JP5220652B2 - Premium payout mechanism, premium payout device, and pusher type game device - Google Patents

Description

  The present invention relates to a prize payout mechanism or the like for discharging prizes accommodated by pulling a string part tied to a weight part.

  One type of pusher-type game device is a pusher-type prize game device that pays out prizes as a game medium moves. A pusher-type prize game device is a game that also serves as a prize (hereinafter also referred to as a small prize) is carried on a shovel or the like that is operated by a player's operation, and is placed on a fixed table and a pusher table that slides back and forth along its upper surface. Play with it. When small prizes are placed on the fixed table one after another, they are eventually pushed and moved in a ball shape along with the reciprocation of the slide table, and dropped from the tip of the fixed table. Then, if the small prizes that have fallen successfully enter the predetermined prize payout exit, they are paid out to the player. The pusher-type prize game device is particularly popular with women and children because it is possible to take prizes as it is with very simple operation and simple game rules.

  In recent years, a prize dispensing device that accommodates a special prize different from the scooped small prize has been provided, and is operated by a strap tied to a weight that engages with the small prize moved on the fixed table. Those that give out special prizes have become widespread (see, for example, Patent Document 1). These are mechanisms that can give a large amount of free gifts if they are successful, and are highly important for increasing the operating rate of the game device because they are highly appealing to players.

JP 2007-215666 A

  As described above, the mechanism of giving out premiums is an important component, and a new mechanism is always required.

  The weight is placed on the fixed table and pushed and dropped by the small prize group pushed by the pusher table. However, if the weight is too heavy, it is difficult to fall from the fixed table even if pushed by the small prize group. Will be less interested in games. On the other hand, if the weight is made easier to be dropped from the fixed table, the force for pulling the string when the weight is dropped from the fixed table is reduced, and the known prize dispenser cannot guarantee reliable operation. I am worried.

  The present invention has been made in view of such circumstances, and the object of the present invention is to first realize a new premium payout mechanism having a configuration. Secondly, a prize payout mechanism that can reliably operate even when towed by a relatively light weight drop and pays out a special prize is realized, thereby realizing a prize payout apparatus and a game apparatus in which the special prize is more easily paid out. That is.

A first invention for solving the above problems is a premium payout mechanism provided in a pusher type game device,
The front portion and the rear portion swing vertically in a seesaw shape with the first swing shaft as the axis center, and the front portion is inclined upward and the prize payout posture is directed obliquely downward A prize holder that is displaceable,
A towed arm portion to which a string body connected to a weight portion is connected to an end portion and a support arm portion on the opposite side of the towed arm portion are vertically moved in a seesaw shape with the second swing shaft as an axis center A swinging support,
And the support arm portion is engaged with the rear portion in the premium holding posture to support the premium holding portion in the premium holding posture, and the engagement is performed by swinging the support portion by pulling the string body. A prize payout mechanism in which a prize is released and the prize holder is displaced to the prize payout posture.

  According to the first invention, the prize payout mechanism has a new mechanism in which the engagement between the support part and the prize holding part is easily released when the support part rotates about the second swing shaft. Can be realized.

  According to a second aspect of the present invention, the length of the support portion from the second swing shaft to the end portion of the towed arm portion is an engagement position between the second swing shaft and the rear portion. 1 is a premium payout mechanism according to a first aspect of the present invention, which is longer than the length up to.

  According to the second invention, the same effect as that of the first invention is achieved, and the force pulled along with the fall of the weight portion is amplified and boosted by the principle of the lever. Therefore, even if a relatively light weight is used, the mechanism can be operated to pay out a prize.

  A third aspect of the present invention is the premium payout mechanism according to the first or second aspect, wherein the towed arm portion is configured to have a variable length.

  According to the third invention, the same effect as that of the first or second invention can be obtained, and the force pulled when the weight part is dropped can be used to release the engagement between the support part and the prize holding part. The degree of amplification can be adjusted.

According to a fourth aspect of the present invention, the second swing shaft is located higher than the first swing shaft and is provided in the direction of the swing force upward of the rear portion in the prize holding posture.
The support arm part supports the prize holding part in the prize holding posture by transmitting an upward swinging force of the rear part to the second swinging shaft to prevent the prize holding part from swinging. The premium payout mechanism according to any one of the first to third inventions can be configured.

  According to the fourth invention, it is possible to achieve the same effect as any of the first to third inventions, and it is possible to suppress the swinging with a small number of components without using a complicated configuration.

  Further, as a fifth invention, after the engagement is released, the forward holding portion is swung upward at a predetermined position so that the premium holding portion does not swing beyond the premium payout posture. The premium payout mechanism according to any one of the first to fourth aspects of the present invention, which further includes a stopping portion for stopping.

  According to the fifth invention, the same effect as any one of the first to fourth inventions can be obtained, and the premium can be reliably placed at a predetermined place by limiting the posture of the premium holding unit when the premium is paid out. You can pay out.

  Further, as a sixth invention, after the engagement is released, the support arm part and the rear part swing upward, the front surface of the support arm part comes into contact with the stop part, and the support arm part The premium payout mechanism according to the fifth aspect of the present invention can be configured such that the premium holding portion is restrained to the premium payout posture by contacting the rear portion with the back surface.

  According to the sixth invention, the same effect as that of the fifth invention can be achieved, and the prize payout posture can be positioned using the engagement relationship with the support portion. Therefore, the number of components can be reduced. Furthermore, if the engagement relationship shown by the present invention is reversibly configured with respect to the posture displacement, when returning from the premium payout posture to the premium holding posture, the operation of returning the support portion to the original posture is automatically performed. The prize holder can also be returned to its original posture.

  A seventh invention includes a plurality of prize payout mechanisms according to any one of the first to sixth inventions, wherein the first swing shaft is a common shaft and the second swing shaft is a common shaft. This is a giveaway device.

  According to the seventh invention, the same effects as those of the first to sixth inventions can be obtained, and the opportunity to hold / pay a plurality of prizes can be provided by a single prize dispensing device.

  In this case, as an eighth invention, among the plurality of prize payout mechanisms, an integral connection part for connecting and swinging integrally with the towed arm part or the front part of a predetermined number of prize payout mechanisms connected to each other. (For example, the 1st coupling tool 200 of FIG. 12, the 2nd coupling tool 210 of FIG. 14) can be comprised further, and the prize discharge apparatus of 7th invention can be comprised.

  According to the eighth invention, the same effect as that of the seventh invention can be obtained, and the support portion or the prize holding portion can be interlocked between the plurality of prize payout mechanism portions. For example, if the towed arm portions connected to different weight portions are integrally connected, when any weight portion is dropped, the plurality of prize payout mechanism portions are paid out simultaneously. Also, for example, when the front part is connected integrally and each weighted part is connected to another weight part, it is possible to pay out at the same time with a plurality of prize payout mechanism parts by dropping all the weight parts. Is configured. In this way, various operation modes can be realized by adding the integral connection portion.

  A ninth invention is a pusher-type game apparatus comprising the premium payout mechanism of any one of the first to sixth inventions, wherein the weight portion is placed on a fixed table.

  A tenth aspect of the present invention is a pusher-type game apparatus including the premium payout device according to the seventh or eighth aspect, wherein the weight portion is placed on a fixed table.

According to the ninth aspect, the same effect as any of the first to sixth aspects can be obtained. Further, according to the tenth aspect, the same effect as in the seventh or eighth aspect can be achieved.
In both the ninth and tenth inventions, even if a small and light prize is used as a game medium for the pusher type game apparatus and the weight part is set lightly, the prize payout mechanism is reliably operated. You will be able to pay out prizes.

The perspective appearance figure showing the example of composition of a pusher type prize game device. The expanded vertical sectional view around the prize payment exit which shows the state of a prize holding state (state before payment). The perspective appearance figure (partially disassembled state) which shows the example of composition of a prize dispensing device. The perspective appearance figure showing the example of composition of a prize holding part. The perspective external view which shows the structural example of a support part. The external appearance side view which shows the structural example of a weight part. The longitudinal cross-sectional view which shows the structural example of a weight part. The expanded longitudinal cross-sectional view around the prize payout exit which shows the mode immediately after the start of payout operation | movement. The expanded longitudinal cross-sectional view around the prize paying exit which shows the mode at the time of paying-out operation completion. The expanded longitudinal cross-sectional view around the prize payout exit for demonstrating the operation | movement returned to the state before paying out. The figure which shows the modification of a prize payout mechanism. The perspective appearance figure showing an example of the 1st connecting implement. The perspective appearance figure of the prize dispensing device which shows the example of wearing of the 1st connector. The perspective appearance figure showing an example of the 2nd connector. The perspective appearance figure of the prize dispensing device which shows the example of wearing of the 2nd connector.

  Next, a pusher type game apparatus to which the present invention is applied will be described as an example, and a special prize prize payout mechanism and a prize payout apparatus installed therein will be described.

  FIG. 1 is a perspective external view showing a pusher type game apparatus 2 in the present embodiment. FIG. 2 is an enlarged vertical sectional view around the prize payout exit. In FIG. 1, small prizes serving as game media are not displayed.

  The pusher-type game apparatus 2 in the present embodiment basically has the same configuration as a known pusher-type game apparatus, and the prize payout outlet 20, the fixed table 6, and the pusher table 8 are regarded as a single station. Four stations are arranged in the shape of a visual cross, and has a layout that allows up to four players to play simultaneously.

  When the player stands in front of the operation console 10 and operates the first button switch 12 provided on the upper surface of the operation console 10 at a desired timing, the automatic excavator 14 corresponding to the first button switch 12 is activated by the control board 50. To start. The automatic excavator 14 extends its arm, scoops up the small prize 5 which is also a game medium placed on the automatic rotary table 18 provided on the bottom surface of the annular groove 16 provided under the fixed table 6, and lifts the arm. Return to the original and stop. Here, when the player operates the second button switch 13, the automatic excavator 14 releases the scooped up small prize 5. That is, the automatic excavator 14 is automatically controlled so as to carry the small prize 5 onto the fixed table 6 or the pusher table 8 in accordance with the operation input of the player.

  When the small prizes 5 are put on the fixed table 6 and the pusher table 8 one after another, the small prizes 5 are pushed in a ball shape one after another along with the automatic reciprocation of the pusher table 8 toward the prize discharge outlet 20. It comes to fall from the right and left and the front end of the fixed table 6. The small prize 5 dropped from the front end of the fixed table 6 enters a prize payout opening 20 opened immediately below the front end of the fixed table 6 and is paid out to the prize takeout opening 22.

  The pusher-type game apparatus 2 according to the present embodiment includes a prize payout device 100 for paying out special prizes. In FIG. 1, for the sake of explanation, the prize payout device 100 is shown attached only to the front station, but in use, one prize payout device 100 may be provided at each station.

[Configuration of the prize dispensing device]
FIG. 3 is a perspective external view showing a configuration example of the giveaway device 100 in the present embodiment. The structure is partially disassembled so that the structure can be easily understood.
The prize dispensing device 100 according to the present embodiment includes three identical type prize giving mechanisms 101A, 101B, and 101C (hereinafter simply referred to as a prize dispensing mechanism 101 when not individually identified).

  One prize payout mechanism 101 is roughly divided into (1) a prize holding part 110 for holding a special prize SP in a suspended state, and (2) a string 104 tied to a weight part 150. A support part 120 that is pulled when the weight part 150 is dropped and supports the prize holding part 110 by engaging with the prize holding part 110 to prevent or cancel the posture change of the prize holding part 110; (3) a first swing shaft 130 that pivotally supports the prize holder 110, (4) a second swing shaft 132 that pivotally supports the support portion 120, and (5) abutment with the support portion 120 to swing. A stopper 134 that is a restraining portion that restrains the rocking limit, and (6) a frame 136 that integrally fixes the first rocking shaft 130, the second rocking shaft 132, and the stopper 134 to the pusher type game apparatus 100. With.

FIG. 4 is a perspective external view showing a configuration example of the prize holder 110 in the present embodiment.
The prize holder 110 is divided into a front part and a rear part across the axis of the bearing part 116 through which the first swing shaft 130 is inserted. The front portion includes a base portion 112 where the overall center of gravity of the prize holder 110 is located, and a rod 114 that protrudes forward from the base portion 112 and fishes down the special prize SP. The rear part is provided with a contact plate 118 extending rearward.

  The rod 114 is a cylindrical long thin rod in the figure, but can also be a net or plate on which the special prize SP can be placed. The rod 114 is configured to be detachable by screwing or press-fitting into the base 112, and can be appropriately replaced with other types of rods of different lengths and thicknesses, or other forms of members such as nets and plates. Yes.

FIG. 5 is a perspective external view showing a configuration example of the support portion 120 in the present embodiment.
The support portion 120 has a bearing portion 122 through which the second swing shaft 132 is inserted, and a towed arm having a hole 123 at an end portion extending obliquely upward along a plane orthogonal to the axis passing through the bearing portion 122 and connecting the string 104. And a support arm portion 126 that extends downward along a plane orthogonal to the axis passing through the bearing portion 122 and contacts the upper surface of the contact plate 118 of the prize holding portion 110.

  The towed arm portion 124 is formed by being divided into a first piece 124a having a hole 123 at the lower end portion and a second piece 124b disposed on the extension line at the tip side from the first piece 124a. ing. Both are connected by a length adjusting screw 125 mounted along the extending direction of the towed arm portion 124, and the first piece 124a is rotated around the length adjusting screw 125 with respect to the second piece 124b. Thus, the total length L1 of the towed arm portion 124 can be changed as the relative distance between the first piece 124a and the second piece 124b is increased or decreased by the screw feed of the length adjusting screw 125.

  At the lower end of the support arm portion 126, a main contact portion 128 projecting in a direction directly below the plane orthogonal to the axis passing through the bearing portion 122, and in the same direction as the main contact portion 128 outside the main contact portion 128. And a projecting sub-contact portion 129.

  The main contact part 128 forms a curved surface parallel to the axial direction of the bearing part 122. In the example of the figure, a curved surface is formed with the radius R as the distance to the curved surface with the axis passing through the bearing portion 122 as the center.

  In the present embodiment, the total length L1 of the towed arm portion 124 and the length L2 to the end surface of the main contact portion 128 of the bearing portion 122 have a relationship of L1> L2.

  As shown in FIG. 3, the frame 136 is a pair of plate-like support columns, and is formed of, for example, a sheet metal. The frame 136 has a screw hole 138 through which the fixing screw 30 is inserted on the lower end side, and is fixed to the frame 3 of the pusher type game apparatus 2 by the fixing screw 30 (see FIG. 2).

  The first swing shaft 130 is fixed at both ends at the middle height position of the frame 136, and the second swing shaft 132 is fixed at both ends relatively higher than the first swing shaft 130. The position is far from the prize payout exit 20. The stopper 134 is fixed at a position relatively higher than the second swing shaft 132 and above the first swing shaft 130.

  The prize holding unit 110 is supported by the first swing shaft 130 in a posture in which the rod 114 faces the prize payout exit 20 side, and the support part 120 has the towed arm part 124 facing the opposite side to the prize payout exit 20. The second swinging shaft 132 is supported in the posture.

  FIG. 6 is an external side view showing a configuration example of the weight part 150 in the present embodiment. FIG. 7 is a longitudinal sectional view of the weight portion 150.

  The weight portion 150 is a hollow rectangular parallelepiped that is molded of plastic to realize light weight and includes a convex portion 152 on a part of the outer periphery. The weight portion 150 is assembled by joining the first half body 154 and the second half body 156 having a substantially square cross section and a bottomed cup shape so that the concave portions are brought into contact with each other. Specifically, for example, as shown in FIG. 7, a screw 162 attached from the screw seat surface portion 160 with a boss 158 provided on one side abutting against a back side position of a screw seat surface portion 160 provided on the other side. It is connected in a releasable manner. Further, for example, a weight 166 can be bonded or fitted into the internal space 164 formed by the butting of the first half 154 and the second half 156. The weight 166 can adjust the overall weight and the center of gravity (balance) of the weight portion 150.

  Moreover, the connection part 168 with the string 104 is provided in either one of the 1st half body 154 and the 2nd half body 156 (refer FIG. 6). Furthermore, the convex part 152 is provided in either one of the 1st half body 154 and the 2nd half body 156 in the outer periphery.

  Further, the first half 154 and the second half 156 are configured to have different static friction coefficients and dynamic friction coefficients. Specifically, for example, silicon rubber coating 170 is applied to one outer surface. Alternatively, one may be molded with Teflon (registered trademark) resin and the other with general ABS resin, and each may be molded with materials with different friction coefficients, or the surface roughness treatment may be changed. Also good. Thus, by setting a different friction coefficient for every half body, the ease with which the weight part 150 falls from the fixed table 6 can be changed by how to place the weight part 150.

[Operation of the gift dispensing device]
Next, operations of the premium payout mechanism 101 and the premium payout device 100 will be described.
As shown in FIG. 2, in the state before the payout in which the special prize SP is held in the prize payout device 100, the prize holder 110 has the rod 114 in the reciprocating direction of the pusher table 8, that is, the extension of the fixed table 6. A premium holding posture is taken in the direction obliquely upward, and the front end of the rod 114 is positioned above the premium payout opening 20.

  Then, the main contact portion 128 of the support portion 120 is in contact with the upper surface of the rear end of the contact plate 118 at the rear portion of the prize holding portion 110. As a more specific relative posture, an angle formed by a line segment connecting the position where the main contact portion 128 contacts the contact plate 118 and the second swing shaft 132 and the upper surface of the contact plate 118 is approximately 90. Abut and engage so as to be at an angle (or an angle slightly smaller than 90 °). Then, the string 104 tied to the weight portion 150 placed on the fixed table 6 is tied to the hole 123 of the towed arm portion 124, and the special prize SP is hung on the rod 114.

  In this pre-payout state, the prize holder 110 swings with its own weight and the weight of the special prize SP so that its tip is directed forward, that is, downward toward the prize payout outlet 20, around the first swing shaft 130. try to. The swinging force at this time is a force that lifts the rear portion on the contrary at the contact position of the contact plate 118 (position where the contact plate 118 is in contact with the main contact portion 128). However, the upward swing force at the contact position of the contact plate 118 acts on the support arm portion 126 from the main contact portion 128 of the support portion 120 and is positioned in the direction of the upward swing force via the bearing portion 122. The second swing shaft 132 is supported. As a result, the prize holder 110 does not swing and maintains the prize holding posture. When the weight of the special prize SP is relatively large, the line segment connecting the second swing shaft 132 and the contact position of the contact plate 118 and the contact between the first swing shaft 130 and the contact plate 118 are not matched. If the length of the contact plate 118 and the positional relationship between the first swing shaft 130 and the second swing shaft 132 are determined so that the angle formed by the line connecting the contact positions is orthogonal or nearly orthogonal, it is more preferable. Is preferred.

  However, as shown in FIG. 8, when the weight part 150 falls from the fixed table 6, the string 104 winds the towed arm part 124 downward. Even if the weight of the weight part 150 is light, this squeezing force is boosted from the relationship of the lever, and causes the second oscillating shaft 132 to oscillate around the axis so that the support arm part 126 jumps forward. Works. Then, the friction force between the main contact portion 128 and the contact plate 118 is well exceeded, and the contact between the support portion 120 and the prize holding portion 110 is released. The end surface of the main contact portion 128 of the support portion 120 has a curved surface with a radius R centering on the axis of the second swing shaft 132. This means that the force acting on the towed arm portion 124 is relatively small. In both cases, the engagement between the support 120 and the prize holder 110 is easily released.

  When the engagement between the support part 120 and the prize holding part 110 is released, as shown in FIG. 9, the prize holding part 110 swings in a seesaw shape around the first swing shaft 130, and the tip of the rod 114 is moved. It is displaced to a premium payout posture that faces diagonally downward. At this time, the upper surface of the support arm portion 126 of the support portion 120 that has started to swing first hits the lower surface of the stopper 134, and swinging of the support portion 120 is restricted. Further, the upper surface of the contact plate 118 that has been disengaged from the support arm portion 126 slides along the curved surface of the main contact portion 128, and eventually the rear side surface 126a of the support arm portion 126 (in the example of FIG. The swinging of the prize holding unit 110 is restricted when the swinging of the prize holding unit 110 is performed.

  When the prize payout posture is reached, the special prize SP hung on the rod 114 slips by its own weight, falls to the prize payout outlet 20 located below, and is paid out to the player.

  After the special prize SP is paid out, the weight part 150 is remounted on the upper surface of the fixed table 6 as shown in FIG. When the front end portion of the support arm portion 126 (the position indicated by the white arrow in the figure) is pressed with a finger, the support arm portion 126 is swung around the second swing shaft 132 in the direction opposite to that during the payout operation. Return to the original position. Along with this, the contact plate 118 that has been in contact with the rearward side surface 126a of the support arm portion 126 receives a swinging force, and the prize holder 110 is automatically swung in the reverse direction and returned to its original position. With such a simple operation, the premium payout mechanism 101 can be returned to the original pre-payout state in preparation for the replenishment of a new special premium SP.

  Thus, according to the prize dispensing device 100 of the present embodiment, prizes can be reliably paid out even with the weight portion 150 having a relatively light weight via the string 104.

[Modification]
In addition, the form of this invention is not restricted to the said embodiment, A structure can be added / omitted / changed suitably.
For example, in the above-described embodiment, one premium payout device 100 includes three premium payout mechanisms 101A to 101C. However, the number can be changed as appropriate. Further, in that case, the direction of the rod 114 in each premium payout mechanism 101 is not necessarily the same, for example, it may be directed radially, and the rod 114 of some premium payout mechanisms 101 is not above the premium payout outlet 20, It goes without saying that the special prize SP may be dropped on the upper surface of the fixed table 6 above the fixed table 6.

  Also, for example, as shown in FIG. 11, the main contact portion of the support portion 120 is changed to a roller 190, and the bottom surface of the abutment plate 118 of the prize holding portion 110 that is recessed in the axial direction of the roller 190 is arcuate. The groove 192 may be added so that the roller 190 comes into contact with the groove 192.

  In the above embodiment, when the weight of the special prize SP increases, the friction coefficient between the main contact part 128 and the contact plate 118 increases, and the force required to release the engagement between the support part 120 and the prize holding part 110 is increased. Although it becomes large, it can be kept small in the structure of FIG. Nevertheless, by fitting the roller 190 in the groove 192, it is possible to prevent the engagement from being unnecessarily released due to a slight shaking. Further, by using the roller 190 as the contact point, the effect of reducing the wear and roughness of the contact point and the accompanying increase in the friction coefficient can be obtained. Further, when the premium payout mechanism 101 is returned to the original pre-payout state, the roller 190 enters the groove 192 creates a feeling of clicking and makes it easy to understand that the original state has been restored.

  In the above-described embodiment, each premium payout mechanism 101 is configured to operate independently, but this can also be operated integrally. For example, as shown in FIG. 12, a first connector 200 provided with three insertion holes 202 through which the rod 114 can be inserted is attached to the root of the rod 114 as shown in FIG. In the configuration shown in the figure, since the weight portions 150 are connected to the prize payout mechanisms 101, the prize can be paid out only when all three weight portions 150 are dropped from the fixed table 6.

  Further, for example, as shown in FIG. 14, a second connector 210 provided with three insertion holes 212 through which the towed arm portion 124 can be inserted is used as a base of the towed arm portion 124 as shown in FIG. A configuration for mounting in the vicinity is also possible. In the example of the figure, since the weight portion 150 is connected to each premium payout mechanism 101, only one of the three weight portions 150 is dropped from the fixed table 6 and is held by the three rods 114. All prizes will be paid out at once. Of course, the number of premium payout mechanisms 101 connected by the first connector 200 and the second connector 210 can be changed as appropriate.

2 Pusher type game device 5 Small prize 6 Fixed table 8 Pusher table 20 Prize payout exit 100 Prize payout apparatus 101 Prize payout mechanism 104 String 110 Prize holding part 112 Base 114 Rod 116 Bearing part 118 Contact plate 120 Support part 122 Bearing part 124 Towed arm portion 126 Support arm portion 128 Main contact portion 150 Weight portion 152 Convex portion 170 Silicon rubber coating

Claims (8)

A prize payout mechanism provided in a pusher type game device,
The front portion and the rear portion swing vertically in a seesaw shape with the first swing shaft as the axis center, and the front portion is inclined upward and the prize payout posture is directed obliquely downward A prize holder that is displaceable,
A towed arm portion to which a string body connected to a weight portion is connected to an end portion and a support arm portion on the opposite side of the towed arm portion are vertically moved in a seesaw shape with the second swing shaft as an axis center A swinging support,
And the support arm portion is engaged with the rear portion in the premium holding posture to support the premium holding portion in the premium holding posture, and the engagement is performed by swinging the support portion by pulling the string body. A prize payout mechanism in which a prize is released and the prize holder is displaced to the prize payout posture.   The support portion has a length from the second swing shaft to the end portion of the towed arm portion longer than a length from the second swing shaft to the engagement position with the rear portion. The premium payout mechanism according to claim 1, which is configured.   The premium payout mechanism according to claim 1 or 2, wherein the towed arm portion is configured to be variable in length. The second rocking shaft is higher than the first rocking shaft and is provided in the direction of the rocking force upward of the rear part in the prize holding posture;
The support arm part supports the prize holding part in the prize holding posture by transmitting an upward swinging force of the rear part to the second swinging shaft to prevent the prize holding part from swinging. To
The premium payout mechanism according to any one of claims 1 to 3. The first swing axis as a common axis, wherein the second swing axis as a common axis, the prize dispensing device comprising a plurality parallel prize payout mechanism according to any one of claims 1-4. Among the plurality of prize dispensing mechanism of claim 5, further comprising an integral connection portion for swinging integrally connected to the towed arm portion or the front portion of the predetermined number of prize payouts mechanism which connects Giveaway device. Comprising a prize payout mechanism according to any one of claims 1-4, pusher game device the weight part is placed on a fixed table. A pusher-type game device comprising the premium paying device according to claim 5 or 6 , wherein the weight portion is placed on a fixed table.

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