KR100995991B1 - Game machine - Google Patents

Abstract

It is an object of the present invention to provide a game machine in which a plurality of players can easily recognize which of the balls in the capsule has won.

The game machine of the present invention includes a plurality of identifiable balls, a hollow elongated transparent capsule for accommodating the plurality of balls, a ball shuffler formed along the longitudinal direction on the inner circumferential surface of the hollow elongated transparent capsule, and the hollow elongated transparent capsule. Capsule rotation drive means for driving rotation about a center line along its longitudinal direction, ball storage means for accommodating one ball among a plurality of balls mixed by the ball shuffle means in the hollow elongated transparent capsule space; And an identification means for identifying the ball housed in the ball storage means, and a lottery apparatus that wins the ball identified by the identification means in the lottery.

Bingo game machine, lottery object, medal, rotation drive means, hollow transparent capsule

Description

Game Machine {GAME MACHINE}

1 is an overall perspective view of an embodiment of a game machine according to the present application.

Fig. 2 is a front view of the bingo game machine body in Fig. 1;

3 is a plan view of FIG.

4 is a side view of FIG. 2;

Fig. 5 is a schematic front view showing the main portion of the bingo game machine body shown in Fig. 2;

Figure 6 is a plan view of Figure 5;

7 is a right side view of FIG. 5;

8 is a front view of a hollow elongated capsule used in the bingo game machine body shown in FIG.

FIG. 9 is a right side view of an open / close frame in the hollow elongated capsule shown in FIG. 8; FIG.

Fig. 10 is a longitudinal sectional view of the main portion cut along the X-X line of Fig. 9;

FIG. 11 is an enlarged cross sectional view of part XI in FIG. 9; FIG.

FIG. 12 is a front view of the center base for supporting the capsule of the bingo game machine body shown in FIG. 2; FIG.

Figure 13 is a plan view of Figure 12;

Figure 14 is a right side view of Figure 12;                 

Fig. 15 is a front view of a side base instructing an internal drive unit of the bingo game machine body shown in Fig. 2;

Figure 16 is a plan view of Figure 15;

Figure 17 is a right side view of Figure 15;

FIG. 18 is a front view of the capsule drive unit installed in the center base shown in FIG. 12; FIG.

Figure 19 is a plan view of Figure 18;

20 is a left side view of FIG. 18;

Figure 21 is a view from the arrow direction XXI-XXI in Figures 19 and 23;

Fig. 22 is an enlarged plan view of the unit base rocking device of the front center part of Fig. 19;

FIG. 23 is an enlarged cross sectional side view of the unit base rocking device cut along the line XXII-XXII in FIG. 22; FIG.

Fig. 24 is a transverse side view of the arc of the curved rail and the slider cut along the line XXIV-XXIV in Fig. 19;

FIG. 25 is an enlarged plan view of the capsule rotating device in FIG. 19; FIG.

Fig. 26 is a longitudinal front view of the capsule rotating device cut along the lines XXVI-XXVI in Figs. 19 and 25;

Figure 27 is a perspective view of the inner cabinet support frame supporting the inner drive unit.

Fig. 28 is a front view of the ball identification device in the standing state.

FIG. 29 is a plan view of FIG. 28;

30 is a right side view of FIG. 28, and shows a rear view of the sensor plate 128. FIG.                 

Fig. 31 is a front view of the state in which the left ball support is detached.

32 is a plan view of FIG.

Fig. 33 is a front view of the ball identification device in the state where the sensor plate 128 is turned over.

Fig. 34 is a front view showing an arrangement state of the lucky basket and the ball identification device.

35 is a front view of the bottom of the elevator apparatus;

36 is a right side view of FIG. 35;

Figure 37 is a plan view of Figure 35;

Fig. 38 is a right side view of the platform 181 descending from above the ball 3 supported by the ball support 173, and the ball support arm 182 is unfolded.

39 is a front view of the top of an elevator apparatus;

40 is a right side view of FIG. 39;

FIG. 41 is a right side view showing a state in which the platform 181 is raised while supporting the ball 3 in FIG. 40, and the opening and closing arm 187 is opened by the ball 3;

Fig. 42 is a front view showing an operation state of one side of the pitch conveying apparatus.

Fig. 43 is a front view showing the other side operation state of the pitch conveying apparatus.

44 is a front view of the jackpot ball discharging device.

45 is a left side view of the jackpot ball discharging device.

46 is a plan view of the jackpot ball discharging device.

Fig. 47 is a plan view of the jackpot ball discharging device in a state of rotating the rotating base.

Fig. 48 is a rear view of the jackpot ball discharging device before the discharging operation.                 

Fig. 49 is a front view showing a state after the discharging operation of the jackpot ball discharging device;

50 is a perspective view of a display device of a satellite;

Fig. 51 is a schematic diagram of a control system of the present bingo game machine.

Fig. 52 is a functional configuration diagram of the present bingo game machine control system.

Fig. 53 is a flowchart showing a control procedure by the present bingo game machine control system.

FIG. 54 is a flowchart following FIG. 53;

Fig. 55 is a diagram showing an example of a screen during entry of a liquid crystal display.

56 shows an example of a spot card screen of a liquid crystal display;

Fig. 57 shows an example of the bingo game screen on the liquid crystal display.

Fig. 58 is a diagram showing an example of a bingo game screen including a JP bingo card display section of the liquid crystal display.

59 is a front view of another invention of the present application.

Fig. 60 is a left sectional view of Fig. 59;

FIG. 61 is an explanatory diagram showing the operation of the invention shown in FIG. 59; FIG.

<Brief description of the main parts of the drawing>

1: bingo game console body

2: satellite unit

3: ball

3a: numbered balls

3b: Bumber Ball                 

3c: Jackpot Ball

4: hollow three long transparent capsule

5: cylindrical capsule body

6: hemispherical side cover

7: vertical member

8: ring member

9: hinge

10: opening and closing frame

11: gas spring

12: transparent plate

13: elastic cushioning material

14: Screw

15: pressing member

16: attachment member

17: mixing rod

18: mounting bracket

19: mounting bracket

20: housing base

21: center base

22: side base                 

23: support bracket

24: prop

25: attachment piece

26: rocking base support

27: each pipe

28 casters

29: threaded fixing member

30: capsule drive unit

31: unit base

32: capsule holding

33: capsule support roller

34: curved rail pin plate

35: bracket

36: slider

37: arc-shaped curved rail

38: Bolt

39: spherical substrate

40: unit base swinging device

41: rocking motor support frame

42: rocking motor                 

43: reducer

44: coupling

45: rocking shaft

46: arm

47: axis

48: lift slider

49: lifting guide rail

50: capsule rotating device

51: capsule rotation motor

52: drive shaft

53: bearing

54: lifting frame

55: drive gear

56: driven gear

57: drive wheel

58: lifting guide

59: VAT

60: coil spring

61: adjusting screw

62: incision disc                 

63: encoder

100: internal drive unit

101: inner cabinet support frame

102: center frame

103: side frame

104: base

105: center pipe

106: connecting member

107: Wing Pipe

108: single pipe

109: Wing Plate

110: lucky basket

111: inverted axis

112: basket reversing motor

113: ball detection device

114: light emitter

115: Receiver

120: ball identification device

121: substrate

122: prop                 

123: normal plate

124: tilting plates

125: tilt shaft

126: inclined plate

127: sensor support member

128: sensor plate

129 antenna

130: ball holding

131: Ball Gasket

132: holding substrate

133: holding substrate

134: pin

135: ball holding

136: ball receiving

137: pin

138: between connections

139: tension coil spring

140: lever

141: ball gasket motor

142: opening and closing arm                 

143: hook pin

144 ball rotation motor

145 ball rotating roller

146: driving pulley

147: driven pulley

148: endless belt

149: tilting arm

150: tilt motor

151: axis of rotation

152: arm

153: connecting pin

154: connection

160: ball conveying conveyor

161: carrying in

162: carrying out

163: guide member

170: elevator device

171: guide rail

172: Substrate

173: ball receiving part                 

174: ball fall prevention rod

175: driving pulley

176: driven pulley

177: stepless belt

178: lifting motor

179: Guide Roller

180: getting on and off

181: platform

182: Ball Support Arm

183: fixing piece

184: Roller

185: horizontal member

186: opening and closing shaft

187: opening and closing arm

188: axis of rotation

189: feeding roller

190: transmission station

191: Bracket

192: support member

193: ring-shaped support member                 

200: pitch conveying device

201: Songchi Station

202 ball ball support frame

203 ball support guide

204: pitch conveying motor

205 rocking lever

206: axis

207: axis of rotation

208: rotating arm

209: between connections

210: discharge station

211: rocking lever

212: axis

213: between connections

214, 215: Serrated pitch carrier plate

216: axis

220: ball discharge stop device

221: Ball Discharge Control Motor

222: locking lever

223: axis                 

224: plane

225: Roller

240: jackpot ball release device

241: axis of rotation

242: rotating base

243: Jackpot Slewing Motor

244: Belt

245: arm

246: horizontal support shaft

247: support plate

248: prop

249: spring

250: reset motor

251: Rotating Jam Bar

252: locking member

255: stopper

260 horizontal support plate

300: capsule precession drive structure

301: Base

302: host                 

303: parallel ring

304: capsule support base

401 support

402: table

403: medal slot

404: medal extractor

410: display device

411: light emitting panel

500: main board

501: mass storage

502: mechanical control board

503: Satellite Board

504: DIMM Board

511: capsule control means

512: ball movement control means

513: ball processing control means

514: lamp control means

515: sound control means

516: transmission and reception means

521: capsule rotation mechanism                 

522: capsule rocking mechanism

523: ball detection means

524: ball identification means

525: basket reversing mechanism

526: ball rotating mechanism

527: ball switching movement mechanism

528 seven segment lamp

529: Other lamps

530: Speaker

551: medal processing control means

552: image control means

553: panel light emission control means

554: signal processing control means

555: transmission and reception means

561: medal detection means

562: medal payment mechanism

563: Liquid Crystal Display

564: cold cathode tube

565: touch panel

566: rocking button                 

601: Entry screen

602: Bingo Card Screen

603: dividend display unit

604: betting site

605 credit number display unit

606: bet number display

607: JP point display unit

611: Spot Card Screen

612: Card

621: Bingo Game Screen

622: Bingo Card Screen

623: dividend indicator

625 credit number display unit

626: bet number display

627: JP point display unit

628: JP Bingo card display unit

h: hole

y: arrow mark

r: rotation mark

b: bumper

The present invention relates to a game machine such as a bingo game machine having a lottery function.

Among game machines installed in game centers, bingo game machines and the like are highly lottery game machines in which a large number of players can participate and obtain prizes and medals without having a special operation function.

In a conventional bingo game machine, a large number of balls are housed in a transparent spherical capsule, the spherical transparent capsule is freely fitted to an axis penetrating in the horizontal direction, and integrally fixed to the rotary shaft, and the rotary shaft is driven to rotate the capsule. It is made to mix and fall as a rod for mixing balls inside.

When the ball mixed with the above-mentioned mixing rod falls appropriately on the upper surface of the ball support formed integrally with the shaft passing through the capsule, and passes through the hole formed in the center of the ball support, the ball is drawn. It is supposed to be sent to the ball storage part formed in the ring shape along the horizontal surface below the said ball support, and to display it (refer patent document 2720723).

In the bingo game machine, when the player is arranged in front of the bingo game machine to observe the ball movement in the bingo game machine, since the transparent capsule is spherical, it is difficult to see the spherical transparent capsule in detail.                         

Even if the spherical transparent capsule was enlarged to better see the movement of the ball in the capsule, its size was limited to the ceiling height of the installation site.

In addition, since the means in the capsule such as the ball receiver and the ball storage space in the capsule are mounted in a thin shaft through the capsule, the means in the capsule are unstable and a large load is applied to the shaft even when the capsule and the means in the capsule are enlarged. Since any one of the rotating shafts rotatably fitted to this shaft was driven to rotate through an electric mechanism, a large torque was applied to such a rotating shaft, and it was necessary to construct the rotating shaft firmly.

In addition, since one of the rotating shafts integrated with the capsule through the hollow capsule is driven to rotate by an actuator such as a motor, the supporting shaft of the rotating shaft is easily enlarged, and an actuator at one end of the capsule protrudes, requiring a large installation space. .

In addition, since the movement of the ball in the hollow capsule was simple, it was easy to get tired. In addition, since the player was not willing to manipulate the ball into the ball base with the will, the intimacy with the game was small and it was difficult to induce interest.

The invention as set forth in claim 1 of the present invention is a hollow transparent capsule having a plurality of identifiable to-be-added bodies, a plurality of the drawn bodies, and openings formed at both ends thereof, and formed along the inner circumferential surface of the hollow transparent capsule to form the drawn body. A mixing means for mixing, a capsule supporting means for contacting the outer circumferential surface of the hollow transparent capsule and freely rotating the hollow transparent capsule, and a central axis for contacting the outer circumferential surface of the hollow transparent capsule and through openings at both ends of the hollow transparent capsule. A center of the capsule rotating drive means for rotationally driving the hollow transparent capsule, and a lottery body containing one or a plurality of lottery objects among a plurality of scribble bodies mixed by the mixing means in the hollow transparent capsule space; A lottery object identifying means for identifying a storage means, a lottery object stored in the lottery object storage means, and And a support means for penetrating the openings at both ends of the hollow transparent capsule, the both ends of which are fixedly supported by the fixture of the padd, and for supporting the lottery receiving means and the lottery identifying means in the hollow transparent capsule.

In the invention according to claim 1, since the hollow transparent capsule is freely rotatably supported by rotation support means in contact with the outer circumferential surface of the hollow transparent capsule, the hollow transparent capsule can be stably rotated even if the hollow transparent capsule is enlarged.

In addition, in the invention according to claim 1, since the capsule rotation driving means is configured to rotate the hollow transparent capsule about the central axis which is in contact with the outer circumferential surface of the hollow transparent capsule and passes through the openings at both ends of the hollow transparent capsule. At the same time, the capsule rotation driving means is integrated in a compact form, and does not protrude outward from the hollow transparent capsule, and the installation space of the game machine is saved. Moreover, the load of the said capsule rotation drive means is reduced, and the weight reduction of the capsule rotation drive means is attained.                     

Further, in the invention according to claim 2, since the hollow transparent capsule can be rocked along the surface passing through the hollow transparent capsule rotational central axis, the scrambled body is mixed by the mixing means in the space in the hollow transparent capsule. By making a big change in the motion of the lottery released into the air, the effect of the game progress can be greatly improved.

In addition, in the invention according to claim 3, the mixed object is mixed by the mixing means in the space in the hollow transparent capsule and gives an unpredictable complex motion to the drawn object which is released into the air, thereby further exhibiting the effect of displaying the game progress. Can be improved.

Further, in the invention according to claim 4, since the winning lottery display means is formed, the lottery received in the lottery receiving means is separated and displayed from the lottery mixed in the hollow transparent capsule. The player can easily recognize which to-be-added body is accommodated in said to-be-drawn body.

Furthermore, in the invention according to claim 5, since the conveying device is formed, the display means is placed in a place where the player can easily see the result of being transferred to the display means and the to-be-acquired body accommodated in the lottery body storage means. can do.

In addition, in the invention according to claim 6, only when the specific drawn object is stored in the drawn object storage means and identified by the drawn object identification means, only the specific drawn object is released into the hollow transparent capsule so that the player and the audience can be identified. Immediately recognize that the lottery is identified.                     

In addition, in the invention according to claim 7, when a specific lottery is identified by the lottery body receiving means and identified by the lottery body identifying means, the specific lottery body is immediately sent to the specific lottery body release means, and the specific It is possible to automatically release the specific lottery by the lottery release means.

Since the invention according to claim 8 is configured as described above, a player whose game state is fenced by the game state detection means can participate in the drawing of the lottery means by the operation of the operation means. It is a satisfying game that you can operate by yourself to establish bingo, which can be an exciting and exciting game.

The invention according to claim 9 is configured as described above in the game machine according to claim 8, so that the player can swing a capsule which is gathered and mixed with a rotated numbered lottery, so that the lottery in a transparent capsule The game can be advantageously developed by swinging the capsule so that the desired lottery is easily in the basket.

Since the invention as set forth in claim 10 is configured as described above, the specific drawn object is mixed with the numbered drawn object, and the display means displays a mark on the edge (boundary) of any mutually adjacent item of the displayed bingo card, Since a plurality of items around a mark are made effective at the same time when the prized lottery is a specific lottery, it can approach bingo at once and give great expectation to the player.

Since the invention according to claim 11 is configured as described above, when a certain game state is reached, a small bingo card is displayed separately from a normal bingo card, and a dividend is paid even when a bingo on a small bingo card is established. In the interest of the player, it can be a more exciting game.

The invention as set forth in claim 12 has been constructed as described above, so that if a certain game state is detected by mixing a specific lottery with a numbered lottery, then the selected numbered lottery is selected until the particular lottery is selected by the lottery means. Since the dividend is paid according to the number, regardless of the bingo, the player can receive a dividend whenever there is a prize, which is very advantageous, and the game is repeated.

The invention according to claim 13 is configured as described above in the game machine according to claim 12, and when a specific game state is reached, the specific drawn body is released and mixed with the numbered drawn body. The dividend can be paid until selected by the lottery means, which is advantageous to the player.

 Since the invention according to claim 14 is configured as described above, the player can participate in the lottery by changing the operation in which the lottery apparatus selects the lottery body by the operation of the operation means, and thus operates by itself without waiting for the lottery. It is a satisfying game to establish bingo, which can be an exciting and exciting game.

In addition, it is a betting game machine that executes the game according to the information obtained by each lottery, and as a result pays a dividend to the player according to the game result, and the player is involved in the lottery and affects the game result. You can get lost in                     

The invention as set forth in claim 15 is configured as described above, so that when the player touches a desired position of the touch panel, the number of bingo cards displayed on the display means can be changed by the number changing means, so that the bingo game can be advantageously used. It can be led, and it can be an exciting and exciting game with the satisfaction of the player himself operating to establish bingo.

Since the invention according to claim 16 is configured as described above, when the player selects one of the cards displayed by the card display means, the initial state of the bingo card is set according to the selected card. Choosing cards can increase the sense of solidarity by consciousness of the players who wish to play together.

In addition, since the selection means is configured such that the card selected by the other player cannot be selected later, the card selected by the other player cannot be selected later, so that the first player wins the card selection.

Since the invention as set forth in claim 17 is configured as described above, the game state of the player can be known by looking at the color of the light emitted by the color light emitting means, and thus it can be an exciting game by stimulating competition consciousness.

According to the invention of claim 18, in the game control method according to claim 17, the color light emitting means is caused to emit light in a predetermined color according to the number of bets placed by the player, and accordingly, the predetermined amount is determined according to the number of bets placed by the player. Since the color light emitting means is emitted by color, it is possible to know how much the player bet by looking at the color of the emitted light, which can stimulate competition consciousness.                     

In the game control method according to claim 17, in the game control method according to claim 17, since the color light emitting means emits light in a predetermined color according to the card selected by the player as described above, the player's bingo card is determined by looking at the emission color. You can see which initial state you are in, so you can stimulate competition.

First, the outline of one embodiment of the present invention shown in FIGS. 1 to 49 will be described.

The bingo game machine to which the present invention is applied consists of a bingo game machine main body 1 and satellite units 2 arranged in total on each of the front and rear sides of the bingo game machine main body 1 and provided with a total of 10, and the bingo game machine main body ( In 1), the ball 3, which is a lottery body, is housed in a hollow, three-dimensional transparent capsule 4, and the ball 3 is numbered 25 numbered balls 3a and 1 bumper ball 3b and one ball. It is made of a jackpot ball 3c.

The hollow elongated transparent capsule 4 is formed substantially in a shape in which hemisphere shells are integrally coupled to both ends of the cylinder, and the hollow elongated transparent capsule 4 forms the center of the hollow elongated transparent capsule 4, as will be described in detail later. The mixing rod is driven to rotate in one direction about the central axis in the longitudinal direction through, and is installed in the mother line direction, that is parallel to the capsule central axis at a predetermined interval in the circumferential direction with respect to the inner peripheral surface of the hollow elongated transparent capsule ( 17) a pair of left and right pairs of balls left and right inclined gently downward toward the center of the hollow elongated transparent capsule 4 while being curved in the same direction as the lower portion of the hollow elongated transparent capsule 4. The wing plate 109 is rolled down.

Further, the ball 3 rolled down on the wing plate 109 is rolled back and forth on the wing plate 109, and moved slightly in the capsule center direction every time it reciprocates back and forth, so that the ball storage means between the pair of wing plates 109. The ball 3 is rolled into the lucky basket 110, and the ball 3 is detected by the ball detection device 113 in the lucky basket 110, and the lucky basket 110 is detected by the detection signal of the ball detection device 113. ) Is rotated 180 ° about an axis parallel to the centerline of the hollow elongated transparent capsule 4, and the ball 3 in the lucky basket 110 is brought into the ball identification device 120 directly below the lucky basket 110. It is supposed to fall.

In the ball identification device 120, the number of the numbering ball 3a, the bumper ball 3b, and the jackpot ball 3c are identified and detected, and the identified ball 3 is the numbering ball 3a or the bumper ball ( 3b), it is sent out to the ball conveyance conveyor 160 on the left side in FIG. 1, it is conveyed to the left elevator 170 from the ball conveyance conveyor 160, and the left end of the upper ball pitch conveyance apparatus 200 in the elevator 170 is carried out. It is supposed to be brought in.

In the ball pitch conveying apparatus 200, the teeth 214a and 215a in which the top edges 214b and 215b are inclined downward from the left side to the right side are alternately arranged in the left and right directions alternately, and the teeth ( When the inclined top edges 214b, 215b of the teeth 214a, 215a adjacent to each other are arranged in a straight line when the 214a, 215a alternately descends up and down, the numbering ball 3a and the bumper ball 3b are If each tooth is conveyed to the right side, the bingo game ends when eight numbered balls 3a and bumper balls 3b are arranged on the ball pitch conveying apparatus 200.

In addition, when the ball 3 is detected as the jackpot ball 3c by the ball identification device 120, it is sent out to the right jackpot emitting device 240 in FIG. 1, and is forward or inside through the jackpot emitting device 240. The jackpot ball 3c is taken out toward.

Next, the specific structure of the bingo game machine main body 1 is demonstrated. In this embodiment, the longitudinal direction of the hollow elongated transparent capsule 4 is made into the left-right direction, and in FIG. 1, FIG.

First, the hollow elongated transparent capsule 4 is composed of a cylindrical capsule body 5 and a substantially hemispherical side cover 6 integrally mounted at both ends of the cylindrical capsule body 5, as shown in FIG. The circular opening 6a is formed in the center of the substantially hemispherical side cover 6, and in the cylindrical capsule body 5, both ends of the four light alloy hollow longitudinal members 7 are left and right pairs of light alloy hollow Of the four ring members 8 are integrally coupled to each other at equal intervals in the circumferential direction of the ring member 8 of the ring member 8, and adjacent to each other shown in Figs. One side edge portion of the two opening / closing frames 10 is axially coupled to the two longitudinal members 7 ′ via hinges 9 so as to be opened and closed, respectively, and the gas springs are connected to the opening and closing frames 10 and the ring member 8. 11) is fitted and the opening and closing frame 10 is open and close about the axis of the hinge (9) On, it is to maintain the open state by the gas spring 11. In addition, the open / close frame 10 is secured by a fixing means not shown.

In addition, the outer periphery of the approximately 1/4 cylindrical-shaped transparent plate 12 on which the cylindrical surface is divided into two portions over the circumferential direction is mounted to the opening / closing frame 10 through the elastic buffer 13, and the remaining two The outer circumferential portion of the transparent plate 12 on the approximately 1/4 cylindrical surface of the hawk is also attached to the longitudinal member 7 and the ring member 8 via the elastic cushioning material 13. As shown in Fig. 11, the support portion 10a of the open / close frame 10 and the pressing member 15 fixed to the open / close frame 10 by the screws 14 are provided through the elastic buffer material 13. By fitting the side edges of the transparent plate 12, the transparent plate 12 can be mounted to the opening / closing frame 10, and the transparent plate 12 is similarly attached to the vertical member 7 and the ring member 8. I can attach it.

10, the outer circumferential outer surface 8a of the ring member 8 is formed into a conical surface centered on the centerline of the hollow elongated transparent capsule 4, and the capsule support of the unit base 31, which will be described later, is described later. On the capsule support roller 33 axially supported by (32), in a state of rotation of the hollow elongated transparent capsule 4 and in a rocking state centered on the longitudinal center of the centerline of the hollow elongated transparent capsule 4. The hollow elongate transparent capsule 4 is stably supported by the capsule support roller 33 of the unit base 31.

In addition, each of the two mounting members 16 is fitted into each of the grooves 7a of the inner circumferential surface of the longitudinal member 7, and dark holes, not shown, are formed in the head inner surface of the mounting member 16, Both ends of the mixing rod 17 are fitted into the head dark hole of the mounting member 16 in parallel with the longitudinal member 7.

10, the outer circumferential end 6a of the substantially spherical side cover 6 includes a mounting bracket 18 mounted to the inner circumferential part 8b of the ring member 8, and an approximately spherical side. By the mounting bracket 19 attached to the outer peripheral end 6a of the cover 6, it is fixedly attached to the inner peripheral part 8b of the ring member 8 integrally.

Next, the housing base 20 is disposed at the left and right sides with one center base 21 at the center supporting the capsule drive unit 30 and the center base 21, and at the same time the inside of the internal drive unit 100. In the cabinet support frame 101, which is made up of two side bases 22 which support both ends of the side frame 103, and as shown in Figs. 12 to 14, the center base 21 has many hollow angles. The pipes are assembled in a frame shape by mutually joining three-dimensionally, and a sheet metal support bracket 23 is attached to the bottom four corners of the center base 21 so as to be detachable by bolts. The lower end of the inner end of the side base 22 is placed, and the inner end of the side base 22 is supported by the center base 21 by the support bracket 23.

Also, as shown in Figs. 15 to 17, like the center base 21, the posts of the hollow angle pipe assemblies are positioned at the centers before and after the outer edges of the side bases 22 formed by engaging a plurality of hollow angle pipes in a frame shape. The 24 is integrally installed, the attachment piece 25 is mounted at the edge end of the strut 24, and as shown in FIG. 5, the attachment piece 25 is mounted on the attachment piece 25 in the internal drive unit 100. As shown in FIG. Both ends of the left and right side frames 103 of the inner cabinet support frame 101 are placed, and are integrally coupled as necessary.

Further, each pipe 27 is placed on a horizontal support surface of the swing base support 26 (see Figs. 7, 13, and 14) located in front and rear of the center base 21, and the swing base support 26 is provided. Each pipe 27 is integrally mounted with a bolt or the like, and the bottom four corners of the center base 21 and the side base 22 are each provided with a caster 28 as shown in FIGS. 5 and 7. The screw fixing member 29 is provided, and in the state where the screw fixing member 29 is shortened, the caster 28 is grounded to the bottom surface, and the center base 21 and the side base (by the caster 28) 22 can be easily moved on the floor, and in the extended state of the screw fixing member 29, the caster 28 is separated from the bottom surface by the screw fixing member 29 to the center base 21 and the side The base 22 is fixed and supported on the floor.

In addition, the unit base 31 of the capsule drive unit 30 supporting the hollow elongated transparent capsule 14 has a frame shape by combining a plurality of hollow angle pipes three-dimensionally with each other, as shown in FIGS. 18 to 20. As shown in FIG. 7, the unit base 31 is mounted to each of the pipes 27 integral with the swing base support 26 of the center base 21 as described later.

And the upper end of the unit base 31, the upper end of the capsule strut 32, respectively, is integrally provided, the upper end of the capsule strut 32, the ring member 8 of the hollow elongated transparent capsule (4) The capsule supporting roller 33 is axially rotatable about a central axis in a direction parallel to the busbar direction of the outer circumferential circumferential surface 8a of the outer end), and the hollow elongated transparent capsule 4 is a ring member 8. The outer peripheral outer circumferential surface 8a of) is placed on the main surface of the capsule support roller 33, and the hollow elongated transparent capsule 4 is formed by the capsule supporting roller 33 of the hollow elongated transparent capsule 4; It can be rotated stably about the longitudinal center axis.

Further, the curved rail holding plate 34 shown in FIGS. 19 and 24 is integrally formed through the bracket 35 at the symmetrical positions on both front and rear outer surfaces 31a (front and rear surfaces in FIG. 19) of the unit base 31. The slider 36 is integrally attached to the curved rail holding plate 34.

Further, as shown in Fig. 24, the arc-shaped curved rail 37 into which such a slider 36 is perturbable reaches the arc-shaped curved rail 37 from the center of the hollow elongated transparent capsule 4. The arc is curved in an arc having a distance, and the arc-shaped curved rail 37 is integrally mounted to the spherical substrate 39 by bolts 38, and the spherical substrate 39 is attached to each fight 27. It is integrally mounted by welding or the like, and each of the pipes 27 is shown in Fig. 7, and is placed on the front and rear swing base support 26 in the center base 21 of the housing base 20 as described above, According to the integrally combined. For this reason, the hollow elongated transparent capsule 4 is supported by the unit base 31 of the capsule drive unit 30 and is centered around the center of the hollow elongated transparent capsule 4 by the unit base swinging device 40 described later. The hollow thin elongated transparent capsule 4 is capable of oscillating from side to side along a vertical plane through the central axis.

19, 20, and 23, in the unit base swinging device 40, the swinging mode support frame is formed on the inner side surfaces 31c of the left and right center portions of the front member 31b of the unit base 31. 41 is mounted, and the rotational shaft (not shown) of the rocking motor support frame 41 and the rocking motor 42 integrated with the rocking shaft 45 is connected to the rocking shaft 45 through the reduction gear 43 and the coupling 44. As shown in Figs. 21 and 23, the base end of the arm 46 is integrally fitted to the shaft end of the swing shaft 45, and the tip of the arm 46 moves up and down through the shaft 47. And the lifting slider 48 is fitted to freely move up and down the lifting guide rail 49 integral with the inner surface of the unit base swinging device 40, and the swinging motor 42 is movable. When the swing shaft 45 is driven to rotate, the shaft 47 and the elevating slider 48 are driven up and down by the elevating guide rail 49. In addition, the swing shaft 45 is reciprocally driven left and right, so that the slider 36 is slid left and right along the curved direction of the arc-shaped curved rail 37, so that the unit base 31 is a hollow elongated transparent capsule 4 Reciprocating oscillation drive from side to side about the center axis of the center.

The capsule rotating motor 51 of the capsule rotating device 50 which drives the hollow elongated transparent capsule 4 to rotate is located on the left side of the unit base 31 and mounted on the lifting frame 54 as shown in FIG. And the drive shaft 52 oriented in the left and right directions at the front and rear centers of the unit base 31 so as to be rotatable to the lifting frame 54 via the bearing 53, and to the rotation shaft of the capsule rotating motor 51. While the drive gear 55 is integrally fitted and mounted, a driven gear 56 that engages and engages the drive gear 55 is fitted to the left end of the drive shaft 52, and outer peripheral portions are provided on both left and right ends of the drive shaft 52. A drive wheel 57 made of an elastic body is fitted.

In addition, as shown in FIG. 26, the unit base 31 is equipped with an elevating guide 58, and the auxiliary piece 59 is fitted to the elevating guide 58 so as to be able to elevate and elevate the elevating guide 58. The coil spring 60 is mounted therebetween and the biasing piece 59, and the adjustment screw 61 is screwed to the lifting frame 54, located directly above the biasing piece 59, and the adjusting screw As shown in FIG. 26, the capsule strut 32 is shown by extending the 61 downward and pressing the lower end firmly to the top surface of the biasing piece 59 to apply the biasing force of the coil spring 60. The driving wheel 57 can be strongly pressed against the outer cylindrical outer circumferential surface 8 of the ring member 8 of the hollow elongated transparent capsule 4 supported by the capsule supporting roller 33 at the upper end of the capsule rotating motor. The hollow elongated transparent capsule 4 is rotationally driven by a drive wheel 57 which is rotationally driven by the power of 51. There is.

In addition, as shown in Figs. 20 and 25, the incision disc 62 is integrally attached to the left end of the drive shaft 52, and the rotation angle of the drive shaft 52 is detected by the encoder 63.

Next, the structure of the internal drive unit 100 which extracts and identifies the ball 3 in the hollow internal space of the hollow elongate transparent capsule 4, and displays it in the upper space is demonstrated.

As shown in Fig. 27, the internal cabinet support frame 101 of the internal drive unit 100 is a center frame 102 assembled in a rectangular parallelepiped frame type by three-dimensionally coupling pipe members, channel members, angle members, and the like. And a pair of left and right side frames 103 formed by integrally coupling two pipes curved in a U shape with interconnecting materials (in FIG. 27, the side frames 103 are formed only at the right end of the center frame 102). Although the side frame 103 is also coupled to the left end of the center frame 102), as shown in FIG. 5, the front and rear ends of the hollow elongated transparent capsule 4 are shown in FIG. It penetrates through the circular opening 6a of the hemispherical side cover 6, and is put on the top attachment piece 25 of the support | pillar 24 of the side base 22, and it is made to couple.

In addition, as shown in FIG. 5, the center lower part of the front-rear pair of center pipes 105 is integrally mounted to the base piece 104 formed in the center bottom part of the center frame 102 shown in FIG. Inner and front center portions of the wing pipe 107 of a substantially spherical shape (see Fig. 6) are mounted on the upper and lower ends of the pair of center pipes 105 through a connecting member 106, and the wing pipes (see Fig. 6). An outer front and rear center portion of the 107 is mounted via the connecting member 106 to the up and down end pipes 108 directed at the left and right ends of the center frame 102, the wing pipes 107 of which are shown in FIG. As shown in FIG. 7, the center frame is inclined downward from the left and right sides of the center frame 102, and as shown in FIG. 7, the center portion is formed in a gentle curved shape in which both front and rear ends are located upwards. Vs. curved shape of 107 The curved wing plate 109 is integrally mounted to the wing pipe 107, and the ball 3 falls on the wing plate 109 as described later. It rolls toward the lucky basket 110 between 109.

In addition, as shown in Figs. 5 and 34, the left and right pair of connecting members 106 connecting the inner portion of the left and right pair of wing pipes 107 to the center pipe 105 have a lucky basket formed in a substantially hemispherical shape. The radially inverted shaft 111 of the opening edge of the 110 is axially coupled so as to be inverted by 180 °, and the inverted shaft 111 of the lucky basket 110 is connected to a rotating shaft (not shown) of the basket inverting motor 112. And a ball detection device 113 for detecting the ball 3 adjacent to the lucky basket 110, the ball detection device 113 comprising a light emitter 114 and a light receiver 115. In the state where the ball 3 in the lucky basket 110 is detected by the ball detection device 113, the lucky basket 110 maintains an inverted position in which the opening edge is downward as shown in FIG. In the state where the ball 3 does not exist in the ball identification device 120, the lucky basket 110 is inverted by 180 °. The fallen ball (3) rolling in over the wing plate 109 is to be stored.

The ball identification device 120 shown in FIGS. 28 to 33 is disposed below the lucky basket 110 as shown in FIG. 34, and the substrate 121 of the ball identification device is connected to the center pipe 105. FIG. The top plate 123 is integrally coupled to the top end of the support 122 which is mounted to the integral support member 192 and formed so as to be upwardly integrally formed on the substrate 121, and the top plate 123. The tilt plate 124 is axially coupled so as to be tiltable around the tilt shaft 125, and the top plate 123 has an inclined piece for rolling the ball 3 toward the ball conveying conveyor 160 side. While the 126 is formed, the sensor supporting member 127 is integrally provided on the right side of the tilt plate 124, and has a sensor plate 128 at an angle of about 120 ° with respect to the tilt plate 124. Is integrally mounted to the sensor support member 127, and the antenna 129 which identifies the type and number of the balls 3 on the tilt plate 124 and the sensor plate 128, respectively; The copper plate 124 has a built-in antenna 129, which is not shown in the figure, and uses a tag, which is a small recording medium embedded in the ball 3, and an electromagnetic induction phenomenon between the two antennas 129. Non-contact communication is performed, and the kind and number of the ball 3 are identified.

In addition, the right and left both ends of the tilt plate 124 is formed so that the ball struts 130 stand up and are integrally planted, and a ball receiving 131 is formed at the upper end of the ball struts 130. The support 130 and the ball receiving 131 are united together with the tilting of the tilting plate 124 to tilt.

In addition, the front and rear ends of the substrate 121 are axially supported so that the pair of front and rear holding substrates 132 and 133 shown in FIG. 29 are pivotable about the pin 134 facing in the vertical direction, respectively, and the holding substrate ( The ball support 135 is erected upwardly and integrally formed on the 132 and 133, and a ball support 136 is formed at the upper end of the ball support 135, and the arm 132a and the support substrate of the support substrate 132 are formed. Both ends of the connecting rod 138 are axially supported by the pin 137, and the tensile coil spring 139 is tensioned between the connecting rod 138 and the substrate 121, and the tensile coil spring ( By the spring force of 139, the holding substrates 132 and 133 are urged in a direction that is separated from each other as shown in FIG.

Moreover, the lever 140 is integrally formed in the inner support substrate 133, and the opening / closing arm 142 is provided integrally with the rotation shaft of the ball receiving opening / closing motor 141 adjacent to the lever 140. At the distal end of the arm 142, a locking pin 143 protrudingly provided to freely support the engagement and separation of the lever 140, and the spring force of the tension coil spring 139 as shown in FIG. With the holding substrates 132 and 133 separated from each other, the opening / closing arm 142 is rotated clockwise by the ball receiving opening / closing motor 141, and the locking pin 143 is moved to the position shown in FIG. In the case of the movement, the holding substrates 132 and 133 are close to each other so that the ball 3 is held at the identification position in the pair of right and left ball receivers 131 and the pair of left and right ball holders 136. . Then, when the opening / closing arm 142 further rotates clockwise from the position shown in Fig. 29, the locking pin 143 is released from the latching support state with the lever 140, and the spring force of the tension coil spring 139 is released. The pair of ball bearings 136, left and right, are spaced apart from each other, and the balls 3 supported by the ball bearings 131 and 136 are pushed to the left and rolled to the left by the inclined piece 126. .

In addition, a ball rotation motor 144 that imparts rotation to the ball 3 supported by the ball bearings 131 and 136 is integrally mounted to the lower surface of the substrate 121, and is provided by the ball bearings 131 and 136. The ball rotating roller 145 which can contact the ball 3 at a position oriented to the right of the lowermost part of the supported ball 3 is axially supported by the substrate 121 so as to be rotatable about the left and right directions, and The endless belt 148 hangs on the drive pulley 146 integral with the rotating shaft of the ball rotating motor 144, and the driven pulley 147 integral with the rotating shaft of the ball rotating roller 145, and the ball rotating motor 144 When the ball rotating roller 145 rotates, the ball 3 is driven to rotate while moving back and forth around its center, and the ball 3 is moved by the pair of antennas 129. Identification is made to be sure.

In addition, the tilting plate 124 is integrally formed with a tilting arm 149 which can tilt around the tilting shaft 125 together with the tilting plate 124 as shown in FIGS. 28 and 33. The tilt motor 150 is integrally mounted on the lower surface of the 121, and the arm 152 is integrally formed on the rotation shaft 151 of the tilt motor 150, and the front end and the tilt arm of the arm 152 ( Both ends of the connecting rod 154 are rotatably connected to the front end of the 149 through the connecting pin 153. In the state shown in Fig. 28 where the arm 152 faces upward, the tilt plate 124 is left. In the state shown in FIG. 33 in which the arm 152 is rotated about 180 °, the tilt plate 124 is tilted to the right and the sensor plate 128 is moved upright. It is supposed to fall down the right side.

In the ball 3 dispensing state (Fig. 31, Fig. 32) in which the pair of the left ball receivers 136 in the ball identification device 120 shown in Figs. 28 to 33 are spaced apart from each other, the inclined piece 126 The ball 3 rolled off from the left side) enters the carry-in portion 161 of the ball conveying conveyor 160, as shown in FIG.

In the ball conveying conveyor 160 shown in FIG. 5, FIG. 34, a pair of conveying rolls which are not shown are arrange | positioned to the left and right, and an endless conveyor belt hangs on the conveying roll, and the endless conveyor belt is fixed over the longitudinal direction. When the conveyer plate of the figure (not larger than the diameter of the ball | bowl 3) is standing in the conveyor belt direction and perpendicular | vertically perpendicularly outward is integrally formed, and a conveyor is rotated counterclockwise by the motor of the figure not shown, The ball 3 is conveyed from the carrying in part 161 to the carrying out part 162. As shown in FIG.

The elevator apparatus 170 shown in FIGS. 35-41 is arrange | positioned at the discharging end at the left end of the ball conveying conveyor 160, and the board | substrate 172 is integrated in the elevator apparatus 170 at the lower end of the pillar which is not shown in figure. As shown in FIGS. 35, 36, and 37, the substrate 172 is formed by standing four ball receiving portions 173 on the front, rear, left, and right sides, and the front, rear, and left ball receiving portions 173 are formed. The ball fall prevention rods 174 are formed vertically in parallel to the outside, and the ball 3 carried out from the ball conveying conveyor 160 is defined by the ball receiving portion 173 and the ball fall prevention rods 174. To be held in position.

In addition, the drive pulley 175 and the driven pulley 176 are axially coupled to the upper and lower ends of an unillustrated support, and the endless belt 177 hangs on the drive pulley 175 and the driven pulley 176, and the drive In the state where the lifting motor 178 is connected to the pulley 175, and the left and right two pairs of guide rollers 179 are sandwiched and supported by the angle guide rail 171 (see FIG. 37) integrally formed on a pillar (not shown), FIG. As shown in FIG. 35, the guide roller 179 is axially coupled to the elevating piece 180, and two pairs of front and rear ball support arms 182 are supported by the elevating piece 181 integrally with the elevating piece 180. The protruding piece 182a is engaged with the platform 181 and the fixed piece 183 so that the ball supporting arm 182 does not incline downward in the inclined state shown in Fig. 36, and the ball supporting arm 182 The roller 184 is axially coupled to the front-end | tip of 182, respectively.

39, 40, and 41, the front and rear pairs of horizontal members 185 are integrally protruded to the right in the delivery station 190 above the guide rail 171, and the horizontal members ( 185 has a pair of left and right pairs of brackets 191 are integrally formed, and the opening and closing shaft 186 is formed in the bracket 191 is inclined downward from left to right, as shown in FIG. The opening and closing arm 187 is axially supported on the bracket 191 via the opening and closing shaft 186, and the delivery roller 189 is rotatably mounted on the front end of the opening and closing arm 187 via the rotation shaft 188. .

Adjacent to the delivery station 190 of the elevator device 170 shown in Fig. 39, the transmission station 201 of the pitch conveying device 200 shown in Figs. 42 and 43 is disposed, and the transmission station 201 is provided. The ball feed support frame 202 is formed on the extension line toward the right direction of the rotating shaft 188 of the feed station 190, and discharged to the right from the feed station 201 of the pitch conveying apparatus 200. The ball support guide 203 is provided toward the station 210 in the horizontal direction, and the pitch conveying motor 204 is disposed immediately below the ball conveying support frame 202, and the pitch conveying motor 204 On the right side, an inverted T-shape swing lever 205 is axially supported to be able to swing left and right about the shaft 206 and is integrally coupled to the rotation shaft 207 of the pitch conveying motor 204 ( 208 and the vertical piece 205a of the swing lever 205 are connected to each other. When the rotary arm 208 is rotated by the pitch conveying motor 204 and the rotation arm 208 is rotated through the trunk 209, the swing lever 205 is made to swing left and right about the axis 206. As shown in FIG.

In addition, in the discharge station 210, the rocking lever 211 having the same shape and the same numerical value as the rocking lever 205 is axially supported on the shaft 212 so as to swing left and right, and the rocking lever 205 is vertical. The vertical piece 211a of the piece 205a and the rocking lever 211 is connected through the connection 213 so that the rocking lever 211 also swings left and right in synchronization with the rocking of the rocking lever 205. have.

Moreover, it is located between the rocking lever 205 and the rocking lever 211, and arrange | positioned the toothed pitch conveyance board 214 which is one set of two inner pieces, and the toothed pitch conveying plate 215 which is one set of two outer sides is arrange | positioned therefrom. Both ends of the toothed pitch conveying plate 214 are connected to the one piece 205b of the swing lever 205 and the one piece 211b of the swing lever 211 via the shaft 216, and the sawtooth Both ends of the pitch conveying plate 215 are connected to the other end piece 205c of the rocking lever 205 and the other end 211c of the rocking lever 211 via the shaft 217, and the toothed pitch conveying plate 214. ), The toothed pitch conveying plate 215 is formed so that the teeth 214a and 215a are alternately arranged as viewed from the front, so that when the pair of left and right swing levers 205 and the swing lever 211 swing, When the one toothed pitch conveying plate 214 is raised, the other toothed pitch conveying plate 215 is lowered, and when the one toothed pitch conveying plate 214 is lowered, the other toothed The mold pitch conveying plate 215 is raised and only one ball 3 is pitch-feeded in a state in which the top edges 214b and 215b of the teeth 214a and 215a are arranged in a straight line.

In addition, the ball discharge stopper 220 is disposed below the discharge station 210, and the base 224 of the locking lever 222 is located above the ball discharge control motor 221 of the ball discharge stopper 220. In contact with a cam (not shown) rotated by the ball discharge control motor 221, the roller 225 is axially coupled to the tip of the locking lever 222, as shown in Fig. 42 in a normal state. The locking lever 222 is upwardly lifted and supported by the roller 225 so that the ball 3 closest to the ball discharge stopper 220 is held, and the locking lever 222 is rotated by the ball discharge control motor 221. When the roller 225 at the tip is lowered, the ball 3 held by the roller 225 is released to be discharged to the bottom of the space of the hollow elongated transparent capsule 4.

A jackpot ball discharging device 240 disposed on the right side of the ball identification device 120 will be described with reference to Figs.

The horizontal support plate 260 is integrally mounted to the ring-shaped support frame 193 shown in FIG. 27, and the rotating shaft 241 oriented in the vertical direction to the horizontal support plate 260 is rotatably supported, and the rotating shaft 241 is supported. The rotary base 242 is fixedly mounted at the upper end of the rotary base 242, and the rotary base 242 is pivotable about the rotary shaft 241 on the horizontal support plate 260.

In addition, the jackpot swing motor 243 is mounted on the horizontal support plate 260, the pulley 241a fitted to the rotary shaft 241, and the pulley fitted to the drive shaft (243b) of the jackpot swing motor 243 ( The belt 244 hangs over 243a, and the rotation shaft 241 can rotate with the rotation base 242 via the belt 244 by the drive of the motor 243.

Further, the front and rear arm support pieces 242a, which are bent at right angles at the front and rear ends, are formed on the rotary base 242, and the horizontal support shafts 246 are oriented in the front and rear horizontal directions to the front and rear arm support pieces 242a. The pair of L-shaped arms 245 in front and rear are pivotally coupled to the horizontal support shaft 246 so as to be penetrated therethrough, and the pair of long arm portions 245a of the arms 245 are pivotally coupled. Between the distal ends, semi-circular arc-shaped support bars 246 slightly larger than the diameter of the jackpot ball 3c are hypothesized along a plane perpendicular to the longitudinal direction of the length arm portion 245a, and a pair of long arm portions 245a. Between the central portions of the plate-shaped support plate 247 is hypothesized.

In general, the arm 245 is a posture in which the long arm portion 245a is inclined obliquely as shown in Fig. 44, and the jackpot ball 3c is supported by the support bar 246 and the support plate 247. have.

In addition, as shown in FIG. 44, a spring 249 is provided between the long arm portion 245a of the arm 245 and the support 248 standing on the rotary base 242, and this spring 249 is provided. The long arm portion 245a in the inclined posture is tilted in the vertical direction by the force of to release the jackpot ball 3c supported by the support bar 246 and the support plate 247.

The stopper 255 is fixedly attached to the upper end of the support 248, and the pivoting of the long arm portion 245a is stopped at a proper angle beyond the vertical.                     

In addition, on the rotation base 242, the reset motor 250 is mounted adjacent to each other on the horizontal support shaft 246, and the rotation locking bar 251 is mounted on the drive shaft 250a protruding in the horizontal direction of the reset motor 250. The proximal end is fitted, and the tip of the rotation locking bar 251 of the reset motor 250 rotates by the operation of the reset motor 250, and between the pair of short arm portions 245b of the arm 245. The sliding member can be slid to the locking member 252 hypothesized by.

44 and 48, in the normal state, the tip of the rotation locking bar 251 is supported by the locking member 252 of the short arm portion 245b of the arm 245, and the spring 249 is supported. The long arm portion 245a squeezed on is kept in an oblique position.

Then, when the motor 250 is operated to rotate the locking bar 251 counterclockwise in FIG. 48 (clockwise in FIG. 4), as shown in FIG. 49, the rotating locking bar 251 is engaged with the locking member ( 252 is released, and the jackpot ball 3c which the long arm part 245a turned and hold | maintained by the restoring force of the spring 249 can be discharged | released.

Further, when the rotation locking bar 251 further rotates to return to the positions shown in FIGS. 44 and 48, the locking member of the short arm portion 245b of the arm 245 held by the stopper 255 is supported. 252 slides back to the rotation stop bar 251 again, and the arm 245 is tilted against the spring 249 so that the long arm part 245 can return to the original tilting position.

The jackpot ball discharging device 240 has the structure as described above, and the arm 245 holds the jackpot ball 3c in the normal state before the discharge operation shown in Fig. 44 at the beginning.

When the JP (jackpot; hereinafter also referred to as JP) mode is reached, the rotary base 242 is moved to a position where the arm 245 can release the jackpot ball 3c toward the satellite unit 2 in the JP mode. When the rotating locking bar 251 is rotated to release the locking with the locking member 252, the jackpot ball 3c is discharged to the desired side.

After the jackpot ball 3c is released, when the jackpot ball 3c returns to the ball identification device 120 with the arm 245 and the rotating base 242 returned to their original normal positions, shown in FIG. As described above, the tilt plate 124 and the sensor plate 128 of the ball identification device 120 tilt, and the jackpot ball 3c rolls to the tip of the long arm portion 245a of the arm 245 to protect and support it. It is supported by the bar 246 and the support plate 247, and becomes an initial state.

The ball identification means 524 by the RFID (Radio Frequency IDentification) system having the tilt plate 124 of the ball identifier 120 and the antenna 129 provided on the sensor plate 128 is used to identify the ball 3. Identification of the number and type (bumber ball 3b, jackpot ball 3) is performed.

Inside the ball 3, a tag, which is a small recording medium, is built in, and the tag makes contactless communication by radio using an electromagnetic induction phenomenon with the antenna 129.

That is, the balls 3 in the ball identifier 120 are supported at positions simultaneously opposite to the two antennas 129 arranged at an angle of about 120 ° to each other, and the tag inside the ball 3 is the antenna 129 Receives the start signal transmitted from the signal, generates electromotive force by the energy of the signal, operates an internal control circuit, and starts communication with the antenna 129.

 From the tag, the identification signal of the ball is transmitted, and this identification signal can be received and interpreted by the antenna 129 to identify the ball number or type (bumber ball 3b, jackpot ball 3c).

In addition, since the start signal is difficult to receive when the tag in the ball 3 is in a posture perpendicular to the two antennas 129, the ball 3 supported by the ball identifier 120 is driven by the ball rotating roller 145. By rotating, the start signal is always received from at least one antenna 129.

As shown in Fig. 1, each satellite unit 2 has a table 402 supported on a cylindrical support 401, and a flat display device 410 is inclined obliquely and disposed on the same table 402. It is.

Medal inlets 403 are formed on the front table 402 of the display device 410, and rocking operation buttons 566 and 566 are disposed on both left and right sides thereof.

 The swinging operation buttons 566 and 566 are effective under specific conditions to be described later. When the left swinging operation button 566 is pressed, the capsule portion 4 swings downward and the right swinging operation button 566 is pressed. It is an operation button that can swing 4) to the bottom right.

A medal dispensing mechanism 562 is built in the support 401, a medal extractor 404 is opened in front of the support 401, and there is a medal holder receiving the medal provided therein.

Referring to Fig. 50, a large spherical liquid crystal display 563 is provided at the center of the upper surface of the display device 410, and a touch panel 565 is formed on the surface of such a liquid crystal display 563 so as to provide a player. Touch operation can be detected.

The spherical frame type light emitting panel 411 is provided surrounding four sides of such a liquid crystal display 563.

Cold cathode tubes 564 and 564 are provided along the upper and lower edges of the light emitting panel 411, respectively.

The cold cathode tubes 564 and 564 transmit light of three color components of R (red), G (green), and B (blue) to the light emitting panel 411, so that all seven panel surfaces of the light emitting panel 411 are illuminated. Can emit light.

As shown in FIG. 50, the spherical frame-shaped light emitting panel 411 may be divided into upper and lower halves to emit upper and lower legs in different colors, and emit light in various light emission patterns using different types of colors depending on play conditions. It can be made in various ways in relation to game characteristics.

In addition, the three-color LED can be arranged instead of the cold cathode tube to emit light in full color.

In addition to causing the light emitting panel to emit light, a lamp that emits light in a plurality of colors on each table 402 may be selected to light up or blink.

Next, the control system of the bingo game machine will be described.

Referring to FIG. 51, a mass storage 501 is provided on a main board 500 using a personal computer.                     

The other mechanical control board 502 and each satellite board 503 are each provided with a dual inline memory module (DIMM) board 504 having a large capacity rewritable memory.

The DIMM board 504 corresponds to a conventional program ROM board.

The main board 500, the mechanical control board 502, and the satellite board 503 are connected to each other by high speed communication means to form an Ethernet (registered trademark) type LAN.

With the above configuration, the main board 500 can freely rewrite the programs of the mechanical control board 502 and the satellite board 503 through communication means.

That is, when program replacement is necessary due to conversion and bug fixes, the program of the mechanical control board 502 and the satellite board 503 is replaced by replacing the hard disk of the main board 500 or installing from a CD-ROM. You can rewrite all at once.

Therefore, work time and cost are reduced significantly and cost reduction can be aimed at.

The bingo game main body 1 includes control means such as a capsule control means 511, a ball movement control means 512, a granular ball processing control means 513, a lamp control means 514, a sound control means 515, and the like. Equipped.

The capsule control means 511 controls the capsule rotation mechanism 521 and the capsule swing mechanism 522 to control the rotation and swing of the capsule portion 4.

The ball movement control means 512 controls the ball conveying conveyor 160, the elevator apparatus 170, and the pitch conveying apparatus 200 to move the granular ball 3.                     

The granular ball processing control means 513 inputs the detection signal from the ball detection means 523 which is the ball detection apparatus 113 installed in the lucky basket 110, and the ball identification means 524 of the ball identifier 120, Basket reversing mechanism 525 for reversing the lucky basket 110, ball rotating mechanism 526 with ball rotating motor 144 and ball rotating roller 145 in ball identifier 120, ball identifier 120 The ball switching movement mechanism 527, the jackpot ball discharging device 240, etc. which switch the ball 3 of the ball conveying conveyor 160 side or the jackpot ball discharging device 240 side are controlled.

The lamp control means 514 controls the seven segment lamp 528 and other lamps 529, and the sound control means 515 controls the speaker 530 to generate voice.

The bingo game main body 1 includes a transmission / reception means 516 to perform transmission and reception of necessary information and signals with the satellite unit 2.

On the other hand, the satellite unit 2 includes control means such as a medal processing control means 551, an image control means 552, a panel light emission control means 553, a signal processing control means 554, and the like.

And the medal processing control means 551 processes the detection signal from the medal detection means 561 installed in the vicinity of the medal insertion port 403, and controls the medal supply mechanism 562 to supply a medal. .

The image control means 552 sends an image signal to the liquid crystal display 563 of the display device 410 to display an image.

The panel light emission control means 553 performs drive control of the cold cathode tube 564 that emits color light of the light emitting panel 411 around the liquid crystal display 563.

The signal processing control means 554 is a signal from the touch panel 565 formed on the surface of the liquid crystal display 563 and an operation signal of a pair of left and right rocking operation buttons 566 and 566 provided in front of the display device 410. Input processing.

The satellite unit 2 also has a transmission / reception means 555 and transmits / receives information and signals by the high-speed communication means between the transmission and reception means 516 of the bingo game main body 1.

The control procedure by the control system of bingo game machine 0 as described above is shown in a simplified flowchart in Figs.

When this bingo game machine 0 is operated, first, the capsule portion 4 starts to rotate at a constant rotational speed (first step).

On the display 563 of each satellite unit 2, an entry screen 601 as shown in Fig. 55 is displayed (second step), which allows entry registration, sets a timer for entry, The remaining time is displayed on the seven segment lamp 528 (third step).

In the entry screen 601, a bingo card display unit 602 in which a number of 1 to 25 is arranged at random in five rows and five columns is superimposed on the entry screen 601, and a dividend display unit 603 is displayed on the right side thereof. In response to the number of lottery numbers i, the number of dividends when the bingo is established in eight stages from the top to the bottom is displayed.

The number of dividends is a multiple of the number of bets, and the lower the stage, the less the dividend. Therefore, when the number of draws i is fast, a high dividend is obtained when bingo is established.

In the lower column of the entry screen 601, the bet points 604, the credit number display unit 605, the bet number display unit 606, etc., which can be betted by the touch operation of the touch panel 565, are in the form of rods. There is a JP point display portion 607 that is displayed.

A newly participating player puts an appropriate number of medals from the medal slot 403 and stores them as credits, and bets by touching the appropriate number among the bets 604 (step 4).

If there is a bet, the number of JP point bets is added (step 5) and displayed on the JP point display portion 607.

In addition, depending on the number of bets, the light emitting panel 411 may emit light of a predetermined color, and the periphery of the liquid crystal display 563 emits light of a predetermined color, so that the number of bets can be notified to the surroundings and other players. It can stimulate your consciousness and make your game more exciting.

 In step 6, it is determined whether the timer has timed up the settable entry time, and the second, third, fourth, and fifth steps are repeated until the time is up, and the number of entries and bets are determined therebetween.

When the set time is up and the entry is closed, the process proceeds from the sixth step to the seventh step, and the display 563 displays a spot card screen 611 as shown in FIG. 56 to allow card selection. The timer selects a time at which the card can be selected, and displays the remaining time on the seven segment lamp 528 (step 8).                     

 The spot card screen 611 displays 10 cards 612 on the inside (see Fig. 56①), and when a player touches and selects any one card 612, the card 612 is outside. The card 612 selected by another player is also inverted and displayed outwardly (see Fig. 56B), and the card 612 inverted cannot be selected later.

In addition, the cards that are flipped outward are marked with the number on the satellite which player selected.

In this way, already selected cards can be identified at a glance, so that the player does not perform unnecessary selection operations.

 Each card 612 has a different bingo card state, and the card 612 is selected in the order of the first person to select. However, the card 612 cannot be selected advantageously.

In this way, the players who participated in the game can increase the sense of solidarity by being aware of the participants who play the game together while selecting cards.

 In addition, when the player selects a card, the light emitting panel 411 may be made to emit light in a predetermined color according to the selected card.

Then, by viewing the emission color of the light emitting panel 411, it is possible to know the game state of the player, thereby raising the competition consciousness, which can be a more exciting game.

If all the participants in the game selected the card 612 or timed up, the process proceeds from the ninth step to the tenth step to determine the bingo card, and the bingo game screen 621 is displayed on the liquid crystal display 563 ( Eleventh step).

As shown in Fig. 57, the bingo game screen 621 has a large bingo card display unit 622 in the center, a dividend display unit 623 on the right side, and a credit number display unit 625 and a bet number display unit on the lower side. 626, the JP point display unit 627 is displayed.

In the bingo card display unit 622, numbers are arranged at random in five rows and five columns, and are set in a state determined by the previously selected card.

For example, as shown in Fig. 57, a plurality of items determined by the selected card and known to be valid are displayed as holes h, and an arrow mark y is displayed between two adjacent items determined by the card. Or the rotation mark r is displayed at the center of the four adjacent items determined by the card.

In addition, one bumper b is displayed at the center of four adjacent items which are randomly determined.

When the arrow mark y portion of the touch panel 565 is touched, the numbers of both items are exchanged with each other. When the rotation mark r portion is touched, the numbers of the four items around them are rotated.

Also, a number that has already been valid moves the item to a valid state.

Moving the number by the touch of such a player can be performed at any time during the drawing operation.

Therefore, the player can move the appropriate number by touch operation so that the valid numbers are easily arranged in one row, and can be operated to establish bingo early.                     

As such, the skill required for the player to participate in bingo formation by touch operation without depending on the lottery can lead to an exciting game that can heighten interest.

As described later, the bumper ball 3b can make four surrounding items effective at once when the bumper ball 3b wins a prize. Therefore, the bumper b moves from place to place until the bumper ball 3b wins a prize.

When the liquid crystal display 563 becomes the bingo game screen in the satellite unit 2 of all participants who participated in the game, the lucky basket 110, which has been covered with the bottom up, is inverted by 180 ° (step 12). Allow the ball (3) to be inserted.

The player can move the number by touching the arrow mark y and the rotation mark r as described above (step 13), and guess the ball 3 to be won from the appearance of the ball 3 in the capsule. By doing so early bingo can be made as advantageous as possible.

Further, as described above, the number and position of the arrow mark y and the rotation mark r, and the number appearing to be valid initially are determined by the selected card.

If any ball 3 enters the lucky basket 110 and the ball detecting means 523 detects it (step 14), the process proceeds to step 15 to increase the number of draws i (step 15).

Then, the lucky basket 110 is inverted by 180 ° (16th step), and the ball 3 contained in the lucky basket 110 is dropped on the lower ball identifier 120, and the ball identifier means 524. The ball 3 is identified (step 17).                     

The winning number or type of the identified ball 3 (bumber ball 3b, jackpot ball 3c) depends on the number of draws i on the 7-segment ramp 528 and the dividend display section 623 of the bingo game screen 621. (Step 18).

On the bingo game screen 621 shown in Fig. 57, the ball 3a of the number &quot; 21 &quot; is won in the first drawing, and the winning number &quot; 21 &quot; is displayed at the top of the dividend display unit 623. FIG.

Next, in step 19, it is determined whether the winning ball is a jackpot ball 3c. If the jackpot ball 3c is determined, the later JP mode is terminated (step 20), and the jackpot ball 3c is jackpot ball. Go to the release device 240 (step 21) and skip to step 29.

If the winning ball is not the jackpot ball 3c, the process proceeds from step 19 to step 22, and whether or not the ball is a bumper ball 3b is determined. (3a), the flow advances to the twenty-third step to display the hole h with the item of the bingo card with the winning number as valid;

On the bingo game screen 621 shown in Fig. 57, the ball 3a of the number &quot; 21 &quot; is won in the first draw, and the item &quot; 21 &quot; It is displaying.

If the winning prize is the bumper ball 3b, the process proceeds from step 22 to step 24 to display the holes h as the four items around the bumper b at the edge of the bingo card item are valid together.

In addition, the item which is already valid is a state where the hole h is displayed.                     

The items to be valid here are not limited to the four items around the bumper b, but two or more items around the bumper b may be valid.

When the bumper b is at the edge of two items, the neighboring items may be made valid or the items around them may be made valid.

In step 25, it is determined whether the JP (jackpot) mode is present.

The conditions for entering the JP mode are described later, and when it is determined in the 25th that the mode is not the JP mode, the flow proceeds to step 29 immediately.

Further, in the JP mode, it is additionally determined whether it is the super JP mode (step 26), and in the non-super JP mode, only the JP mode proceeds to step 27, where the number of medals corresponding to the winning ball number is allocated. In the case of the super JP mode, the process proceeds to step 28 to perform medal allocation of 10 times (or 100 times) the winning ball number, and proceeds to step 29.

The end of the JP mode is when the jackpot ball 3c has won as described in steps 19 and 20. Therefore, the player who has entered the JP mode has won the ball until the jackpot ball 3c has won. Receive a medal dividend according to the number.

This JP mode is a very advantageous mode where you can carry over to the next game until the jackpot ball 3c wins, so you can get JP mode dividends without betting again.

In the twenty-ninth step, all of the five items in any one column of the horizontal and vertical diagonal lines are validated by the items valid in the twenty-third or twenty-fourth step to determine whether bingo has been established.

If bingo is not established, skip to step 34. If bingo is established, proceed to step 30.

If bingo is established and the process proceeds to the thirtieth step, a dividend according to the number of draws i displayed on the dividend display unit 603 may be received.

The dividend is added to the JP point (a fifth step) and displayed on the JP point display portion 607.

In the next step 32, it is determined whether the JP points have satisfied the predetermined number of points; if not, the process proceeds to the thirty-fourth step; if the satisfaction is satisfied, the thirty-seventh step proceeds, and the JP Bingo card is displayed on the bingo game screen 621. In step 34, the process proceeds to step 34.

As shown in Fig. 58, the JP bingo card has five numbers randomly selected from the numbers 1 to 25 in the JP bingo card display unit 628, which consists of five items on the lower left side of the bingo card display unit 622. Display.

Five items are arranged at the center and four corners, and when three items are valid with diagonal lines, they are small bingo cards that JP bingo holds, and are established separately from the bingo cards displayed on the bingo card display unit 622.

JP Bingo holds when only three items in the first row become valid, and Super JP Bingo holds when all other items in the first row, that is, in the second row, become valid.

In the next step 34, it is determined whether or not the JP bingo is established. If the JP bingo is not established, the process proceeds to step 39, and when the process proceeds to step 35, it is determined whether or not the super JP bingo is established. Is determined.

When JP Bingo is established instead of Super JP Bingo, the process proceeds from step 35 to step 36, and the jackpot ball 3c provided in the jackpot emitter H is released, and the JP mode is set (step 37). Proceed to step 39.

When the jackpot ball 3c is released, the JP is held until the jackpot ball 3c is mixed with the other balls 3 and the jackpot ball 3c enters the lucky basket 110 and wins by drawing (19th, Step 20).

When the super JP bingo is established, the process skips from step 35 to step 38 to set the super JP mode.

When super JP bingo is established, it is already in JP mode, and the jackpot ball 3c is released.

As described above, medal allocations corresponding to the number of winning balls are obtained in the JP mode (step 27), and 10 times (or 100 times) the number of winning ball numbers in the super JP mode. You can earn medal dividends (Step 28).

Next, proceeding to step 39, it is determined whether or not the rich (the bingo has been established by the next one draw) is the first time.

In other words, the right to determine whether the player is the richest among the players who participated in the game, and proceeds to step 40 when the player becomes the richest for the first time, is granted only to the corresponding participant.                     

That is, only the player who has become the first rich can rock the capsule part 4 by operating the left and right rocking operation buttons 566 and 566 disposed on the table 402, so that the ball inside the capsule part 4 can be seen. The game can be advantageously deployed by swinging the capsule portion 4 so that the ball to be viewed and prized enters the lucky basket 110.

In this way, since the player can participate in the lottery by operating the rocking operation buttons 566 and 566, there is a satisfaction of establishing a bingo by operating by itself without waiting for the lottery, and proceeding to an exciting bingo game.

In addition, in this embodiment, although the operation was performed by the left and right rocking | fluctuation operation buttons 566 and 566, you may make it operate a rocking type switch like one joystick or a toggle switch.

In the next step 41, it is determined whether the number of draws i is the seventh time, and if not, the process proceeds to the 44th step; in the seventh time, the process proceeds to the 42nd step. Determine if has already been made valid.

When the number of the winning ball 3 has already become valid, the flow proceeds to step 43, whereby the dividend is upgraded.

That is, the number of dividends of each stage of the dividend table displayed on the dividend display unit 603 is moved to one stage.

Therefore, the dividend of the eighth stage from above is maintained the dividend of the seventh stage of the first unit, and can raise the game to the end by raising the dividend when the bingo is established by the last draw.                     

In addition, a larger dividend may be upgraded at this time.

If the process proceeds to step 44, it is determined whether the number of draws i is the last eighth time. If not, the process proceeds to step 45. In the center of four items adjacent to each other on the bingo card display unit 622, it is determined. The displayed bumper b is moved to the center of the other four items, and the flow returns to the twelfth step, inverting the lucky basket 110 to enter the next lottery.

On the other hand, when the number of draws i is the eighth time, the process goes from step 44 to step 46 to update the number of draws i to 0 and returns to step 2 to display the entry screen to enter a new game.

In the present embodiment, the lottery is performed eight times by one game, but is not necessarily limited to eight times.

In addition to the bingo game, for example, it can also be applied to a game in which six are played out of 31 numbers.

As described above, since the hollow elongated transparent capsule 4 is rotated about its longitudinal direction, the ball 3, which is a lottery body in the capsule 4, is mixed several times and a complex motion display effect can be obtained. In addition, since the capsule 4 is elongated in the lateral direction, a large number of players participate in the front, rear, left and right directions with the capsule 4 interposed therebetween, so that the ball 3 in the capsule 4 can be moved well. Can be observed.

In addition, circular openings 6a are formed at both ends of the hollow elongated transparent capsule 4 that accommodates the plurality of balls 3, without contacting the edges of the both ends of the hollow elongated transparent capsule 4. Into the inner cabinet support frame 101, which is a constituent member of the support means, which penetrates through the both ends of the opening 6a, and both ends thereof are fixedly supported by a fixture such as a floor, in the hollow elongated transparent capsule 4, the object to be drawn therein. Since the lucky basket 110 and the ball identification device 120 serving as the object to be drawn are fixed and supported integrally, the lucky basket 110 and the ball identification device 120 are the capsule rotating device as the capsule rotation driving means. It is firmly supported irrespective of the rotation of the hollow elongated transparent capsule 4 by 50), and furthermore, the self-weight of these lucky baskets 110 and the ball identification device 120 is not applied to the hollow elongated transparent capsule 4. , Hollow hollow elongated capsule (4) The size and weight of the former is the load on the capsule rotary device 50 for driving the capsule relief rotation device 50 can be realized.

In addition, as shown in FIG. 5, the ball 3 is accommodated in the lucky basket 110 arrange | positioned in the substantially center of the space in the hollow elongate transparent capsule 4, and thereafter, the hollow elongation is carried out by the ball conveying conveyor 160. FIG. Since it is conveyed horizontally to the space in the transparent capsule 4 toward the longitudinal direction, it is conveyed upward by the elevator apparatus 170, and is pitch-conveyed in the state arrange | positioned in 1 row by the ball discharge | release device 220 after that. The player and the audience can see the ball 3 stored in the lucky basket 110 well, and can observe the conveyance state.

In addition, the ball 3 sent to the ball discharge stopper 220 is not discharged from the ball discharge stopper 220 into the hollow elongated transparent capsule 4 space until the series of play ends, and the ball discharged. In the stop device 220 will remain without difficulty.

In addition, the ball 3 stirred in the hollow elongated transparent capsule 4 is accommodated in the lucky basket 110, so that a bingo game lottery is made and a bingo game can be performed.                     

In the above-mentioned embodiment, although the mixing rod 17 which is a means for mixing in the bus bar direction, ie, the direction parallel to the capsule central axis, is formed at predetermined intervals in the circumferential direction with respect to the inner circumferential surface of the hollow elongated transparent capsule 4. The same stir bar 17 may be shortened to one of the moisture and be disposed at predetermined intervals parallel to the entire length of the hollow elongated transparent capsule 4, and at this time, the shredding means may be a plate body rather than a bar body. .

Moreover, the said mixing rod 17 may incline with respect to the capsule central axis, and may be curved spirally along the inner peripheral surface of the hollow elongate transparent capsule 4.

In addition, in the said embodiment, although the hollow elongate transparent capsule 4 was formed long and thin, you may form it as a rectangle.

Further, the circular openings 6a at both ends of the hollow elongated transparent capsule 4 may be formed wide, and the hollow elongated transparent capsule 4 may be rotated by tilting the rotational central axis of the hollow elongated transparent capsule 4 slightly in a horizontal plane. When configured in this way, the movement of the blood drawn body in the hollow elongated transparent capsule 4 can be changed.

Further, in the above embodiment, the drawn object was a ball (3), but a circular body was attached to the regular polyhedral and ridges, such as a cube and a dodecahedron, and a circle having a shorter diameter of the rugby ball. You may make it whole.

In addition, the lucky basket 110 which is a storage means can be installed not only in the center of the hollow elongate transparent capsule 4, but also in both ends of the hollow elongate transparent capsule 4, and can also be installed in multiple places.                     

In addition, in the above embodiment, the rotating central axis of the hollow elongated transparent capsule 4 is oscillated up and down like a seesaw about its longitudinal center, but as shown in FIG. 61, the hollow elongated transparent capsule 4 The capsule central axis 4a is precessed along the conical surface around the axis 4c facing the horizontal direction, with the point passing through the longitudinal center 4b of the central axis 4a of The capsule precession drive structure 300 may be configured so as to.

In the capsule precession drive structure 300 shown in Figs. 59 to 61, the same capsule rotation drive means as in the embodiment shown in Figs.

In the capsule precession drive structure 300 as described above, the host 302L, 302R is integrally formed at the right, left, front, and rear of the left and right bases 301L, 301R, and the hosts 302L, 302R of the left, right bases 301L, 301R. ) And one end of the four parallel rings 303L and 303R are rotatably coupled to the right, left, front and rear four places respectively, and both ends of the hollow elongated transparent capsule 4 are axially supported and rotatably driven at the same time. Capsule support bases 304L and 304R are axially coupled to be rotatable to the other ends of the parallel rings 303L and 303R.

And the direction of the parallel ring 303L which supports the left capsule support base 304L, and the direction of the parallel ring 303R which supports the right capsule support base 304R differ 180 degree | times, ie, mutually opposite directions The other ends of the parallel rings 303L and 303R are integrally connected to the rotary shaft of the furnace capsule precession motor (not shown).

Since the capsule precession drive structure 300 is configured as described above, when the left parallel ring 303L and the right parallel ring 303R are rotated in the same direction in the 180 ° phase, the hollow as shown in Fig. 61 is shown. The central axis 4a of the elongated transparent capsule 4, that is, the central axis of rotation 4a of the hollow elongated transparent capsule 4, which connects the center 4d of the circular opening 6a at both ends of the hollow elongated transparent capsule 4. With the point passing through the longitudinal center 4b of the center of the precession, the hollow elongated transparent capsule 4 is subjected to the precession, i.e., the longitudinal direction 4b of the capsule central axis, about the horizontal axis 4c. As a result, the capsule central axis 4a can rotate around the capsule central axis 4a while precessing the car, thereby giving a complex motion to the ball 3 in the hollow elongated transparent capsule 4.

In the embodiment shown in Figs. 1 to 61, a reciprocating rocking means for reciprocating the hollow transparent capsule is provided, but instead of reciprocating the hollow transparent capsule, the wing pipe 107 and the wing plate 109 are provided with the center frame 102. ), The left end of the left wing pipe 107 and the wing plate 109 and the right end of the right wing pipe 107 and the wing plate 109 move up and down, so that the wing pipe 107 and the wing plate 109 may be configured to reciprocate.

According to the game machine of the present invention, it is possible to provide a game machine in which a plurality of players can easily recognize which of the balls in the capsule has won.

Claims (19)

A lottery apparatus which selects one lottery from a plurality of lottery bodies, detects information unique to the lottery body, and performs a lottery process; In the game machine which draws a predetermined number of times by the said drawing apparatus, runs a predetermined game based on the information obtained by each drawing, and gives dividend to a player according to the game result, A hollow transparent capsule which receives a plurality of numbered lottery bodies and rotates them to be mixed; A basket disposed in the hollow transparent capsule and drawing one lottery drawn into it; An operation device operated by the player, And a lottery involvement device that participates in the lottery by changing the operation of selecting the lottery object by the operation of the operation device. The game state detection device according to claim 1, further comprising: a game state detection device for detecting that the game state has become a constant game state; And only a player in which a certain game state is detected by the game state detection device can participate in the drawing of the lottery device by the operation of the operation device. According to claim 1 or 2, a plurality of different numbers of the lottery is given different numbers, A display device provided for each player, which displays bingo cards to which a plurality of items of the grid are assigned the same numbers as the different numbers of the lottery object; A drawn object identification device identifying a drawn object selected by the drawing device; A display control device for validating an item of the bingo card having the same number as the winning prize number of the drawn object identified by the drawn object identification device; A bingo discrimination apparatus for determining whether all items arranged in a straight line in the bingo card are valid and bingo is established; A game machine characterized in that a dividend is paid when a bingo discrimination device determines that bingo is established. The hollow transparent capsule according to claim 1 or 2, further comprising: a hollow transparent capsule accommodating the lottery object and having openings at both ends thereof; A mixing device installed along an inner circumferential surface of the hollow transparent capsule and mixing the lottery body; A capsule rotation support device which contacts the outer circumferential surface of the hollow transparent capsule and pivotally supports the hollow transparent capsule; A capsule rotation drive device which is in contact with an outer circumferential surface of the hollow transparent capsule and rotates the hollow transparent capsule about a central axis passing through openings at both ends of the hollow transparent capsule; A lottery object receiving device that accommodates one or a plurality of lottery objects scrambled by the scrambler in the hollow transparent capsule space; A drawn object identification device for identifying a drawn object stored in the drawn object storage device; And a support device that penetrates through openings at both ends of the hollow transparent capsule, and both ends thereof are fixedly supported by a fixture to support the lottery receiving device and the lottery object identifying device in the hollow transparent capsule. The hollow transparent capsule according to claim 1 or 2, further comprising: a hollow transparent capsule accommodating the lottery object and having openings at both ends thereof; A mixing device installed along an inner circumferential surface of the hollow transparent capsule and mixing the lottery body; A capsule rotation driving device for rotating the hollow transparent capsule about a central axis passing through the openings at both ends of the hollow transparent capsule; A reciprocating rocking device for reciprocating the hollow transparent capsule along a surface passing through a rotational central axis of the hollow transparent capsule; A lottery object receiving device that accommodates one or a plurality of lottery objects scrambled by the scrambler in the hollow transparent capsule space; A drawn object identification device for identifying a drawn object stored in the drawn object storage device; And a support device that penetrates through openings at both ends of the hollow transparent capsule, and both ends thereof are fixedly supported by a fixture to support the lottery receiving device and the lottery object identifying device in the hollow transparent capsule. The hollow transparent capsule according to claim 1 or 2, further comprising: a hollow transparent capsule accommodating the lottery object and having openings at both ends thereof; A mixing device installed along an inner circumferential surface of the hollow transparent capsule and mixing the lottery body; A capsule rotation drive device for rotating the hollow transparent capsule about a central axis passing through openings at both ends of the hollow transparent capsule; A precession drive device for turning the central axis of rotation of the hollow transparent capsule along the longitudinal direction of the central axis as the center of the precession motion so as to perform a pivoting motion around the axis along the horizontal plane along the conical surface; A lottery object receiving device that accommodates one or a plurality of lottery objects scrambled by the scrambler in the hollow transparent capsule space; A drawn object identification device for identifying a drawn object stored in the drawn object storage device; And a support device that penetrates through openings at both ends of the hollow transparent capsule, and both ends thereof are fixedly supported by a fixture to support the lottery receiving device and the lottery object identifying device in the hollow transparent capsule. 5. The apparatus according to claim 4, further comprising: a prized lottery display device for storing the lottery stored in the lottery receiving device and identified by the lottery object identifying device separately from the lottery being stirred in the hollow transparent capsule. Game machine, characterized in that. 8. The game machine according to claim 7, further comprising a conveying device for storing the drawn object identified by the drawn object identification device and feeding the drawn object to the drawn object display device. 10. The apparatus according to claim 8, further comprising a specific lottery release device for releasing only the specific lottery identified by the lottery identification device during the game into the space in the hollow transparent capsule without displaying the winning lottery display device. Game machine characterized in that. 10. The apparatus of claim 9, wherein the object to be drawn has been identified by the object to be collected by receiving the specific object drawn from the specific object drawn device into the space in the hollow transparent capsule. And a switching dispensing device for dispensing the identified specific lottery object to said specific lottery object discharging device. delete delete delete delete delete delete delete delete delete

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