JP2006065740A - Device, method and program for preparing lot data - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To sell lottery tickets to give much more eagerness to purchase, and to promote the sales or the popularity of lottery tickets. <P>SOLUTION: A class data setting part 2 sets class data for the game of each voucher and class data for the game of each of n(n is a natural number) pieces of vouchers. A class allocation processing part 4 assigns classes to respective games at random to each voucher based on generation probability. A game pattern assignment processing part 7 assigns game pattern data corresponding to the class to each voucher according to each class assigned to both the games. A printing part 9 prints reference numbers, a game pattern for the game of each voucher, a game pattern for the game of each of n pieces of vouchers and a discriminator according to the final voucher data. A bagging part 10 bags the printed vouchers by every n piece of vouchers. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a lottery data creation device, a creation method, and a creation program.

Conventionally, in order to increase the sales of lottery tickets and to popularize lottery tickets, it has been proposed to sell lottery tickets with multiple games printed on one lottery ticket certificate. Has been. A technique for creating lottery data for printing such a plurality of games on one voucher is disclosed (for example, Patent Document 1).
Japanese Patent No. 3568926

  However, the prior art has a limit on game variations. Therefore, in order to increase sales of lottery tickets and to spread the use of lottery tickets, it was necessary to develop a new game with further ingenuity.

  The present invention has been made to solve the above-mentioned problems, and its purpose is to sell a lottery ticket that makes customers more motivated to purchase, and to create a lottery data creation device that can promote the sales and spread of the lottery ticket To provide a method and creation program.

  In order to solve the above-described problems, the present invention is a lottery data creation device for creating a plurality of vouchers assigned a grade having a predetermined probability of occurrence, wherein each n sheets (n is a natural number) of the plurality of vouchers First grade data storage means for storing a first grade assigned to the first grade and the occurrence probability of the first grade, and based on the first occurrence probability stored in the first grade data storage means A first grade assigning means for assigning a first grade for every n consecutive vouchers, a second grade assigned for each of the plurality of vouchers and a probability of occurrence of the second grade. And a second grade assignment for assigning the second grade for each of the plurality of certificates based on the second occurrence probability stored in the second grade data storage means. And means.

  According to the present invention, when the second grade assigning means does not assign a winning grade to the continuous n sheets of vouchers by the first grade assigning means, at least one of the consecutive n pieces of vouchers. A hit is assigned as the second grade to the voucher of

  According to the present invention, when the first grade assigning means does not assign a grade to the consecutive n sheets of vouchers by the second grade assigning means, It is characterized by assigning a hit as a grade.

  In addition, the present invention is characterized by comprising determinator setting means for setting a determinator capable of winning determination for each of the first grade and the second grade.

  Further, the present invention is assigned to the game pattern storage means for storing the first game pattern for the first grade and the second game pattern for the second grade, and the consecutive n sheets of vouchers. The first game pattern stored in the game pattern storage means corresponding to the first grade is assigned to the consecutive n pieces of vouchers, and a second assigned to each of the plurality of vouchers. The game pattern assigning means assigns the second game pattern corresponding to the grade stored in the game pattern storage means for each of the vouchers.

  The present invention further includes a bagging means for bagging a plurality of vouchers on which the first game pattern, the second game pattern, and the determiner are printed for every multiple of the consecutive n sheets. It is characterized by that.

  Further, in order to solve the above-described problem, the present invention is a lottery data creation method for creating a plurality of vouchers to which a grade having a predetermined occurrence probability is assigned, which is stored in the first grade data storage means. Based on the first occurrence probability, a first grade is assigned to each successive n (n is a natural number) voucher, and based on the second occurrence probability stored in the second grade data storage means The second grade is assigned to each of the plurality of vouchers.

  Further, the present invention assigns a win as a second grade to at least one voucher of the consecutive n vouchers when a win is not assigned to the n consecutive vouchers as a first grade. Features.

  Further, the present invention is characterized in that, when a winning is not assigned as a second grade to the n consecutive certificates, a winning is assigned as a first grade to the consecutive n certificates.

  According to the present invention, the first game pattern for the first grade and the second game pattern for the second grade stored in the game pattern storage means are assigned to the n consecutive tickets. A first game pattern corresponding to the assigned first grade is assigned to the consecutive n pieces of vouchers, and a second game pattern corresponding to the second grade assigned to each of the vouchers is The certificate is assigned to each one of the vouchers.

  The present invention is also a lottery data creation program to be executed by a computer of a lottery data creation device for creating a plurality of vouchers to which a grade having a predetermined probability of occurrence is assigned, which is stored in the first grade data storage means. Assigning a first grade to each successive n (n is a natural number) vouchers based on the first occurrence probability, and a second occurrence probability stored in the second grade data storage means And a step of assigning the second grade for each of the plurality of vouchers based on the lottery data creation program.

  According to the present invention, in addition to the above steps, the first game pattern for the first grade and the second game pattern for the second grade, which are stored in the game pattern storage means, A step of assigning a first game pattern corresponding to a first grade assigned to one voucher to the successive n pieces of vouchers, and a second grade assigned to each of the vouchers A step of causing the computer to execute a step of assigning the second game pattern to each of the vouchers is provided.

According to the present invention, the first grade assigned to each n sheets (n is a natural number) of the plurality of certificates and the occurrence probability of the first grade are stored in the first grade data storage means, The first grade assigning means assigns the first grade for every n consecutive vouchers based on the first occurrence probability stored in the first grade data storage means. Further, the second grade assigned to each of the plurality of certificates and the occurrence probability of the second grade are stored in a second grade data storage means, and the second grade data is obtained by the second grade assignment means. Based on the second occurrence probability stored in the storage means, the second grade is assigned to each of the plurality of vouchers.
Therefore, by providing a game for every n number of vouchers, where every n consecutive vouchers are missed, it is possible to have a willingness to purchase n consecutive vouchers. The advantage that the spread can be promoted is obtained. In addition, there is a possibility that a win for each voucher, a game for each voucher, a win for each consecutive n vouchers, a game for every n vouchers, or both games Therefore, there is an advantage that it is possible to have a willingness to purchase consecutive n pieces of vouchers and promote the sales and the spread of lottery tickets.

According to the present invention, when the first grade assigning means does not assign the winning grade to the n consecutive certificates, the second grade is given to at least one of the consecutive n certificates. Assign. If the winning grade is not assigned to n consecutive certificates by the second grade assigning means, the winning is assigned to the consecutive n certificates as the first grade.
Therefore, if there is a hit for every n consecutive vouchers, even if it is lost in a game for every n vouchers, there will be a hit for every voucher. There is an advantage that it is possible to have a willingness to purchase a voucher and to promote the sales and the spread of lottery tickets. In addition, even if a game for each voucher is missed, there will be a hit for every n consecutive vouchers. A game for every n vouchers is always a hit, so there is a willingness to purchase n consecutive vouchers. The advantage is that the sales and the spread of lottery tickets can be promoted.

  According to the present invention, the determiner setting means sets a determiner capable of winning determination for each of the first grade and the second grade. Therefore, there is an advantage that it is possible to easily determine the winning of the lottery, in particular, the determination of the winning of n consecutive vouchers.

  Further, according to the present invention, the first game pattern for the first grade and the second game pattern for the second grade are stored in the game pattern storage means, and the game pattern assigning means stores the continuous game pattern. A first game pattern stored in the game pattern storage means corresponding to a first grade assigned to n tickets is assigned to the consecutive n tickets, and one of the plurality of tickets The second game pattern stored in the game pattern storage means corresponding to the second grade assigned every time is assigned to each of the vouchers. Therefore, there is a possibility of winning a win for each voucher, one for each voucher, a game for every n vouchers, a game for every n vouchers, or both. Therefore, there is an advantage that it is possible to have a willingness to purchase consecutive n pieces of vouchers and promote the sales and the spread of lottery tickets.

  Further, according to the present invention, a plurality of vouchers on which the first game pattern, the second game pattern, and the determiner are printed are packaged every n consecutive multiples. Thereby, delivery to each lottery counter can be performed easily.

  Hereinafter, a lottery data creation device, a creation method, and a creation program according to an embodiment of the present invention will be described with reference to the drawings.

A. Configuration of Embodiment FIG. 1 is a schematic block diagram showing a configuration of a lottery data creation apparatus according to the present embodiment. In the figure, a user interface unit 1 is an interface for an operator, and includes an input device for inputting data and instructions, a display device for displaying operation processes and results, and the like. The grade data setting unit 2 is a grade data indicating a grade for a game for each voucher (probability of occurrence of each grade, a prize amount of each grade) and a grade data indicating a grade for a game for each n pieces of vouchers (n is a natural number) Set the occurrence probability of each grade and the prize money of each grade). The grade data setting unit 2 confirms the validity of the grade data together with the setting of the grade data. Moreover, the grade data setting unit 2 sets a determinator for discriminating the grade for each grade.

  The grade data storage unit 3 stores grade data for the above-mentioned game for each voucher and grade data for the game for every n vouchers. The grade assignment processing unit 4 assigns consecutive reference numbers to each voucher, and randomly assigns a grade for each voucher game and every n voucher games to each voucher based on the probability of occurrence. Here, each voucher is assigned a consecutive reference number, but this reference number is not limited to a numeric number, but is assigned consecutively in consideration of regularity by English letters and symbols. Reference number.

  Next, the game pattern data setting unit 5 sets game pattern data (pictures, numbers, etc.) corresponding to each grade for a game for each voucher and a game for every n vouchers. The game pattern data storage unit 6 stores the game pattern data. The game pattern assignment processing unit 7 stores game patterns corresponding to the grades stored in the game pattern data storage unit 6 for each voucher according to the respective grades assigned to the game for each voucher and the game for every n vouchers. Allocate data. In addition, the game pattern allocation processing unit 7 uses a discriminator corresponding to the grade of the game for each voucher and the grade of the game for every n vouchers assigned to the voucher at the store (or sales agency). A discriminator is created and assigned to identify hits for both games.

  The voucher data storage unit 8 stores final voucher data, that is, for each voucher, a reference number, a grade for a game for each voucher, a game pattern, a grade for a game for every n vouchers, a game pattern, and a hit for both games. Stores data consisting of determinants in which is specified. In accordance with the final voucher data stored in the voucher data storage unit, the printing unit 9 determines, on a predetermined sheet, a reference number, a game pattern for a game for each voucher, a game pattern for a game for every n vouchers, and a determination. Print the child. Note that the determinator may be printed by being encrypted using a known encryption algorithm or barcoded. The bag filling unit 10 packs the printed voucher every n multiples.

B. Operation of Embodiment Next, the operation of the lottery data creation apparatus according to the above-described embodiment will be described. Here, FIG. 2 is a flowchart for explaining the operation of the lottery data creating apparatus according to the present embodiment.

  First, the grade data setting unit 2 sets grade data (probability of occurrence of each grade, prize money of each grade) indicating the grade for the game for each voucher (S10), and discriminates the grade for each grade. A determiner is set (S12). Here, FIG. 3 is a conceptual diagram showing an example of a grade for each game of a voucher, its occurrence probability, and a prize money amount. In the example shown in the figure, the grades are set from 1st to 4th for the game for each voucher, and the occurrence probabilities from 1st to 4th are respectively 1 / 100,000, 1/4000, and 1/1000. 1/5, and the prize money amounts are set to 1 million, 100,000, 10,000, and 100 yen, respectively. FIG. 4 is a conceptual diagram showing an example of a determiner for a grade for a game for each voucher. In the illustrated example, discriminators of “12345”, “22345”, “32224”, “42124”, and “05432” are set for 1st to 4th and 0th (displacement), respectively.

  Next, the grade data setting unit 2 sets grade data (probability of occurrence of each grade, amount of prize money of each grade) indicating a grade for the game for every n pieces of certificates (n is a natural number, hereinafter described as 5). (S14), a discriminator for discriminating the grade is set for each grade (S16). Here, FIG. 5 is a conceptual diagram showing an example of a grade, a probability of occurrence thereof, and a prize money amount for a game for every five vouchers. In the example shown in the figure, the grade is set from 1st grade to 4th grade for the game with 5 vouchers, and the occurrence probabilities from 1st grade to 4th grade are respectively 1/8 thousand, 1/1 thousand, 1 / It is set to 100, 1/10, and the respective prize money amounts are set to 100,000, 10,000, 1,000, and 200 yen. FIG. 6 is a conceptual diagram showing an example of a determinator for a grade for a game for every five vouchers. In the example shown in the figure, “1”, “2”, “3”, “4”, and “0” are set for 1st to 4th and 0th (displacement), respectively.

  Next, the game pattern data setting unit 5 sets game pattern data corresponding to each grade for a game for each voucher and a game for every 5 vouchers (S18). Here, FIGS. 7A and 7B are conceptual diagrams showing examples of game pattern data set for a game for each voucher and a game for every 5 vouchers, respectively. As shown in FIG. 7A, for the game grade for each voucher, the game patterns “11232”, “323111”, 2nd etc. are the game patterns “112223”, “122213”, as 1st prize. , “3221232,” “222131,”..., 0, etc., the game pattern “123123” is set. Similarly, for a game with five vouchers, as shown in FIG. 7 (b), the game pattern “LOPQR”, 2 etc. for the 1st prize, the game pattern “MRQPO”, 3 etc. The game pattern “PPQRQ” is set for the game patterns “OQNPR”, “PNOQR”,.

  Next, the grade assignment processing unit 4 assigns consecutive reference numbers to each voucher, and randomly assigns a grade for the game for each voucher to each voucher based on the occurrence probability (S20). Next, the game pattern data setting unit 5 assigns game pattern data corresponding to the grade to the game for each voucher according to the grade assigned to each voucher (S22).

  Next, the grade assignment processing unit 4 randomly assigns a grade for the game for every five vouchers to each voucher based on the occurrence probability (S24). Here, a method for assigning a grade for each game of five vouchers to each voucher will be described. In the example of the grade data shown in FIG. 5, if 4 etc. are assigned, the probability of occurrence is 1/10, so one hit (4 etc.) is assigned to 10. Since the number of vouchers is considered in units of five, the reference number ranges “0000001” to “0000005”, “0000006” to “0000010”, “0000011” to “0000015”, “0000016” to “00000020”, “00000021” to “00000025” ”,“ 0000026 ”to“ 0000030 ”,“ 00000031 ”to“ 0000035 ”,“ 0000036 ”to“ 00000040 ”,“ 0000041 ”to“ 0000045 ”,“ 0000046 ”to“ 0000050 ”, one range And assign 4 etc. The grade for the 5 certificates in the selected range is 4 mag. This process is repeated for all certificates (in this case, 400,000 sheets). The same processing is performed for other grades.

  Next, the game pattern assignment processing unit 7 assigns game pattern data corresponding to the grade according to the grade assigned to each voucher to the game for every five vouchers (S26). For the game pattern, select a game pattern from the corresponding grade, assign the first digit of the selected game pattern to the smallest serial number in the range, and arrange the second digit the second smallest in the range. In the same manner, the fifth digit is assigned to the largest reference number in the range.

  Next, the game pattern assignment processing unit 7 uses the respective discriminators corresponding to the grade for the game for each voucher and the grade for the game for every five vouchers assigned to the voucher to determine whether or not the game is successful. A discriminator for identification is created and assigned, and final voucher data is created (S28). Here, FIG. 8 is a conceptual diagram showing an example of final voucher data. The reference number is a unique number assigned to each voucher (in this case, each of a total of 400,000 sheets). Each voucher is assigned a corresponding grade and a game pattern corresponding to the grade for each voucher game and every five voucher games. The final voucher data discriminator is created from the discriminator set for each grade. The left 5 digits are the discriminator corresponding to the game grade for each voucher, and the following 7 digits are 5 cards. A code indicating that it is a unit voucher (in this example, the smallest serial number in the 5 vouchers is used), a number indicating that the next 5 consecutive digits are units (that is, n = 5) The last one digit is a discriminator corresponding to the grade for every five vouchers. In this way, the final judgment is common to five consecutive certificates. Therefore, when the above-mentioned seven digits of the judgment are the same at the time of winning judgment, it is judged as a valid combination. If even one sheet has a different reference number, it is determined that the combination is illegal.

  Next, in accordance with the final voucher data stored in the voucher data storage unit, the printing unit 9 puts a reference number, a game pattern for each voucher game, and a game for every voucher game on a predetermined sheet. A pattern and a judgment are printed (S30). Here, FIG. 9 is a schematic diagram showing the finally printed voucher. As shown in the drawing, on each voucher, a game pattern 20 for a game for each voucher, a game pattern 21 for a game for every 5 vouchers, a reference number 22 for each voucher, and / or a determiner 23 are printed. Then, the bag filling unit 10 packs the printed voucher every 5 multiples (m = 1, 2, 3,...) (S32). In FIG. 9, the determiner is indicated by an asterisk, but in actuality, it is a bar code or an encrypted character string (alphanumeric characters, symbols, etc.) indicating the numeric determiner shown in FIG.

  According to the above-described embodiment, by providing a game for each voucher that has a hit for each voucher and a game for every n vouchers that have a hit for every n consecutive vouchers, Alternatively, since the possibility of winning in both games can be latent, it is possible to have a willingness to purchase n consecutive vouchers, and to promote the sales and spread of lottery tickets. .

In the above-described embodiment, there is no correlation between a hit with respect to a game for each voucher and a hit with respect to a game for every n vouchers. If there is no win, a win may be set for every five vouchers including the voucher. Alternatively, if there is a win in the game for each voucher, the game for every 5 vouchers including the voucher may be set to be out of play.
In other words, when the grade for the game for every five vouchers is not assigned to the five consecutive vouchers, the grade allocation processing unit 4 assigns at least one voucher for each voucher to each voucher. If a win is assigned as the game grade of the game, and a win grade is assigned to each of the five consecutive vouchers, the game grade for each voucher is assigned to all of the five consecutive vouchers. Assign outliers.
Alternatively, if the winning grade for the game for each voucher is not assigned to the five consecutive vouchers, the grade assigning processing unit 4 hits the consecutive five vouchers as the game grade for every five vouchers. When a winning grade for a game for each voucher is assigned to five consecutive vouchers, an outage may be assigned to a consecutive five voucher as a game grade for every five vouchers. .
As a result, since a win always appears on either side, it is possible to improve the willingness to purchase.

  Further, the above-described grade data setting unit 2, the grade assignment processing unit 4, the game pattern data setting unit 5, and the game pattern assignment processing unit 7 may be part of a computer system. The processing steps of the above-described grade data setting unit 2, the grade assignment processing unit 4, the game pattern data setting unit 5, and the game pattern assignment processing unit 7 are stored in a computer-readable recording medium in the form of a program. The above processing is performed by the computer reading and executing this program. Here, the computer-readable recording medium means a magnetic disk, a magneto-optical disk, a CD-ROM, a DVD-ROM, a semiconductor memory, or the like. Alternatively, the computer program may be distributed to the computer via a communication line, and the computer that has received the distribution may execute the program.

It is a schematic block diagram which shows the structure of the lottery data preparation apparatus by this embodiment. It is a flowchart for demonstrating operation | movement of the lottery data preparation apparatus by this embodiment. It is a conceptual diagram which shows an example of the grade with respect to the game for every voucher, its generation | occurrence | production probability, and prize money amount. It is a conceptual diagram which shows an example of the judgment with respect to the grade with respect to the game for every voucher. It is a conceptual diagram which shows an example of the grade with respect to the game for every 5 vouchers, its generation probability, and a prize money amount. It is a conceptual diagram which shows an example of the judgment with respect to the grade with respect to the game for every 5 vouchers. It is a conceptual diagram which shows an example of the game pattern data set with respect to the game for every voucher, and the game for every 5 vouchers. It is a conceptual diagram which shows an example of final voucher data. It is a schematic diagram which shows the voucher finally printed.

Explanation of symbols

1 User interface part 2 Grade data setting part (determinant setting means)
3 grade data storage (first grade data storage means, second grade data storage means)
4 Grade assignment processing section (first grade assignment means, second grade assignment means)
5 game pattern data setting unit 6 game pattern data storage unit (game pattern storage means)
7 Game pattern allocation processing unit (game pattern allocation means)
8 Certificate data storage section 9 Printing section (printing means)
10 Bag filling part (bag filling means)

Claims (12)

A lottery data creation device for creating a plurality of vouchers assigned a grade having a predetermined probability of occurrence,
First grade data storage means for storing a first grade assigned to each n sheets (n is a natural number) of the plurality of vouchers and an occurrence probability of the first grade;
First grade assigning means for assigning a first grade for every n consecutive certificates based on a first occurrence probability stored in the first grade data storage means;
Second grade data storage means for storing a second grade assigned to each of the plurality of vouchers and the occurrence probability of the second grade;
Second grade assigning means for assigning the second grade for each of the plurality of vouchers based on a second occurrence probability stored in the second grade data storage means;
A lottery data creating apparatus comprising: The second grade assigning means includes:
When a winning grade is not assigned to the n consecutive certificates by the first grade assigning means, a winning is assigned as a second grade to at least one of the consecutive n certificates. The lottery data creation device according to claim 1. The first grade assigning means includes:
2. The win is assigned as the first grade to the consecutive n sheets of vouchers when the second grade assigning means does not assign a win grade to the consecutive n pieces of vouchers. Lottery data creation device.   4. The apparatus according to claim 1, further comprising a determinator setting unit that sets a determinant capable of winning determination for each of the first grade and the second grade. 5. The lottery data creation device described. Game pattern storage means for storing a first game pattern for the first grade and a second game pattern for the second grade;
The first game pattern stored in the game pattern storage means corresponding to the first grade assigned to the n consecutive tickets is assigned to the consecutive n tickets, and the plurality of tickets Game pattern assigning means for assigning the second game pattern stored in the game pattern storage means corresponding to the second grade assigned to each one of
The lottery data creation device according to any one of claims 1 to 4, further comprising: A bagging means for packing a plurality of vouchers printed with the first game pattern, the second game pattern, and the discriminator for every multiple of the consecutive n sheets is provided. The lottery data creation device according to claim 5. A lottery data creation method for creating a plurality of vouchers assigned with grades having a predetermined probability of occurrence,
Based on the first occurrence probability stored in the first grade data storage means, a first grade is assigned to each successive n (n is a natural number) vouchers,
A lottery data creation method, wherein a second grade is assigned to each of the plurality of certificates based on a second occurrence probability stored in a second grade data storage means. The winning is assigned as a second grade to at least one voucher of the consecutive n vouchers when a win is not assigned to the consecutive n vouchers as a first grade. 7. The lottery data creation method according to 7. 8. The lottery data creation according to claim 7, wherein, when a winning is not assigned as a second grade to the n consecutive certificates, a winning is assigned as a first grade to the consecutive n certificates. Method. About the first game pattern for the first grade and the second game pattern for the second grade stored in the game pattern storage means,
Assigning a first game pattern corresponding to a first grade assigned to the consecutive n tickets to the consecutive n tickets;
The second game pattern corresponding to the second grade assigned to each one of the vouchers is assigned to each of the vouchers. How to create lottery data. A lottery data creation program to be executed by a computer of a lottery data creation device for creating a plurality of vouchers assigned with a grade having a predetermined probability of occurrence,
Assigning a first grade for each successive n (n is a natural number) vouchers based on the first occurrence probability stored in the first grade data storage means;
Assigning the second grade for each of the plurality of vouchers based on the second occurrence probability stored in the second grade data storage means. program. In addition to the steps of claim 11,
About the first game pattern for the first grade and the second game pattern for the second grade stored in the game pattern storage means,
Assigning a first game pattern corresponding to a first grade assigned to the consecutive n tickets to the consecutive n tickets;
A lottery data creation program for causing a computer to execute a step of assigning a second game pattern corresponding to a second grade assigned to each of the vouchers to each of the vouchers.

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