JP4888531B2 - Game machine - Google Patents

Description

  The present invention relates to the structure of a gaming board of a gaming machine that plays a game with a gaming ball such as a pachinko machine.

  Conventionally, game balls that fall on the game board are taken in the middle and hidden from the game board for a moment to provide the player with unexpectedness or to give specific game characteristics to the game board. (See Patent Document 1), detouring the special symbol display device (see Patent Document 2, Patent Document 3, and Patent Document 4), detouring a specific winning opening, or moving to the vicinity of a specific winning opening A game ball passage (refer to Patent Literature 2, Patent Literature 3, and Patent Literature 4), that is, a so-called warp passage may be provided.

In particular, recently, there is a tendency that a game ball passage having a structure that bypasses the special symbol display device and guides the bypassed game ball to the vicinity of the starting port is frequently used.
In addition, a gaming machine is also provided that emphasizes the characteristics of a game board by laying a character, electrical decoration, etc. on a center role that houses a special symbol display device (see Patent Document 4).

  In such a gaming machine, the warp passage is hidden by characters, illuminations, etc., and the whereabouts of the game ball entering the warp passage and the whereabouts of the game ball from other routes look the same is there.

JP-A-6-238037 (FIG. 1) JP-A-9-192304 (FIG. 4) JP-A-10-277219 (FIG. 4) JP 2002-153616 A (FIG. 3)

However, in such a conventional gaming machine, the player may feel dissatisfied for the following reasons, and there is a possibility that the gameability is lowered.
For example, in a structure with a warp passage that bypasses the center role equipped with a special symbol display device and guides the detoured game ball to the vicinity of the start opening, passing the warp path to the start opening It is important to decide whether or not to enter the warp passage, leading to winning. However, if the vicinity of this warp passage is covered with characters, illuminations, etc., it may not be clear whether the game ball has entered the warp passage or whether it has come out of the warp passage. You may feel dissatisfied when trying to improve the winning percentage.

  In addition, when there are warp passages on the left and right of the center role, there is a pleasure to test which warp passages will lead to an increase in the winning rate at the start opening while actually firing the game balls. However, when the vicinity of the warp passage was covered with characters, illuminations, etc., it was impossible to know which warp passage the game ball passed through, and it was impossible to test which warp passage should be aimed. As a result, there was a risk of dissatisfaction and reduced game play.

In addition, since it is not possible to observe the game ball passing through the warp passage, even if the game ball is clogged in the warp passage, it is difficult to notice and there may be a disadvantage.
Therefore, an object of the present invention is to provide a gaming machine that can notify when a game ball passes through a game ball passage called a so-called warp passage. In addition, this prevents the occurrence of problems caused by the fact that the game ball has passed through the game ball passage serving as a warp passage, thereby preventing a decrease in game play and a disadvantage. The purpose is to provide gaming machines with high customer satisfaction.

As a means for solving the above-mentioned problem, the gaming machine of the invention of claim 1 accepts a game board that provides a game using a game ball and a game ball that falls on the game board from the game board. A game ball passage that is fed again onto the game board, and a blade that abuts against the game ball that passes through the game ball passage, and a windmill that rotates when the blade is pushed by the game ball, and the rotation of the windmill. A signal output means for detecting a windmill rotation signal, and a light emitting means for emitting light in response to the input of the windmill rotation signal , the signal output means includes a magnetic marker member attached to the windmill, A magnetic sensor for detecting the approach of the magnetic marker member, and outputting the windmill rotation signal when the magnetic sensor detects the approach of the magnetic marker member due to the rotation of the windmill .

Thereby, when the game ball falling on the game board enters the game ball passage and passes, the light emitting means emits light .
As a result, since the light emitting means emits light when the game ball passes through the game ball passage, it is possible to prevent the occurrence of problems and disadvantages caused by the unknown that the game ball has passed through the game ball passage called a so-called warp passage. In addition, it is possible to prevent a decrease in gameability and to provide a game machine with a high degree of customer satisfaction.

The gaming machine according to the second aspect of the present invention receives a game board that provides a game using a game ball and a game ball that falls on the game board from the game board, and sends the game ball again onto the game board. A game ball passage and a blade that abuts the game ball passing through the game ball passage are in contact with each other, and a windmill that rotates when the blade is pushed by the game ball, detects the rotation of the windmill, and outputs a windmill rotation signal. comprising: a signal output means, a plurality of light emitting means for emitting light in response to the input of the wind turbine signal and, each time there is an input of the wind turbine signal, Yu technique, characterized in that to change the light emitting means to emit light The gist of the machine.

It is a front view of the center accessory 1 of the pachinko gaming machine which is not illustrated. It is AA sectional drawing of the center accessory 1. FIG. It is a disassembled perspective view of the principal part of the center accessory 1. FIG. It is a disassembled perspective view of the principal part of the center accessory 1. FIG. It is a perspective view of the center accessory 1. It is a perspective view of the center accessory 1. It is explanatory drawing of the principal part of the center accessory 1. FIG. It is the disassembled perspective view which looked at the center accessory 1 from the back side. It is the disassembled perspective view which looked at the center accessory 1 from the front side. FIG. 3 is an exploded perspective view showing a part of a warp passage wind turbine 21 extracted. 3 is an exploded perspective view of a two-stage impeller member 61. FIG. It is explanatory drawing of the warp passage windmill 102 of the center accessory 101. FIG. It is explanatory drawing of the warp passage windmill 202 of the center accessory 201. FIG. It is a front view of the warp passage windmill 202. 3 is a block diagram of a display device 205. FIG. 3 is a timing chart for explaining the operation of a control device 221. It is explanatory drawing of another aspect. It is a block diagram of other modes. It is a timing chart of other modes.

Next, an embodiment of the invention will be described.
FIG. 1 is a front view of a center accessory 1 of a pachinko gaming machine (not shown), FIG. 2 is a cross-sectional view taken along the line A-A of the center accessory 1, and FIGS. 5, FIG. 5 and FIG. 6 are perspective views of the center accessory 1, FIG. 7 is an explanatory view of the main part of the center accessory 1, and FIG. 8 is an exploded perspective view of the center accessory 1 seen from the back side. 9 is an exploded perspective view of the center accessory 1 as seen from the front side.

  The center actor 1 is used for a pachinko gaming machine using the game ball 3 and is installed in the center of a game board (not shown) of the pachinko gaming machine to specially add a game image and a big hit image that are interesting to the player. While being provided by the symbol display device 7, the game ball 3 is guided to the vicinity of the start port 5 of the first type gaming machine indicated by a dotted line in FIG.

  As a configuration for guiding the game ball 3 in the vicinity of the start port 5, the center accessory 1 includes a warp passage 9 for the game ball 3, a stage 11 on the start port 5, a guide slope 13 to the start port 5, A guide groove 15 to the start port 5, a guide wall 17 to the start port 5, and a guide rail 19 to the start port 5 are provided. The warp passage 9 has a warp passage inlet 9A for receiving (entering) the game ball 3 at the top of the center accessory 1, and a warp passage outlet 9B for sending the game ball 3 onto the stage 11 at the lower portion of the center accessory 1. I have.

  With this configuration, as shown in FIG. 1, when the game ball 3 enters the warp passage 9 from the warp passage inlet 9A, the game ball 3 is sent out from the warp passage outlet 9B onto the stage 11, and from the guide slope 13 in the directions of arrows YA and YB. To the vicinity of the start port 5 or guided from the guide groove 15 in the direction of arrow YC and guided to the vicinity of the start port 5 via the guide rail 19 in the guide wall 17.

Therefore, firstly, entering the warp passage 9 often triggers a winning to the start port 5, and the player needs to know whether or not the game ball 3 has passed through the warp passage 9.
Next, the warp passage windmill 21 for notifying that the game ball 3 has passed through the warp passage 9 will be described.

  The warp passage windmill 21 is interposed in the warp passage 9, and the warp passage 9 includes a back support member 31 and a middle frame constituting the center accessory 1 as shown in FIGS. 3 and 4. It is configured by the member 33, the passage decoration member 35 shown in FIG. 4, and the like, and has a structure that allows the game ball 3 to pass through the center accessory 1 in a state where it is not visible to the player.

  As shown in FIGS. 8 and 9, a cover member 41 of the warp passage 9 is attached to the back support member 31 of the center accessory 1, and this cover member 41 is a game ball that has entered from the warp passage inlet 9A. 3 is guided to the wind turbine entrance 9C so as not to fall from the warp passage 9. As shown in FIG. 1, the game ball 3 that has entered the windmill inlet 9 </ b> C further falls through the warp passage windmill 21, which will be described in detail later, and further reaches the warp passage outlet 9 </ b> B.

  The stage 11 described above from which the game ball 3 is sent out from the warp passage exit 9B of the warp passage 9 is mainly composed of a stage member 43 as shown in FIGS. The stage member 43 is attached to the back support member 31 and the middle frame member 33 and guides the game ball 3 as described above.

  Further, frame decoration members 45 and 47 that decorate the side of the special symbol display device 7, a mascot member 49 that constitutes a mascot decoration, and a holding lamp member 51 are attached to the center accessory 1.

  Thus, various members are attached to form the center accessory 1 that provides a desired beauty and a desired function (providing the warp passage 9, holding the special symbol display device 7, holding the holding ramp member 51, etc.). Has been.

FIG. 10 is an exploded perspective view showing a portion of the warp passage wind turbine 21 extracted.
A warp passage windmill 21 that is interposed in the warp passage 9 of the center accessory 1 configured as described above and through which the game ball 3 passes is formed of a windmill inlet 9C formed in the back support member 31 as shown in FIG. , A shaft mounting member 53 projecting in a boss shape on the back support member 31, a cylindrical wind tunnel member 55 formed on the inner frame member 33, and a wall member 57 formed in a partition shape of the wind tunnel member 55. A two-stage impeller member 61 in which a decorative wind tunnel member 59 formed in a shape covering the wind tunnel member 55, a blade 63 for the game ball 3, and a windmill 65 are integrally molded (bearing 69 is in a common state). A shaft member 67 for attaching the two-stage impeller member 61 to the shaft attachment member 53 is provided.

  In this way, the warp passage wind turbine 21 composed of a plurality of parts (details will be described later) has the inner frame member 33 aligned with the back support member 31 and the wind tunnel member 55 is covered with the decorative wind tunnel member 59. The shaft member 67 is inserted from the inlet 69 </ b> A of the bearing 69 of the step impeller member 61 from the tip 67 </ b> A, and then the tip 67 </ b> A is further inserted from the inlet 53 </ b> A of the shaft mounting member 53. The inserted tip 67A is E-ring grooved or male threaded.

  The state after assembly is shown in FIG. In this assembled state, the E-ring groove machining of the end 67A of the shaft member 67 is fitted with the E-ring end stop member 71 (or the end stop member 71 formed with an internal thread is attached (screwed together). And)) This shaft member 67 is prevented from falling off the shaft mounting member 53.

Next, each configuration of the warp passage wind turbine 21 will be described.
As shown in FIG. 11, the two-stage impeller member 61 is located at a position where the game ball 3 is pushed by the game ball 3 when the game ball 3 flows around the cylindrical bearing 69 from the direction intersecting the bearing 69. Five horizontally long blades 63 that receive the flow of the game ball 3 from the vertical direction are provided. The blade 63 is molded to have a rotational diameter DA that is slightly smaller than the hole diameter CA of the hole 57A of the wall member 57 shown in FIG. 10, and the blade 63 has resistance from the wall member 57 in the hole 57A of the wall member 57. It is configured to be rotatable without receiving. Further, as shown in FIG. 11, the blade 63 includes a blade center portion 63 </ b> A located on the outer periphery of the bearing 69, and a blade extension portion 63 </ b> B extended from the outer periphery of the bearing 69 to the shaft mounting member 53 side in an overhang state. The blade extending portion 63 </ b> B rotates at the outer peripheral position of the shaft mounting member 53.

  Therefore, the pressing force applied from the game ball 3 to the blade expansion portion 63B is largely applied to the shaft attachment member side 69A of the bearing 69. That is, the shaft mounting member side 69A is located in the vicinity of the shaft mounting member 53, and the urging force applied to the shaft member 67 from the shaft mounting member side 69A of the bearing 69 is supported by the shaft mounting member 53 in the vicinity. The Accordingly, the distance between the position of the urging force applied to the shaft member 67 and the shaft mounting member 53 that supports the shaft member 67 is very close, and the amount of deflection of the shaft member 67 is small, and the amount of deflection of the shaft member 67 is also small. Become. As a result, having the structure in which the game ball 3 pushes the blade expansion portion 63B of the blade 63, the two-stage impeller member 61 rotates more smoothly than the structure in which the game ball 3 pushes the blade center portion 63A of the blade 63. become. Moreover, durability is improved.

  The blade 63 and the bearing 69 are connected to a wind turbine 65 as shown in FIGS. As shown in FIG. 11, the windmill 65 has five blades, and when the blades 63 are pushed by the game ball 3 and rotate in the arrow YD direction (clockwise), the wind turbine 65 blows air in the arrow YE direction (forward). Is formed. As shown in FIG. 10, the rotational diameter DB of the wind turbine 65 is slightly smaller than the inner diameter CB of the wind tunnel member 55, and the wind turbine 65 is configured to be rotatable without receiving resistance from the wind tunnel member 55. Further, the decorative wind tunnel member 59 is configured to be rotatable without receiving resistance.

Thereby, the windmill 65 rotates in the decorative wind tunnel member 59 and blows forward. Moreover, the rotation pattern (swirl or concentric pattern) of the windmill 65 is provided.
On the outer periphery 63C of the blade 63 rotating in this way, as shown in FIG. 7, an arcuate game ball passage 55B (indicated by an arcuate arrow line) is formed on the inner diameter side 55A of the wind tunnel member 55 at the upper start end. The game ball 3 is configured from 55C to a lower end 55D, and provides a path for the game ball 3 to fall through the game ball passage 55B due to its own weight. As a result, when the game ball 3 passes through the game ball passage 55B while dropping, the game ball 3 moves while pushing the blade expansion portion 63B of the blade 63, and is sent to the warp passage 9 from the end 55D. Accordingly, the passage of the game ball 3 causes the blade 63 to be rotationally driven in the arrow YF direction.

  As shown in FIG. 2, the two-stage impeller member 61 configured in this manner is configured such that the game ball 3 that enters the space 73 between the back support member 31 and the wall member 57 from the windmill inlet 9 </ b> C is a blade of the blade 63. As shown in FIG. 7, it is guided to the position where it hits the expansion portion 63B, pushes the blade expansion portion 63B while passing through the game ball passage 55B, moves to the end 55D, and is driven to rotate in the process of being sent out to the warp passage 9. The That is, the game ball 3 rotationally drives the two-stage impeller member 61 in the process of moving in the space 73 between the back support member 31 and the wall member 57.

  Thus, the wall member 57 that partitions the flow of the game ball 3 has an arrow-shaped slit 57B (opening) as shown in FIG. The slit 57B suggests the direction of rotation of the windmill 65. Moreover, the pattern which makes the rotation of the windmill 65 image is provided.

In addition, the game ball 3 passing through the game ball passage 55B can be seen, and the clogging can be noticed.
The ornamental wind tunnel member 59 that covers the wind tunnel member 55 through which the game ball 3 passes has a function of improving appearance by forming patterns and characters.

  As shown in FIG. 9, the frame decoration members 45 and 47 that decorate the side of the special symbol display device 7 and the mascot member 49 that constitutes the mascot decoration are formed with patterns, characters, and the like, and have a function of improving aesthetics. .

The holding lamp member 51 displays the number of holdings.
In the center role 1 described above, when the game ball 3 passes through the warp passage 9, the windmill 65 visible in the decorative wind tunnel member 59 rotates, and the game ball 3 currently passes through the warp passage 9. Is informed.

  Accordingly, the player confirms that the windmill 65 is rotating, so that the game ball 3 rolling on the stage 11 or rolling on the stage 11 passes through the warp passage 9. It becomes possible to know that there is. As a result, there is an extremely excellent effect that it can be used as a reference for a game technique aimed at improving the probability that the game ball 3 enters the start port 5.

Below, the modification of the center accessory 1 is demonstrated.
FIG. 12 is an explanatory diagram of the warp passage windmill 102 of the center accessory 101.
The center accessory 101 includes a center accessory main body 103 having almost the same configuration as the center accessory 1, and windsock 105 and 107.

  The center accessory main body 103 includes a windmill 109 of the warp passage windmill 102 having substantially the same structure and function as the windmill 65 of the warp passage windmill 21 of the center accessory 1. Accordingly, when the game ball 3 passes through the warp passage 9, the center accessory main body 103 rotates the windmill 109 and blows air in the direction of the arrow YG that is in front of the windmill 109.

The windsock 105 and 107 are hung at the blowing position of the wind turbine 109.
Thus, the windsock 105 and 107 exhibit a function of notifying the player that the windmill 109 is rotating, as shown by a one-dot chain line 111, when the windmill 109 rotates and blows. The streamers 105 and 107 may have any shape and material quantity. For example, it may be a character, a pattern, a pattern, a character, an animal, a plant, or a creature.

As a result, in addition to the same effect as the center accessory 101, the center accessory 101 has an effect of improving the function of notifying that the game ball 3 has passed through the warp passage 9.
FIG. 13 is an explanatory diagram of the warp passage windmill 202 of the center accessory 201.

The center combination 201 includes a center combination main body 203 having substantially the same configuration as the center combination 1 and a display device 205.
The center accessory main body 203 includes a windmill 209 of a warp passage windmill 202 having substantially the same structure and function as the windmill 65 of the warp passage windmill 21 of the center accessory 1. As a result, when the game ball 3 passes through the warp passage 9, the center role main body 203 rotates the windmill 209 and blows air in front of the windmill 209.

FIG. 14 is a front view of the warp passage wind turbine 202.
As shown in FIGS. 13 and 14, a magnetic marker member 211 is attached to the rear side 209 </ b> A of the windmill 209, and a magnetic sensor 215 that detects the approach of the magnetic marker member 211 on the inner side 213 </ b> A of the wind tunnel member 213. Is attached. In addition, twelve light emitting elements 219 are attached to the front frame surface 217A of the decorative wind tunnel member 217 that covers the wind tunnel member 213.

FIG. 15 is a block diagram of the display device 205.
The display device 205 includes a control device 221 that inputs a windmill rotation signal reflecting the rotation of the windmill 209 detected by the magnetic sensor 215. Further, the control device 221 is connected to four systems (A, B, C, D) of light emitting elements 219 connected to four.

  As a result, each time the wind turbine rotation signal is input, the control device 221 sequentially changes the group of light emitting elements to emit light from the A system to the B system, the C system, the D system, the A system, and so on. To control.

  FIG. 16 is a timing chart for explaining the operation of the control device 221. Here, lamp numbers (numbers in parentheses in the vicinity of each light emitting element in FIG. 14) are 1, 5 and 9 are A system, lamp numbers 2, 6, and 10 are B system, and lamp numbers 3, 7, and 11 are System C, lamp numbers 4, 8, and 12 are system D.

  The light emitting elements 219 divided into groups in this manner are turned on at the switching lighting timing each time the magnetic sensor 215 detects the magnetic marker member 211, so that twelve elements arranged in an arc shape as shown in FIG. The lighting of the light emitting element 219 is moved clockwise.

  As a result, in addition to the same effect as the center accessory 101, the center accessory 201 rotates the light emitting element 219 along with the rotation of the windmill 209 when the game ball 3 passes through the warp passage 9. And it can alert | report with the display form called the light emission which moves that the game ball 3 passed the warp channel | path 9. FIG. Therefore, an extremely excellent effect is obtained that an extremely high notification function can be obtained.

  In addition, the control device 221 adds a configuration in which a signal indicating that a special symbol game in a start-pending state is in a big hit from a main board or a sub control board of a pachinko gaming machine (not shown) is added. When a signal indicating this is input, a configuration for changing the emission color of the light emitting elements 219 of the A system, the B system, the C system, and the D system may be added. For example, the light emitting element 219 may be lit in blue when a signal indicating that a big hit has been input, and red in other cases. Further, when the light emitting element 219 is a three primary color light emitting type capable of full color display, when a signal indicating that a big hit has been input, the light emitting element 219 may emit light so as to change to a rainbow color. .

  Further, when a signal indicating that a big hit has been entered, the lamps may be lit in order of A system → D system → C system → B system. That is, the light emission order may be changed.

  In this way, when a signal indicating that a big hit has been input is input, it is possible to make a notice of a big hit in the on-hold game by changing the light emission color and the light emission order of the light emitting element 219. Thus, it is possible to provide a new gameability, and the game has an excellent effect that the interest of the game is improved.

  In addition, since such a big hit notification is performed only when the game ball 3 passes through the warp passage 9, a random notification is executed, and it is possible to provide an unexpectedness to the notification.

  Furthermore, since the player can obtain the jackpot notice by passing the game ball 3 through the warp passage 9, the amount of information obtained differs depending on the skill passed through the player's warp passage 9, It is possible to make technical intervention by the player, and it has an excellent effect of making the game interesting.

FIG. 17 is an explanatory diagram of another aspect.
As shown in FIG. 17A, a game ball sensor 301 for detecting the game ball 3 is attached in the middle of the warp passage 9, and a display board 303 is provided in the vicinity of the warp passage 9 as shown in FIG. , And a large number (a plurality) of light emitting elements 305 are arranged in an arc shape on the display board 303, and each time the game ball sensor 301 detects the game ball 3 passing through the warp passage 9, the light emitting element 305 of the display board 303 is It is configured to rotate several times.

  In order to operate in this manner, as shown in FIG. 18, a control device 307 is provided, and a configuration is provided in which a detection signal from the game ball sensor 301 is input and the light emitting element 305 can be driven to emit light.

Further, in this control device 307, as shown in FIG. 19, the lighting of the light emitting element 305 from number 1 to number 21 is executed several times.
By doing so, it is possible to detect that the game ball 3 has passed through the warp passage 9 and display it in a light-emitting manner, and to notify the passage of the game ball 3 with a highly visible display. Play.

  The notification may be changed to a method of emitting light by the display device 205 or the display plate 303, or in addition, an actuator or a motor may be driven to operate the concrete object or rotate the windmill. Further, a buzzer may be driven or a speaker may be sounded by using a voice synthesizing circuit and a configuration or a control circuit for sending an announcement.

Alternatively, the plurality of warp passages 9 may be partitioned by the wall member 57 so that one warp passage wind turbine 21 may notify the plurality of warp passages 9.
Further, the material of the two-stage impeller member 61 may be any material such as hard resin or soft resin.

  In addition, this invention is not a thing limited to the said Example, Implementation of various aspects is possible. For example, it is not limited to a pachinko gaming machine, and may be in any form as long as it is a gaming machine using gaming balls. Also, any notification method may be used as long as it can notify the player. Alternatively, any method for detecting the game ball may be used.

  In the pachinko gaming machine described above, when the game ball 3 passes through the warp passage 9, notification by rotation of the windmill 65, notification by shaking of the windsock 105, notification by rotation of the light emitting element 219 of the display device 205, or Since notification is made by rotating the light emitting element 305 of the display board 303, in order to increase the winning rate to the start opening 5, for example, the occurrence of a malfunction caused by the fact that the game ball 3 has passed through the warp passage 9 is unknown. In addition, it is possible to prevent the occurrence of trouble due to the inability to determine whether it is better to pass the game ball 3 through the warp passage 9 or the trouble that makes it difficult to adjust the launch intensity of the game ball 3. In addition, since the player can proceed with the game as he / she wants, the present invention has an extremely excellent effect that it is possible to provide a gaming machine with high customer satisfaction.

  When the game ball 3 passes through the warp passage 9, signals indicating the passage of the game ball 3 and detection of the game ball 3 are output from the magnetic sensor 215 and the game ball sensor 301, and the drive circuit and actuator of the lamp are output by the signal. The driving circuit of the display, the driving circuit of the display, or the driving circuit of the motor is operated, and notification is performed by lighting of the display lamp, display by the display, operation of the concrete object, rotation of the windmill, etc. It is possible to know that the vehicle has passed 9 and to prevent the occurrence of problems due to the unknown passage of the game ball 3, to prevent a decrease in gameability, and to provide a gaming machine with high customer satisfaction. It has an extremely excellent effect that it becomes possible.

  In addition, since processing is performed by an electric signal, there is no restriction on the positional relationship between the detection location of the game ball 3 and the notification execution location (the notification can be performed at a distant location) There is an effect that the degree of freedom increases. In addition, it becomes easy to select and control whether or not to notify. For example, it is possible to select whether the time from the detection of the passing of the game ball 3 to the start of notification immediately or from several seconds later, and to control the duration of notification.

  In addition, since the announcement can be notified, the meaning of the notification is communicated to the player, and the player can use this notification to capture the gaming machine and try out the strategy of the gaming machine as desired. And the customer satisfaction is improved.

  Or, it is possible to make notifications using sound from buzzers, bells, speakers, and chimes, making it possible to make notifications using the audibility to the player, and try playing techniques that aim at the warp passage 9 while looking aside. It is possible to confirm that the warp passage 9 has been passed.

  In addition, it is possible to notify the passing of the game ball 3 with the large-diameter windmill 65, and a visually recognizable notification is performed, so that it is unknown that the game ball 3 has passed through the warp passage 9. It is possible to prevent the occurrence of defects, prevent the gameability from being lowered, and provide an extremely excellent effect that it is possible to provide a gaming machine with high customer satisfaction.

In addition, it is possible to make a housing chamber for the blades 63 by the wall member 57, and even if the housing chambers for the plurality of blades 63 are used, the game balls 3 flowing through the blades 63 can be prevented from being mixed.
Further, it is possible to detect and notify the passage of the game ball 3 passing through the plurality of warp passages 9.

Further, by attaching the two-stage impeller member 61 to the shaft member 67 inserted into the boss-shaped shaft attachment member 53, the shaft member 67 is firmly fixed to the shaft attachment member 53.
As a result, the shaft member 67 is difficult to bend or bend, and the durability of the two-stage impeller member 61 is improved, and the impeller is difficult to swing, and the rotation state of the impeller is smooth, and the notification by the notification member As a result, the player can prevent the player from overlooking the notification.

  Further, since the shaft mounting member 53 is longer than the length of the bearing 69, the degree of bending of the shaft member 67 due to the biasing force applied to the shaft member 67 can be reduced, and the vibration of the shaft member 67 is reduced. The Accordingly, the rotation of the two-stage impeller member 61 is smooth, and the duration of the notification by the notification member is lengthened, so that it is possible to prevent the player from overlooking the notification.

  It should be noted that a configuration for executing the jackpot notice by changing the light emission color of the light emitting element 305 may be added, or by changing the lighting order of the light emitting element 305. As a result, when the game ball 3 passes through the warp passage 9, if a big hit is made during the on-hold game, the big jackpot notice will be made depending on the lighting state of the light emitting element 305, and it has never been new. It is possible to provide a large jackpot notice mode.

Next, the correspondence between the structure of the claims and the embodiment of the invention will be described.
Although the game board of claim 1 is not shown, it corresponds to a game board of a conventional game machine. Game ball is game ball 3, the game ball passages, warp path 9 having a warp passage inlet 9A correspond.

1 ... Center character, 3 ... Game ball, 5 ... Start-up port,
7 ... Special symbol display device, 9 ... Warp passage, 9A ... Warp passage entrance,
9B ... Warp passage exit, 9C ... Windmill entrance,
11 ... Stage, 13 ... Induction slope, 15 ... Induction groove,
17 ... guide wall, 19 ... guide rail, 21 ... warp passage windmill,
31 ... Back support member, 33 ... Middle frame member, 35 ... Path decoration member,
41 ... Lid member, 43 ... Stage member, 45 ... Frame decoration member,
49 ... Mascot member, 51 ... Holding ramp member, 53 ... Shaft mounting member,
53A ... inlet, 55 ... wind tunnel member, 55A ... inner diameter side,
55B ... game ball path, 55C ... start end, 55D ... end end,
57 ... wall member, 57A ... hole, 57B ... slit,
59 ... decorative wind tunnel member, 61 ... two-stage impeller member, 63 ... blade,
63A ... center of blade, 63B ... blade extension, 63C ... outer periphery,
65 ... windmill, 67 ... shaft member, 67A ... tip, 69 ... bearing,
69A ... Shaft mounting member side, 69A ... Inlet, 71 ... Tip stop member,
73 ... Space, 101 ... Center character, 102 ... Warp passage windmill,
103 ... Center actor body, 105 ... Windsock, 109 ... Windmill,
201 ... Center character, 202 ... Warp passage windmill, 203 ... Center character body,
205 ... Display device, 209 ... Windmill, 209A ... Back side,
211 ... Magnetic marker member, 213 ... Wind tunnel member, 213A ... Inside,
215 ... Magnetic sensor, 217 ... Decorative wind tunnel member, 217A ... Front frame surface,
219, 305 ... light emitting element, 221 307 ... control device,
301 ... Game ball sensor, 303 ... Display board

Claims (2)

A game board that provides games using game balls;
A game ball path that receives the game ball falling on the game board from the game board, passes the game ball through the game board, and sends the game ball to the game board again;
A windmill that includes a blade that abuts the game ball passing through the game ball passage, and that rotates when the blade is pushed by the game ball;
Signal output means for detecting the rotation of the windmill and outputting a windmill rotation signal;
Light emitting means for emitting light in response to the input of the windmill rotation signal;
Equipped with a,
The signal output means includes a magnetic marker member attached to the windmill and a magnetic sensor for detecting the approach of the magnetic marker member, and the magnetic sensor detects the approach of the magnetic marker member due to the rotation of the windmill. A game machine characterized by sometimes outputting the windmill rotation signal . A game board that provides games using game balls;
A game ball path that receives the game ball falling on the game board from the game board, passes the game ball through the game board, and sends the game ball to the game board again;
A windmill that includes a blade that abuts the game ball passing through the game ball passage, and that rotates when the blade is pushed by the game ball;
Signal output means for detecting the rotation of the windmill and outputting a windmill rotation signal;
A plurality of light emitting means for emitting light in response to the input of the windmill rotation signal;
With
Every time there is an input of the wind turbine signal, Yu technique machine and changes the light emitting means to emit light.

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