KR100531664B1 - Organic group - Google Patents

Abstract

It is possible for the inventor to easily determine whether the stop pattern of the pattern variation is the pattern involved in the generation of the organic state without feeling the unnaturalness of the pattern against the background.

The display device displays the background 10 and the plurality of patterns 11. Each pattern 11 belongs to a 1st pattern group or a 2nd pattern group. The pattern belonging to the former group includes a character with low relevance to the background 10, and the pattern 11 belonging to the latter group includes a character with high relevance. The control unit displays and stops the pattern 11 on the screen 4a subject to the start-up of the organic sphere, and generates a winning-winning organic state according to the still pattern, and at the same time has a low probability of the same organic state of the next time. Set the mode to generate the signal or generate at high probability. In this flow, the fluctuation is stopped in the pattern 11 of the first pattern group prior to the former mode setting, and the fluctuation is stopped in the pattern 11 of the second pattern group prior to the latter mode setting.

Description

Organic group

The present invention relates to organic groups such as pachinko groups, and more particularly, in accordance with the establishment of a predetermined condition, the degree of generation of a mode of generating a large winning organic state with a low probability and a mode with a high probability is set. It relates to an organic group which causes the first beneficial organic state and the second beneficial organic state to be brought to the organic person.

Background Art Conventionally, one form of pachinkogi is known to have a function of varying the probability of occurrence of a large-winning organic state favored by an organism according to a condition, a so-called probability variation function. In this pachinkogi, when the organic situation changes according to the operation of the organic person satisfies a predetermined condition, for example, when the organic group wins the starter, a pattern group consisting of various kinds of patterns is displayed on the display device. do. If the combination of the patterns displayed on the display device after the change is stopped is a combination of predetermined winnings, a winning winning organic state occurs based on that. In addition, when the winning pattern is a predetermined type of pattern, the probability of occurrence of the next winning pattern is increased.

As the pattern displayed on the display device, there are many numbers because there is a limit of display according to the conventional custom or the structure of the device. For example, when the numbers of "0" to "9" are patterned, when the pattern change is stopped, the state where the same numbers are arranged along the winning line (for example, 777) is a combination of winnings. Becomes Further, when the patterns constituting the combination of winning and winning are odd numbers (1, 3, 5, 7, 9), the probability of occurrence of the next winning prize organic state is increased. Therefore, by observing the pattern after the stop of fluctuation, the abandoner can determine whether or not the occurrence of the probability fluctuation occurs.

On the other hand, in recent years, with the adoption of the liquid crystal display device, various displays on the display device have become possible, and there is a desire to improve gameability. Therefore, a pattern made of characters is added to a pattern made of numbers. It may be employed as. Therefore, in this case, in judging the occurrence of a probability variation or the like, the abandoner observes numbers and characters.

By the way, in the case where the pattern group is composed only of a pattern made up of numbers, numbers which are not related to the background are displayed fluctuately with the background, which makes the organic person feel unnatural. In addition, even when a pattern made of characters is added to a pattern made of numbers, the character is not considered to be related to the background. Therefore, even in this case, unnaturalness is left, and the sense of unity of the background and the character or the storyline imaged therefrom is also lacking. In addition, it is difficult to know the relationship between the character and probability variation only by observing the character. In other words, it is difficult to know whether a random variation occurs when a character is displayed. It is conceivable to cope by changing the color of the character, but it is still unnatural because it is not related to the background.

Thus, the object of the present invention is to provide an organic group in which an organic person can easily discriminate which stop pattern of pattern fluctuation is a pattern involved in the generation of profit organic state without feeling the unnaturalness of the pattern against the background. It is.

The present invention provides a display apparatus for displaying a plurality of patterns and backgrounds, an organic situation detecting means for detecting an organic situation that changes according to an operator's operation, and the display apparatus according to a detection result of the organic situation detecting means. And a display control means for displaying and stopping the change, and a profit organic state generating means for causing the organic person to have a first profit organic state and a second profit organic state having different degrees depending on the stop pattern by the display control means. In the organic device, the display control means includes: a first pattern group made of patterns containing characters with low relevance to the background, and a second pattern made of characters containing characters more relevant to the background than the first pattern group. Fluctuation display execution means for fluctuating and displaying a pattern group on the display device, and the first profit organic state by the profit organic state generating means. And fluctuation display stop means for stopping the pattern variation in the pattern of the first pattern group prior to the generation of the pattern pattern and stopping the pattern variation in the pattern of the second pattern group prior to the occurrence of the second profit organic state. Here, the character means images other than numbers and letters, and the characters of the story are representative.

According to the present invention, a plurality of patterns and backgrounds are displayed on the display device. When the organic state of the organic group changes in accordance with the operation of the organic group, the organic state is detected by the organic state detection means. According to this detection result, in the display device, after a large number of patterns are displayed and displayed by the display control means, the change is stopped. With this stop of fluctuation, a state in which the profit organic state generating means is advantageous to the organic person and corresponding to the still pattern among the first profit organic state and the second profit organic state with different degrees occurs.

By the way, in the variation display of the pattern by the display control means, the variation pattern execution means has a relationship between the first pattern group made up of patterns including characters having a low relation to the background and the background rather than the first pattern group. The second pattern group consisting of a pattern including a high character is displayed fluctually. That is, although a plurality of patterns including various characters are displayed fluctuately, some of the patterns include characters that are highly related to the background. This highly related character is fluctuated and displayed in a state in which it is fused to the background without causing the organic person to feel discomfort in relation to the background. In addition, in the stop of the fluctuation display by the display control means, the pattern corresponding to the profit organic state becomes a stop pattern by the fluctuation display stop means. In detail, when the first profit organic state occurs, the pattern of the first pattern group becomes a stationary pattern prior to the occurrence. When the second profit organic state occurs, the pattern of the second pattern group becomes a stationary pattern prior to the occurrence.

Therefore, the organic person can infer the type of profit organic state generated afterward by observing the pattern displayed on the display device when the pattern variation is stopped. Even if the instructor does not remember the correspondence between each pattern and the profit organic state, that is, if he or she does not know which profit organic state occurs when the pattern stops, the relevance to the background of the still pattern By judging whether this is low or high, it is possible to know what profit organic state will occur.

EMBODIMENT OF THE INVENTION Hereinafter, one Embodiment which actualized the organic group of the organic group of this invention is described according to drawing. As shown in FIG. 1, the organic panel 2 having the organic region 1 is provided in the pachinko group. In the organic region 1, a starter 3, a special pattern display device (hereinafter simply referred to as a "display device") 4 and a charging mouth 5 are provided, respectively. The starter 3 is provided with a passage of the organic sphere 6 and a wing 3a for narrowing or widening the entrance of the passage.

The display device 4 is located above the start port 3 and has a screen 4a made of a liquid crystal display (LCD). As the screen 4a, a CRT, a dot matrix, an LED, an electroluminescence (EL), a fluorescent display tube, or the like may be used instead of the LCD. Various types of images are displayed on the screen 4a, but as part thereof, there are a background and a plurality of rows of patterns. In this embodiment, as shown in FIG. 6, a landscape with a perspective is displayed as the background 10, but the present invention is not limited thereto. As a technique for expressing perspective, perspective projection, isometric projection, inequality projection, and projection projection which are well known in the field of painting and the like are used. It is available. As the background 10 using such a technique, the scenery of the beach is adopted.

In detail, a sea surface 10a is displayed at the middle portion in the vertical direction of the screen 4a, and a sky 10b is displayed at the upper portion of the screen 4a, that is, at the rear portion of the background 10. The bottom 10c of the screen 4a, that is, the front part of the background 10, is displayed. On the left and right sides of the screen 4a, a building 10d, a box 10e, and the like are displayed. Undersea 10c is displayed as translucent unlike sea surface 10a. These buildings 10d and the like are smaller as they are located farther (above the screen 4a), and larger as they move forward (below the screen 4a).

As shown in Fig. 1, as the plurality of pattern rows, the left pattern row 7, the middle pattern row 8 and the right pattern row 9 are displayed, but the pattern rows may be displayed by other numbers. Each of the pattern rows 7 to 9 consists of various types of patterns. These patterns belong to the first pattern group G1 or the second pattern group G2 as shown in FIG. The patterns constituting the first pattern group G1 are all composed of characters and numbers (even numbers) having low relevance to the background 10. It is desirable that these characters can be judged to be low in relevance at a glance by ordinary adults. Here, the first pattern group G1 combines a sea bream and a pattern 11a in which "0" is combined, a pattern 11c in which the earth and "2" are combined, and a lure and "4". It consists of one pattern 11e, the pattern 11g which combined a jar and "6", the pattern 11i which combined boots and "8", and the pattern 11k which combined canned and "10". It is.

The pattern constituting the second pattern group G2 is composed of characters and numbers (odd) having a higher relation with the background 10 than the first pattern group G1. It is desirable that these characters can be judged to have high relevance at a glance by ordinary adults. Here, the second pattern group G2 is a sea creature, specifically, a pattern 11b in which coelacanth and "1" are combined, a pattern 11d in which ammonite and "3" are combined, flying fish and "5". To a pattern 11f that combines a pattern, a pattern 11h that combines squid and "7", a pattern 11j that combines marlin and "9", and a pattern 11m that combines sea bream and "11". It is composed by. In addition, in the following description, when it is not necessary to distinguish the pattern 11a-11m mentioned above in particular, these are only described as the "pattern 11."

In all the patterns 11, it is preferable to display the character first and to display the number auxiliary. This is because the numbers themselves are not substantially related to the background 10, and therefore, it is necessary to make the numbers inconspicuous in order to make the pattern 11 highly relevant to the background 10. From this point of view, in the present embodiment, the number is smaller than that of the character and is displayed at the end of the character.

In addition, an even number is used as a pattern number of the first pattern group G1 and an odd number is used as a number for the pattern of the second pattern group G2. In general pachinkogi having a probability variation function, the winning pattern is This is because the conventional convention that the low probability mode is set when an even number is set and the high probability mode is set when an odd number is set is followed. In other words, by matching the low relevance characters, even and low probability modes with respect to the background 10, and by matching the high relevance characters, odd and high probability modes with respect to the background 10, the organist does not feel discomfort. do.

The number of patterns 11 displayed simultaneously in each of the pattern rows 7 to 9 may be one or a plurality of. When one pattern 11 is displayed for one pattern column 7 to 9, the number of winning lines is one, and is usually called one line.

As shown in FIG. 1, in the display device 4, the pattern variation of each of the pattern rows 7 to 9 is started by the granulation of the start port 3 of the organic sphere 6. The numbers of the patterns 11 in each of the pattern rows 7 to 9 may be fluctually displayed in ascending order or in descending order, or may be fluctuating and displayed in other order. The pattern variation is stopped in the order of the left pattern row 7, the right pattern row 9, and the middle pattern row 8, but this is only an example and may be stopped in another order. When the fluctuations in all the pattern rows 7 to 9 are stopped, the combination of the displayed patterns 11 is a combination of predetermined winnings (specific display results, hereinafter simply referred to as "combination of winnings"), that is, The combination of the same pattern 11 (for example, "squid 7", "squid 7" and "squid 7") when the same type of pattern 11 is arranged along a winning line may be used. When the winning prize winning combination is established, the special electric winning prize device is operated, so that the winning of the winning prize organic state as a special organic state advantageous to the organic person can be obtained, that is, more product spheres can be obtained. As described above, determining whether or not the occurrence of a large-winning organic state is determined in accordance with the variation stop mode of the pattern 11 in the display device 4 is also referred to as a "cut line".

In addition, the pachinkogi is brought to the rich organic state prior to the winning organic state. Here, the rich organic state means a state immediately before the winning prize organic state. For example, the pattern variation of the right pattern row 9 is the same kind of pattern as the stop pattern in the left pattern row 7 on the winning line. And stops at the pattern 11 of the same pattern as the stop pattern at the left and right pattern rows 7 and 9 afterwards. It includes a state that becomes a combination of. In addition, when the pattern variation stops, the pattern is changed in a combination of winning and winning, and when it stops at the pattern 11 and finally becomes the winning winning organic state, the state under fluctuation is also included in the rich organic state. This is commonly referred to as full rotation (full pattern) reach.

The entrance mouth 5 is located below the starter 3, and has a granular region 12, a shutter 13, and a solenoid 14 (hereafter simply referred to as a "solenoid") 14 for the entrance mouth. A horizontally long V zone 15 is opened at the central portion of the granular region 12, and passages 16 are opened at both left and right sides thereof. The solenoid 14 is drive-connected to the shutter 13, knocks down the shutter 13 by magnetic induction to open the granular region 12, and stands up the shutter 13 by self-erasing. ). The passage of the organic sphere 6 through the V zone 15 is a condition for reopening the granular region 12. Therefore, when the organic sphere 6 granulated during the opening of the granular region 12 passes through the V zone 15, the granular region 12 is closed and then opened again. The granular region 12 is repeatedly opened. However, a limit is set for the number of repetitions, and after only a predetermined number of times (for example, 16 times) is repeated, the granular region 12 is not opened in principle and the winning prize organic state is terminated.

In order to detect the organic state which changes according to the operation of an armature, the organic panel 2 is equipped with the switch 17 for starting ports, the switch 18 for V zones, and the count switch 19, respectively. The starting switch 17 corresponds to the organic state detecting means, and detects the granularity of the organic opening 6 with respect to the starting opening 3. The switch 18 for the V zone detects passage of the zone V of the organic sphere 6, and the count switch 19 sets up the granularity (V zone 15 and the passage 16) of the granular region 12 of the organic sphere 6. Pass).

The control device 21 is provided to drive control the display device 4 and the solenoid 14 based on the detection results of the switches 17 to 19, respectively. The controller 21 includes a read only memory (ROM), a central processing unit (CPU), a random access memory (RAM), and the like. The ROM stores a predetermined control program or initial data in advance, and the CPU executes various arithmetic processes in accordance with the ROM control program and the like. The RAM temporarily stores the calculation result by the CPU.

As one of the control by the CPU, there is a so-called probability variation in which the probability of occurrence of a large winning organic state is varied depending on conditions. Specifically, a low probability mode as a first profit organic state that generates a large winning organic state with a low probability of about 1 / 3OO, and a high yielding organic state with a high probability of about 1/60 which is about 5 times thereof. 2 High probability mode as a profit organic state is prepared, and the probability mode changes according to the type of winning pattern. Here, the low probability mode is set when the winning pattern is the pattern 11 belonging to the first pattern group G1, and the high probability mode is set when the pattern 11 belonging to the second pattern group G2 is set. do. The multiple of the probability of occurrence in the high probability mode with respect to the probability of occurrence in the low probability mode may be a value other than the above-described value (about 5).

Next, the function and effect of the pachinko group of this embodiment comprised as mentioned above are demonstrated.

The flowcharts of Figs. 3 and 4 show a routine for controlling the operation of the special electric hoisting device among the processes executed by the control device 21. In addition, the flowchart of FIG. 5 shows the subroutine executed in the special electric granulation apparatus control routine. The processing of these routines is executed based on the counter group and the pass decision flag Ft. The counter group includes a round counter Cr, a granular counter Ce, an internal random number counter, a non-winning rich random number counter, a pattern counter for each of the left, middle and right sides, and a rich type counter.

The round counter Cr is for counting the number of rounds, and the winning prize counter Ce counts the number of winning prizes of the organic sphere 6 with respect to the winning prize region 12 based on the detection result of the count switch 19. It is to. The internal random number counter is for determining the winning winning organic state, and the non-winning rich random number counter is for determining the non-winning rich and the like. The pattern counters on the left, middle, and right sides are for determining the pattern (still pattern) 11 and the like displayed when each pattern column 7 to 9 stops pattern variation. It is to determine the class. Here, the non-winning rich by the non-winning rich random number counter means a state that is not finally a combination of winnings after passing through the rich organic state described above. In addition, all the initial values of the counters Cr and Ce are "0".

The passage determination flag Ft is used to determine the presence or absence of passage of the V zone of the organic sphere 6, and is set to "0" when passage is not detected by the switch for zone V8. Is detected, it is set to "1". The initial value (the value at the time of power supply to pachinko) of the pass judgment flag Ft is "0". In addition, although the probability mode has already described two types of low probability mode and high probability mode, the low probability mode is set to the initial value.

And when the initiation is started by the organic person, the control device 21 firstly determines the organic sphere (FIG. 3) based on the detection result of the start switch 17 in step S10 of the special electric granulation device control routine of FIG. It is determined whether or not there has been a prize in the starting opening 3 of 6). If this determination condition is not satisfied, the special motor-winning device control routine is terminated, and if it is satisfied, at step S20, the respective values of the internal random number counter, non-winning rich random number counter and rich type counter are acquired. Based on the values of the respective pattern counters, non-winning patterns are obtained for each of the pattern rows 7 to 9. Acquisition here refers to a process of reading the value of each counter and storing the value in the memory.

Next, the pattern fluctuation start process is executed in step S30. Specifically, in step S31 of FIG. 5, each pattern 11 of the pattern rows 7 to 9 is respectively displayed in the following form. Change). As shown in FIG. 6, the pattern 11 protrudes in order from the rear point of the surface 10a to the front 11 (front side of the figure), generating a spray 10h toward the front (front of the figure). These patterns 11 fly in a parabolic manner, as indicated by the arrows, and set out at the front point of the sea surface 100a. Each pattern 11 causes a splash 10i, then sinks to a different color (for example, a fresh blue color) until then, and finally disappears from the screen 4a (no display). In addition, these patterns 11 are displayed the smallest when protruding from the sea surface 100a, and are displayed the largest when gradually larger and undertaken. The fluctuation display method of the pattern 11 is not limited to the above-mentioned one, for example, may protrude from the surface 10a and then move forward from the back of the background 10 forward.

In step S32 of Fig. 5, it is determined whether or not the value of the internal random number counter in step S20 is equal to the winning winning value. As a winning value, two types of values (a low probability winning value and a high probability winning prize value) are prepared. The former is a value for generating a large winning organic state with the low probability mentioned above, and the latter is a value for generating with a high probability. For example, when the internal random number counter updates the value every predetermined time in the range of "0" to "299", "7" is made into the low-probability winning value, and "7", "17" , "27", "37", and "47" are taken as the winning value for high probability. Then, the probability of occurrence of the winning winning state is l / 300 when the low probability winning value is used as the winning value, and 1/60 when the high probability winning value is used as the winning value. do. When the low probability mode is set in the previous control cycle, the low probability winning value is selected as the winning value. When the high probability mode is set, the winning value for high probability is selected as the winning value.

If the determination condition of step S32 is satisfied, in step S33, the winning pattern corresponding to the winning value is stored in the memory as a stop pattern, and the flow proceeds to step S37. On the other hand, when the determination condition of step S32 is not satisfied, it is determined in step S34 whether the value of the non-winning rich random number counter in said step S20 is equal to a predetermined non-winning rich value. If this determination condition is satisfied, in step S35, the pattern corresponding to the non-winning rich value (hereinafter referred to as "non-winning rich pattern") 11 is stored in the memory as a stop pattern, and the process proceeds to step S37. do.

In step S37, it is determined whether or not the value of the non-winning rich random number counter is equal to a predetermined rich notice value, and if it is satisfied, a notice of rich organic state is notified in step S38, and the routine advances to step S39. In this case, as a notice of notification, as shown in Fig. 6, a dolphin 10J is popped up at the point where the character with the number pops out from the sea surface 10a and the mid-point between the starting point. On the other hand, when the determination condition of step S37 of FIG. 5 is not satisfied, it transfers to step S39 as it is, without performing the process of step S38.

In step S39, the value of the rich type counter in step S20 is read, and the rich type (rich pattern) is determined based on the value. If the determination condition of step S34 is not satisfied, the non-winning pattern in step S20 is stored in the memory as a stop pattern in step S36. After the processing in steps S36 and S39 is executed, the pattern change start processing routine is terminated, and the routine proceeds to step S50 of FIG.

In step S50, the pattern 11 in the left and right both-pattern rows 7 and 9 is replaced with the still pattern memorized in any of the above-described processes of steps S33, S35 and S36. The pattern fluctuations in the left and right both pattern rows 7 and 9 are stopped in accordance with the pattern 11 after the change. As a result, when the rich notice notice processing is performed in step S38, pattern fluctuations of the left and right both side rows 7 and 9 stop at the same pattern 11 on the winning line.

Next, in step S60, a rich operation process is performed according to the rich pattern acquired in said step S39. In step S80, the pattern variation in the intermediate pattern row 8 is stopped, and in step S90, it is determined whether the combination of the patterns 11 is a combination of winning or winning. If this determination condition is not satisfied, the special motor-winning device control routine is terminated, and if it is satisfied, the round counter Cr is reset in step S100. In step S110, the granularity counter Ce is reset, and the passing judgment flag Ft is set to "0".

Subsequently, the solenoid 14 is magnetically induced in step S120 of FIG. Then, the shutter 13 falls and the granular region 12 of the entrance mouth 5 is opened. By this opening, the organic sphere 6 can enter the V zone 15 or the passage 16. In step S130, the round counter Cr is added with "1".

Next, in step S140, it is determined whether or not the winning-up counter Ce is equal to or less than the predetermined value Cemax, and when it is satisfied, it is determined whether or not the scheduled closing time of the charging entrance port 5 has arrived in step S150. In this determination, when the scheduled closing time does not arrive, the process returns to Step S140. As a result, the granular region 12 continues to open unless more than the Cemax organic spheres 6 are formed after the opening of the granular region l2 or when the scheduled closing time arrives. On the other hand, when either of the determination conditions of step S140 and S150 is not satisfied, the solenoid 14 is self-erased in step S160. As a result, the shutter 13 stands up, and the granular region 12 is closed, and it is impossible to form the organic sphere 6 with respect to the granular region 12.

In step S170, it is determined whether the round counter Cr is below the predetermined value Crmax. If this determination condition is satisfied, it is determined in step S180 whether or not the pass determination flag Ft is "1", and if it is satisfied (Ft = l), the flow returns to step S110 of FIG.

Therefore, once the large winning organic state occurs, the granular region 12 repeats the closing cycle until the organic sphere 6 enters the V zone 15 at most Crmax times. For example, when the predetermined value Cemax is set to "10", the opening time of the granular region 12 is set to "about 29.5" second, and the predetermined value Crmax is set to "16", the granular region 12 After opening, the granular region 12 is formed when (1) 10 organic spheres 6 are granulated into the granular region 12, or (2) about 29.5 seconds have elapsed. Is closed. The cycle of opening and closing of the granular region 12 is repeated up to 16 times subject to passage of the V zone of the organic sphere 6.

When either of the determination conditions of step S170 and S180 is not satisfied, it is determined in step S190 whether the winning pattern is the pattern 11 of 2nd pattern group G2. When this determination condition is satisfied, the high probability mode is set in step S200, and when it is not satisfied, the low probability mode is set in step S210. Then, after setting the probability mode in steps S200 and S210, the special motor-winning device control routine ends.

In addition, the processing sequence in this embodiment is an example, and can be changed suitably. For example, one random number counter may be used, and the occurrence of a large winning organic state may be determined based on the value, or a non-winning rich may be determined. The pattern shift processing (step S31) may be performed after the storage pattern storage process (steps S33, S35, S36). The process of setting the probability mode (steps S190, S200, S210) may be performed after the still pattern storage process has been performed in the pattern fluctuation start processing routine.

In this embodiment, the processing of steps S10, S20, S30, S50, and S80 in the special motor-winning apparatus control routine corresponds to the display control means, and the processing of steps S90, S120, S190, S200, and S210 is in the profit organic state. It corresponds to a means of generation. The process of step S31 in the pattern fluctuation start processing routine corresponds to the fluctuation display execution means. The processing of steps S50 and S80 in the special electric hoisting device control routine corresponds to the variation display stop means.

As described above, in the present embodiment, in the variation display of the pattern 11 in each pattern row 7 to 9, the pattern 11 and the second pattern group G2 belonging to the first pattern group G1. A pattern 11 belonging to) is displayed. The former includes a less relevant character for the background 10, and the latter includes a highly relevant character. Half of all the patterns 11 with respect to the variation display are highly related to the background 10. Therefore, compared to the pachinkogi of the type of the pattern of the numbers that do not have a relationship with the background, or the pachinkogi of the type of the pattern of the characters that do not consider the relation between the pattern of the number and the background is fluctuated, The unnaturalness felt by the organics is greatly reduced.

In the stop of the change display, the pattern 11 according to the type of profit organic state becomes a still pattern. Specifically, when the low probability mode in the first profit organic state is set, the pattern 11 of the first pattern group G1 becomes a stationary pattern and the high probability mode in the second profit organic state prior to the setting. Is set, the pattern 11 of the second pattern group G2 becomes a stationary pattern prior to the setting. Therefore, the observer can guess the kind of profit organic state (that is, low probability mode or high probability mode) which arises afterwards by observing the still pattern when the combination of winning and winning is established. Therefore, even if the instructor does not remember the correspondence between the patterns 11 of each of the 12 patterns and the probability mode, that is, which probability mode is set when the pattern 11 is changed and stopped. You do not have to do. In particular, since the landscape of the beach is set as the background 10 and the creatures of the sea are set as the highly relevant character, an ordinary adult can instantly determine the height of the relationship. In addition, the height of the relationship with the background of the character and the height of the probability mode correspond to each other. In other words, the lower ones are related to the lower ones, and the higher ones are related to the higher ones. Therefore, the abandoner can grasp the relationship between the character and the probability mode without discomfort.

Since each pattern 11 is provided with not only a character but also a number, it can be known which probability mode is set by this number. The low probability mode is set when the number is even, and the high probability mode is set when the number is even. Therefore, even if it is impossible to immediately determine whether or not the relationship with the background 10 is low only by observing the character, it is possible to reliably determine the probability mode by observing the number. In addition, since the numbers are small and displayed at the end of the character, this rarely becomes an obstacle for character display.

In addition, in this embodiment, the variation method of the pattern 11 is also natural. One of them is a landscape with perspective as the background 10, the pattern 11 moves forward from the rear of the landscape and further, the pattern 11 gradually grows in accordance with its movement. In this way, the pattern 11 is displayed fluctuately (solidly). This is advantageous over most of the pachinkogi of the prior art in which the pattern fluctuates only in the plane and the size of the pattern does not change. In addition, since the pattern change is natural, a series of operations are performed in which sea creatures fly out of the sea surface 10a, which is a part of the background 10, fly through the air, and then dive back into the ocean 100c. This operation is a movement taken by sea creatures such as fish, and there is no discomfort. This is advantageous in comparison with most conventional pachinkogi in which the pattern is simply moved in the vertical direction regardless of the background, and the reel is rotating in the pattern change.

In addition, this invention can be embodied in the other embodiment shown next.

(1) The regularity of the numbers used for the pattern 11 may be changed to those different from the above embodiment. For example, an odd number may be attached as the number of the pattern 11 belonging to the first pattern group G1, and an even number may be attached as the number of the pattern 11 belonging to the second pattern group G2.

(2) As the number used for the pattern 11, Chinese numerals, Roman numerals, etc. may be used instead of Arabic numerals.

(3) The number in the pattern 11 in the said embodiment can also be abbreviate | omitted. In this way, since a number having little relation with the original background 10 is not displayed, the display of variation of the pattern 11 can be performed more naturally.

(4) In order to make it easier to distinguish between the pattern 11 of the first pattern group G1 and the pattern 11 of the second pattern group G2, the two side patterns 11 are visually displayed in different display forms. You may. For example, the brightness of both pattern 11 is changed, or only the pattern 11 of one pattern group Gl (or G2) flashes, etc. are mentioned. In addition, the pattern 11 of one pattern group Gl (or G2) can be displayed planarly, and the other pattern group G2 (or Gl) can be displayed three-dimensionally.

(5) As the pattern 11, the thing which does not belong to the 1st pattern group G1 and the 2nd pattern group G2 can also be added. For example, there is a pattern (non-winning pattern) that does not become a combination of winnings even if arranged along the winning line. The non-winning pattern may be displayed between the patterns 11 displayed in turn. For example, pattern 11g of jar "6", non-winning pattern, pattern 11h of squid "7", non-winning pattern, pattern 11i of boots "8",. The pattern is displayed in the same order as

(6) In the predetermined pattern rows 7 to 9, the order of the pattern 11 to be displayed fluctuately, or a combination of characters and numbers in each pattern 11 is easy to recognize, i.e., next. It is preferable to set so that the kind of displayed pattern may be in order or a combination which can be easily predicted.

(7) The notice of richness (step S38 of FIG. 5) may be provided in a form different from the above embodiment. As one of them, what constitutes a part of the background can be displayed. For example, as the background 10, three modes of a morning landscape, a day landscape, and a night landscape are set, and the background 10 is normally displayed in a mode according to an organic state. When giving notice of Richie's notice, for example, the background of the landscape of the day is changed to the background of the landscape of the night. The light source of the lighthouse rotates to show light. Then, after the light source is rotated once (light is rounded around the lighthouse), the light source is returned to the background of daytime scenery. By performing such a display, the occurrence of the rich organic state can be noticed to the organic person without discomfort. It is also possible to effectively raise the expectation for the generation of the rich organic state and the winning organic state.

(8) As the first profit organic state and the second profit organic state, an organic state different from the above embodiment (low probability mode, high probability mode) may be set. At this time, in addition to setting the low and high profit states, two states in which the advantages of the owner are different may be set with the same degree of profit. For example, the state in which the opposing mouth is continuously opened until a predetermined number of organic spheres enter the opposing mouth is set as one profit organic state. In addition, the granularity of the predetermined number of organic spheres is limited, and when the organic sphere enters the V zone, the opening of the granular region is continued, and if not, the state (corresponding to the above-described embodiment) is not continued. The profit shall be in an organic state.

(9) The present invention is applied to a type of pachinko group different from the above-described embodiment, for example, a third type (right) pachinko organic group, or to generate a winning-winning organic state after performing multiple selections. It can also be applied to pachinkogi. Moreover, this invention can also be applied to organic groups other than a pachinko group, for example, an Arepache, an arrangement ball, etc.

(10) In the above embodiment, the present invention is applied to the pachinkogi of the type of probability variation only in the next time, but can also be applied to the pachinkogi of the type of probability variation over a predetermined number of two or more times after the next time.

As mentioned above, although embodiment of this invention was described, the technical idea other than a claim grasped | ascertained from each embodiment is described with these effects.

(A) In the organic group according to claim 1 of the claims, the profit organic state generating means causes the organic person to have an organic state having a higher degree of profit than the first profit organic state as the second profit organic state. It is characterized by that. With such a configuration, when the pattern variation is stopped in a pattern containing a character having a low relation with the background, a first profit organic state with a low profit state occurs, and the pattern fluctuation is stopped at a pattern including a character having a high relation with the background. If so, a second profit organic state with a high profit state occurs. Since the height of the relationship with the background of the character and the height of the profit state correspond, the abandoner can grasp the correspondence between the character and the profit state without discomfort.

(B) The organic group according to claim 1 of the claims, wherein the variation display execution means and the variation display stop means use numerals in addition to characters as the pattern of each pattern group. With such a configuration, even if it is not possible to immediately determine whether the relationship with the background is low or high only by observing the character, it is possible to reliably determine the type of profit organic state by observing the number auxiliaryly. .

(C) In the organic apparatus according to claim 1 of the claims, the display control means includes landscape display means for displaying a landscape with a perspective as a background, and the variation display execution means has high relevance to the background. Characterized in that it comprises a pattern moving means for moving the pattern containing the character toward the front from the back of the background. Here, among the pattern changing start processing routines, the processing in step S31 corresponds to the landscape display means and the pattern moving means. By such a configuration, the pattern can be displayed in three-dimensional fluctuations, and the naturalness can be increased more than when the pattern is simply displayed in fluctuations in plan view.

(D) The organic group according to claim 1, wherein the display control means displays the pattern of the second pattern group in a display form visually different from the pattern of the first pattern group. It is done. Another embodiment (4) described above corresponds to the display processing of this display control means. By setting it as such a structure, it becomes easy to visually distinguish the pattern of a 1st pattern group and the pattern of a 2nd pattern group.

(E) In the organic group according to claim 1 of the claims, at least one profit organic device by the profit organic state generating means on the basis of the variation by the display control means is stopped at a specific pattern through the rich organic state. And a special organic state generating means for generating a special organic state that is different from the state and advantageous to the organic person, and a rich notice notification means for notifying the establishment of the rich organic state by the display control means. The rich notice notification means comprises a background structure variation display means for fluctuating and displaying a part of the background.

Here, the processing of steps S90, S120, S140, S150, and S160 in the special electric hoisting device control routine corresponds to the special organic state generating means. In addition, the process of step S38 in the pattern fluctuation start processing routine corresponds to the rich notice notification means. The "lighthouse" in the other embodiment (7) mentioned above is equivalent to a part of the background, and the processing for displaying the light emitted while the light source of the lighthouse rotates corresponds to the background structure variation display means. . By setting it as such a structure, generation | occurrence | production of a rich organic state can be informed to an organic person without discomfort. It is also possible to effectively raise the expectation for the rich organic state and the subsequent generation of a special organic state.

As described above, according to the organic group of the present invention, it is possible to easily determine which stop pattern of pattern fluctuation is the pattern involved in the generation of profit organic state without the organist feeling much of the unnaturalness of the pattern against the background. .

BRIEF DESCRIPTION OF THE DRAWINGS The schematic block diagram which shows an organic platter in one Embodiment which embodies this invention in pachinkogi.

2 is an explanatory diagram showing patterns of the first pattern group and the second pattern group;

Fig. 3 is a flowchart for explaining a special electric hog device control routine executed by the control device.

4 is a flowchart for explaining a special electric hoisting device control routine executed by the control device;

Fig. 5 is a flowchart for explaining a pattern variation starting processing routine.

6 is an explanatory diagram showing a pattern variation in a display device;

* Explanation of symbols for main parts of the drawings

4: display device 4a: screen

10: Background 11: Pattern

17: switch for starting port 18: switch for V zone

19: count switch 21: control device

G1: first pattern group G2: second pattern group

Claims (1)

A display device for displaying a plurality of patterns and backgrounds, Organic state detection means for detecting an organic state that changes according to the manipulation of the organic person; Display control means for changing the display and stopping the pattern on the display device according to a detection result of the organic state detection means; In an organic apparatus comprising a profit organic state generating means for causing the organic person to have a first profit organic state and a second profit organic state having different degrees according to the stop pattern by the display control means, The display control means, The first display device includes a first pattern group made of patterns including characters having a low relevance to the background, and a second pattern group made of patterns including characters having a higher relevance to the background than the first pattern group. Means for executing the change display; Stopping the pattern variation in the pattern of the first pattern group prior to the occurrence of the first benefit organic state by the profit organic state generating means, and in the pattern of the second pattern group prior to the occurrence of the second profit organic state An organic apparatus comprising a variation display stop means for stopping pattern variation.