JP5083720B2 - Game machine - Google Patents

Description

  The present invention relates to a gaming machine that distributes game balls won in a winning device.

As a prior art related to this type of gaming machine, there is known a technique in which game balls won in a winning device are distributed and a winning condition is determined based on the result (see, for example, Patent Document 1). This prior art uses a rotating body having a special winning opening and a general winning opening to sort out whether a game ball enters a special winning opening or a general winning opening.
Japanese Patent Laying-Open No. 2004-236834 (page 9-11, FIGS. 3 to 6)

  However, since the above prior art is a configuration in which the game ball is simply moved from the guideway of the buttocks provided around the rotary body to the rotary body, even while the game ball is being distributed, Based on the relative relationship between the position of the special winning opening or the general winning opening that is rotating and the position of the taxiway, the allocation result is predicted to some extent. For this reason, if it seems that it seems difficult to enter the special prize opening visually, there is a problem that the player is suddenly raised.

  Therefore, the present invention intends to suppress a decrease in the interest of the player with respect to the game ball distributing operation.

[Basic means]
The gaming machine of the present invention distributes game balls using a disk-shaped rotating body having a ball receiving hole for distribution formed by opening upward. The rotating body is provided with a plurality of ball receiving holes, and the ball receiving hole to which the game balls are distributed is an object that attracts the player's interest. For example, if a game ball is distributed to a specific ball receiving hole, if the player is granted some kind of benefit or profit, whether or not the player can distribute the game ball to a specific ball receiving hole. I will watch it with a heart that sweats in my hand. However, as exemplified in the prior art, in a mode in which the game ball moves to the rotating body at a predetermined position and is distributed to any one of the ball receiving holes, the specific ball receiving hole As a result, the sorting result can be predicted from the positional relationship, and the expectation for the sorting operation is not maintained.

  Therefore, the present invention rolls the gaming machine on the annular surface around the rotating body, and finally drops the gaming ball into a ball receiving hole somewhere for distribution, A means for positioning the rotating body above the annular surface is adopted. A player who is in contact with the positional relationship between the rotating body and the annular surface is difficult to predict how the sorting will be performed, and what is generally known as a rotating body such as a roulette wheel I remember a completely different and fresh impression. In other words, since the rotating body is lifted up from the annular surface from the beginning, it is not clear how the game ball enters the ball receiving hole. For this reason, in addition to making it difficult to predict the distribution result, it is possible to break down the preconceptions of players familiar with existing ones such as roulette wheel, what will happen in the future, and what sort of distribution operation The player's imagination such as whether or not is performed can be stimulated and the interest in the sorting operation can be attracted.

  In this way, the gaming machine of the present invention attracts the player's interest from the beginning, and further appeals to the player's interest by the actual game ball sorting operation. That is, in the gaming machine of the present invention, the game ball rolls around the rotating body before the game ball actually enters the sorting hole. At this time, the rotating body is moved from the rolling surface of the game ball. Further, a means for rotating in a state of being positioned above is employed. When the rotating body is rotated in this state, the outer peripheral wall surface comes into contact with the game ball, so that the game ball can be energized and its rolling can be activated.

  The present invention uses means for displacing the rotating body to a position below the annular surface after rolling the game ball around the rotating body. When the rotating body is lowered with respect to the annular surface, the outer peripheral wall surface that has been in contact with the game ball until the previous time sinks below the rolling surface, and the game ball also does not rub against the outer peripheral wall surface of the rotating body. Since the momentum is lost, the game ball can eventually move beyond the outer peripheral wall of the rotating body. In this state, the game ball enters any of the ball receiving holes opened upward, and the game balls are distributed accordingly.

  By adopting such means, according to the present invention, the player can determine how far the game ball rolls by actively rolling the game ball around the rotating body at first in the course of the sorting operation. Can create a situation that makes it difficult to predict. In this respect, it can be said that it is more difficult to predict the rolling mode of the game ball (prediction based on the rolling speed and direction) in comparison with a mode in which the game ball is simply rolled by inertia. Thus, if it is difficult to predict the rolling state of the game sphere, it is more difficult to predict where the game sphere will eventually be distributed, and it is difficult to reduce the interest of the player until the end.

  In addition, more preferred means are combined with the present invention. That is, the present invention employs a means by which the game ball can start rolling with a certain degree of momentum (initial speed) when the game ball rolls around the rotating body first. For example, it is means for rolling a game ball along a certain inclined surface and entering the periphery of the rotating body while giving a certain momentum to the game ball by the acceleration obtained there. In this case, since the game ball starts to roll around the rotating body with a certain initial speed from the beginning, there is no feeling of shakiness on the appearance of the player, and a sharp sorting operation is realized.

  In combination with the above means, the present invention preferably includes means for moving the outer wall surface of the rotating body at a higher speed than the rolling speed when the game ball starts to rotate around the rotating body. In this case, the game ball is rubbed against the outer peripheral wall surface of the rotating body, so that it can be given more momentum and can continue to roll more and more actively.

  The sorting operation using the rotating body performed in the present invention is not necessarily performed only for one game ball at a time. In other words, the present invention provides means for arranging a rotating body inside a winning device for opening and closing a winning opening using a movable piece, and performing a sorting operation in a state where a plurality of game balls are won when the winning opening is opened once. Can be adopted. In this case, it is possible to further enhance the visual fun by actively rolling the game balls in a state where a plurality of game balls are retained around the rotating body. Further, if the number of game balls to be distributed increases with respect to the number of ball receiving holes formed in the rotator, the expectation that the player can obtain a preferable distribution result is greatly increased.

  In order to perform the sorting operation using the rotating body performed in the present invention for a plurality of game balls at one time, the following means is adopted. In other words, it is means for opening the winning opening by operating the movable piece of the winning device for a longer period than the firing time interval in which the game balls are intermittently fired one by one by the launching device. The opening period of the winning opening is set to be at least twice as long as the launch time interval of the game balls by the launching device. The upper limit of the open period is the same as the total number of ball receiving holes formed in the rotating body (the sum of the number of specific ball receiving holes and the number of other ball receiving holes), or the number of ball receiving holes It can be set to the time required to fire one to five game balls more than the number.

  Assuming that the time required for a number of game balls to be fired by the launcher more than the number of the ball receiving holes is the opening period of the winning opening, in theory, it is more than the number of the ball receiving holes in one sort operation. The game balls can be flowed into the winning opening, so that more game balls can stay around the rotating body than the total number of the ball receiving holes. In this case, the probability of being distributed to a specific ball receiving hole is extremely high (theoretically, it may be 100%), so that the player's expectation can be greatly increased.

  In the case of a mode in which the movable piece of the winning device is activated and the game balls flowing into the opened winning opening are distributed by the rotating body in the winning device, the rotating body is formed into an annular surface at least before the winning opening is opened. On the other hand, it is preferable to hold it at a raised position and to stand by in a stopped state. If it is such an aspect, first, a player will play a game with the initial goal of flowing the game ball into the winning port of the winning device, and when the game ball flows into the winning port, the game will turn from there. Imagine that some sort of sorting action is performed by the body. In particular, when the player observes the inside of the winning device, and recognizes the presence of an annular surface, a rotating body, a guiding path for the gaming ball to reach the gaming device, the gaming ball that has flowed into the winning opening passes through the guiding path, Eventually, when you reach the annular surface, you can enjoy the game while imagining how the rotator and the game ball are related and the sorting operation is performed.

  However, since the rotating body is in a position where it has risen above the annular surface before the prize opening is actually opened, how to play the game ball into the ball receiving hole of the rotating body in the existing concept. can not predict. As a result, it is possible to stir up various imagination while breaking down the player's existing concept, and to attract the interest in the sorting operation strongly.

  When the game ball actually flows into the winning opening, the rotating body that has been stopped until then starts to rotate, and the change can give the player an apparent impact. Also, since the rotating body rotates above the annular surface at this time, the game ball that has rolled up to the annular surface rubs against the outer peripheral wall of the rotating body and rolls actively while being given momentum, and it looks like this Gives an increasingly interesting look.

  In the present invention, by guiding the rolling of the game ball through the guide path from the winning opening to the annular surface, the game ball actually reaches the annular surface after the gaming ball flows into the winning opening. A certain delay time can be provided. Then, instead of rotating the rotating body immediately after the game ball flows into the winning opening, the rotating body may be kept in a stopped state until the game ball reaches the annular surface through the guide path. it can.

  In this case, even if the game ball flows into the winning opening, no noticeable change occurs immediately, so what happens if nothing happens as it is, the game ball will not enter the ball receiving hole of the rotating body and It is possible to attract strong interest while letting the players feel that they will stay.

  Also, if the rotating body is kept waiting until the last minute as described above, the player will be greatly surprised when the rotating body actually starts rotating when the game ball reaches the annular surface. Can do.

  Alternatively, apart from the mode in which the rotating body is stopped in the raised position as described above, the movable piece of the winning device is activated, and the game ball that has flowed into the opened winning opening is placed in the winning device. In the case of the mode of distribution by the rotator, the rotator is held at an elevated position with respect to the annular surface at least before the winning opening is opened, and is kept waiting in a state of being rotated at a predetermined initial speed. You can also

  If it is such an aspect, first, a player will play a game with the initial goal of flowing the game ball into the winning port of the winning device, and when the game ball flows into the winning port, the game will turn from there. Imagine that some sort of sorting action is performed by the body. In particular, when the player observes the inside of the winning device, and recognizes the presence of an annular surface, a rotating body, a guiding path for the gaming ball to reach the gaming device, the gaming ball that has flowed into the winning opening passes through the guiding path, Eventually, when you reach the annular surface, you can enjoy the game while imagining how the rotator and the game ball are related and the sorting operation is performed.

  However, although the rotating body is rotating at the initial speed before the winning opening is actually opened, it is located at a position higher than the annular surface. I can't predict how it will go into the ball receiving hole. Therefore, even in this case, it is possible to stir up various imagination while breaking down the player's existing concept, and to attract the interest in the sorting operation strongly.

  Then, when the game ball actually flows into the winning opening, the rotating body that has been rotating at the initial speed until then is switched to a state of rotating at a higher maximum speed. Can be given. Also, since the rotating body rotates above the annular surface at this time, the game ball that has rolled up to the annular surface rubs against the outer peripheral wall of the rotating body and rolls actively while being given momentum, and it looks like this Gives an increasingly interesting look.

  In the present invention, by guiding the rolling of the game ball through the guide path from the winning opening to the annular surface, the game ball actually reaches the annular surface after the gaming ball flows into the winning opening. A certain delay time can be provided. Then, instead of switching the rotation speed of the rotating body from the initial speed to the maximum speed as soon as the game ball flows into the winning opening, the rotating body is moved to the initial speed until the game ball reaches the annular surface through the guide path. It can be kept waiting while rotating.

  In this case, even if the game ball flows into the winning opening, no noticeable change occurs immediately, so what happens if nothing happens as it is, the game ball does not enter the ball receiving hole of the rotating body, It is possible to attract a strong interest while making the player feel that they are just around the rotating body rotating at a speed.

  In addition, when the rotating body is kept in a rotating state at the initial speed until the last minute as described above, when the gaming body actually reaches the annular surface, the rotating body is switched to the state of rotating at the maximum speed. A big surprise can be given to the player.

  In the present invention, the rotation of the rotating body is temporarily stopped in the process of distributing the game balls by displacing the rotating body to a position below the annular surface, and the sorting operation is completed while the rotating body is rotated. The means are divided into two cases. The former is means for actively rolling the game ball to a certain extent and then lowering the rotating body with respect to the rolling surface and stopping the rotation of the rotating body at a predetermined position or an appropriate position. In this case, since the position of the ball receiving hole is fixed first, after that, the result of the distribution is determined by where the game ball enters, but as described above, the game ball has not reached the outer wall surface of the rotating body until then. It is difficult to predict which ball receiving hole will be distributed to the end because it is actively rolling by contact.

  On the other hand, the latter is means for continuously rotating the rotating body after the game ball is actively rolled to a certain extent and then the rotating body is lowered with respect to the rolling surface. In this case, since the position of the ball receiving hole is displaced with the rotation of the rotating body, it is not possible to predict which ball receiving hole the game ball is distributed to by simply following the rolling mode of the game ball. . In this case, since the allocation destination is determined based on the relative relationship between the manner in which the position of the ball receiving hole is displaced and the manner in which the game ball rolls, it is more difficult to predict the appearance and attracts the player's interest to the end. Cheap. From the player's point of view, there are cases where a favorable distribution result can be obtained against self, contrary to an approximate prediction, and conversely, a disappointing distribution result may occur against the prediction. It can make you feel nervous.

  Further, with respect to the former, the following effects can be obtained by combining means for performing a sorting operation in a state in which a plurality of game balls are awarded when the winning opening is opened once. That is, if the position of the ball receiving hole is fixed first, a plurality of game balls roll around it, and the probability that any of them will be distributed to a specific ball receiving hole increases. As the number of game balls increases, the player's expectation can be enhanced.

  On the other hand, with regard to the latter, a combination of means for performing a sorting operation in a state where a plurality of game balls are won at the time of opening the winning opening once, so that a large number of game balls can be inserted into a specific ball receiving hole while the rotating body is rotating. Since the probability that any one of them will be distributed to a specific ball receiving hole increases, the greater the number of game balls, the higher the player's expectation.

[Disclosure of components]
The rotating body used for the sorting operation in the gaming machine of the present invention has a disk-shaped outer shape. The rotating body is formed with a plurality of ball receiving holes opened upward at a position inside the outer peripheral wall formed along the periphery thereof. Further, in order to roll the game ball around the rotating body, the gaming machine of the present invention has a guide tray as a member constituting the rolling surface. An annular surface for rolling the game ball in the circumferential direction is formed on the guide tray, and the annular surface has a downward slope toward the center of the circumference.

  When a game ball enters such an annular surface, the game ball rolls in the circumferential direction while there is some momentum, but the rotating body descends and the game ball loses momentum. Eventually, the game ball can no longer sustain the previous circular trajectory and rolls down to draw a vortex toward the center of the annular surface. Thereafter, when the game ball rolls down from the annular surface, the game ball can pass over the top of the outer peripheral wall of the rotating body and enter any of the ball receiving holes inside.

  The gaming machine of the present invention includes a frame to be the main body and a game board. A frame is a member having a vertical outer shape that is installed in an island facility or the like of a game arcade, and such a frame is a player who is seated to play a game while being installed in an island facility. Relative to the front. Moreover, although the game board is supported by the frame, it can be attached to and detached from the frame. A game area is formed on the surface of the game board, and the game area faces the seated player from the front. A launching device is installed on the frame, and this launching device can intermittently launch game balls one by one toward the game area.

  The rotating body and the guide tray are installed in a predetermined winning device. That is, in the gaming machine of the present invention, a winning device is installed in the gaming area, and the winning device can open and close the winning opening by operating the movable piece. If the winning opening is thus opened and closed, a game ball can be won during the opening.

  In the winning device, a guiding path for guiding the winning game ball to the guiding tray is formed. This guide route guides the rolling of the game ball that has flowed from the winning opening and became a winning ball. The annular surface of the guide tray is installed close to the end of the guide path. The annular surface has a shape that accepts a game ball guided through the guide path on the upper surface and rolls it in the circumferential direction.

  Further, the rotating body is provided on the inner peripheral side of the annular surface so as to be rotatable around a vertical rotation center axis, and this rotating body is combined with a rotation mechanism for rotating the rotation body about the rotation center axis. In addition, the gaming machine of the present invention has an elevating mechanism that supports the rotating body so as to be relatively movable up and down along the rotation center axis with respect to the guide tray. This lifting mechanism positions the outer peripheral wall of the rotating body above the inner edge of the annular surface in the state where the rotating body is moved upward relative to the guide tray (ascending position). In this case, a mode is realized in which the game ball rolling on the annular surface is guided on the outer peripheral wall surface of the rotating body. On the other hand, when the rotating mechanism moves the rotating body relatively downward with respect to the guide tray, in this state, the lifting mechanism positions the outer peripheral wall of the rotating body below the inner edge of the annular surface (lowering position). In this case, the game ball rolls along the downward slope of the annular surface and is allowed to enter any of the plurality of ball receiving holes beyond the outer peripheral wall of the rotating body.

  When the rotating body is moved upward relative to the guide tray by the lifting mechanism, the game ball is drawn by contact with the outer peripheral surface of the rotating rotating body, and the rotating body is rotated on the annular surface. Roll around. In particular, if there are a plurality of game balls, it can be seen that the game balls are actively stirred on the annular surface, and the appealing power to the player is increased. After this, when the rotating body is moved downward relative to the guide tray by the lifting mechanism, when the specific ball receiving hole is used as at least a specific one of the plurality of ball receiving holes, the specific ball receiving The game balls are distributed in the winning device depending on whether or not the game balls are received in the holes.

  In the sort operation as described above, it is unusual to make it difficult to predict the sort destination while showing the player how the game balls are actively rolling, and then descend the rotating body to sort the game balls at once. Operation can be realized.

  In the gaming machine of the present invention, it is possible to give the following game playability based on the game ball distribution result. In other words, when the game ball is received in the specific ball receiving hole as a result of the distribution in the winning device, the game is given a privilege of shifting to a game state more advantageous to the player than before. For example, a variable winning device is installed in the game area separately from the above winning device, and this variable winning device has a function of opening and closing a special winning opening by operating a predetermined opening / closing member. When the game ball is received in the specific ball receiving hole as a result of the distribution in the winning device, the variable winning device operates to open and close the special winning opening by operating the opening / closing member.

  When a special winning opening is opened, the player is given a chance to win a lot of prize balls by winning the game balls during this period, which is a highly beneficial privilege for the player to obtain prize balls. . In particular, if the player knows that such a privilege is given according to the distribution result in the winning device, the player's interest in the distribution operation using the rotating body becomes even stronger.

  Alternatively, when the game balls are received in the specific ball receiving holes as a result of the distribution in the winning device, the same winning device may be repeatedly operated so that the winning opening is opened a predetermined number of times over a predetermined period. In this case, the game ball shifts to a state more advantageous to the player than before the game ball is distributed to the specific ball receiving unit in the winning device, and in this advantageous state, the player places the game ball in the winning port of the winning device. Winning a prize gives you the opportunity to win many prize balls. In this case, a variable winning device different from the winning device may not be an essential element.

  As described above, in the gaming machine of the present invention, it is fundamental that the sorting operation is performed once depending on which ball receiving hole (specific ball receiving hole or other ball receiving hole) of the rotating body the game ball enters. However, in order to repeatedly execute such a sorting operation, the following configuration can be added.

  First, a rolling guide surface is provided below the rotating body at a position on the inner peripheral side of the annular surface of the guide tray. When this rolling guide surface is rotated by the rotation mechanism in a state where the game ball enters any one of the plurality of ball receiving holes by the downward movement of the rotating body, the rolling guide surface of the game ball is below each ball receiving hole. Guide the rolling. As a result, the game ball can be transferred in the direction of rotation as the rotating body rotates. Further, a ball dropping passage is formed below the rotating body, and this ball dropping passage is opened at the rolling guide surface. The ball drop passage allows the game ball to fall through the opening from the ball receiving hole by overlapping the ball receiving hole in a state where the game ball is received with the rotation of the rotating body above the opening. Thereby, the game ball after the allocation destination is determined can be discharged or collected from the rotating body, and the inside of the winning device can be emptied for the next allocation operation.

  Next, in the above rotating body, when at least one of the plurality of ball receiving holes is a specific ball receiving hole, the specific ball receiving hole and the other ball receiving holes are viewed in the radial direction of the rotating body. The positions are shifted from each other by a predetermined length. The ball drop passages are formed at least at two locations on the rolling guide surface corresponding to the positions of the specific ball receiving holes and the positions of the other ball receiving holes as seen in the radial direction of the rotating body. ing.

  With such a configuration, the game balls distributed to the specific ball receiving holes can be collected through a dedicated ball dropping passage. Therefore, by installing a detection switch or the like in the middle of the ball drop passage, it is possible to automatically determine the result that the game balls are distributed to the specific ball receiving holes by electrical mechanical processing.

[Presentation of solutions]
Solution means configured specifically by combining the above means and components will be presented below. Note that the gaming machine of the present invention may be configured by limiting the constituent elements of the solving means presented below, or by combining the components extracted from the solving means, Even if the configuration of is replaced, it can be established.

[Solution 1]
A frame-like member that is vertically installed to face a player who is seated to play a game from the front, and a surface that is detachably supported by the frame-like member and faces the player who is seated A game board in which a game area where game balls flow down is formed, a launching device that is installed on the frame-like member and intermittently launches game balls one by one toward the game area of the game board, and the game A winning device that is installed in an area and can flow from a predetermined winning opening in the process of flowing down a game ball launched by the emitting device, and can open and close the winning opening by operating a predetermined movable piece; It is installed in the winning device, and has an annular surface on the upper surface for receiving the game ball flowing in from the winning opening and rolling it in the circumferential direction, and the annular surface is inclined downward toward the center of the circumference. It is perpendicular to the guide tray and the inner peripheral side of the annular surface. A disc-like shape provided with a plurality of ball receiving holes which are provided so as to be rotatable around the rotation center axis and open upward at a position inside the outer peripheral wall formed at the peripheral edge so as to receive a game ball from above. A rotating body and a rising position where the rotating body is supported so as to be relatively movable up and down along the rotation center axis with respect to the guide tray and the outer peripheral wall is positioned above the inner edge of the annular surface. And an elevating mechanism that displaces the rotating body relative to the guide tray between the lower position and the lower position where the outer peripheral wall is positioned below the inner edge of the annular surface. And when a predetermined condition is satisfied as the game progresses, an opening means for operating the movable piece of the winning device to open the winning opening for a predetermined opening period, and the annular surface in the winning device. Together A guide path that guides the rolling of the game ball that has flowed from the winning opening and becomes a winning ball at the time of opening by the opening means, and discharges from the end toward the annular surface, and at least the opening means Before the winning opening is opened, standby means for holding the rotating body at the raised position by the elevating mechanism and waiting while the rotation of the rotating body is stopped, and the guidance through the winning opening Detecting means for detecting the game ball reaching the annular surface through a path; and in response to detection of the game ball by the detection means , the release means in a state where the rotating body is on standby by the standby means. When the winning opening is opened by the means and the game ball flows into the winning opening, the elevating mechanism holds the rotating body at the raised position, and circulates the annular surface around the outer peripheral wall of the rotating body. Rolling The ascending rotation means for controlling the rotation of the rotating body so as to urge the gaming ball to roll without contacting the gaming ball and entering the plurality of ball receiving holes, After the rotating body is rotated by the ascending rotation means, the rotating body is displaced from the ascending position to the descending position by the elevating mechanism , and a plurality of game balls that roll on the annular surface are the plurality of balls. A lowering means for controlling the rotating body to stop or decelerate the rotating body for a predetermined time so as to be accommodated in any of the receiving holes, and a position on the inner peripheral side of the annular surface And a first opening that overlaps at least one specific ball receiving hole among the plurality of ball receiving holes as the rotating body rotates, and an inner peripheral side of the annular surface At a position below the rotating body As the rotating body rotates, a second opening that overlaps the normal ball receiving hole other than the specific ball receiving hole among the plurality of ball receiving holes and a first game ball that passes through the first opening are detected. and detecting means, based on the detection signal from the second detection means and said first detection signal by the detecting means and the second detection means for detecting game balls passing through the second opening, the Rotation drive control means for controlling the rotation of the rotating body so that the plurality of game balls accommodated in any of the plurality of ball receiving holes can be collected from the first opening or the second opening ; A gaming machine characterized by comprising:

  If the winning means wins a lottery performed in response to a winning of a game ball at a starting port installed in the gaming area, the winning unit can open the winning port as a predetermined condition is satisfied. In the lottery, a win is determined depending on whether or not the random number value extracted in response to a winning at the start opening corresponds to a predetermined winning value. When the lottery is performed, lottery information representing the result of the winning is displayed. The lottery information is displayed in a manner representing the winning result after being displayed in a variable manner over a predetermined change time. These configurations can also be applied to all of the following solutions.

[Solution 2]
In the gaming machine according to Solution 1, if the winning opening is opened by the opening means and the game ball flows into the winning opening in a state where the rotating body is waiting by the waiting means, The apparatus further includes standby continuation means for continuing standby of the rotating body by the standby means until the guide path rolls and reaches the annular surface.

[Solution 3]
In the gaming machine according to Solution 1 or 2, in the state in which the elevating mechanism moves the rotary body relatively upward with respect to the guide tray, the outer peripheral wall of the rotary body is more than the inner edge of the annular surface. Is positioned on the upper surface to guide the game ball rolling on the annular surface on the outer peripheral wall surface of the rotating body, while the rotating body is moved relatively downward, the outer periphery of the rotating body By positioning the wall below the inner edge of the annular surface, the game ball rolls along the downward slope of the annular surface and passes over the outer peripheral wall of the rotating body to any of the plurality of ball receiving holes. Allow to enter.

[Solution 4]
In the gaming machine according to any one of the solving means 1 to 3, in a state where the rotating body is rotated at the rising position by the rising rotating means, the game ball is brought into contact with the outer peripheral surface of the rotating rotating body. When the rotary body rolls around the rotating body on the annular surface and the rotating body is displaced from the raised position to the lowered position by the lowering means, at least the ball receiving hole is specified. When one of the balls is a specific ball receiving hole, the game balls are distributed in the winning device depending on whether or not the game ball is received in the specific ball receiving hole.

[Solution 5]
In the gaming machine according to any one of the solving means 1 to 3, a plurality of game balls are provided at a position on the inner peripheral side of the annular surface below the rotating body, and the rotating body is displaced to the lowered position. When the rotating mechanism rotates with the rotation mechanism in a state of entering any of the ball receiving holes, the game ball is accompanied with the rotation of the rotating body by guiding the rolling of the game balls below the ball receiving holes. A rolling guide surface that can be transferred in a rotational direction, and an opening in the rolling guide surface, and the ball receiving hole in a state in which a game ball is received as the rotating body rotates is located above the opening. And a ball drop passage for dropping a game ball from the ball receiving hole through the opening, and when at least one specific one of the plurality of ball receiving holes is a specific ball receiving hole, Ball receiving hole and other above In the receiving hole, the positions of the rotating body viewed in the radial direction are shifted from each other by a predetermined length, and the ball dropping passage is positioned at the position of the specific ball receiving hole viewed in the radial direction of the rotating body, and the other Corresponding to each of the positions of the ball receiving holes, it is formed to open at least at two locations on the rolling guide surface.

[Solution 6]
In the gaming machine according to the solution 4 or 5, a variable winning device that is arranged in the gaming area and operates a predetermined opening and closing member to open and close a special winning opening, and a result of distribution in the winning device, When the game ball is received in the specific ball receiving hole, it further includes an opening operation executing means for operating the opening / closing member to open the special winning opening.

[Solution 7]
The gaming machine according to any one of the solving means 1 to 6, further comprising a descent stopping means for stopping the rotation of the rotating body when the rotating body is displaced from the ascending position to the descending position by the descending means. ing.

[Solution 8]
The gaming machine according to any one of the solving means 1 to 6, further comprising a descending rotating means for continuing the rotation of the rotating body after the rotating body is displaced from the ascending position to the descending position by the descending means. ing.

[Solution 9]
The gaming machine according to any one of the solution means 1 to 8, wherein the game machine is formed between the guide path and the annular surface in the winning device, and a circumferential tangent to the annular surface from the outside of the annular surface. An approach path for allowing the game ball to enter the annular surface while rolling the game ball along a downward slope extending in a direction, and the ascending rotation means is configured such that the game ball that has entered the annular surface through the entry route is The rotating body is rotated so as to move the outer wall surface of the rotating body at a high speed as compared with the rolling speed when rolling on the annular surface in the circumferential direction.

[Solution 10]
A frame-like member that is vertically installed to face a player who is seated to play a game from the front, and a surface that is detachably supported by the frame-like member and faces the player who is seated A game board in which a game area where game balls flow down is formed, a launching device that is installed on the frame-like member and intermittently launches game balls one by one toward the game area of the game board, and the game A winning device that is installed in an area and can flow from a predetermined winning opening in the process of flowing down a game ball launched by the emitting device, and can open and close the winning opening by operating a predetermined movable piece; It is installed in the winning device, and has an annular surface on the upper surface for receiving the game ball flowing in from the winning opening and rolling it in the circumferential direction, and the annular surface is inclined downward toward the center of the circumference. It is perpendicular to the guide tray and the inner peripheral side of the annular surface. A plurality of ball receiving holes are formed which are provided so as to be rotatable around the rotation center axis and open upward at a position inside the outer peripheral wall formed at the peripheral edge so that a game ball can be received from above. When at least a specific one of the plurality of ball receiving holes is a specific ball receiving hole, the specific ball receiving hole and the other ball receiving hole are mutually predetermined from the outer peripheral wall in the direction of the rotation center axis. A disc-shaped rotating body formed at a position shifted by a length, and supporting the rotating body so as to be relatively movable up and down along the rotation center axis with respect to the guide tray, and the outer peripheral wall Between the rising position positioned above the inner edge of the annular surface and the lowering position below the rising position and the outer peripheral wall positioned below the inner edge of the annular surface. Induction tray An elevating mechanism that is relatively displaceable, and an opening unit that operates the movable piece of the winning device to open the winning port for a predetermined opening period when a predetermined condition is satisfied as the game progresses. The game ball formed in the winning device is connected to the annular surface and flows from the winning opening when it is opened by the opening means to become a winning ball, and from the end toward the annular surface. Along the descending slope formed between the guiding path and the annular surface in the winning device and extending from the outside of the annular surface in the direction of the tangential line of the circumference of the annular surface. An entrance path for allowing the game ball to enter the annular surface while rolling the game ball, and at least before the winning opening is opened by the opening means, the lifting mechanism holds the rotating body at the raised position. And before Waiting means for waiting in a state where the rotation of the rotating body is stopped, and the winning opening is opened by the opening means while the rotating body is waiting by the waiting means, and the game ball flows into the winning opening In this case, until the game ball rolls on the guide path and reaches the annular surface, the standby unit continues the standby of the rotary body by the standby unit, and the standby unit causes the rotary body to be When the winning opening is opened by the opening means in a standby state and a game ball flows into the winning opening, the game ball that has entered the annular surface through the approach path is circumferentially placed on the annular surface. On the annular surface by rotating the rotating body while holding the rotating body in the raised position by the lifting mechanism so as to move the outer wall surface of the rotating body at a high speed compared to the rolling speed when rolling in the direction. The Ascending and rotating means for causing the game ball to roll on the annular surface by bringing the surface of the outer peripheral wall of the rotating body into contact with the moving game ball, and the elevating mechanism after the rotating body is rotated by the rising and rotating means By moving the rotating body from the ascending position to the descending position by the above, the game ball rolls along the downward slope of the annular surface and passes the outer peripheral wall of the rotating body or the specific ball receiving hole or other A lowering unit that allows the game ball to be distributed in the winning device depending on whether or not the game ball is received in the specific ball receiving hole. When the rotating body is displaced from the raised position to the lowered position, the lowering stop means for stopping the rotation of the rotating body and a position on the inner peripheral side of the annular surface are provided below the rotating body. And when the game ball rotates in a state where it enters either the specific ball receiving hole or the other ball receiving hole due to the displacement of the rotating body to the lowered position, below the ball receiving holes. A rolling guide surface that allows the game ball to be transferred in the rotational direction as the rotating body rotates by guiding the rolling of the game ball, and the direction viewed from the outer peripheral wall of the rotating body toward the rotation center axis. Corresponding to the position of the specific ball receiving hole and the position of the other ball receiving hole, it is formed to be opened at least at two locations on the rolling guide surface, and the game ball is received as the rotating body rotates. The ball drop that causes the game ball to fall from the specific ball receiving hole or the ball receiving hole through the openings by overlapping the specific ball receiving hole or other ball receiving holes in the formed state above the respective openings. Aisle and front A variable winning device that is arranged in the gaming area and opens and closes a special winning opening by operating a predetermined opening and closing member, and as a result of the distribution in the winning device, the game ball is received in the specific ball receiving hole An opening operation executing means for operating the opening / closing member to open the special winning opening.

[Solution 11]
A frame-like member that is vertically installed to face a player who is seated to play a game from the front, and a surface that is detachably supported by the frame-like member and faces the player who is seated A game board in which a game area where game balls flow down is formed, a launching device that is installed on the frame-like member and intermittently launches game balls one by one toward the game area of the game board, and the game A winning device that is installed in an area and can flow from a predetermined winning opening in the process of flowing down a game ball launched by the emitting device, and can open and close the winning opening by operating a predetermined movable piece; It is installed in the winning device, and has an annular surface on the upper surface for receiving the game ball flowing in from the winning opening and rolling it in the circumferential direction, and the annular surface is inclined downward toward the center of the circumference. It is perpendicular to the guide tray and the inner peripheral side of the annular surface. A plurality of ball receiving holes are formed which are provided so as to be rotatable around the rotation center axis and open upward at a position inside the outer peripheral wall formed at the peripheral edge so that a game ball can be received from above. When at least a specific one of the plurality of ball receiving holes is a specific ball receiving hole, the specific ball receiving hole and the other ball receiving hole are mutually predetermined from the outer peripheral wall in the direction of the rotation center axis. A disc-shaped rotating body formed at a position shifted by a length, and supporting the rotating body so as to be relatively movable up and down along the rotation center axis with respect to the guide tray, and the outer peripheral wall Between the rising position positioned above the inner edge of the annular surface and the lowering position below the rising position and the outer peripheral wall positioned below the inner edge of the annular surface. Induction tray An elevating mechanism that is relatively displaceable, and an opening unit that operates the movable piece of the winning device to open the winning port for a predetermined opening period when a predetermined condition is satisfied as the game progresses. The game ball formed in the winning device is connected to the annular surface and flows from the winning opening when it is opened by the opening means to become a winning ball, and from the end toward the annular surface. Along the descending slope formed between the guiding path and the annular surface in the winning device and extending from the outside of the annular surface in the direction of the tangential line of the circumference of the annular surface. An entrance path for allowing the game ball to enter the annular surface while rolling the game ball, and at least before the winning opening is opened by the opening means, the lifting mechanism holds the rotating body at the raised position. And before Waiting means for waiting in a state where the rotation of the rotating body is stopped, and the winning opening is opened by the opening means while the rotating body is waiting by the waiting means, and the game ball flows into the winning opening In this case, until the game ball rolls on the guide path and reaches the annular surface, the standby unit continues the standby of the rotary body by the standby unit, and the standby unit causes the rotary body to be When the winning opening is opened by the opening means in a standby state and a game ball flows into the winning opening, the game ball that has entered the annular surface through the approach path is circumferentially placed on the annular surface. On the annular surface by rotating the rotating body while holding the rotating body in the raised position by the lifting mechanism so as to move the outer wall surface of the rotating body at a high speed compared to the rolling speed when rolling in the direction. The Ascending and rotating means for causing the game ball to roll on the annular surface by bringing the surface of the outer peripheral wall of the rotating body into contact with the moving game ball, and the elevating mechanism after the rotating body is rotated by the rising and rotating means By moving the rotating body from the ascending position to the descending position by the above, the game ball rolls along the downward slope of the annular surface and passes the outer peripheral wall of the rotating body or the specific ball receiving hole or other Whether or not a game ball can be received in the specific ball receiving hole when at least one of the plurality of ball receiving holes is a specific ball receiving hole. The lowering means for executing the distribution of the game balls in the winning device, and after the rotating body is displaced from the raised position to the lowered position by the lowering means, the rotation of the rotating body is continued. A downward rotation means and a position lower than the rotary body at a position on the inner peripheral side of the annular surface, and the game ball is placed in the specific ball receiving hole or other balls by the displacement of the rotary body to the lowered position. When rotating in a state of entering any of the receiving holes, the game balls can be transferred in the rotation direction along with the rotation of the rotating body by guiding the rolling of the game balls below each of the ball receiving holes. At least the rolling corresponding to each of the rolling guide surface, the position of the specific ball receiving hole viewed in the direction from the outer peripheral wall of the rotating body to the rotation center axis, and the position of the other ball receiving hole The specific ball receiving hole or the other ball receiving hole, which is formed to be opened at two places on the guide surface and receives a game ball with the rotation of the rotating body, overlaps above each opening. , The specific ball receiving hole or A ball dropping passage for dropping a game ball from the ball receiving hole through the openings, a variable winning device that is disposed in the gaming area and that opens and closes a special winning opening by operating a predetermined opening / closing member, and the winning device When the game ball is received in the specific ball receiving hole as a result of the distribution in the game, the game machine includes an opening operation execution means for operating the opening / closing member to open the special winning opening.

[Solution 12]
A frame-like member that is vertically installed to face a player who is seated to play a game from the front, and a surface that is detachably supported by the frame-like member and faces the player who is seated A game board in which a game area where game balls flow down is formed, a launching device that is installed on the frame-like member and intermittently launches game balls one by one toward the game area of the game board, and the game A winning device that is installed in an area and can flow from a predetermined winning opening in the process of flowing down a game ball launched by the emitting device, and can open and close the winning opening by operating a predetermined movable piece; It is installed in the winning device, and has an annular surface on the upper surface for receiving the game ball flowing in from the winning opening and rolling it in the circumferential direction, and the annular surface is inclined downward toward the center of the circumference. It is perpendicular to the guide tray and the inner peripheral side of the annular surface. A disc-like shape provided with a plurality of ball receiving holes which are provided so as to be rotatable around the rotation center axis and open upward at a position inside the outer peripheral wall formed at the peripheral edge so as to receive a game ball from above. A rotating body and a rising position where the rotating body is supported so as to be relatively movable up and down along the rotation center axis with respect to the guide tray and the outer peripheral wall is positioned above the inner edge of the annular surface. And an elevating mechanism that displaces the rotating body relative to the guide tray between the lower position and the lower position where the outer peripheral wall is positioned below the inner edge of the annular surface. And when a predetermined condition is satisfied as the game progresses, an opening means for operating the movable piece of the winning device to open the winning opening for a predetermined opening period, and the annular surface in the winning device. Together A guide path that guides the rolling of the game ball that has flowed from the winning opening and becomes a winning ball at the time of opening by the opening means, and discharges from the end toward the annular surface, and at least the opening means Before the winning opening is opened, an initial rotating means for holding the rotating body at the raised position by the lifting mechanism and rotating the rotating body at a predetermined initial speed, and the opening means opens the winning opening. When the game ball flows into the winning opening after being released, the maximum speed is higher than the initial speed from the state in which the rotary body is rotated at the initial speed while the rotary body is held at the raised position by the lifting mechanism. A maximum speed switching means for switching to a state of rotating at a rotation state, and after the rotating body is switched to a state of rotating at the maximum speed by the maximum speed switching means, the rotating body is moved by the lifting mechanism. A gaming machine comprising a lowering means for displacing from the raised position to the lowered position.

[Solution 13]
In the gaming machine according to the solution means 12, when the winning opening is opened by the opening means and the game ball flows into the winning opening, the game ball rolls on the guide path and reaches the annular surface. In the meantime, it further includes initial rotation continuation means for continuing the rotation state of the rotating body at the initial speed.

[Solution 14]
In the gaming machine according to the solving means 12 or 13, the lifting mechanism is configured such that the outer peripheral wall of the rotating body is moved from the inner edge of the annular surface when the rotating body is moved upward relative to the guide tray. Is positioned on the upper surface to guide the game ball rolling on the annular surface on the outer peripheral wall surface of the rotating body, while the rotating body is moved relatively downward, the outer periphery of the rotating body By positioning the wall below the inner edge of the annular surface, the game ball rolls along the downward slope of the annular surface and passes over the outer peripheral wall of the rotating body to any of the plurality of ball receiving holes. Allow to enter.

[Solution 15]
In the gaming machine according to any one of the solving means 12 to 14, when the rotating body is switched to the state of rotating at the maximum speed by the maximum speed switching means, the rotating body rotates with the outer peripheral surface of the rotating body. When the game ball is drawn by the contact and rolls around the rotating body on the annular surface, and the rotating body is displaced from the raised position to the lowered position by the lowering means, a plurality of the balls are received. When at least one of the holes is a specific ball receiving hole, the game balls are distributed in the winning device depending on whether or not the game ball is received in the specific ball receiving hole.

[Solution 16]
In the gaming machine according to any one of the solving means 12 to 14, a plurality of game balls are provided below the rotating body at a position on the inner peripheral side of the annular surface, and the rotating body is displaced to the lowered position. When the rotating mechanism rotates with the rotation mechanism in a state of entering any of the ball receiving holes, the game ball is accompanied with the rotation of the rotating body by guiding the rolling of the game balls below the ball receiving holes. A rolling guide surface that can be transferred in a rotational direction, and an opening in the rolling guide surface, and the ball receiving hole in a state in which a game ball is received as the rotating body rotates is located above the opening. And a ball drop passage for dropping a game ball from the ball receiving hole through the opening, and when at least one specific one of the plurality of ball receiving holes is a specific ball receiving hole, Sphere receiving hole and other In the recording ball receiving hole, the positions of the rotating body viewed in the radial direction are shifted from each other by a predetermined length, and the ball dropping passage includes the position of the specific ball receiving hole viewed in the radial direction of the rotating body, and others. In correspondence with each of the positions of the ball receiving holes, at least two locations on the rolling guide surface are formed.

[Solution 17]
In the gaming machine according to the solution 15 or 16, a variable winning device that is arranged in the gaming area and operates a predetermined opening and closing member to open and close a special winning opening, and a result of the distribution in the winning device, When the game ball is received in the specific ball receiving hole, it further includes an opening operation executing means for operating the opening / closing member to open the special winning opening.

[Solution 18]
The gaming machine according to any one of the solving means 12 to 17, further comprising a descent stop means for stopping the rotation of the rotating body when the rotating body is displaced from the ascending position to the descending position by the descending means. ing.

[Solution 19]
In the gaming machine according to any one of the solving means 12 to 17, after the rotating body is displaced from the ascending position to the descending position by the descending means, the rotating body rotates from the maximum speed to the maximum speed. The lower middle speed rotating means for switching to a state of rotating at a medium speed lower than the speed is further provided.

[Solution 20]
The gaming machine according to any one of the solving means 12 to 19, wherein the game machine is formed between the guide path and the annular surface in the winning device, and a circumferential tangent to the annular surface from the outside of the annular surface. An approach path for allowing the game ball to enter the annular surface while rolling the game ball along a downward slope extending in a direction, wherein the maximum speed switching means is configured to enter the annular surface through the entry path. The rotating body is rotated at the maximum speed so as to move the outer wall surface of the rotating body at a high speed as compared with the rolling speed when rolling on the annular surface in the circumferential direction.

[Solution 21]
A frame-like member that is vertically installed to face a player who is seated to play a game from the front, and a surface that is detachably supported by the frame-like member and faces the player who is seated A game board in which a game area where game balls flow down is formed, a launching device that is installed on the frame-like member and intermittently launches game balls one by one toward the game area of the game board, and the game A winning device that is installed in an area and can flow from a predetermined winning opening in the process of flowing down a game ball launched by the emitting device, and can open and close the winning opening by operating a predetermined movable piece; It is installed in the winning device, and has an annular surface on the upper surface for receiving the game ball flowing in from the winning opening and rolling it in the circumferential direction, and the annular surface is inclined downward toward the center of the circumference. It is perpendicular to the guide tray and the inner peripheral side of the annular surface. A plurality of ball receiving holes are formed which are provided so as to be rotatable around the rotation center axis and open upward at a position inside the outer peripheral wall formed at the peripheral edge so that a game ball can be received from above. When at least a specific one of the plurality of ball receiving holes is a specific ball receiving hole, the specific ball receiving hole and the other ball receiving hole are mutually predetermined from the outer peripheral wall in the direction of the rotation center axis. A disc-shaped rotating body formed at a position shifted by a length, and supporting the rotating body so as to be relatively movable up and down along the rotation center axis with respect to the guide tray, and the outer peripheral wall Between the rising position positioned above the inner edge of the annular surface and the lowering position below the rising position and the outer peripheral wall positioned below the inner edge of the annular surface. Induction tray An elevating mechanism that is relatively displaceable, and an opening unit that operates the movable piece of the winning device to open the winning port for a predetermined opening period when a predetermined condition is satisfied as the game progresses. The game ball formed in the winning device is connected to the annular surface and flows from the winning opening when it is opened by the opening means to become a winning ball, and from the end toward the annular surface. Along the descending slope formed between the guiding path and the annular surface in the winning device and extending from the outside of the annular surface in the direction of the tangential line of the circumference of the annular surface. An entrance path for allowing the game ball to enter the annular surface while rolling the game ball, and at least before the winning opening is opened by the opening means, the lifting mechanism holds the rotating body at the raised position. And before An initial rotating means for rotating the rotating body at a predetermined initial speed, and when the winning opening is opened by the opening means and the game ball flows into the winning opening, the rotating body is moved to the raised position by the lifting mechanism. While being held, the game ball that has entered the annular surface through the approach path moves on the outer wall surface of the rotating body at a higher speed than the rolling speed when rolling on the annular surface in the circumferential direction. The surface of the outer peripheral wall of the rotating body is placed on a game ball that rolls on the annular surface by switching the rotating body from a state of rotating at the initial speed to a state of rotating at a maximum speed higher than the initial speed. A maximum speed switching means for rolling the game ball on the annular surface by contact; and the rotating body is switched by the lifting mechanism after the rotating body is switched to the state of rotating at the maximum speed by the maximum speed switching means. By displacing from the raised position to the lowered position, the game ball rolls along the downward slope of the annular surface, and the specific ball receiving hole or the other ball receiving hole is passed over the outer peripheral wall of the rotating body. A lowering unit that allows the game ball to be distributed in the winning device depending on whether or not the game ball is received in the specific ball receiving hole, and the lowering unit causes the rotating body to be moved by the lowering unit. A lowering stop means for stopping the rotation of the rotating body when it is displaced from the raised position to the lowered position, and a position on the inner peripheral side of the annular surface, provided below the rotating body; When the game ball rotates in a state where the game ball enters either the specific ball receiving hole or the other ball receiving hole due to the displacement to the lowered position, the rolling of the game ball below each ball receiving hole A rolling guide surface that allows the game ball to be transferred in the rotation direction as the rotating body rotates by guiding, and the position of the specific ball receiving hole as viewed in the direction from the outer peripheral wall of the rotating body to the rotation center axis. And at least two locations of the rolling guide surface corresponding to each of the positions of the other ball receiving holes, and the identification of the state where the game ball is received as the rotating body rotates A ball drop passage for dropping a game ball from the specific ball receiving hole or the ball receiving hole through each opening by overlapping a ball receiving hole or the other ball receiving hole above each opening, and the game area And a variable winning device that opens and closes a special winning opening by operating a predetermined opening and closing member, and as a result of distribution in the winning device, when a game ball is received in the specific ball receiving hole, Opening and closing part A game machine comprising: an opening operation executing means for operating the material to open the special winning opening.

[Solution 22]
A frame-like member that is vertically installed to face a player who is seated to play a game from the front, and a surface that is detachably supported by the frame-like member and faces the player who is seated A game board in which a game area where game balls flow down is formed, a launching device that is installed on the frame-like member and intermittently launches game balls one by one toward the game area of the game board, and the game A winning device that is installed in an area and can flow from a predetermined winning opening in the process of flowing down a game ball launched by the emitting device, and can open and close the winning opening by operating a predetermined movable piece; It is installed in the winning device, and has an annular surface on the upper surface for receiving the game ball flowing in from the winning opening and rolling it in the circumferential direction, and the annular surface is inclined downward toward the center of the circumference. It is perpendicular to the guide tray and the inner peripheral side of the annular surface. A plurality of ball receiving holes are formed which are provided so as to be rotatable around the rotation center axis and open upward at a position inside the outer peripheral wall formed at the peripheral edge so that a game ball can be received from above. When at least a specific one of the plurality of ball receiving holes is a specific ball receiving hole, the specific ball receiving hole and the other ball receiving hole are mutually predetermined from the outer peripheral wall in the direction of the rotation center axis. A disc-shaped rotating body formed at a position shifted by a length, and supporting the rotating body so as to be relatively movable up and down along the rotation center axis with respect to the guide tray, and the outer peripheral wall Between the rising position positioned above the inner edge of the annular surface and the lowering position below the rising position and the outer peripheral wall positioned below the inner edge of the annular surface. Induction tray An elevating mechanism that is relatively displaceable, and an opening unit that operates the movable piece of the winning device to open the winning port for a predetermined opening period when a predetermined condition is satisfied as the game progresses. The game ball formed in the winning device is connected to the annular surface and flows from the winning opening when it is opened by the opening means to become a winning ball, and from the end toward the annular surface. Along the descending slope formed between the guiding path and the annular surface in the winning device and extending from the outside of the annular surface in the direction of the tangential line of the circumference of the annular surface. An entrance path for allowing the game ball to enter the annular surface while rolling the game ball, and at least before the winning opening is opened by the opening means, the lifting mechanism holds the rotating body at the raised position. And before An initial rotating means for rotating the rotating body at a predetermined initial speed, and when the winning opening is opened by the opening means and the game ball flows into the winning opening, the rotating body is moved to the raised position by the lifting mechanism. While being held, the game ball that has entered the annular surface through the approach path moves on the outer wall surface of the rotating body at a higher speed than the rolling speed when rolling on the annular surface in the circumferential direction. The surface of the outer peripheral wall of the rotating body is placed on a game ball that rolls on the annular surface by switching the rotating body from a state of rotating at the initial speed to a state of rotating at a maximum speed higher than the initial speed. A maximum speed switching means for rolling the game ball on the annular surface by contact; and the rotating body is switched by the lifting mechanism after the rotating body is switched to the state of rotating at the maximum speed by the maximum speed switching means. By displacing from the raised position to the lowered position, the game ball rolls along the downward slope of the annular surface, and the specific ball receiving hole or the other ball receiving hole is passed over the outer peripheral wall of the rotating body. A lowering unit that allows the game ball to be distributed in the winning device depending on whether or not the game ball is received in the specific ball receiving hole, and the lowering unit causes the rotating body to be moved by the lowering unit. A lowering medium speed rotating means for switching from a state in which the rotating body rotates at the maximum speed to a state in which the rotating body rotates at a medium speed lower than the maximum speed after being displaced from the raised position to the lowered position; It is provided below the rotating body at a position on the inner peripheral side, and the game ball is either the specific ball receiving hole or the other ball receiving hole due to the displacement of the rotating body to the lowered position. A rolling guide surface that allows the game ball to be transported in the rotational direction as the rotating body rotates by guiding the rolling of the game ball below each ball receiving hole when rotating in a state of entering , At least two locations on the rolling guide surface corresponding to each of the position of the specific ball receiving hole and the position of the other ball receiving hole as viewed in the direction from the outer peripheral wall of the rotating body to the rotation center axis. The specific ball receiving hole is formed by overlapping the specific ball receiving hole or the other ball receiving hole in a state where the game ball is received with the rotation of the rotating body. A ball dropping passage for dropping a game ball from the hole or the ball receiving hole through each opening, a variable winning device that is disposed in the game area and opens and closes a special winning opening by operating a predetermined opening and closing member; Swing in the winning device When the game ball is received in the specific ball receiving hole as a result of the sorting, the game machine includes an opening operation executing means for operating the opening / closing member to open the special winning opening.

  The gaming machine of the present invention makes it difficult to predict the game ball distribution result, and can suppress a decrease in the interest of the player.

  The gaming machine of the present invention can take, for example, an embodiment as a pachinko machine installed in an island facility in a game hall (hall). Hereinafter, an embodiment in which the gaming machine of the present invention is implemented as a pachinko machine will be described.

[Outline of pachinko machine]
FIG. 1 shows a pachinko machine according to an embodiment. The pachinko machine is roughly composed of a frame 2 and a game board 4, and the game board 4 is supported in a state of being fitted inside the frame 2. The pachinko machine is installed vertically on the island facility in the hall (when standing as shown), and when a player sits on a chair prepared for each machine, the pachinko machine is just opposite the player's front. . FIG. 1 shows only the front portion of the frame 2 that is visible to the player. At the front part of the frame 2, there are a glass frame 8, a lower dish 10, a lower decorative plate 12 and the like that cover the front surface of the game board 4. In the game board 4, a circular game area 6 is formed on the front surface facing the player, and the game contents and the characteristics of the model are represented by the board surface configuration in the game area 6.

  Of the front part of the frame 2, the glass frame 8 has a large circular opening at the center, and the game area 6 of the kite can be visually recognized by the player using this opening as a window. A glass plate (not shown) is fitted in the glass frame 8 in a double manner in front and back, and among these, the glass plate of the bag is located immediately before the game board 4 as viewed from the player. Further, the glass frame 8 is provided with a frame lamp 14 at the top as a role for decoration and production, and a large number of frame lamps 16 and 18 are arranged in the vertical direction on the left and right side edges. . The upper frame lamp 14 extends over the entire width of the upper portion of the glass frame 8, and the central portion of the frame lamp 14 is drawn so as to cover the upper edge of the window. The frame lamps 16 and 18 on the left and right side edge portions are arranged with a space therebetween in the vertical direction, and one frame lamp 18 is arranged between the three frame lamps 16 arranged together. Yes. A pair of upper speakers 20 on the left and right is installed at the upper left and right corners of the glass frame 8.

  An upper plate 22 is formed integrally with the lower edge of the glass frame 8. Lending balls and prize balls can be stored in the upper plate 22, and the game balls stored in the upper plate 22 are supplied to a launching device (not shown). The pachinko machine of this embodiment is a so-called CR machine corresponding to a ball lending machine (CR unit) using a prepaid card. For this reason, a ball lending button 24a and a return button 24b are installed near the center of the lower edge of the circular opening, and a frequency display portion 24c is formed between them. In the frequency display section 24c, the remaining frequency of a prepaid card inserted in a CR unit (not shown) is numerically displayed by a 7-segment LED, and the fact that a ball can be lent by the CR unit is displayed by lighting the LED. When the player operates the ball lending button 24a in a state where ball lending is possible, the ball lending can be requested within the range of the remaining frequency of the prepaid card. Further, the player can request the return of the prepaid card having the remaining frequency by operating the return button 24b.

  An effect button 26 is installed at the lower left corner of the glass frame 8 at the left side of the upper plate 22. The pachinko machine according to the present embodiment is provided with a function of generating an effect sound effect or displaying an effect image according to the operation of the effect button 26 by the player. On the other hand, a cylinder lock 28 for releasing the lock of the glass frame 8 or the like is installed at the right position of the upper plate 22. In the present embodiment, since the cylinder lock 28 is positioned not on the right side of the game board 4 but on the lower side (lower right), there is no interference between the cylinder lock 28 and the game board 4 due to the structure. For this reason, the breadth of the game board 4 can be ensured large, and the game area 6 can be secured widely.

  The lower plate 10 is positioned just below the upper plate 22 below the glass frame 8. A push-type ball removal button 22a is installed on the upper right surface of the upper plate 22, and when the player operates the ball removal button 22a, the game balls stored in the upper plate 22 pass through the inside of the frame 2. It flows into the lower plate 10. Further, a push-type ball removal button 10a is installed on the front side of the lower plate 10, and when the player pushes the ball removal button 10a, the lower plate 10 opens into the bottom and accumulates in the game ball. Falls. Note that the game ball dropped from the lower plate 10 is appropriately transferred to a receiving box or the like placed below the lower plate 10.

  A firing handle 30 is installed at the right side of the lower plate 10. A launching device is installed on the back side of the frame 2. When the player twists (or rotates) the launching handle 30 in the clockwise direction, the launching device (launching motor, hitting ball) is activated, and the upper plate 22 The game balls stored in the game are fired intermittently (at a pace of 100 per minute) toward the game area 6 one by one.

  FIG. 2 more specifically shows the structure of the pachinko machine including a portion that cannot be seen by the player. The frame 2 is attached to the island facility via an outer frame 32 assembled on four sides with wood. In addition to the glass frame 8 and the lower plate 10 that are visible to the player, the frame 2 includes a base frame 34 that fits and supports the game board 4. The base frame 34 is supported by the outer frame 32 via the upper and lower hinges 36 at the left end when viewed from the front, and can be opened and closed in front of the outer frame 32 as shown in the figure. The base frame 34 supports the left end of the glass frame 8 via upper and lower hinges (not shown), and the glass frame 8 can be opened and closed forward from the base frame 34 alone. It has become.

  In the base frame 34, two locking portions 38 are formed on the inner edge on the left side of the portion into which the game board 4 is fitted when viewed from the front, with a vertical interval. These locking portions 38 suppress the drop-out to the near side in a state where the left side edge portion of the game board 4 is hooked. One game board 4 is provided with movable lock claws 40 at the positions of the upper right corner and the lower right corner, respectively. In the state where the game board 4 is fitted into the base frame 34 as shown in the drawing, the tip portions of the two lock claws 40 are hooked on the base frame 34 in a state of protruding from the right end of the game board 4 to the side. Thereby, the drop-out of the game board 4 to the near side is suppressed. Further, the base frame 34 is provided with a fastener 42 (a snap lock) below the portion into which the game board 4 is fitted. The fastener 42 attracts the lower end of the game board 4 to the base frame 34. It is fixed. In addition, when attaching and detaching the game board 4, it is only necessary to open the glass frame 8 in the frame 2, and the work is easy because it is not necessary to open the base frame 34.

  In addition, a launch rail 44 is attached to the base frame 34 at a lower right position of a portion into which the game board 4 is fitted. The game ball hit by the spear of the launcher is guided by the launch rail 44 and launched to the upper left, and when guided to the guide rail 46 of the game board 4 after that, it rises along the outer periphery of the game area 6 and the upper left. The game area 6 is entered from the direction. In FIG. 2, the game area 6 is shown with hatching, and detailed components are not shown. In addition, a lower speaker 47 is built in the lower left corner of the base frame 34.

  The frame 2 is provided with a locking device having a cylinder lock 28, and the glass frame 8 and the base frame 34 can be locked by the locking device. The locking device includes front and rear latches 48 and 50 and front and rear latches 52 and 54 corresponding thereto. The front and rear latches 48 and 50 are attached to the base frame 34 together with the cylinder lock 28. Among these, the front latch 48 locks the glass frame 8, and in this embodiment, three front latches 52 are attached to the back side of the glass frame 8 corresponding to the three front latches 48. The rear latch 50 locks the base frame 34. In this embodiment, two rear latches 54 are attached to the inner side of the outer frame 32 corresponding to the two rear latches 50.

  In addition, the frame 2 includes a ball tank 56 attached to the back side invisible to the player, a tank rail (not shown), various mechanical components, an electronic board, and the like. In the present embodiment, most of the mechanical components and electronic boards attached to the back side of the frame 2 are attached to the back surface of the base frame 34 in an integrated manner.

  FIG. 3 shows the game board 4 in detail. In the game area 6 of the game board 4, a liquid crystal display unit 60 is installed at a substantially central position. In the figure, only the display screen of the liquid crystal display unit 60 is shown, and various decorative bodies are arranged around the display screen. In the present embodiment, a decorative accessory 62 is arranged from about the left half to the left edge of the upper edge of the display screen and from the left to the center of the lower edge. On the other hand, a large winning device 64 occupying about half of the right side of the game area 6 is provided from about the right half of the upper edge of the display screen to the right edge and the right corner of the lower edge. For this reason, in this embodiment, the board | plate surface structure in the game area | region 6 is extremely left-right asymmetric, and especially the obstruction nail is hardly installed in the right side part. A game ball (so-called right-handed hit ball) that has been driven over the large winning device 64 flows down from the upper edge of the gaming area 6 to the right edge along the right edge. , It is led to the lower part of the game area 6.

  A large number of obstacle nails (without reference numerals) are arranged on the left side of the game area 6, and board surface components such as a windmill 66 and a side decoration body 68 are installed. In addition, a start winning opening 70 is provided at a substantially central position in the lower portion of the game area 6. The start winning opening 70 is opened upward in a state of protruding from the board surface, and a game ball flowing down from between two obstacle nails arranged immediately above can be won.

  In the lower layer portion of the game area 6, a variable winning device 72 is also installed at the center position. The variable prize-winning device 72 has a rectangular opening / closing member 72a that extends horizontally, and the opening / closing member 72a is supported on both sides of its lower end via hinges 72b. The variable winning device 72 can open and close a predetermined lower large winning opening by operating an opening / closing member 72a in a front-rear direction by a drive mechanism (not shown) using a solenoid. As shown in the figure, when the opening / closing member 72a is stopped at a position along the board surface, the lower big prize opening is closed, and when the opening / closing member 72a is tilted forward from this state, As a result, the game ball can be won. At this time, the opening / closing member 72a protrudes forward from the board surface (slightly upward when viewed from the side), and guides the game ball to win the lower big prize opening in this state. For this reason, an array of obstacle nails is formed in the lower left portion of the game area 6 so as to guide the flow of the game ball from the upper left to the starting winning port 70 and the variable winning device 72 obliquely downward.

  A start opening switch 76 is built in the back of the start winning opening 70, and a game ball won in the start winning opening 70 is detected by the start opening switch 76. The variable winning device 72 has a count switch (not shown) for detecting a game ball that has won a prize in the lower large winning opening. In addition, on both sides of the variable winning device 72, a normal winning opening 78 is provided. In particular, the game ball that has flowed down to the bottom of the game area 6 without winning a prize flows into the out port 80.

[Large winning device]
The large winning device 64 has one movable piece 82 and its operation mechanism (not shown). The movable piece 82 here is an operation form close to a so-called blade member, and the large prize winning device 64 opens and closes the movable piece 82 left and right in the direction along the board surface with the lower end portion as the center, and a predetermined upper part. The big prize opening can be opened and closed. As indicated by the solid line in the figure, the upper special winning opening is closed when the movable piece 82 stands substantially straight. When the movable piece 82 is displaced from this state to the state in which the movable piece 82 is inclined to the left as shown by a two-dot chain line in the figure, the upper big prize opening is opened and the game ball can be won. At this time, the movable piece 82 guides the game ball flowing down from the upward direction or the diagonally upward direction to win the upper prize opening. Although not shown, the large winning device 64 is provided with an upper prize opening switch, and a game ball won in the upper big prize opening is detected by the upper prize opening switch.

  A guide path for a game ball is formed in the large winning device 64, that is, in a portion ahead of the upper large winning opening. The guide route includes an upper guide route 84, a lower right guide route 86, and a lower left guide route 88. Of these, the upper guide route 84 extends rightward along the upper edge of the display screen from the upper big prize opening. . In the large prize winning device 64, an effect decoration body 90 in the shape of a motorcycle (motorcycle) is arranged at a position in front of the upper guide path 84, and the upper guide path 84 is just beside the effect decoration body 90 as a motorcycle. When viewed from the (right side), it is formed so as to connect the front wheel and the rear wheel.

  The upper guide path 84 bends downward on the right side of the display screen, and extends just behind the rear wheel portion of the production decoration body 90 as a motorcycle. Up to this point, the upper guide path 84 is the end point, and from there, the flow direction of the game ball is distributed to either the lower right guide path 86 or the lower left guide path 88. Among these, the lower right guide path 86 extends substantially right below the right side of the display screen along the right edge of the game area 6. In the large prize winning device 64, a modeling decoration body 92 that imitates a motorcycle engine is provided at a position on the right side of the display screen, and the lower right guide path 86 passes through the interior of the modeling decoration body 92. Is formed.

  The other lower left guide path 88 is formed through the interior of the shaped decorative body 92 only at the upstream portion thereof, but the lower left guided path 88 is shaped and decorated at a position far above the lower right guided path 86. It opens to the outside of the body 92. Two coil-shaped members 94 and 96 are installed in front of the shaped decorative body 92 in the large winning device 64 so as to draw a double helix, compared to one of the coil-shaped members 94. The other coil-shaped member 96 has a small outer diameter. And when the space | interval of the two coil-shaped members 94 and 96 is seen in the spiral direction, the space | interval slightly narrower than the diameter of a game ball is always ensured there. As a result, the two coil-like members 94 and 96 can be rolled while drawing a descending spiral while supporting the game ball between them. Therefore, the game ball that has come out of the shaped decorative body 92 through the upstream portion of the lower left guide path 88 continues to pass through the downstream portion that is spirally formed between the two coil-shaped members 94 and 96. Can follow the lower left guide route 88.

  In the large winning device 64, a discharge guiding path 98 is formed at a position on the lower right side of the display screen when viewed from the front. The lower left guiding path 88 and the lower right guiding path 86 formed in two systems merge together at the terminal portion and communicate with a common discharge guiding path 98. The discharge guiding path 98 is formed so as to extend from the right edge of the game area 6 toward the near side and bend in the central direction, and has flowed down through the lower right guiding path 86 and the lower left guiding path 88. Is finally released toward the center of the game area 6 via the emission guide path 98.

[Distributor]
In the large winning device 64, a sorting device 100 covered with a transparent cover is installed at a lower right position of the display screen when viewed from the front. The game balls that have won the upper grand prize opening pass through the guiding path (84, 86, 88, 98) in the large winning device 64, and are finally guided to the sorting device 100. The distribution device 100 has a mechanism for distributing the final destination of the winning game balls, details of which will be described later.

[Warp passage, stage]
A warp passage (not shown) is formed in the decorative accessory 62 at a position on the left side of the display screen as viewed from the front. The warp passage has an entrance 62a that opens to the left side of the decorative accessory 62, and a game ball that has entered the entrance 62a from the game area 6 is guided through the warp passage. A stage 62 b is formed on the lower edge of the decorative accessory 62 at a position below the display screen. The stage 62b extends in the left-right direction when viewed from the front, and is formed in a curved shape in which a middle portion thereof is slightly depressed. The left end of the stage 62b communicates with the lower end (end) of the warp passage, while the right end is greatly curved so as to rise upward at a position in front of the sorting device 100. For this reason, once the game ball that has been guided through the warp passage rolls from the left side to the right side when viewed from the front, the momentum stops when it goes up the curved surface at the right end, and this time it turns back from there. Roll to.

  A V-shaped ball dropping portion 62c is formed at a lower edge portion of the decorative accessory 62 at a position before the stage 62b when viewed from the front. The game ball rolling in the left-right direction on the stage 62b eventually rolls forward from the stage 62b and falls downward through the ball dropping part 62c. Further, a discharge port 62d is formed at the central position of the ball dropping part 62c, and this discharge port 62d is located just above the start winning port 70. For this reason, especially when the game ball rolling in the front direction from the stage 62b falls through the discharge port 62d, it becomes easy to win the starting winning port 70 below it.

[Special symbol display, start memory display]
In the pachinko machine of the present embodiment, a lottery is performed in response to a winning at the start winning opening 70, and the result of the lottery is displayed with a special symbol. Four LEDs 102 are arranged in a horizontal row at the upper position of the side decorative body 68, and these four LEDs 102 function as a special symbol display section. That is, in the present embodiment, the special symbol variation state is displayed by blinking the four LEDs 102 in various patterns triggered by winning at the start winning opening 70. Then, when a certain fluctuation time is over, the stop state in which the special symbol is determined is displayed by the lighting display or light extinction display pattern of the four LEDs 102.

Specifically, two types of lighting colors (for example, red and green) are prepared for each LED 102, whereby each LED 102 is “lighted off”, “lighted with lighting color 1”, and “lighted with lighting color 2”. The display pattern can be switched in three ways. Therefore, a total of 81 display patterns (3 ⁴ = 81) are prepared when the four LEDs 102 are arranged. Note that the lighting color of the LED 102 may be three or more colors (preferably about seven colors), or conversely, may be a single color. If there are many lighting colors of the LED 102, the stop display pattern and the variation display pattern of the special symbol are diversified accordingly. On the other hand, if the lighting color is a single color, the load on electronic control is reduced accordingly. Note that the number of the LEDs 102 that display the special symbol is not limited to four, and the special symbol may be displayed by another number of LEDs, or may be displayed by using a 7-segment LED. When the 7-segment LED is used, the load on electronic control is reduced as compared with the case where a plurality of multicolor LEDs are used.

  In the pachinko machine according to the present embodiment, the start memory display unit 104 is provided corresponding to the special symbol. The start memory display unit 104 is composed of four light emitting areas, and these are arranged at the upper edge of the large winning device 64 just above the effect decoration body 90 that looks like a motorcycle. Each of the four light emitting areas has a star-shaped design, and an LED (for example, a red LED) is built in the back of each of the four light emitting areas. The display by the start memory display unit 104 is performed by turning on a number of LEDs (light emitting areas) corresponding to the number of reserved balls. For example, if there is a holding ball based on winning at the starting winning opening 70 (a winning ball having been won at the starting winning opening 70, but the start of variation of the special symbol associated therewith is held), a corresponding number of start memory displays. When the unit 104 is lit, a special symbol start-up memory display is performed.

[Outline of the game]
Next, the outline | summary of the game by the pachinko machine of this embodiment is demonstrated. In a normal state in which a state that is not particularly advantageous for a player such as a big hit is not generated, the game proceeds while the game balls launched in accordance with the player's operation flow down the game area 6. At this time, the upper big prize opening of the large prize winning device 64 is basically in a closed state, and the game ball does not win the upper big prize opening as it is.

  When a winning at the start winning opening 70 occurs in a normal state, a lottery is performed with the winning as described above, and the result is displayed on the special symbol display section (LED 102). In addition, during the variable display of the special symbol or when the confirmation is stopped, the display on the display of the liquid crystal display unit 60 (the effect display using the effect image or the decorative symbol) is also performed. In addition, when a game ball wins in the start winning opening 70, for example, three prize balls are paid out per one. In addition, when a game ball is won in the normal winning opening 78, for example, 10 award balls are paid out.

  When winning by a lottery triggered by winning at the start winning opening 70, the four LEDs 102 are lit (for example, all are lit in the same color) in a manner representing winning when the variation of the special symbol is stopped. As a result, the large winning device 64 is movable. The piece 82 is activated and the upper special winning opening is opened for a predetermined time (for example, 6 seconds). The release time at this time is approximately 10 times the time interval for launching one game ball by the launching device (the interval of 0.6 seconds assuming that 100 game balls are fired per minute).

  The game balls that have won the upper grand prize opening during the opening flow down from the upper guiding path 84 to the lower right guiding path 86 or the lower left guiding path 88 in order in the large winning device 64, and are distributed from the discharge guiding path 98. Released toward the device 100. In addition, when a game ball wins the upper grand prize opening, for example, 5 award balls are paid out.

  Thereafter, a sorting operation for determining the final destination of the game balls won in the large winning device 64 in the sorting device 100 is performed. As a result, when the sorting is performed to a specific destination (for example, a specific hole), a “big hit” is obtained. Become.

  When the “big hit” is reached, the opening / closing member 72a of the variable winning device 72 is opened in a predetermined pattern and the lower big winning opening is opened (referred to as “round operation”) over a plurality of rounds (for example, 2 to 15 rounds). Repeated. In the pachinko machine of the present embodiment, such repeated round motion is referred to as “big hit game”, and the player can collect a lot of prizes by winning a game ball in the lower big prize opening during the big hit game. You can get a ball. In addition, when a game ball wins in the lower big prize opening, for example, 15 prize balls are paid out per piece. Each round operation ends when a predetermined time (for example, 30 seconds) elapses or an upper limit number (for example, 10) of winning balls is counted. The big hit game ends when the round operation is repeated up to a predetermined number of rounds.

[Control configuration]
FIG. 4 schematically shows a configuration relating to control of the pachinko machine. The control of the pachinko machine is roughly divided into a main board group and a peripheral board group. For the sake of convenience, the encircling lines representing the grouping of the substrates are not shown in FIG. In this embodiment, the main control board 110 and the payout control board 112 belong to the main board group, and the peripheral control board 114 and the liquid crystal control board 116 belong to the peripheral board group. The group of main boards controls game operations (detection of winning and winning judgments, display of special symbols, operations of winning devices, distribution devices, payout of prize balls, etc.), and groups of peripheral boards control effects (such as lighting decoration and Sound output, liquid crystal display, etc.). In addition, the pachinko machine is equipped with various substrates such as a power supply substrate 118, a launch control substrate 120, a prize ball case substrate 122, an interface substrate 124, and the like.

  In the main board group, the main control board 110 is installed on the back side of the game board 4. The other payout control board 112 is installed on the back side of the frame 2 together with the prize ball device 126. The main control board 110 and the payout control board 112 are equipped with electronic parts such as the CPUs 128 and 144, the ROMs 130 and 146, and the RAMs 138 and 148, respectively. In addition, commands are transmitted and received bidirectionally between the main control board 110 and the payout control board 112 via respective input / output interfaces (not shown).

[Main control board]
If there is a winning at the starting winning opening 70 during the game, a starting winning signal is input from the start opening switch 76 to the main control board 110. Further, when a game ball wins the upper big prize opening of the large prize winning device 64, an upper big prize count signal is inputted to the main control board 110 from the built-in upper big prize opening switch 150. In addition, the game ball that has won the lower big prize opening is detected by the count switch 152, whereby the lower big prize opening count signal is inputted to the main control board 110. In addition, the game board 4 is provided with a normal winning opening switch 154, and a game ball that has won the normal winning opening 78 is detected by the normal winning opening switch 154, whereby a winning signal is sent to the main control board 110. Entered.

  The main control board 110 is connected to a door opening switch 156 and an inner frame opening switch 158 for detecting the open state of the frame 2 (the glass frame 8 or the base frame 34). The door opening switch 156 is installed in front of the base frame 34, and when the glass frame 8 is opened, a door opening signal (contact signal) is input from the door opening switch 156 to the main control board 110. One inner frame opening switch 158 is installed on the back surface of the base frame 34. When the base frame 34 is opened from the outer frame 32, an inner frame opening signal is similarly sent from the inner frame opening switch 158 to the main control board 110. Entered.

  The large winning device 64 is equipped with a movable piece solenoid 160 that opens and closes the movable piece 82. The variable winning device 72 is equipped with a large winning opening solenoid 162 that opens and closes the opening / closing member 72a. The movable piece solenoid 160 and the special prize opening solenoid 162 are also connected to the main control board 110, and their operation (energization) is controlled by the CPU 128 of the main control board 110.

  The light emission operation of the four LEDs 102 that display special symbols is controlled by the CPU 128 of the main control board 110. In the present embodiment, the four LEDs 102 are installed behind the side decorative body 68 (on the back side of the game board 4) in a state of being mounted on the special symbol display board 164, and the main control board 110 has a special symbol display board 164. Is connected.

  Similarly, the lighting state of the four LEDs that display the number of reserved balls on the start memory display unit 104 is controlled by the CPU 128 of the main control board 110. In this embodiment, four LEDs are installed behind the large winning device 64 (on the back side of the game board 4) with being mounted on the special figure start memory display board 166, and the main control board 110 has a special figure start memory. A display substrate 166 is connected.

  Although details will be described later with reference to another drawing, the above-described sorting apparatus 100 is equipped with a rotation motor 168 and a lifting motor 170, and the operations of these motors 168 and 170 are performed by the main control board 110. It is controlled. The sorting apparatus 100 is equipped with an index sensor 169 for detecting a reference position related to the rotation of the rotation motor 168. An index signal is input from the index sensor 169 to the main control board 110. Further, the sorting apparatus 100 is equipped with a ball passing switch 171 for detecting that a game ball won in the large winning device 64 has reached the sorting apparatus 100, and for detecting the result of game ball sorting. The V-hole switch 172 and the normal count switch 174 are provided, and detection signals are input to the main control board 110 from these switches.

[Discharge control board]
A game ball launching device 176 and a prize ball device 126 are connected to the payout control board 112. When receiving a prize ball command from the CPU 128 of the main control board 110, the CPU 144 of the payout control board 112 returns an ACK and performs control for paying out the number of game balls designated by the prize ball command. In addition, an interface board 124 is connected to the payout control board 112 for communication between the payout control board 112 and the CR unit. The launcher 176 can be operated when the interface board 124 and the CR unit are connected. Further, a frequency display board 178 is connected to the interface board 124, and the frequency display board 178 is mounted with components such as a frequency display section 24c of the glass frame 8, a ball rental button 24a, and a return button 24b.

[Launching device]
The launcher 176 includes a touch switch 180, a launch stop switch 182, a launch motor 184, and a launch control board 120 in addition to the launch handle 30, and the launch motor 184 and the launch control board 120 are included in the frame 2 (base frame 34). It is installed on the back side. The touch switch 180 is electrically connected to a plating layer formed on the surface of the firing handle 30 so that the touch switch 180 can detect whether or not the player's body is in contact with the firing handle 30. it can. The firing stop switch 182 is for actuating or stopping the firing motor 184 in accordance with the player's operation. Although not shown in FIG. 4, an index sensor is attached to the firing motor 184, and a motor index signal is input from the index sensor to the firing control board 120.

  If the player does not operate the firing handle 30, the firing handle 30 is held at the initial stop position (position where the firing motor 184 is stopped) by the action of a spring (not shown). In this case, the firing stop switch 182 is closed, and contact with the player's body is not detected by the touch switch 180, so that the firing motor 184 does not operate in this state. On the other hand, when the player holds the firing handle 30 and twists it clockwise from the stop position, the firing stop switch 182 is opened and the touch switch 180 detects the player's body contact. Then, the launch motor 184 is actuated to launch a game ball. When the player weakens the force for twisting the firing handle 30, the firing handle 30 returns to the stop position by the action of the spring. In this case, since the shooting stop switch 182 is closed in conjunction with the return of the shooting handle 30, the shooting motor 184 is stopped and the shooting of the game ball is stopped even if the player touches the shooting handle 30.

  As described above, the launch stop switch 182 is not only opened / closed in conjunction with the twisting operation of the launch handle 30, but also opened / closed by operating another launch stop button (not shown). That is, when the player pushes the firing stop button while twisting the firing handle 30, the firing stop switch 182 is opened and the firing motor 184 is stopped. Thereby, even while the player is twisting the launch handle 30, the player can stop launching the game ball by pushing another launch stop button.

[Prize ball equipment]
The prize ball device 126 is installed on the back side of the frame 2 (base frame 34) together with the ball tank 56 and the tank rail. The prize ball device 126 includes a ball break switch 186, a payout motor 188, a payout counting switch 190, and a prize ball case inner board 122, which are unitized while being accommodated in the prize ball case. Although not shown in FIG. 4, an index sensor is attached to the payout motor 188, and a motor index signal is input from the index sensor to the prize ball case inner substrate 122.

  In the prize ball case, for example, a prize ball passage is formed in which the game balls are aligned in two rows and guided downward, and the game ball supplied from the tank rail is introduced into the prize ball passage. In addition, a ball cutting gear (not shown) is disposed together with the payout motor 188 at the lower end position of the prize ball passage. When the payout motor 188 is operated, the game balls in the prize ball passage are alternately cut out from the two rows one by one by the ball cutting gear, and are discharged to the payout passage leading to the upper plate 22 (or the lower plate 10). A payout counting switch 190 is disposed at a position below the ball cutting gear, and a game ball paid out by the operation of the payout motor 188 is detected by the payout counting switch 190.

  The ball cut switch 186 is disposed in the middle of the prize ball passage at a position above the ball cut gear. Normally, while a predetermined number (for example, 15) of game balls remain in the award ball passage, the game ball is pushed by the game ball and the contact of the ball break switch 186 is opened. Is reduced, the contact of the ball break switch 186 is closed, and a contact signal is input to the prize ball case inner substrate 122.

  In addition, a full switch 192 is connected to the payout control board 112. The full tank switch 192 is disposed on the basket (base frame 34) of the lower plate 10, and when the game ball is full up to the basket of the lower plate 10, the contact of the full tank switch 192 is closed and the contact signal is sent out to the payout control board 112. Is input. Further, an external terminal board 206 is connected to the main control board 110 and the payout control board 112, and various state signals accompanying control of the pachinko machine are transmitted to the hall computer through the external terminal board 206. .

[Peripheral control board]
The peripheral control board 114 is installed on the back side of the game board 4 together with the main control board 110. The peripheral control board 114 includes a CPU 134, a ROM 136, a RAM 138, and the like, as well as production components such as a sound ROM 140 and a sound source IC 142. The liquid crystal control board 116 is also installed on the back side of the game board 4 together with the liquid crystal display unit 60. The peripheral control board 114 plays a role of controlling the rendering operation (display, light emission operation, sound output, operation of the movable body, etc.) based on the command received from the main control board 110.

[Director]
As elements for performing the rendering operation, the rendering button 26, the upper speaker 20, the lower speaker 47, and various frame lamps 14, 16, 18 are provided on the frame 2 (glass frame 8). A frame decoration relay terminal plate 194 is installed on the back side of the frame 2 (base frame 34). The effect button 26, the upper speaker 20, the lower speaker 47, and the frame lamps 14, 16, 18 are included in the frame decoration relay terminal plate 194. Are connected to the peripheral control board 114. The effect button 26 is formed with a light-transmitting material at the pushing portion, and an LED substrate (not shown) is installed at the pushing portion. For this reason, it is possible to appeal to the player's visual sense by flashing or flashing the pressed portion of the effect button 26 by the light emission of the LED.

  In addition to the liquid crystal display unit 60 described above, various LED boards 196 (which may be divided into a plurality of parts) and a decorative body solenoid 198 are provided on the game board 4 as elements for performing the rendering operation in the game area 6. It has been. Various LED boards 196 serve as a light source for performing light-emitting decoration with the decorative accessory 62. In addition, the decoration body solenoid 198 moves up and down the production decoration body 90 in the large winning device 64, thereby driving the motorcycle to produce an effect reminiscent of a wheelie running (running only the rear wheels with the front wheels floating). The source. The LED board 196 and the decorative body solenoid 198 are connected to the peripheral control board 114 via the lamp driving board 200.

[Power supply system]
A power distribution board 202 and a power supply board 118 are installed on the back side of the frame 2 (base frame 34). The power distribution board 202 is provided with a power cord and a ground wire for taking in external power (AC24V) from an island facility, as well as a power supply. A switch is provided. The power supply board 118 can generate electric power (DC + 34V, DC + 12V) necessary for operation of the pachinko machine from external electric power, and can store electric power with a capacitor (not shown). The external power captured by the distribution board 202 is distributed to the interface board 124 in addition to the power supply board 118.

  In the present embodiment, the operating power (DC + 34V, DC + 12V) generated by the power supply board 118 is supplied from the power supply relay terminal board 204 to the payout control board 112 and the peripheral control board 114, respectively, and is supplied to the main control board 110. The operation power (DC + 34V, DC + 12V) is supplied via the control board 112.

[Structure of sorting device]
5 and 6 show in detail the sorting apparatus 100 with the transparent cover removed. The sorting apparatus 100 is roughly divided into an upper sorting rotator 210, a guide tray 212, and a lower mechanism unit 214. The portions of the large winning device 64 that are visible to the player through the transparent cover are the upper sorting rotator 210 and the guide tray 212, and the lower mechanism unit 214 is hidden behind the game board 4. As shown in FIGS. 1 and 3, the transparent cover forms a roof that covers the top of the sorting rotator 210 and the guide tray 212, and allows the game balls to jump out around the guide tray 212. Side walls to prevent are formed. In this way, the transparent cover prevents the game ball from jumping out and jumping up from the distribution device 100, and also reliably prevents game balls that have not won the large prize device 64 from entering the distribution device 100 from the game area 6. doing.

[Distributing rotating body, ball receiving hole]
The sorting rotator 210 has a disk shape with a certain thickness. For example, the thickness of the sorting rotator 210 is larger than the outer diameter of the game ball in the largest portion. As shown in FIG. 5 (b), the sorting rotator 210 has the largest thickness at the center when viewed as a disk, and gradually becomes thinner from the center to the periphery.

  The sorting rotator 210 has eight ball receiving holes formed at substantially equal intervals on the peripheral edge thereof. As apparent from FIG. 5A, the ball receiving hole is opened at the upper surface of the sorting rotator 210, and the opening is a U-shape extending from the periphery of the sorting rotator 210 toward the center. Surrounded by walls. In the present embodiment, only one of the eight ball receiving holes has a hit determination hole 216 (hereinafter simply referred to as “V hole”), and the other (seven) of the V holes 216 are usually A determination hole 218 is formed. Each of the V hole 216 and the normal determination hole 218 has a size capable of receiving one game ball.

  Further, an outer peripheral wall 210 a is formed on the periphery of the sorting rotator 210. The outer peripheral wall 210a has a certain height in the thickness direction of the sorting rotator 210, and the V hole 216 and the normal determination hole 218 are formed at positions inside the outer peripheral wall 210a. As shown in FIG. 5A, the surface (wall surface) shape of the outer peripheral wall 210 a is an arc shape at a position adjacent to the V hole 216 and the normal determination hole 218, but is normally determined as the V hole 216. The wall surface is recessed in the center direction at positions between the holes 218 and between the normal determination holes 218. Therefore, when viewed in the circumferential direction, the surface (wall surface) of the outer peripheral wall 210a is formed with irregularities (every eight locations).

  As shown in FIG. 5A, the V hole 216 is formed at a position closer to the center of the sorting rotator 210 than the other normal determination holes 218. Specifically, the other normal determination holes 218 are formed at the peripheral edge of the sorting rotator 210 on the inner side (inner peripheral side) immediately apart from the outer peripheral wall 210a, whereas the V hole 216 is formed. Is formed at a position closer to the center across the inclined portion 210b in addition to the outer peripheral wall 210a. The inclined portion 210b has a downward inclination from the top of the outer peripheral wall 210a toward the center of the sorting rotator 210. In the case of this embodiment, the depth (length) of the inclined portion 210b viewed in the radial direction of the sorting rotator 210 is set to be larger than the radius of the game ball and slightly shorter than the diameter (outer diameter). Further, when viewed in the circumferential direction, the lateral width of the inclined portion 210b is set to be slightly larger than the outer diameter of the game ball, similarly to the maximum width of the V hole 216.

  In this way, the V hole 216 is distinguished from the other normal determination holes 218 in terms of the arrangement, structure, form, and the like. The V hole 216 has a decorative border around the V hole 216 so as to visually distinguish it, and a decorative letter designed with the letter “V” at the center. This makes it possible to easily identify the distribution destination (V hole 216) that the player is interested in.

[Induction tray]
An annular surface 212 a is formed on the top surface of the guide tray 212 so as to surround the periphery of the sorting rotator 210. The annular surface 212a is located slightly outside the outer peripheral wall 210a of the sorting rotator 210, and the radial width is slightly larger than the outer diameter of the game ball. The annular surface 212a has a tapered shape that is inclined downward toward the center (the center of the sorting rotator 210), and such downward inclination is formed over the entire circumference of the annular surface 212a. In addition, a settling portion 212 d is formed in the guide tray 212 just below the sorting rotator 210. The settling portion 212d has a bottomed cylindrical shape, the inner diameter thereof is slightly larger than the outer shape of the sorting rotator 210, and the height thereof is slightly larger than or equal to the maximum thickness of the sorting rotator 210. It is. A guide wall 212b is formed on the outer periphery of the annular surface 212a, and the guide wall 212b is formed so as to rise upward from the annular surface 212a.

  As shown in FIG. 5A, the guide tray 212 basically has a horizontally-long rectangular outer shape, but is substantially the same as the outer shape of the sorting rotator 210 in the depth direction (front-rear direction) as viewed from the player. It is only about the length. For this reason, in the guide tray 212, a part of the sorting rotator 210 and the annular surface 212a protrudes toward the front as viewed from the player.

  Further, on the upper surface of the guide tray 212, a linear approach inclined surface 212c is formed outside the annular surface 212a. The approach inclined surface 212c extends in the longitudinal direction (left and right direction) of the guide tray 212 when viewed from the player, and the left end of the approach inclined surface 212c is continuous with the annular surface 212a with the guide wall 212b interposed therebetween. Further, although the right end of the approaching inclined surface 212c is simply interrupted, the right end is positioned so as to be connected to the discharge guiding path 98 in a state where the sorting device 100 is attached to the large winning device 64. Note that the entry inclined surface 212c has a downward inclination in a direction approaching the annular surface 212a (leftward as viewed in FIG. 5).

  The induction tray 212 is molded by resin molding and has a shell structure as a whole. In the present embodiment, the ball passage switch 171 is installed directly below the approach inclined surface 212c by forming the guide tray 212 into a shell structure. When the game ball passes on the approaching inclined surface 212c, a switch signal is input from the ball passing switch 171 to the main control board 110.

[Ball drop passage]
Two openings are formed in the guide tray 212 at a position below the sorting rotator 210, one of which communicates with the V-hole passage 220 and the other communicates with the normal hole passage 222. As shown in FIG. 5A, the V hole passage 220 and the normal hole passage 222 have different opening positions in the radial direction of the sorting rotator 210. Specifically, The V hole passage 220 is closer to the center than the normal hole passage 222 (position closer to the inside). When viewed from the center of the sorting rotator 210, the V hole 216 and the V hole passage 220 are located at the same distance from the center, and the normal determination hole 218 and the normal hole passage 222 are Located at the same distance. Therefore, for example, when the sorting rotator 210 is rotated counterclockwise from the state shown in FIG. 5A, the V-hole 216 can be overlaid on the V-hole passage 220, and similarly the normal hole The normal determination hole 218 can be superimposed directly on the use passage 222. Although not shown in FIGS. 5 and 6, the V-hole switch 172 and the normal count switch 174 are installed directly below the openings of the V-hole passage 220 and the normal hole passage 222, respectively.

[Mechanism unit]
The lower mechanism unit 214 includes the rotation motor 168 and the lifting motor 170 as drive sources. The rotation motor 168 is for rotating the sorting rotator 210 in the circumferential direction. Therefore, the rotation motor 168 is attached to the mechanism unit 214 with the output shaft facing upward. The other lifting / lowering motor 170 is for vertically moving (raising / lowering) the sorting rotator 210 relative to the guide tray 212 (annular surface 212a), and its output shaft is lateral (rightward as viewed in FIG. 5). ).

  The mechanism unit 214 includes an upper base 214a and a lower base 214b, and the upper base 214a is arranged so as to support the guide tray 212 from below. As shown in FIGS. 5 and 6, the outer shape of the upper base 214 a is basically a long and thin rectangular shape like the guide tray 212. The other lower base 214b is originally obtained by bending a flat plate-like material into a groove shape (C-shaped cross section), and is formed so as to leave ear-shaped flanges 214c at both ends. . The lower base 214b is attached so as to hang from the upper base 214a by flanges 214c at both ends.

[Rotation mechanism, lifting mechanism]
7 and 8 show the structure of the sorting apparatus 100 in more detail. The sorting rotator 210 has a boss portion 210 c formed at the center position thereof, and this boss portion 210 c extends downward from the sorting rotator 210. In addition, a circular through hole 212e is formed in the bottom of the sedimentation portion 212d in the guide tray 212. The outer shape of the boss portion 210c is sufficiently smaller than the inner diameter of the through hole 212e of the settling portion 212d, and the sorting rotator 210 is installed with the boss portion 210c passing through the through hole 212e. On the other hand, a drive shaft 224 is connected to the output shaft of the rotation motor 168, and the drive shaft 224 is fitted into the boss portion 210c from below. The upper base 214 a of the mechanism unit 214 is also formed with a circular through hole 214 d on the rotation center axis of the sorting rotator 210, and the drive shaft 224 passes between the boss portion 210 c and the rotation motor 168. It extends through the hole 214d.

  As shown in FIGS. 7 and 8, guide rods 226 and 228 are installed on both sides of the upper base 214a with the drive shaft 224 interposed therebetween, respectively. Each of these guide rods 226 and 228 is a round bar-like member, and extends downward from the upper base 214a in a state where the upper end portion is fitted and fixed to the upper base 214a (tight fit). Of these, the guide rod 228 located on the heel when viewed from the front is longer than the front guide rod 226, and the shorter (front) guide rod 226 is free at the lower end. On the other hand, the lower end portion of the rod guide rod 228 protrudes further downward through the lower base 214b. That is, a fitting hole 214e is formed in the lower base 214b, and the rod guide rod 228 is fixed (tightly fitted) with the lower end portion fitted into the fitting hole 214e. Thereby, the rod guide rod 228 also serves as a reinforcing member that connects the upper base 214a and the lower base 214b.

  A slide block 230 is combined on the outer side of the guide rod 228 having a long rod. The slide block 230 is slidable in the axial direction (vertical direction) along the outer surface of the guide rod 228, and is attached so as to be rotatable in the direction around the axis. Thereby, in the mechanism unit 214, the long guide rod 228 and the slide block 230 can be used as a linear motion (lifting / lowering) guide.

  On the other hand, a slide member 232 is combined with a short guide rod 226 on the near side. The slide member 232 has two guide fingers 232a protruding laterally in a fork shape, and the guide rod 226 is positioned so as to be sandwiched between the two guide fingers 232a. In this state, the two guide fingers 232a are slidable in the axial direction (vertical direction) while being in contact with the outer surface of the guide rod 226. Accordingly, in the mechanism unit 214, the short guide rod 226 and the slide member 232 can be used as a linear motion (lifting / lowering) guide, and also as a detent for restricting the rotation of the slide block 230 around the axis of the guide rod 228 of the rod. It is available.

  In the mechanism unit 214, the weights of the rotation shaft 168, the drive shaft 224, and the sorting rotator 210 are all supported by the slide block 230. That is, an elevating base 234 is attached to the outer surface of the slide block 230, and the elevating base 234 is disposed so as to connect the slide block 230 and the slide member 232. The rotation motor 168 is attached to the lower surface of the elevating base 234 so that the lower end portion of the drive shaft 224 is fixed to the output shaft extending upward in this state. A bearing support 234a is formed on the lifting base 234, and the bearing support 234a extends so as to rise from the upper surface of the lifting base 234. A bearing 234b is integrally formed with the bearing support 234a, and the bearing 234b rotatably supports the drive shaft 224 from the outer periphery. The bearing 234b supports a position slightly lower than the center of the drive shaft 224 when viewed in the longitudinal direction, so that the entire drive shaft 224 including the sorting rotator 210 is located above the output shaft of the motor 168 for rotation. Suppresses wobble. As a result, the center position of the sorting rotator 210 is accurately fixed with respect to the guide tray 212.

  7 and 8, only a part is shown because it is hidden behind the slide block 230, but a connecting member 236 and a crank member 238 are provided inside the lower base 214b (inside the groove). 236 and the crank member 238 constitute a slider crank mechanism in the mechanism unit 214. Specifically, one crank member 238 is attached to the output shaft (which may be equipped with a speed reducer) of the lifting / lowering motor 170 and transmits the rotational force to the connecting member 236. The connecting member 236 can reciprocate the slide block 230 up and down by the rotational force of the lifting motor 170 by transmitting the rotational force of the crank member 238 to the slide block 230.

  As is clear from the comparison between FIG. 7 and FIG. 8, in the mechanism unit 214, the sorting rotating body 210 and the rotating motor 168 move up and down together by the vertical movement of the lifting base 234 together with the slide block 230. The lower base 214b is formed with an arcuate cutout 214e to avoid interference with the rotation motor 168 when lowered.

  As shown in FIG. 7, when the sorting rotator 210 moves to the raised position, the outer peripheral wall 210a is completely pulled out upward from the settling portion 212d, and at this time, the lower end of the outer peripheral wall 210a is annular. It is located slightly above the surface 212a. On the other hand, as shown in FIG. 8, when the sorting rotator 210 moves to the lowered position, the outer peripheral wall 210a is completely submerged inside the settling portion 212d. At this time, the outer peripheral wall 210a The upper end is located slightly below the annular surface 212a.

[Contents of winning ball distribution control]
Next, the contents of the sorting operation control executed by the CPU 128 of the main control board 110 will be described. The distribution operation control is for controlling the distribution operation by the distribution device 100 when a game ball wins the large winning device 64. The control logic is, for example, a sequence in which the CPU of the main control board 110 excites the movable piece solenoid 160 to open the upper special winning opening and then the first detection signal input of the upper special winning opening switch 150 is used as a start trigger. It is configured. Note that the CPU 128 performs timer interrupt processing at a constant interrupt cycle (for example, 4 ms) after the power of the pachinko machine is turned on, and the distribution operation control is executed through the steps included therein. Hereinafter, the control of the sorting operation will be described in order.

[First control example]
FIG. 9 is a timing chart showing state changes of various switches for inputting signals to the main control board 110 and motors, solenoids and the like whose operations are controlled by the CPU 128. "ON" in the figure means the solenoid excitation (energization) state or switch signal input state, and "OFF" in the figure means the non-excitation (non-energization) state or switch signal non-input state, respectively. ing. As for the rotation motor 168, “ON” in the drawing means a rotation state, and “OFF” means a stop state. As for the lifting motor 170, “UP” in the drawing means a stopped state at the raised position, and “DOWN” means a stopped state at the lowered position.

  In the normal state before shifting to the big hit state, when the special symbol is stopped in an out-of-phase manner or is still changing (before time t0 in the figure), the movable piece solenoid of the large winning device 64 Reference numeral 160 denotes a non-actuated (OFF) state. In this state, the upper prize winning opening remains closed, and no switch signal is output from the upper prize winning switch 150 or the ball passing switch 171 (OFF). Further, since the rotation motor 168 is in a stopped state (OFF), the motor index signal from the index sensor 169 is not continuously output (OFF). Similarly, the switch signal is not continuously output from the V-hole switch 172 or the normal count switch 174 (OFF). Further, the lifting motor 170 is stopped at the rising position (UP) from the beginning in the normal state.

  When a lottery corresponding to the special symbol is won in the normal gaming state, the CPU 128 performs processing for displaying the special symbol (four LEDs 102) in a winning manner. When the processing so far is performed, the CPU 128 excites (turns on) the movable piece solenoid 160 of the large winning device 64 in the next timer interruption processing, and performs processing for opening the upper big winning opening (time t0 in the figure). . As described above, in the present embodiment, the opening period (T1) of the upper special winning opening is about 6 seconds. The CPU 128 counts a timer when the movable piece solenoid 160 is excited, and performs a process of de-energizing (OFF) the movable piece solenoid 160 when the open period (T1) elapses.

  When the movable piece solenoid 160 is energized (ON), the upper big prize opening is opened and the game ball can be won. In accordance with this, the CPU 128 performs a process of transmitting an effect command to the peripheral control board 114. In response to this, the peripheral control board 114 displays an effect image by the liquid crystal display unit 60, outputs sound effects by the upper speaker 20 or the lower speaker 47, and emits light by the frame lamps 14, 16, 18 or the LED board 196. Processing for controlling the effect operation is performed.

  When a switch signal is input from the upper special winning opening switch 150 (time t1 in the figure) while the upper special winning opening is being opened or within a certain time (for example, 0.5 seconds) after the opening is completed, this is started. As a trigger, the CPU 128 executes the following sorting operation control process. On the contrary, if the switch signal is not input from the upper big prize opening switch 150 during the opening of the upper big prize opening or within a certain time (for example, 0.5 seconds) after the opening is finished, the CPU 128 performs the subsequent distribution. Operation control processing is not performed. Further, each time the CPU 128 confirms the input of a switch signal from the upper big prize opening switch 150, the CPU 128 performs processing for instructing the payout control board 112 to pay out the corresponding number of prize balls.

  FIG. 9 shows an example in which the sorting operation control process is performed using the input of a switch signal as a start trigger. That is, in this example, the first switch signal is input because the game ball is won while the upper prize opening is open (time t1 in the figure), and thereafter, five game balls are won continuously. Thus, the switch signal is input as many times as the number of the switches. Since the game ball winning timing is an event that occurs at random, switch signal input (ON) also occurs at random.

  Thereafter, when the winning game ball is discharged from the upper guide path 84 through the lower right guide path 86 or the lower left guide path 88 and down the inclined surface of the release guide path 98 toward the sorting device 100, first, The game ball that has reached the sorting apparatus 100 is detected by the ball passage switch 171 and the switch signal is input (time t2 in the figure). In the case of the present embodiment, the rolling period (T2) required for the game ball to pass through the upper prize port switch 150 and be detected by the ball passage switch 171 is on average several seconds (5 seconds). ~ About 8 seconds). It should be noted that the rolling period (T2) may vary to some extent depending on the rolling mode of the game ball in the guide path (84, 86, 88) (rolling is smooth or conversely smooth). Depending on whether it passes through the lower right guide path 86 or the lower left guide path 88. In particular, in the present embodiment, the lower left guide path 88 has a longer rolling distance than the lower right guide path 86 by the amount corresponding to the spiral route, so the lower left guide path 88 is ahead of the upper guide path 84. The game ball that has advanced to has a longer rolling period. In this way, by providing variation in the rolling period for each game ball, in this embodiment, it becomes more difficult to predict the sorting result by the sorting device 100, and the fun of the apparent sorting operation increases. Yes.

  In any case, when the switch signal is received from the upper prize winning switch 150, the CPU 128 waits until the first switch signal is input from the ball passing switch 171. When the first switch signal is input (time t2 in the figure), the CPU 128 performs a process of rotating (turning on) the rotation motor 168. As a result, the sorting rotator 210 starts rotating in the sorting apparatus 100. At this time, the rotation speed of the rotation motor 168 is maintained at a constant high speed (for example, about one rotation in 0.4 seconds).

  Thereafter, the CPU 128 counts the index signal input from the index sensor 169 in the interrupt process, and when the count reaches an upper limit (for example, 18 rotations) (time t3 in the figure), there is a motor 168 for rotation there. To stop (OFF). In addition, the CPU 128 performs a process of switching the lifting motor 170 from the raised position (UP) to the lowered position (DOWN). As a result, the rotation of the sorting rotator 210 in the sorting apparatus 100 stops at the initial reference position (the position where the V hole 216 faces the player from the front in the circumferential direction), and the sorting rotator 210 settles. It will sink into the portion 212d.

  In this example, the index signal is counted after the switch signal is first input from the ball passing switch 171, and the rotation of the motor 168 for rotation is stopped when the count value reaches the upper limit value. When a predetermined period (T4) elapses after the index signal is first input, the rotation of the rotation motor 168 may be stopped there. The period (T4) here can be set as a length (for example, about 8 seconds) at which a certain amount of time has passed since all winning balls have reached the sorting apparatus 100. Or, conversely, the CPU 128 may count the index signal after the switch signal accompanying the passage of the game ball that has won the last prize is input. For example, if the number of winning balls detected by the upper large winning opening switch 150 is five, the CPU 128 confirms that the fifth switch signal is input from the ball passing switch 171 accordingly. Then start counting the index signal. Then, when a period (T3) until the subsequent count value reaches a specified value (for example, 8 rotations) elapses, the CPU 128 stops the rotation of the rotation motor 168 and switches the elevating motor 170 to the stop position. Process. In this case, after confirming that all winning balls have reached the sorting apparatus 100, the sorting rotator 210 can always be rotated by a specified number.

  When the rotation of the sorting rotator 210 stops and descends into the settling portion 212d, the sorting balls 100 distribute the game balls to either the V holes 216 or the normal determination holes 218. Although details will be described with reference to the drawings separately, a certain amount of time is required until all the game balls are distributed to either the V hole 216 or the normal determination hole 218. For this reason, when the CPU 128 stops the rotation motor 168 and performs the process of switching the elevating motor 170 to the lowered position, the CPU 128 counts the timer and waits until a certain waiting time (T5: for example, 3 seconds) elapses. To do.

  When the elapse of the standby time (T5) is confirmed, the CPU 128 activates the rotation motor 168 again to start rotation (time t4). The rotation speed at this time is held at a lower speed (for example, about one rotation in 0.8 seconds) than the previous high-speed rotation (time t2 to time t3). As a result, the sorting rotator 210 rotates at a low speed in the sorting apparatus 100, and the game balls distributed to the V hole 216 or the normal determination hole 218 are collected through the V hole passage 220 or the normal hole passage 222, respectively. It will be. Whether the game ball passes through the V-hole passage 220 or the normal-hole passage 222 depends on the distribution result at that time. That is, if the game ball is not distributed to the V-hole 216, no switch signal is input from the V-hole switch 172. In addition, there are seven normal determination holes 218 in all, but it is not determined where and where the game balls are distributed, so the timing at which the switch signal is input from the V hole switch 172 and the normal count switch 174 is It depends on the sorting result. For example, if there is a game ball distributed to the V hole 216 among all the winning balls (five), a switch signal is input (ON) from the V hole switch 172 as shown by a two-dot chain line in the figure. The The other five game balls sequentially pass through the normal hole passage 222 as the sorting rotator 210 rotates, and accordingly, a switch signal is input (ON) from the normal count switch 174 accordingly.

  If the game balls are collected smoothly through the V hole passage 220 or the normal hole passage 222, normally, all the game balls are collected from the sorting apparatus 100 if the sorting rotator 210 makes one rotation. In this embodiment, the sorting rotator 210 is rotated three times in order to collect game balls more reliably. Therefore, the CPU 128 counts the index signal after the rotation of the rotation motor 168 starts (time t4), and when the collection period (T6) until the count value reaches a predetermined value (here, 3 times) has elapsed. Therefore, processing for stopping the rotation motor 168 is performed.

  In addition, when a certain waiting time (T7: for example, about 2.5 seconds) elapses after the rotation motor 168 is stopped, the CPU 128 performs a process of switching the elevating motor 170 to the ascending position (UP). Thereby, the sorting rotator 210 returns to the initial ascending position.

  The above is the first control example of the sorting operation by the CPU 128. When a switch signal is input from the V-hole switch 172 through the distribution operation control, the CPU 128 executes a process for turning on the big hit flag in the timer interrupt process. When the big hit flag is turned on, processing for determining the start condition of the big hit game is performed from the next timer interruption processing. Here, for example, the CPU 128 determines the number of round operations based on a hit determination random number (or a hit flag or a hit symbol random number) at that time. When the start condition for the big hit game is determined, a process for actually executing the big hit game is performed from the next timer interruption process. In this process, the CPU 128 controls the special prize opening solenoid 162 according to a certain operation pattern. Thereby, in the big hit game, the round operation (the operation of opening the lower big prize opening until 30 seconds elapses or the winning count reaches 10) is performed up to a predetermined number of rounds. On the contrary, if the switch signal is not input from the V-hole switch 172 through the distribution operation control, the prize ball is simply paid out by winning the upper big prize opening, and the game is continued in the normal state.

  As described above, whether or not the game balls are distributed to the V holes 216 by the distribution device 100 greatly affects the subsequent game contents. Therefore, during the distribution operation, the movement of the game balls and the V holes 216 The player's interest is concentrated in the relationship. For this reason, in this embodiment, with the control of the distribution operation by the CPU 128, the distribution device 100 performs the following operations to greatly attract the player's interest. Hereinafter, an example of the sorting operation will be described with reference to the actual behavior of the sorting apparatus 100 accompanying the execution of the first control example by the CPU 128.

[First operation example]
FIG. 10 to FIG. 12 show examples of the sorting operation by the actual sorting device 100 in accordance with the execution of the sorting operation control. In FIGS. 10 to 12, in order to prevent complication of the drawings, reference numerals are given only to parts necessary for the description, and reference numerals of parts irrelevant to the description are omitted as appropriate. Hereinafter, the sorting operation will be described in order.

  As shown in FIG. 10, the game ball released from the emission guide path 98 enters the annular surface 212a through the approach inclined surface 212c ((a) in FIG. 10). At this time, a certain approach speed is given to the game ball that has come down the slope of the emission guide path 98, so that the game ball rolls in a circle on the annular surface 212a first by inertia. ((B) in FIG. 10). Although not shown here, the sorting apparatus 100 is covered with a transparent cover in a state where it is attached to the game board 4, and the transparent ball jumps around the annular surface 212 a as described above. A guide wall is formed to prevent this. The guide wall is stretched around the entire circumference of the annular surface 212a except for a portion serving as a passage from the approach inclined surface 212c to the annular surface 212a. For this reason, even when the game ball enters at an extremely high rolling speed, the game ball does not jump out of the annular surface 212a. Further, since the transparent cover covers the upper part of the sorting apparatus 100 just like a roof, it does not greatly jump upward due to the impact of the game balls colliding with each other.

  The period from when a plurality of game balls have won the upper grand prize opening as described above until the game ball first reaches the sorting apparatus 100 (time t1 to time t2 in FIG. 9) is shown in FIG. As shown in a), the sorting rotator 210 is in the raised position, and its rotation is stopped. Then, when the first game ball is released from the emission guide path 98, a switch signal is input from the ball passage switch 171, so that the rotation motor 168 is activated as a trigger, and (b) in FIG. As shown in FIG. 5, the sorting rotator 210 starts to rotate. At this time, the rotation motor 168 moves the sorting rotator 210 in the same direction as the game ball rolls in a circle on the annular surface 212a (in this example, the counterclockwise direction when viewed from above). Rotate.

  FIG. 11 shows the sorting apparatus 100 in the middle of the sorting operation from above. As described above, in the present embodiment, the upper prize winning opening is opened for about 6 seconds (time when about 10 game balls are fired by the launching device) by the operation of the large prize winning device 64 per time. Whether the game ball actually wins or not during the opening of the upper grand prize winning opening depends on where in the game area 6 the player hits the game ball, and in which game ball the game ball is placed in the game area 6 Although it depends on how it flows down, it is theoretically possible to win a plurality of game balls in the upper big prize opening during one opening operation. In this case, as shown in FIG. 11 (a), even if the previously won game ball rolls on the annular surface 212a, the later won game ball enters there. It will be.

  At this time, the rotation speed of the sorting rotator 210 by the rotation motor 168 is such that the game ball rolls by inertia when it first enters the annular surface 212a from the discharge guiding path 98 via the entry inclined surface 212c. Is set higher than the average rolling speed. Therefore, as shown in FIG. 11 (a), when the game ball (symbol B1 in the figure), which has gradually lost its momentum, descends to the inner peripheral side along the downward slope of the annular surface 212a, The game ball is rubbed against the wall surface of the outer peripheral wall 210a of the sorting rotator 210 and its unevenness and is repelled in the circumferential direction. Then, the played game ball regains momentum and rolls on the annular surface 212a in the circumferential direction. In this way, while the sorting rotator 210 rotates at the raised position, the game ball rolling on the annular surface 212a loses momentum and is bounced by the sorting rotator 210. If you roll for a while, you will lose your momentum again. As a result, as shown in FIG. 11 (b), while the sorting rotator 210 is rotating at its raised position, a plurality of game balls roll randomly on the annular surface 212a. It stays while actively circling at speed. In addition, since the revolving motion of such a game ball is similar to the state when the particles are stirred in the container, it feels as if the game ball is being stirred.

  FIG. 12 shows the sorting apparatus 100 in the middle of the sorting operation following FIG. 11 from above. In accordance with the example of the sorting operation control shown in FIG. 9, when the sorting rotator 210 rotates a predetermined number of times after the switch signal is first input from the ball passing switch 171, the lifting motor 170 is activated to perform the sorting. As the minute rotating body 210 descends, the rotation motor 168 stops and the sorting rotating body 210 stops at the reference position. As shown in FIG. 12A, the reference position here is, for example, a position where the entrance of the V hole 216 faces directly in front, but other reference positions may be used.

  In any case, since the sorting rotator 210 descends and sinks into the settling portion 212d of the guide tray 212, the game that has been supported by the wall surface of the outer peripheral wall 210a until then has circulated on the annular surface 212a. The ball loses its support and falls down toward the center along the downward slope. As a result, the game ball rolls over the top of the outer peripheral wall 210a and fits into one of the normal determination holes 218 or the V hole 216. In particular, the game ball (reference symbol B0 in the figure) that fits in the V hole 216 rolls further on the inclined portion 210b beyond the top of the outer peripheral wall 210a, and accordingly, the other normal judgment hole 218 is accordingly moved. Rolls to a position closer to the center than the game ball that enters. The game ball inserted into any of the normal determination holes 218 or the V holes 216 is supported by the bottom surface of the guide tray 212 below. FIG. 12 (a) also shows the state of the game ball (reference numeral B2) that continues to circulate on the annular surface 212a with its own momentum even when the sorting rotator 210 is lowered. .

  As shown in FIG. 12A, when the sorting rotator 210 is stopped at the reference position, any of the normal determination holes 218 is directly above the opening of the normal hole passage 222 of the guide tray 212. The game balls do not fall into the normal hole passage 222 in this state. Similarly, the V hole 216 is located away from the V hole passage 220 in the circumferential direction.

  According to the first control example shown in FIG. 9, the waiting time (T5: for example, 3 seconds) elapses after the sorting rotator 210 stops rotating and descends, and all the game balls are in any of the normal determination holes. 218 or when it is assumed that it is inserted into the V hole 216, the rotation motor 168 is activated again as shown in FIG. 12B, and the game ball is staying (FIG. 11). The sorting rotator 210 rotates at a lower speed. Then, with the rotation of the sorting rotator 210, the normal determination hole 218 that is two adjacent positions from the V hole 216 in the counterclockwise direction first passes above the opening of the normal hole passage 222. If a game ball has entered the normal determination hole 218 at the position, the game ball falls into the normal hole passage 222. Note that the normal hole passage 222 after the game ball has fallen is in an empty state. Further, the game ball that has dropped into the normal hole passage 222 is detected by the normal count switch 174 (not shown in FIG. 12). At this time, the game ball that is inserted into the V hole 216 or the other normal determination hole 218 is rolling in the rotation direction of the sorting rotator 210 on the upper surface of the settling portion 212d.

  Thereafter, when the V-hole 216 passes over the front of the opening of the V-hole passage 220 as the sorting rotator 210 rotates, if the game ball is inserted into the V-hole 216, the game ball is It falls into the V-hole passage 220. The V-hole switch 172 is installed in the upper base 212 of the mechanism unit 214, and the game ball that has dropped into the V-hole passage 220 is detected by the V-hole switch 172.

  As described above, with the rotation of the sorting rotator 210 (rotation at a lower speed than during the stay), the game ball that has been inserted into the V hole 216 falls into the V hole passage 220, and other normal The game balls filled in the determination hole 218 sequentially fall into the normal hole passage 222. If the sorting device 100 rotates the sorting rotator 210 one or two times from the reference position shown in FIG. 12A, all the game balls are placed in the V hole passage 220 or the normal hole passage 222. Since it is designed to fall, the game ball can be sufficiently collected from the sorting apparatus 100 if the sorting rotator 210 is rotated three times according to the control example of FIG. Even if the sorting rotator 210 is not rotated three times, when the number of winning balls is reached by adding together the switch signal from the V-hole switch 172 and the switch signal from the normal count switch 174, the reference position Thus, the sorting rotator 210 can be stopped. In addition, the V hole 216 and the normal determination hole 218 are displaced from each other in the radial direction of the sorting rotator 210 (for example, there is a deviation corresponding to the radius of the game ball). Even if the normal determination hole 218 passes, the game ball does not fall into the V-hole passage 220 from the normal determination hole 218. Similarly, the game ball that has been inserted into the V hole 216 does not fall into the normal hole passage 222. When the game balls are collected from the sorting apparatus 100, the sorting rotator 210 returns to the raised position and returns to the initial state when the above-described waiting time (T7 in FIG. 9) has elapsed.

  As described above, a game ball that has won a prize in the upper big prize opening of the large winning device 64 depends on whether it is inserted into the V hole 216 of the sorting rotating body 210 or the other normal determination hole 218 in the sorting device 100. Final destination is determined. As a result, when the game ball is inserted into the V hole 216, when the V hole switch 172 detects that the game ball has dropped into the V hole passage 220, the game shifts to the above-mentioned big hit game. A round operation is performed in which the lower big prize opening is opened. Note that the large winning device 64 is not opened during the big hit game.

  On the other hand, as a result of the sorting operation by the sorting apparatus 100, when the game ball is not inserted into the V hole 216 but only into the other normal determination hole 218, the game ball is placed in the V hole passage 220. The V-hole switch 172 does not detect the fall (pass) of the game ball. In this case, the game is continued in the normal state without shifting to the big hit game state.

  The above is the first operation example of the sorting apparatus 100 performed according to the first control example shown in FIG. In addition to this, the present embodiment also includes the following second control example and a second operation example performed in accordance therewith. In the second operation example by the sorting apparatus 100, after the game ball is retained, the sorting rotating body 210 is lowered without being stopped at the reference position.

[Second control example]
FIG. 13 shows a second control example of the sorting operation as a timing chart. Also in the second control example, the subsequent processing is performed with the start trigger being input of the switch signal from the upper special winning opening switch 150 in accordance with the opening of the upper special winning opening.

  In the case of the second control example, after the first switch signal is input from the ball passing switch 171 and the CPU 128 performs a process of rotating (ON) the rotation motor 168, the index signal count value reaches the upper limit value. However, unlike the first control example, the rotation motor 168 is not stopped, although the process of switching the lifting motor 170 from the raised position (UP) to the lowered position (DOWN) is performed. Instead, the CPU 128 reduces the rotation speed of the motor 168 for rotation more than before, and rotates it at a constant medium speed (for example, about one rotation in 0.65 seconds) (time t3 to time t4 in FIG. 13). As a result, in the sorting apparatus 100, the sorting rotator 210 sinks into the settling portion 212d, and the sorting rotator 210 continues to rotate at a medium speed.

  The CPU 128 keeps the rotation speed of the rotation motor 168 at the above-described medium speed until a predetermined distribution time (T5: about 3.5 seconds, for example) elapses after the distribution rotating body 210 is lowered. To do. The distribution time (T5) here means that all the game balls (about 10 at the maximum) are inserted into the V holes 216 or the normal determination holes 218 in a state where the distribution rotator 210 is rotated at the lowered position. It is determined in consideration of the average time required for When the CPU 128 confirms the passage of the distribution time (T5), the CPU 128 further reduces the rotation speed of the rotation motor 168 to switch to a constant low speed (time t4). The rotation speed at this time is held at a lower speed (for example, about one rotation in 0.8 seconds) than the previous medium speed rotation (time t3 to time t4). As a result, the sorting rotator 210 rotates at a low speed in the sorting apparatus 100, and the game balls distributed to the V hole 216 or the normal determination hole 218 are collected through the V hole passage 220 or the normal hole passage 222, respectively. .

  Next, the CPU 128 starts counting the index signal after switching the rotation speed of the rotation motor 168 to a low speed (time t4), and the collection period (T6) until the count reaches a predetermined value (three times here). ), A process for stopping the rotation motor 168 is performed.

  In addition, when a certain waiting time (T7: for example, about 2.5 seconds) elapses after the rotation motor 168 is stopped, the CPU 128 performs a process of switching the elevating motor 170 to the ascending position (UP). Thereby, the sorting rotator 210 returns to the initial ascending position.

[Second operation example]
A second operation example actually performed in the sorting apparatus 100 will be described according to the second control example. Also in the second operation example, at the beginning (time t2 to time t3 in FIG. 13), as shown in FIGS. 10 and 11, the game ball that won the upper big prize opening is placed on the annular surface 212a. The procedure of staying while rolling is executed.

  FIG. 14 shows the behavior of the sorting apparatus 100 according to the second operation example. Also in this second operation example, as in the case of the first operation example, all the game balls won during one opening of the upper big winning opening are circulated on the annular surface 212a, and then the lifting motor 170 starts and the sorting rotator 210 descends. On the other hand, the rotation motor 168 continues to rotate at a medium speed lower than the previous rotation speed without stopping ((a) in FIG. 14).

  In the second operation example, even if the sorting rotator 210 is submerged in the settling portion 212d, it continues to rotate at the lowered position. For this reason, whether the game ball is inserted into the V hole 216 or the other normal determination hole 218 depends on the rolling speed (variable) of the game ball in the circumferential direction and the rotation speed of the sorting rotator 210 at that time. It is greatly influenced by the relative relationship with (constant). For example, when a certain game ball (symbol B3 in the figure) gradually loses momentum to roll in the circumferential direction and is about to roll off from the annular surface 212a, the rolling speed of the game ball and the rotation of the sorting rotator 210 In a situation where there is almost no difference from the speed (a situation where the speed difference is close to 0), the game ball is likely to be inserted into the V hole 216. Or even if it is the game ball which rolled the position ahead of the V hole 216 seeing in the circumference direction, the V hole 216 catches up as it gradually loses momentum, and the V hole 216 is just fine. It is possible to get stuck in. Similarly, when the sorting rotator 210 descends, it rolls faster than its rotational speed, so even a game ball that once overtakes the V-hole 216 gradually loses momentum. Sometimes the V hole 216 catches up and fits into the V hole 216 just as well. On the other hand, even a game ball that has been rolling behind the V-hole 216 catches up with the V-hole 216 due to a decrease in the rotational speed of the sorting rotating body 210, and the V-hole 216 is just as good. It is possible to get stuck in.

  However, since the number of normal judgment holes 218 is larger than that of the V holes 216, many game balls (reference numeral B4 in the figure) that have been rolling away from the V holes 216 gradually roll in the circumferential direction. If the momentum to move is lost, the normal judgment hole 218 in the vicinity is likely to be inserted. In FIG. 14, (a) also shows another game ball that continues to roll in the circumferential direction without losing momentum. When these game balls lose momentum and fall from the annular surface 212a, they are inserted into the normal determination hole 218 in the vicinity thereof.

  In any case, in the same manner as in the first operation example, the game ball that has won a prize in the upper prize winning opening of the large winning device 64 is the V hole 216 of the sorting rotating body 210 or the other normal determination hole 218 in the sorting device 100. The final distribution destination is determined depending on which of the above. As a result, when the game ball is inserted into the V hole 216, when the V hole switch 172 detects that the game ball has dropped into the V hole passage 220, the game shifts to the above-mentioned big hit game. A round operation is performed in which the lower big prize opening is opened. Note that the large winning device 64 is not opened during the big hit game.

  On the other hand, as a result of the sorting operation by the sorting apparatus 100, when the game ball is not inserted into the V hole 216 but only into the other normal determination hole 218, the game ball is placed in the V hole passage 220. The V-hole switch 172 does not detect the fall (pass) of the game ball. In this case, the game is continued in the normal state without shifting to the big hit game state.

  In the second operation example, since the sorting rotating body 210 continues to rotate at a low speed even after descending, even if a game ball is stuck in a certain normal determination hole 218, the normal determination hole 218 is normal. When passing over the hole passage 222, the game ball falls and becomes empty, so that it may happen that another game ball is inserted into the same normal determination hole 218 with time. Similarly, even when the game ball is already inserted into the V hole 216, if the V hole 216 passes above the V hole passage 220 as the sorting rotator 210 rotates, the game ball falls. Since it becomes empty, another game ball may be inserted into the V hole 216 after a while. In the case of the former, there is no particular problem, but in the case of the latter in this embodiment (when a game ball is inserted twice in the V hole 216 by one sort operation), the game first inserted in the V hole 216 is performed. It is assumed that only the result of ball distribution is valid, and the results of distribution by the V holes 216 after the second time are ignored (the jackpot is one time). For this reason, when the switch signal is input two or more times from the V-hole switch 172, the CPU 128 executes the big hit processing by validating only the first time, and this is effective for the second and subsequent switch signal inputs. Do not treat as a thing. When the game balls are collected from the sorting apparatus 100, the sorting rotator 210 returns to the ascending position and returns to the initial state when the above-described waiting time (T7 in FIG. 13) has elapsed.

[Third control example]
FIG. 15 is a timing chart illustrating a third control example of the sorting operation. Also in this third control example, the subsequent processing is performed with the start trigger being the input of a switch signal from the upper special winning opening switch 150 with the opening of the upper special winning opening.

  However, in the case of the third control example, the point that the rotating motor 168 is rotated at a constant extremely low speed (for example, about one rotation in 1.8 seconds) after the power of the pachinko machine is turned on is the first and first. This is different from the two control examples. That is, as indicated by the two-dot chain line in FIG. 15, in the first and second control examples, the special symbol is stopped in a state of falling off in the normal state before shifting to the big hit state, or is still If it is changing (before time t0 in the figure), the rotation motor 168 is in a stopped state (OFF). On the other hand, in the second control example, as indicated by the solid line in FIG. 15, the rotation motor 168 is in the rotation state (ON) from the beginning in the normal state. Therefore, in the third control example, the motor index signal is input (ON) from the index sensor 169 for each rotation period.

  In this state, when the lottery corresponding to the special symbol is won, the CPU 128 performs a process in which the special symbol (four LEDs 102) is displayed in a winning manner. When the CPU 128 performs the next timer interruption process, the large winning device 64 The movable piece solenoid 160 is excited (ON) to open the upper special winning opening (time t0 in the figure).

  Then, in the third control example, when a game ball wins the upper big prize opening and the first switch signal is input from the ball passing switch 171 (time t2 in FIG. 15), the CPU 128 starts the rotation of the motor 168 for rotation from this point. A process of switching the rotation speed from a very low speed to a high speed (about one rotation in 0.4 seconds) is performed. The subsequent processing (after time t2) is performed in the same manner as in the first control example.

[At the end of the third control example]
However, in the third control example, since the rotation motor 168 is rotating at an extremely low speed from the beginning, the following control is added at the end. That is, the CPU 128 temporarily stops the rotation of the rotation motor 168 after switching the rotation speed of the rotation motor 168 from the medium speed to the low speed (after time t4), but after that, a certain waiting time (T7: 2. When about 5 seconds have elapsed, the CPU 128 returns the rotation motor 168 to the initial extremely low speed rotation and performs a process of switching the lift motor 170 to the lift position (UP). Thereby, the sorting apparatus 100 returns to the initial state. Alternatively, as indicated by a two-dot chain line in FIG. 13, the CPU 128 temporarily stops the rotation of the rotation motor 168 after switching the rotation speed of the rotation motor 168 from the medium speed to the low speed (after time t4). Without passing, when the time (T5) for rotating the rotation motor 168 at low speed three times has elapsed, a process of switching the rotation speed of the rotation motor 168 to an extremely low speed may be performed. According to the above third control example, the third operation example actually performed in the sorting apparatus 100 is as follows.

[Third example of operation]
FIG. 16 shows a state in which a game ball that has won a prize in the upper big prize opening for the third operation example first reaches the sorting apparatus 100. As shown in FIG. 16A, in the third operation example, the sorting rotator 210 rotates at an extremely low speed from the stage before the game ball reaches the sorting device 100. The rotation direction is the same as the direction in which the game ball rolls on the annular surface 212a.

  Next, when a switch signal is output from the ball passing switch 171 by the first game ball passing, the rotation speed of the sorting rotator 210 increases from a very low speed to a high speed as shown in FIG. A change that the sorting rotator 210 rotates vigorously appears. Thereafter, when the game balls arrive one after another, the game balls are bounced to the outer wall surface of the sorting rotator 210 and actively roll as in the first operation example. In addition, since subsequent distribution operation | movement is performed similarly to a 1st operation example, the overlapping description is abbreviate | omitted. Further, when the distribution operation according to the third operation example is completed, the rotation motor 168 is switched to a state of rotating at an extremely low speed as described above, and therefore the distribution rotating body 210 is set to a state of rotation at an extremely low speed as in the initial stage. It returns ((a) in FIG. 16).

[Fourth control example, fourth operation example]
With respect to the third control example shown in FIG. 15, after the raising / lowering motor 170 is switched to the lowered position (after time t <b> 3 in the figure), the rotation motor 168 is continuously rotated to newly add the fourth control example. Can be built. In this case, after the first switch signal is input from the ball passing switch 171 and the CPU 128 performs the process of rotating (ON) the rotation motor 168, the lift motor is moved when the count value of the index signal reaches the upper limit value. Although the process of switching 170 from the raised position (UP) to the lowered position (DOWN) is performed, unlike the third control example, the CPU 128 does not stop the rotation motor 168 and is indicated by a two-dot chain line in FIG. So that the rotating state is maintained. In this case, the CPU 128 reduces the rotational speed of the motor 168 for rotation more than before, and rotates it at a constant medium speed (for example, about one rotation in 0.65 seconds) (time t3 to time t4 in FIG. 15). As a result, in the sorting apparatus 100, the sorting rotator 210 sinks into the settling portion 212d, and the sorting rotator 210 continues to rotate at a medium speed. The control during this time is the same as in the second control example, and the sorting operation is performed in the same way as in the second operation example.

  As described above, in this embodiment, four types of sorting operations are performed according to roughly four control patterns. The first to fourth operation examples have the following characteristics.

  (1) First, as a feature common to each operation example, the sorting rotator 210 is in a position raised from the beginning with respect to the guide tray 212, and its outer peripheral wall surface is located above the annular surface 212a. At first glance, the player does not seem to have a game ball entering the hole (the V hole 216 or the normal determination hole 218) of the sorting rotator 210. Therefore, it is possible to make the player who is in contact with the sorting device 100 first think interestingly what kind of operation is performed here, and in the sorting device 100, how the game ball is played. You can have a sense of expectation while making you imagine how it will be handled. In this respect, the pachinko machine of the present embodiment can give the player an impression and expectation that is completely different from the generally known roulette wheel, so it is an existing concept such as “something like roulette”. Breaking the preconceptions of the perceived players, you can make the game contents of the pachinko machine feel novel.

  (2) In the first and third operation examples, since the game ball rolls down with respect to the sorting rotator 210 stopped at the reference position, the game ball moves to the V hole 216 or other normal determination hole. Which of 218 is inserted is affected by the position of the game ball with respect to the reference position of the sorting rotator 210 and the rolling speed in the circumferential direction at that time. For example, how much distance (or angle) the game sphere rolls from the annular surface 212a after the game rotator 210 stops and rolls off the annular surface 212a is stopped. It depends to some extent on the average rolling speed of the game ball. However, since a plurality of game balls stay on the annular surface 212a at a time, it cannot be said unconditionally due to disturbances such as interference between the game balls, and the sorting operation becomes interesting there.

  (3) Also, in the first and third operation examples, as the number of game balls staying during one sort operation increases, the probability that the game balls will be inserted into the V holes 216 increases. For example, if the number of game balls staying on the annular surface 212a is 8, ideally, it is expected that one of them will be allocated to the V hole 216 without fail. Therefore, from the viewpoint of the player, if as many as possible (preferably 8 or more) game balls are won during the opening operation of the large winning device 64, it is possible to expect a chance for a big hit game. There is fun.

  (4) In the second and fourth operation examples, since the game ball rolls down with respect to the rotating sorting rotating body 210, the game ball is placed in either the V hole 216 or the other normal determination hole 218. Whether it is inserted is affected by the relative relationship between the rotational speed of the sorting rotator 210 and the rolling speed of the game ball at that time as described above. However, in the second operation example, even if the number of game balls staying during one sort operation is large, it cannot be said that the probability that the game balls will be inserted into the V holes 216 will increase. For example, even if the number of game balls staying on the annular surface 212a is 8, if the game balls are gathered at a position far away from the V-hole 216, the normal determination in the vicinity thereof There may occur a situation in which the game balls are successively inserted into the holes 218 and further fall into the normal hole passage 222 one after another and the normal determination holes 218 become empty. For this reason, even if eight or more game balls stay in one sorting operation, any one of the game balls is not always reliably sorted to the V hole 216. Even so, even if an extremely small number of game balls stay, it may happen that the V balls 216 happen to approach the game balls and are distributed to the V holes 216. For this reason, from the viewpoint of the player, even if it is not possible to win too many game balls during the opening operation of the large winning device 64, it is interesting that it can be expected to be a big hit game opportunity without giving up to the end. is there.

  (5) In the first and second operation examples, the sorting rotator 210 is initially stopped, but when the game ball reaches the sorting device 100, the sorting rotator 210 starts to rotate vigorously from there. Therefore, the change in the apparent behavior is large, and the player can have a strong impact.

  (6) On the other hand, in the third and fourth operation examples, the sorting rotator 210 is in the rotating state from the beginning in the normal state, but the rotating speed is extremely low, so the behavior is relatively gentle from the player. It feels like there is. However, when the game ball that has won the upper prize opening reaches the sorting apparatus 100, the sorting rotating body 210 suddenly starts rotating at a high speed from that point, and the game ball is developed to repel the game ball around. The impression that the player has had until then is erased all at once, and the player can be greatly shocked.

  In each of the above operation examples, the rotation speed of the sorting rotator 210 when the game ball is retained is constant, but the rotation speed may be increased or decreased periodically or irregularly. In this case, since the rolling speed of the game ball staying on the annular surface 212a also varies, there is an interest that the rolling mode at the time of staying changes.

  In the second operation example, when the sorting rotator 210 is lowered, the sorting rotator 210 is rotated at a constant low speed. At this time, the rotational speed is increased or decreased periodically or irregularly. May be. In this case, it is difficult to predict whether or not the game ball will be inserted into the V hole 216 or the normal determination hole 218 from the viewpoint of the player, and the distribution result is unexpectedly generated accordingly.

  In one embodiment, a mechanism in which the sorting rotator 210 and the rotation motor 168 move up and down with respect to the fixed guide tray 212 is adopted, but conversely, the sorting rotator 210 and the rotation motor 168 are vertically moved. The guide tray 212 may be raised and lowered with respect to this.

  In one embodiment, the sorting rotator 210 and the rotation motor 168 are moved up and down using a servo motor (elevating motor 170) and a crank mechanism, but instead of this, a solenoid, a linear motion motor, an air cylinder, etc. The drive source may be used.

  In one embodiment, a mechanism for supporting and rotating the sorting rotator 210 from below is described. However, a mechanism for supporting and rotating the sorting rotator 210 from above is used. May be.

  In one embodiment, when the game balls won in the upper big prize opening of the large prize winning device 64 are distributed to the V hole 216, this becomes a big hit and the lower big prize opening is opened in another variable prize winning device 72. Although the game content to be played is given as an example, it is not limited to this game content. For example, when a game ball wins in the start winning opening 70, the movable piece 82 of the large winning device 64 is activated by using this as a trigger, and the upper big winning opening is opened once or several times (about 2 to 4 times) When the game balls that have won a prize at the upper prize winning opening are distributed to the V holes 216 during the opening, the game contents may be such that the upper prize winning opening of the large prize winning device 64 is also opened. In this case, the operation of one round in which the upper big prize opening is opened about 10 to 20 times during the big hit (one opening is 3 seconds to 6 seconds, for example) is repeated from 2 rounds to 16 rounds. Further, in this case, the random number lottery may not be performed in response to a winning at the start winning opening 70, and another variable winning device 72 may not be provided. Or, apart from the board surface configuration mentioned in the present embodiment, there is a winning device having a pair of left and right blade-like movable pieces in the center of the game area, among which the sorting rotator as mentioned in the present embodiment is It can also take the form of an arranged gaming machine (a so-called “feather pachinko machine”).

  In addition, it is needless to say that the configuration and structure of each member listed in the embodiment are merely examples of the optimum form, and can be appropriately changed or replaced.

It is a front view of a pachinko machine. It is the perspective view shown in the state where the frame of the pachinko machine was opened. It is a front view of a game board. It is the block diagram which showed schematically the structure regarding control of a pachinko machine. It is the top view and front view of a distribution apparatus. It is a perspective view of a distribution apparatus. It is sectional drawing which follows the VII-VII line in FIG.5 (b). FIG. 8 is a cross-sectional view showing a state when the sorting rotator is lowered from the state of FIG. 7. It is the timing chart which showed the state change of each part of the pachinko machine as the 1st control example. It is a perspective view for demonstrating the distribution operation | movement by a distribution apparatus about a 1st operation example. It is a top view for demonstrating the distribution operation | movement by a distribution apparatus about a 1st operation example. It is the figure which showed a mode that distribution of a game ball was performed about the 1st operation example. It is the timing chart which showed the state change of each part of the pachinko machine as the 2nd control example. It is the figure which showed a mode that distribution of a game ball was performed about the 2nd operation example. It is the timing chart which showed the state change of each part of the pachinko machine as the 3rd control example (two-dot chain line is the 4th control example). It is a perspective view for demonstrating the distribution operation | movement by a distribution apparatus about the 3rd operation example.

Explanation of symbols

2 frame 4 game board 6 game area 8 glass frame 64 large winning device 70 start winning opening 72 variable winning device 82 movable piece 84 upper guide route 86 lower right guide route 88 lower left guide route 98 discharge guide route 100 sorting device 110 main Control board 112 Discharge control board 114 Peripheral control board 168 Rotating motor 170 Lifting motor 172 V-hole switch

Claims (3)

A frame-shaped member that is installed vertically to face a player seated to play a game from the front;
A game board that is detachably supported by the frame-shaped member and has a game area in which a game ball flows down on a surface facing the player in the seated state;
A launching device that is installed on the frame-shaped member and intermittently launches game balls one by one toward the game area of the game board;
A winning device installed in the gaming area and capable of flowing from a predetermined winning opening in the process of flowing down a game ball launched by the emitting device, and capable of opening and closing the winning opening by operating a predetermined movable piece When,
It is installed in the winning device, and has an annular surface on the upper surface for receiving the game ball flowing in from the winning opening and rolling it in the circumferential direction, and the annular surface is inclined downward toward the center of the circumference. An induction tray;
A plurality of balls that are provided on the inner peripheral side of the annular surface so as to be rotatable around a vertical rotation center axis and that can receive a game ball from above by opening upward at a position inside the outer peripheral wall formed at the peripheral edge. A disk-shaped rotating body with a ball receiving hole formed therein;
A rising position in which the rotating body is supported relative to the guide tray so as to be relatively movable up and down along the rotation center axis, and the outer peripheral wall is positioned above the inner edge of the annular surface, and the rising position. An elevating mechanism that displaces the rotating body relative to the guide tray between a lowering position where the outer peripheral wall is positioned below a position and below the inner edge of the annular surface,
An opening means for operating the movable piece of the winning device to open the winning opening for a predetermined opening period when a predetermined condition is satisfied as the game progresses;
It is formed in the winning device continuously with the annular surface, and guides the rolling of the game ball that has flowed from the winning opening and becomes a winning ball when opened by the opening means, and from the end toward the annular surface. A guiding path to be released; and
Waiting means for holding the rotating body at the raised position by the elevating mechanism and waiting for the rotating body to stop rotating at least before the winning opening is opened by the opening means;
Detecting means for detecting the game ball that reaches the annular surface through the guidance path through the winning opening;
In response to detection of the game ball by the detection means, when the winning body is opened by the opening means and the game ball flows into the winning opening in a state where the rotating body is waiting by the waiting means, The rotating body is held in the raised position by an elevating mechanism, the game ball that rolls around the annular surface is brought into contact with the outer peripheral wall of the rotating body, and the game ball is in the plurality of ball receiving holes. Ascending rotation means for controlling the rotation of the rotating body so as to bias the rolling of the game ball without entering,
After the rotating body is rotated by the ascending rotation means, the rotating body is displaced from the ascending position to the descending position by the elevating mechanism, and a plurality of game balls rolling on the annular surface are provided. Descent means for controlling the rotating body to stop or decelerate the rotating body for a predetermined time so as to be accommodated in any of the ball receiving holes;
A first opening which is provided below the rotating body at a position on the inner peripheral side of the annular surface and overlaps at least one specific ball receiving hole among the plurality of ball receiving holes as the rotating body rotates. When,
Provided below the rotating body at a position on the inner peripheral side of the annular surface, and overlaps with normal ball receiving holes other than the specific ball receiving hole among the plurality of ball receiving holes as the rotating body rotates. A second opening;
First detecting means for detecting a game ball that has passed through the first opening;
Second detection means for detecting a game ball that has passed through the second opening;
Based on the detection signal by the first detection means and the detection signal by the second detection means, the first opening or the second opening accommodated in any of the plurality of ball receiving holes. Rotation drive control means for controlling the rotation of the rotating body so as to collect the plurality of game balls;
A gaming machine characterized by comprising: The gaming machine according to claim 1 , wherein the rotation drive control means controls the rotation drive control means based on the number of winning of the game ball from the winning opening.   The rotational drive control means moves the rotating body to a reference position when the sum of the number detected by the first detecting means and the number detected by the second detecting means reaches the winning number of the game ball from the winning opening. The gaming machine according to claim 1 or 2, wherein the gaming machine is stopped.

Images