JP3109632U - Mataka Katsuma voting ticket prediction device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To be able to easily predict a win-win ballot ticket and achieve a high hit rate, and to enable objective evaluation that fully reflects the characteristics of each running horse A device for predicting a winning voting ticket is provided.
A target winning ballot betting ticket prediction device 1 for predicting a hitting horse winning betting ticket in horse racing, based on data relating to each starting horse running in a predicted race, points using a predetermined arithmetic expression Axis horse selection method display units 4a and 4b for displaying a horse horse selection method for extracting a running horse from which the highest point value is calculated as a horse and a horse extracted by the horse selection method. And an expected consecutive winning number display section 5 that displays a winning number that has a high probability of appearing when the corresponding number is an axis number. As a result, a more objective axial horse reflecting the characteristics of the starting horse can be selected, and a consecutive winning number with a high appearance rate corresponding to the selected axial horse can be identified.
[Selection] Figure 1

Description

  The present invention relates to a target win-win ballot ticket prediction device for predicting a win-win ballot ticket in a horse race, in particular, a win-win ballot ticket in a single win or double win-win ballot method.

  In so-called central horse races or local horse races, you can purchase a winning voting ticket in accordance with the Horse Racing Law established in 1948. Is issued.

  In many cases, the prediction of a win-win ballot ticket in a horse race is made in consideration of data that can influence the race result, such as pedigree, past race results, jockeys and burden weight. However, it takes a lot of time and labor to predict a winning ticket for a winning horse in consideration of a huge amount of data. Also, maintaining a high hit rate requires precise data analysis and considerable experience and training. Accordingly, there is a need for a winning horse voting ticket prediction device that can easily and quickly predict a winning voting ticket and that has a high hit rate.

  The winning horse voting method includes “successful winning”, “double winning”, “successful winning”, and “successful winning”. The “single-win type” is to select one of the running horses and predict which horse will be the first in one race. The “double winning type” is to select one of the running horses and predict a horse that will be in the first to third places in one race. “Successful winning single” is for selecting two or three of the running horses, and predicting first and second, or first to third in a race in the order of arrival. The “sequential winning single” includes a horse number consecutive winning single and a horse number three winning single. The winning streak is to select two or three of the running horses, and the first and second, first and third, second and third, or first to third, Expected regardless of the order of arrival. “Sequential winning double formula” includes a frame number consecutive winning double formula, a horse number consecutive winning double formula, an extended horse number winning consecutive formula, and a horse number triple winning double formula.

  In particular, since there are many possible combinations of consecutive winning numbers in the single winning single winning and double winning double winning voting methods, it is necessary to narrow the prediction to an appropriate number in order to prevent useless expenses. As a method of narrowing down the combination of consecutive winning numbers, there is a method of selecting one horse from the running horses as a base horse and selecting only a plurality of consecutive winning number combinations including a number corresponding to the base horse.

  As a conventional technique, a first sheet used to determine a base horse that is a basis for determining a winning number, a shaft number corresponding to the base horse, and a grade classified according to the appearance rate There has been disclosed a winning-number winning device for horse racing comprising a second seat having a winning number display field in which winning numbers corresponding to combinations are displayed (for example, Patent Document 1). The first seat in this prior art describes a method of selecting a different horse depending on the type of race of the current run. The horse with the lowest payout in the formula winning horse voting method, that is, the horse with the highest voting support rate in the single winning voting method is used as the base horse.

Registered Utility Model No. 3034124

  However, in the above-mentioned conventional technology, there are many cases where there are many horses that satisfy a predetermined condition among the running horses in selecting the axial horses. After all, the level of voting support in the win-win winning voting method is the most important It becomes an element. This causes a problem that the characteristics of each running horse are not sufficiently reflected and an objective evaluation cannot be performed.

  The purpose of the present invention is to be able to easily predict a winning ballot ticket, achieve a high hit rate, and enable objective evaluation that fully reflects the characteristics of each running horse It is to provide a device for predicting a winning ballot ticket.

The present invention is a device for predicting a winning ballot ticket for predicting a winning ballot in a horse race,
Based on data related to each racehorse running in the expected race, a point value is calculated by using a predetermined arithmetic expression, and a horse selection method for extracting the racehorse with the highest point value as a horse Axis horse selection method display section to be displayed,
An expected consecutive winning number display unit that displays an expected consecutive winning number that is a consecutive winning number that has a high probability of appearing when the number corresponding to the axial horse extracted by the axial horse selecting method is an axis number. It is a device for predicting the voting ticket of Mataka Katsuma.

  According to the present invention, a point value is calculated using a predetermined arithmetic expression based on data about each starting horse running in an expected race, and the starting horse having the highest point value is extracted as a horse. Axis horse selection method display section that displays the axis horse selection method, and the probability of appearing when the number corresponding to the axis horse extracted by the axis horse selection method is used as an axis number, that is, a prediction that is a consecutive winning number with a high appearance rate An expected consecutive winning number display section for displaying consecutive winning numbers is provided. By referencing the axis horse selection method display section, it is possible to select a more objective axis horse that reflects the characteristics of the starting horse. Further, by referring to the expected winning number display section, it is possible to specify a winning number having a high appearance rate corresponding to the selected horse. Accordingly, it is possible to easily predict a single winning streak or a winning streak voting ticket with a high hit rate.

  Here, the “axis horse” refers to a horse that is the center of the expected winning streak number in the winning streak or winning streak voting method. Here, the “successful winning number” refers to a combination of horse numbers or frame numbers in a single winning single winning or double winning double winning voting method. The “horse number” is a different number assigned to each running horse in one race. The “frame number” is a different number assigned to each frame by dividing the running horses in one race into 1 to 8 frames.

In addition, the present invention, the axis horse selection method display section,
A first explanation area for displaying that the difference between the weight of the previous run and the arrival order of the previous run is reflected in the point value;
A second commentary area displaying that the difference in burden weight between the previous run and the current run is reflected in the point value;
A third commentary area that displays that the point value is adjusted when the type of Baba is different between the previous run and the current run;
A fourth commentary area that displays that the point value will be adjusted when the current run is off
A fifth comment area for displaying that the race data before the second run or the third run is reflected in the point value when the previous run is an obstacle race;
A sixth commentary area displaying that the point value is adjusted according to the characteristics of the jockey of the current run,
A seventh commentary area displaying that the difference in race rating between the previous run and the current run is reflected in the point value;
And an eighth commentary area for displaying a method of selecting a horse when there are a plurality of running horses having the highest point value.

  According to the present invention, an explanation area is provided in which items for reflecting data related to each racehorse to the point value using a predetermined arithmetic expression are displayed, so the point value is calculated by referring to each explanation area. This makes it possible to select a more objective axis horse that reflects the characteristics of the running horse.

  Here, “previous run” refers to the race that started most recently, and the races before the previous run are called “2nd run before” and “3rd run before”. “Now run” refers to the expected race. The “burden weight” is the weight carried by the race horse and is displayed in kg. “Order of arrival” means the order of arrival in a race. “Baba” refers to a place where a race is performed, and is classified into lawn and dirt according to structure or material, and classified into good, heavy, heavy, and poor according to state. “After the break” means running at long intervals from the previous run. “Disability race” means a race where obstacles such as fences and hedges exist on the course. The “race rating” is a grade determined in advance for each race, and in descending order of grade, GI, GII, GIII, open, 16 million, 10 million, 5 million, unwinned, and new horse Each is called.

In addition, according to the present invention, the seventh explanation area is
It is characterized by having a race case discrimination adjustment point value table for displaying a point value to be adjusted for each possible difference in race rating.

  According to the present invention, the seventh commentary area is provided with a race case discriminating point value table that displays a point value to be adjusted for each possible difference in the race rating, so that the user can take into account the difference in race rating. The corresponding point value to be adjusted can be easily confirmed.

Further, according to the present invention, the expected consecutive winning number display part is
It is provided according to the number of races that run, and has an expected consecutive win number table that displays the number of axis numbers corresponding to the number of runners and the expected consecutive win numbers corresponding to each axis number.

  According to the present invention, the expected consecutive win number display section is provided for each number of races run, and an expected consecutive win number table that displays the number of axis numbers corresponding to the number of runners and the expected consecutive win numbers corresponding to each axis number. Have. For example, in the predicted consecutive winning number table when the number of runners is 11, the axis numbers from 1 to 11 or 1 to 8 frames are displayed, and the predicted consecutive winning numbers corresponding to the respective axis numbers are displayed. Accordingly, it is possible to easily identify a winning number having a high appearance rate corresponding to a desired axis number by referring to an expected consecutive winning number table corresponding to the expected number of races.

  Further, the present invention is characterized in that the predicted consecutive winning number table displays the predicted consecutive winning numbers for each turbulence degree classification classified according to the turbulence degree of the race result.

  According to the present invention, the expected consecutive winning number table displays an expected consecutive winning number for each turbulence degree category classified according to the turbulence degree of the race result. Thereby, the user can refer to the consecutive winning number having a high appearance rate corresponding to the degree of turbulence after predicting the degree of turbulence of the expected race result. Here, “the degree of turbulence” refers to the degree of the payout rate of the winning winning ticket, and the higher the payout rate, the higher the degree of turbulence.

Further, the present invention is a device for predicting a winning ticket for a winning horse in a horse race,
Including a device body for predicting a winning ballot ticket and a cover body attached to the device body for predicting a winning ballot ticket.
The above-mentioned device for predicting the winning ballot ticket is
It is a set of a plurality of sheet-like display bodies that are combined with each other in a book shape,
Based on data related to each racehorse running in the expected race, a point value is calculated by using a predetermined arithmetic expression, and a horse selection method for extracting the racehorse with the highest point value as a horse Axis horse selection method display section to be displayed,
An expected consecutive winning number display unit that displays an expected consecutive winning number that is a consecutive winning number that has a high probability of appearing when the number corresponding to the axial horse extracted by the axial horse selecting method is an axis number;
The axial horse selection method display section is
A first explanation area for displaying that the difference between the weight of the previous run and the arrival order of the previous run is reflected in the point value;
A second commentary area displaying that the difference in burden weight between the previous run and the current run is reflected in the point value;
A third commentary area that displays that the point value is adjusted when the type of Baba is different between the previous run and the current run;
A fourth commentary area that displays that the point value will be adjusted when the current run is off
A fifth comment area for displaying that the race data before the second run or the third run is reflected in the point value when the previous run is an obstacle race;
A sixth commentary area displaying that the point value is adjusted according to the characteristics of the jockey of the current run,
A seventh commentary area displaying that the difference in race rating between the previous run and the current run is reflected in the point value;
And an eighth commentary area that displays the axis horse selection method when there are a plurality of running horses having the highest point value,
The seventh comment area has a race case discrimination adjustment point value table that displays a point value to be adjusted for each possible difference in race rating,
The race classification discrimination point value table is
It is a table consisting of a large number of cells formed by crossing a plurality of rows and a plurality of columns, and each cell in the first row and the second column and thereafter has the race rating of the current run from the highest race rating. Display in order, and in each cell in the first column and second row, the race status of the previous run is displayed in order from the highest race rating, and the rows after the second row and the columns after the second column intersect. In each cell, the point value to be adjusted corresponding to the current race rating of the corresponding column and the previous race rating of the corresponding row is displayed,
The expected consecutive winning number display part
An expected consecutive winning number table that is provided for each number of starting races and displays the number n of axis numbers corresponding to the number of starting races and the expected consecutive winning numbers corresponding to each axis number;
The expected consecutive winning number table is
Each of the cells in the first column, the second row to the (n + 1) th row, which is composed of a number of cells formed by intersecting the number of axis numbers n plus 1 and a plurality of columns 1 to n axis numbers are displayed, and the background color of the cell in which the axis number is displayed is color-coded for each frame number corresponding to each axis number, and each cell in the first row and the second column is displayed. Is displayed in order of the turbulence classification classified according to the turbulence degree of the race result in order from the smaller turbulence degree, and it corresponds to the cell where the second and subsequent rows intersect with the second and subsequent columns. The expected consecutive winning number corresponding to the axis number of the row to be matched and the turbulence degree classification of the corresponding column is displayed,
The cover body is
Synthetic resin outer cover,
Provided on the back side of the outer cover, and has a first storage portion and a second storage portion for storing the display bodies located on the outermost side in the apparatus body for predicting the winning ballot for the target, respectively.
The first storage unit is a hitting horse voting ticket prediction device characterized by having a pocket unit.

  According to the present invention, since the cover body is provided, it is possible to protect the hit-win-winning voting ticket prediction device main body from contamination by attaching it to the hit-win-winning betting ticket prediction device main body. Further, the race case discrimination point value table is a table composed of a large number of cells formed by crossing a plurality of rows and a plurality of columns, and the rows after the second row and the columns after the second column include In each cell that intersects, the point value to be adjusted corresponding to the current race rating in the corresponding column and the previous race rating in the corresponding row is displayed, so that the user can increase or decrease the point value to be adjusted Can be recognized at a glance. Furthermore, it is a table composed of a number of cells formed by intersecting a number of axis numbers n plus 1 and a plurality of columns, the second and subsequent rows and the second and subsequent columns. In the cell intersecting with the column, the expected consecutive winning number corresponding to the axis number of the corresponding row and the turbulence degree classification of the corresponding column is displayed, so that the user can calculate the desired axis number and the expected number. It is possible to recognize at a glance the expected consecutive winning number corresponding to the degree of disturbance. In addition, since the background color of the cell in which the axis number is displayed is color-coded for each frame number corresponding to each axis number, the frame number corresponding to each axis number can be recognized at a glance.

  Furthermore, the cover body has a first storage part and a second storage part for storing the display bodies located on the outermost sides in the device body for predicting the winning game of the winning game, and the first storage part Since the pocket portion is provided, it is possible to ensure the mounting of the win-win ballot betting ticket prediction device body, and it is possible to store the winning horse ballot ticket or the mark sheet in the pocket portion.

  According to the present invention, it is possible to select a shaft horse more objectively reflecting the characteristics of the running horse by referring to the shaft horse selection method display section. Further, by referring to the expected winning number display section, it is possible to specify a winning number having a high appearance rate corresponding to the selected horse. This makes it possible to easily predict a single winning streak or double winning win voting ticket with a high hit rate.

In addition, according to the present invention, by calculating the point value by referring to each commentary area in which items for reflecting the data on each starting horse to the point value using a predetermined arithmetic expression are displayed. It is possible to select a more objective axis horse that reflects the characteristics of the horse. Also, according to the present invention, the user can deal with the difference in race grade by referring to the race grade discrimination point value table. The point value to be adjusted can be easily confirmed.

  Further, according to the present invention, it is possible to easily identify a winning number having a high appearance rate corresponding to a desired axis number by referring to an expected consecutive winning number table corresponding to the expected number of races.

  Further, according to the present invention, the user can refer to a consecutive winning number having a high appearance rate according to the degree of turbulence of the expected race result after predicting the degree of turbulence.

  Further, according to the present invention, by attaching the cover body to the hitting-winning voting ticket prediction device main body, it is possible to protect the hitting-winning horse voting ticket prediction device main body from contamination. Furthermore, the user can recognize at a glance the point value to be adjusted by referring to each cell of the race case discrimination adjustment point value table. Furthermore, referring to each cell of the predicted consecutive winning number table, the user can recognize at a glance the expected axis number and the predicted consecutive winning number corresponding to the expected number of disturbances. Also, the frame number corresponding to each axis number can be recognized at a glance by the background color of the cell in which the axis number is displayed. Furthermore, the cover body can be securely attached to the target winning horse voting ticket prediction device, and the winning horse voting ticket or the mark sheet can be stored in the pocket portion of the cover body.

  FIG. 1 is a perspective view of an apparatus 1 for predicting a winning ballot betting ticket according to an embodiment of the present invention. The device 1 for predicting a win-win ballot ticket in the present embodiment is applied to the prediction of a win-win ballot ticket in a flat race of a central horse race. “Central Horse Racing” refers to horse racing performed by the Japan Central Horse Racing Association. “Plain race” refers to a normal race form without obstacles during the course.

  The target winning horse voting ticket prediction device 1 according to the present embodiment is composed of a target winning horse voting ticket prediction device body 2 and a cover body 3 attached thereto. The machine main body 2 for predicting the winning ticket of the middle-ranked horse is a set of a plurality of sheet-like display bodies coupled to each other in the form of a book. Axis horse selection method display units 4a and 4b for displaying the method, and an expected consecutive winning number that is a consecutive winning number that has a high probability of appearing when the number corresponding to the axial horse extracted by the axial horse selection method is used as an axis number is displayed. An expected consecutive winning number display unit 5.

  FIGS. 2 and 3 are diagrams showing the axis horse selection method display units 4a and 4b in the hitting horse winning ballot prediction device 1 shown in FIG. The axis horse selection method according to the present embodiment calculates a point value using a predetermined arithmetic expression based on data relating to each starting horse that runs in an expected race, and determines the starting horse from which the highest point value is calculated. This is extracted as a horse.

  As shown in FIG. 2 and FIG. 3, the axial horse selection method display units 4 a and 4 b have a plurality of explanation areas 10 to 17 that divide a predetermined arithmetic expression in the axial horse selection method for each item. These comment areas 10 to 17 are provided across a plurality of display bodies.

  The first commentary area 10 displays that the difference between the weight of the previous run and the arrival order of the previous run is reflected in the point value. Specifically, an item that S is a numerical value obtained by subtracting the order of arrival of the previous run from the weight of the previous run is displayed.

  The second commentary area 11 displays that the difference in burden weight between the previous run and the current run is reflected in the point value. In the current run, if the weight is heavier than the previous run, the weight difference is subtracted from S. In the current run, if the load weight is lighter than the previous run, the weight difference is added to S. The item of using the obtained numerical value as a reference point is displayed.

  The third comment area 12 displays that the point value is adjusted when the type of Baba is different between the previous run and the current run. Specifically, if the current run is turf and the previous run is dirt, or vice versa, 1 point is subtracted from the reference point. In this case, if the Baba state is “heavy”, 1 more Points are added, and if the previous run is a dirt race with a distance of 1700 m or more and the current run is a turf race with a distance of 2000 m or more, an item to add 1 point is displayed.

  The fourth comment area 13 displays that the point value is adjusted when the current run is after the break. Specifically, when the current run is after the break, an item for subtracting one point from the reference point is displayed.

  The fifth comment area 14 displays that the race data before the second run or the third run is reflected in the point value when the previous run is an obstacle race.

  The sixth commentary area 15 displays that the point value is adjusted according to the characteristics of the jockey who is currently running. Specifically, if the current run is the final race, the jockey has changed, and the weight loss jockey, an item of adding 1 point to the reference point is displayed. Here, the “final race” refers to the final race performed on the 1st, and when there are 12 races on the 1st, the 12th race is the final race. “Transfer” means a case where the jockey of the current run is different from the jockey of the previous run. “Weight loss jockey” means a jockey that has not passed the specified period since the license was obtained and the total number of wins is less than the specified number. Is also set lightly.

  The seventh commentary area 16 displays that the difference in the race rating between the previous run and the current run is reflected in the point value. Specifically, if the current race's race rating is higher than the previous run, subtract from the reference point according to the difference, and if the current race's race rating is lower than the previous run, depending on the difference Display the item to add to the reference point.

  In addition, the seventh comment area 16 has a race case discrimination addition / decrease point value table 18 that displays a point value to be adjusted for each possible difference in race rating. By referring to the race case discrimination adjustment point value table 18, the user can easily confirm the point value to be adjusted corresponding to the difference in race case. This race case discrimination point value table 18 is a table composed of a large number of cells formed by intersecting 10 rows and 10 columns. In each cell in the first row, the second column to the ninth column, the current race's race rating, which is called the current race condition, is displayed in order from the highest race rating. Specifically, “GI race”, “GII race”, “GIII race”, “open”, “16 million lower”, “10 million lower”, “5 million in order from the cell in the first row and second column. “Down” and “Unwinned” are displayed. In each cell in the first column, the second row to the tenth row, the race status of the previous run referred to as the previous race condition is displayed in order from the highest race rating. Specifically, “GI race”, “GII race”, “GIII race”, “open”, “16 million lower”, “10 million lower”, “5 million in order from the cell in the first column and second row. “Down”, “Unwinned”, “Shinma” are displayed. In each cell where the second and subsequent rows intersect with the second and subsequent columns, the point value to be adjusted corresponding to the current race rating of the corresponding column and the previous race rating of the corresponding row Is displayed. For example, the cell in the third row and the second column displays the addition / subtraction point value when the previous run is the GIII race and the current run is the GI race.

  The eighth commentary area 17 displays the axis horse selection method when there are a plurality of running horses having the highest point value. Specifically, A) For horses of the same condition and promoted horses, select the horse of the same condition. B) For horses of the same condition and lower horses, select the lower horse. C) In the case of horses of lower rank, select the horse with the highest race rating in the previous run, D) In the case of horses with the same conditions, select the horse for the previous race in the special race, and E) All conditions are the same If the previous run is in the same order, select the horse with the highest ranking in the previous race. When the ranks of the rates are the same, an item for selecting a horse with a high rank of the support rate for the current run is displayed. In this way, since the support level of the current run is considered so as not to affect the selection of the axial horse as much as possible, more objective selection of the axial horse is possible. Here, the “same condition” refers to the case where the race rating of the previous run is the same as the race rating of the current run. “Promotion” means running into a race of higher rank than the previous race. “Demotion” refers to running in a race of a lower rank than the previous run.

  FIG. 4 is a diagram showing a part of the expected consecutive winning number display section 5 in the device 1 for predicting a win-win ballot ticket in FIG. The expected winning number display unit 5 includes an expected consecutive winning number table 20 which is provided for each number of races run and displays the number of axis numbers corresponding to the number of running races and the expected consecutive winning numbers corresponding to each axis number. By referring to the predicted consecutive winning number table 20 corresponding to the expected number of races to be run, it is possible to easily identify the winning number having a high appearance rate corresponding to the desired axis number.

  In the present embodiment, an expected consecutive winning number table 20 corresponding to the number of runners of 8 to 18 is provided. The expected consecutive winning number table 20 shown in FIG. 4 corresponds to the number of 11 running players. The predicted consecutive winning number table 20 is classified into a first predicted consecutive winning number table 21 having a horse number as an axis number or a winning number, and a second expected winning number table 22 having a frame number as an axis number or a winning number. . The first expected consecutive winning number table 21 is a winning horse voting method in which horse numbers are consecutive winning numbers, that is, a horse number consecutive winning double formula, a horse number consecutive winning single formula, an extended horse number consecutive winning double formula, a horse number triple winning double formula, and a horse number triple winning single formula. It can be used for prediction of consecutive winning numbers in the winning ballot method. The second predicted consecutive winning number table 22 can be used for prediction of consecutive winning numbers in the winning horse voting method in which the frame number is a consecutive winning number, that is, the frame number consecutive winning double voting method.

  In the case of the number of runners of 8 or less, since the horse number and the frame number of the runner are common, the predicted consecutive win number table 20 corresponding to the number of runners of 8 or less is one of the expected consecutive win number tables 20 For example, only the first expected consecutive winning number table 21 may be provided.

  In the vicinity of the first and second predicted consecutive winning number tables 21 and 22, there are provided running head number display areas 23a and 23b for displaying the number of running cars corresponding to them. As a result, the user can easily recognize the number of runners corresponding to the predicted consecutive winning number display table 20 being referred to.

  The expected consecutive winning number table 20 in the present embodiment is a table composed of a large number of cells formed by intersecting a row of the number n + 1 of axis numbers and six columns. In each cell in the first column, the second row to the (n + 1) th row, the axis numbers 1 to n are displayed. The background color of the cell in which the axis number is displayed is divided into eight colors for each frame number corresponding to each axis number. That is, a cell in which an axis number corresponding to one frame is displayed is a white background, a cell in which an axis number corresponding to two frames is displayed is a black background, a cell in which an axis number corresponding to three frames is displayed, A cell in which the axis number corresponding to the red background and the 4th frame is displayed is a cell in which the axis number corresponding to the blue background and the 5th frame is displayed is a cell in which the axis number corresponding to the yellow background and the 6th frame is displayed. The cell displaying the axis number corresponding to the green background and the 7th frame is color-coded on the orange background, and the cell displaying the axis number corresponding to the 8th frame is colored on the pink background. In the case of the first predicted consecutive winning number table 21 of the 11 races shown in FIG. 3, No. 1 is white, No. 2 is black, No. 3 is red, No. 4 is blue, No. 5 is yellow, Numbers 6 and 7 are green, 8 and 9 are orange, 10 and 11 are pink. Since this color coding corresponds to the color of the jockey's hat determined for each frame number, the frame number corresponding to the axis number can be recognized at a glance.

  In each cell of the first row, second column to sixth column, a turbulence degree classification classified according to the turbulence degree of the race result is displayed. The turbulence degree classification in the present embodiment is classified into “main battle”, “medium hole”, “large hole”, “ten thousand betting ticket”, and “super ten thousand betting ticket” in descending order of turbulence degree. In the cells where the second and subsequent rows intersect with the second and subsequent columns, the axis number of the corresponding row and the expected consecutive winning number corresponding to the turbulence degree classification of the corresponding column are displayed. In the predicted consecutive winning number table 20 shown in FIG. 4, the predicted consecutive winning number when the axis number is 3 and the turbulence level is the main battle is displayed in the cell in the fourth row and second column.

  The expected winning number displayed in the predicted winning number table 20 is a winning number that has a high probability of appearing when a specific horse number or a frame number is used as an axis number based on the statistics of race results in the central horse race since 1954. Is derived for each degree of turbulence. Accordingly, it is possible to specify a statistically likely winning number corresponding to the horse extracted by the horse selection method according to the turbulence of the race result.

  FIG. 5 is a view showing the cover body 3 of the device 1 for predicting a winning ticket for a winning game shown in FIG. The cover body 3 is provided on the back side of the outer cover 30 made of synthetic resin and on the back side of the outer cover 30, and a first storage for storing the outermost display body in the target-winning voting ticket prediction device body 2. Part 31 and second storage part 32. The first storage unit 31 includes a pocket unit 33 for storing a winning betting ticket or a mark sheet. By attaching the cover body 3 to the hitting / winning voting ticket prediction device body 2, the hitting / winning voting ticket prediction device body 2 can be protected from being damaged.

  In the following, a method of using the hitting horse winning ballot ticket prediction device 1 in the present embodiment will be described. Here, a description will be given assuming that the hitting horse voting ticket prediction device 1 in the present embodiment is applied to the prediction of a race shown in Table 1.

  First, the point value of each running horse is determined with reference to the axis horse selection method display unit 4a shown in FIG. As an example, the point value of the starting horse A in Table 1 is determined as follows. By subtracting the order 5 of the previous run from the weight 55 of the previous run, S (= 50) is obtained. Next, 2 obtained by subtracting the current running weight 53 from the previous running weight 55 is added to S. The 52 points that are obtained as a result are used as reference points. Since the race rating of the previous run is open and the race rating of the current run is the GIII race, refer to the race case discrimination point value table 18 in the seventh comment area 16 shown in FIG. Subtract. Thus, the running horse A has a point value of 51 points. Similarly, the point value of each running horse is calculated according to each commentary area 10-17 shown in FIG. The point value of each running horse is as shown in the “Point Value” column of Table 1.

  Next, the racehorse having the highest point value is determined. In the case of the race of Table 1, the race horses having 53 points which are the highest point values are C and H. As described above, when there are a plurality of running horses having the highest point value, the axes according to the items A) to E) displayed in the eighth commentary area 17 in the axial horse selection method display unit 4b shown in FIG. Determine the horse. Comparing starters C and H, the previous run of C is a GII race and the previous run of H is 16 million lower. That is, because H is a promoted horse, C is a horse. The horse number 3 or the frame number 3 frame corresponding to the starting horse C is the axis number.

  Next, with reference to the predicted consecutive winning number table 20 corresponding to the number of running 11 heads shown in FIG. 4 in the predicted consecutive winning number display section 5, the expected consecutive winning number corresponding to the axis number of the horse C is specified. The first expected consecutive winning number table 21 is referred to when predicting a winning horse voting ticket in the horse number consecutive winning single formula, the horse number consecutive winning double formula, or the expanded horse number consecutive winning double winning horse voting method. In the first predicted consecutive winning number table 21, the predicted consecutive winning numbers corresponding to the axis number 3 are “3-7”, “3-9”, “3-5”, “3-2”, “3-11”. It is. Furthermore, by predicting the expected turbulence level of the race, it is possible to specify an expected consecutive winning number corresponding to the turbulence level. For example, when a race with low turbulence is predicted, the prediction can be narrowed down to only “3-7” and “3-9” corresponding to “main game” and “medium hole”. Further, by using the first predicted consecutive winning number table 21, it is possible to predict a winning horse voting ticket in the horse number triple winning single type or the horse number triple winning double winning horse voting method. For example, in the case of the horse number triple winning combination, it can be predicted that “3-7-9”, “3-5-7”, “3-5-9”, and the like.

  When predicting a winning voting ticket in the frame number consecutive winning double winning voting method, the second expected consecutive winning number table 22 is referred to. In the second predicted consecutive winning number table 22, the predicted consecutive winning numbers corresponding to the axis number 3 frame are “3-6”, “3-7”, “3-5”, “2-3”, “3-8”. It is. Furthermore, by predicting the expected turbulence level of the race, it is possible to narrow down the expected consecutive winning numbers according to the turbulence level. For example, when a race with a high degree of turbulence is predicted, the prediction can be narrowed down to only “2-3” and “3-8” corresponding to “10,000 horse ticket” and “superman horse ticket”.

  As described above, according to the hitting horse winning ballot prediction device 1 in the present embodiment, by referring to the axial horse selection method display units 4a and 4b, more objective reflecting the characteristics of the running horse. Axis horses can be selected. Furthermore, by referring to the expected consecutive winning number display unit 5, it is possible to identify the winning number having a high appearance rate corresponding to the selected horse. Accordingly, it is possible to easily predict a single winning streak or a winning streak voting ticket with a high hit rate.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an apparatus 1 for predicting a winning ticket for a winning game that is an embodiment of the present invention. It is a figure which shows the axial horse selection method display part 4a in the device 1 for predicting the winning ballot ticket shown in FIG. It is a figure which shows a part of axial horse selection method display part 4b in the apparatus 1 for predicting the winning ballot ticket shown in FIG. It is a figure which shows a part of the prediction consecutive winning number display part 5 in the device 1 for predicting the winning ballot ticket in FIG. It is a figure which shows the cover body 3 of the apparatus 1 for predicting the winning ballot ticket shown in FIG.

Explanation of symbols

1 Nakanaka Katsuma voting ticket prediction device 2 Nakanaka Katsuma voting ticket prediction device main body 3 Cover body 4a, 4b Axis horse selection method display section 5 Predictive consecutive win number display section 10 First comment area 11 Second comment area 12 Third Commentary region 13 Fourth commentary region 14 Fifth commentary region 15 Sixth commentary region 16 Seventh commentary region 17 Eighty commentary region 18 Race rating discrimination point value table 20 Predictive winning number table 31 First storage unit 32 Second storage unit 33 Pocket

Claims (6)

A device for predicting a win-win ballot ticket for predicting a win-win ballot in a horse race,
Based on data related to each racehorse running in the expected race, a point value is calculated by using a predetermined arithmetic expression, and a horse selection method for extracting the racehorse with the highest point value as a horse Axis horse selection method display section to be displayed,
An expected consecutive winning number display unit that displays an expected consecutive winning number that is a consecutive winning number that has a high probability of appearing when the number corresponding to the axial horse extracted by the axial horse selecting method is an axis number. Mataka Katsuma voting ticket prediction device. The axial horse selection method display section is
A first explanation area for displaying that the difference between the weight of the previous run and the arrival order of the previous run is reflected in the point value;
A second commentary area displaying that the difference in burden weight between the previous run and the current run is reflected in the point value;
A third commentary area that displays that the point value is adjusted when the type of Baba is different between the previous run and the current run;
A fourth commentary area that displays that the point value will be adjusted when the current run is off
A fifth comment area for displaying that the race data before the second run or the third run is reflected in the point value when the previous run is an obstacle race;
A sixth commentary area displaying that the point value is adjusted according to the characteristics of the jockey of the current run,
A seventh commentary area displaying that the difference in race rating between the previous run and the current run is reflected in the point value;
The target middle winning horse voting ticket prediction device according to claim 1, further comprising: an eighth commentary area that displays a method of selecting a horse when there are a plurality of running horses having the highest point value. The seventh comment area is
3. The device for predicting a win-win ballot ticket according to claim 2, further comprising a race case discrimination point value table for displaying a point value to be adjusted for each possible difference in race rating. The expected consecutive winning number display part
The number of axis numbers corresponding to the number of starting races and a predicted consecutive winning number table for displaying the expected consecutive winning numbers corresponding to each axis number are provided for each number of starting races. The device for predicting a winning ticket for a winning horse according to any one of the above items.   The said winning streak number table displays the expected winning streak number for each of the turbulence degree classifications classified according to the turbulence degree of the race result. A device for predicting a win-win ballot ticket for predicting a win-win ballot in a horse race,
Including a device body for predicting a winning ballot ticket and a cover body attached to the device body for predicting a winning ballot ticket.
The above-mentioned device for predicting the winning ballot ticket is
It is a set of a plurality of sheet-like display bodies that are combined with each other in a book shape,
Based on data related to each racehorse running in the expected race, a point value is calculated by using a predetermined arithmetic expression, and a horse selection method for extracting the racehorse with the highest point value as a horse Axis horse selection method display section to be displayed,
An expected consecutive winning number display unit that displays an expected consecutive winning number that is a consecutive winning number that has a high probability of appearing when the number corresponding to the axial horse extracted by the axial horse selecting method is an axis number;
The axial horse selection method display section is
A first explanation area for displaying that the difference between the weight of the previous run and the arrival order of the previous run is reflected in the point value;
A second commentary area displaying that the difference in burden weight between the previous run and the current run is reflected in the point value;
A third commentary area that displays that the point value is adjusted when the type of Baba is different between the previous run and the current run;
A fourth commentary area that displays that the point value will be adjusted when the current run is off
A fifth comment area for displaying that the race data before the second run or the third run is reflected in the point value when the previous run is an obstacle race;
A sixth commentary area displaying that the point value is adjusted according to the characteristics of the jockey of the current run,
A seventh commentary area displaying that the difference in race rating between the previous run and the current run is reflected in the point value;
And an eighth commentary area that displays the axis horse selection method when there are a plurality of running horses having the highest point value,
The seventh comment area has a race case discrimination adjustment point value table that displays a point value to be adjusted for each possible difference in race rating,
The race classification discrimination point value table is
It is a table consisting of a large number of cells formed by crossing a plurality of rows and a plurality of columns, and each cell in the first row and the second column and thereafter has the race rating of the current run from the highest race rating. Display in order, and in each cell in the first column and second row, the race status of the previous run is displayed in order from the highest race rating, and the rows after the second row and the columns after the second column intersect. In each cell, the point value to be adjusted corresponding to the current race rating of the corresponding column and the previous race rating of the corresponding row is displayed,
The expected consecutive winning number display part
An expected consecutive winning number table that is provided for each number of starting races and displays the number n of axis numbers corresponding to the number of starting races and the expected consecutive winning numbers corresponding to each axis number;
The expected consecutive winning number table is
Each of the cells in the first column, the second row to the (n + 1) th row, which is composed of a number of cells formed by intersecting the number of axis numbers n plus 1 and a plurality of columns 1 to n axis numbers are displayed, and the background color of the cell in which the axis number is displayed is color-coded for each frame number corresponding to each axis number, and each cell in the first row and the second column is displayed. Is displayed in order of the turbulence classification classified according to the turbulence degree of the race result in order from the smaller turbulence degree, and it corresponds to the cell where the second and subsequent rows intersect with the second and subsequent columns. The expected consecutive winning number corresponding to the axis number of the row to be matched and the turbulence degree classification of the corresponding column is displayed,
The cover body is
Synthetic resin outer cover,
Provided on the back side of the outer cover, and has a first storage portion and a second storage portion for storing the display bodies located on the outermost side in the apparatus body for predicting the winning ballot for the target, respectively.
The first storage unit has a pocket unit, and the device for predicting a winning ticket for a winning game for a winning horse.

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