JP4051656B2 - Pachinko machine - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
  This invention is a pachinko gameIn machineMore specifically, the first ball delivery path for guiding the stored balls for rental balls and the reserved balls for winning balls pass through the ball storage / discharge path portion of the mechanism set board mounted on the back side of the machine. Define the second ball delivery route to guideAndA first ball payout device for paying out a ball that aligns with the first ball delivery path and a second ball payout device for paying out a prize ball that matches the second ball delivery path are provided below the ball storage and discharge path section. InstallationPachinko machineIt is about.
[0002]
[Prior art]
This type of pachinko machine, represented by pachinko machines and arrange ball machines, is installed in a vertical orientation on the installation frame base (commonly called "island") in the game hall, and is used for gaming. Consists of a ball container, a rectifying path, a ball delivery path, etc. formed on the mechanism set panel on the back of the machine for winnings made during the pachinko game developed in the game (for example, the generation of safe balls and scores by combination of symbols) As a predetermined number of prize balls, the pachinko spheres (reserved spheres) stored in the sphere storage / discharge path are controlled under the operation of a ball dispensing device disposed below the ball delivery outlet of the ball delivery path. It is designed to feed to the upper or lower ball tray on the front side. On the other hand, in game machines that can lend out stored balls using cards and card units for lending (generally also referred to as “card-type pachinko machines”), in addition to the above-mentioned prize ball payout, In response to a simple ball lending operation, a predetermined number of stored balls are fed to the upper ball tray side as a lending ball.
[0003]
That is, in the card-type pachinko gaming machine, a predetermined number (1 to 15) of winning balls are paid out for winnings made in the pachinko game developed in the game board (for example, generation of safe balls, combination of symbols). On the other hand, the number of balls to be used in the game can be paid out for each set number (for example, 25 for 100 yen) with respect to the amount lent. Initially, as for the ball payout technology / means implemented (equipped) in such a card-type pachinko machine, a single ball payout device in an electronic / electric control form is adopted, and According to the operation control classification (ball rental payout and prize ball payout based on the ball payout control classification), the ball rental and the prize ball are classified and paid out.
[0004]
However, if one ball payout device is used for both the ball payout and the prize ball payout, (1) the ball payout and the prize ball payout cannot be executed at the same time. There were inherent problems such as being unable to accurately grasp the numbers. Therefore, in recent years, a ball payout device in which a lending ball payout mechanism portion and a prize ball payout mechanism portion are built in one housing case has been developed, and a card-type pachinko machine equipped with such a type of ball payout device. Has become the mainstream. In such a card-type pachinko gaming machine, it is possible to execute the rental ball payout and the winning ball payout at the same time, and it is possible to accurately grasp the number of the rental balls and the number of the winning balls.
[0005]
[Problems to be solved by the invention]
By the way, in the above-described ball dispensing device including the ball lending mechanism unit and the prize ball dispensing mechanism unit, the number of main parts constituting the dispensing mechanism unit is simply doubled, so that the ball incorporating one dispensing mechanism unit is included. Compared with the dispensing device, its manufacturing cost (price) is also approximately doubled. However, for example, when a failure occurs in the prize ball payout mechanism, the entire ball payout device including the non-failed ball payout mechanism must be replaced with a new ball payout device of the same standard, The problem of increasing maintenance and management costs was inherent.
[0006]
Because of these problems, a ball payout device dedicated to prize ball payout (first ball payout device) and a ball payout device dedicated to payout ball payout (second ball payout device) are prepared separately. There has also been proposed an assembling structure in which two ball paying devices are mounted separately on the installation portion provided below the ball delivery path of the path portion. In such an assembly structure, for example, when a failure occurs in the first ball paying device, the second ball paying device is left as it is, and only the first ball paying device needs to be replaced with a new one. Can be suppressed. However, since the two ball paying devices are appropriately separated and installed in the upper and lower planes below the ball storage / discharge path portion, it is necessary to secure a considerably large installation space, so that the upper ball tray is reached. There were significant restrictions on the design of the ball payout path and the installation of various other devices.
[0007]
Further, in the above-described assembly structure, the respective ball dispensing devices are installed apart from each other and in a non-contact state. For example, when a ball clog occurs in the first ball dispensing device, the second ball dispensing device operates. However, since the vibration is not transmitted to the first ball dispensing device, the ball clogging of the first ball dispensing device has not been eliminated. Furthermore, for example, when the first ball payout device fails and the failed ball payout device is removed and a new ball payout device is assembled to the installation unit, it is determined whether or not the assembled state (orientation) is accurate. Since no measures were taken, it was impossible to immediately grasp and confirm the ball dispensing device even if it was installed in the wrong direction.
[0008]
OBJECT OF THE INVENTION
  In view of the above-mentioned problems inherent in the above-described conventional technology, the present invention has been proposed to suitably solve this problem, and a ball payout device for rental ballsandBall dispenser for prize ballsSame outer shape of case bodyBy configuring each ball dispensing device to be mounted on the mechanism set panel in close contact with each other, the ball clogging of both devices can be preferably eliminated, while the installation space can be reduced and accurate assembly can be achieved. Pachinko gameMachineThe purpose is to provide.
[0009]
[Means for Solving the Problems]
  In order to overcome the above-mentioned problems and to achieve the intended purpose suitably, the present invention provides a first method for guiding a storage ball for lending into and out of a ball storage / discharge path portion in a mechanism set board mounted on the back side of the machine. A first ball delivery path and a second ball delivery path that guides the stored balls for prize balls are defined, and a lower part of the ball storage / discharge path portion is used for lending and paying out balls that align with the first ball delivery path. In a pachinko gaming machine in which a first ball paying device and a second ball paying device for paying out a prize ball aligned with the second ball delivery path are installed,
  The first ball dispensing device and the second ball dispensing device define a spherical passage in a rectangular box-shaped case body that is formed in the same outer shape and incorporates a ball dispensing mechanism portion, and the top of the case body. A spherical inflow opening that matches the spherical passage is formed in the wall surface, and a spherical outflow opening is formed in the lower wall surface of the case body to constitute a case body unit,
  On the rear wall surface of the case body of each of the ball dispensing devices, a cylindrical boss provided with insertion holes allowing the insertion of screws at the three corner portions is formed to protrude, and the remaining one corner portion has a passage opening. A circular boss without protruding is formed,
  On the front wall surface of the case body of each of the ball dispensing devices,In a posture in which the upper wall surface of both ball dispensing devices is directed upward,A first recess in which the cylindrical boss is aligned and the insertion opening is opened is formed at three corners where the cylindrical boss is aligned, and a second boss where the circular boss is aligned at the remaining one corner. A recess is formed,
  The first ball dispensing device and the second ball dispensing deviceThe cylindrical boss provided on the rear wall surface of one case body and the first recess provided on the front wall surface of the other case body are all aligned so that the rear wall surface and the front wall surface areWhen closely attached, each insertion port in each ball dispensing device is aligned to allow common insertion of the screws,
  The first ball dispensing device and the second ball dispensing deviceAt least one set of the cylindrical boss provided on the rear wall surface of one case body and the corresponding first recess provided on the front wall surface of the other case body is aligned.If you don't,InsertThe entrance is not aligned, restricting the common insertion of the screws,
  The first ball payout device and the second ball payout deviceThe cylindrical boss and the circular boss provided on the rear wall surface of one case body are aligned with the corresponding first concave portion and second concave portion provided on the front wall surface of the other case body, and the rear wall surface With the front wallIn close contact, Both ball dispensing deviceBy assembling to the installation portion provided on the mechanism set board, the ball inlet of the first ball delivery device is aligned with the ball delivery outlet of the first ball delivery path, and the ball of the second ball delivery device is The inflow port is configured to be aligned with the ball delivery port of the second ball delivery path.
[0010]
[Action]
  Same outer shape of case bodyThe first ball payout device for paying out a ball and the second ball payout device for paying out a winning ball are configured in each case body.Front wall and rear wallMutualAllSince it is assembled to the installation part of the mechanism set panel in a state of being in close contact with each other, vibration during operation of one of the ball dispensing devices is transmitted to the other ball dispensing device, and is generated in each of the ball dispensing devices. Ball clogging can be preferably eliminated. In particular, when the first ball dispensing device and the second ball dispensing device are assembled in a state where the outer wall surfaces of the respective case bodies are in close contact with each other, the effect of eliminating the above-mentioned ball clogging elimination effect is obtained. In addition, the installation space for the mechanism set board can be greatly reduced. If the first ball paying device and the second ball paying device are assembled to the mechanism set board in a longitudinal state in the front-rear direction, or assembled to the mechanism set board in a parallel state in the left-right direction, approximately one unit. It is possible to mount two ball payout devices in the installation space of the ball payout device, and the degree of freedom in design related to the design of the ball payout path portion and the installation of various other devices can be increased.
  On the other hand, the first ball dispensing deviceEach recessOf the second ball dispensing deviceCylindrical boss and circular bossBy simply aligning the two ball dispensers in the same directionBack and forthCan be assembled accurately. In addition, when each ball dispensing device is closely attached to each other in the same direction, each case bodyCylindrical bossSince each insertion port provided in the is aligned, both ball dispenser for assembling to the installation partScrewIs allowed to be inserted in common. However, each ball dispenser is in the same direction.Back and forthIf they are not in close contact with each other, the insertion openings are not aligned and theScrewTherefore, it is possible to immediately confirm whether or not the assembly of both devices is accurate.
[0011]
DETAILED DESCRIPTION OF THE INVENTION
  Next, pachinko games according to the present inventionIn machineA preferred embodiment will now be described in detail with reference to the accompanying drawings. In this embodiment, a card-type pachinko machine that can lend a stored ball using a card for lending and a card unit is taken as an example, and is unitized on the downstream side of a ball storage / discharge path portion in a mechanism set board to be described later. Mainly shows the type in which the ball dispensing device is installed.
[0012]
(Pachinko machine)
Therefore, first, a pachinko machine in which the assembly structure of the ball dispensing device according to the present embodiment is implemented will be briefly described with reference to FIGS. 10 and 11. The pachinko machine P according to the present embodiment has a basic schematic configuration in which the front frame B is assembled to the front side of the opening of the outer frame A so as to be detachable and openable using connection support means and locking means. ing. And in the inner and outer parts of the front frame B, there are a window frame C assembled with a side-opening glass door D, and an opening and closing set plate that is assembled to the front frame B so that it can be attached to and detached from the lower portion of the glass door D. An upper ball tray E is assembled on the front side, and an electric ball feeder (not shown) or the like is set on the rear side of the opening / closing set plate. In addition, a lower ball tray F, a hitting ball launching device H, and the like are installed at the lower part of the front frame B, a mechanism set board G and the like are provided on the back side, and a holding frame 10 provided on the rear side of the front frame B. A game board J that constitutes a required game area Ja is set to be detachable and replaceable. On the other hand, a ball lending unit (cover type) K required for lending payout control is installed on the side of the pachinko machine P (adjacent part of the outer frame A) and connected to each electronic control unit.
[0013]
(Mechanism set board)
The mechanism set board G is detachably mounted on the back side of the holding board 10 for the game board J set located on the back side of the front frame B, and is a resin-molded main body 11 that can correspond to the holding frame 10. A check window 12 on the back of the game board is opened at the center of the game board, and a back cover member 13 is detachably attached to the back of the game board. A storage / discharge path 14 and the like are disposed. An electric control type ball dispensing device L in the form of a cassette is provided below the ball storage / discharge path portion 14.₁, L₂While these are installed, these ball dispensing devices L₁, L₂The device L below₁, L₂A ball discharge path (not shown) for discharging the lent and prize balls paid out from the ball to the upper ball tray E or the lower ball tray F is formed, and a predetermined number stored in the ball storage / discharge path portion 14 Pachinko ball (reservoir ball) is a ball dispensing device L₁, L₂Is paid out as a rented or prized ball.
[0014]
In addition, as another configuration of the mechanism set board G, a ball exit path for discharging the out ball and the safe ball to the outside of the machine is formed below the window 12, and a ball removal device and a safe ball detection processing device. , A prize ball full detection device, a rental ball detection switch (both not shown) and the like are installed, and a terminal board (also referred to as a concentrated board) 15 is installed at the upper corner of the main body 11. Further, on the lower back side of the window 12, a main controller 16 that houses a main board that controls the pachinko machine P as a whole, a launch controller 17 that houses a launch control board that controls the hitting ball launcher H, Ball dispenser L₁, L₂A payout control device 18 containing a payout control board for controlling the game, a sound control device 19 containing a sound control board for generating and controlling sound effects according to the pachinko game on the game board J, and a ball lending unit K. An interface 20 or the like having a connector for inputting and outputting various data is installed and fixed at a required position, and a power supply board 21 is installed and fixed on the back surface of the back cover member 13.
[0015]
(Sphere storage / discharge route)
The ball storage / discharge path portion 14 includes a ball container (also referred to as a “ball tank”) 22 installed in an upper opening state on the upper part of the mechanism set board G, and a ball outlet opened at the downstream end of the bottom surface of the ball container 22. An inclined rail-shaped rectifying path portion 23 attached to the lower part of the rectifying passage, and a ball delivery path portion 24 formed in a meandering manner on the left and right sides and attached to communicate with the downstream end of the rectifying path portion 23; And a considerable amount (for example, about 500) of pachinko spheres can be temporarily stored as storage spheres. In the pachinko machine P of the embodiment, the ball delivery path portion 24 is divided into two parts, that is, an upper first ball delivery path member 25 and a lower second ball delivery path member 26, as shown in FIG. Are mounted on the mechanism set board G separately.
[0016]
In addition, as shown in FIG. 3, the rectifying path part 23 of an Example is the ball | bowl delivery path part 24 by the partition plate 27 which protrudes upwards in the center part of the width direction, and is extended to a longitudinal direction in two rows alignment state. For example, the “four-row type” in which the first rectification path 23a and the second rectification path 23b that are guided to the vehicle are arranged side by side. For example, the first rectification path 23a is used for rental and the second rectification path 23b is used for prize balls. Is used for implementation. Further, as shown in FIGS. 3, 5, and 6, the ball delivery path portion 24 is formed as a “two-row type” that guides the storage balls in a line-aligned state from the inside of the first ball delivery path member 25. A first sphere delivery path 24a and a second sphere delivery path 24b are defined in parallel in the front-rear direction of the pachinko machine P across the second sphere delivery path member 26, and the first sphere delivery path 24a is defined as the first sphere delivery path 24a. The second sphere delivery path 24b is in communication with the second rectification path 23b while being in communication with the rectification path 23a. That is, the storage balls that have flowed down the first rectification path 23a and the second rectification path 23b are arranged in the corresponding first sphere delivery path 24a and second sphere delivery path 24b while being aligned from the second row to the first row at the outlet portion thereof. Flow into. The first sphere delivery path 24a and the second sphere delivery path 24b are formed in a left and right meandering manner, and a sphere extraction path 30 is defined in the middle of the both sphere delivery paths 24a and 24b. 29 is in alignment communication.
[0017]
  The second ball delivery path member 26 has a ball delivery outlet 28a of the first ball delivery path 24a and a ball delivery of the second ball delivery path 24b.mouthA storage ball outlet switching member 32 or the like is installed at a branch point between the ball delivery paths 24a and 24b and the ball outlet path 30. Of these, the storage ball passage restricting member 31 is a storage ball serving as a rental ball in the first ball delivery path 24a from the ball delivery outlet 28a and a storage ball as a prize ball in the second ball delivery path 24b. This is for restricting the passage from the ball outlet 28b at the same time. In addition, the storage ball delivery switching member 32 always guides the storage balls in the first ball delivery path 24a and the second ball delivery path 24b to the respective ball delivery devices L1 and L2, and these storage balls. It is used when discharging to the outside of the machine.
[0018]
(Ball dispenser)
In the pachinko machine P according to the present embodiment, the first ball payout device L used for paying out the rental balls in alignment with the ball delivery outlet 28a of the first ball delivery path 24a.₁And a second ball payout device L that is used for paying out winning balls in alignment with the ball delivery port 28b of the second ball delivery path 24b.₂It is equipped with. These first ball dispensing devices L₁And second ball dispensing device L₂On the assumption that the ball outlet 28a of the first ball delivery path 24a and the ball delivery outlet 28b of the second ball delivery path 24b are formed in parallel in the front-rear direction of the pachinko machine P. As an assembly form, the first ball dispensing device L₁Front wall and second ball dispensing device L₂Are assembled to the installation portion 33 provided on the mechanism set board G in a longitudinal state in which the rear wall surfaces thereof are in close contact with each other (FIGS. 1 and 3).
[0019]
These first ball dispensing devices L₁And second ball dispensing device L₂Are of the same type and controlled by an output signal from the payout control device 18, the rental payout command signal from the control device 18 is sent to the first ball payout device L.₁To the second ball payout device L.₂In accordance with each of these signals, it is possible to separately pay out gaming balls and winning balls for winning. Such a first ball dispensing device L₁And second ball dispensing device L₂As shown in FIG. 2, the basic configuration of the motor is configured by housing an electric ball payout mechanism portion 36 and a relay substrate 37 in a synthetic resin case body 35 formed in a rectangular box shape. The case body 35 can be handled as a unit body.
[0020]
(Case body)
The case body 35 includes a base member 38 that can be intimately aligned with the installation portion 33, and a cover member 39 that aligns and closely contacts the opening of the base member 38, and the base member 38 is formed from the outside of the cover member 39. Both members 38 and 39 are assembled by screwing the screw 40 toward the side so as to exhibit a rectangular box shape. In the case body 35, a synthetic resin gutter member 41 having a U-shaped cross section is installed on the left side of the figure to define a ball passage 42. A ball discharge mechanism 36 is formed on the right side of the gutter member 41. A storage chamber 43 is defined for storing the. A spherical inlet 44 that is aligned with the upper end of the spherical passage 42 is formed on the upper surface of the base member 38, and a spherical outlet that is aligned with the lower end of the spherical passage 42 is formed on the lower surface of the member 38. An opening 45 is formed. Further, the wall portion of the flange member 41 is formed with a through hole 41 a for allowing the ball feeding body 46 of the ball dispensing mechanism portion 36 to face the ball passage 42.
[0021]
(Ball payout mechanism)
The ball payout mechanism 36 is a pinwheel-shaped ball feeder 46 which is erected on the base member 38 and is rotatably supported with respect to a support shaft 47 facing a position adjacent to the through hole 41a. A storage ball comprising an electromagnetic solenoid 49 that is a switching operation source of a regulating member 48 that regulates rotation / stop of the ball feeder 46, and an upper sensor 50a and a lower sensor 50b that detect the presence or absence of a stored ball in the ball passage 42. Sensor 50. The ball feeding body 46 is made of a relatively hard synthetic resin such as polyacetal, and each of the ball receiving portions 46b partitioned by a plurality of (six in the embodiment) partitioning claw portions 46a formed on the outer periphery is provided on the flange member 41. The stored balls flowing through the ball passage 42 can be rotated and discharged one by one while receiving the ball pressure by the ball receiving portion 46b. The electromagnetic solenoid 49 is, for example, a flapper type, and is operated and controlled based on a payout signal from the payout control device 18 so that a magnetic force can be generated by a magnetic force generator 49a in accordance with an excitation signal. The regulating member 48 is supported to be tiltable.
[0022]
The restricting member 48 is, for example, a metal lever-like member, and is always locked with the partitioning claw portion 46a of the ball feeder 46 by a tension spring 51 as an urging means in an operating state when the power is turned on. The ball feeder 46 is held in a biased state so as to stop the rotation. On the other hand, a magnetic force is generated in the magnetic force generating part 49b with the excitation operation by energization of the electromagnetic solenoid 49, and the restricting member 48 is separated from the partitioning claw part 46a against the urging force of the tension spring 51 by the magnetic force. The feed body 46 is allowed to rotate. The storage ball sensor 50 is disposed in the vicinity of one end of the relay board 37, and the upper and lower sensors 50a and 50b are disposed at a detection interval suitable for one sphere, face the ball passage 42, and While the presence or absence of a storage ball that can be paid out is detected by the sensor 50a, the presence or absence of the storage ball that is paid out by the lower sensor 50b is detected (count detection). Such a storage ball sensor 50 outputs the detection signal to the payout control board of the payout control device 18 via the relay board 37 every time the discharged storage balls are detected by the lower sensor 50b one by one. It is like that. The relay board 37 is provided with an insertion port 37a that allows the screw 40 to pass therethrough, and a connector terminal 52 that faces the outside of the case body 35 is provided at the lower end thereof.
[0023]
(Assembly structure of ball dispensing device)
Next, the assembly structure of the ball dispensing device configured as described above will be described. Example first ball payout device L₁And second ball dispensing device L₂As shown in FIGS. 1 and 3, the first ball dispensing device L₁Front wall surface (outer wall surface) 35c and second ball dispensing device L in the case body 35₂The rear wall surface (outer wall surface) 35d of the case body 35 is assembled in a longitudinal column state in which the rear wall surfaces (outer wall surfaces) are in close contact with each other. These screws 53 are used for common assembly. That is, the first ball dispensing device L₁And second ball dispensing device L₂The upper wall surface (outer wall surface) 35a of the case body 35 formed with the ball inlet 44 and the lower wall surface (outer wall surface) 35b of the case body 35 formed with the ball outlet 45 are not brought into close contact with each other. In the state where the other case body 35 does not interfere with the sphere inlet 44 and the sphere outlet 45 of the case body 35, the front wall surface 35c and the rear wall surface 35d can be assembled together while being in close contact with each other. Yes.
[0024]
The first ball dispensing device L based on this assumption₁And second ball dispensing device L₂Then, as shown in FIG. 1, the screws 53 for assembling to the installation portion 33 of the mechanism set board G at three corner portions of the four corner portions on the side surface of the base member 38 in the case body 35. A recess 54 for avoiding the interference is formed. Further, a cylindrical boss (a first boss provided with an insertion port 55 for allowing the insertion of the screw 53 at each of the three corners on the back surface of the base member 38, that is, the corner corresponding to the corner where the recess 54 is formed. A one-position restricting portion 56 is formed to protrude, and a circular boss (first position restricting portion) 57 having no opening is formed in the vicinity of the remaining one corner portion. On the other hand, three corners on the side surface of the cover member 39, that is, corners corresponding to the corners where the respective recesses 54 of the base member 38 are formed, are recesses that are continuously aligned with the recesses 54. A (second position restricting portion) 58 is formed, and a recess (second position restricting portion) 59 having a required length is formed in the remaining corner portion. In other words, each ball dispenser L₁, L₂The case body 35 is provided with a cylindrical boss 56 and a circular boss 57 as a first position restricting portion at a required position of one rear wall surface 35d which are in close contact with each other, and at the required position of the other front wall surface 35c. 56 and a circular boss 57 are provided with recesses 58 and 59 that can be aligned.
[0025]
Accordingly, in the embodiment, the first ball dispensing device L₁The second ball payout device L with respect to the recesses 58 and 59 of the case body 35 (cover member 39) in FIG.₂By aligning the bosses 56 and 57 of the case body 35 (base member 38) in the corresponding manner correctly, the both-ball dispensing device L₁, L₂Can be aligned in a front-rear stacked state in which they are in close contact with each other in the same direction in a longitudinal state. And the second ball dispensing device L₂The first ball dispensing device L₁Are aligned in the same direction, the first ball dispensing device L₁Each of the three insertion openings 55 and the second ball payout device L₂The three insertion openings 55 are aligned in series, and common insertion of the three screws 53 is allowed. However, the first ball dispensing device L₁And second ball dispensing device L₂Are not the same (for example, when they are shifted by 180 degrees), one set of the three insertion holes 55 is not aligned, so that the insertion of the screw 53 at the insertion hole 55 is restricted, Improper installation orientation can be recognized immediately.
[0026]
In addition, as shown in FIGS. 4 and 5, the installation portion 33 of the mechanism set board G includes a first ball dispensing device L.₁Fitting recesses 33a and 33b corresponding to the cylindrical bosses 56 and the circular bosses 57 are formed. Each fitting recess 33a is formed with a screw hole 60 into which the screw 53 is screwed.
[0027]
[Effect of the embodiment]
  Next, the pachinko game according to the present embodiment configured as described above.MachineThe operation will be described.
[0028]
Each ball dispensing device L of the embodiment₁, L₂Is set on the synthetic resin base member 38 formed in a rectangular box shape, while setting the ball discharge mechanism 36 in the storage chamber 43 and set the relay substrate 37 in the storage chamber 43, By covering the base member 38 with the cover member 39 and screwing the screw 40, it is handled as a unit body of the case body 35 unit.
[0029]
(Assembly to mechanism set board)
As described above, each ball dispensing device L handled in the case body 35 unit.₁, L₂As shown in FIG. 3, first, the first ball payout device L is installed on the installation portion 33 of the mechanism set board G in which the ball storage / discharge path portion 14 is assembled in advance.₁And then this first ball dispensing device L₁The second ball dispensing device L₂After positioning and setting, the three screws 53 are used to collectively assemble the mechanism set board G. That is, the first ball dispensing device L₁The cylindrical boss 56 and the circular boss 57 are set in alignment with the respective fitting recesses 33a and 33b of the installation portion 33, temporarily assembled to the installation portion 33, and the second ball dispensing device L₂The cylindrical boss 56 and the circular boss 57 are connected to the first ball dispensing device L.₁The first ball paying device L is set in alignment with the recesses 58 and 59 respectively.₁Each ball dispenser L, which is temporarily assembled to the front and then stacked in two stages₁, L₂The three screws 53 are respectively inserted into the three sets of insertion holes 55 aligned in series, and each of the screws 53 is screwed into the screw hole 60 so that the both-ball dispensing device L is inserted.₁, L₂Assemble at the same time. At this time, the first ball dispensing device L₁The spherical inlet 44 is aligned with the spherical outlet 28a of the first spherical outlet 24a in the spherical outlet 24, and the first spherical outlet 24a and the spherical passage 42 are in alignment communication. On the other hand, the second ball dispensing device L₂The ball inlet 44 is aligned with the ball outlet 28b of the second ball outlet 24b in the ball outlet 24, and the second ball outlet 24b and the ball passage 42 are in alignment communication.
[0030]
(Supply of pachinko balls)
After the pachinko machine P is installed in a vertical orientation on an installation frame base (commonly called “island”) in the game hall, the pachinko machine P enters the ball container 22 in the ball storage and discharge path section 14 from the ball supply facility outside the machine. When the sphere is supplied, the pachinko sphere flows from the spherical container 22 into the first rectification path 23a or the second rectification path 23b of the rectification path portion 23. Then, the pachinko balls that have flowed into the first rectification path 23a flow into the first sphere delivery path 24a of the sphere delivery path section 24, and the first sphere payout device L₁The pachinko balls that have arrived at and have been sequentially stored as rental balls for storage and flowed into the second rectification path 23b flow into the second ball delivery path 24b of the ball delivery path section 24, and the second ball delivery device L₂Will be stored in sequence as prize balls.
[0031]
(Payment of rental balls)
And in the state where the stored ball is normally stored, prior to the pachinko game in the pachinko machine P, when the player performs an appropriate ball lending operation using the ball lending card and the ball lending unit K In response to this operation, the first ball dispensing device L₁As a result, the predetermined number of stored balls in the first ball delivery path 24a and the first rectification path 23a are fed to the upper ball tray E side as rental balls. At this time, the first ball dispensing device L₁And second ball dispensing device L₂Since the respective case bodies 35, 35 are in close contact with each other, the first ball dispensing device L₁Vibration during operation of the second ball dispensing device L₂It is transmitted to.
[0032]
(Prize ball payout)
On the other hand, when a winning ball is generated while a pachinko game is being developed in the game board J using the rental ball as a game ball, the second ball payout device L is responded to this.₂Is controlled so that a predetermined number of stored balls in the second ball delivery path 24b and the second rectification path 23b are fed to the upper ball tray E side as prize balls. At this time, the first ball dispensing device L₁And second ball dispensing device L₂Since the respective case bodies 35, 35 are in close contact with each other, the second ball dispensing device L₂Vibration during operation of the first ball dispensing device L₁It is transmitted to.
[0033]
(Replacement of each ball dispenser)
When the pachinko machine P is used for a pachinko game, for example, the second ball payout device L that operates relatively frequently.₂Is broken, the three screws 53 are loosened and removed, and the first ball dispensing device L is removed.₁Is the second ball dispensing device L as it is₂The second ball dispenser L with the same type of new ball dispenser₂Install as. That is, a new second ball dispensing device L₂The first ball dispensing device L₁In the same manner as described above, the three first screws 53 are screwed into the screw holes 60 in the same manner as described above.₁And a new second ball dispensing device L₂Can be assembled together at the same time.
[0034]
In addition, the first ball dispensing device L₁Is broken, the three screws 53 are loosened and removed, and the first ball dispensing device L is removed.₁And second ball dispensing device L₂Are collectively removed from the installation section 33, and a new ball dispensing device of the same type is replaced with the first ball dispensing device L.₁Install as. That is, first, a new first ball payout device L is installed on the installation portion 33 of the mechanism set board G.₁And then this first ball dispensing device L₁The existing second ball dispensing device L₂After positioning and setting, the three first screws 53 are screwed into the screw holes 60 in the same manner as described above, so that the new first ball dispensing device L₁And the existing second ball dispensing device L₂Can be assembled together at the same time.
[0035]
Thus, in the assembly structure of the ball dispensing device according to the embodiment, the first ball dispensing device L assembled in close contact with each other in a longitudinal state in the front-rear direction.₁And second ball dispensing device L₂If one of the above fails, only the failed ball dispenser can be replaced with a new one, and the other ball dispenser that has not failed can continue to be used as it is, so maintenance and management costs can be reduced. .
[0036]
Also, the first ball dispensing device L₁And second ball dispensing device L₂Are stacked in close contact with each other in the longitudinal state in the front-rear direction and assembled, for example, the first ball dispensing device L₁If a ball clog occurs, the second ball dispensing device L₂The vibration at the time of operation of the first ball dispensing device L₁Device L₁The ball clogging can be preferably eliminated. On the other hand, the second ball dispensing device L₂Even when a ball clog occurs, the first ball dispensing device L₁The vibration at the time of operation of the second ball dispensing device L₂Device L₂The ball clogging can be preferably eliminated. In addition, if the ball delivery path portion 24 is made of a translucent member, the ball dispensing device L₁, L₂Ball clogging at can be easily confirmed.
[0037]
In addition, the first ball dispensing device L₁And second ball dispensing device L₂Can be set as an occupied space for one ball paying device by attaching the two in close contact with each other in a longitudinal state in the front-rear direction. Thus, the degree of freedom in design related to the design of the ball payout path section leading to each of the ball dishes E and F and the installation of various other devices is increased.
[0038]
On the other hand, the first ball dispensing device L₁And second ball dispensing device L₂Each of the ball dispensing devices can be accurately assembled in the same direction by only properly aligning the cylindrical boss 56 and the circular boss 57 provided in each case body 35 with the recesses 58 and 59. Easy and accurate. Moreover, each ball dispenser L₁, L₂Since the respective insertion openings 55 provided in the respective case bodies 35 are aligned with each other in the same direction, the common insertion of the respective screws 53 is allowed, while the respective balls are arranged. Dispensing device L₁, L₂When the two screws 53 are brought into close contact with each other in the non-identical direction, the common insertion of the screws 53 becomes impossible.₁, L₂It is possible to immediately confirm whether or not the assembly is accurate.
[0039]
[Another example of assembly mode]
In the embodiment, the first ball dispensing device L₁And second ball dispensing device L₂As an assembly mode of the first ball dispensing device L₁Front wall surface 35c and second ball dispensing device L₂Although the assembling in the front-rear direction in which the rear wall surface 35d is brought into close contact with the entire rear surface is illustrated, the assembling mode is not limited thereto. That is, the first ball dispensing device L₁Sphere inflow port 44 and sphere outflow port 45 formed in the case body 35, and the second ball dispensing device L₂The case body 35 of the second ball paying device L₂Sphere inlet 44 and sphere outlet 45 formed in the case body 35, and the first ball dispensing device L₁Assuming that there is no interference with the case body 35, for example, various assembling modes as shown in FIG.
[0040]
Of these, FIG. 7 (a) shows the first ball dispensing device L.₁Front wall surface 35c and second ball dispensing device L₂The assembling aspect of the column state of the front-back direction which made the back wall surface 35d partially adhere | attach is illustrated, and the 1st ball delivery apparatus L₁The second ball dispensing device L₂Both dispensing devices L with offset to the right₁, L₂Is installed in the installation section 33. FIG. 7B shows the first ball payout device L.₁Right wall surface 35f and the second ball dispensing device L₂The left-side wall surface 35e of the left side wall 35e is in close contact with each other.₁The second ball dispensing device L₂Both dispensing devices L in the state that is offset to the upper right₁, L₂Is installed in the installation section 33. Further, FIG. 7 (c) shows that the second ball payout device L with respect to the installation portion 33.₂The first ball payout device L on the assumption that the₁Upper wall surface 35a and second ball dispensing device L₂The assembling aspect of the row state of the up-down direction which closely contacted the lower wall surface 35b of the 1st ball | bowl is illustrated, and the 1st ball delivery apparatus L₁The second ball dispensing device L₂Both dispensing devices L in the state that is offset to the upper right₁, L₂Is installed in the installation section 33.
[0041]
In each form illustrated in FIGS. 7A to 7C, the first ball dispensing device L₁And second ball dispensing device L₂Since each case body 35 is partially attached to each other and assembled to the installation portion 33 of the mechanism set board, for example, the first ball dispensing device L₁Vibration during operation of the second ball dispenser L₂And the second ball dispensing device L₂Vibration during operation of the first ball dispensing device L₁Each ball dispensing device L₁, L₂The ball clogging of each other can be preferably solved mutually. In FIG. 7A, the second ball dispensing device L₂Is first installed in the installation unit 33, and then the first ball dispensing device L₁The rear wall surface 35d of the second ball dispensing device L₂You may install so that it may contact | adhere partially to the front wall surface 35c. In FIG. 7B, the first ball dispensing device L₁On the lower right side of the second ball dispensing device L₂May be installed in a state of being in close contact with each other, and in FIG.₁On the lower right side of the second ball dispensing device L₂You may make it install in the state which contact | adhered partially. Furthermore, in Fig.7 (a), the 1st ball delivery apparatus L₁The second ball dispensing device L₂In the state of offsetting the upper part upward and partially in close contact with each other.₁, L₂May be installed in the installation unit 33.
[0042]
[Example of change]
On the other hand, FIG. 8 is an enlarged view of the main part of the mechanism set board showing the assembly structure of the ball payout device in the pachinko gaming machine according to the modified example. In the assembled structure of this modified example, the side assembly shown in FIG. Two ball dispensers L₁, L₂Each ball dispenser L on the assumption that₁, L₂Are installed in a row state adjacent to the installation portion 33 of the mechanism set board G in the left-right direction. Along with this, in the ball storage and discharge path portion 14, the second ball delivery path 24b for prize balls formed in the ball delivery path section 24 is bent from the middle to extend to the left side of the linear first ball delivery path 24a. The ball delivery outlet 28a of the first ball delivery path 24a and the ball delivery outlet 28b of the second ball delivery path 24b are opened in parallel in the left-right direction of the mechanism set board G. Each ball dispensing device L₁, L₂The internal structure of the ball dispensing device L shown in FIG.₁(L₂) Is basically the same, and detailed description thereof is omitted, and the same members are described with the same reference numerals.
[0043]
1st ball payout device L for ball rental₁Is assembled to the right side of the installation portion 33 using a dedicated screw 61, thereby₁The ball inlet 44 is aligned with the ball outlet 28a of the first ball delivery path 24a. On the other hand, the second ball dispensing device L for prize balls₂Is installed on the left side of the installation portion 33 using a dedicated screw 62, thereby the device L₂The ball inlet 44 is aligned with the ball outlet 28b of the second ball delivery path 24b. Thus, each ball dispensing device L₁, L₂Is mounted on the installation portion 33, the upper surface of the case body 35 in which the spherical inflow port 44 and the spherical outflow port 45 are formed, one wall surface that is not the lower wall surface 35a, 35b, that is, one case body 35. The right side wall surface 35f of the other case body 35 is in full contact with the left side wall surface 35e of the left and right side walls 35e.
[0044]
In the modified example, for example, the first ball dispensing device L₁Is broken, the screw 61 is loosened and the device L₁Only the new ball dispensing device of the same type shown in FIG.₁As a result, the replacement work is completed by temporarily assembling to the installation portion 33 and screwing the screw 61. On the other hand, the second ball dispensing device L₂Is broken, the screw 62 is loosened and the device L₂Is removed from the installation portion 33, and a new ball dispensing device of the same type shown in FIG.₂Then, the replacement work is completed by temporarily assembling the mounting portion 33 and screwing the screw 62.
[0045]
Thus, also in the assembly structure of the ball payout device according to the modified example, the first ball payout device L installed in a horizontal state in the left-right direction.₁And second ball dispensing device L₂If one of the above fails, only the failed ball dispenser can be replaced with a new one, and the other ball dispenser that has not failed can continue to be used as it is, so maintenance and management costs can be reduced. . Also, the first ball dispensing device L₁And second ball dispensing device L₂Is installed in the installation section 33 in such a direction that the occupied space with respect to the installation section 33 becomes smaller (vertical orientation), so that two ball dispensing apparatuses are installed in the installation space of approximately one ball dispensing apparatus. Therefore, the degree of freedom of design related to the design of the ball payout path section leading to each of the ball dishes E and F and the installation of various other devices can be increased.
[0046]
In addition, the first ball dispensing device L₁And second ball dispensing device L₂Are assembled in close contact with each other in a horizontal row state, for example, the first ball dispensing device L₁If a ball clog occurs, the second ball dispensing device L₂The vibration at the time of operation of the first ball dispensing device L₁Device L₁The ball clogging can be preferably eliminated. On the other hand, the second ball dispensing device L₂Even when a ball clog occurs, the first ball dispensing device L₁The vibration at the time of operation of the second ball dispensing device L₂Device L₂The ball clogging can be preferably eliminated. In addition, if the ball delivery path portion 24 is made of a translucent member, the ball dispensing device L₁, L₂Ball clogging at can be easily confirmed.
[0047]
Further, in the above-described embodiment, the first ball delivery path 24a on the back side (front side) of the mechanism set board G is used as a rental-ball delivery path, and the second ball delivery path 24b on the front side (rear side) is used for winning balls. First, the first ball payout device L for paying out a rental ball is used.₁Is installed in the installation section 33, and then the second ball dispensing device L for prize ball dispensing₂The first ball dispensing device L₁It was supposed to be installed in. However, in the case where the front first ball delivery path 24a is used as a prize ball delivery path and the rear second ball delivery path 24b is used as a rental ball delivery path, first, the first ball delivery path is used. 2-ball dispenser L₂Is installed in the installation section 33, and then the first ball paying device L for paying out a rental ball₁The second ball dispensing device L₂Will come to install. On the other hand, in the modified example, the first ball delivery path 24a on the right side is a delivery path for rental balls and the second ball delivery path 24b on the left side is a delivery path for prize balls. 1st ball payout device L₁And a second ball payout device L for paying out a prize ball on the left part of the setting portion 33.₂Was supposed to be installed. However, in the case where the right first ball delivery path 24a is a prize ball delivery path and the left second ball delivery path 24b is a ball rental delivery path, the right portion of the installation portion 33 is awarded. Second ball dispensing device L for ball dispensing₂And a first ball payout device L for paying out a ball on the left part of the installation portion 33₁Will come to install.
[0048]
【The invention's effect】
  As described above, according to the assembly structure of the ball payout device in the pachinko gaming machine according to the present invention,The outer shape of the case body is the sameThe first ball payout device for paying out a ball and the second ball payout device for paying out a prize ball are configured so that the other case body does not interfere with the ball inlet and the ball outlet provided in each case body.Back and forth in the same directionSince they are in close contact with each other and are assembled to the installation part of the mechanism set panel in this state, vibration during operation of one ball dispensing device is transmitted to the other ball dispensing device, and the mutual ball dispensing device There is an advantage that ball clogging can be solved appropriately.
  AlsoThe first ball paying device and the second ball paying device are assembled to the mechanism set panel in a longitudinal state in the front-rear direction.Because I tried toIt is possible to mount two ball paying devices in the installation space of one ball paying device, and there is a beneficial effect that the degree of freedom of design related to the design of the ball paying path portion and other various devices can be increased. .
  The first ball dispensing device and the second ball dispensing device are the same.In the case body formed in the outer shape ofConstitutionBe doneTherefore, parts can be shared, and the manufacturing cost can be kept low. In addition, since the first ball paying device and the second ball paying device are separately attached to and detached from the installation unit, for example, when one of the ball paying devices fails, this failed ball paying device. There is an advantage that the maintenance work is easy.
[0049]
  Also provided on the case body of each ball dispensing deviceA cylindrical boss and a circular boss, and first and second recesses;The first ball dispensing deviceandSecond ball payoutPlaceJust align the balls in the same direction.To adhere to each other back and forthCan be assembled accurately.And, Each ball dispensing device in the same directionBack and forthWhen they are in close contact with each other, they are provided on each case body.Cylindrical bossSince each insertion port is aligned, it is necessary to assemble both ball dispensing devices to the installation part.ScrewAre allowed to be inserted in common, but when the respective ball dispensing devices are not brought into close contact with each other in the same direction,ScrewTherefore, there is an advantage that it is possible to immediately confirm whether or not the assembly of both apparatuses is accurate.
[Brief description of the drawings]
FIG. 1 is a perspective view showing a ball payout device implemented in an assembly structure of a ball payout device in a pachinko gaming machine according to a preferred embodiment of the present invention, in which (a) shows two ball payouts of the same type; A state in which the devices are set in a longitudinal column state is shown, and (b) shows a state in which two ball dispensing devices of the same type are assembled in the front-rear direction.
2 is an exploded perspective view showing a partially broken internal structure of each ball dispensing device shown in FIG.
FIG. 3 shows a ball delivery path member that constitutes a ball storage / discharge path section, which is assembled to a mechanism set board, and two ball dispensing devices are assembled to the installation section of the mechanism set board in a tandem state in the front-rear direction. It is a perspective view.
FIG. 4 is a partially enlarged view showing an installation portion provided below a ball storage / discharge path portion of the mechanism set board and a ball dispensing device attached to the installation portion.
FIG. 5 shows a first ball payout device corresponding to a first ball delivery path that is assembled to an installation part of a mechanism set board and guides a stored ball for rental balls, and is assembled to the first ball payout device. It is a principal part side view which fractures | ruptures partially and shows the 2nd ball | bowl delivery apparatus corresponding to the 2nd ball | bowl delivery path which guides the storage ball | bowl for prize balls.
6 is a side view of a principal part, partially broken away, showing a case where only the second ball payout device corresponding to the second ball delivery path is removed from the normal implementation state of FIG. 5. FIG.
FIG. 7 is an explanatory view showing another example of an assembly mode of the first ball paying device and the second ball paying device.
FIG. 8 is a front view of a principal part of a mechanism set board showing an assembly structure of a ball dispensing device according to a modified example in which two ball dispensing devices of the same type are assembled in a horizontal row state in the left-right direction.
FIG. 9A is a perspective view showing a ball payout device implemented in an assembly structure of ball payout devices according to a modified example, and FIG. 9B shows two ball payout devices shown in FIG. It is a perspective view of the state set to the row state of a direction.
FIG. 10 is a front view of a card-type pachinko machine that implements the assembly structure of the ball dispensing device according to the present invention.
11 is a rear view of the card-type pachinko machine shown in FIG.
[Explanation of symbols]
  14 Ball storage and discharge route
24 ball delivery section
  24a First ball delivery path
  24b Second ball delivery path
25 First ball delivery member
26 Second ball delivery member
  28a, 28b Ball outlet
30 ball exit
31 Storage ball passage restriction member
32 Storage ball outlet switching member
33a Fitting recess ( First fitting recess )
33b Fitting recess ( Second fitting recess )
  35 Case body
  35a upper wallsurface
  35b Lower wall surface
  35c front wallsurface
  35d rear wallsurface
  42 ball passage
  44 Ball inlet
  45 Ball outlet
49 Electromagnetic solenoid
  53The
  55 insertion port
  56 Cylindrical BoThe
  57 Round BoThe
  58 concavePart ( First recess )
  59 concavePart ( Second recess )
60 Screw hole
  G mechanism set board
  L1 first ball dispensing device
  L2 second ball dispensing device

Claims (4)

The first ball delivery path (24a) for guiding the stored balls for rental balls and the stored balls for prize balls in the ball storage / discharge path section (14) of the mechanism set board (G) equipped on the back side of the machine A second ball delivery path (24b) that guides and exits the vehicle is defined, and a first ball lending / dispensing system for aligning with the first ball delivery path (24a) is formed below the ball storage and discharge path section (14). In a pachinko gaming machine in which a ball dispensing device (L ₁ ) and a second ball dispensing device (L ₂ ) for paying out a prize ball aligned with the second ball delivery path (24b) are installed,
The first ball dispensing device (L ₁ ) and the second ball dispensing device (L ₂ ) are rectangular box-shaped case bodies (35) formed in the same outer shape and incorporating the ball dispensing mechanism (36). A spherical passage (42) is defined therein, and a spherical inflow port (44) is formed in the upper wall surface (35a) of the case body (35) so as to align with the spherical passage (42), and the case body (35) The ball outlet (45) is formed in the lower wall surface (35b) of the lower wall (35b), and is configured in units of cases
Wherein the rear wall (35d) in each of the spherical dispenser (L _1, L ₂₎ the case body (35), provided with a through opening that allows insertion of the screw (53) to the three corners (55) A cylindrical boss (56) is formed to protrude, and a circular boss (57) having no opening at the other corner is formed to protrude,
Wherein the front wall of the case body (35) of the ball dispensing device each (L _1, L ₂₎ (35c), toward the upper wall surface (35a) above the two spheres payout device (L _1, L ₂₎ In the posture, the first recess (58) in which the cylindrical boss (56) is aligned and the insertion port (55) is opened is formed at three corners where the cylindrical boss (56) is aligned, The remaining one corner is formed with a second recess (59) in which the circular boss (57) is aligned,
The cylindrical boss (56) and the other case body (35 ) provided on the rear wall surface (35d) of one case body (35) in the first ball delivery device (L ₁ ) and the second ball delivery device (L ₂ ) . ) of all aligned with said first recess (58) provided front wall surface (35c), when the rear wall (35d) and front wall surface and (35c) are in close contact, the ball dispensing device for the respective ( L ₁ , L ₂ ) each insertion port (55, 55) is aligned, allowing a common insertion of the screw (53),
The cylindrical boss (56) and the other case body (35 ) provided on the rear wall surface (35d) of one case body (35) in the first ball delivery device (L ₁ ) and the second ball delivery device (L ₂ ) . the correspondence provided on front wall surface (35c)) of the first recess and (58) if no at least one pair matching, ball dispensing device for the respective (L _1, L ₂₎ to put that interpolation communication port (55 , 55) are not aligned and restrict the common insertion of the screw (53),
The cylindrical boss (56) and the circular boss (57) provided on the rear wall surface (35d) of one case body (35) in the first ball paying device (L ₁ ) and the second ball paying device (L ₂ ) Are aligned with the corresponding first concave portion (58) and second concave portion (59) provided on the front wall surface (35c) of the other case body (35) , and the rear wall surface (35d) and the front wall surface are aligned. (35c) in close contact with each other, the first ball paying device (L ₁ , L ₂ ) is assembled to the installation portion (33) provided on the mechanism set panel (G). The ball inlet (44) of L ₁ ) is aligned with the ball outlet (28a) of the first ball delivery path (24a) and the ball inlet (44) of the second ball delivery device (L ₂ ) ) Is configured to be aligned with the ball outlet (28b) of the second ball delivery path (24b). The installation portion (33) of the mechanism set board (G) has a first fitting recess (60) having a screw hole (60) into which the cylindrical boss (56) is aligned and the screw (53) is screwed. 33a) is formed, and the circular boss (57) is aligned to form a second fitting recess (33b) having no screw hole (60),
One of the case body (35) after the wall the cylindrical boss (56) provided in (35d) and the other of the case body (35) of the front wall the provided (35c) first recess (58) all the matching by the in close contact with rear wall and (35d) and front wall (35c) first ball dispensing device (L ₁₎ and the second ball dispensing apparatus (L _2), all of the cylindrical boss (56) Is installed in the installation portion (33) in a state aligned with the first fitting recess (33a) having the screw hole (60), the screws (53) are screwed into the screw holes (60). Is acceptable,
One of the case body (35) after the wall the cylindrical boss (56) provided in (35d) and the other of the case body (35) of the front wall the provided (35c) first recess (58) all the matching The first ball paying device (L ₁ ) and the second ball paying device (L ₂ ) in which the rear wall surface (35d) and the front wall surface (35c) are brought into close contact with each other are connected to any of the cylindrical bosses (56). When installed in the installation part (33) in a state aligned with the second fitting recess (33b) that does not have a screw hole (60), the screws (53) to the screw holes (60) The pachinko gaming machine according to claim 1, wherein the screwing is restricted. The first ball paying device (L ₁ ) and the second ball paying device (L ₂ ) allow the game ball to flow out of the ball outlet (45) in accordance with the excitation of the electromagnetic solenoid (49). The pachinko gaming machine according to claim 1 or 2 , wherein the pachinko gaming machine is configured to regulate the outflow of the game ball from the ball outlet (45) with demagnetization of (49) . The ball reservoir discharging path portion (14) includes a first ball delivery path member located upstream (25), a second ball delivery path member (26) configured from a by spheres delivery unit located downstream ( 24) is provided , and the first sphere delivery path (24a) and the second sphere delivery path (24b) extend from the first sphere delivery path member (25) to the second sphere delivery path member (26 ). Are defined in parallel in the longitudinal direction,
The second ball delivery path member (26) is formed so that a ball extraction path (30) communicating with the ball discharge path ( 29 ) is branched from the middle of the first and second ball delivery paths (24a, 24b). Rutotomoni, the first ball delivery path sphere outlet of (24a) (28a) and a second ball delivery path sphere outlet of (24b) storing sphere passing out restriction member facing (28b) (31) is installed, A storage ball outlet switching member (32) is installed at a branch point between the ball delivery path (24a, 24b) and the ball exit path (30) ,
A mounting guide for restricting the position of the second ball delivery path member (26) by surrounding the upper wall surface and the left and right wall surfaces at a portion where the second ball delivery path member (26) is assembled on the mechanism set board (G) . The pachinko gaming machine according to any one of claims 1 to 3, wherein a wall portion is formed .

Images