KR200345606Y1 - Amusement machine supplying medals - Google Patents

Abstract

The present invention relates to an electronic amusement machine for medals, which is intended to provide a medal electronic amusement machine that allows the discharge of the medals to be smoothly discharged by the operation of a plurality of rotating bodies that are mechanically operated and rotated.

In other words, the present invention supplies a medal (4) to the inside of the transparent cover (3) into the medal inlet (9) to a variety of positions, and the bonus medal supply (8) is installed to provide additional medal (4) as a bonus And a mechanical medal ejection device 5 having a recovery hole 6 and a discharge hole 7 below, and the recovery hole 6 and the discharge hole 7 are located inside and outside the lower part of the entertainment base 2. In constructing the electronic device (1) for medals connected with the medal collection container (10) (11) for suppliers and users to be installed in,

The mechanical medal ejection device (5) is a recovery hole (6) biased outward to be configured to be connected to the supplier and the user medal collection container (10) (11) to the edge side to the base frame 12 fixed to the entertainment base (2) ) And the circular installation space 13 formed with the discharge hole 7 biased inwardly is recessed, and the coupling groove 15a is formed at the center of the bottom of the installation space 13 so that the coupling groove 14 is formed at the edge side. ) Is fixed to the bottom plate 15 through which the bottom plate 15 is mounted on the drive shaft 17 driven by the motor 16 coupled to the base frame 12 so as to rotate in an interview state with the bottom plate 15. Arrange the rotating plate 18 which is fixed to the shaft, and through the plurality of medal indentation hole (18a) is formed through the edge of the rotating plate 18 so that the medal (4) is supplied to the recovery hole (6), On the lower edge side, a part of the outside of some medallion holes 18a selected from the medal hole 18a is blocked. The support plate 19 which allows the medal 4 to be supplied to the ball 7 is attached in a ring shape to be coupled to the coupling groove 14, and the rotary supply plate 20 protrudes from the upper side of the rotating plate 18. On the upper side of the edge of the rotating plate 18, the medal alignment stand 21 fixed to the base frame 12 is disposed in surface contact, and the rotary supply plate 20 and the medal inside the rotary supply plate 20. Arrange the installation space 13 by arranging the supply plate 22 in which the medal drop hole 22a is formed, which extends over the hole 18a, but is provided between the rotary supply plate 20 and the supply plate 22. 22, a plurality of blade pieces 23a which are axially coupled and rotated to the shaft rod 22b protruding from the lower side thereof are coupled to the magnetic field member 23 formed thereon, and the supply plate 22 above the supply plate 22. The space plate 24 in which the hole 24a which divides the magnitude | size of the shape is arrange | positioned, and the inside of the hole 24a is driven by injecting the rotating body 25 which rotates in the state interviewed with the supply plate 22. It is fixed to the shaft 17, the upper plate 26 in contact with the transparent cover 3 is disposed above the space plate 24 and fixed to the base frame 12 together with the supply plate 22 and the space plate 24 As fixed by means 27, according to the present invention, the user can double the pleasure of entertainment by quickly discharging the dividends of the user with the pleasure of acquiring the medal 4 additionally provided by the bonus medal supplier 8. will be.

Description

Electronic machine for medals {Amusement machine supplying medals}

The present invention relates to an electronic amusement machine for medals, and more particularly, to provide a medal electronic amusement machine which allows the medals to be discharged smoothly by the operation of a plurality of rotating bodies that operate mechanically and rotate. will be.

In the case of an electronic game machine, what is output on the screen by software and what is driven by a mechanical operation are typically spread | represented.

In the case of the marble or medal electronic amusement machine driven by the mechanical operation, it is known as an entertainment game that can be performed while visually confirming the movement of the marble or the medal.

Particularly, in case of the electronic entertainer for medal, the medal is discharged by the discharge plate which is moved forward and backward by the conveying means. The discharge hole connected to the collecting container is formed, and when the medal is injected into the medallion dropping onto the conveying plate, the bonus points are given when the sensor contacts the sensors arranged in various configurations. The medals moved by the discharge plate were stacked on the transfer plate, so that the discharge of the medals was often not smooth, and there were many cases of discomfort to the user, and there were many difficulties in providing amusement.

The present inventors have devised the present invention to solve all the problems of the conventional and medallion electronic devices as described above, in the present invention, the supplier of the medal supplied through the medal slot is mechanically operated by a plurality of rotating bodies And it is configured to be discharged smoothly to the recovery and discharge hole is connected to the user's medal collection container, and the user's dividends are configured to be discharged quickly, providing a fun and improved electronic entertainment for the medal at the same time providing fun and novelty The present invention has been completed with the technical problem of the devised.

1 is a schematic side view of the electronic device for medals applied to the present invention

Figure 2 is an exploded perspective view of the main portion of the present invention

3 is a cross-sectional view of the coupling state of FIG.

4 is a plan view of FIG.

5 is a plan view showing the operating state of the rotating plate of the present invention

Figure 6 is a cross-sectional view showing a medal alignment band of the present invention

7 is a cross-sectional view showing a state in which medals fall into the recovery hole of the present invention

8 is a cross-sectional view showing a state in which the medal is moved above the recovery hole of the present invention

9 is a cross-sectional view showing a state in which the medal is dropped into the discharge hole of the present invention

Explanation of symbols used in main part of drawing

1: Electronic entertainment machine for medals 2: Entertainment base

3: Transparent cover 4: Medal

5: Medal ejector 6: Recovery

7: Ejection 8: Bonus Medal Feeder

9: medal entry 10: medal collection container for supplier

11: user's medal collection 12: base frame

13: Installation space 14: Coupling groove

15: base plate 15a: shaft coupling hole

16: motor 17: drive shaft

18: Swivel plate 18a: Medal hole

19: support plate 20: rotary feed plate

21: Medal Alignment 22: Supply Plate

22a: medal drop 22b: shaft

23: whole 23a: wing

24: space plate 24a: hole

25: rotating body 26: top plate

27: fixing means

Figure 1 shows a schematic side view of the electronic device for medals to which the present invention is applied, Figure 2 shows an exploded perspective view of the main portion extract of the present invention, Figure 3 is a cross-sectional view of the combined state of Figure 2, Figure 4 As a plan view and the like, a configuration of the present invention will be described below.

The electronic entertainment machine 1 for medals provided in the present invention has a recovery hole 6 and discharged to mechanically discharge the medal 4 into the transparent cover 3 on the upper part of the entertainment body 2 as shown. Built-in medal ejection device (5) having a ball (7), supply the medal (4) to be injected into the upper side of the medal ejection device (5) to various positions, the medal is introduced from the periodically moving sensor When the bonus medal supply (8) is added to provide a medal (4) as a bonus is configured to be connected to the medal inlet (9) is installed on the top of the entertainment main body (2), the recovery hole of the medal ejection device (5) ( 6) and the discharge hole (7) medal ejection device of the electronic device (1) for medals connected to the supplier and user's medal collection container (10) (11) installed in the lower and outer sides of the entertainment base (2) (5) ) To actively improve the fun and novelty of entertainment.

That is, in the present invention, the medal ejection apparatus 5 provided in the present invention is a supplier and user's medal collection container 10 to the edge side to the base frame 12 fixed to the entertainment main body 2, as shown in Figs. To form a recessed circular installation space 13 formed with a recovery hole 6 biased to the outside and a discharge hole 7 biased to the inside, and connected to the bottom of the installation space 13 toward the edge side. Fixing the bottom plate 15 through which the shaft coupling hole 15a penetrates in the center to form the coupling groove 14.

As the shaft coupling hole (15a) is inserted into the drive shaft 17 so as to be driven by a motor 16 coupled to the lower side of the base frame 12, the rotating plate 18 is fixed on the drive shaft 17, the bottom plate 15 ) To be rotated in an interview state, and a plurality of medal indentations 18a are formed at the edges of the rotating plate 18 so that the medal 4 can be supplied to the recovery hole 6, and the rotating plate 18 On the lower edge side, a bottom plate (A) is formed by attaching a support plate 19 in which a medal 4 is supplied to the discharge hole 7 by blocking a portion of the medal inner hole 18a selected from the medal hole 18a. 15 is coupled to the coupling groove 14 formed to the outside. At this time, the position of the recovery hole (6) and the discharge hole (7) is determined according to the rotation of the rotary plate (18), and always through the recovery hole (6) and then through the discharge hole (7) Determine the direction of rotation.

The upper side of the rotating plate 18 is formed to protrude the rotary supply plate 20 into the inside of the medal hole (18a), and the base frame on the medal insert hole (18a) formed on the edge side of the rotating plate 18 The medal alignment table 21 fixed to (12) is arranged in surface contact with the rotating plate 18 so that the medal can be smoothly inserted into the medal insertion hole 18a.

One or more medal dropping holes 22a are formed to extend the drive shaft 17 above the rotary supply plate 20, and span the rotary supply plate 20 and the medal inlet 18a on the drive shaft 17. ) Is formed to seal the installation space 13 by fixing the supply plate 22 formed on the base frame 12, but protrudes below the supply plate 22 between the rotary supply plate 20 and the supply plate 22. When the weight of the medal 4 is applied in the state in which it is axially coupled to the shaft 22b, the plurality of blade pieces 23a protrude and rotate onto the rotary feed plate 20 by engaging the magnetic body 23 formed therein. The medal 4 is pushed toward the edge of the rotating plate 18 on which the medal hole 18a is formed.

And above the supply plate 22 is disposed a space plate 24 corresponding to the thickness of the medal 4, the hole 24a is formed to partition the space in which the medal 4 is supplied, and the drive shaft ( 17, the rotary plate 25, which is inserted in the hole 24a formed in the space plate 24 and is bent in the rotational direction so as to rotate in a state of being interviewed with the supply plate 22, is coupled to the space plate 24. The upper plate 26 is disposed in contact with the transparent cover 3 on the upper side, and the base plate 12 is disposed on the base frame 12 together with the supply plate 22 and the space plate 24. The configuration is fixed by the same fixing means (27).

The electronic entertainment device 1 for medals of the present invention constituted as described above is to discharge the medals 4 by the medal discharge device 5 which is mechanically operated, and the like according to the use of the present invention. Will be described.

When the medal 4 is inserted into the medal entry hole 9 while the rotary plate 18 is rotated by the motor 16 by applying power to the medal electronic entertainment device 1 provided by the present invention, the medal ( 4) drops through the supply of the supply plate 22 after passing through the bonus medal feeder (8).

The bonus medal supplier 8 is a general having a function of additionally providing a medal (4) as a bonus when the medal (4) is injected into the periodically moving sensor, a detailed description thereof will be omitted.

Medal (4) dropped to the supply plate 22 as described above is seated in a variety of positions, a part is formed in the supply plate 22 and through the medal dropping hole (22a) the rotary supply plate 20 or medal indentation hole (18a) It may fall down immediately.

As shown in FIG. 4, the medal 4 dropped onto the supply plate 22 is supplied to the medal supply hole 22a by the rotating body 25 fixed to the drive shaft 17. At this time, the end of the rotating body 25 is configured to be bent in the rotational direction, and the top plate 26 is rotated in the state covered the end, most of the medals (4) dropped on the upper side of the supply plate 22 seated. It will be moved to the medal supply hole (22a).

Thus, the medal 4 dropped to the upper side of the rotary supply plate 20 through the medal supply hole 22a is rotated on the rotary supply plate 20, these medals 4 are shown in FIG. As described above, the magnetic plate 23 coupled to the shaft rod 22b protruding downward from the supply plate 22 is pushed to the edge of the rotary plate 18 on which the medal hole 18a is formed.

That is, when the rotary feed plate 20 is rotated in the state where the medal 4 is placed, the medal 4 placed on the rotary feed plate 20 is in contact with the magnetism 23, and at this time, the medal is placed on the magnetism 23. Since the weight of (4) is applied, the rotating plate 18 is rotated on the shaft bar 22b. In the case of the medal 4 located in the rotational direction of the magnet 23, the rotary plate 18 having the medal inlet 18a is formed. It is naturally pushed toward the edge of the drop.

As described above, the medal 4 falling through the feed plate 22 and the rotary feed plate 20 is embedded in the medal inlet 18a formed at the edge of the rotary plate 18 or the rotary plate 18. It is rotated in a state mounted on the), the medal embedded in the medal inlet (18a) is discharged to the recovery hole (6) and the discharge hole (7).

That is, as the rotating plate 18 rotates, the medal inlet 18a arrives at the upper side of the recovery hole 6 which is formed to be biased to the outside first. 7 is dropped into the medal collection container 10 for suppliers through the recovery hole (6), the outer portion of the medal inlet (18a) is blocked by the ring-shaped support plate 19 The medal 4 on the medal indentation 18a is formed to pass through the recovery hole 6 and then to be inwardly inclined as shown in FIG. 8, with both ends being placed on the bottom plate 15 and the support plate 19, respectively. When the arrival to the upper side of the discharge hole (7), the medal (4) is discharged into the user's medal collection container 11 through the discharge hole (7) as shown in FIG.

On the other hand, when the medals fall into the edge side of the rotating plate 18, the medal hole 18a is formed, the plurality of medals 4 are rotated in the state mounted on the rotating plate 18 without being embedded in the medal hole 18a. The medal 4 is to guide the medal 4 to the medal hole 18a because the medal alignment table 21 fixed to the base frame 12 is in surface contact on the rotating plate 18 as shown in FIG. .

As described above, the medal electronic entertainment device 1 provided in the present invention is a medal collection device for the supplier and the user by the medal ejection device 5 in which the medal 4 supplied through the medal inlet 9 is mechanically operated. It is configured to be smoothly discharged into the recovery hole (6) and the discharge hole (7) that is connected to the barrel (10) (11), according to the present invention medal (4) additionally provided by the bonus medal supplier (8) It is a devise that provides a playfulness that is different from the existing electronic entertainment, which can be enjoyed by quickly discharging the dividends of users along with the pleasure to acquire.

Claims (2)

The inside of the transparent cover 3 is provided with a bonus medal feeder (8) for supplying the medal (4) introduced into the medal opening (9) to a variety of positions and additionally provide a medal (4) as a bonus, and recovered to the lower side A mechanical medallion dispensing device (5) having a ball (6) and a discharge hole (7) is provided, and the recovery hole (6) and the discharge hole (7) are provided in the lower and inner and outer parts of the entertainment base (2) and the user In constructing the medal electronic entertainment device (1) connected to the dragon medal collection container (10) (11), The mechanical medal ejection device (5) is a recovery hole (6) biased outward to be configured to be connected to the supplier and the user medal collection container (10) (11) to the edge side to the base frame 12 fixed to the entertainment base (2) ) And the circular installation space 13 formed with the discharge hole 7 biased inwardly is recessed, and the coupling groove 15a is formed at the center of the bottom of the installation space 13 so that the coupling groove 14 is formed at the edge side. Fix the bottom plate (15) through which Above the bottom plate 15 is disposed a rotating plate 18 is fixed on the drive shaft 17 driven by a motor 16 coupled to the base frame 12 to rotate in an interview state with the bottom plate 15, At the edge of the rotating plate 18, a plurality of medal indenting holes 18a are formed through the collecting holes 6 so that the medals 4 are supplied to the recovery holes 6, and the lower edge of the rotating plate 18 is selected from the medal indenting holes 18a. Attached to the coupling groove 14 by attaching a support plate 19 in a ring shape to block a portion of the outside of the several medal inlets 18a so that the medals 4 are supplied to the discharge holes 7, The rotary supply plate 20 protrudes from the upper side of the rotating plate 18, and the medal alignment table 21 fixed to the base frame 12 is disposed on the upper side of the edge of the rotating plate 18 in surface contact. The supply plate 22 formed with a medal drop hole 22a that extends over the rotary supply plate 20 and the medal inlet hole 18a is disposed above the rotary supply plate 20 to seal the installation space 13. However, between the rotary supply plate 20 and the supply plate 22, a magnetic member 23 protruding several blade pieces 23a protrudingly rotated by the shaft rod 22b protruding from the lower side of the supply plate 22. ), A space plate 24 having a hole 24a for dividing the size of the supply plate 22 is disposed above the supply plate 22, and inside the hole 24a in an interview state with the supply plate 22. The rotating plate 25 is rotated and fixed to the drive shaft 17, and the upper plate 26 is disposed above the space plate 24 to be in contact with the transparent cover 3 to supply the plate 22 and the space plate 24. ) Electronic medals for medals, characterized in that fixed to the base frame 12 with a fixing means (27). The method of claim 1, End portion of the rotating body 25 is an electronic entertainment machine for medals, characterized in that configured in the bending direction.