JP2022078504A - Prize acquisition game device and game system - Google Patents

Abstract

To diversify a light emitting performance by a prize acquisition game device.SOLUTION: A prize acquisition base device 1 includes: an inner light emitting device for applying light to the inside of a casing 10; and an outer light emitting device for applying light to the outside of the casing 10. The inner light emitting device and the outer light emitting device can individually control a light emitting mode. Accordingly, the inner light emitting device and the outer light emitting device can control to different light emitting modes. Therefore, a light emitting performance by the prize acquisition game device 1 can be diversified.SELECTED DRAWING: Figure 10

Description

The present invention relates to a prize acquisition game device including a light source that irradiates light, and a game system including the prize acquisition game device.

Conventionally, a prize acquisition game device including a light source that irradiates light is known (see Patent Document 1). This prize acquisition game device includes an illumination including a plurality of light emitting units and an illumination control unit for controlling the light emission of the illumination. In particular, it is possible to link the light emission effect by illumination for a plurality of prize acquisition game devices.

JP-A-2007-330546

However, with the conventional prize acquisition game device, it may be difficult to diversify the light emission effect.
An object of the present invention is to diversify the light emitting effect by the prize acquisition game device.

In order to achieve the above object, the prize acquisition game device according to the first invention is a prize acquisition game device that provides a prize acquisition game for acquiring a prize arranged in the housing, and the prize acquisition game device is provided with respect to the inside of the housing. It is provided with an inner light source that irradiates light, an outer light source that irradiates light to the outside of the housing, and a control means that can individually control the light emission mode of the inner light source and the outer light source. It is characterized by that.
The prize acquisition game device according to the first invention includes an inner light source that irradiates the inside of the housing and an outer light source that irradiates the outside of the housing, and includes an inner light source and an outer light source. It is possible to individually control the light emission mode. This makes it possible to control the inner light source and the outer light source in different light emission modes. Therefore, it is possible to diversify the light emission effect by the prize acquisition game device.
Here, as the prize acquisition game device, the prize acquisition game device 1 described later corresponds. As the housing, the housing 10 described later corresponds to this. The prize P, which will be described later, corresponds to the prize. The inner light source corresponds to the inner light emitting device described later. The light source for the outside corresponds to a light emitting device for the outside, which will be described later. The control board 50, which will be described later, corresponds to the control means.

The prize acquisition game device according to the second invention can take out the game space in which the prize acquisition game is developed and the prize that has fallen from the game space in the prize acquisition game device according to the first invention. The inner light source includes an outlet, and the inner light source includes an upper light source that irradiates the inside of the game space with light, and a lower light source that irradiates the inside of the outlet with light. The control means is characterized in that the light emission mode can be individually controlled for the upper light source and the lower light source.
The prize acquisition game device according to the second invention includes an upper light source that irradiates the inside of the game space with light, and a lower light source that irradiates the inside of the outlet with light, and includes an upper light source and a lower part. It is possible to individually control the light emission mode of the light source. This makes it possible to control the upper light source and the lower light source in different light emission modes. Therefore, it is possible to further diversify the light emission effect by the prize acquisition game device.
Here, the game space corresponds to the game area GE described later. The prize outlet 17, which will be described later, corresponds to the outlet. The upper light source corresponds to the upper light emitting device described later. The lower light source corresponds to the lower light emitting device described later.

The prize acquisition game device according to the third invention is the prize acquisition game device according to the second invention, the first light source that irradiates the back surface of the game space with light as the upper light source, and the game space. A second light source that irradiates the prize arranged inside with light is included, and the second light source is characterized by having a higher directivity than the first light source.
In the prize acquisition game device according to the third invention, it is possible to improve the effect on the appearance of the prize arranged in the game space.
Here, the back lamp 61, which will be described later, corresponds to the first light source. The floor lamp 62, which will be described later, corresponds to the second light source.

The prize acquisition game device according to the fourth invention is characterized in that, in the prize acquisition game device according to the third invention, the second light source can change the direction of irradiating light.
In the prize acquisition game device according to the fourth invention, it is possible to improve the effect on the appearance of the prize regardless of the arrangement of the prize in the game space.

The prize acquisition game device according to the fifth invention is the prize acquisition game device according to any one of the first to fourth inventions, wherein the control means emits light from each light source based on the time of the real-time clock. Is characterized by being able to control.
In the prize acquisition game device according to the fifth invention, it is possible to execute a light emitting effect according to the time.
Here, the RTC54 described later corresponds to the real-time clock.

The game system according to the sixth invention is a game system including a plurality of prize acquisition game devices and an external device capable of communicating with each prize acquisition game device, and each prize acquisition game device is inside a housing. An inner light source for irradiating light to the outside of the housing and an outer light source for irradiating light to the outside of the housing are provided, and the external device is the inner light source of each prize acquisition game device. The outer light source is characterized in that the light emitting mode can be set individually.
In the game system according to the sixth invention, the light emission mode can be individually controlled for the inner light source and the outer light source of each prize acquisition game device. This makes it possible to control the inner light source and the outer light source in different light emission modes in each prize acquisition game device. Therefore, it is possible to diversify the light emission effect by each prize acquisition game device.
Here, as the prize acquisition game device, the prize acquisition game device 1 described later corresponds. The terminal device 2 described later corresponds to the external device. The game system 100, which will be described later, corresponds to the game system. As the housing, the housing 10 described later corresponds to this. The inner light source corresponds to the inner light emitting device described later. The light source for the outside corresponds to a light emitting device for the outside, which will be described later.

In the game system according to the sixth invention, the game system according to the seventh invention can cooperate with the light emitting effect by at least one of the inner light source and the outer light source for the plurality of prize acquisition game devices. It is characterized by that.
In the game system according to the seventh invention, the light emission effects of a plurality of prize acquisition game devices can be linked, and the light emission effects of the plurality of prize acquisition game devices can be diversified.

The game system according to the eighth invention is the game system according to the sixth or seventh invention, when the acquisition of a prize is detected in any one of the plurality of prize acquisition game devices. For the prize acquisition game device in which the acquisition of the prize is detected, both the inner light source and the outer light source are controlled by the light emitting mode corresponding to the time of prize acquisition, and for the other prize acquisition game device, the inner light source is used. And at least the outer light source among the outer light sources is controlled by the corresponding light emitting mode at the time of winning a prize.
In the game system according to the eighth invention, when a prize is acquired in any of the prize acquisition game devices, it is possible to link the light emission effects of a plurality of prize acquisition game devices, and it is possible to improve the effect. Will be.

In the game system according to the eighth invention, the game system according to the ninth invention is the inner light source and the outer light source when the prize acquisition game is being played for the other prize acquisition game device. Only the outer light source is controlled by the light emitting mode corresponding to the prize acquisition, and when the attract state is in effect, both the inner light source and the outer light source are controlled by the light emitting mode corresponding to the prize acquisition. It is characterized by.
In the game system according to the ninth invention, when a prize is acquired in any of the prize acquisition game devices, the other prize acquisition game devices are linked with each other without hindering the play of the prize acquisition game. It becomes possible.

In the game system according to the tenth invention, in the game system according to any one of the sixth to ninth inventions, an error is detected in any one of the plurality of prize acquisition game devices. In this case, for the prize acquisition game device in which the error is detected, both the inner light source and the outer light source are controlled by the light emitting mode corresponding to the error, and for the other prize acquisition game device, the inner light source is used. And at least the outer light source among the outer light sources is controlled by the corresponding light emitting mode at the time of error.
In the game system according to the tenth invention, when an error is detected in any of the prize acquisition game devices, the light emission effects of a plurality of prize acquisition game devices can be linked to improve the error notification effect. Is possible.

According to the present invention, it is possible to diversify the light emitting effect by the prize acquisition game device.

It is a figure which shows the configuration example of the game system 100. It is a perspective view which shows the appearance of the prize acquisition game apparatus 1. It is a perspective view of the prize arrangement frame unit 20 in which the prize arrangement mechanism 30 which concerns on 1st example is configured. It is a perspective view of the prize arrangement frame unit 20 in which the prize arrangement mechanism 30 which concerns on 2nd example is configured. It is a block diagram which shows the structure of the control board 50. It is a figure which shows an example of various setting screens s1. It is a figure which shows an example of a light emission effect setting screen s2. It is a figure which shows an example of a station selection screen s3. It is a figure which shows an example of various setting screens s4. It is a figure which shows an example of a light emission effect setting screen s5. It is a figure which shows an example of a station selection screen s6. It is a figure which shows an example of the event setting screen s7.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
In the present embodiment, an example in which the prize acquisition game device according to the present invention is applied to the prize acquisition game device 1 capable of executing the prize acquisition game will be described.
In the "prize acquisition game", the player (user) operates the operation unit 16 to operate the prize gripping unit 410 and drop the prize P arranged in the prize placement area AE into the opening area OE. , It is a game that makes it possible to win a prize P.
The "prize P" is an item that is given to the player by acquisition, but is not given to the player even if acquired, and can be exchanged for another item (article given to the player) after acquisition. But it doesn't matter which one.

(Configuration example of game system 100)
First, a configuration example of the game system 100 will be described.
FIG. 1 is a diagram showing a configuration example of the game system 100.
As shown in FIG. 1, the game system 100 includes a plurality of prize acquisition game devices (slave units) 1, a terminal device (master unit) 2, and a network 3.
The network 3 is a communication path (communication line) capable of transmitting and receiving data. In this embodiment, the network 3 is a wireless mesh network. That is, the network 3 is configured by connecting a plurality of communication devices 3a to each other by wireless communication. The network 3 can transmit data by the multi-hop communication function.
Each communication device 3a is a wireless LAN access point (Wi-Fi (Wi-Filess Fidelity) access point). Each communication device 3a functions as a gateway to each device (each prize acquisition game device 1, terminal device 2, etc.) outside the mesh network 3.
In the game system 100, the terminal device 2 and each prize acquisition game device 1 can communicate with each other via the network 3.
In particular, in the game system 100, the operator (manager) can set the mode (contents) of the light emission effect for each prize acquisition game device 1 in the terminal device 2. Then, it is possible to reflect the mode of the light emitting effect set in the terminal device 2 in each prize acquisition game device 1.
Further, in the game system 100, the terminal device 2 can grasp the state of each prize acquisition game device 1 (detection of acquisition of prize P, detection of error, internal state described later, etc.). Then, it is possible for each prize acquisition game device 1 to execute a light emission effect according to the light emission mode according to the grasped state.

(Configuration of terminal device 2)
Next, the configuration of the terminal device 2 will be described.
The terminal device 2 is a computer device used by the operator.
The terminal device 2 includes a processing unit, a communication unit, an input unit, a display unit, a storage unit, an RTC (real-time clock), and the like.
The processing unit is composed of a microcomputer including a CPU (Central Processing Unit), a ROM (Read Only Memory), a RAM (Random Access Memory), and the like.
The communication unit performs wireless communication with each communication device 3a by a communication method compliant with the Wi-Fi standard. As a result, the terminal device 2 can communicate with each prize acquisition game device 1 via the network 3.
The input unit accepts operation input by the user.
The display unit can display an image or the like.
The RTC generates (timekeeps) information indicating the current time (year, month, day, day of the week, hour, minute, second). The RTC is configured to operate by receiving a power supply from a backup power source. As a result, the RTC constantly measures the current time even during the period when the terminal device 2 is not turned on.
The terminal device 2 can be realized by a PC (Personal Computer), a tablet PC, a personal digital assistant (PDA), or the like.

(Configuration of each prize acquisition game device 1)
Next, the configuration of each prize acquisition game device 1 will be described.
FIG. 2 is a perspective view showing the appearance of the prize acquisition game device 1.
Here, in the example shown in FIG. 2, an example in which two prize acquisition game devices 1 are configured in one housing 10 is shown. That is, a common housing 10 is used for the two prize acquisition game devices 1. In addition, one prize acquisition game device 1 may be configured in one housing 10. Further, three or more prize acquisition game devices 1 may be configured in one housing 10.
In the following description, each prize acquisition game device 1 configured in the housing 10 may be referred to as a “station”. That is, two stations (left station and right station) are configured in one housing 10.
As shown in FIG. 2, the prize acquisition game device 1 includes a housing 10, a prize arranging frame unit 20 arranged in the housing 10, a prize arranging mechanism 30 attached to the prize arranging frame unit 20, and a crane. A crane unit 40 attached to the body 10, various light emitting devices (light source / lamp) attached to the housing 10, a speaker (not shown) attached to the housing 10, and arranged in the housing 10. The control board 50 (see FIG. 5) is included in the control board 50.

(Case 10)
Next, the configuration of the housing 10 will be described.
The housing 10 is formed in a box shape. A game area (play area) GE in which a prize acquisition game is developed is configured in the housing 10. The housing 10 includes an upper housing 11 and a lower housing 12.
The front surface, the back surface, the left side surface, and the right side surface of the upper housing 11 are each made of a transparent plate material such as glass or an acrylic plate. This allows the player to visually recognize the game area GE configured inside the housing 10 from the outside of the housing 10.
The front surface of the upper housing 11 is composed of a sliding door and can be opened and closed. As a result, the operator can arrange / move the prize P, configure / change the prize arrangement mechanism 30, and the like in the game area GE by opening the front surface of the upper housing 11.

A control panel 13 is provided on the front surface of the lower housing 12. The control panel 13 is provided with a coin slot 14, a touch panel display 15, and an operation unit 16.
The coin slot 14 allows the player to insert coins. By inserting coins into the coin slot 14, the player can acquire credits for playing the prize acquisition game. It should be noted that an electronic money payment device using a storage medium such as a prepaid card or a credit card may be provided so that credits can be obtained by payment of the electronic money.
The touch panel display 15 has a function of displaying various images and a function of accepting operation input by the user. Specifically, the touch panel display 15 includes a touch panel 15a (see FIG. 5), a display unit 15b, and (see FIG. 5). The touch panel 15a is a capacitance type, pressure sensitive type or the like input device, and receives an operation input by a user's finger, a stylus or the like. The display unit 15b is realized by a liquid crystal display, an organic EL (Electro-Luminence) display, or the like.

Various information such as the remaining number of credits acquired by the player is displayed on the display unit 15b. That is, each time a coin is inserted into the coin slot 14 to acquire credits, the remaining number of credits displayed on the display unit 15 increases. Further, each time the prize acquisition game is played, the remaining number of credits displayed on the display unit 15 decreases.
The operation unit 16 receives the operation of the player. The operation unit 16 includes a first operation button 16a and a second operation button 16b. The operation buttons 16a and 16b can be pressed by the player. The first operation button 16a accepts an operation of moving the prize gripping portion 410 along the X direction (left-right direction) during the prize acquisition game. The second operation button 16b accepts an operation of moving the prize gripping portion 410 along the Y direction (depth direction) during the prize acquisition game.
The operation unit 16 may be configured to include a third operation button that accepts an operation of moving the prize gripping unit 410 along the Z direction (vertical direction) during the prize acquisition game. Alternatively, as the operation unit 16, the joystick that accepts the operation of moving the prize gripping unit 410 along the horizontal direction (horizontal direction and depth direction) during the prize acquisition game, and the prize gripping unit 410 in the Z direction (vertical direction). It may be configured to be provided with a down button that accepts an operation of moving along the line.
Further, on the front surface of the lower housing 12, a prize outlet 17 communicating with the opening area OE (see FIGS. 3 and 4) is provided. Here, a prize slope (not shown) is arranged below the prize arrangement mechanism 30. Further, a prize acquisition sensor 17a (see FIG. 5) is arranged below the prize arrangement mechanism 30. The prize acquisition sensor 17a outputs a predetermined detection signal to the control board 50 in response to the detection of the prize P (acquisition of the prize P) that has fallen from the opening area OE. Further, a prize drop sensor 17b (see FIG. 5) is arranged in the prize outlet 17. The prize drop sensor 17b outputs a predetermined detection signal to the control board 50 in response to the detection of the prize P (acquisition of the prize P) that has fallen into the prize outlet 17.
The processing unit 51 detects the acquisition of the prize P based on the input of the detection signal from the prize acquisition sensor 17a, and executes the light emission effect at the time of acquisition, which will be described later. Further, the processing unit 51 detects a specific error when the state in which the detection signal is input from the prize drop sensor 17b continues for a predetermined time. The "specific error" is detected when the prize P is unexpectedly dropped, the prize P is forgotten to be taken, or a person or a foreign object enters the prize take-out port 17. For each of the prize acquisition sensor 17a and the prize drop sensor 17b, the detection state and the non-detection state may be arbitrarily switched.
Then, the prize P that has fallen into the opening area OE is detected by the prize acquisition sensor 17a, then guided to the prize outlet 17 by the prize slope, and detected by the prize drop sensor 17b. As a result, the player can acquire the prize P taken out from the prize take-out port 17.
Further, an opening / closing door (not shown) is provided on the front surface of the lower housing 12. Various control boards (control board 50, etc.) are arranged inside the opening / closing door.

(Premium placement frame unit 20)
Next, the configuration of the prize arrangement frame unit 20 will be described.
FIG. 3 is a perspective view of the prize arranging frame unit 20 in which the prize arranging mechanism 30 according to the first example is configured. FIG. 4 is a perspective view of the prize arranging frame unit 20 in which the prize arranging mechanism 30 according to the second example is configured.
As shown in FIGS. 2 to 4, the prize arrangement frame unit 20 is arranged in the housing 10. The prize placement frame unit 20 consists of a foundation frame (not shown), an overall elevating frame 220 that is vertically attached to the foundation frame, and six sets of individual elevating frames that are vertically attached to the overall elevating frame 220. Elevating frames 231 to 236 are included.
The entire elevating frame 220 includes a left frame unit 221, a right frame unit 222, and a connecting frame (not shown) connecting the left frame unit 221 and the right frame unit 222.
The left frame unit 221 and the right frame unit 222 have a symmetrical configuration. The left frame unit 221 and the right frame unit 222 are each configured in a grid pattern.
The whole elevating frame 220 is attached so as to be able to elevate with respect to the foundation frame. Specifically, each frame unit 221,222 is provided with an overall elevating slider (not shown). Further, the foundation frame is provided with an overall elevating guide rail (not shown) that supports the overall elevating slider provided on each frame unit 221,222 so as to be able to elevate. The overall elevating frame 220 is attached to the foundation frame by disposing the overall elevating slider within the overall elevating guide rail. The overall elevating slider is slidable in the vertical direction along the overall elevating guide rail. As a result, the entire elevating frame 220 can be elevated and lowered with respect to the foundation frame.
Further, the foundation frame is provided with an overall elevating lock mechanism (not shown). The overall elevating lock mechanism can lock (fix) the elevating and lowering of the overall elevating frame 220 with respect to the foundation frame. This makes it possible to lock the entire elevating frame 220 to an arbitrary height.

The six sets of individual elevating frames 231 to 236 have substantially the same configuration. Each individual elevating frame 231 to 236 includes a base frame 237, a pair of guide rods 238, and an individual elevating slider (not shown).
The base frame 237 is formed in a square columnar shape. The base frame 237 is arranged so as to extend along the depth direction. Here, in the following description, of the four side surfaces of the base frame 237, the upper side surface is referred to as an "upper side surface", the lower side surface is referred to as a "lower side surface", and the inner side surface (game area GE side) is referred to as "upper side surface". "Inner side".
Of the four side surfaces of the base frame 237, at least the inner side surface is provided with a T-groove tg. In the present embodiment, the T-groove tg is provided on the inner side surface and the upper side surface of the four side surfaces of the base frame 237.
Each T-groove tg extends linearly along the longitudinal direction of the base frame 237 (the direction in which the base frame 237 extends). Each T-groove tg is provided from one end of the base frame 237 in the longitudinal direction to the other end.
Each guide rod 238 is formed in a columnar shape. Each guide rod 238 is provided so as to extend downward from the lower side surface of the base frame 237. The pair of guide rods 238 are provided so as to be arranged at predetermined intervals along the longitudinal direction of the base frame 237.

In the present embodiment, three sets of individual elevating frames 231 to 233 are attached to the left frame unit 221. The three sets of individual elevating frames 231 to 233 are provided so as to be arranged at predetermined intervals along the depth direction. Each individual elevating frame 231 to 233 is attached to the left frame unit 221 so as to be able to elevate. In particular, the three sets of individual elevating frames 231 to 233 can be individually elevated.
Specifically, in each individual elevating frame 231 to 233, an individual elevating slider (not shown) is provided at the lower end portion of the guide rod 238. Further, the left frame unit 221 is provided with individual elevating guide rails (not shown) that support the individual elevating sliders provided on the individual elevating frames 231 to 233 so as to be able to elevate. In each individual elevating frame 231 to 233, a pair of guide rods 238 is inserted into a guide hole (not shown) provided on the upper surface of the left frame unit 221 and an individual elevating slider is inserted in the individual elevating guide rail. By being arranged, it is attached to the left frame unit 221. Then, each guide rod 238 is slidable along the vertical direction with respect to the guide hole through which the guide rod 238 is inserted. Further, the individual elevating slider can slide in the vertical direction along the individual elevating guide rail. As a result, each individual elevating frame 231 to 233 can be elevated with respect to the left frame unit 221. In particular, the base frame 237 included in each individual elevating frame 231 to 233 can be elevated with respect to the left frame unit 221.

Further, in the right frame unit 222, three sets of individual elevating frames 234 to 236 are attached. The three sets of individual elevating frames 234 to 236 are provided so as to be arranged at predetermined intervals along the depth direction. Each individual elevating frame 234 to 236 is attached to the right frame unit 222 so as to be able to elevate. In particular, the three sets of individual elevating frames 234 to 236 can be individually elevated.
Specifically, in each individual elevating frame 234 to 236, an individual elevating slider (not shown) is provided at the lower end portion of the guide rod 238. Further, the right frame unit 222 is provided with individual elevating guide rails (not shown) that support the individual elevating sliders provided on the individual elevating frames 234 to 236 so as to be able to elevate. In each individual elevating frame 234 to 236, a pair of guide rods 238 are inserted into a guide hole (not shown) provided on the upper surface of the right frame unit 222, and an individual elevating slider is inserted in the individual elevating guide rail. By being arranged, it is attached to the right frame unit 222. Then, each guide rod 238 is slidable along the vertical direction with respect to the guide hole through which the guide rod 238 is inserted. Further, the individual elevating slider can slide in the vertical direction along the individual elevating guide rail. As a result, each individual elevating frame 234 to 236 can be elevated with respect to the right frame unit 222. In particular, the base frame 237 included in each individual elevating frame 234 to 236 can be elevated with respect to the right frame unit 222.

Each individual elevating frame 231 to 236 is configured to include an individual elevating lock mechanism (not shown). The individual elevating lock mechanism provided in each of the individual elevating frames 231 to 236 makes it possible to lock (fix / maintain) the elevating and lowering of the individual elevating frames 231 to 236 with respect to the overall elevating frame 220. This makes it possible to lock each individual elevating frame 231 to 236 to an arbitrary height.

A game area GE in which a prize acquisition game is developed is configured in the housing 10. The prize arrangement mechanism 30 is a mechanism for arranging the prize P in the game area GE. That is, the prize P is arranged in the game area GE by the prize arrangement mechanism 30. At this time, as the arrangement mode, various modes such as mounting, hanging, and holding can be selected according to the configuration of the prize placement mechanism 30.
In particular, in the present embodiment, the prize arrangement mechanism 30 constitutes a prize arrangement area AE and an opening area OE in the game area GE.
The "prize placement area AE" is an area where the prize P is placed.
The "opening area OE" is an area where the prize P can be acquired due to the fall of the prize P.

(Premium placement mechanism 30)
Next, the configuration of the prize arrangement mechanism 30 will be described.
The prize arrangement mechanism 30 is attached to one or a plurality of individual elevating frames 231 to 236 among the six sets of individual elevating frames 231 to 236. At this time, the prize arrangement mechanism 30 is attached to the base frame 237.
The prize arrangement mechanism 30 is configured by one component or by combining a plurality of components.
In the present embodiment, a floor frame ff, a floor panel fp, a flexible rod (not shown) and the like are prepared as constituent members constituting the prize arrangement mechanism 30. Then, by combining one or a plurality of these constituent members, the prize arranging mechanism 30 is configured.
Hereinafter, each component will be described.

The floor frame ff is configured by connecting four frames in an endless shape (annular shape). As a result, the floor frame ff is a substantially square frame in a plan view. Here, as the floor frame ff, a plurality of types of floor frame ff having different sizes may be prepared. One or more fixing members are provided on the side surface of the floor frame ff. The fixing member can be fitted into the T-groove tg provided in the base frame 237. The floor frame ff can be attached to the upper side surface or the inner side surface of the base frame 237 via a fixing member.
The floor panel fp is formed in a substantially square flat plate shape in a plan view. The floor panel fp can be attached to the upper surface (lower surface) of the floor frame ff. The floor panel fp is fixed to the upper surface of the floor frame ff by screwing.
The flexible rod is composed of two tubular bodies. That is, the flexible rod is configured by inserting (fitting) all or a part of one tubular body into the inside of the other tubular body. Then, the flexible rod is slid (sliding) with respect to one of the tubular bodies in a direction of being accommodated inside the other tubular body or in a method of being discharged from the inside of the other tubular body. It is possible to change (adjust) the dimensions in the longitudinal direction. A fixing member is provided at each end of the flexible rod. The fixing member can be fitted into the T-groove tg provided in the base frame 237. The flexible rod can be attached to the upper side surface or the inner side surface of the base frame 237 via the fixing member.

(Configuration example of the prize arrangement mechanism 30)
Next, a configuration example of the prize arrangement mechanism 30 will be described.
As described above, in the present embodiment, by combining the floor frame ff, the floor panel fp, the flexible rod, and the like, it is possible to configure the prize arranging mechanism 30 having various shapes.
Hereinafter, an example of the prize arrangement mechanism 30 will be shown.

(Premium placement mechanism 30 according to the first example)
First, the prize arrangement mechanism 30 according to the first example will be described.
As shown in FIG. 3, the prize arrangement mechanism 30 according to the first example is configured by having a pair of floor frames ff bridged between the left side frame unit 221 and the right side frame unit 222. At this time, the floor frame ff on the back side is attached to the left side frame unit 221 and the right side frame unit 222 via the small floor frame ffs.
That is, of the pair of vertical frames constituting the floor frame ff on the front side, one of the vertical frames is the inner surface of the base frame 237 constituting the individual elevating frame 231 and the base frame 237 constituting the individual elevating frame 232. It is attached to the inner surface. Further, of the pair of vertical frames constituting the floor frame ff on the front side, the other vertical frame is the inner surface of the base frame 237 constituting the individual elevating frame 234 and the base frame 237 constituting the individual elevating frame 235. It is attached to the inner surface.
Further, the base frame 237 of the individual elevating frames 232 and 235 is arranged at a lower position than the base frame 237 of the individual elevating frames 231 and 234.
As a result, the floor frame ff on the front side is arranged in a state in which the upper surface thereof is inclined toward the back side. A floor panel fp is attached to the upper surface of the floor frame ff on the front side. As a result, the upper surface of the floor panel fp constitutes the first prize mounting surface A. At this time, the first prize placing surface A is inclined toward the back side.
One floor frame ffs is attached to the upper side surface of the base frame 237 included in the individual elevating frame 233. Further, the other small floor frame ffs is attached to the upper side surface of the base frame 237 included in the individual elevating frame 236.
Then, of the pair of vertical frames constituting the floor frame ff on the back side, one of the vertical frames is formed on the upper side surface of one floor frame ffs and the inner surface surface of the base frame 237 constituting the individual elevating frame 233. It is attached. Further, of the pair of vertical frames constituting the floor frame ff on the back side, the other vertical frame is formed on the upper side surface of the other floor frame ffs and the inner surface surface of the base frame 237 constituting the individual elevating frame 236. It is attached.
As a result, the floor frame ff on the back side is arranged in a state where the upper surface thereof is inclined toward the front side. A floor panel fp is attached to the upper surface of the floor frame ff on the back side. As a result, the upper surface of the floor panel fp constitutes the second prize mounting surface B. At this time, the second prize placing surface B is inclined toward the front side.

Here, in the prize arrangement mechanism 30 according to the first example, a pair of floor frames ff are attached to different individual elevating frames 231 to 236. This makes it possible to individually adjust the heights of the first prize mounting surface A and the second prize mounting surface B.
That is, the height of the first prize mounting surface A can be adjusted by raising and lowering the individual elevating frames 231, 232, 234, and 235 with respect to the entire elevating frame 220. Further, by changing (adjusting) the positional relationship (height relationship) between the base frame 237 of the individual elevating frames 231 and 234 and the base frame 237 of the individual elevating frames 232 and 235, the first prize is placed. It is possible to change (adjust) the inclination angle of the surface A.
Further, the height of the second prize mounting surface B can be adjusted by raising and lowering the individual elevating frames 233 and 236 with respect to the entire elevating frame 220. Further, by changing (adjusting) the fixed position of the floor frame ff in the floor frame ffa, it is possible to change (adjust) the inclination angle of the second prize mounting surface B.
Thereby, the relative positional relationship (height relationship) between the first prize placing surface A and the second prize placing surface B can be adjusted.
After that, by raising and lowering the entire elevating frame 220 with respect to the foundation frame 210, the relative positional relationship (height relationship) between the first prize mounting surface A and the second prize mounting surface B is maintained. In this state, the relative positional relationship (height relationship) between the prize grip portion 410 and each prize mounting surface can be adjusted collectively.
The prize arranging mechanism 30 according to the first example constitutes a prize arranging area AE and an opening area OE in the game area GE. That is, in the game area GE, the prize placement area AE is configured on the pair of prize mounting surfaces A and B, and the opening area OE is configured between the pair of prize mounting surfaces A and B.
In particular, in the game area GE, the prize P can be arranged so as to be bridged between the pair of prize mounting surfaces A and B.
Then, in the prize arranging mechanism 30 according to the first example, the prize P supported by the pair of prize mounting surfaces A and B is dropped into the opening area OE by the prize gripping portion 410, so that the prize P can be dropped. It can be acquired.

(Premium placement mechanism 30 according to the second example)
Next, the prize arrangement mechanism 30 according to the second example will be described.
As shown in FIG. 4, the prize arrangement mechanism 30 according to the second example is configured such that one floor frame ff is bridged between the left side frame unit 221 and the right side frame unit 222. ..
Specifically, one of the pair of vertical frames constituting the floor frame ff constitutes the individual elevating frame 232 among the three sets of individual elevating frames 231 to 233 arranged in the left frame unit 221. It is attached to the base frame 237 and the base frame 237 constituting the individual elevating frame 232. Further, of the pair of vertical frames constituting the floor frame ff, the other vertical frame is a base constituting the individual elevating frame 235 among the three sets of individual elevating frames 234 to 236 arranged in the right frame unit 222. It is attached to the frame 237 and the base frame 237 constituting the individual elevating frame 236.
At this time, the base frame 237 of the individual elevating frames 233 and 236 is arranged at a lower position than the base frame 237 of the individual elevating frames 223 and 235. As a result, the floor frame ff is arranged in a state in which the upper surface thereof is inclined toward the back side.
Further, two spherical parts 333 are attached to the horizontal frame on the front side constituting the floor frame ff. Each spherical part 333 is fixed to a T-groove TG provided on the side surface of the horizontal frame via a T-groove nut.
Here, in the prize arrangement mechanism 30 according to the second example, the positional relationship (height relationship) between the base frame 237 of the individual elevating frames 223 and 235 and the base frame 237 of the individual elevating frames 233 and 236 is changed (relationship of height). By adjusting), it is possible to change (adjust) the inclination angle of each spherical part 333.
After that, by raising and lowering the entire elevating frame 220 with respect to the foundation frame 210, the relative positional relationship (height) between the prize gripping portion 410 and each spherical part 333 is maintained while the inclination angle of each spherical part 333 is maintained. Relationship) can be adjusted at once.
That is, the entire elevating frame 220 can be elevated and lowered with respect to the foundation frame 210 in a state where the elevating and lowering of the individual elevating frames 231 to 236 with respect to the overall elevating frame 220 is locked by the individual elevating lock mechanism 239.

The prize arranging mechanism 30 according to the second example constitutes a prize arranging area AE and an opening area OE in the game area GE. That is, in the sphere portion 333a of each sphere part 333, the prize suspension lower portions C and D are configured. Then, at each of the prize hanging lower portions C and D, the prize P can be suspended via the D ring dr. As a result, the prize placement area AE is formed below the prize suspension lower portions C and D. Further, an opening area OE is formed below the prize P suspended from the prize hanging lower portions C and D.
In particular, in the game area GE, the prize P can be arranged in a state of being suspended above the opening area OE.
Then, in the prize arranging mechanism 30 according to the second example, the D ring dr hooked on the prize suspension portions C and D is removed from the prize suspension portions C and D by the prize gripping portion 410. It is possible to acquire the prize P connected to the D ring dr.

(Crane unit 40)
Next, the configuration of the crane unit 40 will be described.
The crane unit 40 includes a prize grip portion 410, a moving device 420 for moving the prize grip portion 410 in the horizontal direction, and an elevating device 430 for raising and lowering the prize grip portion 410.
The prize grip portion 410 is attached to the bottom surface of the elevating device 430 via a stretchable support portion 413. The prize grip portion 410 includes a pair of arms 411 and an opening / closing device 412 for opening and closing the pair of arms 411.
Each arm 411 is formed in a substantially L-shaped rod shape. A claw member 411a is attached to the lower end of each arm 411.
The switchgear 412 includes an opening / closing motor m1 (see FIG. 5) and an opening / closing mechanism (not shown). In the switchgear 412, by driving the opening / closing motor m1, it is possible to open / close the pair of arms 411 via the opening / closing mechanism. Then, the prize gripping portion 410 can grip the prize P by opening and closing the pair of arms 411.

The moving device 420 includes an X-direction rail (not shown), a Y-direction rail (not shown), an X-direction motor m2 (see FIG. 5), and a Y-direction motor m3 (see FIG. 5). It is configured.
The X-direction rail is attached to the top surface (inside) of the housing 10. The X-direction rail extends linearly along the left-right direction.
The Y-direction rail is attached to the X-direction rail. The Y-direction rail is slidable along the X-direction rail. The Y-direction rail extends linearly along the depth direction. The Y-direction rail is moved along the X-direction rail by driving the X-direction motor m2.

The elevating device 430 is attached to the Y-direction rail. The elevating device 430 is slidable along the Y-direction rail. The elevating device 430 is moved along the Y-direction rail by driving the Y-direction motor m3.
The elevating device 430 includes a reel (not shown) capable of feeding or winding a wire, and an elevating motor m4 (see FIG. 5) for driving the reel. The tip of the wire is attached to the prize grip portion 410. As a result, the reel is driven by the elevating motor m4 and the wire is sent out, so that the prize gripping portion 410 can be lowered. Further, the prize gripping portion 410 can be raised by driving the reel with the elevating motor m4 and winding the wire.
As described above, the crane unit 40 can move the prize gripping portion 410 in the left-right direction, the depth direction, and the up-down direction by driving the motors m2, m3, and m4. Further, by driving the opening / closing motor m1, it is possible to open / close the pair of arms 411.

(Various light emitting devices)
Various light emitting devices (light sources) are arranged in the housing 10. Each light emitting device is configured to include a plurality of full-color LEDs. Then, each light emitting device has a plurality of full colors depending on a predetermined light emitting mode (a mode in which the light emitting color changes in time series, a mode in which the light emitting color does not change in time series, a mode in which various light emitting effects are imparted, etc.). By controlling the light emission of the LED, it is possible to execute various light emission effects. Here, the various light emitting effects include various effect operations and various notification operations.
In the present embodiment, as various light emitting devices, an inner light emitting device that irradiates the inside (inside) of the housing 10 and an outer light emitting device that irradiates the outside (outside) of the housing 10 with light. The device and is arranged.
Further, as the inner light emitting device, the upper light emitting device that irradiates the game area GE (inside the upper housing 11) and the inside of the prize outlet 17 (inside the lower housing 12) are irradiated with light. The lower light emitting device and the light emitting device for the lower part are arranged. That is, the upper light emitting device is a light emitting device that irradiates light to a region above the prize arrangement mechanism 30 (opening area OE) in the inside (inside) of the housing 10. Further, the lower light emitting device is a light emitting device that irradiates light to a region below the prize arrangement mechanism 30 (opening area OE) in the inside (inside) of the housing 10.

Specifically, in the prize acquisition game device 1, a back lamp 61 (see FIGS. 2 and 5) and a floor lamp 62 (see FIG. 5) are arranged as a light emitting device for the upper part.
The back lamp 61 is attached to the top surface (inside) of the housing 10. Then, the back lamp 61 irradiates the back surface (inside) of the game area GE with light. In particular, when the display unit for displaying the prize P is configured on the back surface (inside) of the game area GE, the back lamp 61 irradiates the display unit (the prize P displayed on the display unit) with light. do.
The floor lamp 62 is attached to the top surface (inside) of the housing 10. Then, the floor lamp 62 irradiates the prize arranging mechanism 30 (the prize P arranged by the prize arranging mechanism 30) with light. Here, as described above, in the prize acquisition game device 1, the prize arrangement mechanism 30 can be configured in various ways, and the prize P can be arranged in various ways according to the configuration of the prize arrangement mechanism 30. It is possible to do. Therefore, the floor lamp 62 can change (adjust) the direction of irradiating the light. At this time, the floor lamp 62 can change the direction of irradiating the light manually or automatically (setting by operating the touch panel 15a). As a result, by changing (adjusting) the irradiation direction of the light by the floor lamp 62 according to the configuration of the prize arrangement mechanism 30, the prize P arranged by the prize arrangement mechanism 30 is appropriately irradiated with the light. It becomes possible. Further, the floor lamp 62 has a higher directivity of the emitted light than the back lamp 61. This makes it possible to improve the effect on the appearance of the prize P arranged by the prize arrangement mechanism 30.
Here, as described above, the front surface, the back surface, the left side surface, and the right side surface of the upper housing 11 are each made of a transparent plate material such as glass or an acrylic plate. As a result, the player can perform a light emitting effect (by the back lamp 61 and the floor lamp 62) executed inside (inside) the upper housing 11 (inside), particularly inside (inside) the upper housing 11 through the transparent plate material. It is possible to visually recognize the light emission effect).

Further, in the prize acquisition game device 1, a slope lamp 63 (see FIG. 5) is arranged as a light emitting device for the lower part.
The slope lamp 63 is attached to a position on the back side of the control panel 13 on the front surface (inside) of the housing 10. Then, the slope lamp 63 irradiates the upper surface of the prize slope and the inside (inside) of the prize outlet 17 with light. Further, the slope lamp 63 can irradiate the prize arranging mechanism 30 with light (to the prize P arranged by the prize arranging mechanism 30) from below the prize arranging mechanism 30.
Here, an opening / closing door formed of a transparent plate material such as an acrylic plate is arranged at the prize outlet 17. As a result, the player emits light emitted inside (inside) the prize outlet 17, particularly inside (inside) the prize outlet 17, through the opening / closing door even when the opening / closing door is closed. It is possible to visually recognize the effect (light emission effect by the slope lamp 63).
Further, in the prize acquisition game device 1, a pillar lamp 64 (see FIGS. 2 and 5) is arranged as a light emitting device for the outside. Here, the outer light emitting device may include an upper lamp arranged on the front upper portion of the upper housing 11, a panel lamp arranged on the control panel 13, and the like. In particular, the outer light emitting device may include a player lamp that irradiates the player with light.
The pillar lamp 64 is attached to the side surface of each of the four pillars provided at the four corners of the housing 10 in the two pillars on the front side. Then, the pillar lamp 64 irradiates the outside (outside) of the housing 10 with light.

(Control board 50)
Next, the configuration of the control board 50 will be described.
FIG. 5 is a block diagram showing the configuration of the control board 50.
As shown in FIG. 5, the control board 50 includes a processing unit 51, a storage unit 52, a communication unit 53, an RTC (real-time clock) 54, and the like.
The processing unit 51 is composed of a microcomputer including a CPU (Central Processing Unit), a ROM (Read Only Memory), a RAM (Random Access Memory), and the like.
The processing unit 51 executes processing necessary for the progress of the prize acquisition game based on various detection signals input from the control panel 13, program data stored in the storage unit 52, and the like. Further, the processing unit 51 is a prize acquisition game device 1 based on various detection signals input from the touch panel 15a, various information received by the communication unit 53, program data stored in the storage unit 52, and the like. Executes the processing related to various settings of. In particular, the processing unit 51 can individually control the light emitting mode (light emitting effect) of the back lamp 61, the floor lamp 62, the slope lamp 63, and the pillar lamp 64.
The storage unit 52 is composed of a non-volatile memory or the like. The storage unit 52 stores program data necessary for the progress of the prize acquisition game, various settings of the prize acquisition game device 1, and the like.
Here, the prize acquisition game device 1 includes an X position detecting means 55 that detects the position of the prize gripping portion 410 in the X direction (left-right direction), and Y that detects the position of the prize gripping portion 410 in the Y direction (depth direction). The position detecting means 56, the Z position detecting means 57 for detecting the position of the prize gripping portion 410 in the Z direction (vertical direction), and the like are arranged.
The processing unit 51 outputs a detection signal output in response to an operation of pressing each of the operation buttons 16a and 16b, a detection signal output in response to an operation of the touch panel 15a, and an output in response to the insertion of coins into the coin insertion slot 14. The detection signal is input, the detection signal output in response to the detection of the prize P by the prize acquisition sensor 17a, the detection signal output by each position detecting means 53, 54, 55, and the like are input.
The communication unit 53 performs wireless communication with each communication device 3a by a communication method conforming to the Wi-Fi standard. As a result, each prize acquisition game device 1 can communicate with the terminal device 2 via the network 3.
The RTC 54 generates (timekeeps) information indicating the current time (year, month, day, day of the week, hour, minute, second). The RTC 54 is configured to operate by receiving a power supply from a backup power source. As a result, the RTC 54 constantly measures the current time even during the period when the power is not turned on to the prize acquisition game device 1.

(Game processing)
Next, the game processing executed by the processing unit 51 will be described.
When the power is turned on to the prize acquisition game device 1, the processing unit 51 starts the game processing.
In the game process, first, the initial setting process is executed. In the initial setting process, various initial settings are executed.
When the initial setting process is completed, the initial operation process is executed next. In the initial operation process, the initial operation (initialization operation) is executed for the crane unit 40. The "initial operation" is an operation for confirming whether or not the crane unit 40 operates normally and for confirming that the crane unit 40 is arranged at the home position.
When the initial operation processing is completed, the attract start processing is then executed. In the attract start process, the attract state (customer waiting state) is started for the prize acquisition game device 1. The "attract state" is a state in which the prize acquisition game is not being executed and the prize acquisition game can be started. During the attract state, the attract operation by the prize acquisition game device 1 is executed.
During the attract state, the establishment of the start condition of the prize acquisition game is monitored. In the present embodiment, when the insertion of coins into the coin insertion slot 14 is detected, the start condition of the prize acquisition game is satisfied.
When the start condition of the prize acquisition game is satisfied, the attract state is terminated and the prize acquisition game (game state) is started. During the prize acquisition game, first, the input of the detection signal from the first operation button 16a is monitored. Then, in response to the input of the detection signal from the first operation button 16a, the X-direction motor m2 is driven, and the prize grip portion 410 is moved along the left-right direction. Next, the input of the detection signal from the second operation button 16b is monitored. Then, in response to the input of the detection signal from the second operation button 16b, the Y-direction motor m3 is driven, and the prize grip portion 410 is moved along the depth direction. Then, when the movement of the prize grip portion 410 along the depth direction is completed, the elevating motor m4 is driven, the prize grip portion 410 is lowered to a predetermined height, and then the opening / closing motor m1 is driven to drive the pair of arms. 411 is closed. Then, after the prize grip portion 410 is raised to a predetermined height, the prize grip portion 410 is moved to a predetermined position (opening area OE). Then, at a predetermined position, the opening / closing motor m1 is driven, and the pair of arms 411 are opened. After that, the prize gripping portion 410 is moved to the home position, and the prize acquisition game this time is completed.
When the prize acquisition game (game state) ends, the process proceeds to the above-mentioned attract start process, and the attract state is started again.

(Setting of light emission effect in housing 10)
Next, the setting of the light emitting effect in the housing 10 will be described.
FIG. 6 is a diagram showing an example of various setting screens s1. FIG. 7 is a diagram showing an example of the light emission effect setting screen s2.
In the housing 10, in the touch panel display 15, it is possible to individually set and change the light emitting mode (contents of the light emitting effect) of the light emitting device for the two prize acquisition game devices 1 included in the housing 10. It has become. At this time, it is possible to individually set and change the light emitting mode (contents of the light emitting effect) for the back lamp 61, the slope lamp 63, and the pillar lamp 64 of each prize acquisition game device 1. Here, the setting / change of the light emitting mode is executed by the operator.
That is, in the housing 10, it is possible to individually set the light emitting mode for the inner light emitting device and the outer light emitting device of each prize acquisition game device 1. Further, it is possible to individually set the light emitting mode for the upper light emitting device and the lower light emitting device of each prize acquisition game device 1.
As a result, the light emitting mode of the upper light emitting device of the left station, the light emitting mode of the lower light emitting device of the left station, the light emitting mode of the outer light emitting device of the left station, and the light emitting mode of the upper light emitting device of the right station. By changing the combination of the light emitting mode of the lower light emitting device of the right station and the light emitting mode of the outer light emitting device of the right station, it is possible to change the image of the housing 10 in various ways. ..
Here, with respect to the prize P arranged by the prize arrangement mechanism 30, it is preferable that the player can easily grasp the color applied to the appearance of the prize P. Therefore, in the present embodiment, the floor lamp 62 is fixed to a predetermined light emitting mode (light emitting color = "white", light emitting effect = "none (always lit)"), and the light emitting mode cannot be set or changed. It is composed. Here, the floor lamp 62 may be configured so that the light emitting mode can be set individually for the other lamps 61, 63, 64.

Specifically, in the housing 10, various setting screens s1 shown in FIG. 6 are displayed on the display unit 15b in response to a predetermined operation by the operator.
Of the two prize acquisition game devices 1 included in the housing 10, the tab ta corresponding to the prize acquisition game device 1 (left station) on the left side and the prize acquisition game device 1 on the right side (left station) are displayed on the various setting screens s1. The tab tb corresponding to the right station) is displayed. Then, the operator can select the prize acquisition game device 1 to be set by selecting any of the tabs ta and tb by operating the touch panel 15a.
Further, on the various setting screens s1, icons corresponding to each setting item are displayed for a plurality of setting items. Then, the operator can select the setting item to be set by selecting any of the icons by operating the touch panel 15a.
In particular, the plurality of setting items include a light emitting effect. Then, when the icon ic1 corresponding to the light emission effect is selected on the various setting screens s1, the light emission effect setting screen s2 shown in FIG. 7 is displayed on the display unit 15b.

On the light emitting effect setting screen s2, it is possible to select (set / change) the light emitting mode (contents of the light emitting effect) for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64.
In the present embodiment, for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, it is possible to select (set / change) the presence / absence of light emission, the light emission color, the light emission effect, etc. as the light emission mode (contents of the light emission effect). It is possible.
The "emission color" is a color that indicates whether or not the full-color LED constituting the light emitting device emits light, and a color that causes the full-color LED constituting the light emitting device to emit light. In this embodiment, the types of emission colors include "red", "blue", "green", "yellow", "pink", "orange", "white", "off (no emission)", and the like. Multiple different types are specified. The types of these emission colors are examples, and can be added or changed arbitrarily.
The "light emitting effect" is an effect (effect) given to the light emission of the full-color LED constituting the light emitting device. In this embodiment, as the types of light emitting effects, a plurality of types having different contents such as "glitter", "wave", "flash", and "none (always on)" are defined. The types of these light emission effects are examples, and can be added or changed arbitrarily.

On the light emission effect setting screen s2, it is possible to select (set / change) the setting mode. In the present embodiment, "default setting" and "original setting" are defined as the setting mode.
The "default setting" is a setting mode in which a predetermined light emission mode (emission color and light emission effect) is set for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. That is, the "default setting" is a setting mode in which it is impossible to select (set / change) a detailed light emission mode for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. For the "default setting", one of a plurality of types of light emission mode patterns (combination of light emission modes for the back lamp 61, the slope lamp 63, and the pillar lamp 64) prepared in advance is selected. It is in the setting mode to be set.
Here, for the plurality of prize acquisition game devices 1 constituting the game system 100, the base color corresponding to each prize acquisition game device 1 is defined. When the "default setting" is selected and set, the base color corresponding to the prize acquisition game device 1 is set as the emission color for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. As the light emitting effect, a predetermined type of light emitting effect is set.
The "original setting" is a setting mode in which detailed light emission modes can be selected (set / changed) for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64.
The setting type selection unit st is displayed on the light emitting effect setting screen s2. Then, the operator can select (set / change) the setting type in the setting type selection unit st by operating the touch panel 15a.
When the "default setting" is selected and set, a predetermined light emission mode (emission color and light emission effect) is set for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64.
On the other hand, when the "original setting" is selected / set, it is possible to select (set / change) the emission color and the emission effect for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. In this case, on the light emission effect setting screen s2, the first selection unit sa for selecting the light emission color of the back lamp 61, the second selection unit sb for selecting the light emission effect of the back lamp 61, and the light emission color of the slope lamp 63. The third selection unit sc for selecting, the fourth selection unit sd for selecting the light emission effect of the slope lamp 63, the fifth selection unit se for selecting the light emission color of the pillar lamp 64, and the light emission effect of the pillar lamp 64 are selected. The sixth selection unit sf and the like are displayed. Then, the operator can select (set / change) the emission color or the emission effect in each of the selection units sa to sf by operating the touch panel 15a.
At this time, for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, the emission colors are "red", "blue", "green", "yellow", "pink", "orange", "white", and It is possible to select (set / change) any of "turn off (no light emission)". For each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, select (set / change) any of "glitter", "wave", "flash", and "none (always on)" as the light emitting effect. ) Is possible.

The RAM of the processing unit 51 is provided with a light emitting mode storage area A corresponding to the back lamp 61, a light emitting mode storage area B corresponding to the slope lamp 63, and a light emitting mode storage area C corresponding to the pillar lamp 64. ing.
In the light emitting mode storage area A, information for designating the light emitting mode (light emitting color / light emitting effect) set for the back lamp 61 is stored. That is, each time the light emitting mode of the back lamp 61 is changed, the processing unit 51 updates the information stored in the light emitting mode storage area A to the information that specifies the changed light emitting mode.
In the light emitting mode storage area B, information for designating the light emitting mode (light emitting color / light emitting effect) set for the slope lamp 63 is stored. That is, each time the light emitting mode of the slope lamp 63 is changed, the processing unit 51 updates the information stored in the light emitting mode storage area B to the information that specifies the changed light emitting mode.
In the light emitting mode storage area C, information for designating the light emitting mode (light emitting color / light emitting effect) set for the pillar lamp 64 is stored. That is, each time the light emitting mode of the pillar lamp 64 is changed, the processing unit 51 updates the information stored in the light emitting mode storage area C to the information for designating the changed light emitting mode.

Then, the processing unit 51 controls the light emission of the full-color LED constituting the back lamp 61 based on the information stored in the light emission mode storage area A during the setting of the attract state and the setting of the game state. As a result, the light emitting effect by the back lamp 61 is executed according to the light emitting mode specified by the information stored in the light emitting mode storage area A.
Further, the processing unit 51 controls the light emission of the full-color LED constituting the slope lamp 63 based on the information stored in the light emission mode storage area B during the setting of the attract state and the setting of the game state. As a result, the light emitting effect by the slope lamp 63 is executed according to the light emitting mode specified by the information stored in the light emitting mode storage area B.
Further, the processing unit 51 controls the light emission of the full-color LED constituting the pillar lamp 64 based on the information stored in the light emission mode storage area C during the setting of the attract state and the setting of the game state. As a result, the light emitting effect by the pillar lamp 64 is executed according to the light emitting mode specified by the information stored in the light emitting mode storage area C.

(Setting of light emission effect by terminal device 2)
Next, the setting of the light emitting effect by the terminal device 2 will be described.
FIG. 8 is a diagram showing an example of the station selection screen s3. FIG. 9 is a diagram showing an example of various setting screens s4. FIG. 10 is a diagram showing an example of the light emission effect setting screen s5.
In the game system 100, in the terminal device 2, the light emitting mode (contents of the light emitting effect) of the light emitting device is individually or collectively for all the prize acquisition game devices 1 (all stations) included in the game system 100. Can be set / changed. At this time, it is possible to individually set and change the light emitting mode (contents of the light emitting effect) for the back lamp 61, the slope lamp 63, and the pillar lamp 64 of each prize acquisition game device 1. Here, the setting / change of the light emitting mode is executed by the operator.
In the present embodiment, it is assumed that the game system 100 includes 10 prize acquisition game devices 1 (stations A to J).

Specifically, in the terminal device 2, the station selection screen s3 shown in FIG. 8 is displayed on the display unit in response to a predetermined operation by the operator.
On the station selection screen s3, the prize acquisition game device 1 (station) to which the setting is applied is selected from the 10 prize acquisition game devices 1 (stations A to J) included in the game system 100 by operating the input unit. It is possible to do. At this time, it is possible to select one or a plurality of prize acquisition game devices 1 from the 10 prize acquisition game devices 1. When a plurality of prize acquisition game devices 1 are selected, the settings can be collectively applied to the plurality of prize acquisition game devices 1.
The setting start icon ic2 is displayed on the station selection screen s3. Then, when the setting start icon ic2 is selected by the operation of the input unit while one or a plurality of prize acquisition game devices 1 are selected, the various setting screens s4 shown in FIG. 9 are displayed on the display unit. To.

On the various setting screens s4, icons corresponding to each setting item are displayed for a plurality of setting items. Then, the operator can select the setting item to be set by selecting any of the icons by operating the input unit.
In particular, the plurality of setting items include a light emitting effect. Then, when the icon ic3 corresponding to the light emission effect is selected on the various setting screens s4, the light emission effect setting screen s5 shown in FIG. 10 is displayed on the display unit.
On the light emitting effect setting screen s5, it is possible to select a light emitting mode (contents of the light emitting effect) for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64.
In the present embodiment, for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, it is possible to select the presence / absence of light emission, the light emission color, the light emission effect, and the like as the light emission mode (contents of the light emission effect). ..
Specifically, the setting mode can be selected on the light emitting effect setting screen s5. That is, the setting type selection unit st is displayed on the light emission effect setting screen s5. Then, the operator can select (set / change) the setting type in the setting type selection unit st by operating the input unit.
When the "default setting" is selected and set, a predetermined light emission mode (emission color and light emission effect) is set for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. become. Therefore, it is not possible to individually select the light emitting mode for the back lamp 61, the slope lamp 63, and the pillar lamp 64.
On the other hand, when the "original setting" is selected / set, it is possible to select (set / change) the emission color and the emission effect for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. In this case, on the light emission effect setting screen s5, the first selection unit sa for selecting the light emission color of the back lamp 61, the second selection unit sb for selecting the light emission effect of the back lamp 61, and the light emission color of the slope lamp 63. The third selection unit sc for selecting, the fourth selection unit sd for selecting the light emission effect of the slope lamp 63, the fifth selection unit se for selecting the light emission color of the pillar lamp 64, and the light emission effect of the pillar lamp 64 are selected. The sixth selection unit sf and the like are displayed. Then, the operator can select (set / change) the emission color and the light effect in each of the selection units sa to sf by operating the input unit.
At this time, for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, the emission colors are "red", "blue", "green", "yellow", "pink", "orange", "white", and It is possible to select (set / change) any of "turn off (no light emission)". For each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, select (set / change) any of "glitter", "wave", "flash", and "none (always on)" as the light emitting effect. ) Is possible.

The setting transmission icon ic4 is displayed on the light emitting effect setting screen s5. Then, when the setting transmission icon ic4 is selected by the operation of the input unit, the information for specifying the setting content selected on the light emitting effect setting screen s5 (hereinafter referred to as "setting information") is displayed on the station selection screen s3. It is transmitted to each of the selected one or more prize acquisition game devices 1. Here, the setting information is transmitted to each prize acquisition game device 1 via the network 3.
At this time, when "default setting" is selected as the setting mode, the information for specifying the "default setting" and the emission color of the back lamp 61 are displayed in the setting information transmitted to each prize acquisition game device 1. Information to specify, information to specify the light emission effect of the back lamp 61, information to specify the light emission color of the slope lamp 63, information to specify the light emission effect of the slope lamp 63, information to specify the light emission color of the pillar lamp 64, and Information that specifies the light emission effect of the pillar lamp 64 is included.
On the other hand, when "original setting" is selected as the setting mode, the information for specifying "original setting" and the emission color of the back lamp 61 are specified in the setting information transmitted to each prize acquisition game device 1. Information to specify, information to specify the light emission effect of the back lamp 61, information to specify the light emission color of the slope lamp 63, information to specify the light emission effect of the slope lamp 63, information to specify the light emission color of the pillar lamp 64, and pillar. Information that specifies the light emission effect of the lamp 64 is included.
When the setting information is received in each prize acquisition game device 1, the display unit 15b displays information indicating that the setting information has been received. Then, when the setting information reflection icon (not shown) is selected by the operation of the touch panel 15a, the processing unit 51 stores the setting information in the light emitting mode storage areas A, B, and C based on the received setting information. Update the information you have.
At this time, when the "default setting" is specified by the setting information, the information specifying the light emission mode (emission color / light emission effect) of the back lamp 61 specified by the setting information is the light emission mode storage area. Information that is stored in A and specifies the light emitting mode (emission color / light emitting effect) of the slope lamp 63 designated by the setting information is stored in the light emitting mode storage area B and is designated by the setting information. Information that specifies the light emitting mode (light emitting color / light emitting effect) of the lamp 64 is stored in the light emitting mode storage area C.
On the other hand, when the "original setting" is specified by the setting information, the information specifying the light emission mode (emission color / light emission effect) of the back lamp 61 specified by the setting information is the light emission mode storage area A. Information that is stored in the light emitting mode storage area B and specifies the light emitting mode (emission color / light emitting effect) of the slope lamp 63 designated by the setting information is stored in the light emitting mode storage area B and is designated by the setting information. Information that specifies the light emission mode (emission color / light emission effect) of 64 is stored in the light emission mode storage area C.
As described above, after that, the light emission effect by the back lamp 61, the slope lamp 63, and the pillar lamp 64 is executed based on the information stored in each of the light emission mode storage areas A, B, and C after the update.

(Event setting by terminal device 2)
Next, the setting of the event by the terminal device 2 will be described.
FIG. 11 is a diagram showing an example of the station selection screen s6. FIG. 12 is a diagram showing an example of the event setting screen s7.
In the game system 100, in the terminal device 2, it is possible to set an event individually or collectively for one or a plurality of prize acquisition game devices 1 (one or a plurality of stations) included in the game system 100. It has become. Here, the event setting is executed by the operator.
The "event" is a control in which the selected event setting is applied only to the selected event period for the prize acquisition game device 1 selected as the target of the event.
In the present embodiment, it is possible to set the light emitting mode (contents of the light emitting effect) of the light emitting device, the play fee, the target prize cost rate, and the like as event settings. In particular, as an event setting, it is possible to individually set the light emitting mode (contents of the light emitting effect) for the back lamp 61, the slope lamp 63, and the pillar lamp 64 of the prize acquisition game device 1 selected as the target of the event. It has become.

Specifically, in the terminal device 2, the station selection screen s6 shown in FIG. 11 is displayed on the display unit in response to a predetermined operation by the operator.
On the station selection screen s6, among the 10 prize acquisition game devices 1 (stations A to J) included in the game system 100, the prize acquisition that is the target of the event (the event setting is applied) is obtained by operating the input unit. It is possible to select the game device 1 (station). At this time, it is possible to select one or a plurality of prize acquisition game devices 1 from the 10 prize acquisition game devices 1. When a plurality of prize acquisition game devices 1 are selected, the event settings can be collectively applied to the plurality of prize acquisition game devices 1.
The setting start icon ic5 is displayed on the station selection screen s6. Then, when the setting start icon ic5 is selected by the operation of the input unit while one or more prize acquisition game devices 1 are selected, the event setting screen s7 shown in FIG. 12 is displayed on the display unit. To.

On the event setting screen s7, an event name input unit d1 for inputting an event name, an event period selection unit d2 for selecting an event period, and an event effect selection unit for selecting a light emission mode (contents of light emission effect) during the event period are displayed. d3, an event fee selection unit d4 for selecting a play fee during the event period, and an event cost rate selection unit d5 for selecting a target prize cost rate during the event period are displayed. Then, the operator inputs / selects each of the event name input unit d1, the event period selection unit d2, the event production selection unit d3, the event charge selection unit d4, and the event cost rate selection unit d5 by operating the input unit. It is possible to do.
The "event name" is information for identifying the event. Characters, symbols, and the like can be input to the event name input unit d1 in any combination.
The "event period" is the period to which the event settings are applied. In the event period selection unit d2, it is possible to select an event period by a combination of a year, a month, a week, a day, an hour, a minute, and the like. For example, the event period is "every Wednesday from 10:00 to 22:00", "weekdays from 17:00 to 22:00", "Saturdays, Sundays, and holidays from 10:00 to 14:00". You can select "to", "every month from 10:00 to 22:00 on the 10th, 20th, and 30th", "every year from 10:00 to 22:00 on July 7th", etc. It is possible.
The "play fee" is a fee required to play the prize acquisition game once (a fee for acquiring 1 credit). In the event fee selection unit d4, it is possible to select a play fee.
The "target prize cost rate" is the target prize cost rate. The "prize cost rate" is the ratio of the "price of the prize P" to the "total play fee required to acquire the prize P". In the event cost rate selection unit d5, it is possible to select the target prize cost rate.

In the event effect selection unit d3, it is possible to select the light emission mode (contents of the light emission effect) for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64.
In the present embodiment, for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, it is possible to select the presence / absence of light emission, the light emission color, the light emission effect, and the like as the light emission mode (contents of the light emission effect). ..
Specifically, the event effect selection unit d3 can select the setting mode. That is, the setting type selection unit st is displayed on the event effect selection unit d3. Then, the operator can select (set / change) the setting type in the setting type selection unit st by operating the input unit.
When the "default setting" is selected and set, a predetermined light emission mode (emission color and light emission effect) is set for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. become. Therefore, it is not possible to individually select the light emitting mode for the back lamp 61, the slope lamp 63, and the pillar lamp 64.
On the other hand, when the "original setting" is selected / set, it is possible to select (set / change) the emission color and the emission effect for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64. In this case, in the event effect selection unit d3, the first selection unit sa for selecting the emission color of the back lamp 61, the second selection unit sb for selecting the emission effect of the back lamp 61, and the emission color of the slope lamp 63. The third selection unit sc for selecting, the fourth selection unit sd for selecting the light emission effect of the slope lamp 63, the fifth selection unit se for selecting the light emission color of the pillar lamp 64, and the light emission effect of the pillar lamp 64 are selected. The sixth selection unit sf and the like are displayed. Then, the operator can select (set / change) the emission color or the emission effect in each selection unit sa to sf by operating the input unit.
At this time, for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, the emission colors are "red", "blue", "green", "yellow", "pink", "orange", "white", and It is possible to select (set / change) any of "turn off (no light emission)". For each of the back lamp 61, the slope lamp 63, and the pillar lamp 64, select (set / change) any of "glitter", "wave", "flash", and "none (always on)" as the light emitting effect. ) Is possible.

The registration icon ic6 is displayed on the event setting screen s7. Then, when the registration icon ic6 is selected by the operation of the input unit, the information for specifying the setting content (event setting content) selected on the event setting screen s7 (hereinafter referred to as "event information") is the terminal. The event information is stored (registered) in a predetermined area of the RAM constituting the processing unit of the device 2, and the event information is transmitted to each of the one or more prize acquisition game devices 1 selected on the station selection screen s6. .. Here, the event information is transmitted to each prize acquisition game device 1 via the network 3.
At this time, the event information transmitted to each prize acquisition game device 1 includes information for specifying a setting mode, information for specifying an event period, information for specifying a play fee, information for specifying a target prize cost rate, and the like. Is included.
In particular, when "default setting" is selected as the setting mode, the event information transmitted to each prize acquisition game device 1 includes information for specifying the "default setting", but the back lamp 61. Information for specifying the emission color, information for specifying the emission effect of the back lamp 61, information for specifying the emission color of the slope lamp 63, information for specifying the emission effect of the slope lamp 63, information for specifying the emission color of the pillar lamp 64. , And the information specifying the light emitting effect of the pillar lamp 64 is not included.
On the other hand, when "original setting" is selected as the setting mode, the information for specifying "original setting" and the emission color of the back lamp 61 are specified in the event information transmitted to each prize acquisition game device 1. Information to specify, information to specify the light emission effect of the back lamp 61, information to specify the light emission color of the slope lamp 63, information to specify the light emission effect of the slope lamp 63, information to specify the light emission color of the pillar lamp 64, and pillar. Information that specifies the light emission effect of the lamp 64 is included.
When the event information is received in each prize acquisition game device 1, the display unit 15b displays information indicating that the event information has been received. Then, when the event information reflection icon (not shown) is selected by the operation of the touch panel 15a, the processing unit 51 stores the received event information in the event information storage area of the RAM.
Further, the processing unit 51 arrives at the start of the event period specified by the event information stored in the event information storage area based on the current time generated by the RTC 54, and at the end of the event period. , Monitor. Then, according to the arrival at the start of the event period, the event setting specified by the event information stored in the vent information storage area is applied instead of the current setting. Also, according to the arrival at the end of the event period, the original settings are applied (returned) instead of the event settings.
As a result, only during the event period, the light emission effect is executed for each of the back lamp 61, the slope lamp 63, and the pillar lamp 64 according to the light emission mode (emission color and light emission effect) specified by the event information. In addition, only during the event period, it is possible to play the prize acquisition game at the play fee specified by the event information. It should be noted that a mode may be provided in which the strength of the pair of arms 411 is controlled based on the target prize cost rate specified by the event information only during the event period.

(Collaboration of light emission effect by multiple prize acquisition game devices 1)
Next, the cooperation of the light emitting effect by the plurality of prize acquisition game devices 1 will be described.
In the game system 100, it is possible to execute the light emission effect in cooperation with the plurality of prize acquisition game devices 1 (plural stations) included in the game system 100.
In the present embodiment, a light emitting effect (hereinafter, "light emission at the time of acquisition") is executed when the acquisition of the prize P is detected in any of the prize acquisition game 1 among the plurality of prize acquisition game devices 1 included in the game system 100. It is possible to perform the “directing”) in cooperation with the plurality of prize acquisition game devices 1.
In the following description, among the plurality of prize acquisition game devices 1 included in the game system 100, the prize acquisition game device 1 in which the acquisition of the prize P is detected is referred to as a "prize acquisition station", and the other prize acquisition game device 1 is referred to as a "prize acquisition station". It is called a "non-prize acquisition station".

Specifically, in each prize acquisition game device 1, any one of an attract state, a game state, an error state, and a play stop state is set as the internal state of the prize acquisition game device 1.
The "error state" is set when various errors (including the above-mentioned specific error) such as a mechanical abnormality and a processing abnormality are detected, and is canceled by shutting off the power supply. During the error state, it becomes impossible to play the prize acquisition game.
The "play stop state" is arbitrarily set / canceled according to the operation by the operator. It becomes impossible to play the prize acquisition game while the play is stopped.
The processing unit 51 of each prize acquisition game device 1 uses a process (not shown) to specify the internal state set in the prize acquisition game device 1 every predetermined time (for example, 60 [s]) (hereinafter,). "Internal state information") is transmitted to the terminal device 2 via the network 3.
On the other hand, the RAM of the processing unit of the terminal device 2 is provided with an internal state storage area corresponding to each prize acquisition game device 1 included in the game system 100. Then, each time the processing unit of the terminal device 2 receives the internal state information from each prize acquisition game device 1, the received internal state information is stored (overwritten) in the device state storage area corresponding to the prize acquisition game device 1. )do. As a result, in the terminal device 2, the current internal state of each prize acquisition game device 1 is obtained for all the prize acquisition game devices 1 included in the game system 100 based on the internal state information stored in the device state storage area. It is possible to grasp.

The processing unit 51 of each prize acquisition game device 1 sends information for designating the acquisition of the prize P (hereinafter referred to as “premium acquisition information”) to the terminal device 2 in response to the input of the detection signal from the prize acquisition sensor 17a. At the same time as transmitting to, "light emission effect A at the time of acquisition" is started. At this time, the prize acquisition game device 1 that has transmitted the prize acquisition information becomes the prize acquisition station.
In the "light emission effect A at the time of acquisition", first, all the lamps 61 to 64 are turned off, then the slope lamp 63 is driven and controlled in the "light emission mode a", and then the back lamp 61 and the pillar lamp 64 are each turned off. The drive is controlled by the "light emission mode b".
On the other hand, when the processing unit of the terminal device 2 receives the prize acquisition information, it transmits the acquisition time production command information to each non-premium acquisition station. At this time, in the present embodiment, among the non-prize acquisition stations, the non-prize acquisition station in which a predetermined internal state (specifically, the attract state or the game state) is set is provided with the acquisition time production command information. The configuration is such that the effect command information at the time of acquisition is not transmitted to the non-premium acquisition station that has been transmitted and has another internal state (specifically, an error state or a play stop state) set.
The "acquisition-time effect command information" is composed of information that specifies the content of the effect to be executed and information that specifies the timing (in the present embodiment, the start time) to start the effect. Specifically, the acquisition-time effect command information specifies the execution of the "acquisition-time light-emitting effect B" and the time to start the "acquisition-time light-emitting effect B".
In the "light emission effect B at the time of acquisition", each of the back lamp 61 and the pillar lamp 64 is driven and controlled in the "light emission mode b".
When each non-prize acquisition station receives the acquisition time production command information, it monitors the arrival of the start time specified by the acquisition time production command information based on the current time generated by the RTC 54, and the arrival of the start time is reached. Accordingly, the effect of the content specified by the acquisition time effect designation information (specifically, "acquisition time light emission effect B") is started.
In particular, in the present embodiment, the drive control of the back lamp 61 and the pillar lamp 64 according to the “light emitting mode b” realizes a cooperative effect in which the drive control of the back lamp 61 and the pillar lamp 64 sequentially propagates from the prize acquisition station to the adjacent non-premium acquisition stations. In the acquisition time effect designation information transmitted to each non-premium acquisition station, the start time of "acquisition time light emission effect B" is set.
This makes it possible to link the "acquisition light emission effect A" executed at the prize acquisition station and the "acquisition light emission effect B" executed at the plurality of non-premium acquisition stations.

Here, in the present embodiment, among the non-prize acquisition stations, the non-premium acquisition station in which a predetermined internal state (specifically, the attract state or the game state) is set is referred to as "light emission effect B at the time of acquisition". It is configured to transmit the effect command information at the time of acquisition that specifies the execution of.
However, among the non-prize acquisition stations, the acquisition time production command information that specifies the execution of the "acquisition light emission effect B" is transmitted to the non-premium acquisition station for which the attract state is set, and the game state is set. The non-premium acquisition station may be configured to transmit acquisition-time effect command information designating the execution of "acquisition-time light-emitting effect C".
In the "acquisition light emitting effect C", of the back lamp 61 (inner light emitting device) and the pillar lamp 64 (outer light emitting device), the pillar lamp 64 (outer light emitting device) is driven and controlled in the "light emitting mode b". , The original light emitting mode (light emitting effect) of the back lamp 61 (inner light emitting device) is maintained.
As a result, among the non-premium acquisition stations, for the non-premium acquisition station in the attract state, the light emission effect at the time of acquisition is executed by both the outer light emitting device and the inner light emitting device.
On the other hand, among the non-prize acquisition stations, for the non-prize acquisition station that is playing the prize acquisition game, the light emission effect at the time of acquisition is executed only by the outer light emitting device, and the previous light emission effect is maintained for the inner light emitting device. To. Therefore, it is possible to prevent a situation in which the light emitting effect at the time of acquisition hinders the play of the prize acquisition game.

Alternatively, among the non-prize acquisition stations, the acquisition time production command information is transmitted to the non-premium acquisition station in which the attract state is set, and the non-premium acquisition station in which the game state is set is acquired. The configuration may be such that the production command information is not transmitted.
As a result, among the non-premium acquisition stations, for the non-premium acquisition station in the attract state, the light emission effect at the time of acquisition is executed by both the outer light emitting device and the inner light emitting device.
On the other hand, among the non-prize acquisition stations, the non-prize acquisition station that is playing the prize acquisition game does not execute the light emission effect at the time of acquisition, and the previous light emission effect is maintained. Therefore, it is possible to prevent a situation in which the light emitting effect at the time of acquisition hinders the play of the prize acquisition game.

Further, in the present embodiment, a light emitting effect executed when an error is detected in any of the prize acquisition game 1 among the plurality of prize acquisition game devices 1 included in the game system 100 (hereinafter, "light emission effect at the time of error"). ”) Can be executed in cooperation with the plurality of prize acquisition game devices 1.
In the following description, among the plurality of prize acquisition game devices 1 included in the game system 100, the prize acquisition game device 1 in which an error is detected is referred to as an "error generation station", and the other prize acquisition game device 1 is referred to as "non-error". "Occurrence station".

Specifically, the processing unit 51 of each prize acquisition game device 1 receives information for designating error detection (occurrence) in response to detection of various errors such as mechanical abnormalities and processing abnormalities (hereinafter, """Errorinformation") is transmitted to the terminal device 2, and "error-time light emission effect A" is started. At this time, the prize acquisition game device 1 that has transmitted the error information becomes the error generation station.
In the "error-time light emission effect A", each of the back lamp 61, the slope lamp 63, and the pillar lamp 64 is driven and controlled in the "light emission mode c".
On the other hand, when the processing unit of the terminal device 2 receives the error information, the processing unit at the time of error transmits the error-time effect command information to each non-error generation station. At this time, in the present embodiment, among the non-error occurrence stations, the error-time effect command information is sent to the non-error occurrence station in which the predetermined internal state (specifically, the attract state or the game state) is set. The configuration is such that the error-time effect command information is not transmitted to the non-error occurrence station that has been transmitted and has another internal state (specifically, an error state or a play stop state) set.
The "error-time effect command information" is composed of information that specifies the content of the effect to be executed and information that specifies the timing (in the present embodiment, the start time) to start the effect. Specifically, the error-time effect command information specifies the execution of the "error-time light-emitting effect B" and the time to start the "error-time light-emitting effect B".
In the "error-time light emission effect B", each of the back lamp 61, the slope lamp 63, and the pillar lamp 64 is driven and controlled in the "light emission mode c".
When each non-error occurrence station receives the error-time effect command information, it monitors the arrival of the start time specified by the error-time effect command information based on the current time generated by the RTC 54, and arrives at the start time. Correspondingly, the effect (specifically, "error-time light emission effect B") of the content specified by the error-time effect designation information is started.
In particular, in the present embodiment, the drive control of the back lamp 61, the slope lamp 63, and the pillar lamp 64 according to the "light emission mode c" is performed from the non-error generation station located at the position farthest from the error generation station to the error generation station. In the error-time effect designation information transmitted to each non-error-generating station, "error-time light emission effect B" is realized so that the cooperative effect that propagates sequentially to the adjacent non-error-generating stations is realized. The start time of "is set.
This makes it possible to link the "error-time light emission effect A" executed at the error-generating station and the "error-time light-emitting effect B" executed at the plurality of non-error-generating stations.

Here, in the present embodiment, among the non-error generation stations, for the non-error generation station in which a predetermined internal state (specifically, the attract state or the game state) is set, "error-time light emission effect B". The configuration is such that the effect command information at the time of an error that specifies the execution of "" is transmitted.
However, among the non-error generation stations, the error time production command information for specifying the execution of "error time light emission effect B" is transmitted to the non-error generation station for which the attract state is set, and the game state is set. An error-time effect command information that specifies the execution of the "error-time light emission effect C" may be transmitted to the non-error-generating station.
In "Emission effect C at the time of error", the pillar lamp 64 (outside light emitting device) among the back lamp 61 (inside light emitting device), the slope lamp 63 (inside light emitting device) and the pillar lamp 64 (outside light emitting device). Is driven and controlled by the "light emitting mode c", and the original light emitting mode (light emitting effect) is maintained for the back lamp 61 (inner light emitting device) and the slope lamp 63 (inner light emitting device).
As a result, among the non-error generation stations, for the non-error generation station in the attract state, the light emission effect at the time of error is executed by both the outer light emitting device and the inner light emitting device.
On the other hand, among the non-error generation stations, for the non-error generation station during the prize acquisition game, the light emission effect at the time of error is executed only by the outer light emitting device, and the previous light emission effect is maintained for the inner light emitting device. To. Therefore, it is possible to prevent a situation in which the light emission effect at the time of an error hinders the play of the prize acquisition game.

Alternatively, among the non-error occurrence stations, the error occurrence command information is transmitted to the non-error occurrence station in which the attract state is set, and the error occurrence station to the non-error occurrence station in which the game state is set. The configuration may be such that the production command information is not transmitted.
As a result, among the non-error generation stations, for the non-error generation station in the attract state, the light emission effect at the time of error is executed by both the outer light emitting device and the inner light emitting device.
On the other hand, among the non-error generation stations, the non-error generation station during the play of the prize acquisition game is not executed at the time of error, and the previous light emission effect is maintained. Therefore, it is possible to prevent a situation in which the light emission effect at the time of an error hinders the play of the prize acquisition game.

(Action of prize acquisition game device 1)
The prize acquisition base device 1 includes an inner light emitting device that irradiates the inside of the housing 10 with light, and an outer light emitting device that irradiates the outside of the housing 10 with light. Then, it is possible to individually control the light emitting mode of the inner light emitting device and the outer light emitting device. This makes it possible to control the inner light emitting device and the outer light emitting device in different light emitting modes. Therefore, it is possible to diversify the light emission effect by the prize acquisition game device 1.
Further, the prize acquisition game device 1 includes an upper light emitting device that irradiates the inside of the game area GE with light, and a lower light emitting device that irradiates the inside of the prize outlet 17. Then, it is possible to individually control the light emitting mode of the upper light emitting device and the lower light emitting device. This makes it possible to control the upper light emitting device and the lower light emitting device in different light emitting modes. Therefore, it is possible to further diversify the light emitting effect by the prize acquisition game device 1.
Further, in the prize acquisition game device 1, as a light emitting device for the upper part, a back lamp 61 that irradiates the back surface of the game area GE and a floor that irradiates the prize P arranged in the game area GE with light. Lamp 62 and is included. The floor lamp 62 is a light emitting device having higher directivity than the back lamp 61. This makes it possible to improve the effect on the appearance of the prize P arranged in the game area GE.
Further, in the prize acquisition game device 1, the floor lamp 62 can change the direction of irradiating the light. At this time, the floor lamp 62 can change the direction of irradiating the light manually or automatically (setting by operating the touch panel 15a). As a result, regardless of the arrangement of the prize P in the game area GE, it is possible to improve the effect of the effect on the appearance of the prize P.
Further, in the prize acquisition game device 1, the processing unit 51 can control the light emitting mode of each of the lamps 61 to 64 based on the time of the RTC 54. This makes it possible to execute a light emitting effect according to the time.

(Action of game system 100)
The game system 100 includes a plurality of prize acquisition game devices 1 and a terminal device 2 capable of communicating with each prize acquisition game device 1. Then, the terminal device 2 can individually set the light emitting mode for the inner light emitting device and the outer light emitting device of each prize acquisition game device 1. As a result, it is possible to individually control the light emitting mode of the inner light emitting device and the outer light emitting device of each prize acquisition game device 1. Therefore, in each prize acquisition game device 1, it is possible to control the inner light emitting device and the outer light emitting device in different light emitting modes. Therefore, it is possible to diversify the light emission effect by each prize acquisition game device 1.
Further, in the game system 100, it is possible to link the light emitting effect by at least one of the inner light emitting device and the outer light emitting device with respect to the plurality of prize acquisition game devices 1. As a result, the light emission effects of the plurality of prize acquisition game devices 1 can be linked, and the light emission effects of the plurality of prize acquisition game devices 1 can be diversified.
Further, in the game system 100, when the acquisition of the prize P is detected in any one of the plurality of prize acquisition game devices 1, the prize acquisition game device 1 in which the acquisition of the prize P is detected. , Both the inner light emitting device and the outer light emitting device are controlled by the "light emitting mode b" corresponding to the time of prize acquisition, and for the other prize acquisition game device 1, at least the outer side of the inner light emitting device and the outer light emitting device. The light emitting device is controlled by the "light emitting mode b" corresponding to the time when the prize is acquired. As a result, when the prize P is acquired in any of the prize acquisition game devices 1, the light emitting effects of the plurality of prize acquisition game devices 1 can be linked, and the effect of the effect can be improved.
Further, in the game system 100, among the plurality of prize acquisition game devices 1, the prize acquisition game is being played for the other prize acquisition game devices 1 excluding the prize acquisition game device 1 in which the acquisition of the prize P is detected. In this case, of the inner light emitting device and the outer light emitting device, only the outer light emitting device is controlled by the "light emitting mode b" corresponding to the time of winning the prize, and when the attract state is in effect, the inner light emitting device and the outer light emitting device are used. Both are controlled by the corresponding "light emitting mode b" at the time of winning the prize. As a result, when the prize P is acquired in any of the prize acquisition game devices 1, it is possible to link the light emitting effect with respect to the other prize acquisition game device 1 without disturbing the play of the prize acquisition game. Become.
Further, in the game system 100, when an error is detected in any one of the plurality of prize acquisition game devices 1, the internal light emitting device and the prize acquisition game device 1 for which the error is detected are detected. Both of the outer light emitting devices are controlled by the "light emitting mode c" corresponding to the error, and for the other prize acquisition game device 1, at least the outer light emitting device among the inner light emitting device and the outer light emitting device is used at the time of the error. It is controlled by the corresponding "light emission mode c". As a result, when an error is detected in any of the prize acquisition game devices 1, the light emission effects of the plurality of prize acquisition game devices 1 can be linked, and the error notification effect can be improved.

(Modification example)
Although the embodiment of the present invention has been described above, various changes can be made in the above embodiment.
For example, in the above embodiment, the light emitting device for the inside may include a light emitting device (hereinafter referred to as “crane lamp”) arranged in the prize grip portion 410. Alternatively, the external light emitting device may be configured to include a crane lamp.
In particular, it may be possible to individually control the light emitting mode (light emitting effect) of the back lamp 61, the floor lamp 62, the slope lamp 63, the pillar lamp 64, and the crane lamp.
Even if the crane lamp is configured so that the prize gripping portion 410 itself emits light by the full-color LED provided inside the prize gripping portion 410, the crane lamp is located below the prize gripping portion 410 by the full-color LED provided on the lower surface of the prize gripping portion 410. Either of them may be configured to irradiate light toward (game area GE or prize P).
Regarding the crane lamp, during the period from the start of the prize acquisition game until the pair of arms 411 is closed, light is emitted toward the lower side of the prize grip portion 410, and the prize is concerned from the closing of the pair of arms 411. The prize gripping portion 410 itself may emit light during the period until the end of the acquisition game. At this time, the prize gripping portion 410 may be provided with a weight sensor that detects the weight of the prize gripping portion 410 (whether or not the prize P is gripped). Then, during the period from the closing of the pair of arms 411 to the end of the prize acquisition game, when the weight sensor detects the gripping of the prize P, the crane lamp executes a predetermined light emission effect, and the speaker also performs a predetermined light emission effect. It may be configured to output a predetermined sound effect from. Further, when the grip of the prize P is detected by the weight sensor, the prize grip information may be transmitted to the terminal device 2. Then, when the terminal device 2 receives the prize holding information from the predetermined prize acquisition game device 1, the information specifying the execution of the predetermined light emission effect is transmitted to the other prize acquisition game device 1. It doesn't matter.

Further, in the above embodiment, the light emitting mode (light emitting effect) may be set collectively for the inner light emitting device. Further, the light emitting mode (light emitting effect) may be set collectively for the outer light emitting device.

Further, in the above embodiment, in the terminal device 2 (master unit) included in the game system 100, all the prize acquisition game devices 1 (slave units) included in the game system 100 are individually or collectively. The configuration is such that the light emitting mode (contents of the light emitting effect) of the light emitting device can be set and changed.
However, in any of the prize acquisition game devices 1 (master unit) among the plurality of prize acquisition game devices 1 included in the game system 100, the other prize acquisition game device 1 (slave unit) included in the game system 100 , Individually or collectively, the light emitting mode (contents of the light emitting effect) of the light emitting device may be set / changed.

Further, in the above embodiment, when the acquisition of the prize P is detected at the prize acquisition station, the "light emission effect A at the time of acquisition" executed at the prize acquisition station and the "acquisition" executed at the plurality of non-premium acquisition stations. It is possible to link with "time emission effect B".
In addition to this configuration, when the prize P is detected at the prize acquisition station, the effect sound output from the speaker of the prize acquisition station and the effect sound output from the speakers of the plurality of non-premium acquisition stations are added. (For example, at the prize acquisition station and a plurality of non-premium acquisition stations, the corresponding effect sound is output at the same time when the prize P is acquired).

Further, in the above embodiment, when an error is detected at the error generation station, the "error-time light emission effect A" executed at the error generation station and the "error-time light emission effect A" executed at the plurality of non-error generation stations. B ”and can be linked.
In addition to this configuration, when an error is detected in an error-generating station, a production sound (notification sound) output from the speaker of the error-generating station and a production sound (notification sound) output from the speakers of a plurality of non-error-generating stations ( It may be configured to link (link) with the notification sound (for example, at the error generation station and a plurality of non-error generation stations, the corresponding effect sound is output at the same time when an error is detected).

Further, in the above embodiment, the processing unit 51 of each prize acquisition game device 1 is configured to transmit the prize acquisition information to the terminal device 2 in response to the input of the detection signal from the prize acquisition sensor 17a. .. Then, it is possible to link the "acquisition light emission effect A" executed at the prize acquisition station and the "acquisition light emission effect B" executed at the plurality of non-premium acquisition stations.
In addition to this configuration, the processing unit 51 of each prize acquisition game device 1 sends the prize acquisition information via (or directly) to the terminal device 2 in response to the input of the detection signal from the prize acquisition sensor 17a. It may be configured to send to a computer for facility management. At this time, a lighting device (light emitting device) and a speaker are arranged in the facility, and the lighting device and the speaker are controlled by a computer for facility management.
Then, when the prize P acquisition is detected at the prize acquisition station, the light emission effect executed at the prize acquisition station, the light emission effect executed at the plurality of non-prize acquisition stations, and the lighting device arranged in the facility. It may be configured to cooperate (link) with the light emitting effect executed by.
In addition, when the prize P acquisition is detected at the prize acquisition station, the production sound output from the speaker of the prize acquisition station and the production sound output from the speakers of a plurality of non-premium acquisition stations are arranged in the facility. It may be configured to link (interlock) with the staging sound output from the speaker.

Further, in the above embodiment, the processing unit 51 of each prize acquisition game device 1 is configured to transmit error information to the terminal device 2 in response to detection of various errors. Then, it is possible to link the "error-time light emission effect A" executed at the error-generating station and the "error-time light-emitting effect B" executed at the plurality of non-error generation stations.
In addition to this configuration, the processing unit 51 of each prize acquisition game device 1 sends error information to a computer for facility management via the terminal device 2 (or directly) in response to the detection of various errors. It may be configured to send. At this time, a lighting device (light emitting device) and a speaker are arranged in the facility, and the lighting device and the speaker are controlled by a computer for facility management.
Then, when an error is detected at the error-generating station, the light-emitting effect executed at the error-generating station, the light-emitting effect executed at a plurality of non-error-generating stations, and the lighting device arranged in the facility are executed. It may be configured to cooperate (link) with the light emitting effect.
In addition, when an error is detected in the error-generating station, the production sound (notification sound) output from the speaker of the error-generating station and the production sound (notification sound) output from the speakers of a plurality of non-error-generating stations. , The production sound (notification sound) output from the speaker arranged in the facility may be linked (linked).

Further, in the above embodiment, when the acquisition of the prize P is detected at the prize acquisition station, the light emitting effect corresponding to the type of the acquired prize P is executed at the prize acquisition station, and the acquired prize P is executed. The staging sound corresponding to the type of the above may be output from the speaker. At this time, in linking the light emitting effect executed at the prize acquisition station and the light emitting effect executed at the plurality of non-prize acquisition stations, the light emitting effect executed at the prize acquisition station is the acquired prize P. The light emitting effect corresponding to the type may be executed, and the light emitting effect corresponding to the type of the acquired prize P may be executed as the light emitting effect executed at the plurality of non-premium acquisition stations. In addition, as a light emitting effect executed in a plurality of non-premium acquisition stations, all the lamps 61 to 64 may be turned off at the same time.

Further, in the above embodiment, when the acquisition of the prize P is detected in each prize acquisition Böhm device 1 or when an error is detected, the prize acquisition game device 1 and another prize acquisition game device 1 are used. With, the light emission effect is linked (linked).
However, it may be possible for the plurality of prize acquisition game devices 1 included in the game system 100 to cooperate (interlock with) the light emitting effect executed during the attract state or the play state. At this time, the terminal device 2 transmits information for designating the content of the light emission effect to each prize acquisition game device 1, so that the light emission effect executed by the plurality of prize acquisition game devices 1 included in the game system 100 is executed. Are linked (linked).
For example, among the plurality of prize acquisition game devices 1 included in the game system 100, for two or more prize acquisition game devices 1 in the attract state or the play state, each lamp 61 to 64 emits light in the same color. It may be configured to execute. Alternatively, in the two or more prize acquisition game devices 1 in the attract state or the play state, the prize acquisition game device 1 that executes the light emission effect of a specific mode may be rotated in a predetermined pattern at predetermined time intervals.
Further, in the two or more prize acquisition game devices 1 in the attract state or the play state, the light emitting effect by the outer light emitting device is linked (interlocked) among the inner light emitting device and the outer light emitting device, and the inner light emitting device is linked. As for the light emitting effect by the above, a light emitting effect based on an arbitrarily set effect mode may be executed.
Alternatively, in the two or more prize acquisition game devices 1 in the attract state or the play state, the light emitting effect by the inner light emitting device is linked (interlocked) among the inner light emitting device and the outer light emitting device, and the outer light emitting device is linked. As for the light emitting effect by the above, a light emitting effect based on an arbitrarily set effect mode may be executed.
Alternatively, in the two or more prize acquisition game devices 1 in the attract state or the play state, both the inner light emitting device and the outer light emitting device may be configured to cooperate (interlock) with the light emitting effect. At this time, the prize acquisition game device 1 in the play state may be configured so that the light emission color = "white" is set as the light emission effect by the inner light emitting device, giving priority to the visibility of the prize P. .. Further, the prize acquisition game device 1 in the play state may be configured so that the emission color = "purple" is set as the emission effect by the inner light emitting device, giving priority to the fantastic image.
Alternatively, among the plurality of prize acquisition game devices 1 included in the game system 100, for the prize acquisition game device 1 in the attract state, the light emission effect by the outer light emitting device among the inner light emitting device and the outer light emitting device is performed. As for the light emitting effect by the inner light emitting device, the light emitting effect may be executed based on the effect mode arbitrarily set.
Alternatively, among the plurality of prize acquisition game devices 1 included in the game system 100, for the prize acquisition game device 1 in the attract state, the light emission effect by the inner light emitting device among the inner light emitting device and the outer light emitting device is performed. As for the light emitting effect by the outer light emitting device in cooperation (interlocking), a light emitting effect based on an arbitrarily set effect mode may be executed.
Alternatively, among the plurality of prize acquisition game devices 1 included in the game system 100, for the prize acquisition game device 1 in the attract state, both the inner light emitting device and the outer light emitting device are emitted by the outer light emitting device. May be configured to cooperate (link).

Further, in the above embodiment, when the processing unit of the terminal device 2 receives the prize acquisition information, the acquisition time production command information is transmitted to each non-premium acquisition station. At this time, among the non-prize acquisition stations, the acquisition time production command information is transmitted to the non-premium acquisition station in which the predetermined internal state (specifically, the attract state or the game state) is set, and other non-premium acquisition stations. The configuration is such that the effect command information at the time of acquisition is not transmitted to the non-premium acquisition station in which the internal state (specifically, the error state or the play stop state) is set.
However, when the processing unit of the terminal device 2 receives the prize acquisition information, it may be configured to transmit the acquisition time production command information to all the non-premium acquisition stations. Then, at each non-premium acquisition station, it may be configured to determine whether or not to execute the effect of the content specified by the received effect command information at the time of acquisition according to the internal state of the own machine. That is, each non-premium acquisition station is configured to determine the internal state of its own machine when it receives the acquisition command information. Then, when the attract state or the game state is set, the arrival of the start time specified by the acquisition time production command information is monitored based on the current time generated by the RTC 54, and the arrival of the start time is reached. Accordingly, the effect of the content specified by the acquisition time effect designation information (specifically, "acquisition time light emission effect B") is started. on the other hand,
If an error state or a play stop state is set, the effect specified by the received acquisition effect command information is not executed.

Further, in the above embodiment, when the processing unit of the terminal device 2 receives the error information, the error-time effect command information is transmitted to each non-error generation station. At this time, among the non-error occurrence stations, the error-time effect command information is transmitted to the non-error occurrence station in which the predetermined internal state (specifically, the attract state or the game state) is set, and other non-error occurrence stations. The configuration is such that the error-time effect command information is not transmitted to the non-error occurrence station in which the internal state (specifically, the error state or the play stop state) is set.
However, when the processing unit of the terminal device 2 receives the error information, the error-time effect command information may be transmitted to all the non-error occurrence stations. Then, at each non-error generation station, it may be configured to determine whether or not to execute the effect of the content specified by the received error effect command information according to the internal state of the own machine. That is, when each non-error occurrence station receives the error-time effect command information, the internal state of the own machine is determined. Then, when the attract state or the game state is set, the arrival of the start time specified by the error-time effect command information is monitored based on the current time generated by the RTC 54, and the arrival of the start time is reached. Accordingly, the effect of the content specified by the error-time effect designation information (specifically, "error-time light emission effect B") is started. On the other hand, when the error state or the play stop state is set, the effect of the content specified by the received error effect command information is not executed.

Further, in the above embodiment, it is possible to individually set and change the light emitting mode (contents of the light emitting effect) of the light emitting device for the two prize acquisition game devices 1 included in the housing 10.
However, it may be possible to collectively set and change the light emitting mode (contents of the light emitting effect) of the light emitting device for the two prize acquisition game devices 1 included in the housing 10.

Further, in the above embodiment, the light emitting mode may be individually set for the two pillar lamps 64 arranged in the housing 10.

In addition, two or more of the configurations according to the embodiment and the configurations according to the modification may be appropriately combined.

1 Free gift acquisition game device 2 Terminal device 10 Housing 30 Free gift placement mechanism 40 Crane unit 50 Control board 61 Back lamp 62 Floor lamp 63 Slope lamp 64 Pillar lamp 100 Game system

Claims (10)

It is a prize acquisition game device that provides a prize acquisition game for acquiring prizes arranged in a housing.
An inner light source that irradiates the inside of the housing with light,
An outer light source that irradiates the outside of the housing with light,
A prize acquisition game device comprising: a control means capable of individually controlling a light emitting mode for the inner light source and the outer light source. The game space where the prize acquisition game is developed and
It is equipped with an outlet that can take out the prize that has fallen from the game space.
The inner light source includes an upper light source that irradiates the inside of the game space with light, and a lower light source that irradiates the inside of the outlet with light.
The prize acquisition game device according to claim 1, wherein the control means can individually control the light emitting mode of the upper light source and the lower light source. The upper light source includes a first light source that irradiates the back surface of the game space with light, and a second light source that irradiates the prize arranged in the game space with light.
The prize acquisition game device according to claim 2, wherein the second light source is a light source having a higher directivity than the first light source. The prize acquisition game device according to claim 3, wherein the second light source can change the direction of irradiating the light. The prize acquisition game device according to any one of claims 1 to 4, wherein the control means can control the light emitting mode of each light source based on the time of a real-time clock. With multiple prize-winning game devices,
A game system including an external device capable of communicating with each of the prize acquisition game devices.
Each of the prize acquisition game devices includes an inner light source for irradiating the inside of the housing with light, and an outer light source for irradiating the outside of the housing with light.
The external device is a game system in which a light emitting mode can be individually set for the inner light source and the outer light source of each prize acquisition game device. The game system according to claim 6, wherein the plurality of prize acquisition game devices can cooperate with each other to produce light emission by at least one of the inner light source and the outer light source. When the acquisition of a prize is detected in any one of the plurality of prize acquisition game devices, the inner light source and the outer light source of the prize acquisition game device for which the acquisition of the prize is detected are detected. Both of these are controlled by the light emitting mode corresponding to the prize acquisition, and for the other prize acquisition game devices, at least the outer light source of the inner light source and the outer light source is controlled by the light emitting mode corresponding to the prize acquisition. The game system according to claim 6 or 7, wherein the game system is characterized by being played. With respect to the other prize acquisition game device, when the prize acquisition game is being played, only the outer light source among the inner light source and the outer light source is controlled by the light emitting mode corresponding to the prize acquisition, and is in an attract state. The game system according to claim 8, wherein both the inner light source and the outer light source are controlled by the light emitting mode corresponding to the prize acquisition. When an error is detected in any of the prize acquisition game devices among the plurality of prize acquisition game devices, both the inner light source and the outer light source of the prize acquisition game device in which the error is detected are used. It is controlled by a light emitting mode corresponding to an error, and for other prize acquisition game devices, at least the outer light source among the inner light source and the outer light source is controlled by the light emitting mode corresponding to the error. The game system according to any one of claims 6 to 9.

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