lottery prediction model, and then the verified lottery winning prediction By providing the number combination to the user, there is an effect that a lottery winning number service with a high probability of winning is possible.

In addition, according to the system and method for providing expected lottery winning numbers according to an embodiment of the present invention, more reliable lottery prediction numbers are possible and data can be received and viewed in real time, so that quick confirmation is possible, and various statistics are provided to the user. As information, there is an effect of providing statistical analysis results for the winning numbers of recent N rounds.

In addition, according to the system and method for providing expected lottery winning numbers according to an embodiment of the present invention, the winning numbers up to the previous round are analyzed with a data mining algorithm to generate and update a lottery prediction model according to the analyzed result, By verifying the winning number combinations extracted with the continuously updated lottery prediction model, it is possible to provide a lottery number combination with a high probability of winning.

In addition, according to the system and method for providing expected lottery winning numbers according to an embodiment of the present invention, the range of expected winning numbers can be increased several times by selectively using 12 filters and outputting statistics for each filter to select. By reducing it, you can greatly increase your odds of winning.

1 is a block diagram of a system for providing expected lottery winning numbers according to an embodiment of the present invention.
Figure 2 is a detailed configuration diagram of the processing unit in the lottery number providing server of Figure 1.
Figure 3 is a detailed configuration diagram of the winning number processing unit in the lottery number providing server of Figure 1;
Figure 4 is a flow chart of an embodiment of a method for providing an expected lottery winning number according to the present invention.
5 is an explanatory view of the lottery slit paper currently used.
6 is a detailed flowchart of an embodiment of a filtering method in a method for providing expected lottery numbers according to the present invention.
7 to 18 are explanatory diagrams for each filter applied to the expected winning number combination in the method for providing the expected lottery number according to the present invention.

Since the present invention can have various changes and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to a specific embodiment, it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

When a component is referred to as being “connected” or “connected” to another component, it may be directly connected or connected to the other component, but it is understood that other components may exist in between. it should be

On the other hand, when it is said that a certain element is "directly connected" or "directly connected" to another element, it should be understood that the other element does not exist in the middle.

The terms used herein are used only to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, process, operation, component, part, or combination thereof described in the specification is present, but one or more other features It is to be understood that this does not preclude the existence or addition of numbers, processes, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings. Prior to this, the terms or words used in the present specification and claims should not be construed as being limited to conventional or dictionary meanings, and the inventor should properly understand the concept of the term in order to best describe his invention. Based on the principle that it can be defined, it should be interpreted as meaning and concept consistent with the technical idea of the present invention. In addition, unless there are other definitions in the technical and scientific terms used, it has the meaning commonly understood by those of ordinary skill in the art to which this invention belongs, and in the following description and accompanying drawings, the gist of the present invention Descriptions of known functions and configurations that may be unnecessarily obscure will be omitted. The drawings introduced below are provided as examples in order to sufficiently convey the spirit of the present invention to those skilled in the art. Accordingly, the present invention is not limited to the drawings presented below and may be embodied in other forms. Also, like reference numerals refer to like elements throughout. It should be noted that the same components in the drawings are denoted by the same reference numerals wherever possible.

Data mining is the process of finding knowledge of interest in a database by some method (sequential pattern, similarity, etc.). In other words, data mining is a process of discovering useful information in a large amount of data, and refers to a technology that can find not only expected information but also unexpected information. By identifying the correlation of information through data mining, it is possible to maximize profits by creating valuable information and applying it to decision-making. Hidden knowledge, unexpected trends or new rules based on all available source data, including any external data other than daily transaction data, customer data, product data, or customer response data of various marketing activities held by the company. to discover and use it as information for actual business decision making.

On the other hand, AI (Artificial Intelligence) is one of the fields that will not stop developing as long as the present human beings survive. As all devices and things become connected and intelligent, AI will play a role in bringing order to complex societies and making them work as predictable systems. This is the essence of the changes brought about by the 4th industrial revolution.

Essential to these changes and developments are vast complex computational and cognitive abilities. It makes decisions by calculating the number of cases, and accumulates the results of more choices through self-learning. The coherence of selection will continue to increase, and it will develop while breaking through the limits of judgment that humans cannot dare to overcome. This phenomenon has already been confirmed by AI AlphaGo winning two matches with the world's No. 1 Go player.

It has been a long time since the term AI appeared, but unlike the past, when it was limited to specific areas such as computers and computation, in the present day, high-level human information processing activities such as cognition, learning, and reasoning are studied and the entire base technology implemented through ICT is developed. It has become an all-inclusive concept.

AI technology is widely used in everyday life such as robots, autonomous vehicles, virtual assistant services, and drones. For this reason, the Ministry of Science, ICT and Future Planning is working to respond to the technological revolution based on 'intelligence' by naming it 'intelligent information technology' instead of AI.

In the case of IBM, which can be said to be the strongest player in the AI field as much as AlphaGo, in 2011, the supercomputer 'Watson', which won the famous quiz show 'Jeopardy' in the United States, was developed and expanded into a new area called cognitive computing. . In other words, cognitive learning is possible through artificial intelligence.

Here, cognitive learning is a form of learning, and refers to a form of learning that occurs through a psychological process that cannot be visually or directly observed, particularly a cognitive process. Specifically, subtypes included in cognitive learning are insight learning, latent learning, observational learning, and the like.

Recently, as the development and interest in artificial intelligence technology increases, technologies applying it are emerging. As a field of artificial intelligence technology, machine learning is receiving a lot of attention through various media.

Machine learning, also called machine learning, is a technology that enables computers to learn from data and understand objects or situations just like humans. Algorithms that enable computers to analyze data in a technical way that finds and classifies patterns while training themselves are key. By making sophisticated algorithms that use data, computers can learn on their own and provide meaningful results to users.

In the present invention, while continuously updating the lottery prediction model through data mining and machine learning, it is possible to provide this week's expected winning number.

1 is a block diagram of a system for providing expected lottery winning numbers according to an embodiment of the present invention.

Referring to FIG. 1 , the system for providing expected lottery numbers according to an embodiment of the present invention includes a lottery number providing server 100 , a plurality of user terminals 110 , 120 , 130 , and a billing server 140 . .

The lottery winning expected number providing system may further include a portal server (150).

The lottery number providing server 100 is a computing system having software and/or hardware components for providing a web server-based or dedicated application-based lottery winning number provision service, and a plurality of user terminals ( 110, 120, 130), and communicates with the billing server 140 and the portal server 150, and provides the expected lottery winning numbers to the plurality of user terminals (110, 120, 130).

The lottery number providing server 100 analyzes the lottery winning number and updates the lottery prediction model to be applied to the next round, extracts a plurality of random numbers based on the lottery prediction model according to the reference number, and the reference number and the After filtering a plurality of random numbers, configuring a plurality of lottery winning number combinations from the filtered reference number and a plurality of random numbers, and verifying a plurality of lottery winning number combinations, the verified lottery winning expected number By providing, the predicted lottery winning numbers are predicted according to the continuously updated lottery prediction model and provided to the user terminals 110 , 120 , 130 .

The billing server 140 is in charge of billing according to the member information of the user terminal. In addition, the billing server 140 may have a separate database.

Although the billing server 140 and the lottery number providing server 100 are illustrated as separate devices in FIG. 1, depending on the embodiment, it may be implemented to provide both the billing service and the lottery number recommendation service in one physical device. .

The lottery number providing server 100 includes an interface unit 101 , a control unit 102 , a processing unit 103 , a database management unit 104 , and a winning number processing unit 105 . The interface unit 101, the control unit 102, the processing unit 103, the database management unit 104, and the winning number processing unit 105, at least a part of which is a program that communicates with the lottery number providing server 100 It can be modules. These program modules may be included in the lottery number providing server 100 in the form of an operating system, an application program module, and other program modules, and may be physically stored on various known storage devices. In addition, these program modules may be stored in a remote storage device capable of communicating with the lottery number providing server 100 . Meanwhile, these program modules include, but are not limited to, routines, subroutines, programs, objects, components, data structures, etc. that perform specific tasks or execute specific abstract data types according to the present invention.

Here, the communication network may be configured regardless of its communication aspects, such as wired and wireless, and includes a local area network (LAN), a metropolitan area network (MAN), and a wide area network (WAN). It can be composed of various communication networks such as Preferably, the communication network referred to in the present invention may be a known World Wide Web (WWW).

The lottery number providing server 100 communicates with a plurality of user terminals 110, 120, 130 through a communication network, and data required to provide a lottery winning expected number from the plurality of user terminals 110, 120, 130 transmit/receive. The lottery number providing server 100 may be included in the operating server of the Internet portal site.

On the other hand, the interface unit 101 interfaces so that the lottery number providing server 100 can communicate with the plurality of user terminals 110, 120, 130, and transmits and A graphic user interface necessary for reception may be provided to the plurality of user terminals 110 , 120 , and 130 .

The control unit 102 performs a function of controlling the flow of data between the interface unit 101 as described above, the processing unit 103 to be described later, the database management unit 104 and the winning number processing unit 105 .

The processing unit 103 performs various processes for providing the expected lottery winning numbers based on the data transmitted and received through the interface unit 101 . Such processing according to the present invention will be described later.

The database management unit 104, a winning number database 104a for storing a history of past winning numbers, a member database 104b for managing personal information by registering a user to receive a lottery winning expected number service as a member ,

All number database 104c storing all lotto winning number combinations and expected winning numbers provided to users, billing database 104d for storing billing details of the member, data mining algorithm and machine learning analyzed using It may include a prediction model database 104e that stores a lottery prediction model generated according to the result, and a statistics database 104f that stores statistics on winning numbers up to the previous round.

For example, the winning number database 104a may include information such as details of past winning numbers. The winning number database 104a may be referenced by the processing unit 103 and at least some of the information may be transmitted to an external device through the interface unit 101 .

The member database 104b may include identification information such as login ID and password used by members to log in, and information about name, membership level, account number, contact information, and the like. This member database 104b may be referenced by the processing unit 103 .

The billing database 104d stores billing data according to members. Meanwhile, it may further include billing and settlement details according to the membership level. This billing database 104d may be referred to by the processing unit 103 .

The prediction model database 104e stores a lottery prediction model generated according to the analysis result using a data mining algorithm and machine learning, and the lottery prediction model may be updated according to the weekly updated lottery winning number.

In the above embodiment, the database for storing information for the implementation of the present invention is a winning number database 104a, a member database 104b, an all number database 104c, a charging database 104d, a predictive model database 104e, and six databases of the statistical database 104f, the configuration of the database including this classification may be changed according to the needs of those skilled in the art.

Meanwhile, in the present invention, a database is a concept that includes not only a narrow database but also a database in a broad sense including data records based on a computer file system. It should be understood that if the data of the data can be extracted, it can be included in the database according to the present invention.

The plurality of user terminals (110, 120, 130) is a digital device including a function to enable a person interested in providing a lottery winning expected number to communicate after connecting to the lottery number providing server 100 through a communication network As a personal computer (for example, a desktop computer, a notebook computer, etc.), any digital device equipped with a memory means and equipped with a microprocessor such as a workstation, a PDA, a web pad, a mobile phone, etc. It can be adopted as a plurality of user terminals (110, 120, 130) according to the.

On the other hand, the plurality of user terminals (110, 120, 130) may be installed a dedicated application for using the lottery winning expected number providing service.

The plurality of user terminals 110, 120, 130 sign up for membership in order to receive a lottery winning prediction number providing service, and request payment of a service fee according to the membership level to the billing server 140, and the lottery number providing server ( 100), and displays the expected winning number received from the lottery number providing server (100).

The portal server 150 may receive an event alarm related to the expected lottery winning number from the lottery number providing server 100 and provide it to the visitor of the portal server 150, and the portal server 150 actually wins the lottery The number may be transferred to the lottery number providing server 100 .

FIG. 2 is a detailed configuration diagram of the processing unit of FIG. 1 .

As shown in FIG. 2 , the processing unit according to the present invention includes a statistical output unit 201 , a condition input unit 202 , a filtering unit 203 , a winning expected number combination unit 204 , and a verification unit 205 . include

The statistics output unit 201 outputs statistics on the winning numbers of the last N rounds based on the statistics database 104f.

The condition input unit 202 receives a filtering condition through the user terminal.

The filtering unit 203 performs filtering according to the received filtering condition.

The expected winning number combination unit 204 extracts the expected winning number combination from all lottery number combinations according to the processing of the filtering unit 203 .

The verification unit 205 verifies the extracted expected winning number combination according to the lottery prediction model and outputs the lottery expected winning number combination.

On the other hand, the verification unit 205 may determine whether the expected winning number combination is a combination of previously won numbers and exclude it.

3 is a detailed configuration diagram of the winning number processing unit of FIG. 1 .

3 , the winning number processing unit according to the present invention includes an analysis unit 301 , a learning unit 303 , an inference unit 304 , and a modeling unit 305 .

The analysis unit 301 receives the lottery winning number of this round, receives the winning numbers up to the previous round from the winning number database, and analyzes the winning number according to the data mining technique. In addition, the analysis unit 301 stores the statistical analysis result in the statistical database.

The patterning unit 302 generates various types of meaningful winning patterns from the analysis results received by the analysis unit 301 .

The learning unit 303 learns the winning pattern generated by the patterning unit 302 .

The inference unit 304 infers a lotto prediction model element according to the learning contents of the learning unit 303 .

The modeling unit 305 generates or updates the lottery prediction model by using the lottery prediction model elements inferred by the inference unit 404 .

For example, the analysis unit 301 analyzes the total number of all winning lottery numbers up to the immediately preceding time point, inputs the added lottery number, obtains the total number using the input information, and compares the accumulated patterns analysis method can be used.

On the other hand, the analysis unit 301 adds a Poisson configuration and a Markov configuration used as a probability prediction method in statistics in addition to the new last digit configuration, the last digit sum configuration, the minor triad configuration, and the three-division configuration as weights. can be given and analyzed.

In addition, the analysis unit 301 analyzes and extracts a number range formed by some numbers expected to win every time within a group of 6/45 numbers in which winning numbers are defined, by section and step by step analysis. can also be used.

Figure 4 is a flow chart of an embodiment of a method for providing expected lottery winning numbers according to the present invention.

First, a request for a lottery winning number provision service is received from the user terminal (S410).

Thereafter, the billing for the lottery winning expected number provision service according to the member service level is paid (S420). When the high-priced billing is paid because the member service level is high, it is possible to provide an expected lottery winning number having a higher winning probability, or provide a plurality of lottery winning numbers.

After the payment is completed, a filter to be applied is selected through the user terminals 110 , 120 , 130 ( S430 ).

Thereafter, based on the statistical database 104f for the selected filter, statistics on the winning number of the latest N times are output (S440).

Thereafter, filtering is performed according to the filtering conditions input through the user terminals 110 , 120 , and 130 ( S450 ).

At least one filter selection step (S430), the statistical output step (S440), and the repeated processing of the filtering step (S450) extract a winning expected number combination from all lottery number combinations (S460).

The extracted expected winning number combination is verified according to the lotto prediction model (S470).

Further, in the verification step (S470), it is determined whether the extracted expected winning number combination is a combination of the winning numbers, and if it is a combination of the winning numbers, the corresponding expected winning number is excluded.

Thereafter, the verified lottery winning expected number combination is provided to the user terminal (S480).

In the number providing step (S480), the expected lottery winning number combination may be provided as a numeric image or may be provided as image data in the form of a slit paper.

Thereafter, the lottery prediction model is updated by processing the weekly lottery winning numbers (S490).

5 is an explanatory view of the lottery slit paper currently used.

5 is a slit paper currently used in Korea, showing a lottery slit paper used in the 6/45 system that wins the 1st prize by correcting 6 of the numbers from 1 to 45. As shown in FIG.

On the lottery slit paper 501, 5 game boxes 502 (A, B, C, D, E) and the amount per game (1,000 won) are displayed so that 1 to 5 games can be marked normally. A compartment 503 is partitioned.

Each of the game boxes (A) (B) (C) (D) (E) is provided with a marking unit 504 in a 7×7 arrangement in which 45 numbers are respectively written so that numbers from 1 to 45 can be marked, At the bottom of the game box (A)(B)(C)(D)(E), an automatic marking unit 505 that marks so that the lottery ticketing server can automatically or semi-automatically issue a lottery ticket (receipt) and cancel the game Cancellation marking unit 506 is provided, respectively, and on one or both edges of the lottery slit paper 501, optical recognition units 507 and 508 that can be recognized as a lottery terminal (issuer) are displayed, respectively. .

On the other hand, the 6/45 lottery system employs 45 numbers, and 45 numbers are sequentially printed on the slit paper 501 to have a 7×7 arrangement structure in which 7 horizontal and vertical lines are arranged each. Accordingly, even when six first-prize winning numbers are displayed or marked, it becomes an arrangement structure in which at least one horizontal line and/or vertical line in which the first winning number does not appear is displayed.

That is, when two or more first-place winning numbers appear in a vertical line and/or horizontal line, there are at least two or more horizontal and/or vertical lines in which the first-place winning number does not appear, and three or more first-place winning numbers in a vertical line and/or horizontal line When the winning number appears, there are at least three horizontal and/or vertical lines in which the first winning number does not appear.

Accordingly, the first prize winning number (except for the bonus number) for each round is marked in the description column printed on the lottery slit paper 501, respectively, and the horizontal and vertical lines in which the winning number does not appear are extracted, respectively, and then the analysis unit using the extracted number It is also possible to use in (301).

On the other hand, by providing the expected winning number as image data in the form of slit paper, it is possible to easily and easily check the expected winning number (or expected winning number).

On the other hand, the composition of the last digit by discarding the 10 units of the lottery winning number and using only the number of 1 unit as the standard, the composition of the sum of the last digits by adding the sum of the 10 units of the winning number and the 1 unit number, and the winning number as a decimal number, a multiple of 3 , a triad composition composed by dividing the composite number, a three-division composition consisting of dividing 45 numbers into 3 groups to check the pattern, a Poisson composition calculated by calculating the Poisson distribution, and a Markov composition obtained by calculating the Markov chain. Records are analyzed through data mining techniques to aggregate the results, and weight tables are created by assigning weights according to the occurrence distribution for each analysis criterion, and then using the created weight table, all combinations that can be used as lottery numbers By weighting (8,145,060 pieces), numbers with a high sum of weights may be generated as expected winning numbers.

6 is a detailed flowchart of an embodiment of a filtering method in a method for providing expected lottery winning numbers according to the present invention.

As shown in FIG. 6 , the filtering application step according to the present invention includes a sum filter application step (S601), a low-high ratio filter application step (S602), an odd-even ratio filter application step (S603), and a high-low-pass filter application step (S604). ), first sum filter application step (S605), last water sum filter application step (S606), serial number filter application step (S607), interval sum filter application step (S608), 1+2+3 triple sum filter application step (S609) , including a 4+5+6 three-digit sum filter application step (S610), a filter application step including the previous round number (S611), and a filter application step including a previous round number bonus ball (S612).

6 illustrates a process of reducing the range of expected winning number combinations through 12 types of filters. Instead of using all 12 types of filters shown in FIG. 6 in order, the process of selecting one or more filters, outputting statistics, and performing filtering may be repeated according to a user's selection input through the user terminal.

Hereinafter, each filter will be described in detail with reference to FIGS. 7 to 18 .

7 to 18 are explanatory diagrams for each filter applied to the expected winning number combination in the method of providing the expected lottery number according to the present invention.

Referring to FIG. 7 , the total means the sum of six numbers, and a desired condition among values between 21 and 255 may be input.

In "Last round analysis", the statistics of the total by period, the distribution by the total number of times during the general meeting, and the total of the latest winning numbers are displayed and displayed.

After calculating the average value of the sum of the six numbers of the last N times, a default value can be provided in the range of -10% + 10% of the average value.

For example, if the average value of the total of the last 50 times is 141, the range of the sum filter may be 125 to 155.

That is, as the average range of the total winning numbers, a range that is too high or too low is excluded.

Referring to FIG. 8 , based on 23 among the six numbers, 1 to 22 are classified as low (low) and 23 to 45 are classified as high (high), and 0:6 / 1:5 / 2:4 / You can select one or more of the conditions of 3:3 / 4:2 / 5:1 / 6:0.

In "Last round analysis", the distribution of the number of low-high ratios according to the period and the low-high ratio of the most recent winning number are output and displayed.

For example, the most frequent 2:4 3:3 4:2 may be provided by default.

Referring to FIG. 9 , the odd-even ratio refers to a ratio obtained by dividing an odd number and an even number among six numbers, 0:6 / 1:5 / 2:4 / 3:3 / 4:2 / 5:1 / 6: One or more of 0 conditions may be selected.

In "Last round analysis", the distribution of odd/even ratios according to period and odd/even ratios of recent winning numbers are output and displayed.

For example, the most frequent 2:4 3:3 4:2 may be provided by default.

Referring to FIG. 10 , high-low sum means a value obtained by adding the lowest number and the highest number among six numbers, and a desired condition among values between 20 and 80 may be input.

In "Last round analysis", statistics of high and low sums according to period, distribution by high and low number of times during the general meeting, and high and low sums of recent winning numbers are printed and displayed.

For example, 35 to 61 may be provided by default.

Referring to FIG. 11 , the first sum of numbers means the sum of tens of digits among six numbers, and a desired condition among values between 3 and 21 may be input.

In "Last round analysis", the statistics of the first draw according to the period, the distribution by the number of first draws during the general meeting, and the first set of the most recent winning numbers are printed and displayed.

For example, 6 to 18 may be provided by default.

Referring to FIG. 12 , the final sum means the sum of the digits of one among six numbers, and a desired condition among values between 8 and 45 may be input.

In "Last round analysis", the statistics of the final sum by period, the distribution by the number of final sums during the general meeting, and the final sum of the latest winning numbers are printed and displayed.

For example, 16 to 36 may be provided by default.

Referring to FIG. 13 , the sequence number means that there is a pair having a difference value (interval) of 1 among 6 numbers, and one or more of the conditions in which there is no sequence number or one pair may be selected.

In "Last round analysis", if there is no serial number up to the most recent round, the ratio with a pair of serial numbers, and the serial number ratio of the latest winning number are output and displayed.

Referring to FIG. 14 , the interval sum of each number means the sum of the difference values of each number among six numbers, and a desired condition among values between 12 and 44 may be input.

In "Last round analysis", the statistics of interval sums by period, distribution by number of interval sums during the general meeting, and interval sums of the latest winning numbers are displayed and output.

For example, 26 to 43 may be provided by default.

Referring to FIG. 15 , the 1+2+3 three-digit sum means the sum of the lower three numbers among six numbers, and a desired condition among values between 6 and 85 may be input.

In "Last round analysis", statistics of 1+2+3 three-digit sums according to period, distribution by number of 1+2+3 three-digit sums during the general meeting, and 1+2+3 three-digit sums of recent winning numbers are printed and displayed.

For example, 16 to 56 may be provided by default.

Referring to FIG. 16 , the 4+5+6 three-digit sum means the sum of three high numbers among six numbers, and a desired condition among values between 36 and 132 may be input.

In "Past round analysis", statistics of 4+5+6 three-digit sums according to period, distribution by number of 4+5+6 three-digit sums during the general meeting, and 4+5+6 three-digit sums of recent winning numbers are printed and displayed.

For example, 65 to 125 may be provided by default.

Referring to FIG. 17 , whether the number of the previous round is included is to select whether or not the current round appears among the winning numbers of the previous round, and a desired condition among not including, including one, and including two can be input.

In "Last round analysis", if there is no previous round number until the most recent round, the ratio of the case including one, and the case of including two, and the number of the previous round number included in the latest winning number are output and shown.

Referring to FIG. 18 , whether or not to include the bonus ball in the previous round is by selecting whether or not to appear in the current round with respect to the bonus ball of the winning number of the previous round, and a desired condition of not including (not included) or including can be input.

In "Last round analysis", the percentage of cases where the bonus ball of the previous round up to the latest round is included and not included in the next round, and whether the latest winning number includes the bonus ball number of the previous round is output and shown.

In the above, the method for providing expected lottery numbers according to an embodiment of the present invention has been described, but a computer-readable recording medium storing a program for implementing the method for providing expected lottery numbers and a method for providing expected lottery numbers for implementing the method Of course, a program stored in a computer-readable recording medium can also be implemented.

That is, those skilled in the art will readily understand that the above-described method of providing expected lottery numbers may be provided by being tangibly implemented as a program of instructions for implementing it, and may be included in a computer-readable recording medium. In other words, it may be implemented in the form of program instructions that can be executed through various computer means and recorded on a computer-readable recording medium. The computer-readable recording medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded on the computer-readable recording medium may be specially designed and configured for the present invention, or may be known and used by those skilled in the art of computer software. Examples of the computer-readable recording medium include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and floppy disks. magneto-optical media, and hardware devices specially configured to store and carry out program instructions, such as ROM, RAM, flash memory, USB memory, and the like. Examples of program instructions include not only machine language codes such as those generated by a compiler, but also high-level language codes that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

The present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the gist of the present invention as claimed in the claims.

100: Lotto number providing server 110, 120, 130: user terminal
140: billing server 150: portal server
101: interface unit 102: control unit
103: processing unit 104: database management unit
105: winning number processing unit
201: statistics output unit 202: condition input unit
203: filtering unit 204: expected winning number combination extraction unit
205: verification unit 301: analysis unit
302: patterning unit 303: learning unit
304: reasoning unit 305: modeling unit

Claims (10)

In the lottery winning prediction number providing system,
The lottery prediction model to be applied to the verification of the expected winning number is updated by analyzing the lottery winning number, and statistical probability of the winning number corresponding to the latest N rounds in all lottery number combinations is provided, and according to the conditions input through the user terminal A lottery number providing server 100 for extracting a combination of expected winning numbers by applying a plurality of filters, verifying the extracted expected winning numbers according to a continuously updated lottery prediction model, and providing a combination of expected lottery numbers;
a plurality of user terminals (110, 120, 130) for accessing the lottery number providing server, inputting a filter type and a filtering range condition according to the filter type, and receiving the lottery winning number combination; and
Billing server 140 for paying the cost required for the user terminal to receive the expected lottery winning number from the lottery number providing server
including,
The lottery number providing server 100,
an interface unit 101 for providing an interface for providing the lottery winning numbers to the plurality of user terminals;
a statistics output unit 201 for outputting statistics for the latest N times winning numbers based on a statistical database in order to provide a combination of expected lottery winning numbers based on data transmitted and received through the interface unit; a condition input unit 202 for receiving a filtering range condition through the user terminal; a filtering unit 203 for filtering according to the received filtering range condition; a winning expected number combination extraction unit 204 for extracting a winning expected number combination from all lottery number combinations according to the processing of the filtering unit; and a processing unit 103 including a verification unit 205 for verifying the extracted expected winning number combination according to the lottery prediction model and outputting the lottery winning expected number combination;
In order to provide the lottery winning prediction number combination, a winning number database 104a for storing past winning number history, a member database for managing personal information by signing a user to receive a lottery winning prediction number service as a member ( 104b), all number database 104c storing all lottery winning number combinations and winning prediction numbers provided to users, billing database 104d for storing billing details of the member, data mining algorithm and machine learning a database management unit 104 including a prediction model database 104e that stores a lottery prediction model generated according to the analysis result, and a statistics database 104f that stores statistics on winning numbers up to the previous round;
a winning number processing unit 105 for updating the lottery prediction model by analyzing the lottery winning numbers so far; and
The control unit 102 for controlling each component including the interface unit, the processing unit, the database management unit, and the winning number processing unit
characterized in that it comprises,
The filter type included in the filtering unit 203 is,
Grand sum filter, low-high ratio filter, odd-even ratio filter, high low-sum filter, first sum filter, last sum filter, serial number filter, interval sum filter, 1+2+3 triple sum filter, 4+5+6 triple sum filter, previous order Filter with number, and filter with bonus ball for the previous round
characterized in that it comprises,
In the sum filter, the sum means the sum of 6 numbers, and it is characterized in that a desired condition among values between 21 and 255 is input,
In the low-to-high ratio filter, 1 to 22 are classified as low (low) and 23 to 45 as high (high) based on 23 among the six numbers, and 0:6 / 1:5 / 2:4 / 3:3 / 4:2 / 5:1 / 6:0 characterized in that one or more of the conditions are selected,
In the odd-even ratio filter, the odd-even ratio means a ratio obtained by dividing an odd number and an even number among six numbers, 0:6 / 1:5 / 2:4 / 3:3 / 4:2 / 5:1 / 6: Characterized in that one or more of the conditions of 0 are selected,
In the high and low sum filter, high and low sum means a value obtained by adding the lowest number and the highest number among six numbers, characterized in that a desired condition is received among values between 20 and 80,
In the first sum filter, the first sum means the sum of the tens digits among six numbers, and a desired condition among values between 3 and 21 is input,
In the fractional sum filter, the fractional sum means the sum of the digits of one, and a desired condition among values between 8 and 45 is received,
In the serial number filter, the serial number means that there is a pair with a difference value (interval) of 1 among 6 numbers, and one or more of the conditions in which there is no serial number or one pair are selected,
In the interval sum filter, the interval sum of each number means the sum of the difference values of each number among 6 numbers, and a desired condition among values between 12 and 44 is received,
In the 1+2+3 triple-digit sum filter, 1+2+3 triple-digit sum means the sum of the lower 3 numbers among 6 numbers, and a desired condition among values between 6 and 85 is input. do,
In the 4+5+6 three-digit sum filter, 4+5+6 three-digit sum means the sum of three high numbers among six numbers, and a desired condition among values between 36 and 132 is input. do,
In the filter including the number of the previous round, whether or not the number of the previous round is included is to select whether or not the current round appears among the winning numbers of the previous round. ,
In the filter including the previous round of bonus balls, whether or not to include the previous round of bonus balls is to select whether or not to appear in this round for the bonus balls of the winning numbers of the previous round, and to receive a desired condition of not including (not included) or including. characterized,
The winning number processing unit 105,
an analysis unit 301 for receiving the lottery winning number of this round, receiving the winning number from the winning number database up to the previous round, and analyzing the winning number according to the data mining technique;
a patterning unit 302 for generating a winning pattern from the analysis results received by the analysis unit;
a learning unit 303 for learning the winning pattern generated by the patterning unit;
an inference unit 304 for inferring a lotto prediction model element according to the learning contents of the learning unit; and
A modeling unit 305 for generating or updating a lottery prediction model using the lottery prediction model elements inferred by the reasoning unit
characterized in that it comprises,
The analysis unit 301,
It is characterized by analyzing the total number of all winning lottery numbers up to the immediately preceding point, inputting the added lottery number, obtaining the total number using the input information, and comparing and analyzing the cumulative pattern,
It is characterized by using a method of extracting and analyzing the number range formed by some numbers expected to win every time within a group of number ranges in which winning numbers are defined from 6/45 numbers by section and step-by-step analysis,
The verification unit 205,
The composition of the last digit by discarding the ten units of the lottery winning number and taking only the number of one unit as the standard, the composition of the sum of the last digit by adding the sum of the ten and one unit numbers of the winning number, and the composition of the decimal number, multiples of 3, and synthesis Records extracted by the triad composition divided by numbers, the three-division configuration in which 45 numbers are divided into 3 groups to check the pattern, the Poisson configuration in which the Poisson distribution is calculated, and the Markov configuration in which the Markov chain is calculated All combinations (8,145,060) that can be used as lottery numbers using the generated weight table are used to create a weight table by performing analysis through data mining techniques to aggregate the results, assigning weights according to the distribution of occurrences for each analysis criterion. Lotto winning number providing system, characterized in that by assigning a weight to each) and outputting numbers with a high sum of weights as expected winning numbers.
delete delete delete delete In the method of providing the expected lottery winning number in the system of providing the lottery winning number of claim 1,
A service request step (S410) of receiving a request for a lottery winning expected number provision service from the user terminal;
A filter selection step (S430) of receiving a selection of a filter type to be applied through the user terminal in the lottery number providing server 100 and a filtering range according to the filter type;
Statistical result output step (S440) of outputting statistics on the winning number of the latest N times based on the statistical database for the selected filter type in the lottery number providing server 100;
A filtering step (S450) of performing filtering according to a filtering range condition according to the filter type received through the user terminal in the lottery number providing server 100;
an extraction step (S460) of extracting a winning expected number combination from all lottery number combinations according to the processing of the filtering step in the lottery number providing server 100;
A verification step of verifying the extracted winning expected number combination in the lottery number providing server 100 according to the lottery prediction model (S470); and
Number providing step (S480) of providing the expected lottery winning number combination verified in the lottery number providing server 100 to the user terminal
including,
An update step (S490) of analyzing the lottery winning numbers announced every week in the lottery number providing server 100 with a data mining algorithm, and updating the lottery prediction model according to the analyzed results;
A billing step (S420) of paying a bill for the lottery number provision service in the lottery number providing server 100
characterized in that it further comprises,
The verification step (S470) is,
determining whether the lottery winning expected number combination is a combination of previously winning numbers; and
If the expected lottery winning number combination is a combination of previously won numbers, excluding the corresponding combination
characterized in that it comprises,
The filter type selected in the filter selection step (S430) is,
Grand sum filter, low-high ratio filter, odd-even ratio filter, high low-sum filter, first sum filter, last sum filter, serial number filter, interval sum filter, 1+2+3 triple sum filter, 4+5+6 triple sum filter, previous order Filter with number, and filter with bonus ball for the previous round
characterized in that it comprises,
In the sum filter, the sum means the sum of 6 numbers, and it is characterized in that a desired condition among values between 21 and 255 is input,
In the low-to-high ratio filter, 1 to 22 are classified as low (low) and 23 to 45 as high (high) based on 23 among the six numbers, and 0:6 / 1:5 / 2:4 / 3:3 / 4:2 / 5:1 / 6:0 characterized in that one or more of the conditions are selected,
In the odd-even ratio filter, the odd-even ratio means a ratio obtained by dividing an odd number and an even number among six numbers, 0:6 / 1:5 / 2:4 / 3:3 / 4:2 / 5:1 / 6: Characterized in that one or more of the conditions of 0 are selected,
In the high and low sum filter, high and low sum means a value obtained by adding the lowest number and the highest number among six numbers, characterized in that a desired condition is received among values between 20 and 80,
In the first sum filter, the first sum means the sum of the tens digits among six numbers, and a desired condition among values between 3 and 21 is input,
In the fractional sum filter, the fractional sum means the sum of the digits of one, and a desired condition among values between 8 and 45 is received,
In the serial number filter, the serial number means that there is a pair with a difference value (interval) of 1 among 6 numbers, and one or more of the conditions in which there is no serial number or one pair are selected,
In the interval sum filter, the interval sum of each number means the sum of the difference values of each number among 6 numbers, and a desired condition among values between 12 and 44 is received,
In the 1+2+3 triple-digit sum filter, 1+2+3 triple-digit sum means the sum of the lower 3 numbers among 6 numbers, and a desired condition among values between 6 and 85 is input. do,
In the 4+5+6 triple-digit sum filter, 4+5+6 triple-digit sum means the sum of 3 high numbers among 6 numbers, and a desired condition among values between 36 and 132 is input. do,
In the filter including the number of the previous round, whether or not the number of the previous round is included is to select whether or not the current round appears among the winning numbers of the previous round. ,
In the filter including the previous round bonus ball, whether the previous round bonus ball is included is to select whether or not to appear this round for the bonus ball of the previous round winning number, and to receive a desired condition of not including (not included) or including characterized,
The extraction step (S460) is,
The composition of the last digit by discarding the ten units of the lottery winning number and taking only the number of one unit as the basis, the composition of the sum of the last digit by adding the sum of the ten units and the one-unit number of the winning number, and the composition of the decimal number, multiples of 3, and synthesis Records extracted by triad composition divided by numbers, three-division composition in which 45 numbers are divided into three groups to check patterns, Poisson composition in which Poisson distribution is calculated, and Markov composition in which Markov chains are calculated All combinations (8,145,060) that can be used as lottery numbers using the created weight table are used to create a weight table by performing analysis through data mining techniques to aggregate the results, assigning weights according to the distribution of occurrences for each analysis criterion. A method of providing a predicted lottery number in a system for providing predicted winning numbers, characterized in that by assigning weights to each), numbers having a high sum of weights are extracted as a combination of expected winning numbers. delete delete delete delete

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