JP4890071B2 - Pachinko machine winning device - Google Patents

Description

  The present invention relates to a winning device installed on a game board of a pachinko gaming machine.

A winning device in a pachinko machine is a device that is positioned at the first stage in the so-called award ball process for receiving a winning ball and paying out a predetermined number of winning balls to the player based on the winning ball. It is a highly admired device.
In this winning device, the player simply accepts the hit ball, activates another winning device using the received winning ball, and multiple winnings installed separately to further differentiate the value of the winning ball inside the winning device. There are a wide variety of types, such as those that are distributed and guided to the route, and those that are enhanced by showing the player the distribution guidance process.

  The present invention is in such a winning device, which processes a winning ball that has entered a single winning opening as a winning ball, while using the winning ball, and more specifically, using the weight of the winning ball. A pachinko game equipped with an interlocking mechanism that interlocks the two prize-winning ports so that it can be operated, such as by operating a variable door that closes the second prize-winning hole prepared separately and changing the winning conditions of this second prize-winning port. It is related with the winning device of the machine.

  2. Description of the Related Art Conventionally, there are many practical examples in which devices that change the winning conditions of the other winning opening with a winning ball that jumps into one winning opening in a relationship where the two winning openings are interlocked. In making this interlocking relationship, there is a case where the winning ball that jumped into one prize opening is moved to the other prize opening and the movable piece etc. installed in this prize opening is operated to change the winning conditions. However, in this case, since it is necessary to use the rolling of the winning balls, it is necessary to install the two winning openings in a vertical relationship, and accordingly, there are restrictions on the installation location.

The interlocking mechanism of the structure in which the winning ball is moved by the rolling of the winning ball, the interlocking ball is operated by the winning ball that jumps into the first winning hole, and the second winning ball is operated by the movement of the interlocking ball. A mechanism has been proposed and put into practical use.
This interlocking mechanism with interlocking hooks does not require the winning ball to roll and move between the winning holes, so it can be installed at the top and bottom, as well as arranged side by side, and if necessary, It is also possible to place the second prize winning hole above the main first prize winning opening, and the degree of freedom of design compared to the above-mentioned type that interlocks by rolling and moving the winning ball on design. Has the advantage of spreading.

As a winning device provided with the latter interlocking mechanism, there is a winning device described in Patent Document 1, for example.
Japanese Patent Publication No. 57-15919.

The winning ball apparatus of the pachinko gaming machine described in Patent Document 1 is provided with a ball receiving port 4 serving as a first winning port and ball receiving ports 12a and 12b serving as second winning ports. Actuating levers 30a and 30b are arranged between the left and right ball receiving ports 12a and 12b so as to freely swing around the projecting shafts 31a and 31b, and receiving portions 33a and 31b at one end of the operating levers 30a and 30b. Rotating body 33b is inserted into the passage 29 formed by the bowl-shaped frame 28 communicating with the ball receiving port 4 from the left and right directions, and the other end is accommodated in the ball receiving ports 12a and 12b via the movable pieces 36a and 36b. In relation to 13a and 13b, the weights 32a and 32b provided on the operating levers 30a and 30b always raise the receiving portions 33a and 33b at the one end and restrain the movable pieces 36a and 36b at the other end to descend. The rotating body 1 a, it is to constitute to stop rotation of 13b.

  And even if a ball is won in the ball receiving openings 12a and 12b, this winning ball apparatus is left as it is, and when the ball enters the ball receiving opening 4 and flows down through the passage 29, The receiving portions 33a and 33b of the operating levers 30a and 30b are lowered, the other ends are jumped up against the weights 32a and 32b, and the rotary members 13a and 13b are rotated by releasing the restraints of the movable pieces 36a and 36b. Forgiveness, it is possible to accept the balls that have won the balls 12a, 12b.

The winning ball device disclosed in Patent Document 1 is thus a winning device having a structure in which the first winning port and the second winning port are interlocked by the interlocking levers of the operating levers 30a and 30b. One problem is that a pachinko ball is directly applied to the operating lever, and the operating lever is swung by applying its weight.
That is, as described above, the receiving portion 33a, 33b at one end of the operating lever 30a, 30b facing the passage 29 is directly received by the ball BL dropping the passage 29, and each lever is pushed down by the weight of the ball, Since the projecting shafts 31a and 31b are swung around the fulcrums, the receiving portions 33a and 33b that have received the ball BL change the contact state with the ball as the ball 29 is lowered. At the same time, since the receiving portions 33a and 33b protruding from the left and right are in a linked state via the ball BL and are in different states, smooth operation is achieved when the load of the ball is unevenly distributed on one operating lever. It will be hindered, causing malfunctions and causing failure.

In particular, when the falling ball directly acts on the operating lever, the contact relationship with the lever changes while the lever swings, and the contact state with the passage 29 for guiding the ball also changes. In the interlocking mechanism that uses a small weight of one ball, a change in the weight that acts from the fact that it comes will easily cause a malfunction.
In addition, when the two operating levers facing from the left and right are operated by one ball, even if both levers are balanced, even if a smooth operation is promised, the operating lever is not balanced due to a difference in resistance or the like. In this case, the ball falls to one side, causing a problem that both levers cannot be pushed down uniformly, and smooth operation is hindered.

Therefore, according to the present invention, there is provided a locking member that transmits the movement of the winning ball that has entered the first winning opening through the interlocking rod to the second winning opening, and changes the winning conditions provided for the second winning opening. An object of the present invention is to propose a winning device in a pachinko gaming machine which is improved so that the interlocking mechanism is always operated smoothly and stably.
Further, in the present invention, in the swinging motion of the interlocking rod, the winning ball that has entered the first prize opening as described above is directly applied to the interlocking rod, and when the swinging ball is swung by its weight, The contact state of the winning ball changes to cause a change in the load of the weight, and the smooth operation is hindered. In particular, the change in the contact state when operating based on the limited small weight of one pachinko ball This is to improve the malfunction caused by the change in the weight load of the ball due to the above.

  In order to achieve the above-mentioned object, the present invention is configured so that the first winning port receiving the winning ball and the interlocking rod swung by the winning ball to operate the variable door of the second winning port are vertically moved. The sliding base is inserted into a sliding base, and the weight of the winning ball is transmitted to the interlocking base through the base, so that the direct contact between the interlocking base and the winning base when the winning base is lowered. This completely eliminates the non-uniformity of the rocking motion of the interlocking rod caused by the change in the contact state with the winning ball.

  The present invention will be described in further detail. The present invention is supported in a vertically sliding manner and has a ball receiving portion for receiving a winning ball from the first winning opening, and the side of this lifting table It is located in the middle and supports the middle part of the length freely through a support shaft, and the inner end that swings is slidably connected to the lifting platform, and the second end is connected to the outer end. An interlocking rod that slides on and connects to a locking member that is operated to open, and the interlocking rod is located at the center of gravity on the swinging outer end side, and always holds the outer end in the lowered position and rises by the inner end. While holding the lifting platform in the raised position, when a winning ball is transferred to the ball receiving portion through the first winning opening, the lifting platform is lowered by the weight of the winning ball, and the outer end is turned up. The actuating member is opened to release the winning ball of the ball receiving portion at the same time to restore the lifting platform to the raised position. And to provide a winning device of the pachinko gaming machine comprising a linkage mechanism to so that.

  Further, according to the present invention, the elevating platform is slidably accommodated in the vertical direction inside a sliding frame installed behind the first winning opening, and the ball entrance of the ball receiving portion is located in the first position when in the raised position. To provide a winning device for a pachinko gaming machine characterized in that the winning ball of the ball receiving portion is released from the ball outlet when reaching the lowered position while communicating with the winning opening of the ball It is in.

  Further, according to the present invention, the lifting platform opens the ball entrance of the ball receiving portion toward the front, opens the ball outlet toward the rear or the left and right direction, and the bottom of the ball receiving portion from the ball entrance to the ball. An object of the present invention is to provide a winning device for a pachinko gaming machine characterized by being formed in a downward slope toward the exit.

  Further, according to the present invention, the sliding frame is formed in a vertically-oriented cylindrical body, and an elevator base is slidably accommodated therein, and a vertically long guide hole is provided in the elevator base to be implanted in the slide frame. A pachinko gaming machine winning device is provided that slides through and slides up and down to slide the elevator platform up and down to contact the upper and lower ends of the guide hole to regulate the vertical sliding range. There is to do.

  Further, according to the present invention, the interlocking rod is provided with a weight for raising a lifting platform connected to the other inner end on the outer end side, and the center of gravity of the interlocking rod is placed on the outer end side. It is to provide a winning device for the machine.

  Further, the present invention is a pachinko game characterized in that the weight is a connecting pin embedded in the outer end of the interlocking rod, and the connecting pin is slid onto the operating member to transmit the rising of the interlocking rod to the operating member. It is to provide a winning device for the machine.

  Further, according to the present invention, a pair of the interlocking rods are provided on the left and right sides of the lifting platform, and at least one second winning opening is provided on each of the left and right sides corresponding to the outer ends, and the second winning opening is opened. A pachinko gaming machine winning device in which a locking member and the outer ends of the left and right interlocking rods are slidably connected, and the left and right second winning ports can be simultaneously opened when the elevator is lowered. It is to provide.

  In the present invention, a horizontally long connecting hole is formed in the lifting platform, while a sliding protrusion is provided on the inner end of the connecting rod, and the sliding hole is slidably connected to the connecting hole. An object of the present invention is to provide a winning device for a pachinko gaming machine in which the sliding protrusion is freely movable in the left-right direction inside a connecting hole.

  Further, the present invention provides a variable door that converts the horizontal position for receiving a hitting ball by projecting and opening the front end forward with the support shaft as a fulcrum, and the standing posture for jumping up and closing the front end. The pachinko machine winning device is characterized in that the variable door is constrained and controlled to the horizontal posture and the standing posture by the operation of a locking member accompanying the swing of the interlocking rod.

When the prize-winning device of the present invention configured as described above is in a normal state, the inner end is raised by the center of gravity placed on the outer end side of the interlocking rod, and the lifting platform connected to the inner end is placed at the raised position. Then, the ball entrance of the ball receiving portion provided on the lifting platform is made to communicate with the first winning opening to prepare for the transfer of the winning ball from the first winning opening.
In this state, when the winning ball from the first winning port is transferred to the ball receiving portion, the weight of the ball is added, and the lifting platform starts to descend. Then, the interlocking rod connecting the inner ends is swung around a supporting shaft that supports the middle of the length, and the outer end at the lowered position is raised. With this rise, the locking member that opens the second winning opening is operated, and the open / close door that closes the winning opening is converted into an open posture, so that the hitting of the second winning opening is possible. .

  The winning ball that is transferred to the ball receiving portion of the lifting platform is released from the ball outlet when the lifting platform reaches the lowered position, and the lifting platform that has become lighter due to the release of the ball is the weight on the outer end side of the interlocking cage. And is returned to the raised position again to prepare for receiving a winning ball from the first winning opening. On the other hand, the interlocking rod places the outer end side in the lowered position by its own weight, and prepares for the next raising of the lifting platform and the operation of the locking member.

  The interlocking rod that is swung using the weight of the winning ball in the series of operations of the lifting platform and the interlocking rod does not receive the winning ball directly, and does not receive the winning ball weight via the lifting platform. Because of the receiving relationship, there is no change in the contact state with the winning ball during the swinging. As a result, the weight of the ball can always be received at a constant level, so that a stable swinging motion can be achieved. Therefore, the locking member that opens the second winning opening is stably and reliably operated. You can do it.

  On the other hand, the interlocking rod is connected to the lifting platform by sliding the inner end thereof into a connecting hole that forms a sliding projection on the lifting platform. Since the sliding projection can be slid inside the hole, the motion is smoothly converted, and it can be swung easily and the locking member can be operated.

Further, since the interlocking rod has a structure for receiving the weight of the winning ball through the lifting platform, it is not necessary to stabilize and uniform the contact state with the interlocking rod when the winning ball is lowered. There is no need to stabilize the guidance when the sphere is lowered, which is extremely advantageous in terms of design and manufacture.
In particular, when the two interlocking rods on the left and right are swung using one winning ball, the relationship between the two interlocking rods and the winning ball needs to be distributed evenly. Since all the interlocking rods are connected to one lifting platform, and the weight of the winning ball is received through this lifting platform, the interlocking rods always act in a uniformly dispersed state. Will be expected to operate.

By the way, the sliding frame is installed in order to make the vertical sliding of the lifting platform smooth and to obtain a stable sliding, but is further held until the winning ball received in the ball receiving portion of the lifting platform is released. Also used to do.
This sliding frame is formed as a vertical frame to guide the elevator up and down, but it is linear in the vertical direction so that it does not swing back and forth and left and right when moving up and down A structure that can be guided is required.
Further, it is desirable that the frame be arranged in a state where the surface on which the ball outlet is opened is preferably closed so that the winning ball received by the ball receiving portion does not roll from the ball outlet during the movement.

In addition, the ball receiving portion of the lifting platform is provided with a storage space for receiving a certain number of winning balls, for example, one winning ball, in balance with the interlocking rod.
As mentioned above, the lifting platform is heavier than the weight of the outer end side of the interlocking cage by receiving the winning ball, and as a result, it descends and jumps up the outer end of the interlocking cage. There is no problem even if the number is plural. However, designing the balance with the interlocking rod based on the acceptance of one winning ball is advantageous because it can be operated with the minimum number of winning balls.

In addition, the connection between the lifting platform and the inner end of the interlocking rod is not limited to one form, but the inner end faces the lifting platform moving in the vertical direction from the side. The inner end of the interlocking rod is rocked up and down around a support shaft that supports the middle of the length of the interlocking rod, and the movements of the two are different. Moves along an arc drawn around the support shaft, and when the connecting point between the two is fixed at a fixed position, a mutual restraining relationship is generated and the movement stops.
Therefore, in the present invention, the connection between the two is set so that the connection point is always located where the movement line in the vertical direction of the lifting platform and the movement curve forming the arc shape of the inner end of the interlocking rod intersect each other. Are connected so that the connection point can be moved.

That is, in the present invention, in order to solve the above problems, a horizontally long connecting hole is formed in the lifting platform as described above, and the shaft portion provided at the inner end of the interlocking rod is slid into the connecting hole to connect both, When the elevator platform is moved up and down, the shaft portion is moved to the left and right using the connection hole as a guide so that the interlocking rod can be swung while the connection state between the two is maintained.
The formation of the connecting hole and the shaft portion can be carried out even if it is replaced between the lifting platform and the interlocking rod. That is, a long hole as a connecting hole along the length direction is formed near the inner end of the interlocking rod, and the shaft part of the lifting base is interlocked by providing a shaft part on the lifting base and slidingly connecting the two. Since it moves in the connecting hole of the kite, it is possible to swing the kite-linked kite while maintaining the connected state.

The present invention is constructed as described above, and swings the interlocking rod that opens the second winning opening using the weight of the winning ball that wins the winning opening, and this winning ball is operated when operating the locking member. Since the structure is made to act indirectly through the lifting platform without directly acting on the interlocking rod, the contact state with the winning ball changes with swinging, which may cause a difference in acting force In addition, there is no change in the weight of the acting ball by moving the contact point in the length direction with the swinging movement of the interlocking bowl, and a constant weight can always be added to the interlocking bowl. Can be urged. For this reason, there is an advantage that the locking member that opens the second winning opening can be stably operated, and therefore a winning device that operates accurately can be provided.
Hereinafter, the present invention will be specifically described through the description of embodiments, and other features will be described in detail.

  The accompanying drawings illustrate one embodiment of the present invention. FIG. 1 is a front view illustrating a use state in which a winning device according to the present invention is assembled to a game board, FIG. 2 is a perspective view from the front side of the winning device, and FIG. 3 is a perspective view from the back side. 4 is a perspective view seen from the front side in a state where the winning device is disassembled, and FIG. 5 is a perspective view seen from the back side in a state where the winning device is disassembled. 6 and 7 are perspective views showing a part of FIG. 4 in an enlarged manner, and FIGS. 8 and 9 are perspective views showing a part of FIG. 5 in an enlarged manner.

In the drawings, reference numeral 1 is a game board to be assembled in a pachinko gaming machine, 2 is a band fixed to the front of the game board 1, and 3 is a book installed at the center of the game part 4 formed by the enclosure of the band 2 It is a winning device according to the invention. Reference numerals 5... Indicate normal winning holes arranged in two upper and lower stages below the winning device 3, and five normal winning ports are arranged in the upper row and three in the lower row. The hit ball that has not won a prize at the entrance is directed to the normal prize opening 5.
Although not shown in the drawings, the game unit 4 is provided with obstacle nails for receiving and distributing hitting balls hit through the hitting guide path 6 formed by the band 2.

The winning device 3 displays a box frame 9 from the back and an edge of the opening 8 from the front side at the opening 8 opened at the center of the mounting plate 7 with the inverted T-shaped attachment plate 7 as the center. The front decoration frame 10 is fixed, and two small flying entrances 11 are opened in parallel on the wing pieces 7a and 7a extending to the left and right of the mounting plate 7, and a hit ball is received on the front surface of the small flying entrance 11. A pocket-shaped receiving part 12 and a receiving frame 13 are attached to the back of the small entrance 11, and a variable door 14 is provided inside the receiving frame 13 and rolled by a winning ball that jumps into the receiving part 12.
On the other hand, inside the box frame 9, there are a stage plate 15 that swings up and down, a second stage plate 16 provided below the stage plate 15, and a sorting member 17 installed behind the stage plate 15. Incorporated.

The box frame body 9 is formed in a box shape with the front surface opened in accordance with the shape of the opening portion 8 of the mounting plate 7, and through holes 19 are formed at four corners on the top, bottom, left and right of the front opening portion 18. The screws that pass through the through holes are screwed into the screw receiving portions 20 of the mounting plate 7 so that they can be fixed together.
On the other hand, the front decoration frame 10 is fixed by screwing a screw into a screw receiving portion 22 provided on the back surface of the front decoration frame 10 through the through-hole 21 of the attachment plate 7 and protruding from the front surface of the attachment plate 7. It ’s like that.

  This front decorative frame 10 has an inlet 23 at the top, and this inlet 23 is communicated with a ball passage 25 provided at the top of the box frame body 9 through the hole 24 of the mounting plate 7. Inside the box frame 9, that is, the entrances 27 and 27 for passing the hit ball into the winning room 26 are opened, and further below the specific winning opening 28 is placed in the center, and the normal winning openings 29 and 29 are placed on the left and right thereof. Are arranged in a horizontal row.

The stage plate 15 is stored in a horizontal state at a position approximately in the middle of the height of the winning room 26 of the box frame 9. The stage plate 15 is supported at both ends of the front edge portion 15a so as to freely swing in the vertical direction via the support shafts 30, 30. Here, the support shafts 30, 30 are implanted at both ends of the front edge portion 15a, The support shaft is supported by being fitted into grooves 31 formed in the middle of the height of the front decorative frame 10.
The support shafts 30 and 30 may be pivotally attached to the left and right side wall portions of the box frame body 9 to support the stage plate 15 in a freely swinging manner. In this embodiment, however, substantially a part of the box frame body 9 is supported. The front decorative frame 10 is selected as a support for the support shafts 30, 30, and the support shafts 30, 30 are supported by using the attachment of the box frame body 9 and the front decorative frame 10 with the mounting plate 7 in the middle. The structure to be adopted is adopted.

  That is, here, as described above, the support shafts 30 and 30 are inserted into the grooves 31 and 31 formed in the front decorative frame 10 from the rear, and then the pieces 32 and 32 protruding from the front edge of the box frame 9 are inserted. The support shafts 30, 30 are fixed between the front end portions of the grooves 31, 31 and the tips of the pieces 32, 32, and the box frame body 9 and the front decoration frame 10 are attached to the mounting plate 7. As described above, the support shafts 30, 30 are stably fixed by screwing.

The stage plate 15 is formed with symmetric shallow guide recesses 33a and 33a in the front half of the upper surface and a guide recess 33b that gradually becomes deeper toward the rear edge 15b provided with a semicircular arc-shaped step in the rear half. Is forming. Then, a through hole 34 penetrating laterally is formed in the rear edge portion 15b, a connecting shaft 35 is inserted into the through hole 34, and both ends thereof protrude from both left and right ends of the rear edge portion 15b.
The connecting shaft 35 is used to connect the stage plate 15 to a drive mechanism 36 serving as a power source for swinging the stage plate 15 up and down, and is operated by a motor 37 with a speed reducer incorporated in the drive mechanism 36. is there.

  The drive mechanism 36 is assembled around a frame 38 formed by bending a metal plate. As shown in FIGS. 12 to 14, the gear 40 provided on the drive shaft 39 of the motor 37 fixed to the outside of the frame 38 is second. The second drive shaft 41 is rotated by meshing with the gear 42 of the drive shaft 41, and the cam plates 43, 43 attached to both ends of the shaft 41 are rotated.

The cam plates 43, 43 slide on the slide bases 46 of the swing plates 45, 45 fixed to both ends of the rotary shaft 44 supported by the frame 38, and the slide bases 46 are moved up and down by the rotation of the cam plates 43, 43. The swing arm 47 protruding forward is swung up and down.
The left and right swing arms 47 and 47 have long holes 48 and 48 formed at the front ends thereof, and the shaft ends of the connecting shafts 35 are slid into the long holes and connected to the stage plate 15. Accordingly, the swinging motion of the swinging plates 45, 45 is transmitted to the stage plate 15 via the connecting shaft 35.
The motor 37 with a speed reducer is rotated slowly to slowly rotate the cam plates 43 and 43 so that the swinging plate 45 slowly swings the stage plate 15.

  In the drive mechanism 36, a mounting piece 49 provided on the front edge of the frame 38 is attached to the back plate 9a of the box frame 9, and a screw passing through the hole 50 is screwed to the screw receiving portion 51 and further passed through the hole 52. Are fixed together by screwing them onto a screw receiving boss 53 protruding from the back surface of the box frame 9.

  In the figure, 54 is a rotating shaft that is supported in the drive mechanism 36 for driving the sorting member 17 by the motor 37, and 55 is a gear that is fitted to the rotating shaft 54 and meshed with the gear 40. , 56 is a cam plate that is pivotally attached to the rotary shaft 54 in order to push up the sorting member 17.

Here, the sorting member 17 is formed in the form of a penguin. The two legs protrude downward, and a spacing exceeding the diameter of the pachinko ball is provided between the two legs to form partition projections 17a and 17a. (See FIGS. 15 to 17).
The sorting member 17 protrudes rearward through a guide hole 58 that is formed in the back plate 9 a of the box frame body 9 in a vertically long manner, and a sliding member 59 is fixed to the rear end portion of the stop boss 57. It is designed to be attached to the back plate 9a so that it can move in the vertical direction within the range of the length of the vertically long guide hole 58.

The sliding member 59 extends the arm 60 horizontally toward the rear, and this arm is slidably mounted on the cam 56 pivotally attached to the rotating shaft 54 to receive the weight of the distributing member 17 and always contact it. It has a supporting structure.
Accordingly, when the rotating shaft 54 is rotated by driving the motor 37 and the cam plate 56 is rotated, the sliding member 59 is moved up and down, and the sorting member 17 is moved up and down.

  By the way, the sorting member 17 is positioned immediately above the rear end portion 15b of the stage plate 15 as shown in the figure, and when the sorting member 17 is at the lowest lowered position (see FIGS. 15 and 16), the partition projections 17a and 17a The rear end portion 15b is brought closest to the rear end portion 15b, and the entire lateral width of the rear end portion 15b is divided into three to divide the passing path of the winning ball into three routes. When the highest position (see FIG. 17) is reached, the projections 17a and 17a are separated from the rear end 15b of the stage plate 15 to eliminate the three-divided state.

  On the other hand, the second stage plate 16 has front and rear two-stage sorting tables 63 and 64 formed in a corrugated shape inside a frame that is formed in a boat shape with the side walls 62 and 62 standing from both sides of the gently curved bottom 61. They are arranged and formed at different positions. The second stage plate 16 is fitted into the box frame body 9 from the front, and the rear end portions of the side walls 62 and 62 are brought into contact with mounting portions 65 and 65 provided on the box frame body 9 and are passed through the mounting portion. It is designed to be integrally assembled to the box frame by screwing screws.

  The second stage plate 16 is installed below the stage plate 15 by the above assembly, and receives the winning ball P falling through the rear end portion 15b of the stage plate 15 at the rear end portion 16b. The winning ball P sent to the second stage plate 16 first falls on the rear distribution table 64 and is distributed to the front distribution table 63 along the forward inclination while being distributed left and right by the valleys of the distribution table 64. Then, after the same sort is performed again, it finally rolls and falls from any valley of the sort table 63 beyond the front edge 16a.

The sorting table 63 located on the front side of the second stage plate 16 has two peaks and three valleys, and these three valleys face the specific winning port 28 and the normal winning ports 29 and 29.
That is, when the box frame 9 is fixed to the back side of the mounting plate 7, the three valleys of the sorting table 63 face above the hole 66 formed by aligning three below the opening 8 of the mounting plate 7. is there. On the other hand, the front frame 10 fixed to the front surface side of the mounting plate 7 is connected to the hole 66 so that the specific winning port 28 and the left and right normal winning ports 29, 29 provided on the front decorative frame 10 communicate with the hole 66. When the front decoration frame 10 is attached to the mounting plate 7, the three valleys of the sorting table 63 automatically face each other and communicate with the specific winning opening 28 and the normal winning openings 29, 29. .

With the above configuration, the winning balls P that have fallen from the stage plate 15 to the second stage plate 16 are distributed by passing through the front and rear distribution tables 64 and 63 one after another, and any valley portion of the lower distribution table 63. The winning ball P that has entered will win a specific winning port 28 or a normal winning port 29 that opens in front of it.
By the way, the winning balls won in the specific winning opening 28 and the normal winning opening 29 are detected by the switches 67 and 68 installed in the respective openings. Then, the winning balls guided by the bowl-shaped guiding paths 69 and 70 provided continuously to the hole 66 at the lower end of the mounting plate 7 and received by the normal winning opening 29 and passed through the guiding path 70 are used as they are. The ball that has been released to the outside and won the specific winning opening 28 is guided to the interlocking mechanism 71 according to the present invention, which will be described later, provided behind the box frame 9 through the guide path 69, and the mounting plate The lock mechanism 72 installed in the small entrance 11 provided in both the wing piece portions 7a and 7a of the 7 is operated.

Next, in the above configuration, a winning ball P jumps into the present winning device 3 installed in the gaming unit 4 of the game board 1, and the winning ball P is the specific winning port 28 or the normal winning port 29. The process up to reaching the point will be described together with the operation of each part. The ball P launched into the game part 4 reaches the entrance 27 of the front decoration frame 10 protruding to the front of the game board 1, so that the inside of the box frame 9 That is, it jumps into the winning room 26.
At this time, the passing of the winning ball P is detected by a switch 27a installed at the entrance 27, a detection signal is sent to a main control device (not shown), and the winning ball is paid out to a player from a prize ball paying device (not shown). Become.

A winning ball P (hereinafter simply referred to as “sphere P”) that has entered the winning room 26 falls to the upper surface of the stage plate 15 near the front edge 15a, and when the stage plate 15 is stationary, It will either stay or roll on the upper surface according to the inclination.
At this time, the ball P is guided to the guide recesses 33a and 33a and rolls toward the bottom of the groove, and when the stage plate 15 is tilted backward, the ball P is guided to flow to the guide recess 33b at the rear. Then, it rolls toward the rear edge 15b.

The rolling of the ball P at this time is affected by the depth of the grooves of the guide recesses 33a and 33b and rolls toward the bottom, but the trailing edge before reaching the bottom of the recess due to the inclination of the stage plate 15 It may roll linearly toward the part 15b, and various rolls will be developed.
This change in rolling is to distribute the balls P and is guided from the unspecified position of the trailing edge 15b to the second stage 16 to be prepared next.

  While the stage plate 15 rolls the sphere P in a stationary state, the inclination of the sphere P is changed by swinging by the drive mechanism 36, thereby changing the rolling speed of the sphere P. More complicated changes are given by adding.

15 to 17 illustrate the interlocking relationship between the stage plate 15, the drive mechanism 36 that swings the stage plate 15, and the sorting member 17, and the movement of the winning ball P.
15A and 15B, the protrusion 43a of the cam plate 43 of the drive mechanism 36 is positioned downward to push down the sliding base 46, and the swinging arm 47 is flipped up with the shaft 44 as a fulcrum, whereby the stage In the case where the plate 15 is slightly lowered from the front, the ball P on the stage plate 15 slightly rolls toward the front edge 15a and flows to the bottom of the guide recesses 33a and 33b and stops there.

In this state, since the projecting portion of the cam plate 56 faces downward in the distribution member 17, the partition projecting portions 17a and 17a are brought close to the rear edge portion 15b of the stage plate 15 so that the drop route of the sphere P is reached. Is divided into three.
The winning ball P on the stage plate 15 does not flow toward the rear edge 15b in this state by flowing to the bottom of the recesses 33a and 33b.

In FIGS. 16A and 16B, the cam plate 43 is rotated by driving the motor 37 of the drive mechanism 36, and the protrusion 43a is directed upward to raise the sliding base 46 of the swing plate 45. The stage plate 15 shows a case where the backward tilting posture is strengthened.
At this time, the sphere P falling on the stage plate 15 rolls toward the rear edge 15b while being guided through the guide recesses 33a and 33b, and falls onto the second stage 16.
At this time, the sorting member 17 is in a lowered posture because the projection of the cam plate 56 faces downward, and the projections 17a and 17a are brought close to the rear edge 15b of the stage plate 15 and divided into three routes. The state will be maintained.

Next, FIGS. 17A and 17B show the cam plate 43 with the protrusion 43a facing upward, raising the slide base 46 of the swing plate 45, and holding the stage plate 15 in a rearward tilted state. A state is shown in which the projecting portion of the plate 56 faces upward, the arm 60 of the sliding member 59 is pushed up, and the sorting member 17 is raised.
As the sorting member 17 is raised, the projections 17a and 17a are lifted away from the rear edge 15b of the stage plate, and the divided state of the three routes is released, and the winning ball P simply falls according to the sorting by the stage plate 15. Become.

Here, since the stage plate 15 connected to the swing plate 45 and the sorting member 17 are driven by one motor 37 via cam plates 43 and 56 provided in the drive mechanism 36, they are interlocked. The cam plates 43 and 56 are rotated differently by changing the ratio of the gears 40, 42, and 55 interposed between them, and thereby the swing of the stage plate 15 and the sorting member 17 are changed. The change in the distribution is further complicated by preventing the vertical movement of the motors from being synchronized.
It should be noted that this does not prevent the swinging movement of the stage plate 15 and the vertical movement of the sorting member 17 from being synchronized, and that the drive system is independent and operated separately from these power sources, that is, the motor 37. It is not a hindrance.

  The sphere P dropped on the rear edge 15b of the stage plate 15 is then received by the rear edge 16b of the second stage plate 16 and moved to the left and right through the two-stage distribution tables 64 and 63 as described above. In this state, the player wins a specific winning port 28 or a normal winning port 29 that is lined up along the front edge 16a, is detected by passing through the switch, and is sent to one of the guide paths 69 and 70. become.

The interlocking mechanism 71 receives a winning ball P which is won by the specific winning port 28 and guided to the guide path 69, and operates a lock mechanism 72 incorporated in the small entrance 11 by the weight of the ball. Then, using the winning ball P that has been won in the specific winning port 28, another gate, in this case, a gate that closes the small entrance 11 is released, thereby increasing the number of winning balls and increasing the number of prize balls released. It is incorporated as a means for
In other words, the interlocking mechanism 71 uses the weight of the ball P won in the winning room 26 corresponding to the first winning opening or the specific winning opening 28 to make the small entrance 11 serving as the second winning opening. The closing tread 14, that is, means for opening the variable door and enabling the winning of the hit ball to the small entrance 11 is inserted as a device that interlocks both winning openings.

Next, the interlocking mechanism 71 will be described in further detail.
The interlocking mechanism 71 includes a lifting platform 73 that receives the winning ball P from the guide path 69 and descends by its weight, and an interlocking rod 74 that transmits the vertical movement of the lifting platform 73 to the gate locking mechanism 72. .
The lifting platform 73 is housed in a cover 75 that is fixed to the back surface of the back plate 9a of the box frame 9, and slides in the up and down direction inside the cover 75.

The cover 75 is a guide means for the lifting platform 73 and is formed in a substantially L shape when viewed from the side. A screw (not shown) passes through the hole 76 with the upper half portion 75a attached to the back plate 9a. And the lower horizontal portion 75b faces the rear end of the guide path 69 (see FIG. 20).
On the other hand, the elevating platform 73 is configured such that the upper vertically long portion 73a is slidably fitted in the vertical portion 75a of the cover 75 in the vertical direction and the lower half horizontal portion 73b is accommodated in the horizontal portion 75b of the cover. Further, the elevating platform 73 can be moved up and down within the range of the length of the vertical hole 77 by passing a screw for fixing the cover 75 through the vertical hole 77 formed in the vertical portion 73 a.

  The lifting platform 73 includes a ball receiving portion 78 that opens a ball entrance toward the front in a horizontal portion 73 b of the lower half, and the lifting platform 73 is at an elevated position, that is, a cover fixing screw is at the lower end of the vertically long hole 77. When abutting, it faces and communicates with the rear end of the guide path 69 so that the winning ball P sent through the guide path 69 can be received by the ball receiving portion 78.

On the other hand, a pair of the interlocking rods 74 are provided so as to be symmetrical in this embodiment, and each interlocking rod 74 is provided with a shaft shaft-mounted hollow shaft 79 provided in the middle of the length on the back surface of the mounting plate 7. 80 is pivotally mounted on a support shaft 81 so that both left and right ends can swing up and down.
A shaft portion 82 projects from the inner end, that is, the inner end, and the shaft portion 82 is slidably connected to a long hole 83 formed laterally on the lifting / lowering base 73 and connected to the outer end. That is, a weight pin 84 for balancing the outer end is fitted into the hole 85 and attached, and the tip of this pin is engaged with a locking member 86 of a lock mechanism 72 described later.

The balancing weight pin 84 lowers the outer end of the interlocking rod 74 when there is no winning ball P on the lifting platform 73, and rises when the winning ball P enters the ball receiving portion 78. The stop member 86 is pushed up.
In other words, the weight pin 84 swings the interlocking rod 74 in relation to the presence or absence of the winning ball P entering the lifting platform 73, and the lifting platform 73 is in the raised position and the winning ball P is placed in the ball receiving portion 78. When the ball P enters and descends in response to the weight of the ball P, the pivot 81 is swung around the fulcrum, the outer end on the weight pin 84 side is lifted up, the locking member 86 is pushed up, and the variable door serving as a gate 14 is released.

FIGS. 27 to 36 are explanatory views for explaining the operation of the variable door 14 that opens and closes the small entrance 11 of the lock mechanism 72 in accordance with the swinging of the interlocking rod 74 of the interlocking mechanism 71. Hereinafter, the relationship between the interlocking rod 74 and the lock mechanism 72 will be described with reference to these drawings.
In the present embodiment, two small air inlets 11 are provided in the left and right wing pieces 7a, 7a of the mounting plate 7 so as to be bilaterally symmetric, and a receiving portion 12 and a frame portion are provided in each of the small air inlets 11. 13 and the movable door 14, and each of the locking members 86 for controlling the free movement of the variable door 14 is provided.

The variable door 14 provided in the small entrance 11 is formed as a rectangular thick plate having a length in the front-rear direction, and a bearing hole 87 penetrating from side to side is formed in a substantially central portion of the length. The bearings 90 and 90 protruding from the rear edge of the receiving part 12 through the support shaft 89 are supported by the holes 87 and are supported rotatably.
The receiving portion 12 has a role of a pocket for receiving a hit ball, and a side wall 12b is extended from the left and right sides of the front plate portion 12a to the rear so as to face each other, and the bearing portion 90 is provided on the side wall 12b. . Then, the rear edge of the side wall 12b is brought into contact with the front surface of the mounting plate 7 and screwed to cover the front surface of the wing piece portion 7a of the mounting plate 7 so as to cover the front of the small inlet 11. .

Before attaching the receiving part 12 to the mounting plate 7, the variable door 14 has a support shaft 89 attached to the bearing parts 90, 90 and brought into the small entrance 11. It is attached to the small entrance 11.
When the receiving portion 12 is attached, a cylindrical upper and lower space for allowing the winning ball P to pass therethrough is secured between the receiving portion 12 and the leading end portion of the variable door 14 can be received into the space. It is like that.

The variable door 14 is balanced so as to always fall forward by burying a weight 91 in front of the bearing hole 87, and the rear end thereof is received on the upper surface of the variable door 14. A protruding piece 93 that receives a winning ball P that rolls backward according to the gradient is provided in a rising shape.
As shown in FIG. 39, the variable door 14 closes the small entrance 11 when the front end is lifted up with the support shaft 89 as a fulcrum, and accordingly, the receiving portion 12 is opened in a cylindrical shape. You will pass the hit ball that jumps in.
As shown in FIG. 40, when the variable door 14 falls down horizontally, the projecting piece 93 at the rear end abuts against the stopper 94 projecting from the receiving frame 13 and is held in a horizontal posture. At the same time as opening 11, the tip of the variable door 14 is inserted into the interior of the receiving portion 12 so as to be able to receive a hit ball from above, and this ball can be rolled into the receiving frame 13 by rolling the upper surface. It is.

  The weight 91 embedded in the variable door 14 is stable in each posture when the variable door 14 is in a horizontal posture (see FIG. 40) or when it jumps up and is in a standing posture (see FIG. 39). Further, when it is in a horizontal posture, it is securely supported so that it does not fall forward due to the abutment of the stopper 94 and the protruding piece 93, and when it is converted to the standing posture, the locking member 86 is Engagement with the variable door 14 prevents arbitrary conversion to the horizontal posture.

Next, reference numeral 95 in the drawing denotes an engagement piece that is one of the components of the lock mechanism 72 that stands up along one side edge behind the position of the bearing hole 87 of the variable door 14.
The engagement piece 95 has a front edge 95a standing at right angles to the upper surface of the tread, and an arcuate edge 95b is formed rearward from the upper end of the front edge 95a to form a fan-like shape. When in the standing posture, the front edge 95a is latched with a locking member 86 that is a part of the components of the lock mechanism 72 to prevent conversion to a horizontal posture.

The locking member 86 is substantially L-shaped, and is pivotally attached to a bearing portion 96 provided at a central bent portion of the length through a support shaft 97 installed on the back surface of the wing piece portion 7a. Is provided with a curved sliding portion 98 that slides on the pin 84, and a locking piece 99 that engages with the engaging piece 95 of the variable door 14 at the other end.
The locking member 86 is supported by a support shaft 97, and faces the weight pin 84 provided on the tip of the interlocking rod 74 with the sliding portion 98 therebetween. The other end of the locking piece 99 faces the rear side surface of the variable door 14 so as to always contact the engaging piece 95.

  In other words, the locking member 86 is configured such that the sliding portion 98 extending longer than the bent portion serving as a fulcrum has a greater weight than the other engaging piece 95 side, and the sliding member 98 is slid about the supporting shaft 97. The balance is taken so that the joint 98 side always moves down. Accordingly, the locking piece 99 protruding downward is biased so as to protrude toward the engaging piece 95 of the variable door 14.

In this embodiment, variable doors 14 and 14 are respectively provided at two small entrances 11 and 11 provided adjacent to each other, and are arranged side by side on the left and right. The left and right locking members 86, 86 are arranged in the left-right direction so that one weight pin 84 of 74 faces the pin 84 and the sliding portions 98 of the locking members 86, 86 are bridged from the left and right toward the pin 84. It is designed to face symmetry.
This relationship is the same also in the small flight inlets 11 and 11 forming a pair on the left and right blade pieces 7a and 7a. In other words, the two locking members 86 and 86 extend from the left and right sides of the single weight pin 84 so that the sliding portions 98 and 98 extend from the left and right sides.

The lock mechanism 72 according to the present invention is constituted by the engaging member 86 and the engaging piece 95 formed on the variable door 14 as described above, and the engagement between the engaging piece 95 and the engaging piece 99 of the engaging member 86. The rotation of the variable door 14 is restricted by the relationship, and the opening and closing movement is controlled.
Next, this relationship will be further described in detail with the operation of the interlocking mechanism 71 including the lifting platform 73 and the interlocking rod 74.

As described above, the ball P transferred to the specific winning port 28 (first winning port) through the winning room 26 enters the ball receiving portion 78 of the lifting platform 73 that waits backward through the guide path 69 (FIG. 20). See).
The lifting platform 73 balances with the pins 84, 84 provided at the ends of the two interlocking rods 74, 74 extending to the left and right, and in a state where the ball P is not received, by pushing up the interlocking rod 74 with the support shafts 81, 81 as a fulcrum. The ball entrance 100 a that is in the raised position (see FIGS. 18 and 21) and faces the front of the ball receiving portion 78 faces the guide path 69.
When the ball P is transferred into the ball receiving portion 78 and received (see FIG. 20), the ball P descends while pushing up the weight pins 84 and 84, and when the ball P reaches the lowest position, the ball P Will be discharged out of the system through the lower end of the cover 75 from the ball outlet 100b opened at the rear of the ball receiving portion 78 (see FIG. 25).
As a result of the weight being reduced with the release of the ball P, the lifting platform 73 rises again in response to the weight of the pins 84 and 84 and waits for the next winning ball. Then, the left and right interlocking rods 74, 74 return the weight pins 84, 84 to the lowered position and restore them.

The rising of the weight pins 84 and 84 provided at the tip of the interlocking rod 74 due to the descending of the lifting platform 73 raises the sliding portions 98 and 98 of the engaging members 86 and 86 that slide on the pin 84. Thus, the engaging members 86, 86 are inclined with the respective support shafts 97 as fulcrums, and the other locking pieces 99, 99 are separated from the engaging pieces 95, 95 of the variable doors 14, 14 (FIG. 30). , See FIG.
The variable door 14 thus freed receives the weight of the weight 91 and falls forward with the support shaft 89 as a fulcrum, causing the rear end protrusion 93 to contact the stopper 94 and the front end portion. Is projected into the interior of the receiving portion 12 to open the small entrance 11 (see FIG. 37).

That is, FIGS. 31 to 33 and FIG. 40 illustrate a state in which the variable door 14 is in a horizontal posture, and at this time, the small entrance 11 is opened. FIGS. 31 to 33 illustrate the relationship between the interlocking rod 74 of the interlocking mechanism 71 and the locking member 86 of the locking mechanism 72 when the variable door 14 is in the horizontal posture.
Next, when the hit ball P jumps into the receiving portion 12 in this state, the ball P is received by the front end portion of the variable door 14, and is guided by the inclination of the upper surface to pass through the small inlet 11 and behind the variable door 14. At the same time, the center of the variable door 14 is moved backward by the movement of the ball P, and the variable door 14 falls backward with the support shaft 89 as a fulcrum to convert to a standing posture. (See FIG. 36).

27 to 30 and 39 show the variable door 14 in the standing posture, and the receiving portion 12 is vertically penetrated by the jumping up of the front end portion of the variable door 14, and at the same time, the small entrance. 11 will be closed.
Accordingly, in this state, the hit ball P that has entered the receiving portion 12 passes through the hollow portion of the receiving portion, is returned to the spear gaming portion 4 as it is, and falls toward the other winning holes 5.

On the other hand, the engaging piece 95 of the engaging member 86 that has been in contact with the outer surface of the engaging piece 95 during the conversion of the variable door 14 into the standing posture is the rear end of the variable door 14. The lowering causes the lowering to move downward, and the free door becomes free, and the pivoting shaft 97 serves as a fulcrum to protrude toward the variable door 14 side.
As described above, when the winning ball P is released from the lifting platform 73, the weight pin 84 of the interlocking rod 74 becomes heavier than the weight of the lifting platform alone, so that it immediately returns to the lowered position. The locking member 86 is in a state where the sliding portion 98 protrudes into the air.
For this reason, when the locking piece 99 loses support, the locking member 86 lowers the heavy sliding portion 98 with the support shaft 97 as a fulcrum, and the locking piece 99 is moved to the variable door 14 side. Will stick out.

  The locking piece 99 has a leading edge 101 formed in an arc shape. When the variable door 14 jumps up, the leading edge 101 is slid on the front edge 95a of the engaging piece 95 so that the variable door 14 side. (See FIG. 29). Then, the protrusion 102 protruding from one end of the edge 101 of the tip is brought into contact with the side surface of the receiving frame 13 to restrict the protruding amount.

The variable door 14 and the locking member 86 that controls the variable door 14 are paired and operate independently of each other. Accordingly, each of the variable doors 14 and 14 in the two small entrances 11 and 11 provided adjacent to each other converts only the variable door 14 on which the hit ball has entered from a horizontal posture to a standing posture, and the small entrances. 11 is closed, and the other variable door 14 is left open.
FIG. 35 and FIG. 36 show this state. In the figure, the left one hits the hit ball and the variable door 14 is converted to the standing posture, and the right one shows the hit ball entering. This indicates a state in which the horizontal posture is maintained.

  In this state, the variable door 14 on the left side lowers the rear end portion to lower the engaging piece 95, and the locking piece 99 that is in contact with the side surface loses support, so that the sliding portion 98 on the variable door 14 side is lost. It will stick out in response to the weight of. Accordingly, the arc-shaped edge 101 of the locking piece 99 slides on the front edge 95a of the engagement piece 95, and the variable door 14 that is about to return to the horizontal posture by receiving the weight of the weight 91 is locked. Become.

The protruding piece 93 protruding from the rear end of the variable door 14 serves to hold the winning ball P received on the upper surface from falling until the variable door 14 is converted to the standing posture, and the variable door 14 is surely secured. When the locking piece 99 stands up and locks the engaging piece 95 at the same time, the ball P is discharged from the outlet 103 (see FIG. 39) provided at the lower end of the rear wall of the receiving frame 13 according to the inclination of the protruding piece 93. .
On the other hand, the locking member 86 that locks the variable door 14 in the standing posture lowers the heavy sliding portion 98 with the support shaft 97 as a fulcrum when the locking piece 99 loses support, and waits in the lowered position first. It overlaps on the weight pin 84 of the interlocking rod 74 to be prepared for the next push-up.

  In this way, with respect to the movement of the variable door 14 and the locking member 86 at the left small entrance 11, the variable door 14 and the locking member 86 of the right small entrance 11 where the hit ball has not yet entered are When the variable door 14 is held in a horizontal posture in preparation for the hit of the hit ball, and the hit ball hits the receiving portion 12, the left variable door 14 and the locking member 86 The variable door 14 is locked through the same movement, and the sliding portion 98 of the locking member 86 is overlaid on the weight pin 84.

By the way, in this embodiment, the left and right wing pieces 7a, 7a are each provided with two small flying entrances 11 and receiving portions 12, and two linkages connected to the lifting platform 73 with respect to these small flying entrances 11. By extending the outer ends of the collars 74 and 74 and connecting the weight pins 84 to the variable door 14 and the locking member 86 for opening and closing the small entrance 11 as described above, the specific winning opening 28, when the winning ball P is received by the lifting platform 73, the pins 84 and 84 are raised as the lifting platform is lowered, and the sliding portions 98 of all the locking members 86 are pushed up. Therefore, as a result of each of the locking pieces 99 being separated from the engaging piece 95, the locked state of the variable doors 14 is released, and each of the variable doors 14 is brought into a horizontal posture from a standing state due to the uneven distribution of the center of gravity by the weight 91. Conversion is to open all the small entrances 11.
At the same time, each of the small entrances 11 individually rotates the variable doors 14 by closing the hitting balls and closes the small entrances 11 and puts the variable doors 14 in the standing posture by the locking members 86 as described above. Will lock.

  Reference numeral 104 in the figure denotes a relay board for the detection switches 67, 68, 27a attached to the entrance 27 and the special or normal winning openings 28, 29. Reference numeral 105 denotes a mounting frame for fixing the relay board 104. It is. Reference numerals 106 and 107 denote LED boards provided with a large number of LEDs on the front face that blink in accordance with various effects.

  As described above, the winning device according to the present invention includes a lifting platform 73 that descends by receiving the winning ball P that has entered the winning chamber 26 that hits the first winning opening, and that rises by releasing it. Since the lifting / lowering base 73 moves up and down, the support shaft 81 is swung around the fulcrum, and the interlocking mechanism 71 including the interlocking rod 74 that vertically moves the pin 84 also serving as the weight provided at the outer end is built in. In response to the weight of the ball P to be won in the first prize opening, when the variable door 14 provided in each small entrance 11 as the second prize opening is opened, the prize ball P is directly linked to the above It does not act on the ridge 74. Therefore, the variable door that opens and closes the flying entrance 11 that is the second winning opening is obtained by placing the weight of the winning ball P on the lifting platform 73 and swinging the interlocking rod 74 by using the lifting movement of the lifting platform. Since it can operate, a difference in the load on the interlocking rod is caused by a change in contact between the falling movement of the ball P and the swinging motion of the interlocking rod 74, or the ball P is smoothly guided to fall. If it is not performed, it is possible to completely eliminate the problem of receiving unnecessary resistance and not being able to apply sufficient weight to the interlocking rod.

In particular, there is no difference in the effect of the weight of the ball P on the interlocking rod when the winning ball P is in contact with the end of the interlocking rod 74 or due to a change in contact with the swinging of the interlocking rod. Since the weight can be uniformly and stably loaded on the interlocking rod 74, a stable winning device can be provided.
Further, the locking mechanism 72 including the locking member 86 that releases the locked state by the ascent of the pin 84 accompanying the swing of the interlocking mechanism 71 and the variable door 14 that is released from the locked state by the locking member is surely a variable door. 14 is controlled. In addition, there is no danger of intervention by illegal activities because no power is required and the power of the pachinko ball is operated without any power. become.

The front view explaining the use condition of the winning device concerning the present invention. The perspective view of the winning device seen from the front side. The perspective view of the winning device seen from the back side. The disassembled perspective view of the winning device seen from the front side. The disassembled perspective view of the winning device seen from the back side. The perspective view of the first half part of FIG. The perspective view of the latter half part of FIG. FIG. 6 is a perspective view of the first half portion of FIG. 5. The perspective view of the second half part of FIG. The front view which shows the relationship between the box frame body of a winning device, the distribution member accommodated in the inside, a stage board, and a 2nd stage board. The perspective view of FIG. The perspective view seen from the front side of a drive mechanism. The perspective view seen from the back side of a drive mechanism. The perspective view of the main-body part of a drive mechanism. (A) The perspective view explaining the rolling of the winning ball when the stage plate is in a horizontal state and the sorting member is in the lowered position. (B) The right side view explaining the rolling of the winning ball when the stage plate is in a horizontal state and the sorting member is in the lowered position. (A) The perspective view explaining the rolling of a winning ball when the stage plate is tilted backward and the sorting member is in the lowered position. (B) The right side view explaining the rolling of the winning ball when the stage plate is tilted backward and the sorting member is in the lowered position. (A) The perspective view explaining the rolling of the winning ball when the stage plate is tilted backward and the sorting member is in the raised position. (B) The right side view explaining the rolling of the winning ball when the stage plate is tilted backward and the sorting member is in the raised position. The rear view which shows the relationship between the interlocking mechanism with respect to a mounting plate, and a locking mechanism. The perspective view of FIG. The expansion center longitudinal cross-section left view of FIG. The rear view explaining the state in which the lifting platform is in the raised position and the pins provided on the outer end of the interlocking rod are in the lowered position. The perspective view of FIG. FIG. 22 is a left side view of the enlarged central vertical section of FIG. 21. The rear view explaining the state which the raising / lowering stand descend | falls and the pin with which the outer end of an interlocking | linkage rod | hook raises, and the locked state of the locking mechanism was cancelled | released. FIG. 25 is a left side view of the enlarged central vertical section of FIG. 24. FIG. The enlarged front view explaining the state which locked the variable door in the standing position with the pin of the interlocking rod in the lowered position. The perspective view of FIG. The rear view of FIG. The perspective view of FIG. The front view explaining the state which the variable door fell horizontally in connection with the pin of the interlocking rod being in the raised position and releasing the locked state of the variable door. The perspective view of FIG. The rear view of FIG. The perspective view of FIG. The front view explaining that the pin of the interlocking rod is in the lowered position, the left variable door is standing and locked, and the right variable door is in the horizontal posture and unlocked. The perspective view of FIG. The disassembled perspective view seen from the front side explaining the relationship between the interlocking rod, the locking member constituting the lock mechanism, and the variable door. The disassembled perspective view seen from the back side explaining the relationship between the interlocking rod, the locking member constituting the lock mechanism, and the variable door. The longitudinal right side view explaining the state where the variable door is in the standing posture and the small entrance is closed. The longitudinal right side view explaining the state where the variable door is in a horizontal posture and the small entrance is opened.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Game board 3 Prize-winning device 4 Game part 7 Attachment plate 7a Wing piece part of attachment plate 8 Opening part 9 Box frame body 10 Front decoration frame 11 Small jump entrance used as 2nd prize opening 12 Receiving part 13 Receiving frame 14 Variable door 15 Stage plate 15a Stage plate front edge portion 15b Stage plate rear edge portion 16 Second stage plate 17 Sorting member 17a Partition projection portion 26 Winning chamber 27 Flight entrance 28 Specific prize opening 29 serving as the first prize opening 29 Normal prize opening 36 Driving mechanism 37 Motor 71 Interlocking mechanism 72 Locking mechanism 73 Lifting base 74 Interlocking rod 75 Cover serving as a sliding frame 77 Long hole for guiding the vertical movement of the lifting base 78 Ball receiving portion 81 Support for freely supporting the interlocking rod swinging Shaft 82 Shaft portion for connection provided at the inner end of the interlocking rod 83 Long oblong hole for connection provided on the lifting platform 84 Weight pin 86 Locking member 95 Engagement piece 95a The locking piece of the sliding fit portion 99 locking member bearing portion 98 engaging member edge 96 engaging member

Claims (7)

It is inside a sliding frame that forms a cylindrical body and is supported slidably up and down. When in the raised position, the ball entrance of the ball receiving portion communicates with the first winning opening, and the winning ball can be received. a lifting table for a winning ball accepted when it reaches the lowered position to release through the sphere outlet, the middle of each length are placed symmetrically shaped on both sides of the lifting platform swing freely through the support shaft The supporting and swinging inner ends are slidably coupled to the lifting platform and the respective outer ends are slidably coupled to a locking member for opening the second winning opening provided on the left and right sides. and a pair of associated rod, the interlocking rod will place the center of gravity to the outer end always held in the raised position of the lifting platform by an increase of the inner end to hold the outer end in the lowered position to swing to face the first winning hole Te, when the said first pay port winning ball been won, through the ball inlet Accept the ball receiving part is lowered the lifting table by the weight of the winning balls, releasing the locking member of the second prize hole by increasing the respective outer ends by lowering the inner end of the associated rod associated therewith while Ru is activated, the winning ball of the ball receiving portion and discharged from the ball outlet by accompanied by the lifting platform reaches the lowered position at the same time, to restore the lifting platform to the raised position by the gravity center position of the associated rod A winning device for a pachinko gaming machine having an interlocking mechanism as described above. 2. The winning device for a pachinko gaming machine according to claim 1 , wherein the lifting platform opens the ball entrance of the ball receiving portion toward the front, and opens the ball outlet toward the rear or left and right, and the ball receiving portion. A winning device for a pachinko gaming machine, wherein the bottom of the ball is formed in a descending gradient from the ball entrance to the ball exit. The winning device for a pachinko gaming machine according to claim 2 , wherein the sliding frame is formed in a vertically-oriented cylindrical body, and the elevator is slidably accommodated therein, and a vertically long hole is formed in the elevator. A pachinko game characterized in that a shaft to be planted in the sliding frame is inserted and slid and the shaft is brought into contact with the upper and lower ends of the vertically long hole when the elevator slides up and down to regulate the vertical sliding range. Machine for winning prizes. 2. The winning device for a pachinko gaming machine according to claim 1, wherein the interlocking saddle is provided with a weight for raising a lifting platform connected to the other inner end on the outer end side, and the center of gravity of the interlocking saddle is on the outer end side. A winning device for pachinko machines characterized by placing. 5. The winning device for a pachinko gaming machine according to claim 4 , wherein the weight is a connecting pin embedded in an outer end of the interlocking rod, and the connecting pin is slid onto the locking member to lock the rising of the interlocking rod. A winning device for pachinko machines characterized by transmitting to members. 6. A winning device for a pachinko gaming machine according to claim 1 or 5 , wherein the elevating platform is formed with a horizontally long slot, while the inner end of the connecting rod is provided with a shaft portion to be slid and connected to the slot. The pachinko gaming machine winning device is characterized in that the shaft portion is freely movable in the left-right direction within the elongated hole when the elevator platform slides up and down. 7. A winning device for a pachinko gaming machine according to claim 1, wherein the second winning opening has a horizontal posture for receiving a hit ball by projecting and opening the front end forward with a support shaft as a fulcrum, and the front end is flipped up. The pachinko machine is awarded with a variable door that is converted into a standing posture that closes in a closed state, and the variable door is constrained to the horizontal posture and the standing posture by the operation of a locking member accompanying the swinging of the interlocking rod. apparatus.