TW201932169A - Game system and computer program used therein - Google Patents

Abstract

A game system which selects any element from a plurality of elements and controls a game in association with the selection, includes: a first lottery portion 71 which repeatedly selects any element from first element groups 107p to 107w; a second lottery portion 72 which repeatedly selects any element from second element groups 107d to 107f; means which adds the element selected by the first lottery portion 71 into a determination column 105 in accordance with a predetermined first rule while adding the element selected by the second lottery section 72 into the determination column 105 in accordance with a second rule different from the first rule; and means which controls progress of the game in association with combination of elements in the determination column 105.

Description

Game system and its computer program

The present invention relates to a game system in which a game is performed in association with selection of a requirement from a plurality of requirements, and a selection is made in association with the selection of the requirements.

The game system that performs the game in association with the selection by using a selection means such as a drawing means or the like, for example, selects any one of the numbers by a physical drawing means using a roulette plate, and A game machine in which a lottery result is given to a game such as a bingo game is widely known (for example, refer to Patent Document 1). Once the ball has entered the specific pocket of the roulette plate, the game machine that immediately ends the drawing is also widely known (for example, refer to Patent Document 2). A lottery device that performs a lottery using a physical game medium and a lottery device that performs electronic drawing using a random number or the like are used in combination, and a game machine in which a game is played is also widely known (for example, refer to Patent Document 3).
[Previous Technical Literature]
[Patent Literature]

[Patent Document 1] Japanese Patent Laid-Open Publication No. 2004-97487
[Patent Document 2] International Publication No. 2015/045715
[Patent Document 3] Japanese Patent Laid-Open Publication No. 2010-88710

[Questions to be solved by the invention]

In the conventional game system, the selection result of a single drawing device is always reflected in the game, and the progress of the game becomes relatively monotonous, and there is a limit in improving the interest of the game. In the case where a plurality of drawing devices are also used, there is room for reviewing the utilization method. For example, on the one hand, any one of the drawing devices is used as the main drawing device, and the game is played based on the drawing result. When the game reaches a specific state, the other drawing device is used as a secondary drawing device to reflect the result. In the case where the game is played, in the case where the drawing device is used for different purposes, the example in which the game is played using a single drawing device until the game reaches a specific state does not change. Combining the lottery results of a plurality of lottery devices to determine whether or not the winning condition is established, in the case where the game is averaged to process a plurality of lottery results, the game is performed in parallel and affects the lottery results of the plurality of drawing devices in parallel. As a result, there is no change in the selection of multiple elements at the same time. Thus, even in the case of using a plurality of drawing devices, there is more room for review in order to improve the monotony of the game.

Here, the present invention has an object to provide a game system or the like which can improve the monotony of a game by utilizing the advantages of providing a plurality of selection means.

[Means for solving the problem]

The game system of the same state of the present invention is characterized in that: a method for selecting a requirement of selecting a requirement from any of a plurality of requirements; and a game control means for controlling the game in association with the selection of the above-mentioned requirements by the above-mentioned feature selection means The feature selection means is characterized in that: a first selection means for repeatedly selecting one of the elements of the first requirement group set in at least a part of the plurality of requirements; and a plurality of elements set from the plurality of elements At least a part of the second requirement group repeatedly selects a second selection means of any one of the elements; the game control means is configured to roll the element selected by the first selection means to a specific one according to a specific first rule On the other hand, according to the second rule different from the first rule, the element selected by the second selection means is rolled into the element rolling means of the determination range; and within the aforementioned determination range The combination of the aforementioned requirements gives a means of controlling the control of the progress of the aforementioned game.

A computer program for a game system in which the game system of the present invention is used to cause a computer of a game system to function as a game control means for controlling a game in association with selection of the above-mentioned requirements by the above-mentioned requirement selection means; The system includes: a first selection means and a second selection means; the first selection means includes means for selecting a requirement of any one of a plurality of requirements, wherein the means for selecting the element is at least set in the plurality of elements a part of the first requirement group repeatedly selects one of the requirements; the second selection means repeatedly selects one of the elements from the second requirement group set in at least a part of the plurality of requirements; the feature is: constituting the game control The means functions as a means for rolling the element selected by the first selection means into a specific determination range according to a specific first rule, and based on the above 1 The second rule with different rules, the requirement selected by the second selection means is rolled into the foregoing determination Wai; and control means which determines a combination of the system and the requirements of the given range and the related control the game.

A game system according to another aspect of the present invention includes: a device selection device for selecting a requirement of any one of a plurality of requirements; a memory device for memorizing a specific computer program; and a connection with the foregoing component selection device and the foregoing memory device, according to The processor for executing a specific process in the computer program, wherein the request selecting means is provided with: a first selecting means for repeatedly selecting one of the requirements from the first requirement group set in at least a part of the plurality of requirements And a second selection device that repeatedly selects one of the requirements of the second component group that is set to at least a part of the plurality of requirements; the processor is based on the computer program and the foregoing requirements of the component selection device Selecting the control to control the game; in the control of the game: according to the specific first rule, the requirement selected by the first selection means is rolled into a specific determination range, and on the other hand, according to the first rule The second rule is different, and the requirement selected by the second selection means is rolled into the foregoing determination Around; the game and control the determination of the foregoing elements within the given range and connected.

1 is a general view of a gaming machine as a game system related to one form of the present invention. The game machine 1 is configured to be a game machine for commercial use (business use) for a user to play a game in the range of the play fee for the payment and exchange of a specific play fee. Such a game machine 1 is also called an arcade game machine. The purpose of the game machine 1 is to enable a majority of users to repeatedly play the game and increase the profit, and set a specific installation in a store or the like.

The game machine 1 uses tokens as a game media, a so-called token game machine. The gaming machine 1 includes a center unit CN and a plurality of game station units ST arranged to surround the center unit CN. Further, in the gaming machine 1, the center display 2 is provided above the center unit CN. The center display 2 indicates various images attached to the game provided by the gaming machine 1. The center display 2 is an example of one of them, and a liquid crystal display device is applied.

2 is a perspective view of the center unit CN and a plurality of game station units ST.
In Fig. 2, a part of the outer member of the gaming machine 1 is omitted for convenience of explanation. In the central unit CN, there is provided: a drawing mechanism 11 that selects at least one element from a plurality of elements, a ball B that is taken as an example of the game body, an input mechanism 12 of the drawing mechanism 11, and a recycling mechanism 13 that collects the ball B (at Figure 5 is a diagram). The drawing mechanism 11 is a roulette type drawing mechanism in which the ball B is thrown into the drawing site LF, and the ball B enters a plurality of pocket portions 22 which are one example of the amusement body entry portions respectively corresponding to the respective requirements. Through this, the requirements of the pocket 22 into which the ball B has entered are selected. As a requirement, for example, a plurality of colors (5 colors of red, yellow, green, pink, and blue) are set, and are distributed to the respective pocket portions 22 in a specific order. In this form, the colors are assigned to the three pockets 22. However, a part of the pocket portion 22 is assigned a component other than the color, or a plurality of colors are assigned.

The drawing unit 11 is provided with a drawing place LF for performing drawing and a ball input port 21 for inputting the supplied ball B from the input unit 12. In the drawing site LF, a part of the plurality of pocket portions 22 (also referred to as a pocket portion 22a) is arranged in the circumferential direction, and the outer side drawing portion 23 is arranged in the circumferential direction; and is disposed coaxially on the inner side of the outer drawing portion 23, and arranged The inner drawing portion 25 of the remaining pocket portion 22 (also referred to as a pocket portion 22b). The outer drawing unit 23 and the inner drawing unit 25 are integrally rotationally driven around the common axis AX. In the outer drawing portion 23, in addition to the pocket portion 22a, a guide passage 24 for guiding the ball B to the inner drawing portion 25 in an appropriate number (three in the illustrated example) is provided. Further, the drawing site LF is provided between the outer drawing unit 23 and the inner drawing unit 25, and is rotated in the opposite direction to the inner drawing unit 25 and the outer drawing unit 23 as the center of the axis AX. a rotating field 26 of the rotating portion; and a ball moving field 27 positioned to surround the outer drawing portion 23.

FIG. 3 is an enlarged view of an important part of the drawing mechanism 11. Moreover, FIG. 4 is a view in which the rotating field 26 of FIG. 3 is omitted. Further, the drawing mechanism 11 is further provided with a supporting mechanism 28 that supports the outer drawing portion 23 and the inner drawing portion 25, and a driving source 29 that rotationally drives the supporting mechanism 28. The drive source 29 rotates a drive shaft (not shown) that extends along the axis AX. The support mechanism 28 is fixed to the drive shaft, and is rotated by the support mechanism 28, and the outer drawing portion 23 and the inner drawing portion 25 are integrally rotated. At the support mechanism 28, a drive source 30 that rotationally drives the rotating field 26 is fixed. The drive source 30 rotates the rotating field 26 in such a manner that the transmission member 31 fixed to the rotating field 26 rotates. For this reason, the rotating field 26 can be rotated independently of the outer drawing portion 23 and the inner drawing portion 25. In this embodiment, the rotating field 26 is driven in reverse rotation with respect to each of the drawing portions 23, 25. The drive source 30 is powered by a known technique such as a slip ring. Further, the ball moving field 27 is fixed to the gaming machine 1.

Each of the pocket portions 22 is provided with a ball detecting sensor 32 that detects the entered ball B. The ball detecting sensor 32 is an example of one of them, and various sensors such as a touch sensor or a photo-electric sensor are used. The guide passage 24 of the outer drawing portion 23 has a width to which the ball B can move. Here, in the guide passage 24, the sensor for detecting the entrance of the ball B toward the guide passage 24 is provided on the inlet side, and the brake member for restricting the entry and exit of the ball B toward the rotary field 26 is provided on the outlet side (all are provided) Not shown). In the case where the sensor detects the entry of the ball B toward the guiding path 24, the user is indicated by the intention or by the sound to notify the attention of the guiding path 24, and after a certain time has elapsed, the brake is lowered. The member permits the entry and exit of the ball B toward the rotating field 26. When the ball B enters any one of the pocket portions 22, the ball B is recovered to the recovery mechanism 13. FIG. 5 is a perspective view of the recovery mechanism 13. The recovery mechanism 13 is positioned below the support mechanism 28. In addition, FIG. 5 omits the member rotated by the drive source 29 of the drawing mechanism 11 shown in FIGS. 3 and 4 (the outer drawing unit 23, the inner drawing unit 25, the supporting mechanism 28, the rotating field 26, and the driving source). 30, etc.). The recovery mechanism 13 is provided with a falling surface 41 through which the ball B of each pocket portion 22 is dropped, a collecting portion 42 that collects the ball B dropped on the falling surface 41, and a supply ball B to the input mechanism 12 The supply passage 43 and the moving member 44 that moves the balls B one by one from the collecting portion 42 to the supply passage 43. The falling surface 41 is set to be inclined so that the ball B can be moved to the collecting portion 42. Further, in order to prevent the ball B from entering a place other than the collecting portion 42, a partition 45 is provided. The moving member 44 is fixed to the drive shaft, receives power of the drive source 29, and rotates integrally with the inner drawing unit 25 and the outer drawing unit 23. The moving member 44 is a plate-shaped member, and a plurality of pocket portions 44a accommodating the ball B are provided at equal intervals. The balls B are accommodated in the respective pocket portions 44a one by one, and move with the rotation of the moving member 44, and are sequentially guided to the supply passage 43. Through this, the ball B will not be blocked and can be recycled.

FIG. 6 is a perspective view of the input mechanism 12. Further, in Fig. 6, the game station unit ST is omitted for convenience of explanation. The input mechanism 12 is connected to the supply path 43 of the recovery mechanism 13 to supply the ball B recovered from the drawing unit 11. The loading mechanism 12 is provided with a conveying member 51 that carries the ball B and a driving source 52 that drives the conveying member 51. The conveying member 51 receives the power of the driving source 52 by a rod-shaped member provided with the spiral 51a, and rotates around the axis. The ball B is supplied from the supply passage 43 to the spiral 51a. The spiral 51a rotates and the ball B moves upward. The moved ball B is fed from the ball insertion opening 21 toward the drawing site LF. Further, the input mechanism 12 is provided such that the ball B is placed in the ball moving place 27 on the outer side of the outer drawing unit 23, and the ball B may be placed in the rotating field 26 between the drawing units 23 and 25. mechanism.

Returning to Fig. 2, the game station unit ST will be described. The game station unit ST is provided with a token insertion slot 61 into which a token is placed, a display 62, a transparent touch panel 63 superimposed on the display 62, a card reader 65 that reads a card 64 held by the user, And paying the token payment counter 66 of the token. When the user puts the token into the token input port 61, the count is used as a credit. In the station unit ST, a game of a range corresponding to the consumption of points is provided. In the station unit ST, a plurality of games are provided, and the user can select a game to be played. As an example, a game such as a bingo game, a block elimination game, or a digital pusher game is provided. Each game system is performed in conjunction with the lottery result of the center unit CN. The operation of the game is input through the touch panel 63. The display 62 is an example of one of them, and a liquid crystal display device is applied. The display 62 and the touch panel 63 can be configured by known techniques. The card 64 is provided with a non-volatile memory medium (not shown) of an IC chip and a magnetic strip. Regarding the medium, unique user identification information is recorded on each card 64 (hereinafter, also referred to as a card). ID.) et al. The card ID is utilized as information for identifying the user of the gaming machine 1.

The lottery process provided in the gaming machine 1 will be described. The result of the drawing of the lottery performed at the center unit CN, that is, the game is performed at each of the station units ST depending on whether or not the ball B has entered any of the pockets 22. The drawing performed by the center unit CN is performed in such a manner that the ball B is thrown into the drawing site LF and the element corresponding to the bag portion 22 into which the ball B enters is selected. The lottery in the center unit CN is set in association with the input action of the ball B to set the drawing unit. The selection system in the drawing unit is repeated in the event that the specific end condition is not established. As an example, the lottery unit is assigned to be associated with the number of inputs of the ball B. For example, in the first drawing unit after the start of the game, the ball B of 3 balls is put, and in the subsequent drawing unit, the ball B is put into the ball 1 ball. However, it is appropriate to set the drawing unit. Further, the end condition is set to be related to the number of times, time, and the like of the repeated drawing unit. However, the number of repetitions of the lottery unit until the end condition is established can be dynamically changed. These will be described later.

Figure 7 is a schematic illustration of the drawing site LF. The outer drawing unit 23 rotates counterclockwise with the guide passage 24 as a starting point, and sequentially arranges a pocket portion in which a red element is assigned (hereinafter referred to as a red pocket portion. The same color is also written for other colors.) 22p, yellow bag-shaped portion 22q, green bag-shaped portion 22r, pink bag-like portion 22s, blue bag-like portion 22t, and outgoing pocket portion 22u. In the case where the guide passages 24 are provided at three places, a total of three sets of the pocket portions 22p to 22u are also provided. The outgoing pocket portion 22u is a pocket portion that is associated with the end condition of the drawing. For example, when the ball B enters the exit pocket 22u, the end condition of the drawing is completed. The attribute set in the outgoing pocket 22u is also one of the requirements selected by the drawing unit 11.

On the other hand, in the inner drawing portion 25, five plural color pocket portions 22v and one special pocket portion 22w are arranged in the circumferential direction. In each of the plurality of color pocket portions 22v, a requirement for selecting two colors from red, yellow, green, pink, and blue as the above-described requirements is assigned. In the illustrated example, each of the five color elements is suitably distributed to the two complex color pockets 22v. All the colors are assigned to the special pocket 22w. Further, the distribution of the requirements of the respective pocket portions 22 in the drawing portions 23 and 25 can be appropriately deformed. For example, in the inner drawing unit 25, a part of the color may be distributed to the bag portion 22v which is larger than the other colors, or the element of the single color may be distributed to a part of the bag portion 22b, and the inner drawing unit 25 may be changed. The allocation of the elements in the middle. Also in the outer drawing section 23, a part of the pocket portion 22a may be set as the plural color pocket portion 22v or the special pocket portion 22w, or a part of the color may be distributed to more pockets than other colors. The change of the shape 22a.

When the lottery is started, the ball B is repeatedly thrown into each of the drawing units by the drawing unit 11, and the color is associated with the color of the bag portion 22 into which the ball B has entered. When the input ball B is put into the exit pocket 22u, the drawing is completed. In addition to the entry of the ball B to the exit pocket 22u, the end condition may be set so that the number of inputs from the ball B at the start of the drawing reaches a specific upper limit. The ball B that has fallen into the pocket portion 22 is dropped onto the falling surface 41, guided to the supply passage 43 by the moving member 44, and supplied to the input mechanism 12.

On the other hand, in the station unit ST, a plurality of games are provided. The user selects one or more games and places a bet, and accepts a reward corresponding to the result of the game performed by the game station unit ST in association with the lottery result of the center unit CN. In the gaming machine 1, each of a plurality of users can play a plurality of games at the same time. Game screens of various games are displayed on the display 62. In the game screen, the game selected by the user can be displayed by dividing the screen or displayed as being switchable.

The game provided by the station unit ST includes a game in which the selection by the drawing unit 11 and the drawing of the drawing unit 11 are controlled in association with each other. An example of such a game will be described below.

Fig. 8 is a diagram showing the concept of game control of this type. As shown in the figure, in the above-described manner, the two drawing units of the first drawing unit 71 and the second drawing unit 72 are used as an example of a request selecting means (or a request selecting means). The first drawing unit 71 corresponds to one of the first selection means (or the first selection means), and the second drawing unit 72 corresponds to one of the second selection means (or the second selection means). The first drawing unit 71 includes the above-described drawing unit 11 and the input unit 12, and selects a requirement using a physical game medium. On the other hand, the second drawing unit 72 selects a requirement without using the drawing unit 11 and the term 1st drawing unit 71 is different. For example, the second drawing unit 72 performs selection using a lottery using electronic numbers such as random numbers. The first drawing unit 71 selects one of the attributes of red, yellow, green, pink, and blue that are related to the above-described pocket portions 22p to 22t, and is related to the attribute of the outgoing bag portion 22u. However, in the case where the ball B has entered the plurality of color pocket portions 22v of the inner drawing portion 25, the two colors set in the pocket portion 22v are simultaneously selected, and the ball B enters the special pocket portion 22w. In the case of the above, select the above five colors at the same time. On the other hand, the candidate component group selected by the second drawing unit 72 does not necessarily coincide with the candidate component group selected as the candidate selected by the first drawing unit 71. A specific example of this will be described later.

The first drawing unit 71 and the second drawing unit 72 synchronize the selection requirements with each other. In other words, when the first drawing unit 71 performs the selection of the primary request, the second drawing unit 72 also performs the selection of the primary requirement. The requirements selected by the respective drawing units 71 and 72 are appropriately rolled into a specific determination range 73. In Fig. 8, the element to be rolled into the determination range 73 is represented by a hollow circle, and reference numeral 74 is given. The following is expressed as element 74. In the determination range 73, a requirement 74 of a specific number (six of which is one example) is accommodated. The game is associated with the combination of the requirements 74 rolled into the decision range 73 to control the progress. For example, as an example of the progress control of the game, it is determined whether or not the combination of the requirements 74 in the determination range 73 satisfies the specific winning condition, and if the winning condition is satisfied, the game is played and the reward for the player is added.

The requirement 74 selected by the first drawing unit 71 is rolled up to the determination range 73 in accordance with the first rule, and the requirement 74 selected by the second drawing unit 72 is based on the second rule different from the first rule. 73. For example, the first rule and the second rule are differentiated in relation to the length of time required from the selection of the requirement 74 until the requirement 74 is rolled into the determination range 73. In this specific example, the first rule is set such that the first selection unit 71 selects the requirement 74 until the next requirement 74 is selected by the first extraction unit 71, and rolls over to the determination range 73. . In other words, the first rule is set such that when the requirement 74 is selected by the first drawing unit 71, the requirement 74 is rolled into the determination range 73, and then the next requirement 74 is selected by the first drawing unit 71, thus repeating sequentially. The selection of the requirement 74 and the rolling of the element 74 toward the determination range 73 are performed.

On the other hand, the second rule is set such that the length of time required for the requirement 74 selected by the second drawing unit 72 to roll into the determination range 73 is larger than the above-described length of time in the first drawing unit 71. Therefore, when the first drawing unit 71 and the second drawing unit 72 synchronize the selection of the request 74 as described above, the element 74 selected by the first drawing unit 71 is rolled up to the determination range 73 to the next. While the requirement 74 is selected by the first drawing unit 71, the element 74 selected in parallel by the second drawing unit 72 does not roll into the determination range 73, and then is delayed to roll into the determination range 73.

As described above, if the rule for rolling the requirement 74 selected by the drawing units 71 and 72 into the determination range 73 is differentiated, the result of the drawing by the drawing units 71 and 72 and the determination result can be given. The combination of the requirements 74 in the range 73, that is, the correspondence of the influence given to the progress of the game (as an example of the correspondence between time and period), produces a difference. For example, while the combination of the requirements 74 in the determination range 73 is gradually changed in accordance with the lottery in the repeated first drawing unit 71, the requirement 74 selected by the second drawing unit 72 is appropriately rolled into the determination range 73. Thereby, the variation of the combination of the requirements 74 in the determination range 73 can cause irregularities. By comparison with the case where the requirements 74 selected by the two drawing sections 71 and 72 are regularly and regularly rolled into the determination range 73, the monotony of the formation process of the combination of the components can be suppressed or eliminated, and the diversification of the game can be performed. . It is difficult for the player who selects the requirements from the respective drawing units 71 and 72 to observe the process in which these elements are rolled into the determination range, and the prediction relating to the progress of the game becomes difficult, and accordingly, the player's expectation can be appropriately changed. Feeling or nervous. To this end, increase the interest of the game.

Fig. 9 is a view showing an example of a game screen to which the concept of game control shown in Fig. 8 is applied. The illustrated game screen 100 includes an arrangement display unit 101 and a bonus display unit 102. The image of the table 103 is placed on the display unit 101. On the upper surface of the table 103, a standby row 104 in which an arc extends along the trailing edge of the table 103 and a determination column 105 in which the table 103 extends transversely in the radial direction are provided. The determination column 105 is set as an example corresponding to the determination range 73 of FIG. 8, and the standby column 104 is set as an example of a standby range in which the request to be rolled into the determination column 105 is temporarily standby.

A plurality of cells 106 are set in the standby column 104 and the determination column 105, respectively. The lattice 106 is an example of one of them, and shows a circular shape. Each of the grids 106 is set as a place where the marks 107 are placed. The mark 107 is an element representing the element 74 in Fig. 8 by an image, and corresponds to an example of the element. The mark 107 disposed in the standby column 104 is sequentially moved from the left end toward the right end in sequence with the selection of the lottery. The mark 107 of the lattice 106 that has reached the right end of the standby column 104 is moved to the grid 106 at the right end of the determination column 105. In decision column 105, as a result of repeated lottery, marker 107 moves sequentially from the right end toward the left end. The mark 107 reaching the lattice 106 at the left end of the determination column 105 is replaced when the new mark 107 is rolled into the lattice 106 at the right end of the determination column 105, and is excluded from the determination column 105. That is, in the standby column 104, the mark 107 moves from left to right, and in the decision column 105, the mark 107 moves from right to left. Hereinafter, regarding the standby column 104, the right end is referred to as an end, and the left end is referred to as a tail end. Regarding the determination column 105, the left end is referred to as an end, and the right end is referred to as a tail end.

The lattice 106 has a state in which the space of the mark 107 is not placed. In FIG. 9, three grids 106 are empty from the right end of the standby column 104. The reason for generating such an empty lattice 106 will be described later. Four grids 106 are provided in the standby row 104, but six grids 106 are provided in the determination column 105. The type of the mark 107 will be described later.

The bonus display unit 102 indicates that the combination of the markers 107 for which the award condition is satisfied by the determination column 105 and the reward for the case where the combination is formed are associated with each of the winning conditions. In the example of FIG. 9, the "4 color" which is established when the combination of the marks 107 including the four same colors is formed is established when a combination of the marks 107 including the five same colors is formed. "5 colors" formed in the case where a combination of six markers 107 of the same color is formed, and marks 107p to 107t each having one red, yellow, green, pink, and blue are formed. The "6 color" which is established in the case of the combination of the mark 107w corresponding to the special pocket portion 22w is set as the winning condition. The bonus display unit 102 indicates the number of points (the amount of bonus) given to the player as one of the reward conditions for each of these winning conditions.

Moreover, the winning condition is one of them, and these settings can be changed as appropriate. For example, the winning condition may be set such that the mark 107 of the same color is established when the determination column 105 is continuously arranged with a specific number or more. The mark 107 arranged in the determination column 105 may be associated with the setting or not of the winning condition by the mark 107 selected by the first drawing unit 71 or the second drawing unit 72. In the example shown in the figure, the special mark 107w is a requirement selected by both the first drawing unit 71 and the second drawing unit 72, and the special mark 107w may be added to the winning condition in the determination column 105. The value played is not differentiated by the selection of the special mark 107w by any of the lottery units 71 and 72.

The number of points to be paid may be appropriately changed in accordance with the progress of the game. As an example, if the combination of the markers 107 in the determination column 105 satisfies a specific condition, the number of credits increases, and thus the number of credits as rewards can be appropriately changed. Otherwise, the number of points of the bonus display unit 102 may be appropriately changed in accordance with the progress of the game. When the selection 74 is selected by each of the drawing units 71 and 72, the mark 107 corresponding to the selected element 74 on the game screen 100 is first placed in the standby column 104, and then the mark 107 is appropriately selected according to the first rule and the second rule. Roll in to decision column 105. In other words, in the game screen 100, the mark 107 as an example of the requirement is selected from each of the first drawing units 71 and 72, and these marks 107 are rolled into the determination column 105 through the standby column 104 to determine the mark in the column 105. One of the changes in the combination of 107 is a series of process prompts to the player.

Next, an example of the correspondence between the drawing in the drawing units 71 and 72 and the arrangement of the marks 107 in the standby column 104 and the determination column 105 will be described in more detail with reference to FIGS. 10A to 10J. Further, in each of FIGS. 10A to 10J, the standby row 104 is drawn to be linearly extended in the left-right direction for convenience. FIG. 10A shows an example of the arrangement of the mark 107 of each of the determination column 105 and the standby column 104 in an appropriate stage of the game. First, the type of the mark 107 to be the candidate to be selected by each of the drawing units 71 and 72 will be described. As is apparent from the above description, the first drawing unit 71 strictly selects the color set to the pocket portions 22p to 22t, 22v, and 22w or the attribute set to the outgoing pocket portion 22u. However, from the viewpoint of the color or attribute of the selection selection mark 107, these colors or outgoing attributes correspond to the type 1 to 1 of the mark 107, and the selection of the color or the attribute of the outgoing is the result, and the selection mark 107 is selected. The kind of thing has not changed. Therefore, in the following, it is considered that each of the first drawing unit 71 and the second drawing unit 72 selects a mark 107 of any type as a requirement.

As shown in FIG. 10A, in the first drawing unit 71, a red mark 107p, a yellow mark 107q, and a green mark 107r corresponding to each of the pocket portions 22p to 22t in the outer drawing unit 23 of the drawing unit 11 are provided. The pink mark 107s and the blue mark 107t, the outgoing mark 107u corresponding to the outgoing pocket 22u, the complex color mark 107v corresponding to each of the plurality of color pockets 22v of the inner drawing section 25, and the inner lottery The special mark 107w corresponding to the special pocket portion 22w of the portion 25 is set as a candidate for the element to be selected. These marks 107p to 107w correspond to one example of the first component group which is a candidate selected by the first selection means. Further, in Fig. 10A, the correspondence relationship between each of the pocket portions 22p to 22w and the marks 107p to 107v is shown, which coincides with the subscript of the letter, and the hatching or filling. The same applies to FIGS. 10B to 10J. A string of "SP" is given to the special mark 107w, and a string of "OUT" is given to the outgoing mark 107u.

On the other hand, in the second drawing unit 72, in addition to the above-described special mark 107w, an apple mark 107d, an odds up mark 107e, and an unwinning mark 107f which are shapes to be molded into apples are set. The candidate for the requirements. Further, these marks 107w and 107d to 107f correspond to one example of the second component group which is a candidate selected by the second selection means. In the case of the apple mark 107d, there are a variety of colors and the like, and the influence or effect on the progress of the game (hereinafter, collectively referred to as these values) differs depending on the type, but is shown in the figure. The difference in the hatching is to distinguish the type of the apple marker 107d. In the following description, these species are collectively referred to as the apple marker 107d. In the aspect of the winning rate increase flag 107e, a string of "UP" is given.

The apple mark 107d and the winning rate increase flag 107e cannot be individually rolled into the determination column 105, but are set as an example of an additional requirement for rolling the determination column 105 by being combined with the mark 107 selected by the first drawing unit 71. . The effect of the additional requirements will be described later. The apple mark 107d is expressed by, for example, distinguishing various classes by color. Two types of apple mark 107d are shown in Fig. 10A, but the type may be set to one type or three or more types. The unwinning mark 107f is required to have no significance as a lottery in the drawing in the second drawing unit 72. The unwinning mark 107f is not disposed in the standby column 104 and the determination column 105. Therefore, the unwinning mark 107f corresponds to one of the unwinning requirements in the second requirement group, and the other marks 107w, 107d, and 107e correspond to one example of the winning requirement. Further, the special mark 107w as a candidate for selection by the second drawing unit 72 corresponds to one of the common elements in the second element group.

Next, an example of the correspondence between the drawing by the drawing units 71 and 72 and the change of the arrangement of the marks 107 in the standby column 104 and the determination column 105 will be described. In the state of FIG. 10A, the lattice 106 at the end of the standby column 104 is in an empty state. When the marker 107 is selected by the first drawing unit 71 in this state (mark 107s in the illustrated example), the marker 107 is placed in the empty grid 106 at the end of the standby column 104. On the other hand, when the second drawing unit 72 selects the mark 107 (in the illustrated example, the apple mark 107d) in synchronization with the lottery by the first drawing unit 71, the mark 107 is temporarily placed at the trailing end of the standby column 104. The more empty space on the left side of the grid 106.

Next, as shown in FIG. 10B, the mark 107 of the lattice 106 disposed at the end of the determination column 105, that is, the mark 107 of the roll-on determination column 105 at the earliest time is excluded from the determination column 105, and is disposed in the determination column 105. The mark 107 of the lattice 106 other than the end is shifted to the left by one space. As a result, the lattice 106 at the right end of the determination column 105 becomes empty, and the mark 107 of the lattice 106 disposed at the end of the standby column 104 is rolled in the lattice 106. Accordingly, in the standby column 104, the mark 107 is shifted by one space to the right, and the mark 107 selected by the second drawing unit 72 is placed on the grid 106 at the trailing end of the standby column 104. When the non-winning flag 107f is selected by the second drawing unit 72, the unwinning flag 107f does not roll into the standby column 104. In this case, the grid 106 at the trailing end of the standby column 104 is a grid 106 that becomes empty as the mark 107 in the standby column 104 moves.

A state in which the mark 107 has been moved from the state of Fig. 10B is shown in Fig. 10C. When the marker 107 is moved, it is determined whether or not the determination column 105 flag 107 after the movement forms a combination that satisfies the winning condition. In the state of Fig. 10C, the mark 107 of the same color does not contain four or more, and the winning condition is not yet established. Further, in FIG. 10C, a special mark 107w is disposed in the lattice 106 at the end of the standby column 104, and an apple mark 107d is disposed on the lattice 106 at the trailing end of the standby column 104. In the stage of FIG. 10A to FIG. 10C, the mark 107 selected by the first drawing unit 71 is rolled into the determination column 105, and the special mark 107w of the lattice 106 at the end of the standby column 104 at the position of FIG. 10C is It is the mark 107 selected by the second drawing unit 72 in the past.

The change of the case where the mark 107 is selected by the first drawing unit 71 and the second drawing unit 72 from the state of FIG. 10C is shown in FIGS. 10D to 10G. In the state of FIG. 10C, the mark 107 is placed on the grid 106 at the end of the standby column 104. Therefore, as shown in FIG. 10D, the mark selected by the first drawing unit 71 (the plurality of color-coded marks 107v in the illustrated example) is rolled from the end of the standby column 104 to the second empty-state grid 106. The mark 107 selected by the second drawing unit 72 is the same as described above. Further, in the example of FIG. 10D, the second lottery unit 72 selects the unwinning mark 107f, and the mark 107g does not actually roll into the standby column 104. On the other hand, in the determination column 105, the exclusion of the mark 107 from the lattice 106 at the end and the offset of the other mark 107 are performed. Next, the grid 106 having the empty state generated at the trailing end of the determination column 105 is rolled into the special mark 107w of the grid 106 disposed at the end of the standby column 104. As a result, as shown in FIG. 10E, the combination of the six markers 107 arranged in the determination column 105 is updated, and the establishment or not of the winning condition is also determined here. However, also in Figure 10E, the winning conditions have not been met. As the mark 107 from the standby line 104 to the determination column 105 is rolled, the lattice 106 at the end of the standby column 104 is in an empty state, and in the standby column 104, the mark 107 is shifted to the right by one space. As described above, in FIG. 10D, the second lottery unit 72 selects the unwinning flag 107f, and the grid 106 at the trailing end of the standby column 104 is in an empty state.

In Fig. 10E, the complex color mark 107v of the grid 106 disposed at the end of the standby column 104 is the mark 107 selected by the first drawing unit 71 at the current drawing opportunity. As described with reference to Fig. 8, the first rule is set such that the requirement 74 is selected by the first drawing unit 71 each time, and the element 74 is rolled up to the determination range 73. When the first rule is satisfied, after the state of FIG. 10E is obtained, next, as shown in FIG. 10F, the mark 107 of the lattice 106 from the end of the determination column 105 is excluded, and the grid 106 is disposed. The offset of the mark 107 is generated by the lattice 106 which is in the empty state at the trailing end of the determination column 105, and the complex color mark 107v is rolled from the lattice 106 at the end of the standby column 104. Further, the offset of the mark 107 is performed in the standby column 104. As a result of this, the standby column 104 and the determination column 105 are changed to the state shown in FIG. 10G.

The combination of the markers 107 in the decision column 105 is updated via the state up to FIG. 10G. For this reason, it is determined again at the stage of FIG. 10G whether or not the winning condition is established. In this state, a combination of two green marks 107r, one of the complex color marks 107v which is common to green and yellow, and the mark 107 which is a common mark 107w which is common to all colors is formed. Therefore, it is judged that the prize condition for "4 colors" is satisfied with respect to green.

When the state of FIG. 10G is reached, the first lottery unit 71 and the second drawing unit 72 perform the next lottery, and when the update of the standby column 104 and the determination column 105 corresponding thereto is completed, as shown in FIG. 10H, in the standby column 104. The lattice 106 at the end of the movement moves with an apple mark 107d as a kind of additional requirement. When the state of FIG. 10G is changed to the state of FIG. 10H, for example, the green marker 107r is selected by the first drawing unit 71, and when the marker 107r is rolled into the determination column 105, the determination column 105 is formed to include three. The green mark 107r, a complex color mark 107v which is common to green and yellow, and a special mark 107w which is common to all colors. As a result, it was judged that the prize condition for "5 colors" was satisfied with respect to green.

In the state of FIG. 10H, an example in which the marker 107 is selected by the first drawing unit 71 and the second drawing unit 72 is shown in FIG. 10I. For example, when the blue mark 107t is selected by the first drawing unit 71, the blue mark 107t is temporarily rolled into the lattice 106 at the end of the standby column 104 to be coupled to the apple mark 107d. As a result, as shown in FIG. 10J, in the lattice 106 at the end of the standby column 104, a combination mark 107c as an example of a combination of blue and having the value of the apple mark 107d is produced. With this generation, the determination column 105 performs the exclusion of the mark 107 from the end lattice 106 and the offset of the other marks 107. The combination mark 107c generated in the standby line 104 is a type of the mark 107 selected by the first drawing unit 71, and is rolled into the grid 106 of the empty state at the trailing end of the determination column 105. In this case as well, the combination of the markers 107 in the determination column 105 is updated, and it is determined again whether or not the winning condition is established.

In the case where the winning condition is established in the state in which the binding mark 107c is included in the determination column 105, a reward corresponding to the value of the apple mark 107d or the winning rate promotion flag 107e which is an additional requirement of the combination mark 107c is generated. For example, in the case of the flag 107 in which the winning condition is established, for example, when the winning condition of "4 color" is satisfied with respect to the specific color, at least a part of the mark 107 of the specific color is used as the condition of the combination mark 107c. The value of the additional element constituting the binding mark 107c. For example, in the case where the combination mark 107c includes the apple mark 107d, the player obtains the apple mark 107d as a reward. The Apple Mark 107d, for example, if the player obtains a certain number, can proceed to a bonus game that has the possibility of obtaining a large amount of reward (i.e., the expected value is high), thus being added to the value of the special prize that is appropriate for the player. Essentials. When at least a part of the flag 107 for the establishment of the winning condition is included in the combination flag 107c including the winning rate promotion flag 107e as an additional requirement, the number of points indicated in the bonus display unit 102 is increased, and such special prize is given to Player.

As described above, when the primary marker 107 is selected by the first extraction unit 71 and the second extraction unit 72 in the example shown in FIG. 10A to FIG. 10J, the marker 107 selected by the first extraction unit 71 is determined according to the first rule. Roll in to decision column 105. On the other hand, the mark 107 (excluding the unwinning mark 107f) selected by the second drawing unit 72 is advanced to the lattice 106 at the end of the standby column 104, and then scrolls with the next first drawing unit 71. Go to decision column 105. Therefore, when the mark 107 is selected by the second drawing unit 72, the length of time required for the mark 107 to be rolled up to the determination column 105 is compared to when the mark 107 is selected from the first drawing unit 71 until the mark 107 The length of time required to roll into the decision column 105 is still large. Thereby, the rolling of the determination column 105 in accordance with the second rule of the mark 107 selected by the second drawing unit 72 is realized.

When the mark 107 selected by the first drawing unit 71 is sequentially rolled into the determination column 105, the mark 107 selected by the second drawing unit 72 is gradually moved toward the lattice 106 at the end of the standby column 104. Therefore, after the marker 107 is selected by the second drawing unit 72, until the flag 107 is rolled up to the determination column 105, the determination is made by the selection of the row 105 by the repetition of the first drawing unit 71, and the combination of the markers 107. Change in order. In the change, the mark 107 selected by the second drawing unit 72 is delayed in rolling, whereby the change in the combination of the marks 107 in the determination column 105 causes irregularity. How the mark 107 selected by the second drawing unit 72 affects the combination of the marks 107 in the determination column 105, in other words, the value of the determination column 105 is the mark caused by the second drawing unit 72. It is difficult to make predictions when choosing 107. Therefore, during the period in which the marker 107 selected by the second drawing unit 72 moves in the standby column 104, the player's expectation or nervousness is appropriately changed.

For example, when the special mark 107w is selected by the second drawing unit 72, the establishment of the winning condition becomes advantageous, and the special mark 107w enters the lattice 106 at the end of the standby column 104 at the next drawing opportunity. It is difficult to directly predict whether or not the winning condition such as "4 color" is established by the special mark 107w by the roll of the decision column 105 or the stage that is not close to this. Alternatively, the special mark 107w is gradually moved in the standby column 104 in a state in which the mark 107 of the same color is placed a plurality of times in the determination column 105, and the expectation of the establishment of the winning condition can be improved. However, if the exit flag 107u is selected by the first lottery unit 71 before the winning condition is established, the reward cannot be obtained. For this reason, the player looks at the drawing of the first drawing unit 71 while holding the expectation and the uneasiness while the game is not finished before the special mark 107w is rolled in to the determination column 105. As a result, the monotony of the progress of the game is improved, and it is suitable to change the expectation and tension of the player, and the interest of the game can be improved.

The mark 107 that has been rolled into the decision column 105 is excluded from the decision column 105 in order from the earlier time of the roll-in. That is, the period in which the flag 107 affects the combination in the decision column 105 is limited. Therefore, even if the determination column 105 is rolled in the special mark 107w or the mark 107 which is advantageous to the player as in the case of the mark 107c, the player does not enjoy the prize condition when the mark 107 is included in the decision column 105. This kind of mark 107 brings benefits. To this end, you can more certainly change the player's expectation or tension.

The candidate of the requirement selected by the second drawing unit 72 includes the special mark 107w as an example of the common requirement or the apple mark 107d or the winning rate promotion mark 107e as an example of the additional requirement, and the second use is used. When the flag 107 selected by the drawing unit 72 is rolled up to the determination column 105, a situation favorable to the player is generated, and the expectation of the player such as the acquisition of the reward can be further improved.

Next, an example of the configuration of the control system of the gaming machine 1 for realizing the above-described game will be described. Fig. 11 is a functional block diagram showing the configuration of an important part of the control system of the game machine 1. In the center unit CN of the gaming machine 1, a drawing control device 81 that controls the drawing process is provided. The lottery control device 81 is a logic device realized by a combination of computer hardware and software installed in the center unit CN of the game machine 1. The lottery control unit 81 controls the operations of the drawing unit 11 and the input unit 12, and acquires information for discriminating whether or not the ball B has entered any of the bag portions 22 from the drawing unit 11. The drawing control device 81 controls the input operation of the ball B by the input mechanism 12, and accordingly, cooperates with the drawing unit 11 and the input mechanism 12 to constitute the first drawing unit 71 (see FIGS. 8 and 12). Further, a control device 82 and a memory device 83 are provided in each of the station units ST. In the gaming machine 1, a plurality of game station units ST are provided, but only one game station unit ST is shown in FIG. The configurations of the game station units ST are equal to each other. The lottery control device 81 and the control device 82 are connected to each other, and exchange data such as game results under the respective units CN and ST.

The control device 82 of the station unit ST acquires the lottery result of the lottery controlled by the lottery control unit 81, and controls the progress of each game. Further, the control device 82 is connected to a display 62 provided in the station unit ST, a touch panel 63, a token detection sensor 61a provided at the token insertion port and detecting the token, and a card reader 65. The card reader 65 reads the information of the card 64 on which the user identification information is recorded, and outputs a signal corresponding to the information to the control device 82. The memory device 83 is an external memory device realized by a memory unit such as a hard disk array. In the memory device 83, in addition to the game material 84 and the game program 85 for executing the game, various kinds of necessary materials are recorded for the control of the game or the provision of various services.

The control device 82 is a computer that combines a micro processing unit (MPU) as an example of a processor that performs various arithmetic processing and operation control in accordance with a specific computer program, and internal memory necessary for the operation. Other peripheral devices. The control device 82 is provided with the above-described second drawing unit 72 and game control unit 90 as logical devices realized by a combination of the hardware resource and the game program 85 as a software resource. The second drawing unit 72 is provided in each of the game station units ST. Therefore, the result of the drawing by the second drawing unit 72 can be executed independently of each of the station units ST. Therefore, the result of the drawing by the first drawing unit 71 is applied to all of the station units ST in common, and the result of the drawing by the second drawing unit 72 differs depending on each station unit ST. As described above, the second drawing unit 72 can constitute a drawing device that arbitrarily selects the electrons of the mark 107 using a random number or the like. Alternatively, a logical drawing device that replaces a physical drawing mechanism with a virtual drawing device by a software may be used as the second drawing unit 72. The accuracy of the respective markers 107w, 107d, 107e, and 107f is selected by the second drawing unit 72, and can be appropriately set in consideration of the overall recovery rate of the gaming machine 1. This accuracy can also be controlled to dynamically change during the operation of the gaming machine 1.

FIG. 12 shows an example of a detailed configuration of the game control unit 90. The game control unit 90 further includes an arrangement control unit 91 and a control unit 92 as logical devices. The arrangement control unit 91 receives the selection result from the drawing control device 81 and the second drawing unit 72 of the first drawing unit 71, and appropriately updates the arrangement of the marks 107 in the standby column 104 and the determination column 105, and records the arrangement data 93. . The arrangement data 93 is held in the internal memory device of the control device 82, and records the arrangement of the marks 107 in the standby column 104 and the determination column 105.

The progress control unit 92 performs the game in the station unit ST based on the arrangement of the mark 107 recorded in the determination column 105 of the arrangement data 93. The control unit 92 further includes an evaluation unit 94 and a compensation control unit 95 as logical devices. The estimating unit 94 evaluates the combination of the marks 107 in the column 105 based on the arrangement data 93. For example, the estimating unit 94 performs a determination process of whether or not the combination of the marks 107 recorded in the determination column 105 of the arrangement data 93 satisfies the winning condition. Does the combined flag 107c participate in the establishment if the winning conditions are met? Thereby, the combination of the marks 107 of the determination column 105 successively updated by the arrangement control unit 91 is evaluated.

The remuneration control unit 95 calculates the amount of remuneration to be given to the player based on the evaluation result of the evaluation unit 94, and appropriately updates the remuneration data 96 based on the calculation result. The reward data 96 is held in the internal memory device of the control device 82, and is stored in the memory device 83 as necessary. Further, the remuneration control unit 95 also performs a process of increasing or decreasing the bonus amount of each winning condition in accordance with the evaluation result of the appraisal unit 94. Further, although the control device 82 is provided with an image drawing unit, a sound reproducing unit, and the like, the illustration is omitted; the image drawing unit repeatedly draws the game screen 100 in a cycle corresponding to the frame rate of the display 62, and the game screen is The operation of the bed operation of the user by the touch panel 63 is performed, and the operation is reflected in the processing of the game processing unit, the arrangement control unit 91, and the control unit 92. The sound reproduction unit generates and The game performs the corresponding performance sound. Further, after the series of processes illustrated in FIGS. 10A to 10J, that is, after the mark 107 is selected by the processing of the image drawing unit, the marks 107 are rolled into the determination column 105 through the standby column 104 to determine the mark 107 in the column 105. The process of the combined change (the process of forming the combination of the markers 107) is a reminder to the player one by one.

Next, an example of processing executed by the game control unit 90 of the control device 82 will be described in order to provide the game illustrated in FIG. 9 and FIGS. 10A to 10J with reference to FIGS. 13 to 15 . Further, as for the control of the drawing mechanism 11 and the input mechanism 12 by the drawing control device 81, as described above, a specific number of balls B are input to the respective drawing units, and the ball B enters the bag portion 22 of any one, whereby The process of selecting the color of the pocket 22 as the result of the lottery is repeated until the specific end condition is established. The number of inputs of the ball B in each drawing unit can be appropriately changed, and the end condition is determined as an example in which the ball B enters the exit pocket 22u. However, the number of inputs to the ball B can be changed. In the case of the upper limit, the lottery is ended. These controls can also be performed in a known game machine in the same manner, and detailed steps are omitted. Further, the second drawing unit 72 executes the drawing and receiving drawing instruction every time by the first drawing unit 71, and selects any one of the marks 107 from the marks 107w and 107d to 107f in response to the instruction. Therefore, the detailed description of the control procedure of the second drawing unit 72 will be omitted.

FIG. 13 shows an example of the procedure of the game control process executed by the game control unit 90 in accordance with the start of the drawing by the first drawing unit 71 and the second drawing unit 72. The lottery control device 81 instructs the input mechanism 12 to start the input of the ball B, and instructs the control device 82 to start the game. In response to the instruction, the second drawing unit 72 starts the drawing process synchronized with the first drawing unit 71, and the game control unit 90 starts the game control process of FIG. When the game control process is started, first, the arrangement control unit 91 and the reward control unit 95 of the game control unit 90 execute the specific initial setting (step S1). Through the initial setting, the game screen 100 illustrated in FIG. 9 is displayed on the display 62. Further, under the initial setting, various internal parameters describing the progress state of the game are set to initial values. For example, the arrangement control unit 91 sets the arrangement data 93 to a specific initial arrangement state, and the reward control unit 95 sets the bonus amount of each prize condition and the amount of reward given to the player to an initial value.

In the initial setting, in the determination column 105, for example, three marks 107 are sequentially arranged from the lattice 106 at the end. The reason why the three markers 107 are initially arranged is that the winning condition of "4 colors" is satisfied when the marker 107 initially selected by the first drawing unit 71 is rolled in the determination column 105. The type of the mark 107 arranged under the initial setting can be appropriately selected from the mark 107 of the candidate selected as the first drawing unit 71. In the initial setting flag 107, the mark 107 selected in the case where the ball B has entered the outer drawing unit 23 can also be restricted. In the initial setting of the standby line 104, the flag 107 which is appropriately selected from the candidate mark 107 selected as the second drawing unit 72 may be placed in an appropriate lattice 106, or may be set to all the lattices of the standby column 104. 106 is empty. In the determination column 105, six grids 106 are set, and when the number of the markers 107 that are initially set is four or less, two or more empty grids 106 are generated on the trailing end side of the determination column 105. In this case, the mark 107 that has been rolled into the determination column 105 is sequentially arranged from the end side to the lattice 106 in the empty state, and after the six marks 107 are placed in the determination column 105, as shown in FIG. 10A below. The marks 107 are sequentially rolled one by one to the grid 106 at the end of the decision column 105.

When the initial setting is completed, the arrangement control unit 91 acquires the drawing result from the first drawing unit 71 (step S2). Next, the arrangement control unit 91 determines whether or not the exit flag 107u has been selected by the first drawing unit 71 (step S3). When the exit flag 107u has not been selected, the arrangement control unit 91 acquires the lottery result of the second lottery unit 72 (step S4). As a result, the result of the drawing by each of the first drawing unit 71 and the second drawing unit 72 is taken in the game control unit 90. Thereafter, the arrangement control unit 91 and the execution control unit 92 execute the lottery result processing, and then return to the process in step S2. The processing of steps S2 to S5 is repeated until the outgoing flag 107u is selected by the first drawing unit 71. However, in the case where the number of times of drawing reaches a certain upper limit value, an affirmative determination may be made in step S3. When an affirmative determination is made in step S3, the game control unit 90 determines the game result at that point in time (step S6), and ends the processing of FIG.

14 and 15 show an example of the procedure of the lottery result processing executed in step S5 of Fig. 13 . In the lottery result processing, the first arrangement control unit 91 determines whether or not the grid 106 at the end of the standby column 104 is empty based on the arrangement data 93 (step S11), and if it is in an empty state, the grid 106 is disposed as the first drawing unit. The selected element 107 is marked 71 (step S12). Next, the arrangement control unit 91 determines whether or not the number of the marks 107 of the determination column 105 has not reached the upper limit value (step S13). When the number of the markers reaches the upper limit value, the arrangement control unit 91 excludes the marker 107 of the grid 106 disposed at the end of the determination column 105 from the determination column 105 (step S14), and causes the other determination row 105. The mark 107 is moved to the left by one space (step S15). Next, the arrangement control unit 91 rolls the mark 107 of the grid 106 disposed at the end of the standby line 104 into the grid 106 at the trailing end of the determination column 105 (step S16). When it is determined in step S13 that the number of the marks 107 of the determination column 105 has not reached the upper limit value, the arrangement control unit 91 ignores steps S14 and S15 and proceeds to step S16. In this case, the grid 106 having the empty state on the left side of the grid 106 at the trailing end of the determination column 105 is subjected to the following processing in step S16: the marker 107 is rolled up to the determination column 105, and further moved. In the determination column 105, there is no lattice 106 in an empty state on the end side (left side).

Thereafter, the arrangement control unit 91 moves the mark 107 placed in the standby column 104 to the right by one space (step S17). Next, the arrangement control unit 91 takes the mark 107 selected by the second drawing unit 72 into the standby column 104, and arranges it at the rear end of the grid 106 (step S18). However, when the non-winning flag 107f is selected by the second drawing unit 72, the take-in is ignored, and the grid 106 at the trailing end of the standby column 104 is set to the empty state. By the processing up to this point, the mark 107 selected by the first drawing unit 71 is rolled up to the determination column 105, and the mark 107 selected by the second drawing unit 72 is taken in the standby column 104 to temporarily determine each standby column 104. And the configuration of the flag 107 in the decision column 105. Therefore, the arrangement control unit 91 updates the arrangement data 93, and the arrangement of the end point of step S18 is recorded (step S19). In addition, an affirmative determination is made in step S11, and when the processing is sequentially performed in steps S12 to S18, the standby column 104 and the determination column 105 are sequentially changed as illustrated in FIGS. 10A to 10C.

When it is determined in step S11 that the lattice 106 at the end of the standby column 104 is not empty, that is, in the state in which the marker 107 is placed, the arrangement control unit 91 determines whether or not the marker 107 is the special marker 107w (step S20). In the case of the special mark 107w, the arrangement control unit 91 arranges the mark 107 selected by the first drawing unit 71 in the lattice 106 in the empty state of the standby line 104 in the grid 106 in the empty state of the standby column 104 (step S21). ), then proceed to step S13. In this case, in step S16, the special mark 107w is rolled up to the determination column 105, and the mark 107 selected by the first drawing unit 71 remains in the standby column 104. For example, the case where the standby column 104 and the determination column 105 are changed from FIG. 10C to 10E is an example. After the subsequent processing, the mark 107 at the end of the standby column 104 also continues to roll toward the determination column 105, which will be described later.

When it is determined in step S20 that the mark 107 at the end of the standby column 104 is not the special mark 107w, the arrangement control unit 91 determines that the mark 107 is the apple mark 107d as an additional requirement or the winning rate promotion flag 107e, so that the additional requirement is made. The mark 107 is combined with the mark 107 selected by the first drawing unit 71 to generate the joint mark 107c (step S22). When the combination mark 107c is generated, the arrangement control unit 91 proceeds to step S13 and performs processing. In this case, in step S16, the binding mark 107c is rolled in to the determination column 105. When both of the steps S11 and S20 are negatively determined, and the process proceeds to step S13 via the step S22, the standby column 104 and the determination column 105 are changed, for example, as shown in FIGS. 10H to 10J.

When the arrangement data 93 is updated in step S19, the lottery result processing proceeds to step S23 of Fig. 15 . In step S23, the ranking control unit 91 notifies the evaluation unit 94 of the update of the arrangement data 93, and the evaluation unit 94 that has received the update determines the combination of the markers 107 in the determination column 105 based on the updated arrangement data 93. Whether the conditions for winning the prize are met. When the winning condition is satisfied, the estimating unit 94 determines whether or not the binding flag 107c is included in the flag 107 that participates in the establishment of the winning condition (step S24).

The result of the discrimination in step S23 and step S24 is supplied to the reward control unit 95. The reward control unit 95 is configured to include the combination mark 107c when the prize condition is satisfied and the mark 107 of the meal is established (the both of steps S23 and S24 are "Yes"), and the combination is included in the combination mark 107c. The additional markup apple mark 107d or the special bonus generation corresponding to the winning rate increase flag 107e (step S25), after which the reward information 96 is updated so that the points corresponding to the winning combination (for example, the combination of "4 colors") are integrated. The number is given to the player (step S26). The reward control unit 95 is in the case where the winning condition is established, but the flag 107 that participates in the establishment does not include the combination flag 107c (YES in step S23, and NO in S24), step S25 is ignored. And the process proceeds to step S26. When the winning condition is not satisfied (NO in step S23), the processing of steps S25 and S26 by the reward control unit 95 is all ignored.

When the processing of step S26 is completed or the determination is negative in step S23, the lottery result processing proceeds to step S27. In step S27, the arrangement control unit 91 determines whether or not the flag 107 selected by the first drawing unit 71 is rolled in the determination column 105 under the current processing. When the flag 107 has been scrolled to the determination column 105, the processing of the lottery result corresponding to the current drawing is completed, and the processing in the game control unit 90 returns to the step S2 of Fig. 13 . On the other hand, when it is determined in step S27 that the mark 107 selected by the first drawing unit 71 has not been rolled into the determination column 105, the arrangement control unit 91 proceeds to step S28 and performs the processing. The processing started here is that the special mark 107w selected by the second drawing unit 72 is moved to the lattice 106 at the end of the standby column 104, and the mark 107 is rolled up to the determination column 105 under the processing of step S16 of Fig. 14 . In this case, the process of scrolling the mark 107 selected by the first drawing unit 71 to the determination column 105 is continued. That is, the processing for realizing the changes of FIGS. 10C to 10G.

When the process proceeds to step S28, the arrangement control unit 91 determines whether or not the number of the marks 107 of the determination column 105 has not reached the upper limit value. When the number of the markers reaches the upper limit value, the arrangement control unit 91 excludes the marker 107 of the grid 106 disposed at the end of the determination column 105 from the determination column 105 (step S29), and causes the other determination row 105. The mark 107 is moved to the left by one space (step S30). Next, the arrangement control unit 91 rolls the mark 107 of the grid 106 disposed at the end of the standby line 104 into the grid 106 at the trailing end of the determination column 105 (step S31). When it is determined in step S28 that the number of the marks 107 of the determination column 105 has not reached the upper limit value, the arrangement control unit 91 ignores steps S29 and S30 and proceeds to step S31. In this case, the grid 106 having the empty state on the left side of the lattice 106 at the trailing end of the determination column 105 is subjected to the following processing in step S31: the marker 107 is rolled up to the determination column 105, and further moved. In the determination column 105, there is no lattice 106 in an empty state on the end side (left side).

Thereafter, the arrangement control unit 91 moves the marker 107 placed in the standby column 104 to the right by one space (step S32). Next, the arrangement control unit 91 updates the arrangement data 93 to record the arrangement of the end point of step S32 (step S33), and then returns to step S23. The processing of step S28 is repeated until step S27 makes an affirmative determination, that is, the flag 107 selected by the first drawing unit 71 is scrolled back to the determination column 105. In the case where two or more special marks 107w are continuously arranged from the lattice 106 at the end of the standby row 104 toward the trailing end side, all of the special marks 107w are rolled into the determination column 105 under the processing of FIG. The mark 107 selected by the first drawing unit 71 is rolled up to the determination column 105. When the mark 107 selected by the second drawing unit 72 is limited to roll to the determination column 105, the process of step S21 of FIG. 14 may be temporarily retained, and the lattice of the end of the column 104 may be reserved at step S16. The mark 107 of 106 is rolled into the grid 106 of the empty state at the end of the standby column 104 generated at the time of the determination column 105, and the mark 107 selected by the first drawing unit 71 is placed. Further, when an affirmative determination is made in step S20, when the marks 107d and 107e as additional elements are arranged from the end of the standby column 104 to the second and subsequent grids 106, these marks 107d and 107e cannot be separated. Since it is rolled in to the determination column 105, the bonding mark 107c may be generated at the stage of step S21.

In the above aspect, the game control unit 90 in the control device 82 functions as one of the game control means, and the arrangement control unit 91 of the game control unit 90 is via step S13 or FIG. 15 of FIG. In step S31, the mark 107 selected by the first drawing unit 71 is rolled into the determination column 105 to function as one of the element rolling means, and the mark 107 is excluded via step S14 of Fig. 14 or step S29 of Fig. 15 . As an example of the means of excluding the elements, it functions. Further, the control unit 92 functions as one of the control means by executing the processes of steps S23 to S26 of FIG. 15 .

The present invention is not limited to the above-described configuration and the modification, and can be implemented in various types. For example, in the above-described configuration, it is possible to function only as the following waiting range: the mark 107 selected by the first drawing unit 71 is temporarily placed in the portion of the standby column 104 to be rolled up to the determination column 105. The process of the standby line 104 is omitted, and the mark 107 selected by the first drawing unit 71 is directly rolled into the determination column 105 every time the selection is made, and the mark selected by the second drawing unit 72 in the standby column 104. 107 is rolled into the standby range up to the determination column 105. In this case, the waiting range is not limited to the example in which the elements are arranged in a row as in the standby column 104, and may be changed to the mark 107 selected by the second drawing unit 72 in an appropriate arrangement. The number of accommodations of the marks 107 in the standby column 104 (the number of the grids 106) is not limited to the example of the drawings, and can be appropriately changed.

The determination range is not limited to the above-described type, and can be appropriately changed. E.g. In the above-described configuration, as an example of the determination range, the determination column 105 in which the elements are arranged in a single column within a predetermined upper limit value is set. However, the determination column 105 of two or more columns may be set as the determination range. The number of elements arranged in the determination range is not limited to six, and the number may be appropriately changed. It is also possible to set an upper limit value for the number of requirements of the determination range, and omit the processing of the exclusion requirement. In the case of excluding the requirements, it is not limited to the case where the period from the roll-in to the determination range is excluded in the earlier order, for example, randomly selecting the elements to be excluded from the determination range, or preferentially excluding the value within the determination range. The requirements, as such, may also be appropriate to determine the requirements that should be excluded from the scope of the decision.

The first rule and the second rule are not limited to the above-described types as long as they are different between them, and can be appropriately changed. For example, in the above-described type, the mark 107 selected by the second drawing unit 72 is sequentially moved toward the end of the standby column 104 every time the mark 107 is selected by the first drawing unit 71, and the second drawing unit is used. The selected flag 107 is a period of time when the number of times of drawing in the first drawing section 71 reaches a certain number to come to the determination column 105. Thus, the length of time from the selection of the requirement to the rolling of the determination range is differentiated between the first rule and the second rule. However, in the case where the two rules are differentiated from the viewpoint of the length of time, for example, After the first selection means selects the requirements, the selection means of the second selection means is rolled into the determination range when the specific standby time has elapsed, whereby the time difference may be generated during the roll-in period. The first rule and the second rule are not limited to the case of being set to be associated with time. For example, the requirements selected by the first selection means are sequentially scrolled to the determination range in accordance with the selection order, and the requirements selected by the second selection means may be combined with the standby range of the standby column 104. The combined requirements are suitable for selecting any one of the elements to roll into the determination range. In this case, for example, it is not necessary to exclude the case where the elements selected by the first selection means and the second selection means are simultaneously rolled into the determination range. In the first selection means, a plurality of elements are sequentially selected, and the elements are sequentially rolled into the determination range, and the second selection means selects a number of elements different from the first selection means, and the elements are at an appropriate timing. Rolling into the determination range, the first rule and the second rule can be differently set.

The first component group that is a candidate for selection by the first selection means and the second component group that is a candidate for selection by the second selection means can be appropriately changed. For example, in the above-described form, the special mark 107w is set as a requirement for both the first component group and the second component group to be repeated, but the first component group and the second component group may be It is set to distinguish between the two groups and the requirements are not repeated. It can also be set to be consistent with all the requirements between the two groups.

In the above-described configuration, the first drawing unit 71 using the physical drawing unit 11 as the first selecting means or the first selecting means is used, and the second selecting means or the second selecting means is used. The second drawing unit 72 that performs the electronic drawing is performed in number, but the element selecting means or the element selecting means is not limited to such a form. It is also possible to configure a physical drawing means for both the first selection means and the second selection means, and it is also possible to configure both to perform electronic drawing. In the case of performing electronic lottery, as described above, the accuracy of the lottery may be controlled in consideration of the recovery rate, and the accuracy of the lottery may be controlled in accordance with the skill of the player. The means for at least one of the first selection means and the second selection means does not arbitrarily select the requirements, and the requirements are selected in accordance with the operation of the player. Thus, the selection may be based on any input information. Regarding the choice of requirements, you can also set any regularity. In this case, the first rule or the second rule for rolling the selected requirement into the determination range is appropriately differentiated and set, whereby the combination of the irregularity to the requirements in the determination range is given. Can make the game more diverse.

The first selection means and the second selection means are not limited to the case of selecting the elements in synchronization with each other, and may be appropriately changed as long as the two selection means repeatedly select the elements. For example, the first selection means and the second selection means may be repeatedly selected in mutually different periods, or the period in which at least one of the selection means is repeatedly selected may be indefinite.

In the above-described configuration, the control unit 92, which is one of the control means, performs the combination of the markers 107 in the evaluation determination column 105, and generates a reward or a special prize in accordance with the evaluation result, thereby making the game This is done, however, the progress of the game is not limited to such an example. The progress of the game may be controlled as long as it is related to the combination of the requirements in the determination range, and is not limited to the generation of rewards, etc., and may be made by representing the score of the game, the state or level of the game, and the player. The ranking of the player's advantage index and the means of increasing the parameters are used to make the game. Alternatively, the progress of the game may be controlled in a state in which the combination of the requirements is given to control the progress of the game.

In the above-described form, an example is shown in which the game system is configured as an arcade game machine in which the center unit CN is shared among a plurality of game station units ST. However, the game system of the present invention is not limited to such an example. For example, the present invention is also applicable to a network type game system in which a component selection means is shared among a plurality of terminal devices connected through a network. Alternatively, the present invention is also applicable to a game machine in which a single input/output unit and a request selection means are provided in a one-to-one correspondence between a plurality of terminal apparatuses without sharing the requirement selection means.

Various aspects of the present invention derived from the above-described embodiments and modifications are described below. In the following description, in order to facilitate understanding of the various aspects of the present invention, the corresponding constituent elements shown in the drawings are bracketed, but the present invention is not limited to the illustrated form.

The game system (1) in the same state of the present invention includes means (71, 72) for selecting a requirement of any one of a plurality of elements (as an example, marks 107p to 107w, 107d to 107f); And a game control means (90) for controlling the game in association with the selection of the foregoing requirements by the means for selecting the feature; wherein the means for selecting the feature is provided from at least a part of the plurality of requirements. The first component group (for example, the markers 107p to 107w) repeatedly selects the first selection means (71) of any one of the requirements, and the second component group that is set to at least a part of the plurality of requirements (for example, The markers 107d to 107f) repeatedly select the second selection means (72) of any one of the requirements; and the game control means includes: scrolling the element selected by the first selection means to the specific one according to the specific first rule The determination range (73, 105), on the other hand, according to the second rule different from the first rule, the requirement selected by the second selection means is rolled into the determination range Elements feed roller means (91, S16, S31); as well as for determination of the elements within the composition range of the given connection and control of the game control means (92, S23 ~ S26).

The computer program (85) for the game system in the same state of the present invention controls the game (the computer) (82) of the game system (1) as a function of the selection of the aforementioned requirements caused by the selection of the above-mentioned requirements. The game control means (90) functions: the game system includes: a first selection means (71) and a second selection means (72); the first selection means includes a plurality of elements (as an example, the mark 107p ～107w, 107d to 107f) select the element selection means (71, 72) of any one of the requirements, and the first component group set in at least a part of the plurality of requirements in the above-described requirement selection means (as an example, the mark 107p) ～107w) repeatedly selecting one of the requirements; the second selection means repeatedly selecting one of the requirements from the second requirement group (as an example, the marks 107d to 107f) of at least a part of the plurality of requirements; In order to configure the game control means as a means for: the element rolling means (91, S16, S31), the first selection means is used according to the specific first rule The selected requirement is rolled into a specific determination range (73, 105), and on the other hand, the element selected by the second selection means is scrolled to the above determination according to the second rule different from the first rule. And a control means (92, S23 - S26) for controlling the progress of the game in association with the combination of the above-mentioned requirements in the determination range.

A game system (1) according to another aspect of the present invention includes: a requirement selecting means (71, 72) for selecting a request from any of a plurality of requirements (as an example, marks 107p to 107w, 107d to 107f); Memorizing a memory device (83) of a specific computer program (85); and a processor (82) connected to the foregoing element selection device and the foregoing memory device for performing a specific process according to the computer program; characterized in that: The apparatus is provided with: a first selection device (71) that repeatedly selects one of the requirements of the first component group (for example, the markers 107p to 107w) that is set in at least a part of the plurality of requirements; A second selection means (72) for selecting at least a part of the plurality of requirements (for example, the markers 107d to 107f) to select one of the requirements; the processor is selected based on the computer program and the above-mentioned requirements The selection of the aforementioned requirements by the device gives a connection to control the game; in the control of the game: according to the specific first rule, the selection selected by the first selection means The item is rolled into a specific determination range (73, 105). On the other hand, according to the second rule different from the first rule, the element selected by the second selection means is rolled into the determination range; The combination of the aforementioned requirements in the aforementioned determination range is related to control the progress of the aforementioned game.

According to the above-described game system and computer program, the rules for the roll-in determination range selected by the first selection means and the second selection means (or the first selection means and the second selection means) are differentiated. The influence of the selection result of the first selection means and the second selection means and the combination of the requirements of the selection result in the determination range, that is, the correspondence with the influence given to the progress of the game may be caused. For example, it is possible to gradually change the combination of the requirements in the determination range while selecting the selection means of one of the first selection means or the second selection means, and select the other selection means. The requirement is suitable for rolling into the difference of the determination range. If such a difference is set, irregularities can be generated in the change of the combination of the requirements in the determination range. In comparison with the case where the determination range selected by the two selection means is regularly rolled in on the rule, the monotony of the formation process of the combination of the elements can be suppressed or eliminated, and the diversity of the progress of the game can be improved. For this reason, for the player who observes the formation process of the combination, the progress of the game becomes unpredictable, and it is suitable to change the expectation or tension of the player. Therefore, the interest of the game can be improved.

Furthermore, the computer program of the same state of the present invention can also be provided in the state of being memorized in the memory medium. When the memory medium is used, for example, by installing a computer program related to the present invention on a computer, the computer system of the present invention can be realized by the computer. The memory medium of the computer program can also be a non-transitory memory medium such as a CDROM.

In the above aspect, the first rule may be set such that the requirement is sequentially rolled into the determination range every time the element is selected by the first selection means. According to this, each time the selection means is selected by the first selection means, on the one hand, the selected element is rolled into the determination range, and the combination of the requirements in the determination range is regularly changed. On the other hand, the second selection is used according to the second rule. The elements selected by the means are suitable to roll into the determination range, whereby the irregularity of the combination of the elements can be given.

The second rule may be set to a length of time required until the requirement is rolled up to the determination range by the second selection means, and the first selection means is used. The length of time required until the above requirement is rolled up until the requirement is rolled into the aforementioned determination range is longer. According to this, the length of time required for the element selected by the second selection means to roll into the determination range is relatively long, whereby the requirement for selecting the element by the second selection means can be ensured for a long period of time, and the element is rolled into the determination. The period until the range is entered into the combination of the requirements in the inverse judgment range. In this period, the combination of the requirements in the determination range is changed by the requirement selected by the first selection means, whereby the influence selected by the second selection means appropriately changes the influence given to the progress of the game, whereby The interest in the game can be improved by changing the player's sense of expectation or tension.

Further, in the game control means, if a number of the requirements in the determination range exceeds a predetermined upper limit value, a part of the requirements in the determination range may be excluded from the determination range. The means of exclusion (91, S14, S29). According to this, the number of requirements in the determination range is limited to the upper limit value, and the combination of the requirements in the determination range can be surely changed as the requirement for the determination range is rolled.

Alternatively, the means for excluding the above-mentioned requirements may be excluded from the determination range as an earlier requirement from the period of the roll-in toward the determination range. As the requirements of the determination range are rolled in, the requirements that were previously rolled into the determination range are sequentially excluded, and accordingly, the requirement that the element rolled into the determination range is affected during the progress of the game is limited. It is possible to change the expectation or tension of the formation of the combination of the elements more reliably.

In the second requirement group, the unclaimed requirement (as an example, the unwinning mark 107f) and the winning requirement (as an example, the marks 107w, 107d, and 107e) may be included, and the above-described requirement rolling means may be based on the foregoing. The second rule only rolls the aforementioned winning requirement into the aforementioned determination range. According to this, in the case where the non-winning requirement is selected by the second selection means, the unwinning requirement is a combination of the requirements that are not involved in the determination range, and if the winning requirement is selected, the winning requirement is based on The second rule is rolled into the determination range to change the combination of the requirements. For this reason, it is possible to generate irregularities in the rolling of the determination range of the requirements selected by the second selection means.

In the case where the second requirement group includes a common requirement that is included in at least two of the first component groups when the roll is within the determination range (as an example, the mark 107w) ). According to this, when the common requirement selected by the second selection means is rolled into the determination range, the common requirement is common to at least two elements, and the formation of the combination of the elements in the determination range is advantageous. The situation. Therefore, according to the selection of the requirements in the second selection means, it is possible to improve the expectation of the player related to the roll-in of the determination range of the selected requirement.

In addition, when the second component group is included in the determination range, the second component group may be added to any one of the determination ranges to generate a binding element (as an example, the flag 107c). In the case of the control means, when the specific combination including the combination is formed, the control means has a special influence on the progress of the game (as an example, the special prize in step S26) Produced). According to this, it is possible to produce diversity in the progress of the game by the selection of the additional requirements and the roll-in of the determination range of the combination requirements generated according to the additional requirements.

In the case where the control means is configured to form a combination of the specific conditions (for example, the winning condition of step S23) within the determination range, the remuneration may be generated. According to this, by combining the combination with the requirements in the determination range and the reward, it is possible to surely improve the expectation of the player who forms the combination of the requirements.

Each of the first selection means and the second selection means may select the above-described requirements by lottery. According to this, the arbitrariness caused by the lottery is used to guarantee the contingency or the accident of the progress of the game, and along with this, the interest of the game can be further improved.

Some or all of the above-described embodiments are described below, but are not limited to the following.

(Note 1)
A game system comprising: a first drawing unit that repeatedly selects one of the requirements from the first requirement group by using a physical game medium;
Performing the electronic drawing, selecting the second drawing unit of any one of the requirements from the second component group; and controlling the game processor in association with the selection of the above-mentioned requirements by the first drawing unit and the second drawing unit ;among them,
The processor scrolls the element selected by the first drawing unit into a specific determination range according to a specific first rule, and uses the second rule different from the first rule. The requirements selected by the second drawing unit are rolled into the determination range;
Controlling the progress of the game is controlled in association with the combination of the aforementioned requirements in the aforementioned determination range.

(Note 2)
A game system having: a processor that controls a game that is related to a selection of a requirement; wherein,
The processor is configured to repeatedly select one of the requirements from the first requirement group;
Select one of the requirements from the second requirement group repeatedly;
According to the specific first rule, the requirement selected from the first requirement group is rolled into a specific determination range, and the second requirement is based on the second rule different from the first rule. The selected elements of the group are rolled into the aforementioned determination range;
Controlling the progress of the game is controlled in association with the combination of the aforementioned requirements in the aforementioned determination range.

(Note 3)
In the game system of the second aspect, the processor selects the requirement from the first requirement group and the second requirement group by performing electronic drawing.

(Note 4)
A control method for a game system is related to the selection of a requirement to make a game; the feature is that the following program is provided:
Selecting the first selection program of any one of the requirements from the first requirement group;
Selecting the second selection program of any one of the requirements from the second requirement group;
According to the specific first rule, the requirement selected by the first selection program is rolled into a specific determination range, and the second selection is made based on the second rule different from the first rule. The requirements selected by the program are rolled into the program of the above-mentioned determination range; and the control program for controlling the progress of the game is provided in association with the combination of the above-mentioned requirements in the aforementioned determination range.

1‧‧‧Game machine (game system)

11‧‧‧Selection institutions

12‧‧‧Investment agencies

71‧‧‧1st selection section (1st selection means, 1st selection means)

72‧‧‧Second selection unit (second selection means, second selection means)

73‧‧‧ Determination range

74‧‧‧Requirements

81‧‧‧Selection Control Department

82‧‧‧Control devices (computers, processors)

83‧‧‧ memory device

85‧‧‧ game program

90‧‧‧ Game Control Department (game control means)

91‧‧‧Arrangement of the Ministry of Control (the means of rolling in and the means for removing the requirements)

92‧‧‧ Conduct control department (control means)

94‧‧‧Measurement Department

95‧‧‧Reward Control Department

100‧‧‧ game screen

104‧‧‧ Standby column

105‧‧‧Determining column (judgment scope)

106‧‧‧ lattice

107c‧‧‧Combined mark (winning requirements, combined requirements)

107d‧‧‧Apple Mark (winning requirements, additional requirements)

107e‧‧‧Winning rate improvement mark (winning requirements, additional requirements)

107f‧‧‧No winning mark (not winning)

107p～107u‧‧‧ mark (required)

107v‧‧‧Multi-color mark (required)

107w‧‧‧Special mark (winning requirements, sharing requirements)

[Fig. 1] A general view of a game machine of a type of the present invention.

[Fig. 2] A perspective view of a center unit and a plurality of game station units.

[Fig. 3] An enlarged view of an important part of the drawing mechanism.

[Fig. 4] In Fig. 3, a diagram of a rotating field is omitted.

[Fig. 5] A perspective view of a recycling mechanism.

[Fig. 6] A perspective view of the input mechanism.

[Fig. 7] Schematic diagram of the drawing site.

[Fig. 8] A diagram showing the concept of the requirement roll-in determination range selected by each of the first drawing unit and the second drawing unit.

FIG. 9 is a view showing an example of a game screen to which the concept of FIG. 8 is applied.

FIG. 10A is a view showing an example of a process of scrolling the mark selected by each of the first drawing unit and the second drawing unit in the standby column and the determination column of FIG. 9.

FIG. 10B is a view showing a process subsequent to FIG. 10A.

[Fig. 10C] A diagram showing the procedure subsequent to Fig. 10B.

FIG. 10D is a view showing a process subsequent to FIG. 10C.

FIG. 10E is a view showing a process subsequent to FIG. 10D.

FIG. 10F is a view showing a process subsequent to FIG. 10E.

FIG. 10G is a view showing a process subsequent to FIG. 10F.

[Fig. 10H] Fig. 10H is a view showing an example of a process of generating a binding element and rolling it into a determination column.

[Fig. 10I] A diagram showing the procedure following Fig. 10H.

FIG. 10J is a view showing a process subsequent to FIG. 10I.

Fig. 11 is a functional block diagram showing an example of a configuration of an important part of a control system of a game machine.

FIG. 12 is a functional block diagram showing an example of a detailed configuration of the game control unit.

[Fig. 13] A flowchart showing an example of a procedure of a game control process in which the game control unit gives a related and executed execution result to the lottery result.

Fig. 14 is a flow chart showing an example of the procedure of the lottery result processing.

[Fig. 15] A flowchart subsequent to Fig. 14.

Claims (12)

A game system with: The means of selecting the elements of any one of the plurality of requirements; and a game control means for controlling a game in association with the selection of the foregoing requirements caused by the above-mentioned requirement selection means; characterized by: In the foregoing element selection means, there are: a first selection means for repeatedly selecting an element of any one of the first requirement groups set in at least a part of the plurality of requirements; a second selection means for repeatedly selecting one of the elements of the second requirement set from at least a part of the plurality of requirements; In the aforementioned game control means, there are: According to a specific first rule, the element selected by the first selection means is rolled into a specific determination range, and the second selection means is used according to the second rule different from the first rule. The selected element is rolled into the above-mentioned determination range of the element rolling means; A control means for controlling the progress of the game is provided in association with the combination of the above-described requirements in the above-described determination range. The game system of claim 1, wherein The first rule is set such that the requirement is sequentially rolled into the determination range every time the above-described requirement is selected by the first selection means. The game system of claim 2, wherein The second rule is set to a length of time required after the selection of the requirement by the second selection means until the requirement is rolled into the determination range, and the selection of the requirement is made by using the first selection means. The length of time required until the requirement is rolled into the aforementioned determination range is longer. The game system of any one of claims 1 to 3, wherein In the game control means, if the number of the requirements in the determination range exceeds a certain upper limit value, the means for excluding the part of the requirement within the determination range from the determination range is further excluded. . The game system of claim 4, wherein The means for excluding the above-mentioned requirements is a case in which the earlier requirements are excluded from the determination range in the period from the time of the advancement to the determination range. The game system of any one of claims 1 to 5, wherein In the second component group, the unclaimed requirement and the winning requirement are included, and the above-described requirement rolling means is only required to roll the aforementioned winning requirement into the determination range according to the second rule. The game system of any one of claims 1 to 6, wherein The second component group includes a common requirement that is included in at least two of the first component groups when the roll is within the determination range. The game system of any one of claims 1 to 5, wherein In the case where the second component group is included in the determination range, any one of the requirements within the determination range is added to generate an additional requirement of the combination requirement; The above-described control means has a special influence on the progress of the game when a specific combination including the above-described combination requirements is formed. The game system of any one of claims 1 to 8, wherein The control means described above generates a remuneration when a combination of specific conditions is satisfied within the above-described determination range. The game system of any one of claims 1 to 9, wherein Each of the first selection means and the second selection means selects the above requirements by lottery. A computer program for a game system, which functions as a game control means for controlling a game by associating a selection of the aforementioned requirements caused by the selection of the above-mentioned requirements; the game system is provided with: And a second selection means; the first selection means includes a requirement selection means for selecting a requirement of any one of the plurality of requirements, wherein the requirement selection means repeats from the first requirement group set to at least a part of the plurality of requirements Selecting one of the requirements; the second selection means repeatedly selecting one of the requirements from the second requirement group set in at least a part of the plurality of requirements; the feature is: The configuration causes the game control means to function as the following means: The method of rolling in, according to a specific first rule, the requirement selected by the first selection means is rolled into a specific determination range, and on the other hand, according to the second rule different from the first rule described above, Rolling the elements selected by the second selection means into the aforementioned determination range; and Control means is provided to control the progress of the game by providing a combination with the combination of the above requirements in the determination range. A game system comprising: a device selection device for selecting a requirement of any one of a plurality of requirements; a memory device for memorizing a specific computer program; and a connection with the above-mentioned feature selection device and the aforementioned memory device, and performing a specific process according to the aforementioned computer program Processor; characterized by: In the foregoing element selection device, there is: a first selection device that repeatedly selects one of the requirements from at least a part of the first requirement group of the plurality of requirements; and Selecting a second selection device of any one of the requirements from the second requirement group set to at least a part of the plurality of requirements; The foregoing processor controls the game according to the computer program according to the selection of the foregoing requirements caused by the above-mentioned requirement selection device; in the control of the game: According to a specific first rule, the element selected by the first selection means is rolled into a specific determination range, and the second selection means is used according to the second rule different from the first rule. The selected elements are rolled into the aforementioned determination range; Controlling the progress of the game is controlled in association with the combination of the aforementioned requirements in the aforementioned determination range.