JP3013932U - Medal replenishment mechanism - Google Patents

Abstract

(57) [Summary] (Modified) [Purpose] To provide a medal replenishing mechanism that can replenish medals efficiently after diffusion. [Structure] A sliding member that reciprocates in a certain direction on a plate 6 disposed substantially horizontally below a guide means for guiding the inserted medal 12 downward, and the medal 12 on the plate 6.
Is a medal replenishing mechanism used in a game device for dropping a medal 12 that falls through the guiding means while the sliding member is moving, into a dropping groove, and is substantially orthogonal to the plate 6. A moving path extending in the direction, an elevating mechanism 41 arranged in the moving path, an inclined plate 42 installed on the elevating mechanism 41 and having an inclined surface for pouring the medal 12 on the plate 6 side, and the medal 12 Be careful not to drop the tilt plate 42 from the tilt plate 42 to the lifting mechanism 41 side.
And a partition member 40 surrounding the.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a so-called pusher game device, and more particularly to a slot for inserting medals, a guiding means for guiding the inserted medals downward, a plate arranged substantially horizontally below the guiding means, and at least one end of the plate. The drop groove provided for discharging the medal to the outside, the sliding member that reciprocates in a fixed direction such as front and rear or left and right on the plate, and the medal that drops through the guiding means while the sliding member is moving The present invention relates to a game device for dropping the above medal into the drop groove. Here, the "medal" broadly means a plate-shaped member and includes coins and tokens. Preferably, a circular plate member is used.

[0002]

[Prior art]

 There is known a pusher game device which pushes out medals into a falling groove by a pusher sliding on a play field and pays out a certain number of medals to a player (Japanese Patent Publication No. Hei 5-73438, Japanese Utility Model Sho 63-305, and Official Utility Sho Sho). 53-24390).

In this type of game device, it is unlucky or unlucky to control whether or not a medal can be dropped, and if the medal cannot be dropped because the game is so unlucky that the game is unfavorable. Therefore, the pusher game device has been devised to pay out special medals such as a big hit under certain conditions.

[0004]

[Problems to be solved by the device]

 However, although the conventional pusher game device is highly attractive in terms of supplying bonus medals, it lacks in unexpectedness in game development and lacks in entertainment. Therefore, an object of the present invention is to provide an amusement device having a high entertainment value by incorporating unexpectedness in game development.

[0005]

[Means for Solving the Problems] In order to achieve the above object, the present invention has an insertion slot for inserting medals, a guiding means for guiding the inserted medals downward, and a substantially horizontal arrangement below the guiding means. A plate, a drop groove provided on at least one end of the plate for discharging medals to the outside, a sliding member that reciprocates in a certain direction on the plate, and a diffusion means for diffusing medals on the plate A medal replenishing mechanism used in a game machine for directly or indirectly dropping a medal on a plate into the drop groove by using a medal falling through the guiding means, which is formed inside or around the plate. , A moving path formed to extend in a direction substantially orthogonal to the plate, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism so that the plate is mounted on the plate side. An inclined plate having an inclined slope for pouring, as medals from falling on the lifting mechanism side from the inclined plate, and a partition member which surrounds the inclined plate.

[0006]

[Action]

 Since the present invention is configured as described above, a certain amount of medals can be efficiently replenished on the plate after being diffused. In this case, the state of arrangement of medals on the plate is renewed by the diffusion of the diffusion means, and a large amount of medals are placed on the plate, so that new game development can be expected.

Here, the activation of the diffusing means is a change that renews the monotonous conception of the game of the reciprocating motion of the pusher, and it is highly possible that the player is provided with a bonus medal. Is expected to be motivated to launch. As a result, the player is in a mood to continue the game.

[0008]

【Example】

 Hereinafter, a game device according to the present invention will be described with reference to the accompanying drawings. In the description of the drawings, the same symbols are used for the same elements, and duplicate description is omitted.

First, a pusher game device according to an embodiment of the present invention will be described with reference to FIGS.

FIG. 1 is a perspective view showing the appearance of a pusher game device according to this embodiment, FIG. 2 is a front view showing the main parts of the pusher game device according to this embodiment, and FIG. 4 is a side view showing an essential part of the pusher game device, FIG. 4 is a longitudinal sectional view showing an example of a medal replenishing mechanism usable in the pusher game device according to this embodiment, and FIG. 5 is a main view of the pusher game device according to this embodiment. FIG. 3 is a block diagram showing another configuration.

This game device has a medal insertion slot 1, a medal ejection slot 2, a jackpot notification lamp 3 and a display 4 which are attached to the outside of the main body 100, and a part of the guiding means is provided inside. The guideway 5, the plate 6, the falling groove 7, the sliding member 8 (see FIG. 2), the medal guide 9, the circular rotary plate 10 forming part of the diffusing means, and the voice speaker for notification are included. ing.

First, in order to facilitate understanding of the present invention, the contents of the game will be briefly described. This game is a so-called "pusher game", and there is a chance of winning a large number of medals with a small number of medals, and the real advantage of this game is that the game development is rich in variety. The medals 12 are inserted from the medal insertion slot 1 and guided to the plate (deck) 6 forming the play field. On the plate 6, there is a sliding member 8 that slides on its surface in a predetermined direction at regular intervals. A part of the medal 12 that has reached the plate 6 is pushed out toward the end portion 6 a of the plate 6 by the action of the sliding member 8. The end portion 6a of the plate 6 has a drop groove 7, and the medal 12 dropped from the drop groove 7 is returned to the player. In the process from the medal insertion slot 1 to the plate 6, a plurality of pins 15 and a guide portion 14 having a jackpot portion 13 for inducing a jackpot function are arranged, and a medal guide 9 is provided below the guide portion 14. A guide groove 17 for sliding is formed horizontally. On the guide groove 17 side of the medal guide 9, a medal introduction portion for receiving the medal 12 is formed. As shown in FIG. 2, the medals 12 that have entered from the medal introduction portion are guided straight to the end portion 6a of the plate 6 and collide with the medals 12 that are densely packed at the end portion 6a of the plate 6. As a result, some medals 12 fall from the drop groove 7. Here, the jackpot means a state in which the player is provided with a certain amount of medals or the cause thereof regardless of the expression mode (eg, big hit, bonus, etc.). For example, in the present invention, the diffusion means is activated. This includes generating a start signal for medal diffusion, which is provided for this purpose.

Therefore, the player needs to measure the timing of dropping the medal 12 into the medal insertion slot 1 so that the medal 12 can successfully enter the medal guide 9. Depending on the skill, the number of medals 12 acquired varies.

Inside the main body 100, three game fields A, B, and C are formed via a partition member 11, and each game field has a guide path 5, a plate 6, a drop groove 7, and a sliding member. 8 and a circular rotary plate 10 are provided. The medals 12 inserted from the medal insertion slot 1 are guided downward through the guide path 5, as described above. A plate 6 is arranged below the taxiway 5, and three jackpot portions (No. 1, No. 2, No. 3) 13 and a medal guide 9 are arranged in the middle thereof. The jackpot portions 13 have different functions, for example, the function of rotating the leftmost circular rotary plate 10 once (or rotating for 1 second) and the central circular rotary plate 10 twice. It has a function of rotating (or rotating for only 2 seconds) and a function of rotating the circular rotary plate 10 at the right end three times (or rotating for only 3 seconds). These jackpot parts 13 are arranged in a guiding part 14 which is erected below the guiding path 5, and a large number of pins 15 are arranged at appropriate intervals in other regions of the guiding part 14. ing. The medal 12 released from the guide path 5 moves downward due to gravity, enters the guide portion 14, and is guided by the pin 15 to move downward. A groove 17 for sliding the medal guide 9 is formed in the lower portion of the guiding portion 14 in a horizontally elongated shape. The medal guide 9 horizontally moves along the guide groove 17. Therefore, it is desirable that the player throws in the medal 12 from the medal slot 1 while paying attention to the movement of the medal guide 9. If the medal 12 can be inserted into the medal guide 9, the medal 12 is guided by the medal guide 9 and dropped near the end portion 6a of the plate 6. As a result, when the dropped medal 12 collides with the medal 12 pushed near the end of the plate 6, a part of the medal 12 falls into the drop groove 7 and is returned to the player (FIG. 3). reference).

The pusher game device according to the present embodiment is provided with a medal diffusion mechanism and a first medal replenishment mechanism.

The medal diffusion mechanism operates, for example, when the medal 12 enters any one of the jackpot portions 13. When or during the time when the medal diffusing mechanism operates, the notification lamp 3 blinks and / or a notification sound is output from the speaker. When there are a plurality of jackpot sections 13, the type of the jackpot section 13 is detected by the jackpot type detection section 35 based on the signal from the sensor 34. Information on the detected jackpot is sent to the control means 30. Based on this type detection signal, the control means 30 determines the rotation speed (or rotation time) of the circular rotary plate 10. Then, the control means 30 issues a diffusion command to the medal diffusion mechanism drive portion 33 to rotate the motor 23. As a result, the medals 12 on the circular rotary plate 10 are spread on the peripheral plate 6. The basic structure of the medal diffusion mechanism is achieved by the circular rotary plate 10 and the motor 23, as described above.

The first medal replenishing mechanism has a function of replenishing the circular rotating plate 10 with the medals 12 after diffusing the medals 12 on the plate 6. Therefore, the medal replenishing mechanism is configured to include the cylindrical partition member 20, the first elevating mechanism 21, the second elevating mechanism 22, and the medal accumulating section 24. Around the first elevating mechanism 21, a medal accumulating portion 24, which is inclined in an inverted conical shape, is arranged via a cylindrical partition member 20. Here, a certain amount of medals are accumulated while leaning against the cylindrical partition member 20. The cylindrical partition member 20 is formed in a cylindrical shape larger than the outer diameter of the circular rotary plate 10, and the gap between the inner wall of the cylindrical rotary member 20 and the side wall of the circular rotary plate 10 is smaller than the thickness of the medal 12. In addition, the gap between the side wall (vertical portion) of the medal accumulation portion 24 and the outer wall of the cylindrical partition member 20 is smaller than the thickness of the medal 12. Although the medal accumulating portion 24 tilted in an inverted conical shape is used here, this shape may be an inclined surface. Therefore, for example, an inverted quadrangular pyramid inclined surface may be used.

Next, the mechanical configuration and electrical configuration of these will be described with reference to FIGS. 4 and 5.

The circular rotary plate 10 is embedded in a hole for a diffusion region formed in the plate 6, and the upper surface of the plate 6 and the upper surface of the circular rotary plate 10 are arranged so as to be substantially flush with each other. The diffusion region hole is formed in the diffusion region for the purpose of diffusion. The circular rotary plate 10 is arranged in the plate 6 with a small gap that does not hinder the rotation of the circular rotary plate 10 and does not hinder the movement of the medal 12. The motor 23 is connected to the plate 6 and has a rotation axis orthogonal to the plane of the plate 6. Therefore, the circular rotary plate 10 can rotate along the plane of the plate 6. The motor 23 is attached to the first elevating mechanism 21, and the first elevating mechanism 21 can vertically move the moving portion 21 a below the plate 6 in a direction orthogonal to the upper surface of the plate 6. The second elevating mechanism 22 is constituted by using, for example, a rack and pinion mechanism, and the cylindrical partition member 20 can be moved up and down in a direction orthogonal to the upper surface of the plate 6.

Next, the electrical configuration will be described. This system basically includes a control unit 30, a first lifting mechanism driving unit 31, a second lifting mechanism driving unit 32, a medal diffusion mechanism driving unit 33, a sensor 34, and a jackpot type detecting unit 35. ing. When the medal 12 enters the jackpot section 13, the sensor 34 outputs a detection signal. This detection signal is sent to the jackpot type detection unit 35, and the type detection signal is sent to the control means 30. The control means 30 sends the first, second, and third control signals to the second elevating / lowering mechanism driving section 32, the first elevating / lowering mechanism driving section 31, and the medal diffusion mechanism driving section 33 on the basis of this type detection signal. Based on these signals, the second elevating mechanism 22, the first elevating mechanism 21, and the medal diffusing mechanism (motor 23, circular rotary plate 10) are controlled by each drive unit.

Next, the operations of the diffusion mechanism and the first medal replenishing mechanism will be specifically described. FIG. 4A shows a state immediately after the circular rotary plate 10 is actuated. There is no medal 12 on the upper surface of the circular rotary plate 10. Therefore, the medal replenishment mechanism is activated to replenish the medals. The procedure is as follows. First, the control means 30 issues a third control signal to the medal diffusion mechanism drive section 33, and then issues a first control signal and a second control signal to the first elevating mechanism drive section 31 and the second elevating mechanism drive section 32. . As a result, the first elevating mechanism 21 and the second elevating mechanism 22 descend to a level at which the upper surface of the circular rotary plate 10 coincides with the inclined surface 24a of the medal accumulating portion 24. The accumulated medals 12 are accumulated and lean against the cylindrical partition member 20. Therefore, when the circular rotary plate 10 coincides with the inclined surface 24a, a part of the medals 12 accumulated in the medal accumulation unit 24 is stored. Collapses onto the circular rotating plate 10 (FIG. 4 (b)). As a result, the medal 12 is replenished on the upper surface of the circular rotary plate 10.

Next, the control means 30 issues a second control signal to the second elevating / lowering mechanism drive part 32 to raise the cylindrical partition member 20 ahead of the circular rotary plate 10 (FIG. 4 (c)). By this operation, a wall that holds the collapsed medal 12 on the upper surface of the circular rotary plate 10 is formed, and the medal 12 is prevented from deviating from the circular rotary plate 10 on the way. After that, the control means 30 issues a first control signal to the first elevating / lowering mechanism driving section 31 to operate the first elevating / lowering mechanism 21 and return the circular rotary plate 10 with the medals 12 replenished to the original position (Fig. 4 (d)).

As described above, since the pusher game device according to the present embodiment has the medal diffusion mechanism and the medal replenishment mechanism, the game development is renewed favorably, and the entertainment property is further improved.

Next, a playing method of the pusher game device according to the present embodiment will be described with reference to FIG. FIG. 6 shows a flowchart showing a playing method of the pusher game device. First, the medal 12 is inserted into the medal insertion slot 1. As described above, since the medal guide 9 reciprocates above the plate 6 at regular intervals, the player usually inserts the medal 12 at an appropriate timing (step 101).

Although the medal 12 is guided onto the plate 6 via the guiding portion 14, it may enter the jackpot portion 13 on the way. Therefore, it is determined whether any one of the jackpot sections 13 has been passed (step 102). When passing through the jackpot section 13, the type of the jackpot section 13 is detected (step 103). The detection of this type is performed by the sensor 34 and the jackpot type detection unit 35 as described above. When a type detection signal capable of specifying the type of the jackpot section 13 is sent from the jackpot type detection section 35 to the control means 30, the control means 30 issues a third control signal to the medal diffusion mechanism drive section 33, and the medal diffusion mechanism. The drive unit 33 issues a spread signal to the motor 23. As a result, the motor 23 rotates and the circular rotary plate 10 diffuses the medal 12 on the upper surface (step 104). After that, the circular rotary plate 10 is lowered by the action of the first elevating mechanism 21, and after placing a large number of medals 12 on the circular rotary plate 10, the circular rotary plate 10 is returned to the play field. By this operation, the medals 12 are replenished on the play field described above (step 105). After that, when the game is continued, the medal 12 is again inserted into the medal insertion slot 1 (step 101). Instead of actually paying the medals 12, the game may be executed by a method of accumulating with credits.

Next, an example of the arrangement of circular rotary plates that can be used in the present invention will be described with reference to FIG. FIG. 7 is a perspective view showing an example of these arrangements. FIG. 7A shows an example in which a single circular rotary plate 10 is embedded in a single-deck type plate 6. As the mechanism for rotating the circular rotary plate 10, the structure described above can be used. The upper surface of the circular rotary plate 10 is formed in a wave shape at a constant pitch interval so that peaks and valleys appear at a constant interval. FIG. 2B shows an example in which three circular rotary plates 10 are embedded on the single-stage deck plate 6. For example, each circular rotary plate 10 has a corrugated upper surface at different pitch intervals. Specifically, the circular rotary plate 10 at the left end of the figure has the finest corrugated upper surface, and the circular rotary plate 10 at the right end has the coarsest corrugated upper surface. The upper surface is formed in a wavy shape at an intermediate interval between these. Each circular rotary plate 10 is configured as described above and can be independently driven. FIG. 3C shows an example of the arrangement with respect to the two-stage deck plate 6. The upper surface of the sliding member 8 is the upper plate 6, and the fixing member is arranged at the end thereof. Two circular rotary plates 10 are embedded in the upper plate 6, and one circular rotary plate 10 is embedded in the lower plate 6. The medal 12 is guided to the guiding portion 14 and drops on the upper plate 6, for example. Since the sliding member 8 reciprocates horizontally, the medal 12 of the upper plate 6 is pushed out by the fixing member to the end portion of the upper plate 6 and eventually moves to the lower plate 6. Since the sliding member 8 reciprocates on the upper surface of the lower plate 6, the sliding member 8 directly pushes the upper surface of the lower plate 6 to the end portion 6a of the lower plate 6.

In addition, in the above (b) and (c), when the three circular rotary plates 10 are assigned to the three jackpot portions 13, for example, when the medal 12 is inserted in the jackpot portion 13 of “1”, (c In (), the upper left circular rotary plate 10 may be driven, in the case of "2", the upper right circular plate may be driven, and in the case of "3", the lower circular rotary plate 10 may be driven. Alternatively, when the medals 12 enter the specific jackpot section, all the medals 12 may be simultaneously rotated. These detailed settings can be arbitrarily determined according to the game conditions. Further, which diffusing means and / or how long (or number of rotations) to operate may be determined by a random number generator built in the control device. Further, if a display device is installed to show the player how much (the number of rotations and time) of the diffusing device operates, and the player is constantly displayed and notified, the effect is further enhanced.

Next, a modified example of the circular rotary plate will be described with reference to FIG. FIG. 8 is a perspective view showing a modified example of a circular rotary plate applicable to the present invention. FIG. 1A shows an example in which a cover 10 a having a high friction coefficient is attached to the upper surface of the circular rotary plate 10. Examples of this material include rubber, cloth, and resin material. FIG. 2B shows that a large number of small conical projections 10b are formed on the upper surface of the circular rotary plate to increase the substantial friction coefficient of the surface. The medal is pushed by the sliding member 8 and moves over these protrusions, but tends to stay on the circular rotary plate 10. FIG. 3C shows an example in which a large number of grooves 10c are formed on the upper surface. Since the interval between the grooves 10c is such that the medal 12 does not fall, the medal 12 does not fall into the groove 10c and the movement of the medal 12 is not hindered. FIG. 3D shows an example in which a plurality of pins 10d are provided on the upper surface of the circular rotary plate 10 at intervals of at least the diameter of the medal. Therefore, the medal 12 is not caught by the sliding member 8 while being pushed out to the terminal end portion 6a of the plate 6. FIG. 1E shows a circular rotary plate 10 having an upper surface formed on a wavy shape 10e having a non-uniform pitch interval. The pitch interval is narrow near both ends of the circular rotary plate 10 in a certain direction, and is wide near the center. By forming in this way, the moving state of the medal 12 can be changed. FIG. 1F shows an example in which a doll 10f made of a hard material is arranged on the upper surface of the circular rotary plate 10. Two arms extending to the plate 6 are attached to the doll 10f, and the medals 12 can also be diffused by these arms. The doll 10f may be attached with an elongated mandrel and the medals 12 may be spread only by the arms. In this case, it becomes possible to attach a doll having a large attachment area, and therefore, there is no problem that the passage of the medal 12 is obstructed. FIG. 3G shows an example in which a doll 10g made of a soft material is arranged on the upper part of the circular rotary plate 10. In this case, the medals 12 on the plate 6 are diffused by utilizing the elastic force of the doll 10g. In the circular rotary plate using the doll, an effect (sound effect, visual effect, odor effect, etc.) that stimulates the player's five senses may be added to the doll to appeal that the player has entered the jackpot section. For example, a method of blinking the doll's eyes in red, making a loud sound or voice, or spraying perfume while the circular rotary plate 10 is rotating after entering the jackpot portion is conceivable. In FIG. 3H, a plurality of circular rotary plates 10h, 10i, and 10j are in contact with each other and are configured to interlock by frictional contact. Therefore, in this case, for example, only the circular rotary plate 10j is connected to the motor 23. When the motor 23 is driven, the circular rotary plate 10j rotates counterclockwise, the circular rotary plate 10i rotates clockwise, and the circular rotary plate 10h rotates counterclockwise. Therefore, the single drive source can efficiently spread the medals 12 over a wide range. Up to now, the circular rotary plate whose upper surface is flush with the plate 6 has been described, but it does not necessarily have to have the same height. FIG. 1I shows an example thereof. It is exactly the shape of a cylindrical member cut diagonally. In this case, the circular rotary plate becomes an obstacle when it is pushed out by the sliding member 8, but when the circular rotary plate 10 rotates, the medals are scattered by a centrifugal force from a high place, and thus the medals scatter further. Therefore, a wide range of diffusion is possible.

Next, a second medal replenishing mechanism applicable to the present invention will be described with reference to FIG.

FIG. 9 is a process diagram showing the operation of the second medal replenishing mechanism.

This medal replenishing mechanism is different from the first medal replenishing mechanism (see FIG. 4) in that the medal 12 is replenished on the plate 6 instead of on the circular rotary plate 10. This medal filling mechanism includes a pocket 40 formed inside or around the plate 6, an elevating mechanism 41 arranged in the pocket 40, and a medal 12 installed in the elevating mechanism 41 and dropped into the pocket 40. It is configured to include an inclined plate 42 for returning to 6. The elevating mechanism 41 can be configured by a known mechanism including, for example, a motor, a pulley, a belt, or a known mechanism using a solenoid. A mechanism that includes a motor, a pulley, and a belt is useful when returning a medal over time, and a mechanism that uses a solenoid is useful when returning a medal so that it can be ejected all at once. The sloping plate 42 has an inclination angle such that the medal 12 on the sloping plate naturally slides down to the plate 6 side, and when the sloping plate 42 is lifted, its lower end portion is aligned with the height of the plate 6. Has been done. The specific inclination angle is determined by the weight of the medal, the material of the medal, the material of the inclined plate, and the like.

FIG. 9A is a vertical sectional view showing a state before replenishing the medals 12, and FIG. 9B shows a state in which the tilt plate 42 is lifted and the medals 12 are replenished on the plate 6. FIG.

Since the inclined plate 42 is initially in a state of descending into the pocket 40 (see FIG. 6A), the pocket 40 is a pit for the medal 12. The medal 12 falls into the pocket 40 during the game, and a fixed amount of medals 12 are accumulated. The accumulated medals 12 are stored while leaning against the side wall (see (a) in the figure).

After a certain amount of medals 12 have been accumulated, the tilting plate 42 is lifted by the lifting mechanism 41, and when the lower end of the tilting plate 42 matches the plate 6, the lifting mechanism 41 stops. In this state, the medals 12 are supplied onto the plate 6 (see FIG. 7B).

Next, a pusher game device according to a second embodiment of the present invention will be described with reference to FIGS. 10 to 12. FIG. 10 is a front view of the pusher game device according to the second embodiment as seen from the medal slot side, FIG. 11 is a vertical cross-sectional view taken along a plane orthogonal to the guide plate and plate, and FIG. 12 shows the drop groove and plate. It is a perspective view shown.

The difference from the above-described embodiment is that the jackpot portion 13 is moved horizontally and that the pocket 40 described above is installed.

In this device, a micro switch 50, which contacts the medal 12 inserted from the insertion slot 1 while falling and is turned on, is arranged in the guiding portion 14. The horizontal movement of the jack pot portion 13 and the switch 50 is performed by a motor 51 attached to the back surface of the guide portion 14, a crank mechanism 52 connected to the motor 51, a support body 53 attached to the other end of the crank mechanism 52, This can be realized by a configuration including a guide member 54 that horizontally guides the support body 53, and a sliding mechanism 55 that reciprocates the sliding member 8 at regular intervals. The contact piece 50a of the switch 50 protrudes from the opening 14a formed in the guide portion 14, and in order to hide the protruding portion of the switch 50, the arm member 56 extending from the support 54 in a substantially crank shape from the opening 14a. Are fixed to the bottom of the support 54. The sliding mechanism 55 is configured by using a known mechanism such as a rotary crank mechanism. The tip of the arm member 56 penetrates a transparent front plate 57 arranged in front of the guiding portion 14 to support the jackpot portion 13. The front plate 57 is arranged at a constant distance from the guiding portion 14, and at least an elongated groove 57a is formed along the opening 14a.

When the switch 50 reciprocates in the horizontal direction and the medal 12 moves downward along the guide portion 14 in this state, the medal 12 luckily hits the switch contact piece 50a (the player receives the medal. It looks like it has entered the jackpot section 13), and the medal diffusion function is activated. Specifically, the switch 50 is closed, the control means 30 sends a third control signal to the medal spreading mechanism driving section 33, the medal spreading mechanism driving section 33 sends a spreading signal to the motor 23, and the circular rotary plate 10 is rotated. Rotates (see FIG. 5). As a result, the medals 12 on the circular rotary plate 10 are diffused around. In this case, a part of the spread medals 12 falls into the pocket 40, and a fixed amount of medals 12 are stored. The pocket 40 is usually hidden by a decorative plate or the like on the side of the plate 6, and the bottom portion (amount of accumulated medals) cannot be known. Alternatively, a sensor for detecting the medal amount in the pocket 40 may be attached to return the accumulated medals 12 onto the plate 6 when the accumulated medal amount reaches a certain value. Since the diffusion mechanism in this embodiment is as described above, the description is omitted.

According to this embodiment, the medals 12 that have been collected for the player are replenished on the plate 6 at a certain timing, so that the game is stimulated and the game is played.

Next, an attachment mechanism applicable to the present invention will be described with reference to FIGS. 13 is a perspective view showing a modified example of the drop groove, and FIG. 14 is a perspective view showing a third medal replenishing mechanism.

In the drop groove 7 shown in FIG. 13, two owner collecting chutes 43 partitioned in a triangle are installed. The medals 12 dropped here are accumulated as income on the owner side. Here, a part or the whole may be accumulated in the medal storage portion of the first replenishment mechanism (FIG. 4) or the medal storage portion of the second replenishment mechanism (FIG. 9) through the owner recovery chute 43.

The third medal replenishing mechanism shown in FIG. 14 is installed on the side portion of the plate 6. The medal replenishing mechanism includes a decorative plate 58, a medal pushing member 59, and a driving mechanism (not shown). The decorative plate 58 is located above the medal pushing member 59 and covers a certain area so that it cannot be seen by the player. The medal pushing member 59 has a function of moving within the area covered by the decorative plate 58 and moving the medals 12 accumulated in the area. The drive mechanism is composed of, for example, a solenoid, and moves the medal push-back member 59 within the above-mentioned certain region.

As the game progresses, a certain number of medals 12 are stored in a certain area covered by the decorative plate 58 (see FIG. 14A). The stored medals 12 are pushed back to the area not covered by the decorative plate 58 by the medal pushing member 59 (see FIG. 11B). Since the sliding member 8 continues to operate regardless of the operation of the medal replenishing mechanism, the medal 12 on the plate 6 constantly moves toward the plate end edge portion 6a. When the medal replenishing mechanism operates there, the amount of medals 12 increases at a stretch, so an unpredictable amount of medals 12 for the player is dropped into the drop groove 7, which is a kind of bonus for the player.

Therefore, the operation of the medal replenishing mechanism is unquestionable in that it is a useful event for the player, and enhances the entertainment of the game.

The driving method of this medal replenishment mechanism is, for example, a method of driving when the medal 12 is inserted in a specific jackpot portion, a method of automatically operating when a certain medal 12 is inserted into the medal insertion slot, a game There is a method of automatically operating for the duration of.

Although the embodiments of the present invention have been described above, the present invention is not limited to the above embodiments. For example, in the above embodiment, the game device in which the medals are paid directly to the player has been described. However, the method of accumulating the medals as credits without directly paying the medals, and a percentage of the amount paid to the players are set at a certain place ( For example, a method may be adopted in which the player stocks it in a stockpiling device) and pays it to the player at a certain timing.

Further, in order to emphasize the existence of the circular rotary plate, a prominent color different from the color of the plates around it may be added.

Further, although “medals” are used in the game in the above embodiment, any circular object such as a token or coin may be used.

Further, although the jackpot portion 13 is moved horizontally in the second embodiment, the movement direction may not be horizontal. For example, vertical movement, rotational movement, curved movement, or the like may be used.

Further, the relationship between the jackpot portion 13 and the circular rotary plate 10 has the following modes, and is applicable to the present invention.

As a first aspect, the jackpot section (No. 1, No. 2, No. 3) 13 determines in advance which circular rotary plate 10 and how many rotations (or how many seconds) it should rotate. There is a fixed type. As a second mode, a random number is used to determine which circular rotary plate 10 is rotated (or how many seconds) each time a medal is detected in the jackpot section (No. 1, No. 2, No. 3) 13. Alternatively, there is a variable formula that is determined by timing or the like. Furthermore, as a third mode, there is a mixed type in which the rotation time is previously determined and which circular rotary plate 10 is to be rotated is determined by a random number or the like.

An example of a variable formula that regulates the rotation of the circular rotary plate at a timing will be described below. Specifically, a display device (slot machine or roulette display device) that indicates to the player how much the diffusion device operates (rotation speed, rotation time) is installed in the game device, and the display content is displayed. Is changed depending on time, the amount of inserted medals, the time when the medals are detected, etc., and is operated for the number of rotations and the time displayed on the display device when the medals are detected in the jackpot section 13. In this case, one display device may be provided, or a display device corresponding to each of the jackpot portions 13 (No. 1, No. 2, No. 3) may be provided. When a display device corresponding to each of the jackpot portions 13 is provided, the display contents of the respective display devices may be changed at the same time, or may be changed one by one in order. Also, the time when the display content is changed may be changed. For example, the display content of the display device corresponding to the jackpot part (No. 1) is changed at regular intervals, and the display content of the display device corresponding to the jackpot part (No. 2) is loaded with a certain amount of medals. The display content of the display device corresponding to the jackpot section (No. 3) may be changed each time a medal is detected in the jackpot section 13.

Next, a mode in which the jackpots are classified by the number of jackpots 13 and the number of circular rotary plates 10 to change the jackpots will be described with reference to specific examples. All of these are applicable to the present invention.

1. Single jackpot part: a) When there is one jackpot part 13 and one circular rotary plate 10 When a medal is inserted into the jackpot part 13, the circular rotary plate 10 is always for a certain period of time ( A fixed type that rotates only for 3 seconds) and a variable type that changes the rotation time of the circular rotary plate 10 to, for example, 3, 5, 10 seconds by random numbers or timing are conceivable.

B) When there is one jackpot section 13 and a plurality of circular rotary plates 10 (for example, three: A, B, C) When a medal enters the jackpot section 13, a circular rotation is performed depending on a random number or timing. A mixed type in which any one of the plates 10 (A, B, C) is rotated for a fixed time, and a variable type in which the rotation time of the circular rotary plate 10 is also changed by random numbers or timing are considered.

2. Multiple jackpot parts: a) Three jackpot parts 13 (No.1, No.2, No.3) and one circular rotary plate 10 Jackpot part 13 (No.1, No.2) , No. 3), the circular rotary plate 10 is a fixed type that rotates for a certain period of time regardless of whether a medal is inserted, 3 seconds when a medal enters the jackpot section 13 (No. 1), and the jackpot section 13 (No. .2) a fixed type that rotates the circular rotary plate 10 for 5 seconds when a medal enters the jackpot section 13 (No.3) and 10 seconds when a medal enters the jackpot section 13 (No.3). .2, No. 3), when a medal is entered, a variable type in which the circular rotary plate 10 is rotated for a time changed by random numbers or timing is considered.

B) In case of three jackpot parts 13 (No. 1, No. 2, No. 3) and three circular rotary plates 10 (A, B, C) Jackpot part 13 (No. 1) ), The circular rotary plate 10 (A) is 3 seconds, and the jackpot part 13 (No. 2) is a circular rotary plate 10 (B) is 5 seconds, the jackpot part 13 (No. 3). ), The circular rotary plate 10 (C) rotates for 10 seconds, so that each jackpot section 13 (No. 1, No. 2, No. 3) has its own circular rotary plate 10 (C). A, B, C), fixed formula, mixed formula in which only this correspondence is changed by random number or timing, and jackpot section 13 (No.1, No.2, No.3) There is a variable formula that changes the circular rotary plate 10 (A, B, C) and its rotation time with random numbers or timing.

In the above embodiment, the circular rotary plate 10 is defined by the rotation time, but it may be defined by the number of rotations.

[0059]

[Effect of device]

 Since the present invention is configured as described above, it is possible to efficiently replenish medals after the medals have been diffused.

Further, since a large amount of medals is replenished, it is possible to incorporate the unexpectedness in the game development, and it is possible to further enhance the entertainment property of the game.

[Brief description of drawings]

FIG. 1 is a perspective view showing the outer appearance of a pusher game device according to a first embodiment of the present invention.

FIG. 2 is a front view showing a main part of the pusher game device according to the first embodiment.

FIG. 3 is a side view showing a main part of the pusher game device according to the first embodiment.

FIG. 4 is a vertical cross-sectional view showing an example of a medal replenishing mechanism that can be used in the pusher game device according to the first embodiment.

FIG. 5 is a block diagram showing a main configuration of a pusher game device according to the first embodiment.

FIG. 6 is a flowchart showing a playing method of the pusher game device according to the first embodiment.

FIG. 7 is a perspective view showing an arrangement example of a circular rotary plate, wherein FIGS. 7A and 7B are single-stage deck types, and FIG. 7C is a double-stage deck type arrangement example. Show.

FIG. 8 is a perspective view showing a modified example of a circular rotary plate applicable to the present invention.

FIG. 9 is a process diagram showing the operation of a second medal replenishing mechanism applicable to the present invention.

FIG. 10 is a front view of the pusher game device according to the second embodiment of the present invention seen from the front.

FIG. 11 is a vertical cross-sectional view showing the device according to the second embodiment taken along a plane orthogonal to the guide plate and the plate according to the second embodiment.

FIG. 12 is a perspective view showing a drop groove and a plate of the device according to the second embodiment.

FIG. 13 is a perspective view showing a modified example of a drop groove applicable to the present invention.

FIG. 14 is a perspective view showing a modified example of the medal replenishing mechanism applicable to the present invention.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Medal insertion slot, 2 ... Medal dispensing slot, 3 ... Alarm lamp, 4 ... Indicator, 5 ... Guideway, 6 ... Plate, 7 ... Drop groove, 8 ... Sliding member, 9 ... Medal guide, 10 ... Circular shape Rotating plate, 11 ... Partition member, 12 ... Medal, 13 ... Jackpot part, 14 ... Guide plate, 15 ... Pin, 17 ... Guide groove,
20 ... Partition member, 21 ... 1st raising / lowering mechanism, 22 ... 2nd raising / lowering mechanism, 23 ... Motor, 24 ... Medal accumulation part, 30 ... Control means, 31 ... 1st raising / lowering mechanism drive part, 32 ... 2nd raising / lowering mechanism drive Part, 33 ... Medal diffusion mechanism drive part, 34 ... Sensor, 35 ... Jackpot type detection part, 40 ... Pocket, 41 ... Elevating mechanism, 42 ... Inclined plate, 43 ... Owner collecting chute, 50 ... Micro switch, 51 ... Motor, 52 ... Crank mechanism, 53 ... Support, 54 ... Guide member, 55 ... Sliding mechanism, 56 ... Arm member, 58 ... Decorative plate,
59 ... Medal pushing member.

Claims (31)

[Scope of utility model registration request] 1. A slot for inserting medals, a guiding means for guiding the inserted medals downward, a plate arranged substantially horizontally below the guiding means, and a medals discharged at least at one end of the plate to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. A medal replenishing mechanism comprising: an inclined plate having an inclined surface on which a medal is poured; and a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. 2. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface for pouring a medal, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side, and the plate has at least one diffusion region. Medal replenishment mechanism with holes for use. 3. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface for pouring a medal, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side, and the plate has at least one diffusion region. Holes are formed, and the diffusing means includes a circular rotating plate that is rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism that rotates the circular rotating plate at a constant timing. The medal replenishment mechanism that it has. 4. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface for pouring a medal, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side, and the plate has at least one diffusion region. Holes are formed, and the diffusing means includes a circular rotating plate that is rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism that rotates the circular rotating plate at a constant timing. A medal replenishing mechanism that has medals that have fallen from the plate to the movement path and are accumulated between the partition member and the inclined plate as replenishment medals to be replenished to the plate. 5. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for ejecting the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface for pouring a medal, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side, and the plate has at least one diffusion region. Holes are formed, and the diffusing means includes a circular rotating plate that is rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism that rotates the circular rotating plate at a constant timing. A medal replenishing mechanism, wherein a gap between an inner wall of the partition member and a side wall of the inclined plate is smaller than a thickness of the medal. 6. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface for pouring a medal, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side, the inclined plate is provided above the movement path. The medal replenishment mechanism, wherein a gap between a lower side wall of the inclined plate and a side wall of the plate when positioned is smaller than a thickness of the medal. 7. An insertion slot for inserting medals, a guiding means for guiding the inserted medals downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medals to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface through which a medal is poured, and a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side, and a medal that has fallen from the plate to the movement path. Is a medal replenishing mechanism that is accumulated between the partition member and the inclined plate as a replenishing medal to be replenished to the plate. 8. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface for pouring a medal, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side. The medal replenishing mechanism, characterized in that the medal replenishing mechanism is raised by the above-mentioned procedure to flow the replenishing medal to the plate. 9. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, installed on the elevating mechanism, and arranged on the plate and / or above. An inclined plate having an inclined surface for pouring a medal, and a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side, the plate has at least one diffusion area. A hole is formed, and the diffusing means has a circular rotary plate that is rotatably embedded in the hole for the diffusion region with the upper surface exposed, and a rotating mechanism that rotates the circular rotary plate at a constant timing. A medal replenishing mechanism in which the required time or the required number of rotations of the circular rotary plate is predetermined. 10. An insertion slot for inserting medals, a guiding means for guiding the inserted medals downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medals to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. However, the time required for the circular rotary plate to rotate or the required number of rotations is
A medal replenishment mechanism that changes with random numbers or timing. 11. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for ejecting the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. However, the time required for the circular rotary plate to rotate or the required number of revolutions is predetermined, and the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal. mechanism. 12. A slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided at least at one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. A medal replenishing mechanism, wherein a gap between a side wall of the tilt plate and a side wall of the plate is smaller than a thickness of the medal when the inclined plate is located above the movement path. 13. A slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided at least at one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. A medal replenishing mechanism in which medals that have fallen from the plate to the movement path are accumulated between the partition member and the inclined plate as replenishment medals to be replenished to the plate. 14. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for ejecting the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. The medal replenishing mechanism, wherein the elevating mechanism ascends at a certain timing to flow the replenishing medal to the plate. 15. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. The medal replenishing mechanism, in which the required time or the required number of rotations for rotating the circular rotary plate is predetermined. 16. A slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. However, the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal, and the lower side wall of the inclined plate and the side wall of the plate when the inclined plate is located above the movement path. The medal replenishment mechanism is characterized in that the gap is smaller than the thickness of the medal. 17. A slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A falling groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. However, the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal, and the lower side wall of the inclined plate and the side wall of the plate when the inclined plate is located above the movement path. Is smaller than the thickness of the medal, and the medal that has fallen from the plate to the movement path is a replenishment medal that is replenished to the plate, and the medal of the partition member and the inclined plate is Medals replenishing mechanism accumulated in. 18. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. However, the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal, and the lower side wall of the inclined plate and the side wall of the plate when the inclined plate is located above the movement path. Is smaller than the thickness of the medal, and the medal that has fallen from the plate to the movement path is a replenishment medal that is replenished to the plate, and the medal of the partition member and the inclined plate is Stored in, the lifting mechanism is raised under a constant timing, medals replenishing mechanism, characterized in that flowing the supplemental medal to the plate. 19. An insertion slot for inserting medals, a guiding means for guiding the inserted medals downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medals to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. However, the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal, and when the inclined plate is located above the movement path, the side wall of the inclined plate and the side wall of the plate are The gap is smaller than the thickness of the medal, and the medal that has fallen from the plate to the movement path is a replenishment medal that is replenished to the plate and is provided between the partition member and the inclined plate. Is a product, the lifting mechanism is raised under a constant timing, flow of the supplemental medal to the plate, a predetermined time or a predetermined number of revolutions the circular rotary plate is rotated,
A predetermined medal replenishment mechanism. 20. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, a sliding member that reciprocates in a certain direction on the plate, and a diffusing means for diffusing the medals on the plate, and using medals that have fallen through the guiding means while the sliding member is moving. A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate, in a direction substantially orthogonal to the plate. A moving path formed to extend, an elevating mechanism arranged in the moving path, and installed on the elevating mechanism, on the plate and / or above. And a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. The plate has at least one diffusion area. Holes are formed, and the diffusing unit has a circular rotary plate rotatably embedded in the holes for the diffusion region with the upper surface exposed, and a rotating mechanism for rotating the circular rotary plate at a constant timing. However, the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal, and the lower side wall of the inclined plate and the side wall of the plate when the inclined plate is located above the movement path. Is smaller than the thickness of the medal, and the medal that has fallen from the plate to the movement path is a replenishment medal that is replenished to the plate, and the medal of the partition member and the inclined plate is Stored, the lift mechanism is increased under certain timing, flow of the supplemental medal to the plate, a predetermined time or a predetermined number of revolutions the circular rotating plate is rotated in,
A medal replenishment mechanism that changes with random numbers or timing. 21. A slot for inserting medals, a guide plate for guiding the inserted medals downward, a plate disposed substantially horizontally below the guide plate, and a medal provided at least at one end of the plate for discharging medals to the outside. A drop groove, a sliding member reciprocating in a certain direction on the plate, and a diffusing device for diffusing medals on the plate, and using medals dropped through the guide plate while the sliding member is moving. A medal replenishing mechanism used in a pusher game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate and substantially orthogonal to the plate. A pocket formed to extend in a vertical direction, an elevating mechanism arranged in the pocket, an upper part of the elevating mechanism, and Is /
And a partition member having an inclined surface for moving the medal upward, and a partition member that surrounds the inclined plate and prevents the medal from spilling from the inclined plate to the elevating mechanism. 22. An insertion slot for inserting medals, a guide plate for guiding the inserted medals downward, a plate arranged substantially horizontally below the guide plate, and a medal provided to at least one end of the plate for discharging medals to the outside. A drop groove, a sliding member reciprocating in a certain direction on the plate, and a diffusing device for diffusing medals on the plate, and using medals dropped through the guide plate while the sliding member is moving. A medal replenishing mechanism used in a pusher game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate and substantially orthogonal to the plate. A pocket formed to extend in a vertical direction, an elevating mechanism arranged in the pocket, an upper part of the elevating mechanism, and Is /
And an inclined plate having an inclined surface for moving the medal upward, and a partition member that surrounds the inclined plate and prevents the medal from spilling from the inclined plate to the elevating mechanism. , A hole for at least one diffusion region is formed, and the diffusion device includes a circular rotary plate rotatably embedded in the hole for the diffusion region with an upper surface exposed, and the circular rotary plate at a constant timing. A medal replenishing mechanism having a rotating mechanism for rotating. 23. An insertion slot for inserting medals, a guide plate for guiding the inserted medals downward, a plate arranged substantially horizontally below the guide plate, and a medal ejected to at least one end of the plate to the outside. A drop groove, a sliding member reciprocating in a certain direction on the plate, and a diffusing device for diffusing medals on the plate, and using medals dropped through the guide plate while the sliding member is moving. A medal replenishing mechanism used in a pusher game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate and substantially orthogonal to the plate. A pocket formed to extend in a vertical direction, an elevating mechanism arranged in the pocket, an upper part of the elevating mechanism, and Is /
And an inclined plate having an inclined surface for moving the medal upward, and a partition member that surrounds the inclined plate and prevents the medal from spilling from the inclined plate to the elevating mechanism. , A hole for at least one diffusion region is formed, and the diffusion device includes a circular rotary plate rotatably embedded in the hole for the diffusion region with an upper surface exposed, and the circular rotary plate at a constant timing. A medal replenishing mechanism, comprising: a rotating mechanism for rotating, and a gap between an inner wall of the partition member and a side wall of the inclined plate is smaller than a thickness of the medal. 24. An insertion slot for inserting medals, a guide plate for guiding the inserted medals downward, a plate arranged substantially horizontally below the guide plate, and a medal ejected outside at least one end of the plate. A drop groove, a sliding member reciprocating in a certain direction on the plate, and a diffusing device for diffusing medals on the plate, and using medals dropped through the guide plate while the sliding member is moving. A medal replenishing mechanism used in a pusher game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate and substantially orthogonal to the plate. A pocket formed to extend in a vertical direction, an elevating mechanism arranged in the pocket, an upper part of the elevating mechanism, and Is /
And a slanting plate having an inclined surface for moving the medal upward, and a partition member that surrounds the slanting plate and prevents the medal from spilling from the slanting plate to the elevating mechanism. , A hole for at least one diffusion region is formed, and the diffusion device includes a circular rotary plate rotatably embedded in the hole for the diffusion region with an upper surface exposed, and the circular rotary plate at a constant timing. And a rotation mechanism for rotating, wherein the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal, and when the inclined plate is located in the upper part of the pocket, the lower part of the inclined plate. The gap between the side wall and the side wall of the plate is
A medal replenishing mechanism, which is smaller than the medal thickness. 25. An insertion slot for inserting a medal, a guide plate for guiding the inserted medal downward, a plate arranged substantially horizontally below the guide plate, and a medal provided at least at one end of the plate for discharging the medal to the outside. A drop groove, a sliding member reciprocating in a certain direction on the plate, and a diffusing device for diffusing medals on the plate, and using medals dropped through the guide plate while the sliding member is moving. A medal replenishing mechanism used in a pusher game device for directly or indirectly dropping a medal on the plate into the drop groove, the medal replenishing mechanism being formed inside or around the plate and substantially orthogonal to the plate. A pocket formed to extend in a vertical direction, an elevating mechanism arranged in the pocket, an upper part of the elevating mechanism, and Is /
And an inclined plate having an inclined surface for moving the medal upward, and a partition member that surrounds the inclined plate and prevents the medal from spilling from the inclined plate to the elevating mechanism. , A hole for at least one diffusion region is formed, and the diffusion device includes a circular rotary plate rotatably embedded in the hole for the diffusion region with an upper surface exposed, and the circular rotary plate at a constant timing. And a rotation mechanism for rotating, wherein the gap between the inner wall of the partition member and the side wall of the inclined plate is smaller than the thickness of the medal, and when the inclined plate is located in the upper part of the pocket, the lower part of the inclined plate. The gap between the side wall and the side wall of the plate is
The medals that are smaller than the thickness of the medal and have spilled from the plate into the pocket are accumulated between the partition member and the inclined plate as replenishment medals to be replenished to the plate. The medal replenishing mechanism, characterized in that the medal replenishing mechanism returns to the plate by moving up. 26. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, and a sliding member that reciprocates in a certain direction on the plate,
A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove by using a medal dropped through the guiding means while the sliding member is moving, A moving path formed inside or around the plate and extending in a direction substantially orthogonal to the plate; an elevating mechanism arranged in the moving path; and an elevating mechanism installed on the plate. A medal replenishing mechanism including: and / or an inclined plate having an inclined surface on which a medal is poured, and a partition member surrounding the inclined plate so that the medal does not drop from the inclined plate to the elevating mechanism side. 27. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, and a sliding member that reciprocates in a certain direction on the plate,
A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove by using a medal dropped through the guiding means while the sliding member is moving, A moving path formed inside or around the plate and extending in a direction substantially orthogonal to the plate; an elevating mechanism arranged in the moving path; and an elevating mechanism installed on the plate. And / or an inclined plate having an inclined surface for pouring the medal upward, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side, and an inner wall of the partition member The gap between the side wall of the inclined plate is smaller than the thickness of the medal, and the lower side wall of the inclined plate and the plate when the inclined plate is located in the upper part of the moving path. Gap between the side walls, medals replenishing mechanism being smaller than the thickness of the medals. 28. A slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, and a sliding member that reciprocates in a certain direction on the plate,
A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove by using a medal dropped through the guiding means while the sliding member is moving, A moving path formed inside or around the plate and extending in a direction substantially orthogonal to the plate; an elevating mechanism arranged in the moving path; and an elevating mechanism installed on the plate. And / or an inclined plate having an inclined surface into which the medal is poured, and a partition member surrounding the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side, an inner wall of the partition member A medal replenishing mechanism, wherein a gap between the side wall of the inclined plate and the side wall of the inclined plate is smaller than the thickness of the medal. 29. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, and a sliding member that reciprocates in a certain direction on the plate,
A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove by using a medal dropped through the guiding means while the sliding member is moving, A moving path formed inside or around the plate and extending in a direction substantially orthogonal to the plate; an elevating mechanism arranged in the moving path; and an elevating mechanism installed on the plate. Or / and a partition member surrounding the tilt plate so that the medal does not fall from the tilt plate to the elevating mechanism side. The medal replenishing mechanism, characterized in that the gap between the lower side wall of the inclined plate and the side wall of the plate is smaller than the thickness of the medal when located at the upper part of the moving path. 30. A slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided at least at one end of the plate for discharging the medal to the outside. A drop groove, and a sliding member that reciprocates in a certain direction on the plate,
A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove by using a medal dropped through the guiding means while the sliding member is moving, A moving path formed inside or around the plate and extending in a direction substantially orthogonal to the plate; an elevating mechanism arranged in the moving path; and an elevating mechanism installed on the plate. Or / and a partition member that surrounds the inclined plate so that the medal does not fall from the inclined plate to the elevating mechanism side; and A medal replenishment mechanism in which medals that fall into the path are accumulated between the partition member and the inclined plate as replenishment medals to be replenished to the plate. 31. An insertion slot for inserting a medal, a guiding means for guiding the inserted medal downward, a plate arranged substantially horizontally below the guiding means, and a medal provided to at least one end of the plate for discharging the medal to the outside. A drop groove, and a sliding member that reciprocates in a certain direction on the plate,
A medal replenishing mechanism used in a game device for directly or indirectly dropping a medal on the plate into the drop groove by using a medal dropped through the guiding means while the sliding member is moving, A moving path formed inside or around the plate and extending in a direction substantially orthogonal to the plate; an elevating mechanism arranged in the moving path; and an elevating mechanism installed on the plate. Or / and a partition plate surrounding the tilt plate so that the medal does not fall from the tilt plate to the elevating mechanism side; and A medal replenishing mechanism, characterized in that the medal replenishing mechanism is raised at a certain timing to flow the replenishing medal to the plate.