Game ball ejection device, computer program used therein, and control method

Abstract

The present invention provides a toy dispensing device that allows the user to choose which toy to be dispensed next time. [Solution] The game capsule dispensing device 1 is equipped with a dispensing mechanism 10 that performs a dispensing operation to sequentially dispense each capsule 5 from a storage section 3 that houses multiple capsules 5, and the dispensing mechanism 30 performs the dispensing operation according to the user's operation on the operation section 6. The game capsule dispensing device 1 is also equipped with a target change mechanism that performs a change operation to change the capsule 5 scheduled to be dispensed next to another capsule 5 during the dispensing operation. The game capsule dispensing device 1 provides the user with prize information regarding the prize of the capsule 5 scheduled to be dispensed next using a mode selection screen 50 displayed on the monitor MO, and controls the operation of the target change mechanism MX to perform the change operation when the user touches the "Yes" button 52 on the mode selection screen 50.

Description

Technical Field

[0001] The present invention relates to a game body discharging device provided with a discharging mechanism that executes a discharging operation for sequentially discharging each game body from a storage unit that stores a plurality of game bodies associated with a plurality of types of prizes, and causes the discharging mechanism to execute the discharging operation according to a user's operation on an operation unit.

Background Art

[0002] There is a game body discharging device provided with a discharging mechanism that executes a discharging operation for sequentially discharging each game body from a storage unit that stores a plurality of game bodies associated with a plurality of types of prizes, and causes the discharging mechanism to execute the discharging operation according to a user's operation on an operation unit. For example, an article storage container that functions as one type of such a game body discharging device is known (see Patent Document 1).

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] In the article storage container of Patent Document 1, articles as game bodies are discharged by a rotational operation on a handle as an operation unit. The article storage container is also provided with a stirring member for mixing the internal articles to prevent stagnation. However, a mechanism for changing the article scheduled to be discharged next is not provided. Therefore, the user has no choice but to accept the article scheduled to be discharged next, and there is no room for selection. Therefore, there is room for improvement.

[0005] Therefore, an object of the present invention is to provide a game body discharging device that can give the user a choice regarding the game body to be discharged next.

Means for Solving the Problems

[0006] The present invention provides a game object dispensing device that includes a dispensing mechanism that performs a dispensing operation to sequentially dispense each game object from a storage section that houses a plurality of game objects associated with a plurality of prizes, and causes the dispensing mechanism to perform the dispensing operation according to a user's operation on an operation unit, and further includes a target changing mechanism that performs a change operation to change the next game object to be dispensed as the next game object in the dispensing operation, an information providing means that provides the user with the prize information of the next game object from the prize information relating to each prize using a predetermined output device, and a mechanism control means that controls the operation of the target changing mechanism to perform the change operation when a predetermined change operation is performed by the user.

[0007] The computer program of the present invention is configured to cause the computer to function as each of the means of the amusement object ejection device described above.

[0008] The present invention provides a game object dispensing device that includes a dispensing mechanism that performs a dispensing operation to sequentially dispense each game object from a storage unit that houses a plurality of game objects associated with a plurality of prizes, and causes the dispensing mechanism to perform the dispensing operation according to a user's operation on an operation unit, and the game object dispensing device includes a target changing mechanism that performs a change operation to change the next game object to be dispensed in the dispensing operation to another game object, and causes a computer incorporated into the game object dispensing device to perform an information provision procedure that provides the user with the prize information of the next game object from the prize information relating to each prize using a predetermined output device, and a mechanism control procedure that controls the operation of the target changing mechanism to execute the change operation when a predetermined change operation is performed by the user. [Brief explanation of the drawing]

[0009] [Figure 1] A diagram showing a schematic configuration of a toy ball dispensing device according to one embodiment of the present invention. [Figure 2] A schematic perspective view showing the inside of the enclosure. [Figure 3] This figure shows a plan view of the enclosure in the example shown in Figure 2. [Figure 4] A schematic diagram showing the front view of the enclosure. [Figure 5] Figure 4 schematically shows a cross-sectional view of the VV line. [Figure 6] A block diagram showing an example of the configuration of the control system for a game ball ejection device. [Figure 7] An explanatory diagram illustrating the operation of the target change mechanism. [Figure 8] An explanatory diagram illustrating an example of a mode selection opportunity. [Figure 9] A flowchart illustrating an example of the procedure for changing the target. [Figure 10] An explanatory diagram illustrating an example of a modification operation and a modified target modification mechanism. [Modes for carrying out the invention]

[0010] The following describes a game toy dispensing device according to one embodiment of the present invention with reference to the attached drawings. The game toy dispensing device is equipped with a dispensing mechanism that performs a dispensing operation to sequentially dispense each game toy from a storage section that houses multiple game toys associated with multiple types of prizes, and is a device that causes the dispensing mechanism to perform a dispensing operation according to the user's operation on the control section. The game toy dispensing device may be used as appropriate, and the game toy dispensing device of this embodiment is used as a type of game machine (game device). Specifically, the game toy dispensing device of this embodiment is configured as a device belonging to a commercial game machine (sometimes called a capsule toy or capsule vending machine) that gives the user the opportunity to operate the dispensing mechanism (hereinafter sometimes called a play opportunity) in exchange for the payment of a predetermined price.

[0011] First, the general configuration of a game toy dispensing device 1 according to one embodiment will be explained with reference to Figure 1. As shown in Figure 1, the game toy dispensing device 1 is equipped with a housing 2. The housing 2 has a storage section 3. The storage section 3 is configured as a space that can be observed from the outside of the game toy dispensing device 1, for example, by being surrounded on its front and left and right sides by transparent panels. A capsule 5 (only some symbols are shown) as an example of a game toy is stored in the storage section 3. A capsule 5 is a type of small container for storing prizes. The capsule 5 can contain various prizes (tangible objects) such as stuffed animals, figurines, confectionery packaging, toys, miscellaneous goods, stationery, food, cards, and medals. The number of capsules 5 can be one or more as appropriate, but as an example, multiple capsules 5 corresponding to multiple types of prizes are stored in the storage section 3. Regardless of the type of prize, the capsules 5 may have the same form (including shape, size, and color scheme), but as an example, they may have different colors according to the type (classification) of the prize.

[0012] Furthermore, the game element is not limited to capsule 5, but may be any suitable container capable of holding prizes. Alternatively, alternative prizes such as balls or empty boxes that can be exchanged for prizes may be stored in the storage section 3 instead of capsule 5 as an example of a game medium. Moreover, the game element may be the various prizes themselves, such as medals, cards, or tags. In other words, the game element may be any suitable object (including the prizes themselves) that can be associated with various prizes.

[0013] The housing 2 is provided with an operating unit 6, an outlet 7, a monitor MO, and a touch sensor TS. The operating unit 6 is the part that performs operations to cause the discharge mechanism (see Figures 2 to 5) located inside the housing 2 to perform a discharge operation. The operating unit 6 may be configured as appropriate. In the example in Figure 1, it is formed in the shape of a handle and is configured to accept rotational operation. The outlet 7 is an opening formed to connect the inside and outside of the housing 3. The capsule 5 in the housing 3 is discharged from the outlet 7 in conjunction with the discharge operation of the discharge mechanism and given to the user. The monitor MO is a well-known display device. Various information related to the game dispensing device 1 is displayed on the monitor MO as appropriate. For example, the monitor MO displays a mode selection screen to provide a mode selection opportunity. The touch sensor TS is a well-known input device (detection device) that outputs a signal according to the position of the user's touch operation. The touch sensor TS is positioned to cover the display surface of the monitor MO and detects, for example, a touch operation on the mode selection screen. Details of the mode selection opportunity will be described later.

[0014] The game disc ejection device 1 is further equipped with a payment unit for settling the play fee as a predetermined consideration, an authentication unit for authenticating the user, etc., but these are not shown in the illustration. Various payment methods may be used for settling the play fee, such as cash payment or electronic payment using electronic money. The play fee does not necessarily have to be settling for each game played. The play fee may be settling as an admission fee to a store or other facility where the game disc ejection device 1 is installed, or the play fee may be settling in a subscription form such as a membership fee. The game disc ejection device 1 is not limited to a type in which the user operates the control unit 6 at its installation location. For example, the game disc ejection device 1 may be used as a so-called online game machine in which the user operates the game disc ejection device 1 using a user terminal device such as a smartphone or personal computer connected to a network as a remote input / output device.

[0015] Referring to FIGS. 2 to 5, an example of the discharge mechanism will be described. FIG. 2 is a perspective view schematically showing the inside of the housing 2 with the transparent panel forming the accommodating portion 3 removed. As shown in FIG. 2, a cylindrical portion BH extending in a cylindrical shape is provided below the accommodating portion 3 in the housing 2. Inside the cylindrical portion BH, a discharge mechanism 30 is arranged. The discharge mechanism 30 is provided with a delivery disk 34 and a stirring portion 43. The delivery disk 34 is a member for delivering the capsules 5 in the accommodating portion 3 to a discharge passage leading to the discharge port 7. The delivery disk 34 is rotationally driven in accordance with the rotational operation of the operation portion 6. Specifically, the discharge mechanism 30 is provided with various gears (not shown) for converting the rotational operation of the operation portion 6 into the rotational drive of the delivery disk 34. Then, as the delivery disk 34 rotates, the respective capsules 5 are sequentially delivered to the discharge passage one by one.

[0016] Specifically, the delivery disk 34 is formed with an appropriate number of passage openings CH. In the example of FIG. 2, six passage openings CH are formed in the delivery disk 34. Each passage opening CH is a member for separating the respective capsules 5 one by one and has a cylindrical shape with openings at the top and bottom. Each passage opening CH is formed in a size and shape corresponding to each capsule 5 so that each capsule 5 can pass through. For example, each passage opening CH is formed in a circular shape that is slightly larger than each capsule 5 so that each capsule 5 can pass through without hindrance and multiple capsules 5 cannot enter. That is, each passage opening CH is formed in a size and shape such that each capsule 5 can pass through one by one.

[0017] A base plate 35 is provided below the delivery disc 34. The base plate 35 is a component that assists in the delivery of the delivery disc 34. The base plate 35 is positioned below the delivery disc 34 so as to block the opening below each passage opening CH. As a result, each passage opening CH accommodates (holds) capsules 5 that remain there without passing through. Consequently, when the delivery disc 34 rotates, each passage opening CH rotates along with the capsules 5 that remain there, that is, the capsules 5 that are accommodated (held) there. Each passage opening CH is provided with an extension 34b. The extension 34b is a portion that extends to extend the height of each passage opening CH. The extension 34b is positioned on the rear side along the rotation direction RD of the delivery disc 34. In other words, the extension 34b is provided above each passage opening CH on the opposite side of the rotation direction RD. Therefore, when the delivery disc 34 rotates, the extension 34b functions to assist in accommodating each capsule 5 into each passage opening CH. The delivery disc 34 delivers the capsules 5 in each passage opening CH sequentially in the rotational direction to the discharge passage. In this example, the combination of each passage opening CH and the bottom disc 35 functions as the holding part of the present invention.

[0018] A restricting spring 36 is positioned above the delivery disc 34. The restricting spring 36 is positioned to partially restrict the movement of each capsule 5 in the storage section 3. Specifically, the restricting spring 36 is positioned to cross above one of the six passage openings CH. As a result, the restricting spring 36 restricts the entry of the capsule 5 into this passage opening CH. On the other hand, the restricting spring 36 is positioned higher than the height of the capsule 5 when it is housed in each passage opening CH. Therefore, the restricting spring 36 does not obstruct the movement of the capsule 5 along with each passage opening CH as the delivery disc 34 rotates. In other words, the restricting spring 36 is positioned to restrict the direct entry of the capsule 5 into the passage opening CH located below, while allowing the delivery of the capsule 5 by the delivery disc 34.

[0019] The stirring unit 43 is a unit for stirring a plurality of capsules 5 accommodated in the accommodating unit 3. The stirring unit 43 may be configured appropriately. In the example of FIG. 2, it is arranged so as to penetrate the central portions of the delivery disk 34 and the bottom disk 35. That is, cylindrical openings are provided in the central portions of the delivery disk 34 and the bottom disk 35, and the stirring unit 43 is arranged in these openings. The stirring unit 43 is rotationally driven by a motor. Two stirring springs 43a are provided at the upper part of the stirring unit 43. Each stirring spring 43a is arranged so as to extend obliquely upward intersecting the vertical direction in order to improve the stirring efficiency. The stirring spring 43a rotates together with the stirring unit 43. Then, the stirring unit 43 stirs the inside of the accommodating unit 3 by the rotation of this stirring spring 43a, and affects the state (position, etc.) of each capsule 5.

[0020] FIG. 3 is a diagram showing a plan view of the housing 2 in the example of FIG. 2. However, in the example of FIG. 3, for convenience of explanation, the illustration of the stirring spring 43a is omitted. As shown in FIG. 3, an upper discharge port 7b is provided below the discharge mechanism 30. The upper discharge port 7b is an opening for discharging the capsules 5 inside the accommodating unit 3 to the outside. The upper discharge port 7b opens toward the discharge passage located below and is connected to the discharge port 7 through the discharge passage. The upper discharge port 7b is formed in a circular shape that is slightly larger than the capsule 5 so as to suppress the intrusion of other capsules 5 while discharging one capsule 5, similar to the passage opening CH.

[0021] A connection port portion 35a is provided in the bottom disk 35. The connection port portion 35a is a portion that opens to provide the capsule 5 to the upper discharge port 7b. Specifically, the connection port portion 35a opens so as to connect the upper surface side and the bottom surface side of the bottom disk 35. And the connection port portion 35a is arranged at a position corresponding to the upper discharge port 7b. Therefore, each passage opening CH is connected to the upper discharge port 7b through the connection port portion 35a at the position of the connection port portion 35a. The connection port portion 35a may be arranged at an appropriate position. In the example of FIG. 3, it is arranged at the position of the passage opening CH (hereinafter, may be conveniently called the connection passage opening CH1) located below the restriction spring 36. In this example, the connection passage opening CH1 functions as the object holding portion of the present invention.

[0022] The connection port 35a, like the passage ports CH, is formed in a circular shape that is slightly larger than the capsule 5, in order to allow one capsule 5 to pass through while preventing the entry of other capsules 5. As a result, the bottom plate 35 is formed so that at the connection passage port CH1, the connection port 35a provides the capsule 5 that has passed through the connection passage port CH1 to the upper discharge port 7b. On the other hand, as described above, the bottom plate 35 is formed so as to close the lower side of each of the remaining five passage ports CH other than the connection passage port CH1.

[0023] The position of each passage opening CH changes sequentially as the delivery disc 34 rotates. Specifically, for example, the position of each passage opening CH changes sequentially in the rotational direction RD as the disc rotates, so that each passage opening CH functions as a connecting passage opening CH1. For example, the passage opening CH located one position before the connecting passage opening CH1 in the rotational direction RD (hereinafter, for convenience, may be referred to as the next passage opening CH2) functions as a connecting passage opening CH1 in the next pass, and the passage opening CH located two positions before it (hereinafter, for convenience, may be referred to as the next-next passage opening CH3) functions as the next-next passage opening CH1. The same applies to each subsequent passage opening CH.

[0024] Each passage section CH rotates together with the capsule 5 inside. As a result, each passage section CH rotates and sequentially delivers the capsule 5 contained inside to the upper discharge port 7b. In other words, the delivery disc 34 operates by rotation to deliver the capsule 5 from the storage section 3 one by one to the upper discharge port 7b via each passage section CH. In this example, the rotational movement of the delivery disc 34 functions as the discharge operation of the present invention.

[0025] The housing 2 is further equipped with a capsule detection sensor DS. The capsule detection sensor DS is a sensor for detecting capsules 5. The capsule detection sensor DS is used to detect the delivery status of the delivery disc 34. Various sensors may be used as the capsule detection sensor DS, and in the example in Figure 3, a reader DS1 and a photosensor DS2 are used. The photosensor DS2 is a well-known sensor that uses a light-emitting element that emits infrared light or the like. The reader DS1 is a well-known device for reading information from an IC tag (a type of RFID, sometimes called an IC chip). The reader DS1 functions as a capsule detection sensor DS by acquiring information from the IC tag. For this reason, each capsule 5 (which may contain a prize) is equipped with an IC tag. Each IC tag may have various information recorded on it, for example, about the prize contained in each capsule 5. For example, information such as the type of prize, a prize ID to identify each prize, the shipping date, and the shipping location may be recorded.

[0026] A capsule detection sensor DS is provided at each passage port CH except for the connection passage port CH1. Specifically, the capsule detection sensor DS includes one reader DS1 and four photosensors DS2. The reader DS1 is positioned at the next passage port CH2, which is located one stop before the connection passage port CH1 in the rotational direction RD. The four photosensors DS2 are each positioned at the other four passage ports CH. Sensor holes 45 are provided at the positions of the remaining five passage ports CH other than the connection passage port CH1. The sensor holes 45 are holes that allow the capsule detection sensor DS to detect the capsule 5. The sensor holes 45 open so as to penetrate the bottom plate 35. The sensor holes 45 are formed to be smaller than the capsule 5. Therefore, the capsule 5 cannot pass through the sensor holes 45.

[0027] Figure 4 is a schematic front view of the housing 2 with the transparent panel forming the housing section 3 removed. As shown in Figure 4, the first motor MT1 and the target changing mechanism MX are located below the cylindrical section BH. The first motor MT1 is the drive source for rotating the stirring section 43. The target changing mechanism MX is a mechanism that performs a changing operation to change the capsule 5 that is scheduled to be discharged next time by the discharge operation of the discharge mechanism 30, that is, the rotation operation of the distribution disc 34, to another capsule 5. The target changing mechanism MX may have an appropriate mechanism to realize the changing operation. As an example, the target changing mechanism MX has a second motor (see Figures 6 and 7) as a motor to realize the changing operation.

[0028] Figure 5 is a schematic cross-sectional view of the VV line in Figure 4. As shown in Figure 5, the reader DS1 and the photosensor DS2 are positioned below the cylindrical section BH. Specifically, the reader DS1 and the photosensor DS2 are positioned on the opposite side of the delivery disc 34, with the bottom plate 35 in between. Inside the cylindrical section BH, the delivery disc 34 and the bottom plate 35 are positioned from top to bottom. For example, the delivery disc 34 is rotatable, while the bottom plate 35 is fixed in place so as not to move.

[0029] Each passage opening CH of the delivery disc 34 is formed in a cylindrical shape to connect the upper side 34U and the lower side 34D of the delivery disc 34. In other words, each passage opening CH is formed to penetrate the delivery disc 34 in the thickness (height) direction. Therefore, each capsule 5 located above the delivery disc 34 can pass through each passage opening CH to the lower part of the delivery disc 34. Each passage opening CH is formed to a predetermined height (depth) based on the size (radius) of the capsule 5. In addition, a portion of the opening on the upper side of each passage opening CH is formed to be higher than the other parts by an extension 34b. On the other hand, the bottom plate 35 closes the lower side of each passage opening CH and functions as the bottom surface of each passage opening CH. Therefore, the bottom plate 35 prevents each capsule 5 from passing through and keeps each capsule 5 inside each passage opening CH. The bottom plate 35 is formed in a plate shape to follow the bottom surface of the cylindrical part BH.

[0030] Furthermore, an opening / closing member AM is provided below the connection port 35a (in other words, below the connection passage port CH1). The opening / closing member AM is a member that operates between a closed state, where it is positioned to block (close) the connection port 35a, and an open state, where it is positioned to open it. The opening / closing member AM is positioned above the upper discharge port 7b, that is, interposed between the connection port 35a and the upper discharge port 7b. Therefore, when the opening / closing member AM is in the closed state, the capsule 5 cannot pass through the connection port 35a and cannot reach the upper discharge port 7b. In other words, the opening / closing member AM in the closed state acts to prevent (stop) the discharge (fall) of the capsule 5 via the delivery disc 34. On the other hand, when the opening / closing member AM is in the open state, the capsule 5 can pass through the connection port 35a and reach the upper discharge port 7b. In other words, the opening / closing member AM operates in such a way that the discharge operation of the discharge mechanism 30 has a dischargeable state and a dischargeable state. This operation is realized by the second motor of the target changing mechanism MX. In other words, the opening / closing member AM operates to form a closed state and an open state by the second motor. The opening / closing member AM functions as part of the target changing mechanism MX, and this operation enables the changing operation of the target changing mechanism MX. The changing operation of the target changing mechanism MX will be described further later.

[0031] Next, with reference to Figure 6, the configuration of the control system of the game machine dispensing device 1 will be explained. The game machine dispensing device 1 is equipped with a control unit 10 and a storage unit 11. The control unit 10 is configured as a computer unit including a microprocessor and internal memory necessary for its operation. The storage unit 11 is a storage device equipped with a non-volatile medium capable of storing data, such as a magnetic storage medium or flash ROM, and functions as an external storage device for the control unit 10. The storage unit 11 stores a computer program PG and management data MG. The management data MG is data that records various information regarding the operating status of the game machine dispensing device 1, such as the history of prize payouts.

[0032] Various devices can be connected to the control unit 10 as appropriate. In the example shown in Figure 6, the monitor MO, touch sensor TS, first motor MT1, second motor MT2 of the target changing mechanism MX, and capsule detection sensor DS are connected. The monitor MO is a well-known display device that displays various information (including images) in response to signals output from the control unit 10. The touch sensor TS is a well-known input device that outputs (inputs) a signal to the control unit 10 according to the position of the touch operation.

[0033] The operation of both the first motor MT1 and the second motor MT2 is controlled according to signals from the control unit 10. The capsule detection sensor DS includes a reader DS1 and a photosensor DS2. The reader DS1 provides (outputs) the reading result (various information recorded thereon) of the IC tag TG provided on the capsule 5 to the control unit 10. The photosensor DS2 outputs its detection result to the control unit 10. The control unit 10 then detects the presence or absence of the capsule 5 in the passage opening CH based on the detection results of the reader DS1 and the photosensor DS2 (for example, whether or not information on the IC tag TG has been acquired in the case of the reader DS1). The operation of the reader DS1 and the photosensor DS2 may also be controlled by the control unit 10. Other devices such as a payment unit may also be connected to the control unit 10, but their illustrations are omitted.

[0034] The control unit 10 implements appropriate logical devices through a combination of computer hardware and a computer program PG as software. For example, the control unit 10 may be equipped with logical devices that perform various processes necessary for managing game play based on information obtained from the payment unit, such as determining whether or not to allow game play based on payment, determining the presence or absence of prizes using the output signal of the capsule detection sensor DS, and writing various information to the management data MG. In Figure 6, an example of a logical device is shown as the device control unit 17. The device control unit 17 is a logical device that performs various processes for controlling the operation (driving) of various devices. Various devices include, for example, the monitor MO, the first motor MT1, and the second motor MT2. Also, if the operation of the reader DS1 and the photosensor DS2 is controlled by the control unit 10, they are also included. For example, the device control unit 17 performs processing to realize a mode selection opportunity. Such processing includes, for example, target change processing. Details of the target change processing procedure will be described later.

[0035] Next, the operation of the target change mechanism MX will be explained with reference to Figure 7. Figure 7 is an explanatory diagram for explaining the operation of the target change mechanism MX. The target change mechanism MX is provided with an opening / closing member AM. Therefore, the target change mechanism MX has an open state and a closed state for the opening / closing member AM. Figure 7(1) shows the target change mechanism MX in the open state, (2) shows the target change mechanism MX in the closed state, and (3) shows the operation of the delivery disc 34 in the closed state. Note that when the next pass-through opening CH2 moves above the connection opening 35a, the pass-through opening CH functions as the connection pass-through opening CH1. However, in the example of Figure 7(3), for the sake of explanation, even if the position changes, the next pass-through opening CH2 before rotation is shown as the next pass-through opening CH2 thereafter. The same applies to the next-next pass-through opening CH3.

[0036] As shown in Figures 7(1) and (2), the target changing mechanism MX is provided with an opening / closing member AM and a second motor MT2. The opening / closing member AM is provided with a rack gear section AMr having multiple teeth (protrusions and recesses). On the other hand, the second motor MT2 is provided with a gear GA having teeth that mesh with the rack gear section AMr. The gear GA is arranged coaxially with the second motor MT2 and is rotationally driven by the second motor MT2. The second motor MT2 is positioned so that the gear GA and the rack gear section AMr mesh with each other.

[0037] Specifically, as shown in Figure 7(1), the second motor MT2 is positioned such that the rack gear section AMr and gear GA mesh when the opening / closing member AM completely opens the connection port 35a of the bottom plate 35 (normal position). In normal operation, the opening / closing member AM is in an open state. In the open state, the connection port 35a is open, allowing the capsule 5 to be ejected. In the open state, the second motor MT2 drives the gear GA to rotate in a clockwise direction CL when viewed from above. As this rotation occurs, the rack gear section AMr slides in a direction that closes the connection port 35a (to the right). The rack gear section AMr has a width (lateral length) that allows the opening / closing member AM to form both an open and closed state, and slides from the normal position (right end) to the position where the closed state is formed by the rotation of gear GA (open position).

[0038] As shown in Figure 7(2), gear GA slides the rack gear section AMr to the right, closing the connection port 35a and causing the opening / closing member AM to enter a closed state. Therefore, in the closed state, gear GA is located near the left end (open position) of the opening / closing member AM. In the closed state, the connection port 35a is blocked (closed) by the opening / closing member AM, making it impossible to eject the capsule 5. Furthermore, the opening / closing member AM is returned to the open state by the gear GA performing an operation opposite to the operation to enter the closed state. Specifically, in the closed state, the second motor MT2 drives gear GA to rotate in the counterclockwise direction UC, causing the rack gear section AMr to slide to the left until it returns to its normal position.

[0039] As shown in (3) of Figure 7, when the operating unit 6 is rotated and the delivery disc 34 is rotated, each passage opening CH moves sequentially onto the connection opening 35a. In the example in Figure 7, the delivery disc 34 before rotation, the delivery disc 34 after the first rotation, and the delivery disc 34 after the second rotation are shown from left to right. Also, the position of the passage opening CH (connection passage opening CH1) that does not contain a capsule 5 in the delivery disc 34 before rotation corresponds to the position above the connection opening 35a. Therefore, for example, when the delivery disc 34 before rotation is rotated, the situation shown in the first delivery disc 34 occurs. Specifically, the next passage opening CH2 in the delivery disc 34 before rotation rotates in the rotational direction RD along with the capsule 5 contained therein (shown in gray for convenience in the example in Figure 7), and delivers that capsule 5 (hereinafter sometimes referred to as gray capsule 5) to the connection opening 35a. During this delivery, if the port is open (normal), the gray capsule 5 will be discharged from the connection port 35a. However, if the port is closed, the connection port 35a will be blocked by the opening / closing member AM, and the gray capsule 5 will not be discharged.

[0040] When the operating unit 6 is rotated further, and the delivery disc 34 rotates again after the first rotation (a second rotation is performed), the situation shown in the delivery disc 34 after the second rotation occurs. Specifically, the passage opening CH (the passage opening CH3 for the next-next passage) located next to the next passage opening CH2 on the delivery disc 34 before rotation moves onto the connection opening 35a along with the capsule 5 (shown as a grid pattern in the example in Figure 7; hereinafter sometimes referred to as the grid capsule 5) contained therein. If the opening / closing member AM returns to the open state after the second rotation, the connection opening 35a opens. Then, instead of the gray capsule 5 that was scheduled to be discharged next by the first rotation, the grid capsule 5 from the passage opening CH3 for the next-next passage, located above the connection opening 35a after the second rotation, is discharged from the discharge opening 7 via the connection opening 35a. In other words, the opening and closing operation of the opening / closing member AM changes the capsule 5 that was scheduled to be discharged next from the gray capsule 5 to the grid capsule 5. As an example, the target change mechanism MX achieves the change operation by the opening and closing operation of such an opening / closing member AM. In this example, the gray capsule 5 and the grid capsule 5 function as the next play object and other play objects, respectively, according to the present invention. Furthermore, the next pass-through opening CH2 and the next-next pass-through opening CH3 function as the next holding part and other holding parts, respectively, according to the present invention.

[0041] Next, the mode selection opportunity will be explained with reference to Figure 8. Figure 8 is an explanatory diagram illustrating an example of a mode selection opportunity. The example in Figure 8 shows the flow when a mode selection opportunity is provided. The game dispensing device 1 may provide a mode selection opportunity as appropriate. For example, a mode selection opportunity may be provided unconditionally upon payment of consideration for a play opportunity. A mode selection opportunity may also be provided when consideration is paid which is the normal consideration for a play opportunity plus consideration for a mode selection opportunity. The example in Figure 8 shows a case where, before payment for a play opportunity, an opportunity is provided to pay consideration for a mode selection opportunity (hereinafter sometimes referred to as a special consideration), and a mode selection opportunity is provided when the special consideration is paid. Furthermore, the mode selection opportunity may be implemented by any appropriate method, for example, via sound, but the example in Figure 8 shows a case where it is provided via the mode selection screen 50.

[0042] As shown in Figure 8, when a special payment is made before the payment for the opportunity to play, the mode selection screen 50 is displayed on the monitor MO. The mode selection screen 50 may be configured as appropriate, and in the example in Figure 8, it includes an information display unit 51, a "YES" button 52, and a "NO" button 53. The information display unit 51 is the part that displays various information for mode selection. In the example in Figure 8, it displays prize information ("Prize A") regarding the prize (the prize to be contained in the capsule 5) that is scheduled to be dispensed by the dispensing operation of the dispensing mechanism 30 (dispensing by the delivery disc 34), and information such as whether or not to shuffle the prize (capsule 5) (whether or not to change the capsule 5 scheduled to be dispensed). The prize information may be various information about the prize, and may be hint information to help guess the prize. For example, the prize information may be information indicating the type (classification) to which the prize belongs (for example, the color of the capsule 5). In this case, the game capsule ejection device 1 is equipped with a camera that photographs the capsule 5 to be ejected next, and the results of the camera's photography may be displayed as prize information on the mode selection screen 50. In the example in Figure 5, information indicating a specific prize (information determined based on the reading results of the reader DS1) is displayed as prize information.

[0043] The “YES” button 52 and the “NO” button 53 are virtual push buttons that function as positive and negative options, respectively, in response to a question. In other words, the “YES” button 52 is touched if the user wishes to change (shuffle) the capsule 5 scheduled to be dispensed next, and the “NO” button 53 is touched if the user does not wish to do so. Information about the prize scheduled to be dispensed next is treated as information that is not provided to the user unless a mode selection opportunity is offered. Therefore, if the capsule 5 (prize) scheduled to be dispensed next is as desired, touching the “NO” button 53 maintains this. Then, when the user operates the control unit 6 (the delivery disc 34 rotates) during the next play opportunity, the capsule 5 scheduled to be dispensed next is actually dispensed. In this example, the play opportunity when the “NO” button 53 is touched, or the play opportunity when no special payment is made, functions as the normal mode of the present invention.

[0044] On the other hand, if the user wishes to change (shuffle) the capsule 5 scheduled to be dispensed next (for example, to a different capsule 5 (prize) from the one scheduled to be dispensed next), they touch the "YES" button 52. This touch operation changes the capsule 5 scheduled to be dispensed next to another capsule 5 (prize). This change is achieved by the target change mechanism MX as described above. Specifically, when the "YES" button 52 is touched, the user is given the opportunity to pay a predetermined price for a chance to play. Once the predetermined price is paid, the target change mechanism MX slides the opening / closing member AM to close the connection port 35a, creating a closed state for the opening / closing member AM.

[0045] Next, a play opportunity is granted, and a rotation operation is performed to rotate the delivery disc 34 via the control unit 6. However, since the target changing mechanism MX has created a closed state, the capsule 5 is not ejected with this rotation. Therefore, a second opportunity for rotation is granted. In other words, in a single play opportunity, the opportunity to rotate the delivery disc 34 twice via the control unit 6 is granted. When the rotation operation is performed again, the target changing mechanism MX slides the opening / closing member AM to open the connection port 35a, returning the opening / closing member AM to the open state. Once it returns to the open state, the capsule 5 is ejected. However, this capsule 5 is not the capsule 5 originally scheduled to be ejected next, but rather the capsule 5 that was scheduled to be ejected after that. In other words, the capsule 5 scheduled to be ejected next is changed from the originally scheduled capsule 5 to another capsule 5. The mode selection opportunity is provided in this flow as an example. In this example, the play opportunity when the "Yes" button 52 is touched functions as a special mode of the present invention. Similarly, touching the "Yes" button 52 functions as a predetermined change operation of the present invention. Furthermore, the monitor MO and the mode selection screen 50 function as a predetermined output device and selection opportunity, respectively, according to the present invention.

[0046] Next, the target change process will be explained with reference to Figure 9. The target change process is the process of changing the capsule 5 scheduled to be dispensed next to another capsule 5. In the example in Figure 9, the case in which the capsule 5 scheduled to be dispensed next is changed according to the procedure in Figure 8 is shown. In this case, when the special consideration for the mode selection opportunity is paid, the device control unit 17 starts the target change process in Figure 9 and first provides the mode selection opportunity (step S101). The mode selection opportunity is provided, for example, via the mode selection screen 50. For this reason, the device control unit 17 displays the mode selection screen 50 on the monitor MO. The mode selection screen 50 contains information about the prize scheduled to be dispensed next. For this reason, the device control unit 17 also provides prize information about the prize scheduled to be dispensed next via the mode selection screen 50.

[0047] Next, the device control unit 17 determines whether or not target change has been selected on the mode selection screen 50 (step S102). If target change has not been selected (the "NO" button 53 was touched on the mode selection screen 50) (step S102: NO), the device control unit 17 grants a payment opportunity to collect payment for the play opportunity (step S103). Next, the device control unit 17 determines whether or not payment has been made within a predetermined time (step S104). If no payment has been made (step S104: NO), the device control unit 17 skips the subsequent processing and terminates the target change process. On the other hand, if payment has been made within a predetermined time (step S104: Yes), the device control unit 17 grants a play opportunity, that is, an opportunity to rotate the operation unit 6 (step S105). After granting the play opportunity, the device control unit 17 terminates the target change process.

[0048] On the other hand, if target change is selected on the mode selection screen 50 (a touch operation is performed on the "Yes" button 52 on the mode selection screen 50) (step S102: Yes), the device control unit 17 also grants a payment opportunity to collect payment for the play opportunity (step S106), and determines whether or not payment has been made within a predetermined time (step S107). If no payment has been made, the device control unit 17 skips the subsequent processing and terminates the target change process.

[0049] On the other hand, if payment is made within a predetermined time at the payment opportunity (step S104: Yes), the equipment control unit 17 causes the discharge mechanism 30 to enter a closed state via the target changing mechanism MX (step S108). Specifically, the equipment control unit 17 drives the second motor MT2 to close the opening / closing member AM. Then, the equipment control unit 17 grants a play opportunity, that is, an opportunity to rotate the operating unit 6 (step S109). The equipment control unit 17 allows two rotation operations on the operating unit 6 during this play opportunity. Therefore, the equipment control unit 17 determines whether or not two rotation operations have been performed on the operating unit 6 during this play opportunity (step S110). If two rotation operations have not been performed on the operating unit 6 (step S110: No), the equipment control unit 17 repeatedly performs the determination in step S110. In other words, the equipment control unit 17 waits for the next process to begin until two rotation operations have been performed on the operating unit 6.

[0050] When the operating unit 6 is rotated twice (step S110: Yes), the equipment control unit 17 causes the discharge mechanism 30 to form an open state via the target change mechanism MX (step S111). Specifically, the equipment control unit 17 drives the second motor MT2 to return the opening / closing member AM to the open state. After returning to the open state, the equipment control unit 17 terminates the current target change process. As a result, the capsule 5 scheduled for discharge next time is changed by the closed state formed via the opening / closing member AM of the target change mechanism MX. Specifically, when target change is selected on the mode selection screen 50, the opening / closing member AM is driven to form a closed state. Furthermore, since two rotational operations on the operating unit 6 are permitted in that closed state, the passage port CH located above the connection port 35a is changed to the next-next passage port CH3, which is next to the next passage port CH2. After that, it returns to the open state and the capsule 5 is discharged. As a result, the opening and closing operation of the opening / closing member AM and the two operations on the operating unit 6 change the capsule 5 that is discharged from the capsule 5 that was originally scheduled to be discharged next time into the next passage opening CH2 to the capsule 5 in the adjacent passage opening CH3. In other words, the procedure in the example in Figure 8 is realized by the procedure in Figure 9.

[0051] As explained above, in this configuration, when the user touches the "Yes" button 52 on the mode selection screen 50, the operation of the target change mechanism MX is controlled to cause the opening / closing member AM to perform an action to close the connection port 35a (a change action). This action changes the capsule 5 scheduled to be dispensed next time (the capsule 5 at the next passage port CH2) to another capsule 5 (at the passage port CH3 after that). This allows the user to choose which capsule 5 will be dispensed next time by using the touch operation of the "Yes" button 52. Furthermore, the user can choose whether or not to close the connection port 35a, in other words, whether or not to change the capsule 5 scheduled to be dispensed. For example, the user can view the prize information of the capsule 5 scheduled to be dispensed next time and then change it to a capsule 5 containing a different prize. As a result, compared to a situation where the user has no choice but to accept capsule 5 scheduled for the next release (regardless of whether it contains the desired prize or not), user satisfaction can be improved, and this can lead to increased use of the game dispensing device 1.

[0052] In the above configuration, the device control unit 17 functions as an information providing means, a mechanism control means, and an opportunity providing means by executing the target change process shown in Figure 9. Specifically, the device control unit 17 functions as both an information providing means and an opportunity providing means by executing step S101 in Figure 9. Furthermore, the device control unit 17 functions as a mechanism control means by executing step S108 in Figure 9.

[0053] The present invention is not limited to the embodiments described above and may be implemented in forms that are appropriately modified or altered. Furthermore, the present invention may be implemented in forms obtained by appropriately combining the various technical means included in the embodiments described above and the embodiments that are modified below. For example, in the above embodiment, two rotation operations are performed on the operating unit 6 in the closed state after the operation of closing the connection port 35a by the target changing mechanism MX. However, the present invention is not limited to this embodiment. In the closed state, rotation operations may be performed any number of times, not limited to two. For this reason, the changed capsule 5 is not limited to the capsule 5 of the next-next passing port CH3, but may be the capsule 5 of the adjacent passing port CH, or the one next to that, or any other appropriate passing port CH. Furthermore, prize information regarding the changed capsule 5 may or may not be provided. For example, if the changed capsule 5 is provided, information can be provided to the user to determine whether or not to perform another changing operation.

[0054] Furthermore, after a change in the discharge target due to the closed state, an operation to return the discharge target to the capsule 5 before the change may be permitted. For example, in the procedure in Figure 9, after step S110 (after the second rotation operation on the operating unit 6 in the closed state), the device control unit 17 may display prize information regarding the changed capsule 5 (the grid capsule 5 of the next-next passage opening CH3) on the monitor MO. Also, the device control unit 17 may maintain the closed state after the second rotation operation so that it is possible to select whether or not to return to the capsule 5 before the change (whether to position the next-next passage opening CH3 or the next passage opening CH2 above the connection opening 35a). In other words, the device control unit 17 may maintain the operation of closing the connection opening 35a by the opening / closing member AM (an operation that prevents the discharge of capsule 5) even after the second rotation operation, giving the opportunity to select whether or not to return to the capsule 5 before the change. Furthermore, if the user chooses to return to the capsule 5 before the change, the device control unit 17 may allow the user to perform the operation to return to the capsule 5 before the change (a rotational operation of turning the operating unit 6 in the opposite direction), and may control the target change mechanism MX (opening / closing member AM) to return to the open state after that operation. This allows the user to further select the capsule 5 to be ejected next time between the pre-change and post-change versions. This expands the user's range of choices.

[0055] In the above-described configuration, prize information regarding the capsule 5 to be dispensed next is provided via the mode selection screen 50. However, the present invention is not limited to this configuration. Prize information may be provided via any appropriate screen. Prize information may also be provided as audio information via an audio output device such as a speaker. In other words, the provision of prize information may be implemented as appropriate via various output devices. Furthermore, the output device that provides prize information does not have to be provided in the game dispensing device 1. For example, the game dispensing device 1 may be provided with a transmitting device (communication device) that transmits prize information, and the prize information may be provided via the output device by transmitting the prize information to a receiving device (communication device) of an output device provided separately from the game dispensing device 1. For example, such an output device may be an output device provided in a user terminal such as a mobile phone, or an output device of a payment terminal for settling various payments. Also, for example, when prize information is provided via a monitor (output device) of a user terminal, transmission and reception between the game dispensing device 1 and the user terminal may be implemented via a two-dimensional code (for example, including information for identifying each game dispensing device 1).

[0056] In the above-described configuration, the game dispensing device 1 is equipped with a reader DS1 that reads the IC tag TG of the capsule 5, and prize information is provided based on the reading result. However, the present invention is not limited to this configuration. Prize information may be acquired by any appropriate method. For example, instead of the reader DS1, a camera may be provided to photograph the capsule 5 at the next passage opening CH2. Based on the results of the camera's photography, the type of capsule 5 or the prize contained therein may be analyzed, and the analysis result may be acquired as prize information. Alternatively, each capsule 5 may be equipped with a code such as a two-dimensional code containing prize information, and prize information may be acquired by reading the information of the code via the camera.

[0057] In the above-described configuration, the target changing mechanism MX is configured to cause the opening / closing member AM to perform an opening / closing operation as a changing operation. However, the present invention is not limited to this configuration. As a changing operation, an appropriate operation that can change the capsule 5 scheduled for the next discharge may be performed, and the target changing mechanism MX may have various configurations to perform that operation. The same applies to the discharge mechanism 30 and the discharge operation. Figure 10 is an explanatory diagram for illustrating an example of a modified change operation and the target changing mechanism MX. Figure 10(1) shows the first modified change, (2) shows the second modified change, and (3) shows the third modified change. In each of these modified changes, the configuration of the discharge mechanism 30 is different, and the discharge operation is also different. The target changing mechanism MX is configured to perform a changing operation according to the configuration of the discharge mechanism 30. Hereinafter, the discharge mechanism 30 and the target changing mechanism MX relating to the first to third modified changes will be referred to as discharge mechanisms 30A to 30C and target changing mechanisms MX1 to MX3, respectively, to distinguish them from each other.

[0058] Specifically, as shown in Figure 10(1), the discharge mechanism 30A has a bowl-shaped holding part 61 instead of a delivery disc 34. The bowl-shaped holding part 61 has a bowl-shaped recess (concave) and is configured to hold (accommodate) one capsule 5 at a time. The bowl-shaped holding part 61 is positioned above the discharge passage ER that guides the capsules 5 to the discharge port 7, and under normal circumstances, it is positioned to block the entry of the capsules 5 into the discharge passage ER. On the other hand, as part of the discharge operation, the bowl-shaped holding part 61 performs a rotational motion around a pivot point 61a. This rotational motion then guides the held capsules 5 into the discharge passage ER.

[0059] In the first modified example, the target change mechanism MX1 is configured to have a claw portion 62 that performs an action to scrape out the capsule 5 held by the bowl-shaped holding portion 61. The claw portion 62 is positioned to prevent the capsule 5 from entering the bowl-shaped holding portion 61 under normal circumstances. On the other hand, as a change operation, the claw portion 62 performs a rotational movement that rotates around the pivot point 62a. Through this rotational movement, the claw portion 62 scrapes out the capsule 5 from the bowl-shaped holding portion 61 and also releases the obstruction to entry, allowing the capsule 5 to enter. As a result, the capsule 5 held in the bowl-shaped holding portion 61, and consequently the capsule 5 scheduled to be discharged next time, is changed.

[0060] Furthermore, as shown in Figure 10(2), the discharge mechanism 30B has a passage switching plate 71 instead of a delivery disc 34. The passage switching plate 71 is provided above the connecting passage CR. The connecting passage CR is a passage that branches off into a discharge passage ER that guides the capsule 5 to the discharge port 7 and a storage passage SR that guides the capsule 5 to a storage section (not shown). The passage switching plate 71 is positioned upstream (towards the storage section 3) of the branch between the discharge passage ER and the storage passage SR so as to block the entry of the capsule 5 into the discharge passage ER and the storage passage SR under normal circumstances. The passage switching plate 71 is also configured to be rotatable in both clockwise and counterclockwise directions around the switching pivot point 71a. The discharge operation is performed by rotating it clockwise, and the capsule 5 held by this rotation is guided to the discharge passage ER.

[0061] On the other hand, when the passage switching plate 71 rotates counterclockwise around the switching pivot point 71a, it guides the capsule 5 to the storage passage SR. The storage passage SR guides the capsule 5 to the storage section instead of the discharge port 7. In other words, the capsule 5 that was scheduled to be discharged next time is stored in the storage section instead of being discharged from the discharge port 7. After this storage, when the passage switching plate 71 rotates clockwise (performs a change operation), another capsule 5 is discharged in place of the capsule 5 stored in the storage section. In other words, the counterclockwise rotation of the passage switching plate 71 changes the capsule 5 to be discharged. For this reason, the counterclockwise rotation of the passage switching plate 71 functions as both a change operation and an operation to store the capsule 5 in the storage section. The combination of the passage switching plate 71 and the storage passage SR of the discharge mechanism 30B constitutes the target change mechanism MX2. In other words, in the second modified example, at least a part of the discharge mechanism 30B functions as the target change mechanism MX2.

[0062] Furthermore, as shown in Figure 10(3), the discharge mechanism 30C has a delivery disc 34 similar to that of the discharge mechanism 30. However, the bottom plate 35 of the discharge mechanism 30C has a protrusion 81 that rises inside the passage opening CH. The bottom plate 35 is positioned such that, under normal circumstances, the top of the protrusion 81 is at a height that forms a bottom surface similar to that of the discharge mechanism 30 in the passage opening CH. As a result, capsules 5 are accommodated in each passage opening CH, and a discharge operation similar to that of the discharge mechanism 30 is achieved.

[0063] On the other hand, the bottom plate 35 of the discharge mechanism 30C is configured to be driveable up and down by a motor (not shown). When the protrusion 81 rises, it enters the interior of each passage opening CH, pushing out the capsules 5 inside. When the stirring unit 43 operates in this state, the capsules 5 pushed out from each passage opening CH are stirred. After that, when the protrusion 81 descends, the capsules 5 are once again housed inside each passage opening CH, but the capsules 5 housed at this time have been changed by the stirring. In other words, the change operation is achieved by the rising of the protrusion 81 (bottom plate 35) and the rotational movement of the stirring unit 43, and the capsules 5 to be discharged are changed. For this reason, in the third modified example, the target change mechanism MX3 is configured by a combination of the bottom plate 35, the stirring unit 43, and the motor that drives them.

[0064] Various aspects of the present invention derived from the embodiments and modifications described above are described below. In the following description, corresponding components shown in the accompanying drawings are indicated in parentheses to facilitate understanding of each aspect of the present invention, but this does not mean that the present invention is limited to the illustrated forms.

[0065] The present invention provides a game object dispensing device that includes a dispensing mechanism (30) which performs a dispensing operation to sequentially dispense each game object (5) from a storage unit (3) which houses a plurality of game objects (5) associated with a plurality of prizes, and a game object dispensing device (1) which causes the dispensing mechanism to perform the dispensing operation according to the user's operation on the operation unit (6), and further includes a target changing mechanism (MX) which performs a changing operation to change the next game object to be dispensed as the next game object in the dispensing operation, an information providing means (17) which provides the user with the prize information of the next game object from the prize information relating to each prize using a predetermined output device (MO), and a mechanism control means (17) which controls the operation of the target changing mechanism to perform the changing operation when a predetermined changing operation is performed by the user.

[0066] According to the present invention, the operation of the target change mechanism is controlled to execute a change operation when a predetermined change operation is performed by the user. This change operation changes the game toy scheduled to be dispensed next time to another game toy. This allows the user to choose which game to be dispensed next time by using a predetermined operation. For example, the user can view the prize information for the game to be dispensed next time and then change it to a game toy that can be associated with a different prize. As a result, user satisfaction can be improved compared to a situation where the user is forced to accept the game to be dispensed next time without any choice (for example, regardless of whether it is a game to be associated with a desired prize or not), and this can lead to increased use of the game toy dispensing device.

[0067] The dispensing mechanism may perform various dispensing operations and may have an appropriate configuration. For example, the dispensing mechanism may have multiple holding parts, each holding a predetermined number (e.g., one), and be configured to sequentially dispense the game objects from each holding part. Alternatively, the dispensing mechanism may have a single holding part that holds a predetermined number of game objects, and be configured to sequentially dispense the game objects through that holding part. Similarly, the target changing mechanism may be appropriately configured to perform various changing operations in accordance with the dispensing operations of the dispensing mechanism. For example, when the dispensing mechanism sequentially dispenses game objects from each holding part via multiple holding parts, the target changing mechanism may be configured to perform a changing operation to change the holding part scheduled to dispense next with another holding part. In this case, the target changing mechanism may be configured to perform an operation to return the changed holding part to the holding part before the change. Alternatively, when the dispensing mechanism performs a dispensing operation via various holding parts, the target changing mechanism may be configured to perform a changing operation to change the game objects held by the holding parts. Furthermore, the target changing mechanism may be configured to perform a changing operation to change the destination of the game objects dispensed in the dispensing operation.

[0068] For example, in one embodiment of the toy dispensing device of the present invention, the dispensing mechanism has a plurality of holding parts (CH) that each hold one of the plurality of toy bodies, and is configured to sequentially dispensing the toy bodies from each holding part by sequentially switching the target holding part (CH1) as the target to be dispensed in the dispensing operation. The target changing mechanism may be configured to perform a change operation by preventing the dispensing of the toy body held by the next holding part (CH2), which is the holding part scheduled to become the target holding part next time, by the dispensing operation, thereby changing the target holding part from the next holding part to another holding part, and changing the next toy body from the toy body of the next holding part to the toy body of the other holding part. In this embodiment, the mechanism control means may cause the target changing mechanism to perform an operation that further prevents the dispensing of the toy body held by the other holding part by the dispensing operation, so that after the change operation, the user can select whether the next holding part or the other holding part will be the target holding part. In this case, the user can select the toy body to be dispensed next time between before and after the change operation. This expands the range of choices available to users.

[0069] Alternatively, in one embodiment of the game object dispensing device of the present invention, the dispensing mechanism has a holding part (61) for holding the next game object, and is configured to perform an operation to dispensing the next game object to the holding part during the dispensing operation, and the target changing mechanism is configured to perform an operation to change the next game object held by the holding part to the other game object as the changing operation. Furthermore, a storage part for storing each game object is provided separately from the storage part, and the target changing mechanism is configured to perform an operation to change the next game object to the other game object by causing the dispensing mechanism to perform an operation to store the next game object in the storage part instead of dispensing it, thereby the changing operation.

[0070] The prize information corresponding to the next game to be dispensed after the change operation may or may not be provided to the user. Furthermore, the number of change operations may be permitted as appropriate. For example, the change operation may be limited to one time. Alternatively, the change operation may be performed two or more times, and there may or may not be an upper limit on the number of times. For example, in a dispensing mechanism having multiple holding parts, when the target change mechanism performs a change operation to change the holding part of the target to be dispensed, the operation to return to the holding part before the change may be treated as one of the change operations, or as a separate operation. For example, in one embodiment of the game toy dispensing device of the present invention, the information providing means may further provide the prize information for the other game to be dispensed when the next game to be dispensed is changed to the other game to be dispensed in the change operation. In this case, in a configuration in which multiple change operations are permitted, information can be provided to the user to determine whether or not to perform another change operation.

[0071] Opportunities for modification may be provided as appropriate. For example, opportunities for modification may be provided unconditionally or conditionally. If conditional, the conditions may be set as appropriate, for example, by payment of a predetermined consideration. In other words, opportunities for modification may be provided when consideration for the opportunity is paid. Alternatively, a mode in which modification is performed and a mode in which it is not performed may be provided, and opportunities for modification may be provided when the former mode is selected. The mode in which modification is performed may be selectable unconditionally or selectable under appropriate conditions. For example, in one embodiment of the amusement object dispensing device of the present invention, an opportunity-granting means (17) is provided that grants an opportunity (50) to select between a special mode in which the modification is performed and a normal mode in which the modification is not performed, and the mechanism control means may control the operation of the target modification mechanism to perform the modification in the special mode. In this case, the presence or absence of modification can be left to the user's choice.

[0072] Prize information may be various types of information relating to prizes. Prize information may be acquired and provided by appropriate methods depending on its content. For example, when multiple types of prizes are classified into one of multiple categories, information about the category to which each prize belongs may be used as prize information. Classification information may be visually represented in various forms such as the size, shape, or color scheme of the game machine. In this case, the captured video of the game machine may function as prize information, and the prize information may be provided via a display device that displays the captured video. Alternatively, detailed information relating to the prize, such as specific prize information, may be used as prize information. In this case, for example, the game machine (including the prize in the case of a capsule containing a prize) may be equipped with an IC tag for recording prize information, and the game machine dispensing device may be equipped with a reader for reading the prize information from the IC tag. The prize information may then be provided via a display device or various output devices such as a speaker. Alternatively, the game dispensing device may be equipped with a transmitting device for sending prize information, and the prize information may be provided via the output device by transmitting the prize information to a receiving device of an output device provided separately from the game dispensing device. For example, such an output device may function as an output device provided in a user terminal such as a mobile phone, or an output device of a payment terminal for settling various payments.

[0073] Specifically, for example, in one embodiment of the game machine dispensing device of the present invention, a reader (DS1) is provided that acquires information recorded on an IC tag (TG) in a non-contact manner, each game machine includes the IC tag, and the information providing means may provide the prize information based on the information acquired from the IC tag of the next game machine via the reader. A camera is provided to photograph the next game machine, and the information providing means may provide the prize information based on the results of the camera's photography. The multiple types of prizes are classified to belong to one of a plurality of classifications, and the information providing means may provide information as prize information on the classification to which the prize corresponding to the next game machine belongs. A monitor (MO) is used as the predetermined output device, and the information providing means may provide the prize information using the monitor. The monitor is provided in an information display device that includes a communication device for receiving the prize information, and the information providing means may provide the prize information via the information display device by communicating with the information display device using the communication device.

[0074] The computer program of the present invention is configured to cause the computer (10) to function as each of the means of the amusement toy ejection device described above.

[0075] The present invention provides a game body dispensing device that includes a dispensing mechanism (30) that performs a dispensing operation to sequentially dispense each game body (5) from a storage unit (3) that houses a plurality of game bodies (5) associated with a plurality of prizes, and which causes the dispensing mechanism to perform the dispensing operation according to a user's operation on an operation unit (6), and which includes a target changing mechanism (MX) that performs a changing operation to change the next game body to be dispensed as the next game body in the dispensing operation, and causes a computer (10) incorporated into the game body dispensing device (1) to execute an information provision procedure that provides the user with the prize information of the next game body from the prize information relating to each prize using a predetermined output device (MO), and a mechanism control procedure that controls the operation of the target changing mechanism to execute the changing operation when a predetermined changing operation is performed by the user. The game body dispensing device of the present invention can be realized by executing the computer program or control method of the present invention. [Explanation of symbols]

[0076] 1. Game disc ejection device 3. Storage area 5 capsules (game item, prize) 6 Control section 10. Control Unit (Computer) 17. Equipment control unit (information provision means, equipment control means, opportunity provision means) 30 Ejection mechanism 50 Mode selection screen (selection opportunity) CH passing port (holding part) MO monitor (output device) MX Target Change Mechanism TG IC tag DS1 Reader

Claims

1. A game piece dispensing device is provided which includes a dispensing mechanism that performs a dispensing operation to sequentially dispense each game piece from a storage section that houses multiple game pieces that can be associated with multiple types of prizes, and which causes the dispensing mechanism to perform the dispensing operation according to the user's operation on the control section, The aforementioned dispensing operation includes a target changing mechanism that performs a change operation to change the next game to be dispensed, which will be a different game to be dispensed next time, Information provision means that provides the user with the prize information for the next game machine from among the prize information for each prize, using a predetermined output device. A mechanism control means for controlling the operation of the target modification mechanism so as to execute the modification operation when a predetermined modification operation is performed by the user, A toy ejection device equipped with the following features.

2. The discharge mechanism has multiple holding parts, each holding one of the multiple playable objects, and is configured to sequentially discharge the playable objects from each holding part by sequentially switching the target holding part to be discharged during the discharge operation. The target changing mechanism is configured to perform an operation as the changing operation to change the target holding part from the next holding part to another holding part by preventing the next holding part, which is a holding part that is scheduled to become the target holding part next time, from being discharged by the discharge operation, thereby changing the next playable object from the playable object of the next holding part to the playable object of the other holding part, as described in claim 1.

3. The toy dispensing device according to claim 2, wherein the mechanism control means causes the target changing mechanism to perform an operation that further hinders the dispensing of the toy held by the other holding part by the dispensing operation, so that after the changing operation, it is possible to select which of the next holding part and the other holding part will be the target holding part.

4. The discharge mechanism has a holding part for holding the next playable object, and is configured to perform an operation to discharge the next playable object into the holding part during the discharge operation. The object changing mechanism is configured to perform the operation of changing the next playable object held by the holding unit to the other playable object as the changing operation, as described in claim 1.

5. A storage section for storing each toy is provided separately from the storage section. The target changing mechanism is configured to perform an operation to change the next game object to another game object by causing the discharge mechanism to perform an operation to store the next game object in the storage section instead of discharging the next game object, as the changing operation.

6. The game dispensing device according to any one of claims 1 to 5, wherein the information providing means further provides the prize information of the other game when the next game is changed from the previous game to the other game in the change operation.

7. The system includes an opportunity-granting means that provides an opportunity to select between a special mode in which the aforementioned modification operation is performed and a normal mode in which the aforementioned modification operation is not performed. The amusement object ejection device according to any one of claims 1 to 5, wherein the mechanism control means controls the operation of the target changing mechanism to perform the changing operation in the special mode.

8. A reader is provided to acquire information recorded on the IC tag without contact. Each game unit includes the aforementioned IC tag, The information providing means provides the prize information based on the information obtained from the IC tag of the next game machine via the reader, as described in any one of claims 1 to 5.

9. A camera is provided to photograph the next play object. The information providing means provides the prize information based on the results of the camera's shooting, as described in any one of claims 1 to 5.

10. The aforementioned multiple types of prizes are classified to belong to one of the multiple categories, The game dispensing device according to any one of claims 1 to 5, wherein the information providing means provides information as prize information regarding the classification to which the prize corresponding to the next game dispensing device belongs.

11. A monitor is used as the predetermined output device. The information providing means provides the prize information using the monitor, as described in any one of claims 1 to 5.

12. The monitor is provided in an information display device that includes a communication device for receiving the prize information. The game dispensing device according to claim 11, wherein the information providing means provides the prize information via the information display device by communicating with the information display device using the communication device.

13. A computer program configured to cause a computer to function as one of the means of a game toy ejection device described in any one of claims 1 to 5.

14. A game object dispensing device is provided with a dispensing mechanism that performs a dispensing operation to sequentially dispense each game object from a storage unit that houses multiple game objects associated with multiple types of prizes, and the device causes the dispensing mechanism to perform the dispensing operation according to the user's operation on the control unit, and a target changing mechanism that performs a changing operation to change the next game object to be dispensed in the dispensing operation to another game object, a computer incorporated into the game object dispensing device, An information provision procedure for providing the user with the prize information for the next game machine from among the prize information for each prize, using a predetermined output device, A mechanism control procedure that controls the operation of the target modification mechanism so that it executes the modification operation when a predetermined modification operation is performed by the user, A control method to execute something.

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