KR100342362B1 - Hit determination device - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a suitable hit determination apparatus for use in hit determination by combining patterns in organic groups such as pachinkogi.

Summary of the Invention The present invention relates to a hit determination apparatus which generates random numbers at the time of winning a prize and determines hits when the hit data and the same number of random numbers coincide, and changes the probability of hit according to the conditions at the time of winning the prize. Random number generating means for generating a random number of,

Random number storage means for storing a plurality of random numbers generated by the random number generating means at the time of winning a prize, hit data storage means for storing hit data dispersed within a range of the generated random number, and the random number according to the conditions at the time of winning the judgment Determination means for acquiring one random number stored in the storage means and determining whether or not it is hit by comparing with the hit data stored in the hit data storage means.

Description

Hit determination device

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hit determination apparatus, and more particularly, to an appropriate hit determination apparatus used for hit determination by combining patterns in organic groups such as pachinko groups.

In organic groups, such as a pachinko group, it is known to generate random numbers and to judge whether it hits. For example, in such pachinko corgi, random numbers are generated when an organic sphere enters a specific granular sphere, and a large hit is determined by comparing the random number value with predetermined hit data (decision value). Further, under certain conditions, the number of hit data is increased so that the probability of hit is high and the judgment is made. In addition, since a plurality of hit data are required, it is preferable to use a prime number to prevent fraud, and when there is a large number of hit data, the generation time should have a wide range that can take a random number.

In the above-described conventional hit determination apparatus, the number of hit data is increased at a high probability, but there is a problem in that the processing time increases as the number of hit data increases so as to determine whether the hit data matches one by one.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a hit determination apparatus capable of reducing processing time.

In order to achieve the above object, the invention according to claim 1 generates random numbers at the time of winning a prize, and determines that the hit occurs when random numbers such as hit data coincide with each other. A hit determination apparatus for varying a hit probability by using a plurality of random numbers generating means for generating a plurality of random numbers in different ranges, and a plurality of random numbers for storing a plurality of random numbers generated from the plurality of random numbers generating means at the time of standing. A storage means, a hit data storage means for storing hit data distributed within the range of the generated random number, and one of the plurality of random number storage means according to conditions at the time of standing decision, and as long as it is stored therein Determining means for acquiring a random number and comparing the hit data stored in said hit data storage means to determine whether it is hit or not; And the castle.

In the invention according to claim 1 configured as described above, when the particles are granulated, a plurality of random number generating means generates respective random numbers in different ranges. The plurality of random number storage means stores each random number generated by the plurality of random number generating means. On the other hand, the hit data storage means stores hit data distributed within the range of the generated random numbers, and the determination means selects one of the plurality of random number storage means according to the conditions at the time of the winning decision and stores it therein. A random number is obtained, and it is compared with the hit data stored in the hit data storage means, and it is determined whether or not it is hit.

That is, the range of each random number generated by the plurality of random number generating means is different, and the probability of hit is varied depending on how much the hit data stored in the hit data storage means is distributed in the range of each random number. Change. Therefore, the hit probability can be increased or decreased while making the number of hit data constant.

As described above, the present invention can increase the probability of hitting without increasing the number of hit data, and therefore can provide a hit determination apparatus capable of preventing an increase in processing time.

EMBODIMENT OF THE INVENTION Hereinafter, based on drawing, embodiment of this invention is described.

1 is a front view of a pachinkogi to which the hit determination apparatus in one embodiment of the present invention is applied.

In the figure, a special drawing indicator 11 is disposed at the center of the organic plate 10, and the special drawing indicator 11 has indicators 11L, 11M, and 11R for displaying 15 drawings, respectively. It is composed of three side by side. As shown in Fig. 2, each of the indicators 11L, 11M, and 11R is connected to the design counters 12L, 12M, and 12R, each of which maintains a value of [0-14]. Thus, the drawings corresponding to the values stored in the respective design counters 12L, 12M, and 12R are displayed.

The design counters 12L, 12M, and 12R are connected to an arithmetic processing unit 20 serving as a determination means, and the arithmetic opening 20 of the organic plate 10 is connected to the arithmetic processing unit 20. 13) a start switch detection switch 13a for detecting whether or not an organic bead has entered, and a conditioner l4a for opening the entrance mouth 14 when a target is in operation. It is. In addition, the arithmetic processing unit 20 includes a large range internal random number counter 21a which is a random number generating means for randomly generating a value of [0-1700], and [0-300]. A small range internal random number counter 21b, another random number generating means for randomly generating a value of?, A missing design region 22 for specifying a missing design, a rich design region 23 for specifying a rich design, and a hit A hit design area 24 for storing drawings, a hit data memory 25 that is a hit data storage means for storing hit data used for determination of a hit, the large-range internal random counter 21a, and a small range inside A large range random number memory 26a, which is a random number memory means for storing random number data generated by the random number counter 21b, and a small range random number memory memory 26b, which is another random number means, are provided.

The missing drawing area 22 is an area for forming a pattern of the missing drawing, and the rich drawing area 23 is an area for forming a pattern in which the patterns displayed on the indicators 11L and 11R on both sides correspond to each other. The area | region 24 is an area | region which forms the pattern of a pattern at the time of a hit.

The large range internal random counter 21a generates a value of [0-1700] and the small range internal random counter 21b generates a value of [0-300] at random. And 1 for each predetermined timing. In addition, it is said that the process of adding in this way is rotated. As shown in FIG. 3, ten hit data are stored in the hit data memory 25. Since all 10 hit data are within the range of [0-300], the large range internal random number counter 21a and the small range internal random number counter 21b are stored within the range of random numbers generated. Therefore, the probability that the random number generated by the large range internal random number counter 21a matches the hit data is [10/1701 (about 0.005879)], and the random number generated by the small range internal random number counter 21b matches the hit data. Probability is [10/301 (about 0.03322)].

In this embodiment,

[(Range of Random Numbers Generated by Large Range Internal Random Number Counter 21a)]

(Range of random numbers generated by the small range internal random number counter 21b)

(Range of hit data)]

There is a relationship.

In the arithmetic processing apparatus 20, the granulation determination routine 100 shown in FIG. 4 is executed by fitting by a timer, and in step 110, the organic beads are formed in the starting port 13 in the granules. It is determined whether the start switch detecting switch 13a has been detected. If not, the process returns to the original process after returning to step 150, but if it is won, the process proceeds to step 120 to the large-range random number memory 26a and the small-range random number memory 26b. It is judged whether or not each of the stored random number data is three or less. If there are four or more, the process returns to step 150 to return to the original process. Up to four standing mouths can be stored, but not five if they are five or more.

In the case of three or less, the random number generated by the large range internal random number counter 21a and the random number generated by the small range internal random number counter 21b are acquired at step 130, and the large range random number is respectively generated at step 140. The memory is stored in the latest areas of the memory 26a and the small-range random number memory 26b, and the number of stored random numbers data is incremented.

On the other hand, in the case where random number data is stored in either the large-range random number memory 26a or the small-range random number memory 26b, the pattern determination starts and the hit determination routine 200 shown in FIG. ).

In the hit determination routine 200, first, in step 210, it is determined whether the present point is high probability or low probability. In general, once a hit occurs, a given period of time is under high probability, and when it is over, it is under low probability. In the case of [high probability], among the random numbers stored in the small range random number memory 26b at step 220. The oldest one is read, and if it is [low probability], at step 230, the best one of the random numbers stored in the large-range random number memory 26a is read. In any case, at step 240, the highest number of random numbers stored in the two small-range random number memory memories 26b and the large-range random number memory memories 26a, including the unused one, is erased. At the same time, the number of stored random number data is decremented.

On the other hand, in the subsequent step 250, the read random number data and the ten hit data stored in the hit data memory 25 are compared one by one, and it is determined whether or not the target is being hit. Since the number of hit data is constant, the average number of comparisons of whether one read data coincides with the number of hit data is constant, and the time required for determination is constant. By the way, when generating random number data, the probability of hitting differs according to the relationship between the range and the range of hit data. That is, when the random number generated by the large range internal random number counter 21a is read out, it is hit with a probability of [10/1701 (about 0.005879)], and when the small range internal random number counter 21b is read out by the random number generated. [10/301 (about 0.03322)] has a chance of hitting a target.

If the result of the comparison is matched, the processing of the hit of step 260 is executed. If not, the process is terminated at step 270. In these processes, only the case where it misses, the case where it misses in richness, etc. is included, and the general pachinkogi omission process is performed.

In this way, the number of hit data is fixed, and a plurality of random data are obtained by varying the range where random data is generated with respect to the range of the hit data, thereby changing the probability of hit without increasing or decreasing the number of hit data. By increasing the hit data, the computation time can be prevented from being unnecessarily increased.

In addition, in the above-described embodiment, the range of the hit data falls within the range of random numbers generated by the small range internal random counter 21b, and the range of random numbers generated by the small range internal random counter 21b is The large range internal random number counter 21a enters the range of random numbers generated. However, in order to adjust the probability of hitting, the range of the hit data and the range of random numbers generated by the high-range internal random number counter 21a or the range of random numbers generated by the low-range internal random number counter 21b are not subtly overlapped. Also good. Moreover, of course, this invention is applicable not only to a pachinko group but also to organic groups, such as a slot machine.

1 is a front view of a pachinkogi to which the hit determination device according to an embodiment of the present invention is applied.

2 is a block diagram of a control circuit for making a judgment.

3 is a table showing judgment data.

4 is a flowchart of granular determination routines.

5 is a flowchart of a hit determination routine.

* Explanation of symbols for main parts of the drawings

20 ...... Computation Processing Equipment

21a ..... Large Range Random Number Counter

21b ..... Small Range Internal Water Counter

26a ..... large range random memory

26b ..... small range random number memory

100 ..... Granular Decision Routine

200 ..... hit determination routine

Claims (1)

In the hit determination apparatus which generates a random number at the time of winning a prize and determines that the hit is when the hit data and the same random number coincide, the hit probability is changed in accordance with the conditions at the time of winning the prize. A plurality of random number generating means for generating a plurality of random numbers in different ranges, A plurality of random number storage means for storing a plurality of random numbers generated by the random number generating means at the time of standing, A hit data storage means for storing hit data distributed within a range of the generated random number; A judgment is made to select one of the plurality of random number storage means according to the conditions at the time of the winning decision, acquire one random number stored therein, and determine whether or not the target is hit by comparing with the hit data stored in the hit data storage means. A hit determination device comprising a means.