JP3065398U - Digital pachinko hourly wage calculator - Google Patents

Abstract

(57) [Summary] [Purpose] In order to calculate the hourly wage of a digital pachinko machine, there has been a method of making full use of a counting machine and a calculator in the past. The inconvenience that the hourly wage cannot be accurately calculated unless the calculation formula is stored is inconvenient and the calculation is cumbersome. [Constitution] Switch to switch the operation program to a calculator that can calculate the program, a keyboard that allows the user to enter the specifications of the amusement table and the playing conditions of the pachinko point, etc. It has a possible counting device and a display that can display the calculation results, so depending on the situation of the game, the digital rotation speed per thousand yen, the digital rotation speed per hour, the estimated profit, etc. Necessary information can be provided to persons.

Description

[Detailed description of the invention]

[0001]

[Industrial applications]

 The present invention relates to an hourly wage calculator that calculates the hourly wage of a pachinko machine that a player is currently playing when playing a digital pachinko machine.

[0002]

[Prior art]

 Conventionally, magazines related to pachinko have published many articles on the concept of break-even points when playing digital pachinko machines and hourly wages when playing for a long time. (1) Pachinko White Paper "Tetsuro Murofushi, Ariadne Planning, published pages 86-87 (2) Pachinko that Tatsuya Ishibashi can eat" Tatsuya Ishibashi, Rikpu Shobo, pages 56-63 One example is as follows. Example 1) Break-even point Digital pachinko machine specifications Digital lottery probability A big hit occurs at 1 / P = 1/200, and the number of balls (G) due to the big hit is 2,300. The ball lending unit price (L) is 4 yen / piece, and the game is played. The selling unit price (R) in the case of exchanging payouts for prizes is 4 yen / piece. In this case, the number of digital rotations per thousand yen (N), which is the break-even point, is the investment required to turn the digital by the lottery probability = the profit obtained by one big hit P / N x 1000 = G x R That is, From 200 × 1000) / N = (2300 × 4) N = (200 × 1000) / (2300 × 4) = 21.7 That is, if you play on a stage where the digital rotates 21.7 times per 1,000 yen, the break-even point , And the hourly wage is 0 yen. Example 2) Hourly wage calculation To calculate the hourly wage, a digital rotation speed (N) per thousand yen, a digital rotation speed per hour (J), and a play time (H) are required. (1) In digital pachinko machines, each digital trial is an independent event, and if an event occurs with a probability of 1 / P according to the independent event theorem, one event is averaged by P trials. The number of big hits that can be expected within the play time when a big hit occurs as a probability, K = (J × H / P). Therefore, the payout due to the big hit is K × G. (2) Assuming that N = 40, J = 400, H = 5, P = 200, and G = 2300, the profit from the payout obtained by the jackpot is as follows. K = (400 × 5/200) = 10 S = K × G × R = 10 × 2300 × 4 = 92,000 (3) Next, the investment amount required to rotate the digital number of revolutions during the play time (T) is as follows. T = J × H × 1000 / (L × N) × L = 400 × 5 × 1000 / (4 × 40) × 4 = 50,000 (4) Therefore, the profit (W) is W = S−T W = 92 6,000-50,000 = 42,000 (6) Therefore, hourly wage (Q) is Q = W / H = 42000/5 = 8,400.

[0003] In the conventional technology, there is no technology that enables a player to accurately calculate the hourly wage of an individual platform that varies depending on the specifications of the individual platform or the nail adjustment that varies depending on the pachinko parlor. The reason for this is that the player is absorbed in the game while playing, or because he enters and exits the ball table, it becomes impossible to accurately grasp the following numerical values for calculating the hourly wage. Time spent playing Amount invested Cumulative number of digital rotations Number of jackpots Number of balls currently held If the above figures can be accurately grasped, digital rotations per thousand yen required for hourly wage calculation (N), digital rotations per hour (J) can be easily calculated and hourly wage calculation can be performed, but human memory is ambiguous and the required number of ~ cannot be stored accurately. Also, it is often the case that the calculation formula is forgotten, and the hourly wage calculation is a time-consuming task, so that the actual situation is that the player cannot easily calculate the hourly wage.

In order to calculate hourly wages using conventional technology, a desk calculator, a clock and a desk calculator are used to calculate the hourly wage based on the investment amount up to now, the number of the counter and the play time, and the like. The hourly wage is calculated by the following formula.However, since it is difficult to grasp the numbers required to calculate the hourly wage accurately and it is a very time-consuming task, most players pay an hourly wage The fact is that they continue to play without knowing the digital rotation speed of the car, and usually contribute to the profit of each car set by the pachinko parlor.

[0005]

[Problems to be solved by the present invention]

 The present invention was created in view of the above circumstances, and it is a counting system for players to set the specifications of the amusement platform and the playing conditions at pachinko parlors and to measure time, investment, and digital rotation speed during the game. Information required by the player simply by pressing the buttons of the device in accordance with the play time, the investment amount, the prize in the digital rotation start mouth, the number of jackpots, that is, the accumulated play time up to now, the accumulated investment amount, the accumulated An object of the present invention is to provide a digital pachinko hourly wage calculator having a function of displaying a digital rotation speed, a cumulative number of jackpots, a digital rotation speed per 1,000 yen, a digital rotation speed per hour, an hourly wage, an estimated profit, and the like. It is.

[0006]

[Means for Solving the Problems]

 In order to achieve the above object, the present invention provides a keyboard and a mode changeover switch for switching the contents of a program so that the user can input specifications of a game console, a business form of a store, and a cash conversion rate based on a desk calculator capable of calculating a program. Have. In addition, it has a digital rotation measurement button, a jackpot number input button, and an investment amount input button so that the player can input information obtained by actually playing the game, so that all necessary information for hourly wage calculation can be entered. It has a structure. In order to measure the time required to calculate hourly wages, a button switch and a timer are provided so that when the game is started, the start button is pressed and when the game is interrupted, the interrupted time can be deducted. It also has a display screen that can calculate the above information and recognize the current game situation at a glance, including the cumulative play time since the start of the game, the investment amount, the cumulative digital rotation speed, the cumulative number of big hits, the hourly wage, and the estimated profit. It proposes a digital pachinko hourly wage calculator that can display information necessary for a player such as a pachinko machine.

[0007]

[Action]

 According to the present invention, a player initializes the specifications of a game console installed in a pachinko parlor, and inputs a game time, an investment amount, a start opening, a number of jackpots, and the like using a counter so far. The information required for the player, such as digital and hourly wages per thousand yen, can be displayed on the display screen, and the hourly wage of the pachinko machine that the player is currently playing can be accurately grasped. (1) The switch of the timer is turned on during the game, and turned off when the game is interrupted. Thereby, the accumulated play time (h) is accurately calculated. (2) During the game, each time an investment amount is generated, an accurate investment amount (y: unit is 100 yen) is recorded by inputting an investment input button. (3) During the game, the digital prize button is pressed when the game ball wins at the digital rotation start port, and the accurate cumulative digital rotation number (z) from the start of the game is recorded. (4) Even if a big hit occurs during play, the number of big hits (o) is recorded by inputting the big hit generation button. Note) h, y, z, o described in the above (1) to (4) are written in lowercase because they are measured values at a certain point in time, and are used when estimating hourly wages and profits. Will estimate future hourly wages and profits based on measurements at some point. If the time, the investment amount, the accumulated digital rotation speed, and the number of big hits can be accurately grasped by the timer, the digital revolution speed N per 1,000 yen can be accurately grasped. Furthermore, the digital rotation speed J per hour required for hourly wage calculation can be calculated using the value of the accumulation counter. Total number of balls (x) = balls borrowed by investment (t) + balls obtained by jackpot (I) x = 25 * y + G x o Using the following formula based on the current ball (e) Digital rotation speed per 1,000 yen can be calculated. From x−e = (250 / N) × z N = (250 × z) / (x−e) Further, the digital rotation number (J) per time can be calculated from the cumulative play time h and the cumulative digital rotation number z1. . J = z / h Next, in order to calculate the hourly rate (H), if the reciprocal (P) of the jackpot probability of the game table and the total play time (H) become clear, the hourly rate (Q) can be calculated by the following equation. The number of big hits that can be expected (O) is O = J × H / P. The profit obtained by this big hit is (S) If one big hit (G) comes out, S = O × G × R and then J × H times digital The investment (T) necessary to turn is assumed to be the initial investment (I). T = J × H × 1000 / (L × N) × L = 400 × 5 × 1000 / (4 × 40) × 4 = 50, 000 (4) Therefore, profit (W) is W = S−T W = 92,000−50,000 = 42,000 (6) Therefore, hourly wage (Q) is Q = W / H−42000 / 5 = 8,400 Becomes.

[0003] In the conventional technology, there is no technology that enables a player to accurately calculate the hourly wage of an individual platform that varies depending on the specifications of the individual platform or the nail adjustment that varies depending on the pachinko parlor. The reason for this is that the player is absorbed in the game while playing, or because he enters and exits the ball table, it becomes impossible to accurately grasp the following numerical values for calculating the hourly wage. Time spent playing Amount invested Cumulative number of digital rotations Number of jackpots If the above numbers can be accurately grasped, digital rotations per thousand yen (N) and digital rotations per hour (J) required for hourly wage calculation can be easily calculated. Although it is possible to calculate and hourly wage calculation is possible, human memory is ambiguous and it is not possible to accurately store the required value of ~. In addition, it is often the case that the calculation formula is forgotten, and the hourly wage calculation is a troublesome operation, so that a player cannot easily calculate the hourly wage.

In order to calculate hourly wages using conventional technology, a desk calculator, a clock and a desk calculator are used to calculate the hourly wage based on the investment amount up to now, the number of the counter and the play time, and the like. The hourly wage is calculated by calculating the hourly wage.However, since it is not possible to grasp the numbers required to calculate the hourly wage accurately and it is a very time-consuming task, most players will pay an hourly wage The fact is that they continue to play without knowing the digital rotation speed and usually contribute to increasing the profit of each pachinko parlor set by the pachinko parlor. This is shown as a program list.

[0012]

[Effect of the invention]

 As described above, the digital pachinko hourly wage calculator according to the present invention initially sets the playing conditions such as the winning probability of the amusement table, the payout per big hit, the unit price of the ball, the unit price of the ball, and the business form. By inputting the digital rotation speed and investment obtained in the actual game from time to time from the counting device, the digital rotation per thousand yen required by the player using the built-in timer There is an advantage that it is possible to provide a device capable of displaying information useful to a player on a display screen, such as the number, the number of revolutions per hour, hourly wage, and estimated profit.

[Brief description of the drawings]

FIG. 1 is a schematic diagram showing one embodiment of the present invention.

FIG. 2 is a block diagram showing a configuration circuit of the present invention.

FIG. 3 shows a program running inside the computer.

[Explanation of symbols]

1 is the power supply of the apparatus, 2 is the keyboard, 3 is the mode selection button, 4 is the timer button, 5 is the investment amount input button, 6
Denotes a digital rotation number input button, 7 denotes a jackpot number input button, and 8 denotes a display screen.

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[Procedure amendment]

[Submission Date] August 19, 1999 (1999.8.1)
9)

[Procedure amendment 1]

[Document name to be amended] Drawing

[Correction target item name] All figures

[Correction method] Change

[Correction contents]

FIG.

FIG. 2

FIG. 3

Claims (1)

[Utility model registration claims] 1. A digital pachinko hourly wage calculator having the following functions so that an electronic calculator capable of calculating a program can determine the hourly wage of an amusement board where a player is playing. The game player has a keyboard that allows the user to enter specifications of the game board and game conditions at the pachinko parlor. By pressing the mode change switch, it is possible to switch the program that operates internally. A timer is built-in so that the player can measure the accumulated play time, and a switch is provided which causes the computer to recognize the start and stop of the game by pressing a button. A plurality of counting machines are built in so that the digital accumulated number of revolutions, the number of big hits, and the investment amount of the digital pachinko machine in which the player is playing can be measured. It has a display screen that can display calculation results.