KR100247449B1 - A game machine - Google Patents

Abstract

The present invention relates to a pachinko corgi which can continue abandonment with a normal probability of occurrence even if a set probability changes due to an accident or negation. In the program executed during abandonment, the value stored in the set probability memory and the probability setting switch in step 200 are used. It is determined whether or not the upper limit, the middle limit, or the lower limit within the range that can be set is matched. If there is no match, the intermediate value is stored in the set probability memory in step 202, whereby the stored value of the set probability due to the program failure is stored. Even in the case of conversion, the probability of appearance of the winning pattern is set to an average value within the range that can be set by the setting switch, so that the organic can be continued, which may damage the organic field or prevent trouble with organic molecules. have.

Description

Pachinkogi

1 is a block diagram of a control circuit for controlling the induction operation of the pachinkogi according to the embodiment.

2 is a flowchart showing a main routine in an induction operation.

3 is a flowchart showing the main routine in the induction operation.

4 is a flowchart showing processing performed at power on.

5 is a flowchart showing numerical value generation processing.

6 is a front view of the organic half of the pachinko group according to the embodiment.

<Description of the symbols for the main parts of the drawings>

22: display device 30: microcomputer

38: setting probability memory (setting probability storage means)

45: probability setting switch (probability setting means)

According to the present invention, it is possible to make the winning winning organic state appear on the basis of the display result of the display device displaying the winning pattern, and the probability of setting and changing the probability of occurrence of the winning pattern is within a predetermined range. It relates to a pachinkogi provided with means.

Background Art [0002] A large number of pachinkogi have been provided on the market in which a display result of a pattern display device displays a winning prize organic state on the basis of displaying a winning prize pattern so that a large amount of granular beads can be obtained in a short time. In recent years, a small number of such pachinkogi have been proposed in which the probability of appearance of a winning prize pattern can be changed and set within a predetermined range in order to easily manage the bead discharge probability and the like.

In the pachinkogi that can change the probability of appearance of the winning prize pattern, the set probability is stored in the RAM installed in the control circuit board at the time of regular operation, for example, when the power is turned on at the start of business, and the memory is stored. The display result of the pattern display device is controlled based on the value, but the memory value is different due to the occurrence of runaway or noise of the program due to some cause or the misconduct during the abandonment. There was a risk of intentionally changing the set value. In the conventional pachinkogi, no defense against them has been achieved. The present invention has been made in view of the above-described problems, and an object of the present invention is to provide a pachinko group that can continue abandonment with a normal probability of occurrence even if a set probability is changed due to an accident or negation.

In order to achieve the above object, in the present invention, it is possible to make a winning organic state appear on the basis of the display result of the display device displaying the winning pattern, and the probability of appearance of the winning pattern is determined. In the pachinkogi provided with a probability setting means which can be set and changed within a range, the setting probability storage means which memorizes the appearance probability set by the said probability setting means by a regular operation, and it is memorize | stored in the said setting probability storage means in abandonment. A comparison means for comparing the set value with a set value of the probability setting means or a value within a range set by the probability setting means, and a memory value of the setting probability storage means when the comparison result of the comparison means does not match. And updating means for updating to any one value within a range that can be set by said activity rate setting means. To a gong.

In the abandonment, the value stored in the set probability storage means and the set value of the probability setting means or the value within the range set by the probability setting means are compared by the comparing means, and when the result of the comparison does not match, by the updating means. Since the stored value of the set probability storage means is updated to any value within the range that can be set by the probability set means, the stored value of the set probability changes due to an accident such as a program runaway or noise, or a regular operation. Even if the probability different from the hour is set to be wrong, it is set to any value within the range that can be set by the probability setting means, so that the organic can be continued, thereby causing damage to the organic field or trouble with the organic. Can be prevented.

EMBODIMENT OF THE INVENTION Hereinafter, the Example of this invention is described with reference to drawings. First, with reference to FIG. 6, the whole structure of the organic panel 1 of the pachinko group with the variable granular apparatus 20 which concerns on an Example is demonstrated. In FIG. 6, the organic panel 1 is provided with an induction rail 2 for inducing a ball, as is well known, in a substantially circular shape, and the area surrounded by the guide rail 2 has an area in which the ball falls. 3) is configured.

In the substantially center of the organic region 3, the floating granular apparatus 20 including the pattern display apparatus 22 which comprises the principal part of this embodiment is arrange | positioned, and it is three under the variable granular apparatus 2 The starting mouth openings 4a to 4c are arranged side by side in the horizontal direction. In addition, a passage opening 5 is disposed between the variable entry apparatus 20 and the central starting entrance port 4b. In addition to the above-described parts, the organic region 3 also includes the granular openings 6a, 6b, 7a, 7b, 8a, and 8b, windmills 9a and 9b with lamps, windmills 10a to 10d, and winning lamps 11a, 11b) are disposed at positions symmetrical with respect to the center line in the vertical direction, respectively. Further, at the bottom of the organic region 3, a discharge port 12 which receives the above-mentioned granular ball or other ball which is not granulated in the granular device is provided. In addition, among the above-mentioned parts, the winning mouths 7a, 7b and the winning mouths 8a, 8b flash or operate when the winning prize or the pattern display device 22 changes. ), And the starter bead detection switches 15a to 15c are built in the starter mouths 4a to 4c. The windmills 9a and 9b with lamps also have the same function as the operation lamps described above.

By the way, the floating granular apparatus 20 provided in the substantially center of the organic region 3 has an attachment substrate 21 attached to the surface of the organic panel 1, and a pattern display device (top) of the attachment substrate 21. 22) is installed. In the present embodiment, the pattern display device 22 is composed of three seven segment LEDs. When a ball is won at any one of the starting mouths 4a to 4c, the seven-segment LED of the pattern display device 22 starts to change at a speed such that the organic person cannot see visually, For example, when 5 seconds) has elapsed, the variation display is stopped and three patterns are stopped. When the combination of the still displayed patterns is a combination of the predetermined winning patterns, the winning pattern is in an organic state. In addition, the probability of appearance of the winning pattern can be set in three steps as will be described later.

In the case of the organic state, the opening / closing members 23a and 23b etched on the center, left, and right sides of the attachment substrate 21 are opened for a predetermined time (for example, 30 seconds). However, when ten granular beads received by the opening / closing members 23a and 23b become ten during the opening, the opening and closing members 23a and 23b are closed even before a predetermined time has elapsed. In addition, the opening-closing members 23a and 23b are connected to the opening-closing solenoid 24 (shown in the block diagram of FIG. 1) through a link member (not shown) as is known, and the opening-closing solenoid 24 is excited. Iii) when the pad members 23a and 23b are opened.

The ball received by the opening / closing members 23a and 23b fluctuates toward the rear in the granular space formed in the substantially center of the attachment substrate 21, and is prized in the V granular opening 25 formed in the center or the ordinary granular opening on either side thereof. . The V granular ball detection switch 26 (shown in the block diagram of FIG. 1) is arrange | positioned at the V granular ball 25, and the hitting which entered the V granular ball 25 was detected. When the V granular bead detection switch 26 is turned on, a predetermined time of the opening / closing members 23a and 23b and a predetermined number of open states (hereinafter, referred to as open cycles) are repeated. It is. That is, in the case of a large winning organic state, the winning prize is received by opening the opening / closing members 23a and 23b to the V winning prize 25, so that the right to continue is established, corresponding to the number of times the right to be established. Since the open state of the opening / closing members 23a and 23b of the floating granular apparatus 20 is repeatedly executed as many times as necessary, a large amount of granular beads are generated in a short time. However, the above-mentioned repetition frequency is set up to 16 times on the condition of winning of the other ball with respect to the V winning mouth.

In addition, in order to count the number of shots received by the opening / closing members 23a and 23b, a granular bead number detecting switch 27 is disposed below the V granular bead detecting switch 26. The granular bead detection switch 27 is a granular bead guided into the granular space, and is formed in the normal granular spheres formed on the left and right sides of the V granular opening 25 as well as the granular beads standing in the V granular water 25. The granular beads are also arranged at a position where they can be detected. And the granular beads which passed the granular bead detection switch 27 are sent down along the back surface of the organic panel 1, and are processed as granular beads. In addition, in addition to the above-described configuration, the variable winning prize device 20 starts notifying that the batting prized in the starting winning prize entrances 4a to 4c is stored when the winning prize is in an organic state or when the change of the pattern display device 22 is displayed. The storage lamp 28 (located below the pattern display device 22) is provided.

The structure of the control apparatus which controls the operation | movement of the pattern display apparatus 22, the opening-closing member 23a, 23b, etc. which were demonstrated above is demonstrated with reference to FIG. 1 is a block diagram showing the electrical configuration of a control device. The microcomputer 30 is used as a control apparatus. An external ROM 31 and an external RAM 32 are connected to the microcomputer 30. The external ROM 31 is set with an upper limit value, an intermediate value, and a lower limit value of the probability of appearance of the pattern data or the winning pattern.

In the external RAM 32, the non-winning numerical memory 35 and the winning numerical memory 36, in which the numerical values that are changed every time by the mode determination counter 38, the display pattern counter 34, and the display pattern counter 34, are stored. Are each formed, and in addition, any one of the probability of appearance of a winning pattern set by the probability setting switch 45 which will be described later when the power is turned on, and the fixed memory 37 for storing the determined numerical value for determining the winning mode. A set probability memory 38 for storing a value is formed. The definite memory 37 has as much memory as 1 is added to the number of reserved granular beads of the starting granularities 4a to 4c. The numerical value for mode determination for each suspended granular beads is determined at the time of standing (passing), and the numerical value is stored in each definite memory 37. As described later, the maximum value of the mode determination counter 33 is changed to change the probability of appearance of the winning prize pattern.

On the other hand, starting granular bead detecting switches 15a to 15c for detecting the granular beads in the starting granular balls 4a to 4c and V granular bead detecting switches 26 for detecting the granular beads passing through the V granular opening 25. ), The granular bead number detecting switch 27 for detecting the granular bead in the opening and closing members 23a and 23b is a waveform shaping circuit 39 formed of flip-flops for preventing chattering. It is connected to the microcomputer 30 via. In addition, a probability setting switch 45 is connected to the microcomputer 30 so that the probability of appearance of the winning pattern can be set to any one of a plurality of steps within a desired range. In this embodiment, it is set in three steps, and for example, the probability of 1/200, 1/220, 1/240 can be set as an upper limit value, an intermediate value, and a lower limit value, respectively. In addition, the probability setting switch 45 can be comprised by any one of a dip switch, a rotary switch, and a select switch.

The clock generation circuit 41 outputs an external interrupt signal to the INT terminal of the microcomputer 30 through a divider 40. Then, in synchronization with the external interrupt signal, the microcomputer 30 executes the main programs shown in Figs. The timing signal output from the timing signal generation circuit 42 is input to the RST1 terminal of the microcomputer 30, and the numerical generation program shown in FIG. 5 is started in synchronization with the timing signal. In addition, the reset signal output from the reset signal generation circuit 43 by the ON operation of the power supply circuit 44 is input to the RST2 terminal of the microcomputer 30, and the fourth reset signal is reset by the reset signal. The initial program shown in Fig. Is started.

The display drive circuit 46, the display selection circuit 47, and the driver 48 are connected to each output port of the microcomputer 30. The display device 22 and the start memory lamp (LED) 28 are connected to the display driver circuit 46 and the display selector circuit 47. These indicators are dynamically driven by outputting selection data and display data from the microcomputer 30 at fixed intervals. That is, each display unit is selected by the display selection circuit 47, and is displayed in accordance with the output signal of the display drive circuit 46 at that time. The driver 48 controls the opening / closing solenoid 24, the winning lamps 11a, 11b and the operation lamps 13a, 13b, 14a, 14b in accordance with a signal from the microcomputer 30.

Next, the operation controlled by the control apparatus described above will be described based on a flowchart showing the processing procedure of the microcomputer 30.

(1) Initial set at power on

When the power supply circuit 44 is turned on, power is supplied to the microcomputer 30, and the reset signal generation circuit 43 outputs the reset signal to the RST2 terminal. Then, the microcomputer 30 (hereinafter referred to as CPU 30) executes the processing shown in FIG. That is, the three-digit numeric registers X1, X2, X3 displayed on the pattern display device 22 are set to initial values (1, 5, 3). In addition, the starting winning prize counter C, which counts the holding beads held in the starting winning prize mouths 4a to 4c, is set to "0", and the number of winning prize beads for the opening / closing members 23a and 23b is counted. The number of opening cycles of the opening / closing members 23a and 23b is set to "0", and the V standing counter A for detecting the beads that have entered the V standing port 25 is set to "0". Initially set the open count counter L to count to &quot; 0 &quot;. In addition, the state register F storing the control state is initially set to "0", and the timers T1, T2, T3, and T4 are initially set to "0". And the numerical value I of the mode determination counter 33 is set to the initial value "1", and the numerical value J of the display pattern counter 34 is set to the initial value "1". In addition, the value set by the probability setting switch 45 is stored in the setting probability memory 38.

(2) Execution of mode determination counter and execution of display pattern counter

In synchronization with the timing signal input from the RST1 terminal, a numerical value (random number) generation program shown in FIG. 5 is started. That is, it is determined whether or not the value stored in the setting probability memory 38 in step 200 coincides with any one of an upper limit value, an intermediate value, and a lower limit value within a range that can be set by the probability setting switch 45. This monitors whether or not the value stored in the setting probability memory 38 at the time of power supply is changed to another value when it returns to normal by the trap function in the case of noise from outside or a program runaway. Thus, if there is a mismatch, the intermediate value is stored in the setting probability memory 38 in step 202. If there is a mismatch, the numerical value executed by the mode determination counter 33 in step 204 is not performed. As a final value, the value stored in the setting probability memory 38 is set. In this way, even when the stored value of the set probability is changed by an accident such as a runaway or noise of the program, the probability of appearance of the winning pattern is set to an average value within the range that can be set by the probability setting switch 45, thereby inducing Since it can continue, it can damage an organic field, and can prevent the trouble with an organic person.

Then, in the next step 206, it is determined whether or not the value of the numerical value I of the mode determination counter 33 is equal to or greater than the final value set in step 204. If the value is not equal to or greater than the final value, the mode determination counter 33 is performed in step 208. The value I is increased by one. When the numerical value I of the mode determination counter 33 is determined to be equal to or greater than the final value in step 206, the routine advances to step 210, and the numerical value I of the mode determination counter 33 is set to an initial value 1. In this way, the mode determination counter 33 generates a numerical value for mode determination which is sequentially increased in the range from the initial value 1 to the final value at any time after the power is turned on. The generation speed of the numerical value at this time is determined by the timing signal output from the timing signal generation circuit 42.

In addition, as described above, it is determined whether or not the value of the display pattern counter J corresponds to the winning in step 212, and when it is determined that it is non-winning, the value of the display pattern counter J becomes the non-winning numerical memory in step 214. When it is determined that the winnings are determined in each of the three digits of (35), the value of the display pattern counter J is stored in each of the three digits of the winning numerical memory 36 in step 216. In the next step 218, it is determined whether or not the value of the display pattern counter J is 999. If the value is not 999, the display pattern counter J is incremented by one in step 220. In addition, when it is determined in step 218 that the value of the display pattern counter J is 999, the flow advances to step 222, and the value of the display pattern counter J is set to zero. In this manner, each time the timing signal is input, the non-winning display numerical value is stored in the non-winning numerical memory 35, and the winning display value is stored in the winning numerical memory 36. In addition, the method of generating a random number is not limited to the above-mentioned method.

(3) main program

After the initial set, whenever the external interrupt signal output from the divider 40 is input, the CPU 30 executes the main programs of FIGS. 2 and 3. In Fig. 2, the timer update processing is executed in step 100, and the status signals S1, S2, S3, S4, and S5 of the switch group are read out in step 102. In FIG. These state signals are composed of negative logic, indicating that the granular bead is detected by the switch being in the on state when the signal is at the low level.

Thus, when the start-up granularity signal is detected in step 104, it is determined in step 106 whether the number of suspended standing beads is smaller than 4, and in step 108, the start-up granularity counter C is updated by 1 only when it is small, and step 110 The value of the mode determination counter 33 at that time is stored in the definite memory M (c) 33. In other words, when a granularity is detected for the starting granularity ports 4a to 4c in the absence of a standing granular beads, the starting granularity counter C is set to 1, and the value of the mode determination counter 33 at that time is determined memory M. It is memorized in (1). In addition, when starting in the starting stand-up ports 4a to 4c when the starting stand-up counter C is 1 or more, the standing ball becomes a standing standing ball, and the starting standing counter C is increased by one. Then, the value of the mode determination counter 33 at the time of winning the prize is stored in the definite memory M (c) corresponding to the pending prize winning beads. In this manner, when winning prizes in the starting stand-up ports 4a to 4c, the numerical value for determining the winning mode is determined.

Next, when the granular beads count signal is detected in step 112, the granular beads count counter G is updated by 1 in step 114, and when the V granular signals are detected in step 116, the V granularity counter A is entered in step 118. Set to 1. When 1 is set to the value of the V winning prize counter A, it indicates that the continuing right is established.

The following steps 120 to 126 are processing steps for determining each organic state. Step 120 determines whether the pattern display device 22 is fluctuating, and step 122 determines whether the opening / closing members 23a and 23b are open. Step 123 determines whether or not the interval is set between the open cycle and the open cycle by establishing a continuous right, and step 124 enters a winning-winning state to determine whether or not it is before the start of the first open cycle. In step 126, it is determined whether or not there is a start-up memory. Hereinafter, it demonstrates dividing into each organic state.

(a) Treatment when starting granular beads do not occur

When no starting granular beads are generated, that is, when "No" is determined in steps 120 to 126, the processes of steps 100 to 126 and steps 180 to 184 are executed. Thus, when no start-up beads have occurred, the pattern display device 22 in step 180 stops the predetermined pattern, and the operation lamps 13a to 14b in step 182 are in a normal organic state. The predetermined display of is performed. In addition, in step 184, the opening-closing solenoid 24 is turned off.

(b) Handling of fluctuation of pattern display

In step 126, when the value of the starting stand-up counter C is determined and a standing is detected, the value of the starting stand-up counter C is subtracted by one, and the status register F is set to 1 to indicate the change operation state. The change timer T1 is set to a predetermined value (for example, 5 to 7 seconds) (steps 126 to 130). In step 132, the contents of the definite memory M (c) 37 are advanced one by one, and the start-up counter C is subtracted in step 128. Next, in step 134, it is determined whether or not the timer T1 has timed up, and the processes of steps 100 to 120, 134, and 180 to 184 are repeated until the time is up. In the meantime, the pattern display device 22 is driven to change display in step 180, and in step 182, the operation lamps 13a to 14b are driven to display in a predetermined form in the fluctuation induced state.

If it is determined that the timer T1 has timed up, it is determined in step 136 whether the winning is made from the numerical value stored in the definite memory M (0). For example, when the value of the mode determination counter 33 is "3", it is judged as a winning, and when it is other value, it is determined as non-winning. If the process proceeds to step 138 and the result is not a win, the process proceeds to step 140 where the value of each digit of the non-winning numerical memory 35 storing the non-winning display value is stored in the numerical display registers X1, X2, and X3. By setting, the pattern display apparatus 22 displays the non-winning display numerical value stored in the non-winning resin memory 35. On the other hand, in the case of winning, the process moves to step 142 and the value of each digit of the winning numerical memory 36, which stores the winning display numerical value, is set in the numerical display registers X1, X2, and X3, whereby the pattern display device 22 ), The winning display numerical value stored in the winning numerical memory 36 is displayed. In addition, after the process of step 140 is complete | finished, it progresses to step 180.

Then, after a winning flag is set in step 144, a predetermined value, for example, 2 seconds, is set in the interval timer T2 in step 146. The processing of steps 100 to 124, 148 and 180 to 184 is repeated until the interval timer T2 set as described above is timed up, and when the interval timer T2 is timed up, the process proceeds to step 150 and the opening and closing member 23a, The opening process of 23b) is executed.

(c) processing for winning

If the result of the determination in step 138 is a win, after the time-up of the interval timer T2, "1" is set in the opening count counter in step 150, and the value of the status register F becomes 2 in step 152, and the opening timer T3 is entered. The open time (eg 30 seconds) is set and the open solenoid flag is set. Then, steps 100 to 122, 154, 156, 180 to 180 are determined until timer T3 is determined to be time-up at step 154, or until the number of standing beads for opening / closing members 23a and 23b is determined to be 10 at step 156. The process of 184 is repeated. In the meantime, the opening / closing solenoid 24 is turned on in the process of Step 184 based on the set of the open solenoid flags, and the ten opening beads are generated until the opening / closing members 23a and 23b time up. Until open. In addition, a lamp group becomes an indication which shows a large winning organic state.

When the timer T3 reaches the time-up or when ten winning beads are generated, the opening cycle is terminated. In step 158, the opening beads count counter G is zero and the open solenoid flag is reset. When the V granular beads are generated during the execution of the processes of steps 100 to 122, 154, 156, and 180 to 184 described above, the following process is executed, and the V granular beads are not generated and the opening and closing members 23a and 23b When the opening of the) ends, the V winning counter A is set to 0, the value of the status register F is set to 0, the winning flag is reset, and the winning winning state is terminated. . Also, even when the V granular beads are not generated and the open state of the opening and closing members 23a and 23b is finished, the beads that are won when the opening and closing members 23a and 23b are closed are likely to win the V granular opening 25. In some cases, it is preferable to make the reception of the V granularity valid until a fixed time elapses after the end of opening.

(d) Treatment when V granular beads are present

If the V granular beads exist when the opening / closing members 23a and 23b are in the open state, the V granular counter A is set to 1 in step 118 above. At the end of the open state of the opening / closing members 23a and 23b, when it is determined in step 162 that the value of the V granularity counter A is 1, in step 164 the status register F is used to indicate the generation of the continuous winding. Set the value of) to 3. Subsequently, a predetermined value, for example, 2 seconds is set in the interval timer T4 in step 166. The processes of steps 100 to 123, 168, and 180 to 184 are repeated until the interval timer T4 set as described above is timed up. After that, when the interval timer T4 is finished, the value of the V granularity counter A is set to 0 in step 170, the value of the counting count counter L is updated, and then the process proceeds to the step 152, whereby the opening / closing member ( Repeat the opening cycles of 23a and 23b). However, the continuation ticket is adjusted in step 160 so as not to occur more than 16 times. That is, when the number of continuations has been 16, the process proceeds to step 172 where the values of the V winning counter A and the status register F are set to 0, the winning flag is reset, and the winning winning state is terminated. .

(e) Treatment after termination of winning winning organic state

As described above, when there is no V standing in the opening cycle, or when the 16 winning counts have ended and the winning winning organic state is finished, the setting value of the probability setting switch 45 is read out in step 174 after the processing of step 172 above. In step 176, it is determined whether the read value and the value stored in the setting probability memory 38 are the same. This monitors whether or not the set value of the probability setting switch 45 has been tampered with after the power is turned on. Thus, if it is not the same, the intermediate value is stored in the setting probability memory 38 in step 178, and if it is the same, the process proceeds to step 180 without executing such processing. In this way, even when the set value of the probability setting switch 45 is changed due to cheating, the probability of appearance of the winning pattern is set to an average value within the range that can be set by the probability setting switch 45, so that abandonment can be continued. As a result, damage to organic fields can be prevented or troubles with organic molecules can be prevented.

In the above-described embodiment, the range that can be changed by the probability setting switch has been shown as three steps. However, the range that can be changed can be set higher or lower, or can be changed and set without step. In addition, the value updated in the setting probability memory 38 in the event of an accident or irregularity is not necessarily an intermediate value, and may be any value within the range of change. However, in the case of considering the benefits and disadvantages of both the organic and organic fields, the upper limit is used. It is preferable to update to the substantially intermediate value of the over limit. In addition, the normal setting time of a probability setting switch does not need to be a power supply time, for example, a probability setting switch may be made to operate normally only when the key switch provided with the probability setting switch was operated. .

As is clear from the above description, in the present invention, the value stored in the setting probability storage means and the value within the range set by the probability setting means or the probability setting means are compared in comparison with the comparison means. If the comparison results do not match, the updating means stores the stored value of the setting probability storage means to any value within a range that can be set by the probability setting means. Even when the memory value of the probability changes or when an attempt is made to set a different probability differently from the normal operation, it is set to any value within the range that can be set by the probability setting means, so that the organic field can be continued. It can damage, or can prevent the trouble with an organic person.

Claims (1)

On the basis of the display result of the pattern display device displaying the winning pattern, it is possible to make the winning prize organic state appear, and the probability setting means for setting and changing the probability of appearance of the winning pattern is within a predetermined range. In the pachinkogi, setting probability storage means for storing the appearance probability set by the probability setting means in a regular operation, and the value stored in the setting probability storage means and the set value of the probability setting means or the probability setting in abandonment. The comparison means for comparing the value within the range which can be set by the means, and when the comparison result of the comparison means does not match, any one within the range that can set the memory value of the setting probability storage means by the probability setting means. Pachinkogi, characterized in that the updating means for updating to a value of.