JP2010146531A - Winning horse vote ticket selection device and selection program thereof - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To efficiently select a betting ticket, so as to obtain a desired collection rate of dividend through the use of only minimally required data which is provided from a horse race organizer before the race. <P>SOLUTION: A betting ticket selecting device 10 can be accessed, via the Internet 40, to a data server 20 storing horse race-related information including time-sequential odds and a purchase server 30 for the purchase of the horse race betting tickets. The investment condition setting part 14b of the betting ticket selecting device 10 sets three investment conditions. In the first/second investment condition, n or m (m<n) horses are selected in descending order of popularity in the time-sequential odds, so as to determine the whole combinations of quinella betting tickets constituted of the selected horses and also to set a target collection rate. In the third investment condition, the whole combinations of the first or second investment condition are selected and at least one combination among the whole combination is deleted, so as to set the whole combinations of the third investment condition and also to set the third target collection rate. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a selection device and a selection program for efficiently selecting a winning betting ticket (hereinafter referred to as a betting ticket) to be purchased, and more specifically, for efficiently selecting a horse number consecutive winning double betting ticket. The present invention relates to a selection device and a selection program.

  In general, a horse race predicts which racehorse wins or wins a higher rank among the racehorses to participate, and purchases a betting ticket relating to the predicted racehorse. A payout is paid at a predetermined rate (called odds) for a betting ticket that has been predicted. In selecting a betting ticket for horse racing, information (for example, past results, current condition, weight, age, jockey, trainer, track status) published on a horse race expectation paper is usually referred to.

  In addition, as a conventional technique, for example, as shown in Patent Document 1, a database in which each horse race is patterned and the past data is aggregated is generated, and the odds information on the organizer side obtained immediately before the race is input thereto. A method for selecting a betting ticket has also been proposed.

  On the other hand, Patent Document 2 proposes an information terminal device and a betting ticket investment support system using the Internet, which can enjoy how the investment can be efficiently recovered based on the amount of money to be made.

  However, it is difficult to select a betting ticket (and its combination) that should be purchased based on only the information posted on the expected horse racing paper as usual in horse racing where fluctuations in victory are severe. It was not easy to determine the amount of money to be planned for a betting ticket.

  In addition, even with the selection method using a special database as in Patent Document 1, it is not only necessary to store past records for a predetermined number of times in a unique pattern, but the latest data is always input. Therefore, it is necessary to update the database, which is difficult for beginners.

Furthermore, if a betting ticket investment support system such as Patent Document 2 is used, even if the investment amount actually spent and the recovery amount obtained thereby can be easily identified on the screen, the betting ticket to be actually purchased ( How to select purchases) or combinations of purchases, how to select purchases if the desired collection rate cannot be obtained, how to set the value of the recovery rate, etc. It did not propose specific purchase selection conditions or investment conditions.
JP 2008-97195 A JP 2006-163709 A

  Therefore, the present invention improves the above-described problems and disadvantages of the prior art, and uses only the minimum necessary data provided by the racehorse organizer before the race, so that a dividend with a desired recovery rate can be obtained. An object is to provide a selection device and a selection program for efficiently selecting a betting ticket so as to be obtained.

  The present inventor has intensively studied horse racing experience and results of horse racing, etc., and (1) determined several popular horses based on the time-series odds of betting tickets, Purchasing a betting ticket improves the hit rate, and (2) finding a methodology (investment / selection conditions) for setting the desired recovery rate and satisfying the desired recovery rate, and completing the present invention. It came.

That is, the betting ticket selection apparatus of the present invention has the following configurations 1 to 4.
1. A betting ticket selection device accessible to a data server in which horse-related information including at least time-series odds is accumulated and a purchase server for purchasing a horse racing betting ticket via an Internet network,
Start / end means for starting or ending the betting ticket selection device; and
When the betting ticket selection device is activated by the activation / termination means, the purchase server is automatically accessed via the Internet network, and the horse racing related information stored in the purchase server is acquired and stored in the storage means. External information communication means
An operation reception processing means that receives an operation from a user and performs processing, and at least an information confirmation unit and an investment condition setting unit are provided;
A calculation means for calculating investment conditions;
An output means for outputting a result of calculation by the calculation means and outputting information stored in the storage means in accordance with an instruction from the operation reception processing means;
And having
The information confirmation unit acquires the time series odds from the storage unit and outputs the time series odds to the output unit,
In the investment condition setting unit, three investment conditions are set,
In the first investment condition of the investment condition setting unit, horses are selected from n horses (n is an integer of 3 to 18) from the highest popularity of time-series odds, and the horse number is composed of the selected horses. While determining the total combination of consecutive winning double betting tickets, set the first target recovery rate,
In the second investment condition of the investment condition setting unit, m horses (m is an integer of 2 to 17 and m <n) are selected from the descending order of popularity of time-series odds. While determining the total combination of horse number consecutive winning double betting composed of horses, set the second target recovery rate,
In the third investment condition of the investment condition setting unit, the total combination of the investment condition 1 or the second investment condition is selected, at least one combination is deleted from the total combination, and the third investment condition And set the third target recovery rate,
The calculation means first starts calculating the first investment condition, calculates a recovery rate for the total combination determined under the first investment condition, and whether the recovery rate satisfies the first target recovery rate. Determining whether or not, if the determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the second investment condition is calculated,
When the calculation means calculates the second investment condition, it calculates a recovery rate for the total combination determined under the second investment condition, and does the recovery rate satisfy the second target recovery rate? If the above determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the third investment condition is calculated,
When the calculation means calculates the third investment condition, it calculates a recovery rate for the total combination of the third investment conditions, and determines whether the recovery rate satisfies the third target recovery rate. If the determination is satisfied, the total combination is determined as a purchase betting ticket. If the determination is not satisfied, at least one combination is deleted from the total combination of the third investment conditions, and the third target recovery rate is determined. The calculation of the third investment condition is repeated until
The confirmed betting ticket information is provided to the purchasing server by the external information communication means.
2. 2. The betting ticket selection apparatus according to 1 above, wherein the number n is an integer of 4 to 10, and the number m is an integer of 3 to 9.
3. 3. The betting ticket selection apparatus according to 1 or 2, wherein the time-series odds are single-odd odds immediately before the race.
4). 4. The betting ticket selection apparatus according to any one of 1 to 3, wherein the deletion method in the third investment condition setting deletes at least one of the total combinations from the most popular or the least popular.

The betting ticket selection program of the present invention has the following five configurations.
5). A betting ticket selection program accessible to a data server storing horse-related information including at least time-series odds and a purchasing server for purchasing a horse racing betting ticket via an internet network,
On the computer,
Start / end means for starting or ending the betting ticket selection device; and
When the activation / termination means is executed, external information communication means for automatically accessing the purchase server via the Internet network and acquiring and storing the horse racing related information accumulated in the purchase server;
An operation reception processing means that receives an operation from a user and performs processing, and at least an information confirmation unit and an investment condition setting unit are provided;
A calculation means for calculating investment conditions;
An output unit that outputs a calculation result in the calculation unit and outputs stored information in accordance with an instruction from the operation reception processing unit;
And
The information confirmation unit acquires the stored time series odds and outputs the acquired time series odds to the output unit,
In the investment condition setting unit, three investment conditions are set,
In the first investment condition of the investment condition setting unit, horses are selected from n horses (n is an integer of 3 to 18) from the highest popularity of time-series odds, and the horse number is composed of the selected horses. While determining the total combination of consecutive winning double betting tickets, set the first target recovery rate,
In the second investment condition of the investment condition setting unit, m horses (m is an integer of 2 to 17 and m <n) are selected from the descending order of popularity of time-series odds. While determining the total combination of horse number consecutive winning double betting composed of horses, set the second target recovery rate,
In the third investment condition of the investment condition setting unit, the total combination of the investment condition 1 or the second investment condition is selected, at least one combination is deleted from the total combination, and the third investment condition And set the third target recovery rate,
The calculation means first starts calculating the first investment condition, calculates a recovery rate for the total combination determined under the first investment condition, and whether the recovery rate satisfies the first target recovery rate. Determining whether or not, if the determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the second investment condition is calculated,
When the calculation means calculates the second investment condition, it calculates a recovery rate for the total combination determined under the second investment condition, and does the recovery rate satisfy the second target recovery rate? If the above determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the third investment condition is calculated,
When the calculation means calculates the third investment condition, it calculates a recovery rate for the total combination of the third investment conditions, and determines whether the recovery rate satisfies the third target recovery rate. If the determination is satisfied, the total combination is determined as a purchase betting ticket. If the determination is not satisfied, at least one combination is deleted from the total combination of the third investment conditions, and the third target recovery rate is determined. The calculation of the third investment condition is repeated until
The betting ticket selection program characterized in that the confirmed purchased betting ticket information is provided to the purchasing server by the external information communication means.

  Since this invention is comprised as mentioned above, there exist the following effects.

  According to the present invention, the information input as external data may be only data (time-series odds data) provided by the horse race organizer before the race, and is updated by classifying and counting past horse race results. There is no need to further use the database, and a betting ticket selection device or a selection program that is very simple and easy to use for horse racing beginners is realized.

  In addition, according to the present invention, in order to preset the betting ticket selection conditions (buying conditions and investment conditions) on the screen of the betting ticket selection apparatus based on time-series odds data in the input means of the betting ticket selection apparatus of the present invention, A person using the present invention can make an investment commensurate with the user's pocket while grasping the amount to be collected in advance, and can purchase a betting ticket while efficiently distributing the investment.

  Further, according to the present invention, it is possible to select a betting ticket having a very high hit rate with a small investment amount by using the betting ticket selection apparatus or betting ticket selection program of the present invention.

  Hereinafter, although the present invention is explained based on an embodiment shown in a drawing, the present invention is not limited to the following concrete embodiment at all. In the drawings, the same reference numerals are used for the same or corresponding elements.

[Block configuration of the betting ticket selection apparatus of the present invention]
FIG. 1 is a block diagram for explaining the concept of the betting ticket selection device 10 of the present invention. The betting ticket selection apparatus 10 includes start / end means 11, external information communication means 12, storage means 13, operation reception processing means 14, calculation means 15, and output means 16. Each means 11 to 16 of the betting ticket selection device 10 is constructed and functions by executing a predetermined program incorporated in a personal computer (not shown) by a CPU or the like installed in the personal computer.

  The external information communication means 12 of the betting ticket selection apparatus 10 of the present invention is optional for the JRA-VAN data server 20 and the JRAIPAT purchase server 30 created by the Japan Central Horse Racing Association (JRA) via the Internet network 40. Can be accessed.

  The servers accessed by the external information communication means 12 are not limited to the JRA servers 20 and 30 described above, and may be servers provided by other horse racing organizers (for example, the local horse racing national association NRA).

  The information provided by the JRA-VAN data server 20 includes race tables, race horse rotations, jockey / trainer results, all race results since debut, pedigree / brothers, time series odds, etc. However, the information used in the betting ticket selection apparatus 10 of the present invention is only time-series odds.

  Here, the odds (Odds) is a multiplication ratio of a dividend (refund amount) when a betting ticket is purchased and the betting ticket is hit. Here, the types of betting tickets are: single win (also called win), double win (double win), frame win consecutive win (frame win), horse win win double win (horse run), wide, horse win win win (horse win) There are triple, triple, single etc. The odds are determined for each type of betting ticket.

  Furthermore, the time-series odds are odds information that is published every hour (approximately every 5 minutes) from the horse race organizer (Japan Central Horse Racing Association) from 7 am on the day of the race until immediately before the start of the race. There are only four types of betting tickets for which this time-series odds information is provided: single win, double win, frame series, and horse series.

  When the activation / termination unit 11 is activated, the external information communication unit 12 of the present invention automatically and periodically accesses the JRA-VAN data server 20 via the Internet network 40 to obtain data relating to time series odds. The acquired data is transmitted to the storage unit 13 and stored in the storage unit 13.

  Also, the external information communication means 12 of the present invention acquires purchase betting ticket information from the storage means 13 and purchases it to the JRAIPAT purchase server 30 via the Internet network 40 when the purchase decision section 14c described later decides to purchase the betting ticket. Access and purchase the betting ticket by providing the betting ticket information.

  When the activation / termination means 11 is activated, a menu screen (not shown) is activated. A user who wishes to set an investment amount and purchase a betting ticket presses a predetermined button on the menu screen to display a lower screen, and is given desired conditions and instructions according to these screens. Information given by these screen operations is provided to any one of the units 14 a to 14 d provided in the operation reception processing unit 14.

  The operation acceptance processing means 14 is configured at least by an information confirmation unit 14a, an investment condition setting unit 14b, a calculation start unit 14c, and a purchase determination unit 14d. First, a user who wants to confirm time-series odds information at a predetermined time can acquire the odds information at the predetermined time from the storage unit 13 by selecting the information confirmation unit 14 a and can output and display the odds information at the output unit 16.

  Next, a user who wants to select investment conditions or purchase items sets desired conditions in the investment condition setting unit 14b, so that information relating to these investment setting conditions is stored in the storage means 13. The conditions set by the investment condition setting unit 14b generally include three investment setting conditions (details will be described later).

  Next, the user who wants to actually select a betting ticket under the above investment conditions performs a calculation in the calculation means 15 for determining the investment condition and selecting / correcting a betting ticket combination, and the calculation result is obtained. The data is output / displayed on the output means 16 and stored in the storage means 13.

  Furthermore, the user who is satisfied with the output result of the output means 16 and decides to purchase a betting ticket based on the output result selects the purchase determination unit 14d. The purchase determination unit 14 selected by the user acquires the betting ticket information to be purchased from the storage unit 13 to the external information data communication unit 12 and sends the purchased betting ticket information to the JRAIPAT purchase server 30 via the Internet network 40. Give instructions to provide to.

  By configuring as described above, the betting ticket selection device 10 of the present invention can automatically and periodically acquire and save time-series odds from the JRA-VAN data server 20 via the Internet network 40. Further, the betting ticket selection device 10 can confirm odds at a predetermined time and set three investment conditions. Based on the odds data at the predetermined time and the three investment conditions set, the recovery rate ( Collection amount), determination of investment conditions, and determination of betting tickets to be purchased. In addition, when the user actually desires to purchase the betting ticket determined by the betting ticket selection device 10, the betting ticket selection device 10 provides the purchased betting ticket information to the JRAIPAT purchase server 30 via the Internet network 40. Is possible.

[Investment condition setting method of the present invention]
Next, the investment condition setting method of the present invention will be described with reference to FIGS. Here, FIG. 2 is a diagram for explaining the first investment condition (a) and the second investment condition (b). FIG. 3 is a diagram for explaining the third investment condition. FIG. 3 (a) shows a case of deletion from the popular top betting ticket, and FIG. 3 (b) shows a case of deletion from the popular bottom betting ticket. FIG. 4 shows the hit appearance rate created based on the horse racing statistical data. FIG. 5 shows an investment condition setting input screen for setting the first to third investment conditions.

  The investment conditions of the present invention are constituted by the following three investment conditions.

[First investment condition]
(1) Based on the popularity ranking of time-series odds at a predetermined time, the number of horses n to which the first investment condition is applied (however, the number n is an integer of 3 to 18) is determined. (2) After selecting the first to nth horses in the ranking of popularity, all combinations are determined for the horse-race type betting ticket constituted by these horses. After that, (3) regardless of which combination of all combinations, the allocation of funds is performed so that the same dividend or premium is obtained. Thereafter, (4) it is determined whether or not a desired target recovery rate is satisfied. (5) If the target collection rate is satisfied, the combination of horse-race betting set here becomes a betting ticket to be purchased.

  The first investment condition is illustrated in FIG. If the number n of horses to be applied to the first investment condition is determined to be 4 based on the winning odds at a predetermined time, the horses in the winning rankings 1 to 4 of the winning winning betting tickets (in the example shown, 2 and 4) No. 12, No. 12, No. 11 horse). There are 6 combinations (6 points) of all combinations of horse-race betting tickets for these 4 horses. If the number of heads n is set to 3 or 5, all combinations are 3 or 10 respectively. If funds of 10,000 yen (actually, 10,500 yen) are allocated to distribute the same dividend (with an even dividend method), approximately 15,000-16, as shown in FIG. The dividend amount is 700 yen.

  However, if the target recovery rate is set to 200% (at this time, the dividend amount is 20,000 yen), no matter which of the horse-race betting tickets determined by the first investment condition is right, Since the collection rate (dividend amount) is not satisfied, the combination of the horse-race type betting tickets in the illustrated example does not satisfy the first investment condition.

[Second investment condition]
(1) If the above-mentioned first investment condition is not satisfied, the number m is smaller than the number n set in the first investment condition (where m is an integer from 2 to 17 and m <n) . Next, (2) (2) After selecting the first to m-th horses in the ranking of popularity, all combinations are determined for the horse-race type betting ticket constituted by these horses. After that, (3) fund allocation is made so that the same dividend or premium will be the same regardless of which betting ticket of all combinations hits. Thereafter, (4) it is determined whether or not a desired target recovery rate is satisfied. (5) If the target collection rate is satisfied, the combination of horse-race betting set here becomes a betting ticket to be purchased.

  The second investment condition is illustrated in FIG. Since the number of horses n applied to the first investment condition is 4, the number m is determined to be 3 smaller than 4. That is, the horses of the popularity rankings 1 to 3 of the winning type betting ticket (horse No. 2, No. 4, No. 12) are selected. There are three combinations (three points) of horse-race betting tickets for these three horses. Similar to the first investment condition, if a fund of 10,000 yen (actually, 10,200 yen) is allocated using the even dividend method, approximately 22,000 to 23,500 as shown in FIG. The dividend amount is yen.

  As a result, if the target recovery rate is set to 200% (dividend amount will be 20,000 yen), regardless of which of the horse-race betting tickets determined by the second investment condition is right, Since this recovery rate (dividend amount) is satisfied, the second investment condition is satisfied by the combination of the horse-race style betting shown.

  When the target recovery rate is set to 250%, the illustrated betting ticket combination does not satisfy the second investment condition.

  Furthermore, in the second investment condition, as described above, the total number of combinations is inevitably reduced as compared with the first investment condition, so that the hit ratio tends to decrease. Therefore, in order to keep the hit rate as high as possible, it is effective to set the target recovery rate under the second investment condition lower than the target recovery rate under the first investment condition. For example, when the target recovery rate of the first investment condition is 200%, the target recovery rate of the second investment condition is preferably set to about 170 to 180%, and the target recovery rate of the first investment condition is When it is 300%, it is preferable to set the target recovery rate of the second investment condition to about 200 to 250%.

[Third investment condition]
(1) All combinations of betting tickets determined under the first investment conditions or all combinations of betting tickets determined under the second investment conditions are selected. (2) Of all the selected combinations, the most popular or subordinate combinations are reduced, and investment is distributed in the same manner as in the first and second investment conditions, and the dividend amount is recalculated. (3) It is determined whether or not the calculated dividend amount satisfies the target recovery rate set in the first investment condition or the second investment condition. (4) If the target recovery rate is not satisfied, the processes (2) and (3) are repeated until the target recovery rate is satisfied.

  FIGS. 3A and 3B are diagrams for explaining the third investment condition, in which FIG. 3A shows an example in which the betting ticket combination is deleted from the top popularity of the horse-race type betting ticket, and FIG. In this example (a), when all the combinations (six types) of the above-mentioned first investment conditions are selected, one of the most popular betting tickets is deleted and the dividend amount is recalculated, the target recovery rate (200% And the target dividend amount (20,000 yen or more) is satisfied. The betting ticket to be purchased is determined by this (a) popular top deletion process.

  On the other hand, even if you delete all popular betting tickets and recalculate them in the same way, the payout amount does not meet the target recovery rate (200% or more). It can be seen that when the calculation is repeated (three times in the example of FIG. 3B), the target recovery rate (target payout amount) is finally satisfied. The betting ticket to be purchased is also determined by this (b) popular lower order deletion process.

[Preferable range of n or m]
As described above, the ranges of the number of popular horses n and m of the time series odds determined in the first and second investment conditions based on the time series odds information are n = 3 to 18 and m = 2 to 2, respectively. 17 and so on. However, the inventors of the present application have found that n = 4 to 10 and m = 3 to 9 are more preferable as the number of heads m and n after studying horse racing data accumulated for many years.

  FIG. 4 shows the hit appearance rate created based on the horse racing statistical data accumulated for many years by the inventors of the present application. For example, when only the first and second rank horses in the time series odds are selected, the number of heads is 2, and the total number of horse-race betting tickets is one (1-2). It can be seen from the figure that the hit appearance rate at this time is only 14.5%.

  In addition, when only the 1st to 3rd rank horses are selected, the number of horses is 3, and the total number of horse-race betting tickets is 3 (1-2, 1-3, and 2-3). The appearance ratios of these three hits are 14.5%, 9.6%, and 6.6%, respectively, for a total of 30.7%.

  Similarly, if the number of heads is four, there are six total combinations of horse-race betting tickets (1-2, 1-3, 2-3, 1-4, 2-4, and 3-4). These 6 types of hit appearance rates are 14.5%, 9.6%, 6.6%, 8.0%, 4.0%, and 3.5%, respectively, from the figure, totaling 46.1. % Can be read.

  Similarly, when the number of heads is 5 to 10, the total number of horse-race betting tickets is 10, 15, 21, 28, 36, and 45, respectively. It can be seen from the figure that the total appearance rates corresponding to these are 59.7%, 68.9%, 77.6%, 83.6%, 89.1%, and 92.4%, respectively. .

  Therefore, even if the number of heads is limited to a value of 4 to 10 (even if a horse-race type betting ticket is purchased based on the number of heads), the total hit rate is 46.1% to 92.4%. It has been proven that Therefore, by limiting the number n of heads to the above preferable range, it is possible to suppress excessive investment (purchase of betting tickets) while maintaining the hit rate sufficiently high.

[Investment condition setting input screen]
FIG. 5 shows an example of the investment condition setting input screen 100 (graphical user interface) for setting the first to third investment conditions described above. The input screen 100 can be displayed on, for example, a personal computer screen by executing the investment condition setting unit 14b of FIG.

  First, on the right side of the investment condition setting input screen 100, an odds acquisition criterion setting box 110, a first investment condition setting box 111 (shown as “investment pattern 1” in the figure), and a second investment condition setting box 112 ( A third investment condition setting box 113 (shown as “investment pattern 3” in the figure) and a “investment pattern 2” in the figure are provided. In these boxes 110 to 113, parameters used for the above-described calculation of the first investment condition, calculation of the second investment condition, or calculation of the third investment condition are set.

  Specifically, in the odds acquisition reference setting box 110, it is possible to select the time of the time series odds used for each investment condition and the type of betting ticket.

  In the first investment condition setting box 111 and the second investment condition setting box 112, a highly popular horse obtained from time-series odds can be selected in a check box format (this determines the number of heads n and m described above), and target collection The rate can be defined in a pull-down format. In addition, although not explained in the above example, horse-race type betting tickets with extremely small or large time series odds (for example, betting tickets with odds of less than 10.0 or 40.0 or more as shown) are required. So that pull-down filtering can be performed.

  In the third investment condition setting box 113, parameters for executing the above-described calculation of the third investment condition can be set. Specifically, the above-described selection of a method for deleting a part of the total combination (higher deletion or lower deletion) and selection of a betting ticket combination of the first investment condition or a betting ticket combination of the second investment condition are set. be able to.

  In the race setting box 101 provided at the left end on the investment condition setting input screen 100, it is possible to specify a horse racing race venue and a race to which the betting ticket selection device 10 of the present invention is applied. In the center of the investment condition setting input screen 100, a loss carry forward setting box 102, a fund setting box 103, and an investment end condition setting box 104 are provided. In the loss carry-forward setting box 102, it is possible to select whether or not to carry forward the loss in the previous race. In the fund setting box 103, it is possible to select whether the payout equalization method or the premium equalization method, or the necessity of the follow-up function. Is possible. In addition, in the investment end condition box 104, a condition for ending the investment using the betting ticket selection apparatus 10 (the betting ticket selection program) of the present invention can be determined. For example, as shown in FIG. 5, the betting ticket selection program can be terminated on the condition of the number of hits, the number of hits, the profit rate, or the value of the total assets. As a result, the user can use the betting ticket selection program wisely in a form commensurate with his pocket.

[Investment calculation processing of betting ticket selection apparatus of the present invention]
FIG. 6 is a flowchart showing the processing of the betting ticket selection apparatus 10 of the present invention. The betting ticket selection device 10 executes a start / end unit 11 as shown in FIG. 1 (for example, a personal computer (not shown) is turned on and screen icons related to the betting ticket selection program incorporated in the personal computer are displayed). (Step S1). When the betting ticket selection device 10 is activated, the external information communication means 12 automatically and periodically accesses the JRA-VAN data server 20 via the Internet network 40 to acquire time series odds provided by the horse race organizer. Then, it is stored in the storage means 13 (step S2).

  Next, in accordance with an instruction from the user, the information confirmation unit 14a can sort (sort) the time-series odds stored at the predetermined time stored in the storage unit 13 in the order of popularity and display them on the screen (step). S3). As a result, the user can set investment conditions to be described later with reference to time-series odds on the screen.

  Here, when executing step S3, the user can specify a predetermined time and a betting ticket type, and can confirm time-series odds on the screen. FIG. 7 is a diagram showing (a) single-winning odds and (b) double-winning odds displayed rearranged in descending order of popularity at a predetermined time (7:26).

  Next, the investment condition setting unit 14b displays an input screen 100 for setting investment conditions as shown in FIG. 5, for example, on the screen of a personal computer, and enables setting and registration of parameters necessary for the investment conditions. (Step S4). When the investment conditions are set and registered by the user, the investment condition setting unit 14b stores the investment condition setting information such as the set parameters in the storage unit 13.

  Next, the calculation start part 14c waits for a user's instruction | indication, and starts the calculation of 1st-3rd investment conditions (step S5).

  First, in the calculation of the first investment condition (step S6), based on the number n of heads set in step S4, the total combination of horse-race betting tickets is calculated (step S6a), and the recovery rate of each betting ticket of the total combination is calculated. Calculate (step S6b). It is determined whether or not these recovery rates satisfy the target recovery rate set in step S4 (step S6c). As a result of the determination, if the target recovery rate is satisfied, the betting ticket to be purchased is determined (step S9). If not satisfied, the calculation of the second investment condition in step S7 is started.

  In the calculation of the second investment condition (step S7), based on the number m set in step S4, the total combination of horse-race betting tickets is calculated (step S7a), and the recovery rate of each betting ticket of the total combination is calculated. (Step S7b). It is determined whether or not these recovery rates satisfy the target recovery rate set in step S4 (step S7c). As a result of the determination, if the target recovery rate is satisfied, the betting ticket to be purchased is determined (step S9). If not satisfied, the calculation of the third investment condition in step S8 is started.

  In the calculation of the third investment condition (step S8), either the total combination of the first investment condition or the betting ticket of the second investment condition calculated in steps S6 and S7 is selected (step S8a). Of the total combination selected in step S8a, at least one type of betting ticket is deleted from the most popular or the least popular, and the collection rate is recalculated (step S8b). Then, it is determined whether or not the target recovery rate set in step S4 is satisfied (step S8c). As a result of the determination, if the target recovery rate is satisfied, the betting ticket to be purchased is determined (step S9). If not satisfied, steps S8b and S8c are repeated until the calculation result satisfies the target recovery rate.

  As described above, by executing the investment calculation process of the betting ticket selection apparatus 10 of the present invention, it is possible to determine the combination of betting tickets to be purchased.

  Since this invention is comprised as mentioned above, there exist the following effects.

  According to the present invention, the information input as external data may be only data (time-series odds data) provided by the horse race organizer before the race, and is updated by classifying and counting past horse race results. There is no need to further use the database, and a betting ticket selection device or a selection program that is very simple and easy to use for horse racing beginners is realized.

  In addition, according to the present invention, in order to preset the betting ticket selection conditions (buying conditions and investment conditions) on the screen of the betting ticket selection apparatus based on time-series odds data in the input means of the betting ticket selection apparatus of the present invention, A person using the present invention can make an investment commensurate with the user's pocket while grasping the amount to be collected in advance, and can purchase a betting ticket while efficiently distributing the investment.

  Further, according to the present invention, it is possible to select a betting ticket having a very high hit rate with a small investment amount by using the betting ticket selection apparatus or betting ticket selection program of the present invention.

  Of the horse racing races held in 2007 (total 3451 races), the number of hits for the betting tickets purchased using the betting ticket selection apparatus 10 of the present invention is 1221 times (that is, the hit rate is about 35%). there were.

  The present invention is not limited to the above-described embodiments, and various modifications are possible within the scope of the invention described in the claims, and it goes without saying that these modifications are also included in the scope of the present invention. .

It is a block block diagram for demonstrating the concept of the betting ticket selection apparatus 10 of this invention. It is a figure for demonstrating 1st investment conditions (a) and 2nd investment conditions (b). It is a figure explaining the 3rd investment conditions, Drawing 3 (a) shows the case where it deletes from a popular upper rank betting ticket, and Drawing 3 (b) shows the case where it deletes from a popularity lower rank betting ticket. It is the figure which showed the hit appearance rate created based on horse racing statistical data. An investment condition setting input screen for setting first to third investment conditions is shown. It is a flowchart which shows the process of the betting ticket selection apparatus of this invention. It is the figure which showed (a) single-winning type odds and (b) double-winning type odds which rearranged and displayed from the one with the highest popularity ranking at the predetermined time.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Betting ticket selection apparatus 11 Starting / ending means 12 External information communication means 13 Storage means 14 Operation reception processing means 14a Information confirmation part 14b Investment condition setting part 14c Calculation start part 14d Purchase determination part 15 Calculation means 16 Output means 20 Data server (JRA) -VAN data server)
30 Purchase server (JRAIPAT purchase server)
40 Internet network

Claims (5)

A betting ticket selection device accessible to a data server in which horse-related information including at least time-series odds is accumulated and a purchase server for purchasing a horse racing betting ticket via an Internet network,
Start / end means for starting or ending the betting ticket selection device; and
When the betting ticket selection device is activated by the activation / termination means, the purchase server is automatically accessed via the Internet network, and the horse racing related information stored in the purchase server is acquired and stored in the storage means. External information communication means
An operation reception processing means that receives an operation from a user and performs processing, and at least an information confirmation unit and an investment condition setting unit are provided;
A calculation means for calculating investment conditions;
An output means for outputting a result of calculation by the calculation means and outputting information stored in the storage means in accordance with an instruction from the operation reception processing means;
And having
The information confirmation unit acquires the time series odds from the storage unit and outputs the time series odds to the output unit,
In the investment condition setting unit, three investment conditions are set,
In the first investment condition of the investment condition setting unit, horses are selected from n horses (n is an integer of 3 to 18) from the highest popularity of time-series odds, and the horse number is composed of the selected horses. While determining the total combination of consecutive winning double betting tickets, set the first target recovery rate,
In the second investment condition of the investment condition setting unit, m horses (m is an integer of 2 to 17 and m <n) are selected from the descending order of popularity of time-series odds. While determining the total combination of horse number consecutive winning double betting composed of horses, set the second target recovery rate,
In the third investment condition of the investment condition setting unit, the total combination of the investment condition 1 or the second investment condition is selected, at least one combination is deleted from the total combination, and the third investment condition And set the third target recovery rate,
The calculation means first starts calculating the first investment condition, calculates a recovery rate for the total combination determined under the first investment condition, and whether the recovery rate satisfies the first target recovery rate. Determining whether or not, if the determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the second investment condition is calculated,
When the calculation means calculates the second investment condition, it calculates a recovery rate for the total combination determined under the second investment condition, and does the recovery rate satisfy the second target recovery rate? If the above determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the third investment condition is calculated,
When the calculation means calculates the third investment condition, it calculates a recovery rate for the total combination of the third investment conditions, and determines whether the recovery rate satisfies the third target recovery rate. If the determination is satisfied, the total combination is determined as a purchase betting ticket. If the determination is not satisfied, at least one combination is deleted from the total combination of the third investment conditions, and the third target recovery rate is determined. The calculation of the third investment condition is repeated until
The confirmed betting ticket information is provided to the purchasing server by the external information communication means.   The betting ticket selection apparatus according to claim 1, wherein the number n of horses is an integer of 4 to 10, and the number of horses m is an integer of 3 to 9.   The betting ticket selection apparatus according to claim 1 or 2, wherein the time-series odds are winning odds immediately before the race.   The betting ticket selection apparatus according to any one of claims 1 to 3, wherein the deletion method in the third investment condition setting deletes at least one of the top combinations or the low popularity ranks of the total combination. A betting ticket selection program accessible to a data server storing horse-related information including at least time-series odds and a purchasing server for purchasing a horse racing betting ticket via an internet network,
On the computer,
Start / end means for starting or ending the betting ticket selection device; and
When the activation / termination means is executed, external information communication means for automatically accessing the purchase server via the Internet network and acquiring and storing the horse racing related information accumulated in the purchase server;
An operation reception processing means that receives an operation from a user and performs processing, and at least an information confirmation unit and an investment condition setting unit are provided;
A calculation means for calculating investment conditions;
An output unit that outputs a calculation result in the calculation unit and outputs stored information in accordance with an instruction from the operation reception processing unit;
And
The information confirmation unit acquires the stored time series odds and outputs the acquired time series odds to the output unit,
In the investment condition setting unit, three investment conditions are set,
In the first investment condition of the investment condition setting unit, horses are selected from n horses (n is an integer of 3 to 18) from the highest popularity of time-series odds, and the horse number is composed of the selected horses. While determining the total combination of consecutive winning double betting tickets, set the first target recovery rate,
In the second investment condition of the investment condition setting unit, m horses (m is an integer of 2 to 17 and m <n) are selected from the descending order of popularity of time-series odds. While determining the total combination of horse number consecutive winning double betting composed of horses, set the second target recovery rate,
In the third investment condition of the investment condition setting unit, the total combination of the investment condition 1 or the second investment condition is selected, at least one combination is deleted from the total combination, and the third investment condition And set the third target recovery rate,
The calculation means first starts calculating the first investment condition, calculates a recovery rate for the total combination determined under the first investment condition, and whether the recovery rate satisfies the first target recovery rate. Determining whether or not, if the determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the second investment condition is calculated,
When the calculation means calculates the second investment condition, it calculates a recovery rate for the total combination determined under the second investment condition, and does the recovery rate satisfy the second target recovery rate? If the above determination is satisfied, the total combination is confirmed as a purchase betting ticket, and if the determination is not satisfied, the third investment condition is calculated,
When the calculation means calculates the third investment condition, it calculates a recovery rate for the total combination of the third investment conditions, and determines whether the recovery rate satisfies the third target recovery rate. If the determination is satisfied, the total combination is determined as a purchase betting ticket. If the determination is not satisfied, at least one combination is deleted from the total combination of the third investment conditions, and the third target recovery rate is determined. The calculation of the third investment condition is repeated until
The betting ticket selection program characterized in that the confirmed purchased betting ticket information is provided to the purchasing server by the external information communication means.

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