JPH04146787A - Premium delivering machine - Google Patents

Abstract

PURPOSE:To mount a train of premiums stored in a storage section below the existing premiums on a lift base when the existing premiums are hooked at a premium mooring section by providing the premium mooring section limiting premiums from being lowered to the uppermost premium position or below of a train of premiums stored in a storage section and a delivering means conveying premiums toward a delivery port from a delivery section. CONSTITUTION:A premium mooring section 41 limits the premiums 17 hooked on the premium mooring section 41 from being lowered to the uppermost premium 17 position of a train of premiums 17 stored in a storage section 3 or below. When a train of premiums 17 are moved to the premium mooring section 41, there is no hindrance. If a lift base is lifted when the premiums 17 are hooked on the premium mooring section 41, the existing premiums 17 are pushed up by the premiums 17 mounted on the lift base 5 from the lower side. The feed shaft 15 of a delivering means 14 constituted of an erect push plate provided at the rear end of a delivery section 13 is rotated and moved to the front of a premium conveyance path 16 as a motor 22 is driven, thus a preset number of premiums 17 delivered by the delivery section 13 press the premium conveyance path 16 and are discharged from the delivery port 23 of a machine body cover section 2a, and a player receives these premiums 17.

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a prize dispensing machine. More specifically, the present invention relates to a prize dispensing machine in a pachinko parlor or the like, and more specifically to a prize mooring section installed in a prize elevating section of the prize dispensing machine.

(Prior art) As a prize dispensing machine in pachinko parlors, etc.,
303178r "Prize dispensing machine in pachinko parlors etc." is known. In addition, as a prize storage device used to set a large number of prizes at the same time in the same prize dispensing machine, there is an example of a prize storage device used for setting a large number of prizes at the same time in the same prize dispensing machine. "It has been known.

The lifting platform in the prize dispensing machine is arranged so that when the number of prizes on the lifting platform becomes less than the maximum payout number, the prizes are lowered to the same level as the bottom of the prize surface in the storage section. Furthermore, the prize dispensing machine consists of the following contents.

In other words, Figure 8 shows a perspective view of the entire prize dispensing machine, and Figure 8 shows a central cross-section of the same part.
In Figures 1 and 2, (101) is the aircraft body (1
02) is an elevating part that also serves as an insertion part and has a prize width provided at the base.

In front of the lifting section (101), there is a first-in, last-out storage section (101) having the same stacking height as the height of this stacking set.
103) are installed in series, and the overall linear storage type stocker (
104). The elevating platform (105) provided below the elevating part (101) can be freely raised and lowered by inserting a vertical elevating screw (107) interlocked with the elevating motor (106), and the elevating platform (105) can be properly installed. The location is a storage section (103) connected to the front of the elevating section (101).
A moving belt (108
) exhibits the same level as the conveyance surface (108) a. Moreover, this storage part (103) has a moving belt (108) and a
The vertical misalignment prevention rod (109) is provided with a vertical misalignment prevention rod (109) that moves together with the vertical misalignment prevention rod (109).
A suitable number of guide rotation rods (112) are disposed on both sides of a housing portion (103) which is supported by a support piece (111) inserted through the rod (110) and serves as a long groove frame. (113) is a dispensing part provided at the upper part of the elevating part (101), and the dispensing part (
113) can be freely fed out to the prize delivery path (116) which serves as the top plate of the machine body (102) by rotating the vertically extending feed shaft (115) by means of an upright push plate (114) provided at the rear end.

In this case, the number of stockers (104) is arranged in parallel in the machine (102) according to the prize type.

For example, as shown in Fig. 8, there is a multi-connection configuration in which one outlet is for 100 yen, one is for 500 yen, and the west exit is for 1,000 yen. Of course, the length of each prize (117) is different at this time, and the extending position of the vertical slip prevention rod (109) at the time of setting is changed accordingly (symbols λ, b in Fig. 8).
, c) Next, the operation of this conventional example will be explained. First, it consists of a rectangular flat casing, with a certain number of special prizes (117) with data magnetic tape arranged on the side (50 stacked in the illustrated device), and a rear lid (11g) of the fuselage (102). is opened and inserted and set through the rear opening (101) a of the elevating part (101) which also serves as the insertion part of a predetermined stocker (104). The set is Utility Model No. 2-86587
166136) "Prize automatic storage device for premium dispensing machine". The set is inserted in direction A in Figure C.

In this case, the setting position of the lifting platform (105) of the lifting unit (101) is on standby so that it is flush with the conveyance surface (10g) a of the moving belt (108) of the storage unit (103).

In this way, a certain number of prizes (117) are placed in the elevator section (101).
After setting the prizes (117), push the group of prizes (117) forward using a separate pushing means and push the transfer belt (1
08) Place the slide on a.

In this case, there is an upright vertical slip prevention rod (109) at the moving belt (10g) position to receive a row of prizes (117), so that the prizes (117) that have been transferred will not collapse.

Thereafter, the prizes (117) set in the lifting section (101) were sequentially stuffed into the storage section (103) in the linear direction, and finally, as shown in the diagram, the prizes (117) were also packed in the lifting section (101). state.

Here, the prize payout machine operates based on a data signal corresponding to the number of balls brought in by the customer. First, the lifting motor (106) with an electromagnetic brake is appropriately driven to rotate the lifting screw (107), and along with this, the lifting screw (107) is rotated.
The lifting platform (1 (15)
increases by the height of the prize (117) of various constants. In this device, the dispensing section (113) raises 5 sheets at a time.
It is paid out by forward movement of the erecting push plate (114).

In this case, in order to obtain a large number of prizes (11, 7), multiple rows of stockers (104) are linked and paid out at once. If the number of prizes (117) is still not enough, please use the elevator platform (10
You just have to repeat step 5) of raising the number of cards in units of 5 sheets.

In addition, the climbing platform (105) will rise in sequence, and the climbing platform (105
) is less than the maximum number of prizes that this device can pay out (
For example, if there are 5 tickets or less left, the elevator platform (105) is moved by the elevator screw (105) with the prize (117) on it as shown in Figure C.
107) and lower it by reverse rotation. In this lowered position, the top surface (117)a of the prize is located on the transfer belt (103) of the storage section (103).
It is set to the same level as (Log) by a control signal from a position sensor provided in the payout unit (113).

In this way, when the prize setting position of the elevating part (101) becomes empty, the storing part (
The moving belt (108) of the transverse feed motor (103)
12G) is driven and rotates in conjunction with the transmission chain (121), and the loaded prizes (117) are moved by the movement of the moving belt (108) and the vertical slip prevention rod (109) integrated with it. Move the prizes (117) in the − row in the direction of B in FIG.
5) Place it directly on top. Therefore, the lifting platform (10
5) Even if there are a few prizes (117) left on the top, there is no need to take them out to the outside each time and discard them; all you have to do is place the next group of prizes, which reduces the time it takes to change the stocker. can be shortened. That is, the group of prizes (117) that have been fed out will either directly get onto the lifting platform (105) or will be placed on the conveyance surface (108).
) Get on top of the remaining prize (117) that has fallen to a.

So, in the lift ff (101) - column prize (117)
At the stop position of the movable belt (108) that has fed out the group, the group of prizes (117) in the next row are closely jammed and moving, so the lifting platform (105) moves upward in this state. If it falls, he will inevitably move the moving belt (10g) back a little to bring the prize (117) into contact with the prize (107) on the lifting platform (105) and the moving bell (108).
) and the prize (117) by an appropriate interval C.

On the other hand, a predetermined number of prizes (
117), an upright push plate (114) at the rear end provided in the dispensing part (113) moves the feed shaft (
115) rotates and moves to the front of the prize conveyance path (116), the surface of the prize conveyance path (118) is pushed and the prize (115) is ejected from the payout port (123) of part of the fuselage cover (102) a. ) is taken by the customer.

(Problem to be Solved by the Invention) Therefore, in the conventional lifting platform, the setting position of the lifting platform (105) of the lifting section (Lot) is set at the conveying surface (108) of the moving belt (108) of the storage section (103). ) is on standby so that it is on the same plane as a.
5) rises sequentially and the number of prizes on the elevator platform (105) is less than the maximum payout number that this device can pay out (for example, if there are 4 or less prizes left in units of 5 prizes), this Prize (1)
17), the lifting platform (105) is lowered by reverse rotation of the lifting screw (107). Therefore, even if there are a few prizes (117) left on the elevator platform (105), the next group of prizes can be carried out without having to take them outside each time and discard them. Since it is only necessary to place the stocker, the time for switching stockers can be shortened. That is, the group of prizes (117) that has been fed out either directly gets on the elevator platform (tOS) or rides on the remaining prizes (117) that have been lowered to the transport surface (10g) a. ”.

That is, in the conventional example, the number of prizes (117) placed on the lifting platform (105) and lowered is not constant.

Therefore, in the conventional example, the elevator platform (105) is lowered to a position where the surface of the elevator platform (105) matches the bottom surface of the prize located at the bottom of each row of stored prizes (117), or lowered to a lower position. By lowering the platform (105) to a position where the surface of the prize to be placed matches the bottom surface of the prize located at the bottom of each row, the surface of the platform (105) or the platform (
105) It was necessary to lower the surface of the prize placed on top to a position where it coincided with the bottom surface of the bottom prize (117) in each row. If both sides do not match, there is a problem in that the prizes in the missing prize row cannot be smoothly moved to the elevator platform (105). However, the number of prizes placed on the lifting platform (105) and descending is not constant, and the prizes located at the bottom of each prize row (
117) The prize (11) located on the bottom surface and the top of the lifting platform (105) or on the lifting platform (105)
7) was difficult to control to match.

(Means for Solving the Problems) The present invention includes an elevating section in which stacked prizes are set and a dispensing section provided at the upper part, a dispensing port provided on the outside of the dispensing section, and an elevating section adjacent to the elevating section. A storing section is provided at the bottom which has a moving means and stores prizes stacked in rows inside, an elevating table that is driven up and down within the elevating section, and a dispensing section provided at the bottom of the dispensing section. A prize mooring part that prevents the prizes that have been moved up to the height from falling below the top prize position of the prizes stored in a row in the storage part even when the lifting platform is lowered; To provide a prize dispensing machine characterized by comprising a dispensing means for conveying a prize.

(Function) The prizes are stacked in a row and stored in the storage section. At the same time, prizes are stacked and set on the lifting platform of the lifting section.

Then, the lifting platform is driven and raised. Then, the placed prizes are lifted up by the lifting platform, and a predetermined number of prizes are delivered to the payout section.

The prize dispensed to the dispensing section is conveyed from the dispensing section toward the dispensing outlet by the dispensing means, and the prize is provided.

After the prize is conveyed by the payout means, the elevator platform is lowered. Among the prizes placed on the lifting platform, the prize located above the prize mooring section is latched by the prize mooring section and its descent is regulated, so that it is separated from the lifting platform.

If the prize is latched to the prize mooring part as the platform is raised and lowered repeatedly, there will be no prize placed on the platform, regardless of whether there is any prize latched to the mooring part. It comes to.

Therefore, the moving means at the bottom of the storage section is driven to move a row of prizes from the elevating section onto the elevating table among the prizes stored in rows in the storage section. Even if a prize is anchored to the prize mooring section, the prize mooring section does not lower the prize moored to the prize mooring section below the top prize position of the prizes stored in a row in the storage section. is regulated. Therefore, the rows of prizes stored in the storage section are placed below the prizes and on the elevator platform even if there are prizes that are anchored to the prize mooring section.

(Embodiment) Fig. 1 shows a vertical cross-sectional side view of the main parts of a prize dispensing machine according to an embodiment of the present invention, Fig. 2 shows a front view of the same, Fig. 3 shows a plan view of a moving means, Figure 4 shows a perspective view of the entire aircraft, Figures 5 and 6 show a partially enlarged view of the same in use.
This will be explained according to FIG. a, FIG. 6b, and FIG. 7.

(1) is a lifting section. The elevating part (1) is the fuselage (2)
A prize (
It also serves as the insertion part of 17). A hollow first-in, last-out storage section (3) is connected to the front of the elevating section (1) (on the left side in the figure) and has the same stacking height as the height at which prizes are stacked and set on the elevating section (1). will be established. The storage part (3) is formed as a whole as a linear storage type stocker (4).

(5) is a lifting platform. The elevating platform (5) is normally installed below the elevating part (1), and has an elevating means (7) consisting of a vertical elevating screw that is interlocked by an elevating motor (6).
is inserted through the support piece (19) and can be raised and lowered freely. The reference numeral (31) shown in FIG. 7 is a lifting platform push-up section. The lifting platform push-up 1 (31) has a plate shape, is positioned below the lifting platform (5), and is moved up and down by the lifting means (7). (32) is a buffer means. Buffer means (32)
is made of a spring and is attached near the lowest position of the elevating means (7) so as to be biased toward the dispensing portion (13), that is, upward.

(33) is a stopper. The stopper (33) is provided at the bottom of the lifting section (1) so as to protrude inward, and the stopper (33)
5) Prevent the surface of the lifting platform (5) from descending below the conveying surface (8) a of the moving means (8) when descending. Lifting platform (5)
The normal installation position is on the conveying surface (8) of the moving means (8) consisting of a moving belt for lateral feeding (forward feeding) provided at the bottom of the storage section (3) connected to the front of the lifting section (1). ) Same level as a.

The storage part (3) is provided with a vertical displacement prevention rod (9) that moves together with the moving means (8). Vertical slip prevention rod (9)
is a support piece (1) whose upper and lower sides are inserted into parallel guide shafts (io).
An appropriate number of guide plates (12) made of stainless steel plates are disposed on both sides of the housing part (3), which is supported by the guide plate 1) and serves as a & groove frame. (13) is a dispensing part provided at the upper part of the elevating part (1), and (23) is a dispensing opening. The payout port (23) is connected to the payout section (13) via the prize conveyance path (16) and is provided outside the machine body (2) as shown in FIG. 4. In the dispensing section (13), dispensing means (14
) can be freely fed out onto the prize delivery path (16), which serves as the top plate of the machine body (2), by rotating the feed shaft (15) in the longitudinal direction.

The stocker (4) stores the number of prizes according to the prize type into the machine (2).
) are arranged in parallel. In other words, the prize conveyance path (
16) are installed side by side at the bottom of each. For example, as shown in FIG. 2, which shows a front view of the embodiment, it has a multiple-connection configuration in which one mouth is for 100 yen, one mouth is for 500 yen, and the west exit is for 1,000 yen. At this time, the length of each prize (17) is different,
Correspondingly, when each stocker (41) is set, the extending position of the vertical displacement prevention rod (9) is changed (see symbols λ, b, and c in FIG. 1).

(41) is a prize mooring part. The prize mooring part (41) is shown in Figure 8, which shows a partially enlarged front view, Figure 9, which shows a partially enlarged longitudinal side view, and Figure 10, which shows a partially enlarged view of Figure 8.
Figures 11 and 12 are partially enlarged views of other embodiments.
As shown in the figure, the dispensing section (13) is provided at the lower part. The prize mooring section (41) transports the prize that has been moved to the upper part of the prize mooring section (41) by the elevator platform (5).
5), the prizes (17) stored in rows in the storage section (3) are prevented from descending below the topmost prize (17) position. The distance m from the prize mooring part (41) to the bottom of the prize conveyance path (16) is such that 10 prizes (17) are stacked to match the maximum number of 10 prizes (17) to be paid out at one time by this device. Corresponds to the thickness, and prizes (1
7) can be moored. Figure 8, Figure 9, Figure 10
In the prize mooring part shown in the figure, the lower end is the rotating shaft (42)
is attached to the outside of the fuselage (2), and the tip is attached to the exterior of the fuselage (2).
) A protrusion (44) provided at the intermediate portion and secured to the outside is provided to protrude from the opening (43) into the elevating portion (1). In the prize mooring part (41) shown in FIG.
4), a rotatable roller (45) is attached to the tip and protrudes into the elevating part (1) from the opening (43). In the prize mooring part (41) illustrated in FIG.
It has almost the same shape as the prize mooring part (41) shown in FIG. 10, and is entirely made of a metal leaf spring (46), and the lower part is fixed to the outside of the fuselage (2). In either case, when the prize (17) is pushed up from the lower part of the prize mooring part (41) by the lifting platform (5), the protrusion (44) and roller (45) of the prize mooring part (41) move outward. It won't get in the way of the prize (17) going up as it escapes. However, since the elevating part (1) is always pressed inside, when the prize (17) below the prize mooring part (41) or the elevating platform (5) leaves, the prize (17) located above it is moored.

(51) is a payout number sensor. The payout number sensor (51) consists of a Hall element, and is shown in FIG.
As shown in FIG. 9, it is attached to the side surface of the dispensing part (13). The number of prizes (17) that have entered the payout section (13) detected by the number sensor (51) is converted into a signal and transmitted to the control section.

Furthermore, (61) illustrated in FIG. 6 a1, FIG.
This is a device to prevent prizes from collapsing. The prize collapse prevention device (61) is made of a plate-shaped body with an angled cross section, and is installed over the height of the prize (17). The L-shaped tip of the prize collapse prevention device (61) is provided to protrude between the prize (17) row on the prize insertion section side and the adjacent prize (17) row, and is provided with a spring (
62), the force is always applied between the two prize rows. (6
3) is a rotation shaft and is provided at the L-shaped base. (6
4) is a solenoid and is attached to the tip side of the L-shaped base via a wire (65). Therefore, when the solenoid (64) is activated, the prize collapse prevention device (61) rotates about the rotation axis (63) in a direction that moves the L-shaped tip away from the prize row against the biasing force of the spring. will be moved to When the solenoid (64) is deactivated,
The prize collapse prevention device (
The L-shaped tip of 61) is inserted again between the prize rows.

Next, the operation of this embodiment will be explained. First, it consists of a rectangular flat casing, and a fixed number of pachinko special prizes (17) with data magnetic tapes fixed to the sides (50 sheets stacked in the illustrated device) are placed in the rear part 11 of the machine (2). 18) and insert the stocker (4) through the opening (1) a provided at the rear of the elevating part (1) which also serves as the insertion part of the stocker (4). In the set, prizes (17) are stacked in a row and stored in a storage section (3). At the same time, prizes (17) are stacked and set on the lifting platform (51) of the lifting section (1).

The prize (17) may be set according to Utility Model Application Publication No. 2-86587 (Utility Application No. 63-166136) ``Automatic prize storage device for prize dispensing machine''. The set is inserted in direction A in FIG. In this case, the setting position of the lifting platform (5) installed in the lifting unit (1) is set at the moving means (8) of the storage unit (3).
) is on standby so that it is on the same surface as the transport surface (8) a.

After setting a certain number of prizes (17) on the elevating section (1) in this way, the group of prizes (17) is pushed forward using a separate pushing means and slid onto the conveyance surface (8) a of the storage section (3). Let it be placed. In this case, there is an upright vertical slip prevention rod (9) at the position of the moving means (8) to receive the prizes (17) in a row, so that the prizes (17) transferred will not collapse. Furthermore, the solenoid (64) of the prize collapse prevention device (61)
deactivate. Then, due to the biasing force of the spring (62), the L-shaped tip protrudes between the prize (17) row on the prize insertion section side and the adjacent prize (17) row, and the L-shaped tip projects forward. The prize row is prevented from collapsing by working with the vertical shift prevention rod (9).

Thereafter, the group of prizes (17) set in the elevating part (1) is sequentially stuffed into the storage part (3) position in the linear direction, and finally the 6th prize
As shown in Figure a, the lifting section (1) is also clogged. Utility patent application No. 1987-86587
No. 136) When using the "automatic prize storage device for a prize dispensing machine", the prizes are set in the storage section all at once in a cartridge format.

The prize dispensing machine operates based on a data signal corresponding to the number of five prizes brought in by the customer. First, when the electromagnetic brake-equipped lifting motor (6) is appropriately driven, the lifting means (7) rotates.

As the elevating means (7) rotates, the elevating platform pushing part (31), which is integrated with the support piece to which the elevating means (7) is screwed, moves the elevating platform (5).
) It hits the lower side and raises the lifting platform (5). The placed prizes (17) are raised by the lifting platform (5) by the height of a predetermined number of prizes (17), and the predetermined number of prizes (17) are delivered to the payout section (13). In other words, the dispensing part (13)
The number of prizes received is detected by the number sensor (51),
When the number of prizes calculated in advance according to the number of balls has been sensed, a signal to the effect that it has been sensed is transmitted to the control section, and the control section stops driving the motor (6). Payout section (13)
The prize (17) paid out is conveyed by the dispensing means (14) from the dispensing section (13) through the prize conveyance path (16) toward the dispensing port (23), and the prize (17) is provided. . In this device, the prizes (17) are increased in increments of up to 10 prizes.

In order to obtain a large number of prizes (17), multiple rows of stockers (4) are linked and paid out at once. If you still don't have enough prizes (17), you can repeat raising the elevator platform (5) in increments of 10 prizes.

In addition, when the ascending platform (5) sequentially ascends and the number of prizes on the ascending/descending platform (5) exceeds the number of prizes (17) that can be moored in the mooring section (41), for example, , If 10 pieces are moored and more than that remain, the prize mooring section (41
), the prize (17) that could not be moored at the lifting platform (5
) is lowered by reverse rotation of the lifting means (7).

That is, when the elevating means (7) is driven and lowered after the prize (17) is conveyed by the dispensing means (14), the elevating platform pusher (31) is also lowered, and the elevating platform pusher (31) is touched from below. The lifting platform (5), which was pushed and placed on and supported by the lifting platform pushing part (31), also descends accordingly. Among the prizes (17) placed on the lifting platform (5), the upper part of the prize mooring part (
The prize (17) located at 41) is located at the prize mooring part (17)
Since it is locked and restricted from descending, it is separated from the lifting platform (5).

When the elevating means (7) and the elevating platform (5) continue to descend,
The lifting table (5) is regulated by a stopper (33) at the lower part of the lifting part (1), and the lifting table (5) is stopped so that the surface of the lifting table (5) coincides with the position a of the conveyance surface (8) of the moving means (8). Lifting means (
7) further descends, but when it comes into contact with the buffer means (32),
The control unit that receives the sensing signal to that effect controls the motor (6).
The drive is stopped and the lifting platform (5) and lifting platform push-up part (31
) is stopped at the lowest position.

Therefore, it is not necessary to accurately set the lifting platform (5) to the same level as the moving means (8) using the control signal of the position sensor provided in the dispensing unit (13), and the lifting platform (5) is placed at a predetermined position. will be stopped.

If the prize (17) is latched to the prize mooring part (41) while the lifting platform (5) is repeatedly raised and lowered, the prize (17) is latched to the prize mooring part (41). Regardless of whether there is any prize (17) placed on the elevator platform (5), the prize (17) will end up being absent. When the top of the lift platform (5) is empty, the prize collapse prevention device (61) solenoid (6
4), and remove the L-shaped tip of the prize collapse prevention bag [(61) from between the prize rows. Next, the moving means (8) of the storage section (3), which extends in a straight line in front of the elevating section (1), is driven by the lateral feed motor (20) and rotates in conjunction with the transmission chain (2I). , the loaded prize (17
) group in the direction of B in Figure 5, and move the - column prize (17
) group is directly delivered and placed on the lifting platform (5) of the lifting section (1).

Furthermore, the solenoid (64) of the prize collapse prevention device (61)
) is deactivated. Then, due to the biasing force of the spring (62), the L-shaped tip pushes the prize (17) on the prize insertion part side.
The L
The prize row is prevented from collapsing by pushing forward with the letter-shaped tip and working with the vertical slip prevention rod (9).

The prize mooring section (41) holds the prize (17) moored on the prize mooring section (41) at the top prize (17) position of the prizes (17) stored in a row in the storage section (3). It is regulated to prevent it from falling below. Therefore, even if the prize (17) row moves to the prize mooring part (41), it will not get in the way. Furthermore,
When there is a prize (17) latched to the prize mooring part (41) and the platform (5) rises, the prize (17) is placed on the platform (5) from the bottom of the prize (17). ) is pushed up.

Therefore, even if there are prizes (17) that are less than the maximum payout number, the next group of prizes (17) can be placed instead of being taken out and discarded each time, reducing the time required to change stockers. I can do it.

Therefore, at the stop position of the moving means (8) which has delivered the group of prizes (17) in the - row to the elevating section (1), the group of prizes (17) in the next row are further jammed and moved. Therefore, if the elevator platform (5) starts to move upward in this state, the moving means (8) will inevitably be moved up in order for the members of the prize (I7) group to come into contact with each other.
First, move it back a little to separate the prize (7) on the elevator platform (5) and the prize (17) on the moving means (8) by an appropriate distance g.

On the other hand, a predetermined number of prizes (1
7), the payout means (14) consisting of an upright push plate at the rear end provided in the payout section (13) rotates the feed shaft (15) as the motor (22) is driven, and moves the prize conveyance path (16). In order to move forward, the prize exit path (16) is pushed and the prize is ejected from the payout port (23) of part (2)a of the fuselage cover.
7) is taken by the customer.

(Effects of the Invention) Therefore, in the present invention, while it is easy to move a new prize row to the elevator platform in the prize dispensing machine, precision control when lowering the elevator platform is not required.

[Brief explanation of drawings]

FIG. 1 is a vertical sectional side view of the main parts of a prize dispensing machine according to an embodiment of the present invention, FIG. 2 is a front view of the same, FIG. 3 is a plan view of the moving means, FIG. Fig. 6a and Fig. 7 are partially enlarged views of the same usage state, Fig. 6 and c of Fig. 6 λ
-c sectional view, Figure 8 is a partially enlarged front view of the prize mooring section, Figure 9 is a partially enlarged vertical side view, Figure 10 is a partially enlarged view of Figure 8, Figures 11 and 12. is a partially enlarged view of another embodiment,
Fig. 13 is a vertical side view of the main part of the conventional example, Fig. 14 is a front view of the same, and Fig. 15 is the descending (1) of the same elevator leaving the prize behind.
・Elevating part, (3)... Storage part, (5)... Elevating platform,
(8)...Moving means, (13)...Dispensing unit, (14)
)...payout means, (17)...prize, (23)...
・Payout port, (41)...Prize mooring section Patent applicant: Mars Engineering Co., Ltd. Representative Patent Attorney Yasu
Tadashi Hara 2 Doan
Hara Masa Yoshinori 5 Zuko 6 Figure 0 Rin 6 Box b Rin 7 Figure $rr Figure 14 Figure 17 Figure Karasu 15 Figure I6 Figure

Claims (1)

[Claims] An elevating section in which stacked prizes are set and a dispensing section provided at the top, a payout port provided on the outside of the dispensing section, and a moving means provided at the bottom adjacent to the elevating section and in which prizes are placed inside. A storage section that stacks and stores prizes in a row, a lifting platform that is driven up and down within the lifting section, and a lift section provided at the bottom of the payout section. A prize comprising a prize mooring part that prevents prizes stored in a row in a part from descending below the top prize position, and a dispensing means for transporting the prizes from the dispensing part toward the dispensing outlet. Payout machine.