JP7079020B2 - game machine - Google Patents

Description

The present invention relates to a type of game machine that allows a user to obtain a prize by using a shooting element.

As a type of game machine that lets the user acquire prizes by using shooting elements, the prize display stand on which a large number of prizes are hung is repeatedly operated within a certain range, and the prize display stand is operated by the user from the launcher. There is known a game machine that shoots a bullet at the target and uses the impact when the bullet hits one of the prizes to drop the prize from the display stand and pay it out to the user (Patent Document). See 1). Patent Document 1 also discloses a configuration in which the difficulty of releasing the prize from the hook is changed by preparing some variations in the shape of the hook for suspending the prize. There is also a game machine that controls the success or failure of winning a prize by firing a bullet from the launcher toward the target of the catcher holding the prize and changing the opening of the catcher's arm based on the hit situation to the target. It is known (see Patent Document 2).

Japanese Patent No. 5340019 Japanese Patent No. 4680227

In a game machine using a shooting element, the range of the launcher is set so as to cover the entire area where the prize is placed. For example, the launcher is installed so as to be movable around two axes in the left-right direction and the up-down direction so that the user can aim at any position in the area where the prize is placed. However, as in Patent Document 1, when some movement is given to a prize that is a shooting object, it becomes difficult to determine which position to aim at and at what timing to launch the game medium. For game machines of the type aimed at winning prizes, the play fee is usually set in association with the number of times a game medium such as a bullet is fired, and trial hitting is not possible. Therefore, for the user, the weight of one shot is relatively high, and increasing the degree of freedom of shooting may rather hinder the play and eventually spoil the interest of the game.

Therefore, an object of the present invention is to provide a game machine capable of appropriately setting the difficulty level of shooting to enhance the interest of the game.

The game machine according to one aspect of the present invention is a game machine configured so that a prize is paid out to a user when a game medium hits an object, and the object is delivered along a predetermined transport path. Responding to the operations of the transport mechanism, the launch mechanism that launches the game medium toward the object, the operation unit operated by the user to instruct the launch of the game medium, and the operation unit. The game medium is provided with a control device for controlling the launch mechanism so that the game medium is launched. In the launch mechanism, the range of the game medium overlaps with a part of the transport path, and the rest of the transport path is formed. It is provided so as to be outside the range.

The perspective view which shows the whole structure of the game machine which concerns on one embodiment of this invention. The right side view of the game machine which concerns on one embodiment of this invention. The figure which showed the internal structure of a game machine from the same direction as FIG. A perspective view showing the internal structure of a game machine by a cross section on the right half. Perspective view of the transport mechanism. Vertical sectional view of the transport mechanism. A perspective view showing the internal structure of the launch mechanism. A perspective view showing a further internal structure of the launch mechanism. Side view of the internal structure of the launch mechanism. The figure which shows an example of the relationship between the transport path of a transport mechanism and the range of a launch mechanism. A perspective view of a lift conveyor provided in the collection mechanism. The figure which shows an example of the structure of the control system of a game machine. A flowchart showing an example of the procedure of the launch control process executed by the launch control unit. The figure which shows the example which provides a plurality of protrusions on a hook. The figure which shows the example which provides the hook with a plurality of support parts in different directions. The figure which shows the other example of providing a plurality of support parts in different directions on a hook. The figure which shows still another example which provides the hook with a plurality of support parts in different directions. The figure which shows the example which provides various support parts to a hook. The figure which shows another example of a hook. The figure which shows the example of the object with the structure which releases a prize. A diagram showing another example of an object with a configuration that releases a free gift. A diagram showing yet another example of an object with a configuration that releases a free gift. The figure which shows the example of the object which provided a plurality of targets. The figure which shows the other example of the object which provided the plurality of targets. The figure which shows another example of an object. The figure which shows still another example of an object. The figure which shows the example of the object which carried a plurality of prizes.

First, the overall configuration of the game machine according to one embodiment of the present invention will be described with reference to FIGS. 1 and 2. The game machine 1 has a substantially rectangular parallelepiped housing 2. The inside of the housing 2 is configured as a game space GS closed to the outside by a partition wall 2a, and the game space GS is provided with a transport mechanism 3, a pair of left and right launch mechanisms 4, and a recovery mechanism 5. Has been done. The transport mechanism 3 suspends and supports a plurality of prize PRs as acquisition targets of the user, and transports the prize RPs along a predetermined transport path. The launch mechanism 4 launches a ball as an example of a game medium toward a prize PR transported by the transport mechanism 3. The recovery mechanism 5 collects the ball fired from the launch mechanism 4 and returns it to the launch mechanism 4.

The game played on the game machine 1 is configured to hit the ball fired from the launch mechanism 4 on the prize PR, drop it from the transport mechanism 3, and pay out the dropped prize PR to the user. A game machine for the purpose of acquiring a prize is sometimes called a prize game machine, and the game machine 1 is also a kind of prize game machine. Further, the game machine 1 is also a so-called commercial game machine in which a game is played in exchange for payment of a predetermined play fee. Although the prize PR is drawn in a cylindrical shape in FIGS. 1 and 2, the actual prize PR may have an appropriate shape and size. Further, in FIGS. 3 and below, the illustration of the prize PR is omitted.

As shown in FIGS. 3 and 4, each firing mechanism 4 is entirely covered with a cover 6. In those figures, the transport mechanism 3 is not shown. FIG. 4 shows only the launch mechanism 4 on the right side, but the launch mechanism 4 on the left side is provided symmetrically. The cover 6 is provided with a launcher 6a facing the prize PR side. A part of the cover 6 penetrates the partition wall 2a of the housing 2 and is exposed to the outside of the game space GS. The exposed portion is provided with a handle 7 to be gripped by the user and a firing button 8. By operating the handle 7, the launch mechanism 4 can be swiveled within a certain range around the horizontal swivel axis AXs (FIG. 4) to adjust the launch direction (or launch angle) of the ball only in the vertical direction. It is possible. The firing direction cannot be changed from side to side. The swivel axis AXs is tilted with respect to the front-rear direction of the housing 2 so that the launch tube 6a faces slightly inward.

When the user pushes the firing button 8 into operation, the ball is launched from the firing mechanism 4 in response to the operation. By providing a pair of left and right launch mechanisms 4 and arranging a launch button 8 on the cover 6 of each launch mechanism 4, the game machine 1 is configured so that a maximum of two users can play the game at the same time. There is. However, it is not excluded that one user operates both firing mechanisms 4 to play the game.

As shown in FIG. 1, a control panel 9 is provided on the front side of the housing 2, and a display device 10 is provided substantially in the center of the control panel 9. Further, a prize outlet 12 for taking out the prize PR is provided on the front side of the housing 2. The prize outlet 12 is provided in common with respect to the left and right launch mechanisms 4 as an example. Further, the housing 2 is for accepting payment in electronic currency in addition to or in place of coins for paying play fees, alternative coins, coin slots for inserting medals, or cash payments. A reading device such as a card reader may be appropriately provided.

5 and 6 show the details of the transport mechanism 3. The transport mechanism 3 is attached to the ceiling of the housing 2 via the bracket 20. An electric motor 21 as a drive source is attached to the bracket 20 so that its output shaft 21a faces vertically downward. A swivel shaft 23 is coaxially and integrally rotatably connected to the output shaft 21a via a coupling 22, and a wheel 24 is further coaxially and integrally rotatably connected to the swivel shaft 23. A ring-shaped hanger 25 is attached to the outer ring 24a of the wheel 24 via a plurality of chains 26. A plurality of hooks 27 are attached to the hanger 25 at regular intervals in the circumferential direction. By hooking the prize PR on those hooks 27, the prize PR is suspended and supported by the transport mechanism 3. The rotation of the motor 21 causes the hanger 25 to rotate around the rotation axis AXw of the output shaft 21a, whereby the prize PR is conveyed so as to circulate around the rotation axis AXw. A cover 28 that covers the swivel shaft 23 and the like is integrally attached to the wheel 24.

In order to hook the prize PR to the hook 27, it is necessary to provide a connecting member such as a loop or a hook on the prize PR side as well. When such a connecting member is not attached to the prize PR, the connecting member may be attached to the prize PR by using various joining methods such as screwing, press fitting, bonding, and sticking to the prize PR. The connecting member on the prize PR side may have a closed shape such as a loop shape or a ring shape having no open end, or an open shape having a free end. Further, a connecting member provided with a snap or other mechanism capable of switching between the released state and the non-released state may be mounted on the prize PR side. On the other hand, the hook 27 on the hanger 25 side may be fixed to the hanger 25 or may be detachable from the hanger 25. A ring or other connecting member may be provided between the hanger 25 and the hook 27.

7 to 9 show the details of the internal structure from which the cover 6 of the firing mechanism 4 is removed. The launch mechanism 4 includes a chassis 30. The chassis 30 is a structure that supports each part of the launch mechanism 4, and is configured by combining a plurality of appropriately bent plate materials as an example. The chassis 30 is provided with a launching section 31 for launching the ball B and a supply section 32 for supplying the ball B to the launching section 31. The launching portion 31 includes a loading chamber 33 in which the ball B is loaded, a flapper 34 arranged above the loading chamber 33, and an injection lever 35 arranged on the back side of the loading chamber 33, that is, on the side opposite to the launching direction. , A cam plate 36 for switching the operation of the injection lever 35 is provided. The flapper 34 is integrated with the bracket 37, and the bracket 37 is rotatably provided around a support shaft 38 fixed to the chassis 30. Thereby, the flapper 34 is rotatable around the support shaft 38.

The bracket 37 is rotatably connected to the drive rod 39a of the actuator 39 as the drive source of the flapper 34 via the pin 39b. The actuator 39 is, for example, a direct-acting electromagnetic actuator that advances and retreats the drive rod 39a by using an electromagnetic force. Due to the forward / backward movement of the drive rod 39a of the actuator 39, the flapper 34 moves upward from the closed position (position shown by the solid line) Pfc that restrains the ball B in the loading chamber 33 and the closed position Pfc of the ball B. It is driven to and from the open position (position indicated by the imaginary line) Pfo that releases the restraint. A tension spring 41 is attached between the bracket 37 and the rod 40 fixed to the chassis 30. The flapper 34 is pulled toward the open position Pfo by the tensile force of the tension spring 41.

The injection lever 35 is rotatably attached around the support shaft 38. A tension spring 43 (FIG. 9) as a drive source for the injection lever 35 is attached between the injection lever 35 and the rod 42 fixed to the chassis 30. When the injection lever 35 rotates about the support shaft 38 in the charge direction (arrow Rc direction), the tension spring 43 elastically deforms so as to be pulled. Due to the restoring force against the elastic deformation, the injection lever 35 is rotationally driven in the injection direction (arrow Rs direction) about the support shaft 38. Due to the rotation of the injection lever 35, the injection portion 35a at the tip of the injection lever 35 collides with the ball B and the ball B is launched.

The cam plate 36 is rotationally driven around the cam shaft 46 by an electric motor 45 as a drive source attached to the chassis 30. 8 and 9 show a state in which the cam plate 36 is in the initial position Pin. When the cam plate 36 is in the initial position Pin, the injection lever 35 is constrained to the standby position Pst shown in the figure. At the standby position Pst, the tension spring 43 is in a stretched state, and the injection lever 35 meshes with the cam plate 36 so as not to rotate in the injection direction. When the cam plate 36 rotates around the cam shaft 46 in a predetermined drive direction (arrow Dc direction) from the initial position, the restraint of the injection lever 35 by the cam plate 36 is released. As a result, the injection lever 35 is driven in the injection direction by the restoring force of the tension spring 43. As a result, the ball B in the loading chamber 33 is launched by the injection lever 35, and the ball B is launched from the launch tube 6a (see FIG. 3) of the cover 6 toward the prize PR. When the ball B is launched, the flapper 34 is arranged at the open position Pfo.

When the cam plate 36 is continuously rotated in the same direction even after the ball B is fired, the cam plate 36 meshes with the injection lever 35, and the injection lever 35 resists the restoring force of the tension spring 43 in the charging direction Rc. Rotate to. When the cam plate 36 rotates to the initial position, the injection lever 35 returns to the standby position Pst. As a result, the injection lever 35 is in a standby state in preparation for the next launch of the ball B. Such a relationship between the injection lever 35 and the cam plate 36 can be realized by appropriately adjusting the cam surface shape of the cam plate 36, the position of the cam shaft 46, and the like. In addition, in order to securely hold the injection lever 35 at the standby position Pst, a restraining mechanism for restraining the cam plate 36 at the initial position may be further added. In that case, when the ball B is fired, the restraint of the cam plate 36 is released to switch the cam plate 36 to a rotatable state, and then the cam plate 36 is rotated to operate the injection lever 35, and the cam plate 36 is moved. After returning to the initial position, the cam plate 36 may be restrained.

The supply unit 32 is provided with a ball magazine 50, a splitter 51 arranged above the ball magazine 50, and an actuator 52 for driving the splitter 51. The ball magazine 50 is configured in a gutter shape that holds the balls B in a row toward the loading chamber 33, and is fixed to the chassis 30. The ball B returned from the collection mechanism 5 (FIGS. 3 and 4) to the launch mechanism 4 is guided to the rear end side (right side of FIG. 8) of the ball magazine 50.

The splitter 51 is rotatable around the support shaft 53 by being attached to the ball magazine 50 via the support shaft 53. At both ends of the splitter 51, claws 51a and 51b that mesh with the balls B arranged in the ball magazine 50 are provided. When the splitter 51 rotates about the support shaft 53 in the open direction (direction of arrow Qo), the claw 51a on the loading chamber 33 side separates from the ball B at the head of the ball magazine 50, while the claw 51b on the opposite side moves away from the ball magazine 50. It meshes with the next ball B and prevents the ball B from moving toward the loading chamber 33 side. As a result, a single ball B is supplied to the loading chamber 33. When the splitter 51 rotates about the support shaft 53 in the closed direction (direction of arrow Qc), the claw 51a on the loading chamber 33 side enters the ball magazine 50 side, while the claw 51b on the opposite side separates from the ball B. As a result, the ball B of the ball magazine 50 moves to the loading chamber 33 side by a distance corresponding to one ball of the ball B.

The actuator 52 is, for example, a direct-acting electromagnetic actuator that advances and retreats the drive rod 52a by using an electromagnetic force. The drive rod 52a is rotatably connected to the splitter 51. Therefore, the splitter 51 is driven in the open direction and the closed direction about the support shaft 53 by the advancing / retreating operation of the drive rod 52a. The launch mechanism 4 is appropriately provided with sensors for detecting the positions of movable parts such as the flapper 34, the injection lever 35, and the splitter 51, but the description thereof will be omitted.

The components of the launch unit 31 and the supply unit 32 described above are all mounted on the chassis 30. The chassis 30 is attached to the housing 2 in a state of being rotatable around the turning axis Ax shown in FIGS. 3 and 4. For example, the chassis 30 is connected to the chassis 2 using a trunnion structure. As a result, the entire launch mechanism 4 including the cover 6 can be swiveled around the swivel axis AWSs. However, the turning range is limited to a certain range by an appropriate stopper. Further, the chassis 30 is attached in a fixed direction in the left-right direction. As a result, the firing direction of the ball B in the left-right direction cannot be changed.

Therefore, as illustrated in FIG. 10, when the transport mechanism 3 is observed from the launch mechanism 4 side, the range SA of the ball B by the launch mechanism 4 is a part of the transport path CR of the prize PR by the transport mechanism 3. Specifically, it overlaps with a part of the front side of the transport path CR when viewed from the launch mechanism 4 side, and the rest of the transport path CR is out of the range SA. The range SA is a range in which the ball B launched from the launch mechanism 4 can hit the prize PR, and is essentially the range of the ball B launched by the launch mechanism 4 and the upper and lower directions. It is a three-dimensional range determined by the adjustment range of the launch direction with respect to the direction. In FIG. 10, the ball B is shown at the launch position of the launch mechanism 4, and the range SA at the position where the range SA and the transport path CR intersect is shown by hatching.

By setting the relationship between the range SA and the transport path CR as described above, when the transport mechanism 3 is observed from the launch mechanism 4 side, the prize PR is on one side of the transport direction with respect to the range SA. Enter from and exit from the other side. Therefore, the user may operate the firing button 8 to launch the ball B at the timing when the desired prize PR enters the range SA. Therefore, as compared with the case where the range SA is set so as to include the entire area of the transport path CR of the prize PR, it becomes easier to determine which position should be aimed at at what timing. The adjustment of the launch direction in the vertical direction may be appropriately performed depending on which height position of the prize PR is aimed at, and does not make the launch operation of the ball B more difficult than necessary. Therefore, it is possible to appropriately limit the degree of freedom of shooting, set the difficulty level of the game appropriately, and provide a game that the user can easily play to enhance its interest.

The transport path CR shown in FIG. 10 is a range that changes depending on the height of the prize PR, but assuming a standard height for the prize PR, at least a range corresponding to the standard height vertically downward from the hook 27. Can be assumed as the transport path CR. Alternatively, the maximum height of the prize PR may be assumed, and the transport path CR may be assumed based on the maximum height of the prize PR. The adjustment range of the launch direction with respect to the vertical direction of the launch mechanism 4 may be set so as to cover a range equal to or higher than the total height of the transport path CR, or a part of the upper part or the lower part of the transport path CR is out of the range SA. It may be set as follows. In any case, by making the firing direction unadjustable with respect to the left-right direction, it is possible to provide the firing mechanism 4 so that the range SA overlaps only in a part of the transport path CR.

Although FIG. 10 shows the relationship between the range SA of one launch mechanism 4 and the transport path CR, the relationship between the range SA of the other launch mechanism 4 and the transport path CR may be the same. The range SAs of the left and right launch mechanisms 4 may be set so that at least a part thereof overlaps with each other, or the range SAs of the left and right launch mechanisms 4 are set completely separated so as not to have the overlapping portion. May be good. Further, adjustment of the firing direction in the vertical direction is not essential, and the firing mechanism 4 may be provided so that the firing direction is fixed in one direction.

Returning to FIGS. 3 and 4, the payout of the prize PR dropped from the transport path CR and the collection mechanism 5 of the ball B will be described. The game space GS is provided with a prize receiver 60 so as to be located below the transport mechanism 3. The prize receiving 60 is configured by arranging a plurality of elongated receiving rods 61 in the left-right direction of the housing 2 at appropriate intervals while tilting them toward the front side of the housing 2 so as to draw a downward slope. The distance between the receiving rods 61 is set to a range in which the ball B can pass and the prize PR cannot pass. In other words, it is necessary to select a prize PR having a size that cannot pass through the gap between the receiving rods 61. The prize PR that has fallen from the transport mechanism 3 receives the prize receiver 60, slides toward the front side of the housing 2 along the inclination of the rod 61, and falls to the prize payout portion 62 connected to the prize take-out port 12. The prize PR guided to the prize payout unit 62 is taken out by the user from the prize outlet 12. On the other hand, the ball B launched from the launch mechanism 4 is separated from the prize PR by falling from the gap of the receiving rod 61 of the prize receiving 60. Thereby, the prize receiving 60 functions as an example of the separating means.

The ball B that has fallen from the prize receiver 60 is returned to the supply unit 32 of the launch mechanism 4 by the collection mechanism 5. The collection mechanism 5 includes a lower guide 70 arranged below the prize receiver 60, a pair of lift conveyors 71 arranged in the corners on the back side of the housing 2, the lift conveyors 71, and the left and right launch mechanisms 4. It is provided with a pair of upper guides 72 for individually connecting and. The lower guide 70 is tilted so as to draw a downward slope toward the rear portion of the housing 2 so as to guide the ball B that has fallen from the gap of the receiving rod 61 to the rear portion of the housing 2. The lower guide 70 is inclined so that the central portion of the housing 2 is higher than the left and right ends in the left-right direction of the housing 2 so that the balls B can be appropriately distributed to the left and right lift conveyors 71. May be done. A bottom guide that guides the ball B to the rear of the housing 2 is further provided at the bottom position of the prize payout portion 62 in case the ball B enters the prize payout portion 62 without falling through the gap between the receiving rods 61. You may.

The lift conveyor 71 lifts the ball B guided by the lower guide 70 to the upper guide 72. For example, as shown in FIG. 11, the lift conveyor 71 has a configuration in which a picker 74 for catching the ball B is attached to an appropriate position of a belt 73 traveling along the vertical direction. When the belt 73 is driven by the electric motor 75 as a drive source, the ball B guided to the lower part of the lift conveyor 71 is scooped up by the picker 74 and rises, and is transferred to the upper guide 72.

Returning to FIGS. 3 and 4, the upper guide 72 extends downward from the front-rear guide portion 72a inclined so as to draw a downward slope toward the front of the housing 2 and the front end of the front-rear guide portion 72a. It includes the shooter portion 72b that has been removed. The front-rear guide portion 72a and the shooter portion 72b are configured in a cylindrical shape as an example. In FIGS. 3 and 4, the connection portion between the front-rear guide portion 72a and the shooter portion 72b is drawn separately, but the connection portion is connected by an appropriate cylindrical member. The ball B supplied from the lift conveyor 71 is guided to the upper end of the shooter portion 72b by the upper guide 72a, and falls downward at the shooter portion 72b. The lower end of the shooter portion 72b and the cover 6 of the launching mechanism 4 are connected by a bellows-shaped connecting cylinder 76 that can be deformed following the vertical turning of the launching mechanism 4. The ball B that has fallen to the lower end of the shooter portion 72b is guided to the ball magazine 50 of the firing mechanism 4 via the connecting cylinder 76.

Next, the configuration of the control system of the game machine 1 will be described with reference to FIG. As shown in FIG. 12, the game machine 1 is provided with a control device 80. The control device 80 is configured as a computer including a CPU and an internal memory necessary for its operation. The above-mentioned transport mechanism 3, launch mechanism 4, recovery mechanism 5, and display device 10 are connected to the control device 80 as control targets, and a launch button 8 is connected as a means for detecting information regarding the user's operation. Has been done. Regarding the transport mechanism 3, the launch mechanism 4, and the recovery mechanism 5, the drive devices such as the motor and the actuator to be controlled and the sensors and the like necessary for the operation control thereof are actually connected, but in FIG. 12, they are connected. It is shown collectively for each mechanism. The firing button 8 and the firing mechanism 4 are shown separately by the left unit 81L and the right unit 81R. Further, a toll collection device 82 is connected to the control device 80. The fee collecting device 82 may be, for example, a coin selector that detects payment of play fees using coins, alternative coins, medals, or the like, or a card reader that processes payment of play fees in electronic currency.

The control device 80 is provided with a game management unit 83, a transfer control unit 84, a launch control unit 85, and a recovery control unit 86 as logical devices realized by a combination of computer hardware and software. The game management unit 83 monitors the state of each unit of the game machine 1, instructs the control units 84, 85, and 86 to start control as appropriate, or causes the display device 10 to display appropriate information. Manages the overall operation of the game machine 1. The transport control unit 84 controls the transport operation of the prize PR by the transport mechanism 3, the launch control unit 85 controls the launch operation of the ball B by the launch mechanism 4, and the recovery control unit 86 controls the recovery operation of the ball B by the recovery mechanism 5. To control.

As one of the states of the game machine 1, the game management unit 83 determines whether or not the fee required for play has been paid based on the signal from the fee collecting device 82, and if the play fee has been paid, the game management unit 83 determines whether or not the fee required for play has been paid. , Instructs the launch control unit 85 to start the control necessary for launching the ball B. FIG. 13 shows an example of the procedure of launch control by the launch control unit 85. The process of FIG. 13 is a process executed for the unit on the side where the play fee is paid, out of the left and right units 81L and 81R. When the play fee for two players is paid, the process of FIG. 13 is executed in parallel for each of the units 81L and 81R.

When the game management unit 83 instructs the start of control, the launch control unit 85 starts the process of FIG. 13, and first operates the actuator 52 so that the splitter 51 of the supply unit 32 reciprocates once to load the ball B. It is loaded into the chamber 33 (step S101). Next, the launch control unit 85 operates the actuator 39 so that the flapper 34 of the launch unit 31 moves to the open position Pfo (step S102). After that, the launch control unit 85 determines whether or not the launch operation, that is, the operation of the launch button 8 is detected (step S103), and if the launch operation is not detected, the determination is repeated. When the firing operation is detected, the firing control unit 85 operates the motor 45 so that the cam plate 36 goes around the drive direction Dc (step S104). As a result, a single ball B is launched from the launch mechanism 4. When the cam plate 36 goes around, the firing control unit 85 operates the actuator 39 so that the flapper 34 moves to the closed position Pfc (step S105). As a result, one firing control process is completed.

In addition, each of the transport control unit 84 and the recovery control unit 86 transports the prize PR while the game is being played, and the launched ball B is appropriately returned to the launch mechanism 4 and the transport mechanism 3 and The operation of the recovery mechanism 5 may be controlled. For example, the transport control unit 84 may continuously drive the transport mechanism 3 to circulate the prize PR while the power of the game machine 1 is turned on. Alternatively, in response to the payment of the play fee, the game management unit 83 instructs the transport control unit 84 to start transport, and in response to this, the transport control unit 84 operates the motor 21 to transport the prize PR. You may. Regarding the control of the recovery mechanism 5, for example, when the ball B is launched, the lift conveyor 71 may be driven for a certain period of time thereafter to return the ball B to one of the launching mechanisms 4. The sensor may detect the arrival of the ball B at the lower part of the lift conveyor 71, and the lift conveyor 71 may be driven only for a certain period of time after the detection. Alternatively, the lift conveyor 71 may be operated continuously or intermittently while the game machine 1 is in operation. The sensor may detect whether or not the number of balls B stocked on the launching mechanism 4 side is insufficient, and if the number is insufficient, the lift conveyor 71 may be driven until the shortage is resolved.

Next, some modifications relating to the configuration of the game machine 1 will be described. In the game machine 1 described above, the transport mechanism 3 is provided so as to circulate the prize PR along a cylindrical transport path CR centered on the rotation axis AXw in the vertical direction, and the launch mechanism 4 launches only in the vertical direction. The direction is adjustable, and the firing direction cannot be adjusted in the left-right direction. However, as long as the range SA overlaps only a part of the transport path CR and the rest of the transport path CR is located outside the range SA, the transport mechanism and the launch mechanism can be appropriately modified or changed. For example, the prize PR is circulated around the horizontal axis, and the transport mechanism and the launch mechanism are configured so that when the prize is transported to the front side when viewed from the user, the prize is within the range of the launch mechanism. May be good. Alternatively, the transport direction of the transport mechanism may be set in the front-rear direction when viewed from the user. In that case, the firing mechanism may be configured so that a part of the area related to the front-rear direction of the transport path overlaps the range from the user's point of view, and the other area is out of the range.

The firing mechanism may be provided in a manner in which the firing direction is fixed and cannot be adjusted as described above. On the other hand, even when the launch direction can be adjusted, the adjustment direction is not limited to the direction orthogonal to the transport direction (for example, the vertical direction in the above embodiment), and the adjustment direction is adjusted to an appropriate direction intersecting the transport direction. It may be possible. Further, the launch mechanism may be able to adjust the launch direction also in the transport direction as long as a part of the transport path is out of the range. On the other hand, a part of the range may include a region outside the transport path. For example, in the example of FIG. 10, the upper end portion and the lower end portion of the range SA include a region outside the transport path CR. By providing such an area, it is possible to adjust the difficulty level of the game.

The transport mechanism is not limited to the example in which the prize is orbited around the vertical axis, and may be appropriately deformed as long as the shooting object can be transported along a predetermined transport path. For example, the slider may be moved along a rail having an appropriate shape, and an object may be attached to the slider. The object may be conveyed using a belt conveyor. Further, the transport path of the transport mechanism is not limited to the example configured as a circulation path. The transport mechanism may be configured to reciprocate the object within a certain range. Not limited to the example of suspending the object, it is also possible to transport the object on a table. The transport route is not limited to the example of transporting the object in one direction, and the object may be transported in two or more directions. For example, in the above-mentioned transport mechanism 3, the wheel 24 may be raised and lowered in the direction of the rotation axis AXw, and the prize PR may be conveyed while combining the raising and lowering operation and the rotation operation.

The firing mechanism is not limited to the example of firing the ball B by utilizing the restoring force of the tension spring 43. For example, the launch mechanism may be configured to launch the ball using various physical forces such as electromagnetic force, fluid pressure, and the like. The game medium is not limited to the ball, and an appropriate physical medium such as a medal may be used as the game medium. The number of transport mechanisms and launch mechanisms is not limited to the illustrated example, and may be appropriately changed. For example, a single launch mechanism may be provided for a single transport mechanism, or the same number or more launch mechanisms may be provided for a plurality of transport mechanisms. Further, a plurality of transport mechanisms may be provided for a single launch mechanism. Even in that case, it is sufficient that the launching mechanism is provided so that the range overlaps only in a part of the transport path of each transport mechanism.

It suffices that the object transported by the transport mechanism is set as a target for hitting the game medium. The object does not necessarily have to include a free gift. For example, a sensor or the like detects that a game medium hits an object transported by a transport mechanism or the object has fallen, and in response to the detection, a prize stored in a different position is paid out. Even with such a configuration, the object of the invention can be achieved by setting the transport path of the object and the range of the launching mechanism in the above relationship. On the other hand, the prize is not limited to the item finally acquired by the user. For example, in the game machine, the game machine may be operated so as to pay out a ticket or other item having an exchange value as a primary prize and exchange the prize for the final prize desired by the user. In short, it suffices if the object is set as a target for hitting the game medium, and the prize may be paid out to the user on condition that the hit of the game medium is hit on the object.

The separation means and the recovery mechanism are not limited to the above-mentioned forms, and can be appropriately modified. For example, as for the separating means, for example, a ridge portion or a groove portion that limits the rolling direction of the ball B is formed on the surface of the prize receiver 60, and the ridge portion or the like is used to collect the ball B in a specific direction. The prize receiving 60 may be configured so that the prize PR overcomes those ridges and slides down. The recovery mechanism is not limited to the example of using a lift conveyor, but a modification such as raising a ball using an elevating mechanism or storing a large number of balls in a row and pushing out the ball to guide the ball to the launch mechanism. Is possible.

In the game machine 1 described above, the prize PR is hung from the hanger 25 of the transport mechanism 3 via the hook 27, but various variations can be assumed with respect to the support of the shooting object. Hereinafter, various examples relating to the support of the object will be described with reference to FIGS. 14 to 27. 14 to 18 show an example of a hook that can be used to suspend and support an object including a prize PR.

In the example shown in FIGS. 14 (a) to 14 (c), by providing the protrusions 101a, 101b, and 101c in the middle of the hook 100, the hooks 100 are supported so as to be continuous toward the open end 102. It is divided into parts 103. Each of the support portions 103 has a length that allows the object to be supported in a suspended state. The hook 100 of FIG. 14A is provided with a flange-shaped protrusion 101a. In the hook 100 of FIG. 14B, the hook 100 itself is formed in a substantially inverted U shape, and a plurality of pairs of pin-shaped protrusions 101b are provided in the inner region thereof. The hook 100 of FIG. 14 (c) has a shape in which the hook 100 of FIG. 14 (b) is roughly divided in half, and a protrusion 101c is provided on the side thereof.

According to the examples of FIGS. 14A to 14C, by providing the protrusions 101a to 101c between the support portions 103, an inhibitory effect on the movement of the object toward the open end 102 is generated between the support portions 103. Can be made to. Therefore, even if the game medium hits the object, the object is caught by the protrusions 101a to 101c and its drop is appropriately suppressed. It is difficult to drop the object with one hit of the game medium, and the object is caught by the protrusions 101a to 101c and stopped at one of the support portions 103. Therefore, in order to drop the object, it is necessary to hit the game medium a plurality of times and move the object stepwise toward the release end 102. If the object has moved close to the open end 102, the user can be made aware that the object can be dropped and a prize can be obtained in a short time. Thereby, it is possible to raise the expectation of the game.

The shapes and sizes of the protrusions 101a to 101c may be appropriately changed as long as they can exert an inhibitory effect on the movement of the object toward the open end 102. The protrusions 101a to 101c may be made of an appropriate material. As an example, the protrusions 101a to 101c may be made of a material having elasticity that can be deformed by a force transmitted from an object when the game medium is hit. For example, the protrusion 101a in FIG. 14A may be made of an elastic material such as a silicon material. Also in the examples of FIGS. 14 (b) and 14 (c), the protrusions 101b and 101c can be made of an elastic material. The protrusions 101a to 101c are configured to be larger or longer as they are closer to the open end 102, but the size and length thereof may be appropriately changed.

The hooks 110 shown in FIGS. 15 (a) to 15 (e) are common to the examples of FIGS. 14 (a) to 14 (c) in that a plurality of support portions 112 are provided so as to be continuous toward the open end 111. do. However, the hook 110 changes the direction of movement toward the open end 111 of the object between the adjacent support portions 112 as a means for suppressing the movement of the object between the support portions 112. It is different from the hook 100 of FIGS. 14A to 14C. That is, in the example of FIG. 15A, the hook 110 is spirally bent toward the open end 111 to form one support portion 112 in a length range of at least one circumference or less, and the support portion 112 is formed. The moving direction of the object changes between 112. In the example of FIG. 15B, the hook 110 is bent in a zigzag manner toward the open end 111, so that the moving direction of the object changes between the support portions 112. Further, in the example of FIG. 15B, the thickness of the support portion 112 is differentiated. As a result, the frictional resistance acting between the object and the hook 110 is changed to change the characteristics of the object with respect to the difference between the support portions 112.

In the example of FIG. 15C, the direction of the support portion 112 is changed in various ways. In the example of FIG. 15D, the boundary portion of the support portion 112 is bent relatively smoothly. In the example of FIG. 15 (e), a three-stage support portion 112 is provided toward the open end 111, and an intermediate region 113 is provided between the support portions 112. In other words, in the example of FIG. 15 (e), the support portions 112 are connected via the intermediate region 113. The intermediate region 113 is a region connecting the support portions 112, and may itself be configured as a region that does not act to hook and support the object.

Also in the examples of FIGS. 15A to 15E, when the object tries to move across the support portions 112 due to the hit of the game medium, the movement direction changes between the adjacent support portions 112, so that the difference is different. Has an inhibitory effect on. Therefore, in order to drop the object, it is necessary to hit the game medium a plurality of times and move the object stepwise toward the release end 102. If the object has moved close to the open end 102, the user can be made aware that the object can be dropped and a prize can be obtained in a short time. Thereby, it is possible to raise the expectation of the game.

The hook 120 shown in FIGS. 16A to 16C is provided so that a plurality of support portions 122 are connected to each other toward the release end 121, and the hook 120 is connected to the release end 121 of the object between the adjacent support portions 122. It is common with the hook 110 of FIGS. 15 (a) to 15 (e) in that the direction of movement toward the hook changes. However, the hook 120 is different from the hook 110 of FIGS. 15A to 15E in that the vertical position of the support portion 122 is not differentiated and the support portion 122 is arranged in one horizontal plane. do. Also in such an example, similarly to the hook 110 of FIGS. 15A to 15E, the object can be moved stepwise toward the open end 121, whereby the same action and effect as described above can be obtained. Is.

The hook 130 shown in FIGS. 17A to 17C is provided so that a plurality of support portions 132 are connected to each other toward the release end 131, and the hook 130 is connected to the release end 131 of the object between the adjacent support portions 132. It is common with the hooks 110 and 120 described above in that the direction of movement is changed, but the vertical positions are differentiated among some of the support portions 132, and some of the support portions 132 are in the same horizontal plane. In terms of being arranged inside, the hooks 110 and 120 are appropriately combined in a shape. Even with the hook 130 having such a form, it is possible to move the object stepwise toward the open end 131, thereby obtaining the same effect as described above.

Further, as shown in FIG. 18, a plurality of open ends 141 are provided on the hook 140, and a plurality of support portions 142 are appropriately combined and arranged toward the open ends 141 to suspend a plurality of prize PRs. The hook 140 may be configured so that it can be lowered.

Each of the hooks 100 to 140 described above is provided with a plurality of support portions so as to move the object stepwise toward the open end, and the hooks 100 to 140 are provided with a plurality of support portions to move the object toward the open end between the support portions. On the other hand, it is common in that the hook is configured so as to have an inhibitory effect. These hooks are not necessarily limited to the use of suspending and supporting an object transported by a transport mechanism, and can be applied even when the object is suspended and supported at a fixed position without being transported. The object may be a shooting object, and the game machine may be a game machine in which a prize is given to the user in response to the fall of the object.

On the other hand, the hook applied to the game machine 1 described above is not limited to the examples shown in FIGS. 14 to 18. For example, the appropriate hook illustrated in FIG. 19 may be used. The hook 150 of FIGS. 19A and 19B is an example in which the hook 150 is configured to represent various figures such as a character, and a portion for suspending an object is provided in a part thereof. The hook 160 of FIG. 19C is an example of suspending an object via a connecting portion 161 having a property of breaking by a force when the game medium hits. The hook 170 in FIG. 19D is an example in which the open end 171 is formed in a substantially cross shape. By constructing the open end 171 with a flexible material such as silicon, for example, when the game medium hits the vicinity of the open end 171 from the side, the open end 171 is not easily deformed, and the prize PR is obtained. When the game medium hits so as to load in the vertical direction, the release end 171 is easily deformed and the free end 171 is provided with a deformation characteristic that the prize PR falls, so that the game medium can be oriented in any direction. It is possible to give playfulness as to whether it should be hit with. Further, the hook 180 in FIG. 19E is an example in which a horizontal axis-shaped support portion 181 is provided so that a plurality of prize PRs can be suspended and supported, and the support portion 181 is further suspended and supported near the center. According to such a hook 180, the inclination of the support portion 181 changes according to the position of the prize PR, and the ease of dropping the prize PR changes according to the change. Thereby, it is possible to enhance the playability.

In the above form, the object itself is suspended and supported by hitting the object such as a prize with a game medium to drop the entire object, but the support of the object is the same. The whole is not limited to the form to be dropped. For example, an object including an article such as a prize is prepared, and when the game medium hits the object, the object is provided so as to move at least a part of the object to release the released object. May be done. 20 to 27 show an example of constructing an object in this way. In the examples of FIGS. 20 to 27, an example is shown in which the object is configured to include the prize and the prize itself is released. However, the released object is configured as a substitute for the prize, and the released object is released by dropping or the like. , Another prize may be paid out to the user.

In the object 200 shown in FIG. 20, as shown in FIG. 20A, the pedestal 201 as a support on which the prize PR is placed is suspended and supported by a plurality of support ropes 203 from the upper support plate 202. At least the support rope 203 on the front side (launch mechanism side) is hooked to the support plate 202 by the hook 204. The hook 204 is hooked so that it can be easily disengaged by hitting a game medium such as a ball. As shown in FIG. 20B, when the fastener 203 is disengaged, the pedestal 201 is tilted, and the tilt causes the prize PR to be released from the object 200 and falls.

In the object 210 shown in FIG. 21, a net 211 as a support for accommodating a large number of prize PRs is suspended and supported from an upper support plate 212 via a plurality of support rods 213. The net 211 and the support rod 213 are rotatably connected to each other so that the net 211 can be shaken, for example, via a joint 214 as indicated by an arrow. The net 211 is provided with a target 215 as a target for hitting the game medium. The target 215 is set at a position where the net 211 can be moved more. In such an object 210, when the game medium hits the target 215, the net 211 sways, and the prize PR is released so as to spill accordingly. Instead of the net 211, a plate, a basket, or the like as a rigid body may be provided as a support.

In the object 220 shown in FIG. 22, the dish 221 as a support is suspended and supported by a plurality of support ropes 223 (the figure (a)) or a rigid support rod 224 (the figure (b)). A large number of prize PRs are stacked and placed on the plate 221. The form of stacking the prize PR is also different between FIGS. 22 (a) and 22 (b). Even with such an object 220, by hitting the plate 221 or the prize PR itself with the game medium, the prize PR can be broken and released so as to spill from the plate 221.

The object 230 shown in FIG. 23 incorporates a gimmick structure (an example of the gimmick means) 232 so that the prize PR is released when the game medium hits a plurality of targets 231 with a certain relationship. This is an example. That is, the gimmick structure 232 includes a base 233 provided with two targets 231 and a dish 234 as a support suspended and supported from the base 233. A single, one or more giveaways are mounted on the dish 234.

As shown in FIGS. 23 (b) and 23 (c), the base 233 and the dish 234 are connected to each other via a hinge portion 235 on the back surface side thereof, and the position of the hinge portion 235 is used as an axis. Can be relative displaced to rotate as. On the other hand, on the front side of the hinge portion 235, a pair of connecting portions 236 are provided so as to be located directly below the target 231. Each connecting portion 236 is configured to connect the base 233 and the dish 234 by utilizing a pair of magnets 237 arranged directly under the target 231.

According to such an object 230, when the game medium hits the target 231, the magnets 237 are separated from each other by the force (or impact) transmitted to the object 230 as shown in FIG. 23 (c). do. However, when the game medium hits only one of the targets 231, the magnet 237 directly under the target 231 on the opposite side maintains the adsorption state, so that the magnet 237 is separated directly under the target 231 on the other side. Even so, those magnets 237 are attracted again. Therefore, the dish 234 maintains the state shown in FIGS. 23 (a) and 23 (b), and the prize is not released. On the other hand, when the game medium hits each of the targets 231 at the same time, the magnet 237 of each connection portion 236 is separated, whereby the dish 234 is tilted as shown in FIG. 23 (c). As a result, the prize is released from the object 230.

As described above, in the object 230 of FIG. 23, the prize is not released unless the game medium hits the two targets 231 at the same time. Therefore, it is suitable for application to a game machine provided with a plurality of launching mechanisms such as the game machine 1 described above. The launch mechanism requires a certain operation to launch the game medium, and it is generally difficult to launch the plurality of game media toward the plurality of targets 231 in a short time that can be regarded as simultaneous or simultaneous. On the other hand, when there are a plurality of launch mechanisms, the object 230 is deformed as shown in FIG. 23 (c) by simultaneously launching the game medium from each launch mechanism to the plurality of targets 231. You can get a free gift. As a result, a play mode in which two users cooperate to launch a game medium against a common object 230 is realized, and cooperative play by multiple users, which was difficult to introduce with a so-called prize game machine, is realized. However, it can enhance the interest of the game.

As is clear from the above description, it is not necessary for the game medium to hit the plurality of targets 231 at exactly the same time, and the magnet 237 of one connection portion 236 does not attract the magnet 237 of the other connection portion 236 again. The game medium may hit the target 231 within the range where the magnet 237 is separated. In short, when the game medium hits a plurality of targets 231 so that the game media interact with each other, the released object such as a prize is released, and when the game medium hits a single target 231, the released object is released. It suffices if the mechanism structure 232 is configured so as not to be carried out. For example, a gimmick means may be configured so that the prize is released when the game medium hits a plurality of targets in a predetermined order within a fixed time. Even in that case, for example, if the time difference between hits is set so that it is difficult to realize with only a single launch mechanism, it is possible to provide the user with cooperative play that requires play using multiple launch mechanisms. .. Whether or not the game media hit each other can be determined when the effects of the game medium hit on the object are physically related and only a single game medium hits. It may be judged based on whether or not no action or action occurs.

The object suitable for cooperative play is not necessarily limited to the example including the gimmick means as shown in FIG. 23. For example, objects 240, 250, 260 shown in FIGS. 24 (a) to 24 (c) may be provided. In the object 240 of FIG. 24 (a), as in the example of FIG. 22, a dish 241 as a support is suspended and supported via a plurality of support ropes 243, and a large number of prize PRs are placed on the dish 241. This is an example. Each of the support cords 243 is provided with at least one target 244. When the game medium hits the target 244, the force is transmitted to the plate 241 via the support rope 243, and the plate 241 is shaken and released so that the prize PR spills. Comparison with the case where the game medium hits a plurality of targets 244 at the same time, and the forces transmitted by the hits interact with each other, so that only a single game medium hits one of the targets 244. In, the dish 241 swings more greatly. Therefore, it is advantageous for releasing the prize PR to hit a plurality of targets 244 at the same time with the game medium. In this case as well, the hits of the game medium do not have to be exactly the same. The game medium may hit a plurality of targets 244 within a time range in which the force transmitted by the hit causes an interaction.

The object 250 in FIG. 24 (b) is an example in which a plurality of targets 254 are provided as in the figure (a), but the target 254 is used as a support suspended by a plurality of support ropes 253. The point that it is arranged on the plate 251 is different from the example of FIG. 24 (a). Even with such a configuration, it is possible to obtain the same effect by changing the movement of the dish 251 in the same manner according to the hit situation of the game medium with respect to each target 254.

In the object 260 of FIG. 24 (c), arms 262 are arranged on the left and right sides of the basket 261 as a support for accommodating the prize PR, and the basket 261 and the arm 262 are integrally supported around the arm 262 so as to be swingable. This is an example. A rod 263 extends from the arm 262 below the cage 261 and a target 264 is provided at the tip of the rod 263. Even with this object 260, if the game medium hits a plurality of targets 264 so as to interact with each other, the basket 261 will be greatly shaken as compared with the case where only a single target 264 is hit by the game medium. , It is possible to release more prize PR.

The cooperative play can be realized even when the objects 200, 210, and 220 of FIGS. 20 to 22 described above are used. These objects 200, 210, and 220 are also objects when a plurality of gaming media hit the object so as to interact with each other, as compared with the case where only a single Yuki medium hits. Moves more and makes it easier to drop the prize. That is, in cooperative play, when it is possible to launch a game medium from each of a plurality of launch mechanisms toward the same object, and when the multiple game media hit each other so as to influence each other. This is feasible if the object is configured to be advantageous in terms of release of the liberated material as compared to the case where only a single game medium is hit.

25 to 27 show configuration examples of still other objects. These objects may be applied to a game machine provided with a plurality of launching mechanisms as described above, but are also applicable to a game machine provided with only a single launching mechanism.

The object 300 of FIG. 25 includes two sections, an upper support portion 301 and a lower support portion 302. As an example, the upper support portion 301 has a dish shape capable of accommodating a large number of prize PRs, and the screw portion 303 of the lower support portion 302 is screwed to the center of the bottom portion thereof. The female threaded portion that receives the threaded portion 303 is a through hole having a size that allows the prize PR to pass through. On the other hand, a plurality of targets 304 are provided on the lower support portion 302 at intervals in the circumferential direction, and further prize PRs are suspended and supported below the targets 304. In such an example, as shown in FIG. 3A, each time the game medium is hit on the target 304, the target 304 rotates and the screw portion 303 is gradually loosened. Then, when the screw portion 303 comes off from the upper support portion 301, the female screw portion of the upper support portion 301 is also opened, and the prize PR of the upper support portion 301 also drops. Such a configuration can give the user a feeling of expectation to additionally acquire a further prize PR with respect to the lower prize PR, for example.

The object 310 in FIG. 26 is an example in which a bag 312 is suspended and supported from a pedestal 311 or a prize PR mounted on the pedestal 311, and the bag 312 is provided with an opening 313 through which a game medium passes. Each time the prize PR passes through the opening 313 and is taken into the bag 312, the weight of the bag 312 gradually increases, and when the quantity of the game medium exceeds the limit, the pedestal 311 tilts and the prize PR is released or the prize PR is released. PR slides off the pedestal 311. The objects 300 and 310 of FIGS. 25 and 26 are the same as the examples shown in FIGS. 14 to 18 in that the prize PR is released by hitting the object with the game medium a plurality of times. Common.

The object 320 of FIG. 27 is an example in which a plurality of regions 322 are set on a single pedestal 321 and at least one prize PR is placed on each region 322. By turning the pedestal 321 it is possible to create playability regarding which prize PR should be aimed at to launch the game medium. It is also possible to add further playability to the game by suspending and supporting the object 320 from the transport mechanism 3 of the game machine 1 and rotating the pedestal 321 around its central axis 323.

Various embodiments of the present invention derived from each of the above-described embodiments and modifications are described below. In the following description, in order to facilitate understanding of each aspect of the present invention, the corresponding components shown in the accompanying drawings are added in parentheses, whereby the present invention is limited to the illustrated form. It's not something.

In the game machine (1) according to one aspect of the present invention, the game medium (B) hits an object (PR, 200, 210, 220, 230, 240, 250, 260, 300, 310, 320). , A game machine configured to pay out a prize (PR) to a user, the transport mechanism (3) for transporting the object along a predetermined transport path (CR), and a transport mechanism (3) toward the object. The launching mechanism (4) for launching the game medium, the operation unit (8) operated by the user to instruct the launch of the game medium, and the game medium launched in response to the operation of the operation unit. The launch mechanism includes a control device (80) that controls the launch mechanism so that the range (SA) of the game medium overlaps with a part of the transport path, and the rest of the transport path is formed. It is provided so as to be out of the range.

According to the game machine of the above aspect, the user operates the operation unit at the timing when the object transported by the transport mechanism enters the range, and the game medium is hit on the object within the range. It will be possible to win a prize. Compared with the case where the entire transport path is included in the range, the user can easily and clearly grasp which position and timing the object should be aimed at. Therefore, it is possible to appropriately limit the degree of freedom of shooting, set the difficulty level of the game appropriately, and provide a game that the user can easily play to enhance its interest.

In the above embodiment, when the transport mechanism is observed from the launch mechanism side, the object enters the range from one side in the transport direction and the other in the transport direction. The transport mechanism may be provided so as to exit from the side. According to this, since the object enters from one side in the transport direction and exits from the other side with respect to the range, it is possible for the user to clearly grasp the timing of launch.

The launch mechanism may be provided so that when the transport mechanism is observed from the launch mechanism side, the launch direction of the game medium can be adjusted along the direction intersecting the transport direction. According to this, it is possible to change where to aim at an object within the range by adjusting the firing direction. As a result, it is possible to add playfulness and entertainment to the game without making the difficulty of the game excessively difficult, and further enhance its interest.

The transport path may be configured as a circulation path. According to this, the object that has left the range circulates so as to enter the range again. Therefore, even if the launch timing is missed, the user can instruct the launch of the game medium at the same timing again. As a result, the game can be played more easily.

The game machine is configured so that the prize is included in the object and is transported by the transport mechanism, the prize is dropped by the hit of the game medium on the object, and the dropped prize is paid out to the user. You may. According to this, the prize is included in the shooting object and transported, and if the game medium is hit so as to drop the prize, the prize can be obtained, so that the user can easily understand the contents of the game. Moreover, by moving the prize to be paid out, it is possible to achieve the eye-catching effect of the game machine.

Further, in the mode of dropping the prize, a separation means (60) for separating the dropped prize and the game medium may be provided. Further, a collection mechanism (5) may be provided that collects the game medium separated by the separation means and returns it to the launch mechanism. According to these aspects, it is possible to separate the game medium launched from the launch mechanism from the prize dropped from the transport mechanism, and further return it to the launch mechanism in preparation for the next and subsequent launches.

1 Game machine 3 Transport mechanism 4 Launch mechanism 5 Resolution and collection 8 Launch button (operation unit)
27 Hook 30 Chassis 31 Launching unit 32 Supply unit 35 Injection lever 50 Ball magazine 60 Free gift receiving (separation means)
80 Control device 100, 110, 120, 140 Hook 101a, 101b, 101c Protrusion 102, 111, 121, 131, 141 Free end 103, 112, 122, 132, 142 Support 200, 210, 220, 230, 240, 250, 260 Object 215, 231, 244, 254, 264 Target 232 Device structure (device means)
PR giveaway

Claims (5)

It is a game machine configured so that a prize is paid out to a user when a game medium hits an object.
A transport mechanism that transports the object along a predetermined transport path,
A launch mechanism that launches the game medium toward the object,
An operation unit operated by the user to instruct the launch of the game medium, and
A control device for controlling the launch mechanism so that the game medium is launched in response to the operation of the operation unit is provided.
When the range is a range in which the game medium can hit the object and is determined by the reach of the game medium by the launch mechanism and the adjustment range of the launch direction in the launch mechanism. The launch mechanism is provided so that the range overlaps a part of the transport path and the rest of the transport path is outside the range.
The transport path is configured as a circulation path that circulates between the front side and the back side when observed from the launch mechanism side.
The transport mechanism is provided so that when the transport mechanism is observed from the launch mechanism side, the object is transported from one side in the transport direction to the other side in the circulation path on the front side. Be,
By defining the reach of the launch mechanism and limiting the adjustment range, the range overlaps with a part of the circulation path on the front side in the transport direction, and the circulation on the front side. A game machine in which the rest of the route and the circulation route on the inner side are out of the range. The first aspect of the present invention, wherein the launch mechanism is provided so that the launch direction of the game medium can be adjusted along a direction intersecting the transport direction when the transport mechanism is observed from the launch mechanism side. game machine. Either of claims 1 or 2, wherein the prize is included in the object and is transported by the transport mechanism, the prize is dropped by the hit of the game medium on the object, and the dropped prize is paid out to the user. The game machine described in the first item. A claim is provided below the transport mechanism with a separating means for separating a prize dropped due to the hit of the game medium to the object and a game medium dropped after being launched from the launch mechanism. The game machine described in 3. The game machine according to claim 4, wherein a recovery mechanism for collecting the game medium separated by the separation means and returning the game medium to the launch mechanism is provided.

Images