KR20100093380A - Method for generating lotto number using relation number rule and system thereof - Google Patents

Abstract

PURPOSE: A method for generating a lotto number using a relation number rule and a system thereof are provided to supply a number combination with the highest winning possibility when a number combination relating to a selected number is provided, thereby increasing lotto winning possibility. CONSTITUTION: User computer terminals(1) are connected to a web server(2) to request lotto number generation. The web server services a number combination extracted from a lotto number generating server to the user computer terminals. A lotto statistical DB server(4) stores a lotto winning number combination referred when a lottery number is generated. An extracted number storage DB server(5) by a predicted lotto stores a number combination pre-extracted from the lotto number generating server.

Description

Method for generating lotto number using relation number rule and system

The present invention relates to a method and a system for generating a lottery number using the linkage law, and to determine a number to raise the probability of winning the prediction number at the lottery lottery, the number of stored combinations in the conventional cumulative winning number DB associated with the completion The present invention relates to a method and system for generating a lottery winning prediction number which increases the odds of winning the lottery by analyzing the patterns, extracting the remaining number, and processing the extracted numbers according to the linkage law.

In general, the lottery system selects six numbers by lottery, and in order to win the lottery first place, a probability of 1,820,000 should be hit.

However, in order to win the lotto first prize, you can expect to win first place, and you can't buy as many as 8.25 million lotteries. To this end, it is important to generate a number combination based on more realistic grounds and to create a number one predictive combination in a variety of ways that no one else thought. To this end, many existing lottery information sites are promoting their lotto number generation method to increase their chances of winning a lottery.

However, the combined prediction numbers provided by these conventional lotto information sites are generated based on the existing regression laws, and these numbers are generated by similar numbers. Regression law refers to making a combination with a high probability of winning based on the existing winning numbers. The numbers matched by approximately twenty laws are areas that all existing lotto experts study.

Hereinafter, the conventional regression laws will be described.

The most popular regression laws used in lotto information sites are the General Law, the Odd Ratio Law, the High and Low Rate Law, the Hot Number Law, the Cold Number Law, the Decimal / End Rule, the Decimal Law, the Triplex Law, and the Composite Number Law. , Slip paper horizontal / vertical law, AC value law, serial law, intermodal law, near law, third round / 5 round / 6 round laws.

The sum rule refers to the sum of six winning numbers (total sum is from 100 to 176 corresponds to about 80%).

The odd ratio rule indicates the number of even and odd numbers in the winning number.

The high-low rate law is written as "low" if less than "high" if the number is more than 23 out of 45 lotto numbers.

The hot water rule refers to the number of winnings more than once, based on the 10th round.

The cold number law refers to a number that has not appeared once based on the tenth round.

The fraction / finish rule refers to the sum of the number of digits of the lottery winning number (example 42 is 2, 38 is 8) and the digits.

The decimal law refers to a number (excluding 3) which is not divided other than 1 and itself. That is, 13, 2, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, and 43 in total.

The rule of multiples refers to the number of multiples of three of the six numbers selected: 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39 15 total of 42, 45.

The composite number law refers to numbers except decimals and triples. That is, 17, 1, 4, 8, 10, 14, 16, 20, 22, 25, 26, 28, 32, 34, 35, 38, 40, 44.

The slip paper horizontal / vertical law refers to a paper marking a lotto number called a slip paper, and refers to a grouping of groups by dividing the horizontal / vertical reheats by the corresponding paper lines.

In other words, the horizontal lines are 1, 2, 3, 4, 5, 6, 7/8, 9, 10, 11, 12, 13, 14/15, 16, 17, 18, 19, 20, 21/22, 23 , 24, 25, 26, 27, 28/29, 30, 31, 32, 33, 34, 35/36, 37, 38, 39, 40, 41, 42/43, 44,

Vertical lines are 1, 8, 15, 22, 29, 36, 43/2, 9, 16, 23, 30, 37, 44/3, 10, 17, 24, 31, 38, 45/4, 11, 18 , 25, 32, 39/5, 12, 19, 26, 33, 40/6, 13, 20, 27, 34, 41/7, 14, 21, 28, 35, 42.

The AC value law is a value representing the type of difference by calculating the difference between the winning numbers. Find the difference between six numbers, subtract the duplicated value, and find the number of differences.

Ex) If 10, 23, 29, 33, 37, 40 is the winning number

40-37 / 40-33 / 40-29 / 40-23 / 40-10

37-33 / 37-29 / 37-23 / 37-10

33-29 / 33-23 / 33-10

29-23 / 29-10

23-10

Excluding the calculated duplicates 3, 4, 7, 8, 10, 11, 13, 14, 16, 17, 19, 23, 27, 30, 14-5 = 9 round 1 AC to fit a total of 14 ranges The value is 9.

The serial law refers to a consecutive number of winning numbers.

The order law refers to numbers in which the difference between the winning numbers is two consecutive.

The previous law refers to numbers in which the difference between natural numbers is three consecutive.

The third, fifth, and sixth sum rules refer to all the numbers arranged by subtracting the duplicate numbers won by the 3rd, 5th, and 6th rounds, respectively.

However, the various lottery winning number service methods according to the conventional regression number law as described above, although claiming to increase the probability of winning the lottery number, it actually does not systematically increase the odds of winning the lottery number of 1,180,000. The process for generating a lotto number with an array is just an analysis of conventional lottery statistics.

Therefore, there is a need for a way to increase the odds of winning the lottery.

An object of the present invention for solving the above problems is to determine one reference number first when generating a lottery number and randomly extract the remaining number and then combine, pattern of each winning number combination stored in the conventional winning number DB This study provides a method and system for generating a lottery winning prediction number that selects the highest number of winning odds associated with the standard number.

In addition, another object of the present invention is to first determine one reference number when generating a lottery number, and then to extract the remaining numbers randomly and combine them, and then analyze the pattern of the winning number combination for each stored in the conventional accumulated winning number DB and the reference number and It is to provide a method and system for generating a lottery winning prediction number that provides a combination of numbers except for the number of sessions already provided.

The present invention to achieve the object as described above and to solve the conventional drawbacks is at least one user computer terminal for requesting the generation of lottery numbers by accessing a web server through a network (Internet);

A web server which transmits the lottery number generation requested from the user computer terminal to the lottery number generation server, and services the number combination extracted from the lottery number generation server to the user computer terminal through a network;

A number generation module for generating a lotto number combination so as to first set one reference number for generating a lotto number requested from a user computer terminal through a web server, and extract the selected reference number and the remaining number of associations, and the generated number combination The number combinations that have passed through the linkage law application module and linkage law rule module that provide the number of winning numbers for each reference water and the winning number data for each linkage group are selected in this session. A lotto number generation server having a duplicate inspection module which processes and finally selects a number combination;

A lottery statistics DB server connected to the lottery number generation server and storing a predetermined lottery winning number combination referred to when generating a lottery number;

Lotto number generation using the linkage law consisting of a number extraction DB storage for storing the number combination pre-extracted from the lottery number generation server for the scheduled lottery times that are connected to the lottery number generation server; By providing a system.

The selected lottery winning number combination stored in the lottery statistics DB server is characterized in that the number combination DB stored by classification and by country and lottery lottery system.

The number generation module,

Inputting a reference number and a statistical data selection value;

Then confirming whether a reference number has been input;

After that, if the reference number is not input state, and sends to the reference number generation step, if the reference number input is confirmed, the number generation step of generating any remaining five numbers other than the reference number;

Determining whether the number generated in the number generation step includes the duplicate number returned to the duplicate sleep number generation step;

If there is no duplicate number thereafter, it is determined whether the six numbers are generated or not, and if the number is not six, the process of generating six numbers is returned to the number generation step again.

The reference number may be a random number transmitted by a user computer terminal of a remote site through a web server or one of 1 to 45 randomly generated by the number generation module.

The statistical data selection value is characterized in that the DB data of one country selected from among the stored data DB classified by country and each time stored in the lottery statistics DB server.

The linked number law application module,

Sorting the six numbers through the number generation module;

Thereafter, referring to the lottery statistics DB server, checking whether the entire number is included in the remaining five numbers based on the reference number, and if the total number is included, returning to the number generation step of the number generation module;

Thereafter obtaining a group ratio of the number generated by classifying the numbers except for the reference number among the six numbers that do not include the entire annihilation water by group;

After that, if five random numbers except the reference number are classified by group, these five numbers are selected based on the reference number by referring to the number of winnings of each group based on the winning statistics data of each group by the number of associations of the lottery statistics DB server. Comparing whether the group ratio corresponds to the ratio within the top 10%, if it does not fall within the top 10%, the step of returning to the number generation step of the number generation module is configured to be processed.

The six groups consist of 1 group of 1 to 8, 2 groups of 9 to 16, 3 groups of 17 to 24, 4 groups of 25 to 32, and 5 groups of 33 to It consists of 40, 6 groups are characterized by consisting of 41 to 45.

The duplicate inspection module,

Checking whether the number generated by the linked number rule application module is a duplicate combination that is previously selected as the current lottery number by referring to the sequential extraction number storage DB server;

After that, if it is not a duplicate number combination, it is stored in the individual extraction number storage DB server, and in the case of the duplicate number combination, the combination generation history storing step of returning to the number generation step of the number generation module is configured to be processed.

In another embodiment of the present invention, after the lottery number generation system is provided, at least one user computer terminal is connected to a web server connected to the lottery number generation server at a remote location through a network, and then requests to generate a lottery number. Making a step;

Thereafter, using the number generation module provided in the lottery number generation server, after determining one reference number to generate the remaining five numbers to generate a lottery number;

Then, the number of linked numbers to select the number combination with high probability of winning by providing the presence or absence of annihilation of the reference number and the winning statistics data for each linked number group among the number combinations created using the linked number law application module provided in the lottery number generation server. Law application step;

A duplicate checking step of selecting a final number by processing whether or not the number combination passing the linked number law module is a number combination previously generated in the current session using the duplicate inspection module provided in the lottery number generation server;

After that, it is achieved by providing a lottery number generation method using the link number rule consisting of a lottery number providing step of serving the generated session lottery numbers to a user computer terminal connected on a network using a web server.

The selected lottery winning number combination stored in the lottery statistics DB server is characterized in that the number combination DB stored by classification and by country and lottery lottery system.

The number generation module,

Inputting a reference number and a statistical data selection value;

Then confirming whether a reference number has been input;

After that, if the reference number is not input state, and sends to the reference number generation step, if the reference number input is confirmed, the number generation step of generating any remaining five numbers other than the reference number;

Determining whether the number generated in the number generation step includes the duplicate number returned to the duplicate sleep number generation step;

If there is no duplicate number thereafter, it is determined whether the six numbers are generated or not, and if the number is not six, the process of generating six numbers is returned to the number generation step again.

The reference number may be any number transmitted from a remote user computer terminal through a web server or one of 1 to 45 generated by the number generation module.

The statistical data selection value is characterized in that the DB data of one country selected from among the stored data DB classified by country and each time stored in the lottery statistics DB server.

The linked number law application module,

Sorting the six numbers through the number generation module;

Thereafter, referring to the lottery statistics DB server, checking whether the entire number is included in the remaining five numbers based on the reference number, and if the total number is included, returning to the number generation step of the number generation module;

Thereafter obtaining a group ratio of the number generated by classifying the numbers except for the reference number among the six numbers that do not include the entire annihilation water by group;

After that, if five random numbers except the reference number are classified by group, these five numbers are selected based on the reference number by referring to the number of winnings of each group based on the winning statistics data of each group by the number of associations of the lottery statistics DB server. Comparing whether the group ratio corresponds to the ratio within the top 10%, if it does not fall within the top 10%, the step of returning to the number generation step of the number generation module is configured to be processed.

The six groups consist of 1 group of 1 to 8, 2 groups of 9 to 16, 3 groups of 17 to 24, 4 groups of 25 to 32, and 5 groups of 33 to It consists of 40, 6 groups are characterized by consisting of 41 to 45.

The duplicate inspection module,

Checking whether the number generated by the linked number rule application module is a duplicate combination that is previously selected as the current lottery number by referring to the sequential extraction number storage DB server;

After that, if it is not a duplicate number combination, it is stored in the individual extraction number storage DB server, and in the case of the duplicate number combination, the combination generation history storing step of returning to the number generation step of the number generation module is configured to be processed.

Lotto winning prediction number generation method for performing the linkage law according to the present invention and the system is to determine the first number when generating the lotto number and the remaining number is selected by analyzing the pattern of the number combination stored in the conventional winning number DB To provide a number combination related to numbers, and to provide a number combination related to the selected number, the number combination with the highest probability of winning is provided, and the number combination with the highest probability of winning among the number combinations related to the selected number. It is a useful invention having the advantage of increasing the odds of winning the lottery by providing a number combination except the number combination already provided is an invention that is expected to be used in industry.

Hereinafter, the configuration and the operation of the embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

Figure 1 is a schematic diagram showing the entire system of the present invention, Figure 2 is a block diagram showing each module constituting the lottoburn generation server of the present invention.

Prior to explaining the system of the present invention, the link law of the present invention will be described. The linkage law refers to the law of extracting the first-class expected number combination by the process processed in the above system. This linkage law is a law that extracts the remaining combinations of winning odds with respect to the standard number when one standard number is selected by using the relationship between each number so that the odds of winning the lottery number can be increased 8 times or more. to be.

If you select one reference number in advance and draw the remaining number of winnings, the winning combination will be 8 times more than 1,250,000 in total. For example, if you expect 1 to win, if you make a winning combination with 44 remaining numbers, you will get about 1.25 million.

Also, if you look at the lotto's existing rounds, you can see amazing results. For example, if 32 of the lottos are selected, 3 wins with a high probability, and three numbers such as 15, 22, and 26 It was never included in the winning number. It can be seen that similar results are extracted in more than 5000 rounds of the other five countries that carry out the lotto. Using this principle is the link law. In other words, the linkage of these numbers, which others have not found, is the source from which the results are closer to winning the lottery. To this end, according to the present invention, if a member who is subscribed to the system of the present invention selects a predetermined number of lucky luck in advance and sets it as the reference number, the combination of the numbers associated with the reference number is arranged in a line, and the highest probability of winning is generated. Let's make a point.

For example, if the number of '19' is included in the winning number, '9' and '29' have never been included in the winning number, and if the lucky number is '19' as the standard number of the winning lotto number If '19' is included, the odds of the number are subtracted from three, resulting in a high probability of winning.

As shown, the system of the present invention is provided with one or more user computer terminals 1 for requesting lottery number generation by accessing the web server 2 via a network (Internet). The user accesses the web server 2 connected to the lottery number generation server 3 remotely through the network and registers as a member to use the service. At this time, if the user computer terminal 1 is registered in the member registration state and enters an ID and password, the logged-in computer becomes the user computer terminal 1.

The web server 2 is configured to transmit the lotto number generation requested from the user computer terminal 1 to the lotto number generation server 3, and to service the user computer terminal with the number combination extracted from the lotto number generation server through the network. do.

The lottery number generation server 3 first sets one reference number for generating the lottery number requested from the user computer terminal 1 through the web server 2, and extracts the selected reference number and the remaining linked number. The number generation module 31 which generates a number combination, and the linkage law to apply a number combination with a high probability of winning by providing the presence or absence of annihilation of the reference number and the winning number data for each linked number group among the generated number combinations. It is configured to include a duplicate check module 33 for processing and finally selecting whether the number combination passed through the module 32 and the linkage law rule module is a number combination previously generated in the session.

Lotto statistics DB server (4) is connected to the lottery number generation server (3) is a server that stores a combination of the selected lotto winning number referenced in the lotto number generation.

Each time extraction number storage DB server (5) is connected to the lottery number generation server (3) server for storing the number combinations extracted from the lottery number generation server (3) for the scheduled lottery number referred to when generating the lottery number to be.

The lotto statistics DB server (4) and the number of times extraction number storage DB server (5) is configured to store information continuously updated according to the result of winning the lotto numbers.

The lotto number refers to a combination of six numbers that are not identical to each other selected from a group of numbers consisting of 1 to 45.

One reference number selected by the lottery number generation server 3 is an arbitrary number directly transmitted from the user computer terminal 1 or an arbitrary number extracted by generating a random number according to a command of the user computer terminal 1. It is a number. At this time, the selected number is any number selected from 1 to 45.

The selected lotto winning number combination stored in the lottery statistics DB server (4) is a number combination stored by sorting the lottery winning number combinations by country and each time in Korea (South Korea) or other countries where the lotto lottery system is located.

The number generation module 31, the link number rule application module 32, and the duplicate check module 33 are storage media in which software for processing each step method of performing the link number rule according to the present invention is stored.

In addition, although not described, the user computer terminal, the web server, and the lottery number generation server constituting the entire system of the present invention include a general computer main body (PC or server), a screen, and an input means for inputting information to the computer main body. do. In addition, the CPU that runs the program that drives the computer, RAM, which is the main memory for storing the program and data in the CPU, ROM, which is an external auxiliary memory that contains the program, is installed inside the computer body, and so on. Hard disk which is a secondary storage device that stores DB, I / O device that handles input / output between computer main body and external device, video card, audio card, communication modem for connecting to network, LAN card, external device connected to other ports, etc. Since the basic configuration is a conventional known configuration constituting a computer system, illustration is omitted.

3 is a flowchart showing a step of generating a lottery number in accordance with the linked number law of the present invention. As shown, a method of generating a lottery number by applying the linkage law of the present invention is a method of generating a lottery number based on the device configuration described in FIGS. 1 and 2.

Requesting generation of a lottery number after one or more user computer terminals 1 access a web server 2 connected to the lottery number generation server 3 at a remote location through a network to join a membership;

Thereafter, by using the number generation module 31 provided in the lottery number generation server 3 to determine one reference number to generate the remaining five numbers to generate a lottery number;

After that, using the linked number rule application module 32 provided in the lottery number generation server (3), the number of the number of combinations generated by the presence or absence of the reference number for the reference number and the number of the number of the link number group provides a high probability of winning Applying a linked law rule to select a combination;

After that, using the duplicate check module 33 provided in the lottery number generation server 3, the duplicate check that selects the final number by processing whether or not the number combination passed through the linkage law rule module is a pre-generated number combination in the current session. Steps;

Thereafter, the generated lottery number is provided by the lottery number providing step of serving the user computer terminal connected on the network using the web server 2.

The same descriptions described in FIGS. 1 and 2 are omitted. In addition, the description of each module forming each step follows the description of FIGS. 4 to 8.

4 is a flowchart illustrating a processing procedure of a number generation module constituting the lotto number generation server of the present invention. As shown, the number generation module 31 for generating a lotto number combination is a module for generating a total of six lotto numbers by selecting the remaining five numbers other than this standard number when one reference number is determined. The same procedure is configured to be performed. It looks at in detail below.

When the number generation module 31 is operated, it first has a reference number and statistical data selection value input step (S311). Here, the reference number is an arbitrary number transmitted from the remote user computer terminal 1 through the web server 2. In addition, the statistical data selection value is to select one of the stored data DB by classifying the lottery winning number combinations of each country (or Korea) stored in the lottery statistics DB server (4) or other countries with the lottery lottery by country and each time. will be. For example, if the statistical data selection value is specified as Korea, the information processed afterwards will use the lottery winning number statistics of the Republic of Korea.

Thereafter, the step of checking whether the reference number is received has a step (S312). At this time, if the reference number is input, go to the number generation step (S313), if not received the reference number generation step (S314) and go to the reference number generation step (S314) to generate one number selected from 1 to 45 in a random manner after the number generation step (S313) Go to). If the reference number is not generated, it corresponds to the case where the remote user computer terminal 1 passes the reference number generation authority to the number generation module 31.

Number generation step (S313) is to generate the remaining five random numbers other than the reference number to generate a number of one by one to generate a total of five more numbers.

When the number is generated in the number generation step S313, it is determined whether a duplicate number is included (S315). At this time, if it is determined whether the number is duplicated with the reference number or the newly generated number, if the non-duplicate numbers are generated, go to step S316 to determine if a total of six numbers have been generated. Return to S313.

When a total of six lotto numbers (standard number + arbitrary number 5) are selected through the above steps, the lotto number combination is passed to the linked number rule application module 32.

FIG. 5 is a flowchart illustrating a processing procedure of a linkage law application module constituting the lotto number generation server of the present invention, and FIG. 6 is a view showing the total water destruction statistics data of the lottery statistics DB referred to in the linkage law application module of FIG. 5. FIG. 7 is an exemplary view showing the winning number statistical data for each linkage group among the lottery statistics DBs referred to in the linkage law application module of FIG. 5.

The linkage law application module 32 receives six numbers generated by the number generation module 31 and provides the presence or absence of annihilation for the reference number among the generated number combinations and the winning statistical data for each linkage group. The following processing flow is performed to select a high number combination. Look specifically.

There are six number sorting steps S321 entered first. The sorting method can be sorted in ascending or descending order, preferably in ascending order. This is because the sorting is convenient because it is a notification method of the winning number of the lottery in general.

 If the numbers are sorted according to the six number sorting steps (S321), a step (S322) is performed to check whether the total number of remaining numbers is included among the remaining five numbers based on the reference number by referring to the lotto statistics DB server (4). If there is no wiped water, go to step S323 of calculating the number of generated numbers, and if the wiped water is included, the process returns to the number generating step S313 of the number generating module 31. At this time, the DB referred to in the lottery statistics DB server (4) is to check and compare the cumulative series DB of the specific country selected in the step of entering the reference number and statistical data selection value (S311). For example, if the reference number is '2', '23' is annihilated if '23' is never won in the cumulative recurring DB of a specific country stored in the lottery statistics DB server (4). If 23 'is included in the sorted five numbers, it should be deleted and returned to the number generation step (S313) of the number generation module 31 again.

In the calculating of the group ratio of the generated number (S323), the numbers excluding the reference number among the six numbers are classified by groups. Here, the group is divided into 6 groups of lottery numbers from 1 to 45, where 1 group consists of 1 to 8, 2 group consists of 9 to 16, 3 group consists of 17 to 24, and 4 group consists of 25 to 32, 5 to 33 to 40, 6 to 41 to 45.

If five random numbers excluding the reference number are classified into groups while the group ratio of the generated number is obtained (S323), the number of linkages is determined by referring to the cumulative series DB of a specific country stored in the lottery statistics DB server (4). In step S324, the group ratio of any five numbers selected based on the reference number corresponds to the ratio within the top 10% by referring to the number of winnings by group based on the winning statistics data for each group (S324). If the upper 10% within this step, the lotto number combination is passed to the duplicate inspection module 33. If it does not fall within the upper 10%, the process returns to the number generation step (S313) of the number generation module 31.

Referring to FIG. 7, if there are five cases in which the reference number is 12, and the group ratio of the remaining five numbers except '12' is the same as the degree, the data for each group that wins twice at the same rate is the first column and the third time. Corresponds to heat. The ratio of the first column to the third column is in the top 10%, and if the combination consists of group ratios corresponding to this ratio, the number combination is selected. That is, according to the present invention, if the reference number is '12' and the remaining arbitrary 5 numbers are '8', '17', '27', '39', and '43', the number combination is the two winnings shown in FIG. The percentage of the first column with facts is chosen.

8 is a flowchart illustrating a processing procedure of a duplicate inspection module constituting the lotto number generation server of the present invention. As shown in FIG. In step S331, it is determined whether the combination is a duplicate by referring to (). At this time, the reference DB is a DB storing the lotto number combinations generated by the lottery number generation server 3 and not drawing the result of the lottery yet. The reason for having such a separate extraction number storage DB server 5 is to maximize the profits of the Rhodo number generation requestor by preventing the generation of multiple winning numbers in the same round.

Then, if the selected number combination is not a duplicate number combination through the step (S331) of checking whether it is a duplicate combination, the combination generation history storing step (S332) is stored in the individual extraction number storage DB server 5 and duplicated. If the number combination is completed, the process returns to the number generation step (S313) of the number generation module 31.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

1 is a schematic view showing the entire system of the present invention,

2 is a block diagram showing each module constituting the lotto number generation server of the present invention,

3 is a flowchart showing a step of generating a lotto number in accordance with the linkage law of the present invention;

4 is a flowchart illustrating a processing procedure of a number generation module constituting the lotto number generation server of the present invention;

5 is a flowchart illustrating a processing procedure of a linked number rule applying module constituting the lotto number generation server of the present invention;

FIG. 6 is an exemplary view illustrating annihilation statistics data of the lottery statistics DB referred to in the linkage law application module of FIG. 5;

FIG. 7 is an exemplary view illustrating the winning number statistical data of each link number group in the lottery statistics DB referred to in the linkage law application module of FIG. 5;

8 is a flowchart illustrating a processing procedure of a duplicate inspection module constituting the lotto number generation server of the present invention.

<Description of the symbols for the main parts of the drawings>

(1): user computer terminal (2): web server

(3): Lotto number generation server (4): Lotto statistics DB server

(5): DB extract number storage DB server (31): Number generation module

(32): Linkage law application module (33): Duplicate inspection module

Claims (16)

One or more user computer terminals 1 for requesting generation of a lottery number by accessing a web server 2 through a network (Internet); A web server (2) which transmits the lotto number generation requested from the user computer terminal (1) to the lotto number generation server (3) and services the number combination extracted from the lotto number generation server to the user computer terminal via a network; Number generation module for generating a lotto number combination to first set a reference number for the lottery number generation requested from the user computer terminal 1 through the web server (2), and to extract the selected reference number and the remaining number of associations (31) and the linkage law application module 32 and linkage law, which provide the presence or absence of annihilation water for the reference number and the winning statistics data for each linkage group, so that a number combination having a high probability of winning is selected. A lotto number generation server (3) having a duplicate inspection module (33) for processing and finally selecting whether the number combination passing through the module is a number combination previously generated in the present session; A lottery statistics DB server (4) connected to the lottery number generation server (3) and storing a pre-selected lotto winning number combination referred to when generating a lottery number; A serial number extraction number storage DB server 5, which stores a number combination pre-extracted from the lottery number generation server 3 for the scheduled lottery connection which is connected to the lottery number generation server 3 and is referred to when generating the lottery number; Lotto number generation system using the linkage law characterized in that the configuration. The method according to claim 1, The lotto winning number combination stored in the lottery statistics DB server (4) is a lotto number generation system using the linkage number law, characterized in that the number combination DB stored by country and time for each lotto lottery system. The method according to claim 1, The number generation module 31, Inputting a reference number and a statistical data selection value (S311); Checking whether a reference number has been received (S312); Thereafter, if the reference number is not inputted, it is sent to the reference number generation step (S314). Determining that the number generated in the number generation step S313 includes the duplicate number returned to the duplicate sleep number generation step S313 (S315); If there is no duplicate number thereafter, it is determined whether the six numbers are generated or not. If the number is not six, the method returns to the number generation step (S313) and generates six numbers (S316). Lotto number generation system using. The method according to claim 1 or 3, The reference number is a number of any one of 1 to 45 randomly generated by the number generation module 31 or a random number transmitted from the remote user computer terminal 1 through the web server 2. Lotto number generation system using the law. The method according to claim 3, The statistical data selection value is a lotto number generation system using the linkage law, characterized in that the DB data of one country selected from the stored data DB classified by country and each time stored in the lottery statistics DB server (4). The method according to claim 1, The linked number law application module 32, Sorting the six numbers through the number generation module 31 (S321); Thereafter, referring to the lottery statistics DB server (4) checks whether the total number of the remaining number is included in the remaining number based on the reference number, if the total number is included in the step of returning to the number generation step (S313) of the number generation module 31 ( S322); Thereafter, in step S323, the group ratio of the number generated by classifying the numbers except the reference number among the six numbers that do not include the entire annihilation water is grouped; After that, if five random numbers except the reference number are classified into groups, they are selected based on the reference number by referring to the number of winnings by group based on the winning statistics data by group of the lottery statistics DB server (4). Comparing whether the five number group ratio corresponds to the ratio within the top 10%, if it does not fall within the top 10%, the step S324 of returning to the number generation step S313 of the number generation module 31 is configured to be processed. Lotto number generation system using the linkage law. In claim 6, The six groups consist of 1 group of 1 to 8, 2 groups of 9 to 16, 3 groups of 17 to 24, 4 groups of 25 to 32, and 5 groups of 33 to Lotto number generation system using the linkage law, characterized in that consisting of 40, 6 groups consisting of 41 ~ 45. The method according to claim 1, The duplicate inspection module 33, Confirming whether the number generated by the linked number rule application module 32 is a duplicate combination that is previously selected as the current lotto number by referring to the individual extracting number storing DB server 5 (S331); Then, if it is not a duplicate number combination, storing the individual extraction number stored in the DB server (5), and if the duplicate number combination combination generation history storage step to return to the number generation step (S313) of the number generation module 31 ( S332) Lotto number generation system using the linkage law, characterized in that configured to be processed. After the lottery number generation system according to claim 1 is provided, at least one user computer terminal 1 connects to a web server 2 connected to the lottery number generation server 3 remotely via a network and registers as a member. Requesting number generation; Thereafter, by using the number generation module 31 provided in the lottery number generation server 3 to determine one reference number to generate the remaining five numbers to generate a lottery number; After that, using the linked number rule application module 32 provided in the lottery number generation server (3), the number of the number of combinations generated by the presence or absence of the reference number for the reference number and the number of the number of the link number group provides a high probability of winning Applying a linked law rule to select a combination; After that, using the duplicate check module 33 provided in the lottery number generation server 3, the duplicate check that selects the final number by processing whether or not the number combination passed through the linkage law rule module is a pre-generated number combination in the current session. Steps; After that, the lotto number generation method using the link number law, characterized in that consisting of a lotto number providing step to service the user lot terminal generated on the network using a web server (2). The method according to claim 9, The selected lotto winning number combination stored in the lottery statistics DB server (4) is a lotto number generation method using the linkage law, characterized in that the number combination DB stored by country and each time the lotto lottery system. The method according to claim 9, The number generation module 31, Inputting a reference number and a statistical data selection value (S311); Checking whether a reference number has been received (S312); Thereafter, if the reference number is not inputted, it is sent to the reference number generation step (S314), and when the reference number input is confirmed, a number generation step (S313) of generating any remaining five numbers other than the reference number; Determining that the number generated in the number generation step S313 includes the duplicate number returned to the duplicate sleep number generation step S313 (S315); If there is no duplicate number thereafter, it is determined whether the six numbers are generated or not. If the number is not six, the method returns to the number generation step (S313) and generates six numbers (S316). Lotto number generation method using. The method according to claim 9 or 11, The reference number may be any number of 1 to 45 generated by the number generation module 31 or any number transmitted by the user computer terminal 1 of the remote site via the web server 2. Lotto number generation method using. The method of claim 11, The statistical data selection value is a lottery number generation method using the linkage law, characterized in that the DB data of one country selected from the stored data DB classified by country and each time stored in the lottery statistics DB server (4). The method according to claim 9, The linked number law application module 32, Sorting the six numbers through the number generation module 31 (S321); Thereafter, referring to the lottery statistics DB server (4) checks whether the total number of the remaining number is included in the remaining number based on the reference number, if the total number is included in the step of returning to the number generation step (S313) of the number generation module 31 ( S322); Thereafter, in step S323, the group ratio of the number generated by classifying the numbers except the reference number among the six numbers that do not include the entire annihilation water is grouped; After that, if five random numbers except the reference number are classified into groups, they are selected based on the reference number by referring to the number of winnings by group based on the winning statistics data by group of the lottery statistics DB server (4). Comparing whether the five number group ratio corresponds to the ratio within the top 10%, if it does not fall within the top 10%, the step S324 of returning to the number generation step S313 of the number generation module 31 is configured to be processed. Lotto number generation method using the linkage law. In claim 14, The six groups consist of 1 group of 1 to 8, 2 groups of 9 to 16, 3 groups of 17 to 24, 4 groups of 25 to 32, and 5 groups of 33 to Lotto number generation method using the linkage law, characterized in that consisting of 40, 6 groups consisting of 41 ~ 45. The method according to claim 9, The duplicate inspection module 33, Confirming whether the number generated by the linked number rule application module 32 is a duplicate combination that is previously selected as the current lotto number by referring to the individual extracting number storing DB server 5 (S331); Then, if it is not a duplicate number combination, storing the individual extraction number stored in the DB server (5), and if the duplicate number combination combination generation history storage step to return to the number generation step (S313) of the number generation module 31 ( S332) Lotto number generation method using the linkage law, characterized in that configured to be processed.

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