KR20080018928A - The method of the lotto combination system using the grouping of the numbers which have the same eigen factors - Google Patents

Abstract

A system and a method for compressing, recommending, and recommending lottery numbers by applying a mode for grouping numbers having the same Eigenvalue are provided to increase winning probability by compressing the number of combinations, which are generated by fixing, grouping, and combining the numbers having low probability for simultaneously appearing in the same round, to the minimum, and offer the combinations to a user through an ARS(Automatic Response Service) or the Internet. A system groups the numbers having concurrent probability to be appeared with each other into one group and groups the numbers having no concurrent probability into each individual group. The number of lottery number combinations is largely reduced by absolutely preventing the numbers having the small concurrent probability from being included in the same combination and thoroughly separating the numbers having the high concurrent probability into each individual group. The system provides the user with the recommendation combination having increased winning probability through the ARS or the Internet.

Description

Combination of Lotto Number Compression System and Combination Method using Confirmed Number Grouping Method

The present invention relates to a lotto number compression recommendation combination system and a combination method using the non-combination confirmation number grouping method, and more particularly, by defining a number with a low probability of accompanying each time as a non-combination confirmation number and grouping them together. The present invention relates to a lottery number compression recommending combination system and a combination method (FIG. 1) which provide a user with a voice guidance service or the Internet by compressing the number of combinations generated to the minimum and increasing the probability of winning the same.

In general, the lotto 6/45 lottery will be made by the buyer freely choosing 6 out of 45 numbers from 1 to 45 and purchasing from the 1st place depending on the number of winning numbers matching the number drawn at the designated draw time. It is a way to determine the winning ranking to the fifth place.

The current lotto lottery purchase method is a large number of random selection of automatic selection method and the number you want to buy a combination of the manual selection method and only some numbers you want to choose the number and the remaining number It is divided into semi-automatic selection method that extracts automatically

While the automatic selection and semi-automatic selection methods have the advantage of being able to select a lucky number relatively easily without worrying about it, based on probabilistic statistical data accumulated to date, it is possible to purchase a number with a very low probability of appearance. In terms of effectiveness, the efficiency of purchase is inferior. In addition, in the case of the manual selection method, buyers participate in the lotto purchase by combining their specific number, the number of the vehicle, or the birthday or meaningful number of the family.

Recently, a method of reducing the number of combinations by extracting probabilistic statistically probable numbers by directly selecting and combining a desired number of 45 numbers and filtering according to a desired condition has been introduced and used. The fixed number regression method by the regression method that the numbers that appeared in the turn are likely to come out this week, and the winning number prediction service using the flexible regression method that calculates and combines the probability of overlapping up to the last certain turn are introduced to the lotto buyers. It is provided in the form of a combination.

All of the above methods extract some numbers that are determined to be probable statistically out of 45 lotto numbers, and firstly combine them, and then designate and delete their desired filtering conditions to reduce the number of combinations. It is a combination method that does not reflect the accompanying appearance probability between numbers at all.

Therefore, the existing fixed regression method or the flow regression method introduced to complement it simply shifts the weight of how to select a number that is most likely to appear recently. Since the probability of winning is greatly reduced, there is a great variability in the probability of winning each round, and the probability of winning is significantly reduced even when a combination removed by a specified condition during the filtering process appears as a winning number.

In addition, the conventional winning number combination method and the recommendation number providing system do not reflect the accompanying appearance probability between the winning numbers even when selected by combining a number that is likely to appear even dividing the number less likely to appear together in the combination There was an inefficient aspect that combined to cause unnecessary purchases.

Literature Information of the Prior Art

[Reference 1] KR 10-2006-0049727 A, 2006.06.02, Flexible Lotto Lottery Winning Number Prediction Provision System and Method

The present invention wins when a combination of artificially eliminated by the specified conditions in the filtering process and the large variability of the winning probability generated by the existing recommendation combination prediction system uniformly extracts and combines only some numbers that are most likely to appear recently. In order to solve the problem that the odds are significantly lowered and the unnecessary combinations are not reflected because the odds of the winning numbers are not reflected, the numbers that are less likely to appear together statistically are not included in one combination. Combination of the lottery numbers and the lottery numbers are not selected first and combined as in the conventional method. To increase your chances of winning The purpose of the present invention is to provide a lotto number compression recommendation combination system and combination method.

Looking at the lottery winning numbers statistical data that appeared so far, there are numbers that frequently appear together as winning numbers, and there are numbers that rarely accompany the winning numbers together. For example, if numbers 1, 2, and 3 of the lottery numbers are less likely to appear together, group them together into a group. If a group is numbered 1, 2, 3, it is likely that 1, 2, 3 will appear individually in the turn, but 1, 2, 2, 3 or 1, 3 or 1, 2, 3 The probability that the buns will appear together at the same time is low, meaning that when combining lotto numbers, the number of combinations can be compressed to a minimum by not including two or more numbers in a combination. On the other hand, assuming that lotto numbers 4 and 5 are statistically likely to appear together, they are combined so that they can appear together in a combination by separating them into separate groups.

According to the present invention, based on the probability statistical data of the lottery winning numbers appearing up to now, the numbers that are likely to appear together are grouped together into a group, and the numbers that are most likely to appear together are separated from each other. By grouping the numbers together, the numbers that are less likely to appear together by group selection method, rather than the combination of number selection method, are never combined together. By separating and combining, the number of lotto generated combinations is greatly reduced, and thus, the user is provided with a recommendation combination having a higher probability of winning (Fig. 1).

The present invention has a higher probability of winning compared to the number of combinations generated in the same way as the recommended combination system based on the conventional fixed regression method or the flow regression method introduced to supplement the same, and when the number that is not selected appears as the winning number, It is a very stable system with less variability in winning rankings than when artificially removed combinations appear as winning numbers, and the overall lotto generation combination by combining the numbers so that they do not belong together in one combination by applying the accompanying appearance probability between the winning numbers. The number is reduced by up to 1/222 (Fig. 2) compared to the previous method, which provides the user with a highly efficient recommendation number in terms of cost-effectiveness.

Since the lottery was first introduced in Korea, more than 270 winning numbers have appeared. Lotto winning numbers appearing each time appear randomly as independent random variables, so it is very difficult to predict the winning numbers scientifically in the next round.

However, from a probabilistic statistical point of view, if there are certain rules and statistics on randomly appearing lottery numbers and there are enough winning numbers to be analyzed, the exact winning number cannot be predicted. It is known to have statistical value that can be increased.

Lotto number compression recommendation combination system and a combination method according to the present invention applied a non-determined number grouping method with a total of 270 winning numbers accumulated to date as a sample.

First, in order to secure a sample of sufficient lotto statistical data, the first accumulated data from 1 to 132 times were collected first, and then the winning numbers from 133 to 270 were analyzed statistically. They could be largely classified into numbers that are likely to appear with numbers that are less likely to occur.

In the present invention, when combining lottery numbers based on this criterion and grouping together the numbers that are less likely to appear together with each winning number, the total number of combinations can be grounded by up to 1/222. It can be reduced (Fig. 2), and at the same time found that the probability of winning can be significantly increased (Fig. 3).

In addition, based on the sample data of the winning numbers from lottery 1 to 132 times, the statistical characteristics of the numbers that did not appear together with 133 to 270 times were analyzed. We also found a new fact that the probability of appearing together is very low (Fig. 3).

Therefore, if we analyze the statistical characteristics of the winning numbers that appear each time closely, we can identify the unique characteristics of each winning number and calculate them by numerically calculating them. The commonalities among the numbers could be calculated clearly.

Since numbers with the same characteristics are numbers that are less likely to appear statistically together, grouping them together into a group and combining them so that they are not included in the combination greatly reduces the overall number of combinations and the probability of winning compared to the number of generated combinations. It is a principle that will rise.

The most basic and principle of the present invention is to quantify what characteristics the numbers appearing up to the current round are calculated and then grouped together because the numbers with the same characteristics are less likely to appear statistically together. Grouping together.

The method of calculating and digitizing the unique characteristics of a total of 45 lotto numbers based on the current round and grouping them again is as follows.

For example, assuming that this round is 270 times, the characteristics of the previous 45 lotto numbers are automatically updated with numbers with other characteristics by the winning number newly appeared in 270 times.

In the present invention, based on the analysis results of up to 270 times, it was found that the unique characteristics of the numbers with low probability of appearing together statistically were the following 12 characteristics.

The twelve characteristics are defined as follows.

First characteristic: whether the number appeared as a winning number at least twice in the last ten times or at least once in the last five times.

Second characteristic: whether the number has appeared at least once in the last ten times or has not appeared at all in the last five times or has appeared with the winning number one.

Third characteristic: whether the number has never appeared in the last 10 times.

Fourth characteristic: whether the number corresponds to the number of last week's winning numbers.

Fifth characteristic: whether the winning number last week corresponds to +1 or -1.

Sixth characteristic: whether the number appeared as a winning number in the last 10 weeks.

Seventh characteristic: whether the number appeared as a winning number in the last three weeks.

8th characteristic: whether same as last week's winning number.

Ninth characteristic: whether the section corresponds to the 5-unit pattern of last week's winning number.

10th characteristic: whether the section corresponds to the 7-unit pattern of last week's winning number.

11th characteristic: whether the section corresponds to the 10-unit pattern of last week's winning number.

12th characteristic: Whether the winning number is a decimal number.

As each new winning number appears, the previous 45 lottery numbers are updated with numbers having different characteristics from the previous ones, and then each lottery number is checked to see whether they correspond to the above 12 characteristics. This will generate a unique code.

If each number corresponds to the above 12 characteristics, code 1 is assigned to each characteristic, and code 0 is assigned if not. If each of the above 12 characteristics is marked with 1 bit, a total of 12 bits of codes represented by 1 and 0 are generated.

For example, each lotto number reflects the winning number of the last round.

1 is 101010101010 (12 bit)

2 is 101010101010 (12 bit)

3 is 000000001111 (12 bit)

......... (12 bits)

Assuming 45 has the characteristics of 11111111111 (12 bits),

In the case of lotto numbers 1 and 2, since the 12-bit code is the same, lotto numbers 1 and 2 are grouped together to create group 1.

On the other hand, lotto numbers 3 and 45 do not coincide with the 12-bit code, so they create group 2 and group 3 in each individual group.

Thus, for all 45 numbers, 12-bit code is generated according to its unique characteristics, and an average of about 30 groups are generated according to the identity of the code. The number of final groups generated each week has some variability in an average of 30 ranges depending on the characteristics of the winning numbers each time (FIG. 3).

In this way, when all groups are finally created, the combination is performed so that the numbers belonging to one group do not appear together in a combination by the following process.

The principle of performing the above combination is as follows (Fig. 5).

E.g,

Group 1: a, b, c

Group 2: d

Group 3: e

Group 4: f

Group 5: g

Group 6: h

Assuming that eight numbers are grouped into a total of six groups in this way, in order to combine the first winning number, a total of eight individual numbers must be combined to generate a total of 28 combinations, but the combination method according to the present invention is a winning number within the same group. Is based on the condition that one or more are not included, so the number of combinations generated is only three combinations as follows.

1st combination: a, d, e, f, g, h

Second combination: b, d, e, f, g, h

3rd combination: c, d, e, f, g, h

Since the compression combination is a combination utilizing the fact that grouped numbers do not necessarily accompany each other, it is necessary to prove that the numbers bound to one group do not appear together with each other through the above grouping.

Therefore, the present invention utilizes the winning numbers from lottery 1 to 132 times as statistical lotto sample data, and the numbers grouped in the above manner from 133 times to 270, the final round of the present application, appeared together with each other. The probability was analyzed (Fig. 3).

As a result, when the numbers are grouped in the above manner, it can be confirmed that grouping numbers that are bundled together with a probability of about 82.6% (100%-17.39% error probability) do not appear together with each other. Therefore, the combination method according to the present invention compresses the number of combinations generated up to 1/222 of the total number of combinations required for the first prize winning combination (Fig. 2), while the probability of winning is not lowered to 1/222 inversely, but about As a result of maintaining the odds of winning 82.6% or more, it can be seen that it is a way to significantly increase the winning probability relative to the number of combinations generated (Fig. 3).

Next, when a number is included and grouped in several groups, a combination is performed so that these numbers do not appear together.

First, the total number of lotto numbers included in the selected group is calculated from the group of expected groups.

Second, the total number of lotto numbers combined.

Third, screen groups containing two or more.

Fourth, a complete combination of two groups of corresponding numbers for each group containing two or more.

Fifth, the combination corresponding to the fourth stage is deleted from the complete combination performed in the second stage.

Sixth, by listing all the combinations, the lotto number compression recommendation combination applying the non-combination confirmation number grouping method is completed.

In other words, after completely combining all the lottery numbers corresponding to the selected group, the group containing two or more numbers is extracted and two bundle numbers are formed for each group to delete the combination including the two bundle numbers.

This is more clearly described as follows (Fig. 5).

Group 1: a, b, c

Group 2: d

Group 3: e

Group 4: f

Group 5: g

Group 6: h

Assuming that eight numbers are grouped into six groups in this way, a total of 28 eight numbers from a to h are combined, and then two or more numbers are included in group 1 (a, b), (a , c), (b, c) to form a number in two groups to delete the combination containing (a, b), (a, c), (b, c) from the entire combination.

The present invention calculates and digitizes the unique characteristics of the numbers that are less likely to appear together in this way, and then compresses the number of combinations generated by grouping to the minimum to obtain a compressed lotto recommendation number with a high probability of winning the purchase cost. The purpose is to provide the user efficiently through the voice guidance service or the Internet (Fig. 1).

The present invention can efficiently provide a recommendation combination with a high probability of winning through a voice guidance service or the Internet to users who want to purchase a lotto using the lotto recommendation number service at a lower purchase cost than the existing recommendation combination prediction providing systems. (Figure 1)

1 is a flowchart showing a lotto number compression recommendation combination system and a combination method according to the present invention.

Figure 2 is a comparison chart showing the number of compression combinations and compression ratio for each number of the lotto predicted number according to the present invention.

3 is a statistical chart showing that the probability of occurrence of the average number of group generation and the grouping number for each round according to the present invention is low.

4 is a flowchart illustrating a method of calculating, quantifying, and grouping unique characteristics of a total of 45 lotto numbers according to the present invention.

5 is a flowchart illustrating a method of performing a combination such that numbers grouped by the present invention do not appear together in a combination.

Claims (9)

Recommended lotto number compression that is provided to the user through voice guidance service or the Internet by compressing the number of combinations generated by combining the numbers with low probability of occurrence of each round as non-confirmable numbers and grouping them together to minimize the number of winnings Combination system and its combination method. (FIG. 1)        The method according to claim 1, in which the expected number of 45 numbers are first selected and combined, and then filtered again. Calculate numbers, digitize them, combine them into a group, and select and combine expected groups from these number groups.        According to claim 2, based on the probability statistical data of the lottery winning numbers appearing to date, groups that are less likely to appear together to be grouped together are grouped into one group and numbers that are most likely to appear together are distinguished from each other separately. Grouping into groups ensures that numbers that are less likely to accompany each other through a combination of group selection methods, rather than a combination of number selection methods, are never combined together in a combination, and numbers that are most likely to appear together are thoroughly grouped together. To separate and combine them. (FIG. 2)        As a result of analyzing the statistical characteristics of the numbers that did not appear together in each round, the number of 45 lotto numbers in each round was very low. Grasp each unique characteristic, quantify it, calculate it, and then combine them by grouping numbers with the same characteristics. (Figure 3)        The method according to claim 4, wherein the lottery numbers with a low probability of appearing together statistically are basically the following 12 unique characteristics, and the grouping is generated after digitizing these 12 characteristics with a 12-bit code. 4) In claim 5, the twelve characteristics are defined as follows. First characteristic: whether the number appeared as a winning number at least twice in the last ten times or at least once in the last five times. Second characteristic: whether the number has appeared at least once in the last ten times or has not appeared at all in the last five times or has appeared with the winning number one. Third characteristic: whether the number has never appeared in the last 10 times. Fourth characteristic: whether the number corresponds to the number of last week's winning numbers. Fifth characteristic: whether the winning number last week corresponds to +1 or -1. Sixth characteristic: whether the number appeared as a winning number in the last 10 weeks. Seventh characteristic: whether the number appeared as a winning number in the last three weeks. 8th characteristic: whether same as last week's winning number. Ninth characteristic: whether the section corresponds to the 5-unit pattern of last week's winning number. 10th characteristic: whether the section corresponds to the 7-unit pattern of last week's winning number. 11th characteristic: whether the section corresponds to the 10-unit pattern of last week's winning number. 12th characteristic: Whether the winning number is a decimal number.        When each new winning number appears like this, the previous 45 lotto numbers are updated with the new characteristics. After that, each lotto number is checked to see if they correspond to the above 12 characteristics. How to create it.  According to claim 6, if each number corresponds to the above 12 characteristics, code 1 is assigned to each feature, code 0 is assigned if not. If each of the above 12 characteristics is marked with 1 bit, a total of 12 bits of codes represented by 1 and 0 are generated. For example, each lotto number reflects the winning number of the last round. 1 is 101010101010 (12 bit) 2 is 101010101010 (12 bit) 3 is 000000001111 (12 bit) ......... (12 bits) Assuming 45 has the characteristics of 11111111111 (12 bits), In the case of Lotto No. 1 and No. 2, the 12-bit code is identical to each other so that No. 1 and No. 2 are grouped together to create Group 1. On the other hand, lotto numbers 3 and 45 do not coincide with the 12-bit code, so they create group 2 and group 3 in each individual group.        When 12-bit code is generated for all 45 numbers according to its unique characteristics, a total of about 30 groups are finally generated according to the identity of the codes (FIG. 4).  If a group contains numbers in a group, the combination is performed so that these numbers do not appear together.       The method of claim 8, first, first, the total number of lotto numbers included in the group selected from the group of expected groups. Second, the total number of lotto numbers combined. Third, screen groups containing two or more. Fourth, a complete combination of two groups of corresponding numbers for each group containing two or more. Fifth, the combination corresponding to the fourth stage is deleted from the complete combination performed in the second stage. Sixth, by listing all the combinations, the lotto number compression recommendation combination using the non-combination confirmation number grouping method is completed. In other words, after completely combining all lottery numbers corresponding to the selected group, the group that contains two or more numbers is extracted, and two bundle numbers are formed for each group to delete the combination including the two bundle numbers. 5)

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