JP2010017415A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a circulating operation type game machine for allowing even balls with fixed weight to fall while being variously rolled, so as to allow a player to compete in technique to catch the balls, and automatically collecting the falling balls, moving the balls upward again, and then, allowing the balls to fall by rolling. <P>SOLUTION: The game machine includes: a ball supply part 26 for storing multiple balls 4 to fall by rolling on a slope, moving the balls 4 up toward an upper ball feeding part 29, and discharging the balls; a rolling part 21 consisting of the slope for receiving the discharged balls 4 and allowing the balls 4 to fall by rolling toward the lower part, and having a projected/recessed part for irregularly changing the movement of the rolling and falling balls 4; a catching part 22 for artificially receiving the falling balls 4 at the lowering end of the rolling part 21 by using a receiver; and a collecting part 24 for collecting the balls 4 which are not caught by the catching part 22 and returning the balls 4 to the ball feeding part 26. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a gaming machine.

2. Description of the Related Art Conventionally, a gaming machine is known in which a ball such as a ball is manually dropped and its behavior is manually manipulated by manipulating the drop position and trajectory trajectory (see Patent Document 1). On the other hand, as shown in Patent Document 2, a playground equipment that competes for a technique of scooping a hollow ball that floats by blowing air in the air inside the machine body is also known.
JP 2003-135838 PR JP 11-188174 A

However, in the invention of the above-mentioned Patent Document 1, although the behavior of the ball can be controlled, not only the ball that fluctuates irregularly is captured, but in the invention of the same document, this is performed while the ping-pong ball is floated by the upward wind from below. However, there is a limitation that it cannot be applied to anything other than a lightweight one that can float by air blowing.
This invention allows balls with a certain weight to fall while rolling in a variety of ways, and competes with the technology to capture this, and automatically collects the dropped balls and raises them again. Provided is a circulation type game machine that rolls and drops.

  First, a gaming machine for solving the above-described problem is a ball supply unit that accommodates a large number of balls 4 rolling and falling on a slope, and transports and releases the balls 4 toward an upper balling unit 29. 26, and a rolling part 21 having an inclined surface that receives the released ball 4 and rolls and drops downwardly, and has irregularities on the surface that irregularly change the movement of the ball 4 that rolls and falls. The ball 4 that has fallen on the lower end side of the rolling portion 21 is artificially received using a receiving tool, and the ball 4 that has not been captured by the capture unit 22 is collected to collect the ball 4. And a collection unit 24 that returns to the supply unit 26.

  Second, the ball supply unit 26 is provided with a storage unit 23 that stores the balls 4 and a lifter 41 that moves up and down.

  3rdly, the accommodating part 23 accommodates water inside, and consists of a water tank-shaped container which accommodates many balls 4 in the floating state.

  Fourth, the lifter 41 includes a bucket 51 having water permeability for scooping the balls 4 floating in the container, and a conveyor 56 that is lifted and lowered by rotating the bucket 51 attached thereto.

  Fifthly, a damper-shaped opening / closing lid 82 is provided on the descending slope side so as to tilt downward in the direction in which the ball 4 accommodated in the bottom portion of the bucket 51 is discharged, and opens and closes the release part on the discharge side. A cam 61 that releases the ball 4 in the bucket 51 is installed in the conveyor 56 by opening the opening / closing lid 82 by abutting against the opening / closing lid 82 side when raised toward 29. It is characterized by that.

  Sixth, the collection unit 24 that returns the balls 4 that have fallen to the capturing unit 22 to the storage unit 23 is configured by a chute.

  Seventh, a water supply port that ejects water from the upper end side of the capturing unit 22 or the rolling unit 21 is provided, and a water circulation path that circulates between the storage unit 23, the water supply port 43, and the capturing unit 22 is formed, and the capturing unit The balls 4 to be returned from 22 to the accommodating portion 23 are conveyed by a water flow or by the assistance of the water flow.

  Eighth, guide walls 41 are formed on both the left and right sides of the inclined surface of the rolling portion 21 to guide the downward movement while preventing the balls 4 from falling sideways. A large number of pins or nail-shaped guide protrusions 42 that contact the balls 4 to change the rolling of the balls 4 are arranged as uneven portions.

  Ninth, the bubble supply unit 26 is provided with a soap bubble forming machine 28 that forms and discharges soap bubbles 76, and a bubble discharge port 77 that discharges the formed soap bubbles 76 outwardly. It is a feature.

  According to the gaming machine configured as described above, a ball such as a ball that has been lifted and conveyed by the ball supply unit is configured to roll and fall by a rolling unit that forms an inclined surface. By creating visual enjoyment by changing the ball using the guide projection provided on the part and changing the behavior of the ball, it is possible to develop a gaming method not found in conventional gaming machines. In addition, it is possible to add a game method in which the balls that have fallen from the rolling path are competed to be received artificially by using a receiving tool at the catching unit.

  Furthermore, a series of processes in which the balls raised by the ball supply unit are rolled and dropped onto the rolling path, and the balls that have fallen from the rolling unit to the catching unit 22 are returned to the ball supply unit by the recovery unit, By using a small number of parts and a simple mechanism as compared with a game machine that handles, there is an effect that it can be manufactured at low cost.

Furthermore, by providing a water supply port provided in the rolling unit and the capture unit to form a water circulation path between the storage unit, the water supply port, and the capture unit, the ball is moved between the capture unit and the storage unit by a water flow or a water flow. The effect of smooth delivery with the help of.

  Furthermore, by using a basket-like bucket having water permeability, the water resistance of the bucket is reduced by reducing the resistance to entry of the bucket into the water. This has the effect of reducing the extrusion resistance and making it easier to hit the balls.

  Furthermore, the opening / closing lid provided on the bucket facilitates the extrusion and scooping of the water surface and water when the opening / closing lid is closed, holds the ball when the bucket is raised, and opens the opening / closing lid. This has the effect of facilitating the relaying of the ball to the ball projecting part.

  Furthermore, the soap bubble forming machine enables a wide variety of effects according to the game form and the place where the game machine is installed, and has the effect that it can be enjoyed by young and old regardless of location.

Hereinafter, an embodiment of the invention will be described based on the illustrated example.
1 and 2 are a front perspective view and a perspective view of a main part of the gaming machine 1 according to the present invention as viewed obliquely from the rear. The gaming machine 1 is composed of a gaming part 2 on the front side of the machine body and a main body part 3, and the balls 4 delivered by the main body part 3 are rolled from the upper part of the gaming part 2 and artificially received using a receiving tool at the lower side. Structure.

  A configuration of the gaming unit 2 will be described. The gaming unit 2 is entirely covered with a cover body, a gaming unit front side cover body 11 on the front side of the gaming unit 2, a gaming unit left side cover body 12 on the side of the gaming unit 2, a gaming unit right side cover body 13, It consists of a gaming part bottom cover body 14 on the bottom of the gaming part 2 and a rolling part 21 for passing the balls 4 that also serve as the upper cover body above the gaming part 2. The game unit front cover body 11 is provided with a capture unit 22 to be described later.

  As shown in FIG. 2, the balls 4 are captured by the capturing unit 22 by rolling and falling on the rolling unit 21. Inside the game unit 2, a collection unit 24 for transporting the balls 4 from the capture unit 22 to the storage unit 23 in the main body unit 3 is provided.

  The configuration of the main body 3 will be described. As shown in FIG. 2, the main body 3 includes a housing portion 23 for housing the balls 4, a ball supply portion 26 that raises the balls upward from the housing portion 23, and a frame 27 to which the ball supply portion 26 is attached. And a soap bubble forming machine 28 for producing a game, and a balling unit 29 for sending the ball 4 to the rolling unit 21.

  The main body 3 is covered with a cover body, the main body left cover 31 on the left and right side surfaces of the main body 3, the main body right cover 32, the rear rear cover 33 on the rear, and the front of the main body. The main body part front side cover body 34 in the vertical direction of the upper end of the rolling part 21, the main body bottom side cover body 36 on the bottom side of the main body part, and the main body part upper cover body 37 on the upper side of the main body part 3.

  Here, the movement path of the balls 4 in the gaming machine 1 is as follows. The balls 4 are raised from the housing portion 23 of the main body portion 3 using the ball supply portion 26, and the rolling portions of the gaming portion 2 are moved from the ball dispensing portion 29. By releasing the balls 4 to the ball 21, the balls 4 are made to reach the capturing unit 22, and are again delivered to the housing unit 23 of the main body 3 by the collecting unit 24.

  Next, the configuration of the gaming unit 2 will be described. The rolling part 21 in the gaming part 2 is a passage for passing the ball 4 sent out from a beading part 29 formed in the main body part 3 to be described later and sending it to the catching part 22. The rolling part 21 is formed of a flat plate member, is molded on the upper side of the gaming part 2, and the catching part 22 located on the lower side of the rolling part 21 from the beading part 29 on the upper side of the rolling part 21. An inclination is formed with respect to. Furthermore, guide walls 41 having a certain height are provided on both the left and right sides of the inclined surface of the rolling portion 21.

  Further, a large number of guide protrusions (nails) 42 are attached to the entire surface of the rolling part 21 perpendicular to the surface of the rolling part 21, and the balls 4 that roll the distance between the nails. It is spaced apart from the outer shape.

  In addition, a plurality of water supply ports 43 for injecting water are provided on the upper end side of the rolling unit 21 with respect to the descending inclined surface, and the storage unit 23 and a water supply port to be described later are connected by a hose (not shown). Yes.

  Next, the capturing unit 22 is provided at a low position on the front side of the gaming unit 2, and is a place for capturing the ball 4 that has been rolled and dropped by the rolling unit 21. The board member is formed in a U-shape, the U-shaped opening is directed upward, and the capture unit 22 is attached to the front of the game unit 2 so that the entire length of the capture unit 22 matches the entire width of the game unit 2 front side. is there. In addition, in order to deliver the balls 4 collected by the capture unit 22 to the storage unit 23 described later, the capture unit 22 is inclined rightward with respect to the front side of the game unit 2, and the game unit 2 front side at the right end of the capture unit 22 is placed. By providing the opening 44, the end of the capture unit 22 is connected to the collection unit 24 at the right end of the gaming unit 2 by the opening 44.

  In addition, a plurality of water supply ports 43 for injecting water are provided in the catching unit 22 with respect to the descent, and a storage unit 23 and a water supply port, which will be described later, are connected by a hose (not shown).

  The collection path 24 is provided on the right side in the gaming unit 2 and is formed so that the plate member is formed in a U shape and the U-shaped opening is directed upward. The other end adjacent to the accommodation portion 23 of the main body 3 extends from the end of the recovery path 24 connected to the capturing portion 22 while being inclined downward toward the accommodation portion 23. The width of the recovery unit 24 is sufficient to allow a plurality of balls to pass simultaneously, and a sufficient flow channel is secured when water flows from the capture unit 22 toward the storage unit 23.

Next, the main part of the main body 3 will be described as shown in FIGS.
The role of the main body part 3 is to deliver the balls 4 delivered from the gaming part 2 to the main body part 3 accommodating part 23 by a lifter 46 which will be described later, and to release the balls 4 from the upper beading part 29; It is to operate the interlocking soap bubble forming machine 28. Incidentally, the accommodation unit 23 and the lifter 46 are collectively referred to as a ball supply unit 26.

  The housing part 23 of the main body part 3 is installed below the ball supply part 26. The accommodating portion 23 is formed in a box shape having an upper opening, and the depth of the accommodating portion 23 is from the bottom surface of the main body portion 3 to the lower end of the ball supply portion 26. In addition, when the bucket 47 described later moves the ball within the housing portion 23 and hits a ball, the opening portion of the housing portion 23 and a sufficient capacity are secured so that the bucket 47 does not contact the bottom surface or the wall surface of the housing portion 23. Has been. Incidentally, the accommodating part 23 can be freely inserted and removed from the accommodating part 23 outlet 48 provided in the main body part right side cover body 32.

  The frame 51 is made of metal, and is formed by combining a plurality of metal square members. As shown in FIG. 2, the frame 51 is formed in a triangular shape by inclining two square members in opposite directions, and the lower side of the triangular shape is connected by a linear square member to form the frame 51. This constitutes one side frame (right side frame 51a) to be used. A left frame 51b, which is the same type of frame as the right frame 51a, is prepared, and the upper and lower sides of the right frame 51b and the left frame 51a are connected in parallel with the bottom surface of the main body 3 with straight square bars, and are straight with the frame 51a and the frame 51b. A frame 51 formed by fixing a square member with a screw is reinforced. The assembled frame 51 is fixed to the main body bottom cover body 36 with a fixing bracket.

  As shown in FIGS. 2 and 3, the drive shaft 53 is passed to the frame 51 at two upper and lower positions, and the drive shaft 53 is fixed to the frame 51 using a fixing tool. The drive shaft 53 is supported by the frame 51 in a freely rotatable state (swing state).

  Gears are attached to the pair of upper and lower drive shafts 53, and a chain 56 is hung on the gears of the upper and lower drive shafts 53 to form a conveyor 56. The conveyor 56 is attached in the vicinity of the right frame 27 and the left frame 27. Further, square members are passed in the vertical direction below the conveyor 56, and the frame 51 and the conveyor 56 are reinforced by connecting and fixing the end portions to the square members connected to the left and right frames 51.

  The lifter 46 includes a conveyor 56 that moves up and down as the drive shaft 53 rotates, an electric motor 58 that is attached to the back side of the back panel near the frame 51, a chain 54 that is connected to the electric motor 58, and a chain 54. The sprocket 59 is formed.

  A bucket 47, which will be described later, is attached to the chain 54 of the conveyor 56, and a bucket 47 is provided for scooping up the balls 4 from the accommodating portion 23 and delivering them upward. The bucket 47 is made of metal and is formed in a box shape. The bucket 47 is screwed using a screw hole machined in the center of the bracket 61 attached to the outer side surface of the chain 54. The brackets 61 are attached to the chain 54 at regular intervals so that the upper surface of the bucket 47 is parallel to the drive shaft 53.

  A back plate 66 is attached to the frame 51 below the lifter 46 in parallel with the lifter 61. The back plate 66 is a plate-like member, the length in the vertical direction is close to the sprocket 59 in the vertical direction, and the length in the horizontal direction is equal to the separation distance between the left frame 51a and the right frame 51b.

  Next, as shown in FIG. 5, the cam 66 will be described. The cam 66 is made of a synthetic resin and has a trapezoidal shape and is screwed to the outside of the chain 54 on the side surface of the left frame 51 (on the game unit 2 side). When the bucket 47 is lifted by the conveyor 56, the protrusion 68 of the opening / closing lid 67 attached to the protruding portion 29 side of the bucket 47 reaches a height at which it abuts on the upper portion of the cam 66.

Next, the beading portion 29 is on the front surface side of the main body portion 3 and is provided with a semicircular hole formed at a central position where the upper side of the rolling portion 21 and the main body portion 3 are in contact with each other. The height of the semicircle coincides with a point where the rising position of the bucket 47 is highest from a point where an opening / closing lid 82 described later starts to open when the bucket 47 moves up the conveyor 56.
In addition, a plate-shaped relay path 71 is provided so as to be inclined from the position close to the bucket 47 to the ball projecting portion 29.

  Here, the soap bubble forming machine 28 shown in FIG. 6 will be described. The soap bubble forming machine 28 is attached to the upper side of the cover body of the main body 3, and is operated in conjunction with the lifter 46 to operate the soap bubble forming machine 28 to form a soap bubble 76. Is discharged upward from the bubble discharge port 77 of the opening provided in the main body 3.

  The soap bubble forming machine 28 includes a net-like body 78 formed in a cylindrical shape, a shaft 81 for rotating the net-like body 78, a sprocket 82 and a belt 83 connected to the shaft 81 and interlocked with the ball supply unit 26. And an air pipe 86 provided with a nozzle 84 for sending air to the mesh body 78 and blowing air, and a container 88 for containing a soap bubble solution 87. Specifically, the shaft 81 fixed at the center of the mesh body 78 is rotated as a rotation axis. Since the end portion of the shaft 81 passes through the bearing mechanism 89 from the inside of the container to the outside of the container and the sprocket 58 is mounted vertically, the rotation direction of the mesh 78 is the same as that of the sprocket 82. The rotation direction of the gears of the conveyor 56 in the lifter 46 is the same. The other end of the shaft 81 passes through the bearing mechanism 89 from the inner side opposite to the container to the outer side of the container. As a result, the mesh 78 can be rotated inside the container 88.

  An air tube 86 is inserted and fixed inside the mesh body 78, and the nozzle 84 is open to the upper side. The air pipe 86 is connected to a pump (not shown) of another apparatus by an air hose (not shown), so that the air from the pump is passed through the air pipe 86 using the air hose and the air is discharged from the nozzle 84.

  As shown in FIG. 7, the bucket 47 is formed of a plate member, the side surface is substantially triangular, and the hypotenuse is inclined downward toward the beading portion 29. A plurality of slit-shaped holes 91 are formed on the side surface and the bottom surface of the bucket 47. Further, a damper-shaped opening / closing lid 67 is provided in the ball discharge direction of the bucket 47 (in the direction of the ball discharge portion 29) to open and close the release portion on the discharge side. The opening / closing lid 67 has an outer shape larger than the opening portion of the bucket 47. The opening / closing lid 67 is provided with a bracket 61 on the side surface of the bucket 47 on the conveyor 56 side, and the shaft pin 92 is formed on the bracket 61, so that the opening / closing lid 82 rotates clockwise and counterclockwise around the shaft pin 92 as a rotation axis. Can rotate. The bracket 61 of the chain 54 and the side surface of the bucket 47 are screwed together.

Hereinafter, an embodiment of the invention will be described based on the illustrated example.
As shown in FIG. 5, when scooping up the balls 4 housed in the housing portion 23, the bucket 47 lowered by the lifter 46 is put into the water stored in the housing portion 23 with the opening / closing lid 67 closed. Although it enters, it is easy to enter water because the bucket 47 is formed of a metal plate. Then, the water 4 in the housing portion 23 and the ball 4 floating in the water are to be taken into the bucket 47. Although the bucket 47 receives water pressure when moving on the water surface and underwater, the water pressure is reduced by the hole 91 provided in the bucket 47, so that the ball 4 is moved to the water surface and underwater by reducing the extrusion resistance by the bucket 47. 47, and avoiding the ball 4 being pushed away is avoided.

  The bucket 47 that scoops up the balls 4 is raised by the lifter 46 while holding the balls 4 in the bucket 47. At this time, water remaining on the inside of the bucket 47 and the balls 4 is drained by the holes 91 provided on the surface of the bucket 47.

  Further, when the bucket 47 reaches the position of the cam 66 provided in the ball supply portion 26, the protrusion 68 of the opening / closing lid 67 is further raised while coming into contact with the surface of the cam 66, so that the opening / closing lid 67 is centered on the shaft pin 92. Rotate 90 degrees clockwise with respect to the relay path 71 (right side of the main body 3). The opening / closing lid 67 is opened by rotation and opens toward the relay path 71 side of the bucket 47.

  Since the opened bucket 47 is inclined with respect to the relay path 71 side, the balls 4 held in the bucket 47 naturally flow into the relay path 71. Further, the balls 4 are discharged from the ball projecting portion 29 while rolling toward the connected ball projecting portion 29 by the relay path 71 inclined with respect to the ball projecting portion 29.

  After the ball 4 flows into the relay path 71, the bucket 47 with the open / close lid 67 opened reaches the highest point of the ball supply unit 26 and then descends. In accordance with the descent, the open / close lid 67 is rotated by the gravity naturally counterclockwise with respect to the relay path 71 around the axis, and the open / close lid 67 is closed. When the opening / closing lid 67 is closed, the opening / closing lid 67 is lowered again toward the housing portion 23 by the ball supply unit 26.

Next, the balls 4 sent from the relay path 71 will be described.
The ball 4 passes through the surface of the rolling part 21 through the rolling part 21 in the direction of inclination of the capturing part 22. When the ball passes through the rolling part 21, the ball 4 collides with or comes into contact with the nail on the surface of the rolling part 21, so that the rolling locus of the ball 4 changes. There is very little passing from the point to the goal point in the capturing unit 22 in a straight line. In addition, since the rolling wall 21 is provided with the guide wall 41, when the ball 4 rolls outside the rolling part 21 when rolling down the rolling part 21, it collides with the guide wall 41. By repelling back to the rolling part 21, it is prevented from coming off the rolling part 21 and rolling outside.

  The ball 4 that has reached the upper part of the capturing unit 22 is artificially captured by the capturing unit 22 using a mesh-like receiving tool (not shown). The ball 4 whose movement has been changed in the rolling part 21 rolls and falls to the position of the catching part 22 that is contrary to the expectation of the person trying to catch, so that the receiving position can be predicted while predicting the arrival position of the ball 4. It becomes difficult to catch using. Therefore, it is possible to develop a technique for artificially capturing a receiver and a game for competing for the captured amount.

  The ball 4 that could not be captured by the capture unit 22 rolls on the bottom surface of the capture unit 22 in the downward tilt direction, and is sent to the collection unit 24 connected to the lower end of the capture unit 22 so that the ball 4 is tilted down and returned to the storage unit 23. The By the way, since the capture unit 22 is provided at a low position on the front surface of the game unit 2, it is easy for children and elderly people to reach and play easily, so that a game that can be enjoyed by both men and women can be performed.

Next, the soap bubble forming machine 28 will be described.
By rotating the mesh body 78, the soap bubble solution 77 placed in the container 88 comes into contact with the surface of the mesh body 78, and the soap bubble solution 87 adheres to the surface of the mesh body 78. Further, by sending air from the nozzle 84 provided at the tip of the air pipe 86 toward the inside of the mesh body 78, a soap bubble 76 is formed on the surface of the mesh body 78 and is discharged to the outside by the centrifugal force of the mesh body 78. By continuing to rotate the mesh 78, the soap bubbles 76 are continuously formed.

  After water is ejected from the water supply port 43 provided on the upper end side of the capturing unit 22 or the rolling unit 21 using a pump (not shown), the ejected water reaches the storage unit 23 through the recovery unit 24, It returns to the water supply port 43 through the hose, and forms a water circulation path that circulates between the catching part 22, the rolling part 21, and the accommodating part 23. The circulation of water assists in returning the balls 4 to be returned from the capturing unit 22 to the rolling unit 21.

Next, other embodiments of the present invention will be described while referring to differences from the above-described embodiments.
By attaching a plurality of buckets 47 to the bracket 47 attached to the chain 54, the bucket 47 attached to the chain 54 is allowed to pass through the water in the accommodating portion 23 by the rotation of the chain 54, and then the rotation direction of the chain 54 is changed. On the contrary, the time interval until the bucket 47 that has been attached passes through is shortened, so that the number of times the bucket 47 scoops up the balls 4 from the accommodating portion 23 increases, and further the balls 4 scooped up by the bucket 47 are pumped out. The number of times of release from the part 29 to the rolling part 21 also increases, and a game with a fast development becomes possible.

  Further, in the soap bubble forming machine 28, the number of the nozzles 76 formed by increasing the number of nozzles 84 of the air pipe 86 with respect to the shaft 81 direction so that the air discharged from the nozzles 84 hits the mesh 78 is increased. Can be increased.

  Since the game part 2 and the main body part 3 are separable, the game content and the difficulty level can be changed by changing the number and location of the guide protrusions 42 of the rolling part 21.

  Furthermore, by changing the design of the surface of the rolling part 21, it is possible to produce according to the installation location and the age group using the gaming machine 1.

  In addition, by providing a rectifying function of the balls 4 on the guide protrusions 42 and the structure on the surface of the rolling portion 21, the balls 4 housed in the housing portion 23 are sprinkled with objects and materials other than the balls 4 by the bucket 47. It can also be used in industries other than gaming purposes such as picking up and picking up.

It is a front perspective view of a gaming machine. It is the principal part perspective view seen from the back diagonal of a gaming machine. It is a right side view of a gaming machine. It is a rear view of a gaming machine. It is a principal part side view which shows the use condition of a bucket. It is a principal part side view of a soap bubble forming machine. It is the principal part perspective view seen from the front of the bucket.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Game machine 4 Ball 21 Rolling part 22 Capture part 23 Storage part 24 Collection part 26 Ball supply part 41 Guide wall 42 Guide protrusion 43 Water supply port 46 Lifter 47 Bucket 56 Conveyor 66 Cam 67 Opening and closing lid

Claims (9)

  A ball supply unit (26) for accommodating a large number of balls (4) rolling and falling on the slope, and transporting the balls upward toward the upper beading unit (29) and discharging them, and the released balls (4) A rolling part (21) which is formed of an inclined surface which receives and catches and falls downward and is provided with irregularities on the surface for irregularly changing the movement of the rolling and falling ball (4), and the rolling The catching part (22) received artificially by using the receiving tool with the ball (4) that has fallen on the descending end side of the part (21), and the ball (4) not caught by the catching part (22) And a recovery unit (24) for recovering the product and returning it to the ball supply unit (26).   The gaming machine according to claim 1, wherein a storage unit (23) for storing a ball and a lifter (46) for ascending conveyance are provided in the ball supply unit (26).   The gaming machine according to claim 2, comprising a water tank-like container in which the accommodating portion (23) accommodates water therein and accommodates a large number of balls (4) in a floating state.   From the bucket (47) having water permeability, the lifter (46) scoops up the balls (4) floating in the accommodating portion (23), and the conveyor (56) attached to the bucket (47) to move up and down. The gaming machine according to claim 2 or 3.   The bottom of the bucket (47) is inclined downward in the direction of discharging the ball (4) accommodated, and a damper-like opening / closing lid (67) for opening and closing the opening on the discharge side is provided on the downward inclination side, and the bucket (47) When the ball rises toward the balling portion (29), the ball (4) in the bucket (47) is balled by abutting on the opening / closing lid (67) side and opening the opening / closing lid (67). The gaming machine according to claim 4, wherein a cam (66) for discharging the part (29) is installed on the conveyor (56).   The gaming machine according to claim 1, 2, 3, 4 or 5, wherein the collecting part (24) for returning the ball (4) dropped to the catching part (22) to the accommodating part (23) is constituted by a chute.   A water supply port (43) for ejecting water from the upper end side of the capture unit (22) or the rolling unit (21) is provided, and water circulating between the storage unit (23), the water supply port (43), and the capture unit (22) is provided. The game machine according to claim 3, 4, 5, or 6, wherein a ball (4) that forms a circulation path and is returned from the catching section (22) to the housing section (23) is conveyed by a water flow or by the assistance of the water flow.   A guide wall (41) is formed on both the left and right sides of the inclined surface of the rolling portion (21) to guide the downward movement while preventing the balls (4) from dropping to the side, and the rolling surface is rolled on the inclined surface. A number of pins or nail-like guide protrusions (42) which contact the inner balls (4) to change the rolling of the balls (4) are arranged as uneven portions. , 5, 6 or 7 gaming machines.   A bubble discharge port (77) for installing a soap bubble forming machine (28) for forming and discharging a soap bubble (76) in the ball supply section (26) and discharging the formed soap ball (76) upward to the outside. A gaming machine according to claim 1, 2, 3, 4, 5, 6, 7 or 8.