JPH02280783A - Pinball game machine - Google Patents

Abstract

PURPOSE:To stop a ball at a discharge position in a short time by installing a shutter member which stops a ball sent into a guide passage at an outlet and shifts the ball onto a discharge rail by an opening operation. CONSTITUTION:Between a guide passage 50 and a discharge rail 29, a shutter plate 52 is installed through a shaft part 52a onto a ball feeding unit plate 26. A pin 42b as shift receiving part is projectingly installed at the lower part of the side part on the opposite side to the side where a shaft part 42a is installed among the both side parts of a recessed part 44 of a ball receiving member 42. The first ball is introduced into the recessed part 44 of the ball receiving member 42 and sent into the guide passage 50, and an engaging hook 47 is interposed between the first and second balls on an opening/closing plate by the swing of a ball stop member 43, and the movement of the second ball in an arranging passage is suppressed. Therefore, during the preparative operation for the discharge of a discharge lever 31, the shutter plate 52 closes the outlet 51 of the guide passage 50, and a ball E which moves to the outlet 51 of the guide passage 50 is stopped by the shutter plate 52. Independently on the swing of the ball receiving member 42 in the opposite direction to the direction of arrow F, the swing in the direction of arrow G over this degree is suppressed.

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial Application Field) The present invention relates to a pachinko machine that feeds balls one by one (JF) to a shooting position and launches them toward a game board. .

(Prior art) In a pachinko machine, balls flowing into the waiting path from the alignment path connected to the ball feeding capacity are fed into the supply machine ++X? The balls are directly fed one by one to the ejection rail by i, and the balls are ejected onto the game board by the ball rod of the ejection device. An example of a conventional supply mechanism is shown in FIG.

In this FIG. 13, balls A flowing in a line through the waiting path 2 via the alignment path 1a connected to the ball supply 11111 are as follows:
The balls are sent out one by one to the firing rail 5 by the ball receiving member 4 of the supply mechanism 3. The ball A sent out to the launch rail 5 is launched onto a game board (not shown) by a ball hitting rod 7 that repeats the ball hitting operation in conjunction with a cam 6 rotated by a motor (not shown).

The ball receiving member 4 is normally in the position shown in FIG. 13 due to its own weight, and is swung in the direction of arrow B by the lever 9 of the interlocking mechanism 8 interlocked with the ball hitting rod 7 to the position shown in FIG. When the ball is moved, the ball A in the waiting path 2 moves into the recess 4a of the ball receiving member 4. When the ball receiving member 4 then swings in the opposite direction of arrow B, the ball A rolls down from the recess 4a through the outlet 10 onto the firing rail 5.

(Problems to be Solved by the Invention) In the conventional configuration described above, the ball A sent out from the waiting path 2 to the firing rail 5 by the swinging motion of the ball receiving member 4 in the direction of the arrow B is 4) and the launch rail 5, the drop causes it to fall onto the launch rail 5 with great force. Therefore, after the ball A falls onto the launch rail 5, the ball A wobbles on the launch rail 5 due to momentum. On the other hand, since the ball hitting motion of the batting rod 7 is performed nearly 100 times per minute, the batting rod 7
starts to make a firing motion and launch ball A.

When this happens, the positions where the batting rod 7 hits the ball A will vary, and as a result, the flight of the ball A will vary, and when it is hit onto the game board, it will not fly to a fixed position. b) Causes uneven flying.

Further, when the ball receiving member 4 is in the position shown in FIG.
The outlet 10 is in a closed state. At this time, the No. 1 LJ ball A of the waiting path 2 is riding on the upper end of the ball receiving member 4.

When the ball receiving member 4 is swung in the direction of arrow B by the lever 9 in this state, the ball A of No. 1 1-1, which had been riding on the upper end of the ball receiving member 4, moves into the recess 4a. It is something. Incidentally, the alignment path 1a and the standby path 2 are sloped downward toward the ball receiving member 4 in order to automatically flow the balls A to the ball receiving member 4. Therefore, the first ball A in the waiting path 2 is supplied with a ball 11111, the alignment path 1a and the waiting N
Since the pressure of the ball A in l"32 comes to work,
There is a possibility that the ball receiving member 4 may not swing smoothly. Therefore, conventionally, in order to reduce the ball pressure acting on the ball receiving member 4, the connecting portion between the alignment path 1a and the standby path 2 and the standby path 2 are
The inside is bent 11 degrees. In the conventional example shown in FIG. 13, 1. In order to increase the number of bends, an alignment path 1a located on the front side of the ball supply unit I-IMII;
A connecting portion with the standby path 2 formed in the case 12 attached to the rear side of the ball supply unit I-IMII, and the standby path 2
Inside, each piece is bent once into a crank shape.

However, in such a device, the case 12 must be provided separately, which increases the number of parts and requires time and effort to assemble, resulting in high costs.

On the other hand, when the game is stopped or when the number of prize balls reaches the preset number of balls and the ball is stopped, the alignment path 1a
Manually open the closing plate that closes the ball opening (not shown) formed at the bottom of the ball opening, and thereby the ball A in the ball supply capacity 1 and the alignment path 1a is transferred from the ball opening to the ball receiver. I make it possible to extract it. In this case, since the above-mentioned opening/closing plate is manually operated, it is difficult to install it in the waiting path 2 behind the ball supply unit plate 11, and since it is provided in the alignment path 1a, it is difficult to install the opening/closing plate in the waiting path 2. A cannot be extracted, which is disadvantageous to the player.

The present invention has been made in view of the above circumstances, and the present invention has been made in view of the above circumstances.
The first object is to provide a pachinko machine that can feed balls to a firing rail with reduced momentum and can shoot out the balls while remaining stationary at the firing position. A pachinko machine that can operate smoothly even when ball pressure is applied to the ball receiving part of the supply mechanism that supplies the balls in the supply channel to the firing rail side one by one, so that the supply channel can be made simple. is to provide.

A third object of the present invention is to provide a pachinko machine that can eject all balls from the supply path when playing a game. To provide a pachinko machine capable of discharging all balls in a supply path even when the first state is reached.

[Structure of the Invention] (Means for Solving the Problems) In order to achieve the above object, the pachinko machine according to claim 1 includes a firing device that fires the balls supplied to the firing position of the firing rail onto the game board. A supply mechanism is provided for feeding out the balls in the alignment path one by one in conjunction with the operation of the firing device, and the outlet is located close to the side of the firing position with respect to the firing rail, and the [I, A guide path is provided for guiding the balls sent out from the feeding mechanism to the firing rail, and the exit of this guiding path is provided to open and close in conjunction with the operation of the firing device. A shutter member is provided which stops the ball sent to the exit at the exit and then opens the shutter member so that the ball moves onto the launch rail.

In the pachinko machine according to claim 2, the supply mechanism has a concave portion H for receiving balls rolling out of the alignment path and sending them out to the guide path, and the upper end of the side of the concave portion on the alignment path side is connected to the first side of the alignment path. A locking part is used to hold the ball and prevent it from entering the recess, and a swinging center is provided at the lower part of the side on the locking part side. A ball receiving member is provided with a displacement receiving part on the side thereof from a member that operates in conjunction with the firing device to perform a swinging motion to release the ball from being stopped by the locking part, and this ball receiving member. A ball 111 member is provided above the member so as to swing in conjunction with the ball receiving member, and stops the second ball in the alignment path when the ball receiving member releases the ball stop. be.

The pachinko machine according to claim 3 is provided with a ball outlet at the end of the alignment path, and this ball outlet is closed by a closing pf1 member that is opened manually or electrically.

The pachinko machine according to a fourth aspect of the present invention is provided with a stopper member above the ball stopper member that operates when the ball is stopped and holds the balls at the end of the alignment path in one place, so that the ball exiting hole can be inserted into the hole. - 11. It is extended to the position where the ball can be hit.

(Function) According to the means described in claim 1, the balls sent out from the alignment path to the guide path by the feeder Iδ are deflected by the shutter member at the exit of the guide path. Thereafter, the ball moves from the guide path to the firing position by opening the shutter member. At this time, the exit of the guide path is located immediately to the side of the firing position, and the ball had been stationary at the exit until then, so the ball moves at a relatively low speed and comes to rest at the firing position in a short time. It becomes like this.

According to the means described in claim 2, the center of swing I+ of the ball receiving member is located on the side of the locking portion that locks the balls in the alignment path, and the displacement receiving member is located on the opposite side of the center of swing. Therefore, the ball receiving member can be smoothly oscillated, and the alignment path is set to r11 to prevent large ball pressure from being applied to the ball receiving member. You don't even have to bend it.

According to the means described in claim 3, when the opening/closing member at the end of the alignment path is opened, all the balls in the alignment path are pulled out, so that no balls are wasted.

According to the means described in claim 4, all the balls on the upstream side of the balls stopped by the stopping member can be pulled out.

(Embodiment) An embodiment of the present invention will be described below with reference to FIGS. 1 to 12.

First, the overall configuration of the pachinko machine is as shown in FIG. 12, in which a game board 22 is disposed within the main body 21, and a board 24 on which a firing device 23 is provided is disposed at the bottom of the game board 22. These Yugi A22 and J! Each of the bars 24 is covered with a glass door 25 and a ball (3% feed unit plate 26).In addition, a ball holder 111 is provided on the lower front of the main body 21.
127 and operation) 1 handle 28 is provided.

Now, a launch rail 29 is installed in an inclined state on the front surface of the board 24, and on this launch rail 29 are balls It,
The feeding machine installed in feeding unit l-tk 26 is also 1113
Each ball goes from 0 to 1! They are now paid a town allowance.

The launching device 2 is for launching balls supplied onto the launching rail 29 onto the game board 22, as shown in FIG.
It consists of a ball hitting rod 1 and a cam 2 rotated by a motor (not shown). The batting rod 31 is the cam 3
The cam 32 rotates by moving the roller 33 in contact with the
When the roller 33 comes off, it quickly rotates in the direction of arrow C, which is the ball hitting direction, due to the elastic force of a spring (not shown), and the L-shaped bent portion 2 formed at the tip of the descending side of the firing rail 29
9a allows the ball that is set at the firing position to be launched.

On the other hand, on the front side of the ball ill and the provisional supply unit 26,
As shown in FIG. 12, in addition to the supply mechanism 30, a ball (3
(A blood supply 34 is provided, and from this blood supply 34 there is an alignment path 35 that slopes downward toward the supply machine (&30).
has been extended. Therefore, the balls in the ball supply+[1t 34 roll in the alignment path 35 due to their own weight and flow toward the supply mechanism 30, and are aligned in a line during that time.

As is more clearly seen in FIG. 2, a step is provided at the downstream end portion of the alignment path 35, and the lowered portion is constituted by an opening/closing plate 36 as an opening/closing member.

A ball outlet 37 is opened below this opening/closing plate 36.
This ball extraction port 37 is communicated with the ball receiving tray 27 via a front ball extraction passage 38a provided in the ball supply unit plate 26 and a rear ball extraction passage 38b provided in the base plate 2.4. and,
The opening/closing plate 36 is biased in the direction indicated by the arrow by a tension coil spring 39 and always closes the ball outlet 37, and when it is manually or electrically slid in the direction opposite to the direction shown by the arrow. The ball outlet 37 is opened. A prize ball socket 40 connected to the ball supply 11+134 is provided on the back side of the ball supply unit plate 26, and this prize ball socket 40 is connected to the game board 22.
It is connected to a prize ball outlet 41 formed in the. When the balls hit onto the game board 22 enter the winning slot, a predetermined number of prize balls pass from the prize ball outlet 41 to the prize ball socket 40 and are fed into the first ball feeding tray 34. It looks like this.

The supply mechanism 30, as shown in FIGS. 2 and 3,
The ball 15 (ball receiving part +442 which is swingably supported by the feeding unit 26) is connected to the ball 15 via the shaft part 42a, and the ball receiving part +442 is also connected to the ball receiving part +442 via the shaft part 4'-5a so as to be located above this floor support member 42. Ball 1! (Ball 11 supported by the feeding unit I-k 26 at 1 mm) is composed of a female member 43 (1-1). There are 1!3 recesses 44, and the upper end of one side of the recess 44 (1111) is a stop 11 for placing the ball E on the alignment path 35.
6 parts 45, and the shaft part 42B is provided protrudingly from the lower part of the negative side part. Then, the floor support member 42 is in a state of being rotated in the direction of the arrow FJj due to its own weight,
In the same state, the distance between the locking part 45 and the blocking claw 46 fixed to the feeding unit 26 is smaller than the diameter of the ball E so that the locking part 45 is located near the shaft part 43a of the ball stopper member 43. By making the ball E of the first tr opening on the opening/closing plate 36 constituting the terminal end of the alignment path 35 smaller, the ball E is formed in the recess 44
It is locked inside to prevent it from rolling down. On the other hand, the ball stopper member 43 has a locking pawl 47 and a heel portion 48 on both the left and right sides of the shaft portion 43a, and is normally in a state of being rotated in the direction of arrow t''lJG due to its own weight; 48 is in contact with the upper end of the side of the floor support member 42 opposite to the locking portion 45 .

Thus, the ball supply unit plate 26 is formed with four passage holes through which the balls E that have rolled down from the opening/closing plate '36 into the recess 44 of the floor support member 42 pass toward the back side. A guide path 50 is attached to the rear surface of the ball supply unit I-N 26 for receiving the balls E that have passed through the four passage ports and guiding them onto the two firing rails. The exit 51 at the tip of this guide path 50 is located near the side of the firing position of the ball E on the firing rail 29, and is located between the firing position 9.1 and the passage 1-1. It is located in a position where A shutter bell 52 as a shutter member is provided between the guide path 50 and the Q and L rails 29, which is swingably supported by the ball supply unit plate 26 via a shaft portion 52a. This shirt flap plate 52 is always in a state of being rotated in the direction of arrow H due to its own weight, and in this state, the outlet 51 at the tip of the guide path 50 is open.

The floor support member 42, the ball 11-first member 43, and the shutter plate 52 are configured to operate in conjunction with the operation of the ball hitting rod 31. To this end, as shown in FIG. 1, a hook rod 53 is attached to the ball hitting rod 31, and an operating rod 54 is swingably supported on the base plate 24 via a shaft portion 54a. When the rod 31 swings in the direction h° opposite to the arrow C (during ball-battling preparation), the hooking rod 53 hooks the operating rod 54 and the arrow! It is designed to swing in the direction. A push-up rod 55 is attached to the other end side of the shaft portion 54a of the operating rod 54, and the arrow of the operating rod 54! When swinging in the direction, the push-up rod 55 swings the shirt flap plate 52 in the opposite direction of arrow H, thereby closing the outlet 51 of the guide path 50. Further, a push-up piece 52b is provided protruding from the shirt flap plate 52, and a shaft portion 42B of both sides of the recess 44 in the wire receiving member 42 is provided.
A pin 42b serving as a displacement receiver is provided protruding from the lower part of the side on the I side, which is opposite to the side where the displacement receiver is provided. Then, when the shirt flap plate 52 swings in the direction opposite to the arrow H, the push-up piece 52
b comes into contact with the pin 42b and swings the wire receiving member 42 in the direction opposite to the arrow F, and as the member 42 swings in the direction opposite to the arrow F, the ball stopper member 43 moves in the direction of the arrow G. swings in the opposite direction. Due to the swinging of the wire receiving member 42,
The distance between the retainer 11 part 45 and the blocking IL claw 46 is larger than the diameter of the ball E, so that the first ball E1 of the alignment path 35 rolls into the recess 44 of the wire receiving member 42 and is guided. At the same time as the ball 11 is sent to the path 50, the ball 11 is engaged by the swinging of the second member 43!
1-claw 47 is interposed between the first ball E on the opening/closing plate 36 and the second ball E2 on the opening/closing plate 36, and the second ball E2 on the alignment path 35 is inserted.
Block the flow of ball E of l. Therefore, when the ball batting rod 31 is preparing to hit a ball, the shirt flap plate 52 is moved to the exit 5 of the guide path 50.
1 is closed, and the ball E flowing to the exit 51 of the guide path 50 is stopped by the shutter plate 52. still,
The end face of the heel portion 48 of the ball stopper member 43 is formed into an arcuate surface 48a, and after the second ffi L+ ball E2 is locked by the locking claw 47, the wire receiving member 42 moves in the opposite direction to the arrow F. Despite the oscillation of , it does not oscillate any further in the direction opposite to the arrow G.

Further, as shown in FIGS. 10 and 11, the ball supply unit plate 26 has a lever 56 attached to the shaft portion '36.
It is supported by the swinging automatic (1:) through a.This stroke +L
The second lever 56 is arranged above the second member 43 of the ball 11,
An eleventh claw 56b is provided at one end, and
A receiving piece 56c is provided at the other end. -]j1 Above the main body 21, there is a prize ball storage tank (not shown), and the main body 21 has a ball storage tank that moves downward and upward depending on the amount of prize balls in the prize ball storage tank. A push rod 57 is provided. When the prize balls are stored in the prize ball storage tank, the push-down rod 57 pushes down the piece 56c of the stopping lever 56, and moves upward when the prize ball storage tank becomes empty. The lever is separated from the piece 56C. Further, when the number of prize balls reaches a predetermined 11th number of strokes, the push rod 57 is moved upward by an electromagnet (not shown) regardless of the presence or absence of balls in the prize ball storage tank. It is now possible to do so. When the push-down rod 57 moves upward, the striking lever 56 swings in the direction of the arrow due to its own weight, and a ball is placed between the second 11th ball E2 and the third ball E from the top on the alignment path 31. A stopping pawl 56b is interposed.

Note that the wire receiving member 42, the ball 11, and the retaining member 43 may be made to rotate in the direction of the water wheel (or they may be made into a unit and made removable, or they may be attached so as to be rotatable).

Next, the operation of the above configuration will be explained.

The ball E is accommodated in the ball (j% salary + 11134, and (・
Operate the operation handle 28. Then, the cam 32 is rotated in the direction of the arrow by a motor (not shown), and the batting rod 31
The ball-hitting preparation operation in which the ball swings in the direction opposite to the arrow C and the ball-hitting action in which the ball swings in the direction of the arrow C by the elastic force of a spring (not shown) are repeated.

When the ball batting rod 31 enters the preparation operation from the state at the end of the ball hitting operation shown in FIG. Interlockingly, the shirt flap plate 52 swings in the direction opposite to the arrow H, closing the outlet 51 of the guide path 50 as shown in FIGS. 4 and 6.

Further, the wire receiving member 4 is attached to the shutter in conjunction with the swinging of the shutter 52.
2 and the ball stopper member 43 respectively swing in the opposite direction to the arrows F and G, and the flow of the balls E2 after No. 2 No. 11 on the alignment path 35 is blocked by the engagement +1- claw 47 of the ball stopper member 43. As a result, only one leading ball rolls into the recess 44 of the wire receiving member 42. The ball E, which has entered the recess 44, passes through the four passage ports and enters the guide path 50, hits the shirt flap plate 52 at the exit 51, and is placed there. I can't stand it.

Now, when the ball batting rod 31 completes the ball batting preparation operation and starts the ball batting operation, the hook rod 53 comes off from the operating rod 54, so the seventh
As shown in the figure and FIG. 8, the operating rod 54 moves under its own weight!
The shutter plate 52 swings in the opposite direction.
swings in the direction of arrow H under its own weight to open the exit 51 of the guide path 50. Then, ball E, which had been stopped at exit 51 until then,
1 moves onto the firing rail 29, and the receiver is stopped by the bent portion 29a and remains stationary at the firing position. At this time, the exit 51 of the guide path 50 is located in the immediate vicinity of the launch position on the launch rail 20,
Since there is almost no drop, the ball E1, which has moved two launch rails above, momentarily stops at the launch position. In this state, the ball rod 31 shoots the ball E, which is stationary at the shooting position, toward the game board 22.

On the other hand, when the shutter plate 52 swings in the direction of the arrow H during the ball-hitting operation of the ball-striking rod 31, the wire receiving member 42 and the ball stopper member 43 swing in the directions of the arrows F and G, respectively, in conjunction with this. Therefore, the ball that was previously stopped by the locking pawl 47 flows downstream and is stopped by the locking part 45 and the blocking pawl 46 of the wire receiving member 42, and the state returns to the state shown in FIG. The batting rod 31 performs a preparation operation for the next batting ball.

Now, in the middle of the game, if you enter II:, the ball supply blood 3
4 and the ball E in the alignment path 35 are extracted. To do this, the opening/closing plate 36 is manually moved in one direction contrary to the direction of the arrow. Then, since the ball game opening 37 is opened, the alignment path 35
And the ball E in the ball supply 111134 is the ball game passageway-38a.
and 38b, and is accommodated in the wire receiver 111127.

In addition, if the game continues and the number of prize balls ejected to each side is r
11. When the number of minutes is reached, the push-down rod 57 is moved upward by an electromagnet or the like (not shown) in order to prevent further play. Then,
As shown in FIGS. 10 and 11, the weight lever 56 swings in the direction of the arrow JJj, and its stroke 11 and pawl 56b control the flow of the third and subsequent balls E on the alignment path 35. 11-
This prevents f-supply of the ball from occurring. In this case, the game time is 1'' (the ball E is pulled out from the picture plate 34. To do this, the opening/closing plate 36 is moved in the opposite direction to the arrow as described above. As a result, the ball E is discharged to the floor tray 27 at the same time as described above.

As described above, according to the present embodiment, the ball sent out from the floor support part +442 to the guide path 50 seemingly comes into contact with the shutter plate 52 and is stopped [-shi, the momentum of which is reduced. Moreover, guide route 50
Since the exit 51 is opened close to the firing position of the two firing rails, the drop between the exit 51 and the firing position is small, and the ball moving to the firing rail 29 due to the subsequent opening operation of the shutter plate 52 is The movement speed is not that far. For this reason, the ball that has moved to the launch rail 29 will not wobble forever (it will momentarily come to rest at the launch position. Therefore, the ball batting rod 31 will always hit the ball that is stationary at the launch position, resulting in uneven flight. disappears.

Moreover, the floor support part key 42 of the supply mechanism 30 has a shaft part 42a in the do part on the side of the locking part 45, and has a bottle 42b in the do part on the opposite side. Section 42B and section 11
The ratio of the distance between the four parts 45 and the distance between the shaft part 42a and the bottle 42b, the so-called leverage ratio, can be set large. For this reason,
Person in charge 11 part 45 alignment path 35 and ball 1! (Even if the pressure of the ball E in the picture plate 34 is acting, the force applied to the pin 42b is not that strong. The ball can now be transferred into the recess 44. Moreover, the ball pressing member 43 for stopping the ball in the alignment path 35 when transferring the ball from the alignment path 35 into the line receiving member 42 is different from the line receiving member 42. Since the ball stopper 43 is provided separately, the timing of the ball stoppage by the ball stopper 43 can be set quite freely.Therefore, the ball stopper 43 is made to quickly perform the first ball stop, and then the locking part 45 of the floor holder key 42 is activated. The lock can be released to allow the ball to move into the recess 44.

By doing so, the influence of ball pressure on the wire receiving member 42 can be more effectively eliminated. Therefore, unlike the prior art, there is no need to bend the alignment path 35 by 111 degrees in order to reduce the ball pressure exerted on the floor support member 42 last month. As a result, the length of the alignment path 35 can be shortened, and the supply mechanism 30 can be disposed in the space created by the shortening of the alignment path 35, making it compact and reducing the number of parts.

Furthermore, since the alignment path 35 can be made straight without being bent as described above, the alignment path 35 only needs to be provided on the front side of the ball supply unit 26.

For this reason, it is possible to provide an opening/closing mechanism 36 at the end of the alignment path 35, thereby making it possible to extract all of the bulb supply blood 34 and the balls present in the alignment path 35.

Also, when it comes to the 11th stroke, the 11th stroke. A lever 56 is used to open and close the alignment path 5.

Person in charge 1! Therefore, the ball 1 co-supply 111134 and the balls in the alignment path 35 can all be extracted by opening and closing the opening/closing 36 on the way back.

[Effects of the Invention] As explained above, according to the present invention, the following effects can be obtained.

In the pachinko machine according to claim 1, 1! (The exit of the guide path that guides the balls sent out from the feeding mechanism to the firing rail is opened near the firing position of the firing rail, and the exit is opened and closed by a shutter part 1 that is linked to the operation of the ball hitting rod. As a result, the momentum of the ball when it is sent out from the supply mechanism is reduced by the ball hitting the shutter part H that closes the exit of the guideway, and is reduced to 0. Since there is no drop between the ball and the ball, and even if there is, it is not very large, the ball that is moved onto the launch rail by the subsequent opening operation of the shutter member will instantaneously be at the launch position at a height of 11 degrees. Therefore, the batting rod hits the ball stationary at the firing position, eliminating uneven flight.

In the pachinko machine according to claim 2, the feeder t1 is constituted by a floor support member and a ball stopper member, and the swing center of the floor support member is set at a do portion on the side of the locking portion that stops the balls in the alignment path. By providing the displacement transmitting portion on the opposite side and the l side, the influence of the ball pressure appearing on the floor rest keys is reduced. Therefore, the alignment path does not need to be bent by even f-1 degrees, and furthermore, the conventional standby path is no longer necessary, so the entire structure can be constructed in a /X compact.

In the pachinko machine described in claim 3, by providing an opening/closing member for opening and closing the ball holes at the end of the alignment path, it is possible to avoid leaving balls in the alignment path when stopping the IL midway through the game. Everything is the same: I can get it.

In addition, in the pachinko machine according to claim 4, the ball 11-the upper part h° of the ball 11 is operated in conjunction with the movement of the second member,
A stopping member is provided to hold the ball at the end of the alignment path, and the 11th ball nucleus is formed to extend to the position where the ball is stopped by this stopping member. You can eject all of the balls.

[Brief explanation of drawings]

Figures 1 to 12 show one embodiment of the present invention, in which Figure 1 is an enlarged perspective view of the main parts of the ball batting rod at the time of starting the ball batting preparation operation, viewed from the back, and Figure 2 is an enlarged rear view of the supply mechanism in the same state, Fig. 3 is an enlarged rear view of the main parts in the same state, Fig. 4 is a view equivalent to Fig. 1 at the end of the ball preparation operation, and Fig. 5 is equivalent to Fig. 2 of the same state. Figure 6 is a diagram equivalent to Figure 3, Figure 7 is a diagram equivalent to Figure 1 in the state where the batting rod is in the middle of the ball-hitting operation, Figure 8' is a diagram equivalent to Figure 3, Figure 9 is a diagram equivalent to Figure 3,
The figure is a diagram equivalent to Figure 2 showing the ball removed state at the time of play stop, and Figure 1.
Figure 0 is a perspective view of the supply mechanism showing the state at the time of stopping, No. 11
The figure is a rear view of the same, and FIG. 12 is a partial perspective view of the pachinko machine. 13 and 14 are perspective views showing an example of a conventional pachinko machine. In the figure, 21 is the main body, 22 is the game board, 23 is the launcher, 2
4 is the board, 26 is the temporary ball supply unit, 29 is the firing rail, 0 is the feeder (1-S, 31 is the batting rod, 32 is the cam, 34 is the ball (i town supply 1111, 35 is the adjustment machine) Road, 336
is an opening/closing plate (opening/closing member), 37 is a ball nucleus, 38 is a ball game passageway, 42 is a wire receiving member, 42a is a shaft portion (swing center of the wire receiving member), 42b is a pin (the displacement receiver of the wire receiving member is 43 is a ball ejecting member, 44 is a recessed portion, 45 is a connecting portion, 50 is a guideway,
51 is the exit, 52 is the temporary shutter (shutter part + 4), 5
6 is a stopping lever and 57 is a push rod.

Claims (1)

[Claims] 1. The device is equipped with a firing device that fires the balls supplied to the firing position of the firing rail onto the game board, and the ball on the alignment path is moved one by one in conjunction with the operation of the firing device. a supply mechanism that feeds the balls at the same time, a guide path whose exit is positioned close to the side of the firing position with respect to the firing rail and guides the balls sent out from the supply mechanism to the firing rail, and an exit of this guide path that is connected to the firing rail. A shutter member is provided to open and close in conjunction with the operation of the device, and when closed, stops the balls sent from the supply mechanism to the guide path at the exit, and then opens so that the balls move onto the firing rail. A pachinko machine equipped with the following. 2. The supply mechanism has a recess for receiving the ball rolling out of the alignment path and sending it out to the guide path, and the upper end of the side of the recess on the alignment path side is used to stop the first ball in the alignment path and send it to the guide path. In addition to being a locking part that prevents the locking part from moving in, a swinging center part is provided at the lower part of the side part on the side of this locking part, and a ball stopper by the locking part is provided on the side opposite to this swinging center part. A ball receiving member provided with a displacement receiving portion to which displacement is transmitted from a member operating in conjunction with the firing device in order to perform a swinging motion to release, and a ball receiving member provided above the ball receiving member that is interlocked with the ball receiving member. 2. The pachinko machine according to claim 1, further comprising a ball stopper member that is swingably provided and stops the second ball in the alignment path when the ball receiving member releases the ball stopper. 3. The pachinko machine according to claim 1 or 2, characterized in that a ball outlet is provided at the end of the alignment path, and the ball outlet is closed by a closing member that can be opened and closed. 4. Above the ball stopper member, there is provided a stopper member that operates to stop the ball at the end of the alignment path when the ball is stopped, and the ball outlet extends to the position where the ball is stopped by this stopper member. The pachinko machine according to claim 3, characterized in that: