JP7241613B2 - game device - Google Patents

Description

The present invention relates to a game device capable of providing games.

2. Description of the Related Art Conventionally, there is known a game device provided with a partition member that partitions a play field into a plurality of play areas (see Patent Document 1). This game device includes a table tennis table and a net (partition member) that divides the top surface (play field) of the table tennis table into two areas. In particular, in this game device, the net is configured to be displaceable along the vertical direction, thereby improving game playability.

Japanese Utility Model Laid-Open No. 60-97166

However, conventional game devices have limitations in terms of improving game performance. That is, in the conventional game device, the net is fixed at the center of the table tennis table. As a result, there is no change in the size of each play area partitioned by the net, and there is a limit to the improvement in game performance.
An object of the present invention is to improve game performance.

To achieve the above object, a game device according to a first aspect of the present invention comprises a play field, a partition member provided movably along the play field and partitioning the play field into a plurality of play areas, and the partition The player includes control means for controlling the movement of members, and detection means for detecting actions or states of the player, the detection means corresponding to each of the plurality of play areas, wherein the control means controls the plurality of play areas. The movement direction and the movement amount of the partition member are determined according to the result of comparing the detection results of the detection means .
In the game device according to the first invention, the partition member that partitions the playfield into a plurality of play areas is provided movably along the playfield. This makes it possible to change the size of each play area by moving the partition member.
In particular, in the game device according to the first invention, it is possible to change the size of each play area according to the result of comparing the detection results of the plurality of detection means.
As described above, in the game device according to the first invention, it is possible to improve game performance.
Here, the play field corresponds to a play field F described later. Play areas f1 and f2, which will be described later, correspond to the plurality of play areas. A movable net 130, which will be described later, corresponds to the partition member. A control board 400, which will be described later, corresponds to the control means. The predetermined conditions include the detection result of the measurement unit 300, the score, the progress of the game (program), and the like, which will be described later. A measurement unit 300 (or each sensor unit 310A, 310B), which will be described later, corresponds to the detection means.

A game device according to a second aspect of the invention comprises a play field, a partition member provided movably along the play field and partitioning the play field into a plurality of play areas,
a control means for controlling the movement of the partition member; a detection means for detecting an action or state of the player; and a display section for displaying information according to the detection result of the detection means, wherein the control means The movement direction and movement amount of the partition member are determined according to the detection result of the detection means .
In the game device according to the second invention, the partition member that partitions the playfield into a plurality of play areas is provided movably along the playfield. This makes it possible to change the size of each play area by moving the partition member.
In particular, in the game device according to the second aspect of the invention, the size of each play area can be changed according to the action or state of the player, making it possible to further improve the game.
Furthermore, in the game device according to the second aspect of the invention, the player can grasp the detection result of the detection means, which makes it possible to enhance the interest in the game play.
Here, the play field corresponds to a play field F described later. Play areas f1 and f2, which will be described later, correspond to the plurality of play areas. A movable net 130, which will be described later, corresponds to the partition member. A control board 400, which will be described later, corresponds to the control means. The predetermined conditions include the detection result of the measurement unit 300, the score, the progress of the game (program), and the like, which will be described later. A measurement unit 300 (or each sensor unit 310A, 310B), which will be described later, corresponds to the detection means. A display unit 220 described later corresponds to the display unit.

A game device according to a third aspect of the invention comprises a play field, partition members movably provided along the play field and partitioning the play field into a plurality of play areas, and control means for controlling movement of the partition members. and wherein the control means determines the direction and amount of movement of the partition member in accordance with the progress of the game .
In the game device according to the third invention, the partition member that partitions the playfield into a plurality of play areas is provided movably along the playfield. This makes it possible to change the size of each play area by moving the partition member.
In particular, in the game device according to the third aspect of the invention, the size of each play area can be changed according to the progress of the game (program), thereby making it possible to further improve the game.
Here, the play field corresponds to a play field F described later. Play areas f1 and f2, which will be described later, correspond to the plurality of play areas. A movable net 130, which will be described later, corresponds to the partition member. A control board 400, which will be described later, corresponds to the control means. The predetermined conditions include the detection result of the measurement unit 300, the score, the progress of the game (program), and the like, which will be described later.

A game device according to a fourth aspect of the invention includes a play field, a partition member provided movably along the play field and partitioning the play field into a plurality of play areas,
and control means for controlling the movement of the partition member, wherein the control means determines the movement direction and movement amount of the partition member according to the score of the player.
In the game device according to the fourth aspect of the invention, the partition member that partitions the playfield into a plurality of play areas is provided movably along the playfield. This makes it possible to change the size of each play area by moving the partition member.
In particular, in the game device according to the fourth aspect of the invention, the size of each play area can be changed according to the player's score, thereby making it possible to further improve the game.
Here, the play field corresponds to a play field F described later. Play areas f1 and f2, which will be described later, correspond to the plurality of play areas. A movable net 130, which will be described later, corresponds to the partition member. A control board 400, which will be described later, corresponds to the control means. The predetermined conditions include the detection result of the measurement unit 300, the score, the progress of the game (program), and the like, which will be described later.

According to the present invention, it is possible to improve game performance.

1 is a perspective view of a game device 1; FIG. 2 is a perspective view showing the main unit 100 with the playfield board 120 removed. FIG. 3 is a plan view of sensor units 310A and 310B; FIG. It is a block diagram which shows the structure of the sensor board|substrate 320 . FIG. 4 is a diagram for explaining the contents of voltage value data acquired by the control board 400 when one player touches the sensor units 310A and 310B; FIG. 4 is a diagram for explaining the contents of voltage value data acquired by the control board 400 when two players touch the sensor units 310A and 310B; 2 is a block diagram showing the configuration of a control system of the game device 1; FIG. 4 is a flowchart showing game processing;

A game device 1 according to an embodiment of the present invention will be described below with reference to the drawings.
In this embodiment, an example in which a game device according to the present invention is applied to a game device 1 capable of allowing a player (user) to play (execute) a table tennis game will be described.
The “table tennis game” is a game in which players (or teams) facing each other across a table tennis table (specifically, a housing 110 or a playfield board 120 described later) hit a ball with rackets and compete for points. ing.
That is, a rectangular court (specifically, a play field F described later) is formed on the upper surface of the table tennis table, and the direction perpendicular to the direction in which the long side of the court extends (that is, the short side of the court The net member (specifically, the movable net 130 described later) extends along the direction in which the court extends), so that the court is separated into two regions (your own court and the opponent's court (specifically, the first area described later). It is partitioned into a play area f1 and a second play area f2)).
A rally is started by one of the players serving, and during the rally, opposing players alternately return the ball. At this time, if each player hits the opponent's batted ball back to the opponent's court after it bounces once to the opponent's court, the return is considered successful and the opponent's court bounces. If the ball cannot be returned in a bouncing manner, the return ball fails. If the return ball fails, the opponent player gets a score.

(Configuration of game device 1)
First, the configuration of the game device 1 will be described.
FIG. 1 is a perspective view of the game device 1. FIG. FIG. 2 is a perspective view showing the main unit 100 with the playfield board 120 removed.
The game device 1 is arranged on an installation surface such as a floor in an amusement facility such as a game center. As shown in FIG. 1, the game device 1 includes a main unit 100, an information display unit 200, and a measurement unit 300 (see FIG. 4).

(Configuration of main unit 100)
The main unit 100 is configured as a table tennis table. Specifically, the main unit 100 includes a housing 110 , a playfield board 120 and a movable net 130 .
The housing 110 is formed in a substantially rectangular parallelepiped box shape. A plurality of casters (not shown) are provided on the bottom surface of the housing 110 . This allows the main unit 100 to move on the setting surface. A pair of score buttons 110 a and 110 b and a coin slot 112 are provided on the side surface of the housing 110 .
The score button 110a is arranged on the first play area f1 side, which will be described later. The score button 110b is arranged on the second play area f2 side, which will be described later.
Each of the score buttons 110a and 110b includes a pressing operation unit that can be pressed by the player, and outputs a predetermined detection signal to the control board 400, which will be described later, in accordance with the pressing operation of the pressing operation unit. .
The coin inserting unit 112 allows the player to insert a coin, and outputs a predetermined detection signal to the control board 400 in response to detection of coin insertion. The coin input unit 112 can be realized by a coin selector or the like.

The play field board 120 is formed in a substantially rectangular flat plate shape in plan view. A play field F is formed on the upper surface of the play field board 120 . In this embodiment, the entire upper surface of the playfield board 120 is the playfield F. As shown in FIG. The play field F is configured as a substantially rectangular horizontal plane in plan view.
In the following description, the direction in which the long side of the playfield board 120 (or the playfield F) extends is referred to as the "long side direction", and the direction in which the short side of the playfield board 120 (or the playfield F) extends (that is, The direction perpendicular to the long side direction) is defined as the “short side direction”.
The playfield board 120 is supported by the housing 110 and arranged at a predetermined height with respect to the installation surface. A support frame (not shown) is fixed to the upper end of the housing 110 . The playfield board 120 is attached to the housing 110 via a support frame.

As shown in FIG. 2, the movable net 130 includes a pair of strut members 131a and 131b and a net member 132 supported by the pair of strut members 131a and 131b.
Each strut member 131a, 131b is formed in a substantially rod shape. The support member 131a is arranged on one side in the short side direction of the playfield board 120 (playfield F). The support member 131b is arranged on the other side in the short side direction of the playfield board 120 (playfield F). Each strut member 131a, 131b is arranged to extend along the vertical direction. The upper ends of the strut members 131a and 131b are positioned at a predetermined height with respect to the play field F. As shown in FIG.

The net member 132 is suspended between the pair of strut members 131a and 131b, and is configured to be able to prevent passage of balls between the pair of strut members 131a and 131b. The net member 132 is arranged to extend along the short side direction.
In this embodiment, the net member 132 includes an upper side member 132a and a partition member 132b suspended from the upper side member 132a.
The upper side member 132a is configured by a rectangular tubular member. The partition member 132b is configured by a substantially rectangular plate-like member. The upper side member 132a and the partition member 132b are configured to have substantially the same length.
One end in the length direction of the upper side member 132a is fixed to the upper end of the support member 131a, and the other end in the length direction of the upper side member 132a is fixed to the upper end of the support member 131b. there is One end in the length direction of the partition member 132b is fixed to the intermediate portion of the support member 131a, and the other end in the length direction of the partition member 132b is fixed to the intermediate portion of the support member 131b. It is Thereby, the upper side member 132a and the partition member 132b are arranged so as to extend along the short side direction.
The partition member 132b is formed of a transparent or translucent light guide plate. In addition, a plurality of light emitting elements (LEDs in this embodiment) are arranged along the length direction inside the upper side member 132a. Each light emitting element is arranged so as to emit light toward the upper end surface of the partition member 132b. As a result, substantially the entire surface and back surface of the partition member 132b can be illuminated by the light emitted from the plurality of light emitting elements, and the light emitted from the lower end surface of the partition member 132b can emit light in the play field F. , the boundary line between the first play area f1 and the second play area f2 can be displayed.
Note that the net member 132 may have another configuration as long as it is configured to prevent the ball from passing between the pair of support members 131 . For example, the upper side member 132a may be made of a wire or the like, and the partition member 132b may be made of a net or the like.

FIG. 2 shows the playfield board 120 removed from the support frame of the housing 110 . As shown in FIG. 2, movable net 130 is attached to housing 110 via a pair of slide mechanisms 140 and 150 . A pair of slide mechanisms 140 and 150 are attached inside the housing 110 .
The slide mechanism 140 is arranged along one side surface (side surface extending along the long side direction) of the housing 110 in the short side direction. The slide mechanism 140 includes guide rails 141 and slide bases 142 .
The guide rail 141 is arranged to extend along the long side direction. The slide base 142 has a plurality of rollers (not shown) and is engaged with the guide rail 141 via the plurality of rollers. This allows the slide base 142 to move (slide) along the guide rails 141 . A lower end portion of the support member 131a is fixed to the slide base 142 via a connecting member (not shown).
The slide mechanism 150 is arranged along the other side surface of the housing 110 in the short side direction. The slide mechanism 150 includes guide rails 151 and slide bases 152 .
The guide rail 151 is arranged to extend along the long side direction. The slide base 152 has a plurality of rollers (not shown) and is engaged with the guide rail 151 via the plurality of rollers. Thereby, the slide base 152 can be moved (slid) along the guide rails 151 . A lower end portion of the support member 131b is fixed to the slide base 152 via a connecting member (not shown).
As described above, the movable net 130 can be moved (displaced) along the pair of guide rails 141 and 151 . That is, the movable net 130 can be moved along the long side direction. At this time, the movable net 130 is moved while maintaining parallel to the short side of the playfield F at all times.

A driving mechanism 160 for driving the movable net 130 is arranged inside the housing 110 . In this embodiment, one of the pair of support members 131a and 131b is driven by the drive mechanism 160, and the other support member 131b is driven. It should be noted that each of the pair of support members 131 a and 131 b may be driven by the drive mechanism 160 .
Drive mechanism 160 is arranged along one side surface of housing 110 in the short-side direction. The drive mechanism 160 includes a motor 161 , a pair of pulleys 162 a and 162 b and an endless belt 163 .
In this embodiment, a stepping motor is used as the motor 161 . The motor 161 is arranged at one end of the guide rail 141 in the length direction.
The pulley 162 a (driving side) is attached to the output shaft (rotating shaft) of the motor 161 . The pulley 162b (driven side) is arranged at the other end of the guide rail 141 in the length direction.
The endless belt 163 is stretched over a pair of pulleys 162a and 162b. The slide base 142 is fixed to a portion (predetermined portion) of the endless belt 163 .
As described above, by driving the motor 161, the movable net 130 can be moved along the long side direction. That is, when the motor 161 is driven, the pulley 162a attached to the output shaft of the motor 161 rotates. Further, when the pulley 162a rotates, the endless belt 163 stretched over the pair of pulleys 162a and 162b rotates. Further, when the endless belt 163 rotates, the slide base 142 fixed to the endless belt 163 and the strut member 131 a fixed to the slide base 142 move along the guide rail 141 . Further, following the movement of the support member 131a, the support member 131b fixed to the support member 131a via the net member 132 and the slide base 152 fixed to the support member 131b move along the guide rail 151. to move.

Various sensors for detecting the position of the movable net 130 are arranged inside the housing 110 . In this embodiment, as various sensors, a rotary encoder 171 and three limit sensors 172a, 172b, and 172c are arranged.
The rotary encoder 171 includes a pair of detection sensors s1 and s2 and a slit disk sd.
The slit disc sd is fixed to the output shaft of the motor 161 . The slit disk sd rotates in synchronization with rotation of the output shaft of the motor 161 . A plurality of slits are formed at regular intervals on the peripheral edge of the slit disk sd.
Each of the detection sensors s1 and s2 is an optical sensor including a light-emitting portion that emits light and a light-receiving portion that receives the light emitted from the light-emitting portion. The light-emitting part and the light-receiving part are arranged so as to sandwich the peripheral edge of the slit disk sd. In each of the detection sensors s1 and s2, light is constantly emitted from the light-emitting portion toward the light-receiving portion (slit disk sd) while the game apparatus 1 is powered on. When the slit is positioned in front of the light receiving section, light emitted from the light emitting section passes through the slit and is received by the light receiving section. On the other hand, when the slit is not positioned in front of the light receiving section, light emitted from the light emitting section is reflected by the slit disk sd and is not received by the light receiving section. Then, the light receiving section outputs a detection signal to the control board 400 according to the light receiving state of the light emitted from the light emitting section.
The control board 400 can detect (calculate) the rotation direction and rotation amount (rotation angle) of the output shaft of the motor 161 based on detection signals input from the pair of detection sensors s1 and s2. . Furthermore, the control board 400 detects the position of the movable net 130 (specifically, the direction and amount of movement from the reference position) based on the direction and amount of rotation (angle of rotation) of the output shaft of the motor 161. It is possible to (calculate).

Each limit sensor 172 a , 172 b , 172 c is arranged below the guide rail 141 . The limit sensor 172a is arranged substantially in the center of the guide rail 141 in the longitudinal direction. The limit sensor 172b is arranged at one end of the guide rail 141 in the length direction. The limit sensor 172c is arranged at the other end of the guide rail 141 in the length direction.
Each of the limit sensors 172a, 172b, and 172c is an optical sensor including a light-emitting portion that emits light and a light-receiving portion that receives the light emitted from the light-emitting portion. In each of the limit sensors 172a, 172b, and 172c, light is constantly emitted from the light-emitting portion toward the light-receiving portion while the game apparatus 1 is powered on.
A shield plate (not shown) is attached to the bottom surface of the slide base 142 . The movable net 130 can move between the first limit position and the second limit position along the long side direction. The first limit position is a position a predetermined distance away from the center of the playfield board 120 (playfield F) in the long side direction (hereinafter referred to as "reference position") toward one side in the long side direction. It's becoming The second limit position is a position away from the reference position by a predetermined distance toward the other side in the long side direction.

When the movable net 130 is positioned at the reference position, the shield provided on the slide base 142 is positioned between the light emitting portion and the light receiving portion of the limit sensor 172a. As a result, the light emitted from the light emitting portion of the limit sensor 172a is blocked by the shielding plate provided on the slide base 142 and is not received by the light receiving portion. On the other hand, when the movable net 130 is not positioned at the reference position, the shield provided on the slide base 142 is not positioned between the light emitting part and the light receiving part of the limit sensor 172a. As a result, the light emitted from the light emitting portion of the limit sensor 172a is received by the light receiving portion.
When the movable net 130 is positioned at the first limit position, the shielding plate provided on the slide base 142 is positioned between the light emitting portion and the light receiving portion of the limit sensor 172b. As a result, the light emitted from the light emitting portion of the limit sensor 172b is blocked by the shielding plate provided on the slide base 142 and is not received by the light receiving portion. On the other hand, when the movable net 130 is not positioned at the first limit position, the shielding plate provided on the slide base 142 is not positioned between the light emitting part and the light receiving part of the limit sensor 172b. As a result, the light emitted from the light emitting portion of the limit sensor 172b is received by the light receiving portion.
When the movable net 130 is positioned at the second limit position, the shielding plate provided on the slide base 142 is positioned between the light emitting portion and the light receiving portion of the limit sensor 172c. As a result, the light emitted from the light emitting portion of the limit sensor 172c is blocked by the shielding plate provided on the slide base 142 and is not received by the light receiving portion. On the other hand, when the movable net 130 is not positioned at the second limit position, the shielding plate provided on the slide base 142 is not positioned between the light emitting part and the light receiving part of the limit sensor 172c. As a result, the light emitted from the light emitting portion of the limit sensor 172c is received by the light receiving portion.
The light receiving portion of each of the limit sensors 172a, 172b, and 172c outputs a detection signal to the control board 400 according to the light receiving condition of the light emitted from the light emitting portion.
The control board 400 can detect whether or not the movable net 130 is positioned at the reference position based on the detection signal input from the limit sensor 172a. Also, the control board 400 can detect whether or not the movable net 130 is positioned at the first limit position based on the detection signal input from the limit sensor 172b. Furthermore, the control board 400 can detect whether or not the movable net 130 is positioned at the second limit position based on the detection signal input from the limit sensor 172c.

The play field F is partitioned into a plurality of (two in this embodiment) play areas by a movable net 130 (net member 132). Specifically, the play field F is divided into a first play area f1 and a second play area f2 with the movable net 130 interposed therebetween.
In particular, the game device 1 is configured such that the movable net 130 can move along the long side direction. At this time, the movable net 130 is moved while maintaining parallelism with the short side of the playfield F at all times. This makes it possible to change the size of each play area f1, f2 (specifically, the size of each play area f1, f2 in the long side direction) according to the movement of the movable net 130 . there is

(Configuration of information display unit 200)
The information display unit 200 includes a housing 210 , a display section 220 and a sound output section 230 .
Housing 210 is formed in a box shape. A plurality of casters (not shown) are provided on the bottom surface of the housing 210 . This allows the information display unit 200 to move on the setting surface.
The display unit 220 is arranged on the front side of the housing 210 . The display unit 220 displays various images output by the display processing unit 410d, which will be described later. The display unit 220 can be realized by an LCD, an organic EL display, a CRT, an HMD, or the like.
The sound output unit 230 is arranged on the front side of the housing 210 . The sound output unit 230 outputs various sounds output by the sound processing unit 410e, which will be described later. The sound output unit 230 can be realized by a speaker or the like.

(Configuration of measurement unit 300)
FIG. 3 is a plan view of sensor units 310A and 310B. FIG. 4 is a block diagram showing the configuration of the sensor substrate 320. As shown in FIG.
The game device 1 includes detection means for detecting actions, states, and the like of the player. The movable net 130 can be moved (displaced) according to the detection result of the detection means.
In this embodiment, a measurement unit 300 is provided as detection means. The measurement unit 300 includes a pair of sensor units 310A and 310B and a sensor substrate 320. As shown in FIG.
As described above, the play field F is partitioned by the movable net 130 into a plurality of play areas f1 and f2. Therefore, in this embodiment, sensor units 310A and 310B corresponding to each of the plurality of play areas f1 and f2 (that is, each of the opposing players (or teams)) are provided. Specifically, a sensor unit 310A corresponding to the first play area f1 (one of the opposing players) and a sensor unit 310B corresponding to the second play area f2 (the other of the opposing players) are provided. .
Each sensor unit 310A, 310B is arranged on the playfield board 120. As shown in FIG. Specifically, the sensor unit 310A is arranged in the first play area f1. The upper surface of the sensor unit 310A constitutes part of the first play area f1 (play field F). The sensor unit 3 1 0B is arranged in the second play area f2. The upper surface of the sensor unit 310B constitutes part of the second play area f2 (play field F).

As shown in FIG. 3, each sensor unit 310A, 310B includes an outer base plate 311, an inner base plate (not shown), two positive electrodes (anodes) EL and ER, and 32 negative electrodes ( cathode) e1 to e32.
The outer base plate 311 is formed in a substantially heart-shaped flat plate shape in plan view. The outer base plate 311 is made of an insulating material such as resin. The outer base plate 311 is made of a transparent or translucent light guide plate. A positive electrode insertion portion (not shown) is formed in the central portion of the outer base plate 311 . The positive electrode insertion portion is formed as a substantially heart-shaped concave portion in plan view.
The inner base plate is formed in a substantially heart-shaped flat plate shape in a plan view. The inner base plate is made of an insulating material such as resin. The inner base plate is formed of a transparent or translucent light guide plate. 32 negative electrode insertion portions (not shown) are formed on the upper surface of the inner base plate. Each negative electrode insertion portion is formed as a cylindrical projection. In addition, through-holes are provided in the regions inside the negative electrode insertion portions of the inner base plate, through which electric wires electrically connected to the negative electrodes e1 to e32 arranged in the negative electrode insertion portions are inserted. ing.
Each of the positive electrodes EL and ER is formed in a substantially semi-heart-shaped flat plate shape in plan view. Each of the positive electrodes EL and ER is made of a highly conductive material such as copper, graphite, or stainless steel. Sixteen negative electrode exposure holes (not shown) are formed in each of the positive electrodes EL and ER. Each negative electrode exposure hole is formed as a substantially circular through hole in plan view.
Each negative electrode (cathode) e1 to e32 is formed in a substantially circular flat plate shape in a plan view. Each negative electrode (cathode) e1 to e32 is made of a highly conductive material such as copper, graphite, or stainless steel.

The inner base plate and the two positive electrodes (anodes) EL and ER are arranged in the positive electrode inserting portion of the outer base plate 311 in a state of being overlapped with each other. Two positive electrodes (anodes) EL and ER are arranged side by side on the upper surface side of the inner base plate. The two positive electrodes (anodes) EL and ER are insulated by a ridge (not shown) provided on the upper surface of the inner base plate. The upper ends of the negative electrode inserting portions of the inner base are inserted through the negative electrode exposure holes of the positive electrodes (anode) EL and ER.
Each of the negative electrodes e1-e32 is located within the negative electrode insert of the inner base. As a result, the negative electrodes e1 to e32 are exposed through the negative electrode exposure holes of the positive electrodes EL and ER. Each of the negative electrodes e1 to e32 and the positive electrodes EL and ER are insulated by the negative electrode insertion portion of the inner base.
As described above, each of the positive electrodes EL and ER and each of the negative electrodes e1 to e32 are exposed on the surface of the play field F. As shown in FIG. This allows the player to touch the positive electrodes EL and ER and the negative electrodes e1 to e32 with equal hands.

Between the outer base plate 311 and the inner base plate, a first light emitting element group consisting of a plurality of light emitting elements (LEDs in this embodiment) and a plurality of light emitting elements (LEDs in this embodiment) are provided. A second light emitting element group is arranged.
Each light emitting element forming the first light emitting element group emits light toward the end surface of the outer base plate 311 . As a result, substantially the entire surface of the outer base plate 311 can emit light from the light emitted from each of the light emitting elements forming the first light emitting element group.
Each light emitting element constituting the second light emitting element group emits light toward the end face of the inner base plate. As a result, light emitted from each light emitting element constituting the second light emitting element group can cause each negative electrode insertion portion of the inner base plate to emit light.

The sensor board 320 is arranged inside the housing 110 . As shown in FIG. 4 , the sensor board 320 includes an MPU core 321 , storage memory 322 and A/D converter 323 . Also, the sensor substrate 320 is formed with a voltage value measuring circuit 324 corresponding to each of the sensor units 310A and 310B. Here, in FIG. 4, only the voltage value measuring circuit 324 corresponding to the sensor unit 310A is shown, and the voltage value measuring circuit 324 corresponding to the sensor unit 310B is omitted.
Each voltage value measuring circuit 324 includes output side circuits SC1 and SC2 respectively corresponding to the two positive electrodes EL and ER, input side circuits MC1 to MC32 respectively corresponding to the 32 negative electrodes e1 to e32, is composed of That is, each voltage value measuring circuit 324 includes two systems of output side circuits SC1 and SC2 and 32 systems of input side circuits MC1 to MC32.

In each output side circuit SC1, SC2, a 3-state buffer TS, a resistor RA, and one of positive electrodes EL, ER are connected in series.
Each 3-state buffer TS has an input terminal X, an output terminal Y, and a control terminal G. In each 3-state buffer TS, a power supply is connected to an input terminal X (voltage (VDD) is applied), and a power supply select signal output from the MPU core 321 is input to a control terminal G.
In each 3-state buffer TS, when the power supply select signal input to the control terminal G is Low, the input terminal X and the output terminal Y are electrically connected. On the other hand, when the power supply select signal input to the input terminal G is High, the output to the output terminal Y becomes a high impedance state (High-Z), and the input terminal X and the output terminal Y are electrically cut off. state.
In the following description, for each 3-state buffer TS, the state in which the power supply select signal input to the control terminal G is Low (the state in which the input terminal X and the output terminal Y are electrically connected) is referred to as the "on state", and the state in which the power supply select signal input to the control terminal G is High (the state in which the input terminal X and the output terminal Y are electrically cut off) is referred to as the "off state". state.
As a result, in each output side circuit SC1, SC2, when the 3-state buffer TS is turned on, power is supplied (electrically connected) to the plus electrodes EL, ER via the resistor RA. be. On the other hand, when the 3-state buffer TS is turned off, the power supply to the positive electrodes EL and ER is cut off (the power is electrically cut off).

In each of the input side circuits MC1-MC32, one of the negative electrodes e1-e32, the resistor RB, the resistor RC, and the 3-state buffer TS are connected in series. The configuration of the 3-state buffer TS included in each of the input side circuits MC1 to MC32 is the same as the configuration of the 3-state buffer TS included in each of the output side circuits SC1 and SC2.
In each 3-state buffer TS, the input terminal X is connected to the ground (ground/GND), and the control terminal G receives the pull-down select signal output from the MPU core 321 .
In each 3-state buffer TS, when the pull-down select signal input to the control terminal G is Low, the input terminal X and the output terminal Y are electrically connected. On the other hand, when the pull-down select signal input to the input terminal G is High, the output to the output terminal Y becomes a high impedance state (High-Z), and the input terminal X and the output terminal Y are electrically cut off. state.
In the following description, for each 3-state buffer TS, the state in which the pull-down select signal input to the control terminal G is set to Low (the state in which the input terminal X and the output terminal Y are electrically connected) will be described. , and the state in which the pull-down select signal input to the control terminal G is High (the state in which the input terminal X and the output terminal Y are electrically cut off) is referred to as the "off state." and
Thus, in each of the input side circuits MC1 to MC32, when the 3-state buffer TS is turned on, the negative electrodes e1 to e32 are electrically connected to the ground via the resistors RB and RC. be. On the other hand, when the 3-state buffer TS is turned off, the negative electrodes e1 to e32 are electrically disconnected from the ground.
In each of the input side circuits MC1 to MC32, one end of an output line (electric wire) is electrically connected between the resistors RB. Here, the input section 323a of the A/D converter 323 is provided with input channels corresponding to the respective input side circuits MC1 to MC32. The other end of the output line included in each of the input side circuits MC1 to MC32 is electrically connected to the corresponding input channel of the input section 323a.

As described above, in each voltage value measuring circuit 324, a voltage dividing resistor circuit (voltage dividing circuit) is formed through the player's human body (living body).
That is, each voltage dividing resistor circuit is connected to either one of the two output side circuits SC1 and SC2 and one of the 32 input side circuits MC1 to MC32 via the player's body. and the input side circuit of and are electrically connected to each other. At this time, when the player's body touches both the positive electrodes EL and ER included in the output side circuits SC1 and SC2 and the negative electrodes e1 to e32 included in the input side circuits MC1 to MC32, the output side circuit and the input side circuit are electrically connected. In each voltage dividing resistor circuit, the player's body acts as a resistor RP.
In this embodiment, in each voltage value measurement circuit 324, 64 systems (2 (the number of output side circuit systems) x 32 (the number of input side circuit systems) = 64 (the number of systems of the voltage dividing resistor circuit) voltage dividing resistors A circuit is formed.

Each voltage dividing resistor circuit is a circuit in which four resistors RA, RP, RB, and RC are connected in series to a power supply. Here, each resistor RA, RB, RC is an electronic component. On the other hand, the resistor RP is the player's human body.
Then, the sensor substrate 320 measures (detects) the voltage value divided by the voltage dividing resistor circuit (specifically, the voltage value applied to the resistor RC) for each voltage dividing resistor circuit. At this time, in each voltage dividing resistor circuit, the output side circuits SC1 and SC2 (positive electrodes EL and ER) and the input side circuits MC1 to MC32 (negative electrodes e1 to e32) are electrically connected via the player's body. , a voltage value of "0" is measured for the voltage divider resistor circuit. On the other hand, in each voltage dividing resistor circuit, output side circuits SC1 and SC2 (positive electrodes EL and ER) and input side circuits MC1 to MC32 (negative electrodes e1 to e32) are electrically connected via the player's body. When connected, a value corresponding to the electrical conductivity (bioimpedance) of the player's human body is measured as the voltage value corresponding to the voltage dividing resistor circuit.
As described above, the sensor substrate 320 directly measures the voltage value divided by each voltage dividing resistor circuit, and indirectly measures the player's movement (specifically, the player's movement on the upper surface of the sensor units 310A and 310B). ), and the state of the player (specifically, the electrical conductivity, bioimpedance, etc. of the player's human body).
In particular, each sensor unit 310A, 310B is provided with a plurality of positive electrodes EL, ER and a plurality of negative electrodes e1 to e32. As a result, based on the measurement result of the sensor substrate 320, the player's motion (specifically, whether or not the player is in contact with the sensor unit 310, and if the player is in contact with the sensor unit 310) , contact position, etc.) can be detected. Furthermore, based on the time-series (temporal) changes in the measurement results of the sensor substrate 320, the player's movement status (specifically, the movement of the player's hand on the upper surface of the sensor unit 310, the speed at which the hand is moved, the movement of the hand, etc.) , etc.) can be detected.

The MPU core 321 executes various kinds of arithmetic processing as a central processing unit. The MPU core 321 executes various processes based on program data stored in a storage medium (ROM, etc.) not shown.
The storage memory 322 is provided with a voltage value storage area A corresponding to the sensor unit 310A and a voltage value storage area B corresponding to the sensor unit 310B. Here, in FIG. 4, only the voltage value storage area A is displayed, and the display of the voltage value storage area B is omitted.
The voltage value storage area A is composed of voltage value data storage portions corresponding to each of the 64 voltage dividing resistance circuits formed in the voltage value measurement circuit 324 corresponding to the sensor unit 310A.
The voltage value storage area B is composed of voltage value data storage units corresponding to each of the 64 voltage dividing resistance circuits formed in the voltage value measurement circuit 324 corresponding to the sensor unit 310B.
Each voltage value data memory stores data (hereinafter referred to as "voltage value data") indicating the voltage value measured (detected) for the corresponding voltage dividing resistor circuit (the voltage value divided by the voltage dividing resistor circuit). ) is stored.
The input section 323a of the A/D converter 323 has 32 input channels. Each input channel is electrically connected to an output line of one of the input side circuits MC1 to MC32. An AD converter select signal output from the MPU core 321 is input to the input section 323a.
In the A/D converter 323, one of the 32 input channels is selected as an input target according to the input AD converter select signal. Then, the A/D converter 323 measures the voltage applied to the input channel selected as the input target (hereinafter referred to as "output voltage"). Also, the measured voltage is converted into a digital value to generate 8-bit voltage value data. Then, the generated voltage value data is stored in the input channel selected as the input target (the voltage value data storage section corresponding to the voltage dividing resistor circuit connected to the input channel selected as the input target).

The MPU core 321 controls the output of the power supply select signal to the 3-state buffer TS included in each output side circuit SC1, SC2. At this time, the 3-state buffers TS are not turned on at the same time in the two output circuits SC1 and SC2. That is, the 3-state buffer TS included in one output-side circuit of the two output-side circuits SC1 and SC2 is turned on, and the 3-state buffer TS included in the other output-side circuit is turned off. .
Then, the MPU core 321 alternately switches the 3-state buffers TS included in the output side circuits SC1 and SC2 of the two systems to the ON state every first predetermined time.
The MPU core 321 also controls the output of a pull-down select signal to the 3-state buffer TS included in each of the input side circuits MC1 to MC32 and the output of an AD converter select signal to the input section 323a of the A/D converter 323. . At this time, the 3-state buffers TS are not turned on at the same time in two or more of the input circuits MC1 to MC32. That is, the 3-state buffer TS included in one of the 32 input-side circuits MC1 to MC32 is turned on, and the 3-state buffer TS included in the other input-side circuits is turned off. . Also, during a period in which the 3-state buffer TS included in one input side circuit is turned on, the input channel to which the input line of the input side circuit is connected is selected as an input target.
Then, the MPU core 321 updates the 3-state buffers included in the 32 systems of the input side circuits MC1 to MC32 every second predetermined time (second predetermined time=first predetermined time/32 (the number of input side circuits)). For TS, the 3-state buffer TS to be turned on is switched in a predetermined order.
Specifically, while the 3-state buffer TS included in the output-side circuit SC1 of the two-system output-side circuits SC1 and SC2 is in the ON state, the 3-state buffer TS included in the 32-system input-side circuits MC1 to MC32 is turned on. The state buffers TS are sequentially turned on. During the period in which the 3-state buffer TS included in the output-side circuit SC2 of the 2-system output-side circuits SC1 and SC2 is in the ON state, the 3-state buffer TS included in the 32-system input-side circuits MC1 to MC32 is turned on. are sequentially turned on.

As described above, the sensor board 320 sequentially measures the output voltages of the 64 voltage dividing resistor circuits, generates voltage value data based on the measured output voltages, and converts the generated voltage value data to the corresponding voltage value. Stored in the data storage unit. At this time, the voltage value data stored in the voltage value data storage unit corresponding to each voltage dividing resistor circuit is stored for a third predetermined time (third predetermined time = first predetermined time x 2 (the number of output-side circuit systems)). ) is updated every
Here, the above-described control and processing are performed in the 64 voltage dividing resistor circuits formed in the voltage value measurement circuit 324 corresponding to the sensor unit 310A and in the voltage value measurement circuit 324 corresponding to the sensor unit 310B. It is executed for each of the 64 voltage dividing resistor circuits. As a result, the voltage value data stored in the voltage value data storage unit corresponding to each voltage dividing resistor circuit in each of the voltage value storage region A and the voltage value storage region B is updated every third predetermined time. .
The MPU core 321, according to the input of the voltage value output request signal output by the control board 400, stores all the voltage value data (corresponding to the sensor unit 310A) stored in the voltage value storage area A and the voltage value storage area B. Voltage value data for 64 voltage dividing resistor circuits formed in the voltage value measurement circuit 324 (hereinafter referred to as “voltage value data group A”), and the voltage value measurement circuit 324 corresponding to the sensor unit 310B voltage value data (hereinafter referred to as “voltage value data group B”) for 64 systems of voltage dividing resistor circuits formed in the control board 400 .

(Measurement example of voltage value data)
FIG. 5 is a diagram for explaining the contents of voltage value data acquired by control board 400 when one player touches sensor units 310A and 310B. FIG. 6 is a diagram for explaining the contents of voltage value data acquired by control board 400 when two players touch sensor units 310A and 310B.
When one player touches one of the sensor units 310A and 310B, among the 64 voltage dividing resistance circuits formed in the voltage value measurement circuit 324 corresponding to the sensor unit 310A and 310B, The value of the voltage value data to be measured for each voltage dividing resistor circuit that is conductive via the player becomes greater than "0", and the voltage that is measured for each voltage dividing resistor circuit that is not conductive via the player The value of the value data becomes "0".
For example, as shown in FIG. 5A, one player's hand touches both the positive electrode EL included in the output side circuit SC1 and the negative electrode e1 included in the input side circuit MC1, and the other electrode is not in contact with the player, the output side circuit SC1 and the input side circuit MC1 are electrically connected through the player.
As a result, among the 64 voltage dividing resistor circuits, the voltage value data measured for the voltage dividing resistor circuit formed by electrically connecting the output side circuit SC1 and the input side circuit MC1 is "0". , and the value of the voltage value data measured for the other voltage dividing resistor circuits becomes “0”.
On the other hand, as shown in FIG. 5(b), one player's hand is included in the positive electrode EL included in the output side circuit SC1, the negative electrode e1 included in the input side circuit MC1, and the input side circuit MC5. When all the negative electrodes e5 connected to the player are in contact with the other electrodes, the output side circuit SC1 and the input side circuit MC1 are electrically connected through the player, and the output side circuit SC1 and the input side circuit SC1 are electrically connected to each other. It is electrically connected to the input side circuit MC5.
As a result, of the 64 voltage dividing resistor circuits, the voltage dividing resistor circuit formed by electrically connecting the output side circuit SC1 and the input side circuit MC1, and the output side circuit SC1 and the input side circuit MC5 are divided. The value of the voltage value data measured for the voltage dividing resistor circuit formed by being electrically connected is greater than "0", and the value of the voltage value data measured for the other voltage dividing resistor circuit is becomes "0".

On the other hand, when two players touch one of the sensor units 310A and 310B, the 64 voltage dividing resistance circuits formed in the voltage value measurement circuit 324 corresponding to the sensor unit 310A and 310B Of these, for each voltage dividing resistor circuit that is conductive via each player or two players, the value of the measured voltage value data becomes greater than "0" and is conductive via each player or two players. The value of the measured voltage value data is "0" for each voltage dividing resistor circuit that is not connected.
For example, when two players are holding hands, the hand of one of the two players is the positive electrode EL included in the output side circuit SC1 and the negative electrode e1 included in the input side circuit MC1. The other player's hand touches both the positive electrode ER included in the output side circuit SC2 and the negative electrode e17 included in the input side circuit MC17, 6(a), the output-side circuit SC1 and the input-side circuit MC1 are electrically connected via one player, and via the other player, At the same time that the output side circuit SC2 and the input side circuit MC17 are electrically connected, the output side circuit SC2 and the input side circuit MC1 are electrically connected via two players as shown in FIG. In addition, the output side circuit SC1 and the input side circuit MC17 are electrically connected.
As a result, among the 64 voltage dividing resistor circuits, the voltage dividing resistor circuit formed by electrically connecting the output side circuit SC1 and the input side circuit MC1, the output side circuit SC2 and the input side circuit MC17 are divided. A voltage dividing resistor circuit formed by being electrically connected, a voltage dividing resistor circuit formed by electrically connecting the output side circuit SC2 and the input side circuit MC1, the output side circuit SC1 and the input side circuit MC17 The value of the voltage value data measured for the voltage dividing resistor circuit formed by electrically connecting and is greater than "0", and for the other voltage dividing resistor circuit The value becomes "0".
As described above, the case where two players touch one of the sensor units 310A and 310B while holding hands is higher than the case where one player touches one of the sensor units 310A and 310B. , the total value of the voltage value data for the 64 voltage dividing resistor circuits is larger.
Further, on the upper surfaces of the sensor units 310A and 310B, the total value of the voltage value data for the 64 voltage dividing resistor circuits increases as the range of contact of each player increases.

(Control system configuration)
Next, the configuration of the control system of the game device 1 will be described.
FIG. 7 is a block diagram showing the configuration of the control system of the game device 1. As shown in FIG.
The game device 1 has a control board 400 . The control board 400 is arranged inside the housing 110 . As shown in FIG. 7 , the control board 400 includes a processing section 410 , a storage section 420 and a storage medium 430 .
The storage unit 420 serves as a work area for the processing unit 410 . The storage unit 420 can be implemented by a semiconductor memory, HDD, SSD, optical disk device, or the like. The storage unit 420 has a voltage value data storage area in which the voltage value data groups A and B are stored, and a position data storage area in which the position data of the movable net 130 is stored.
The storage medium 430 stores programs, data, and the like. The processing unit 410 executes various processes based on program data stored in the storage medium 430 . The storage medium 430 can be implemented by an optical disc, HDD, semiconductor memory, or the like.
The processing unit 410 receives detection signals input from the coin input unit 112, detection signals input from the score buttons 110a and 110b, detection signals input from the rotary encoder 171, and input from the limit sensors 172a, 172b and 172c. Based on the detected signal, information (voltage value data) input from the sensor board 320 , program data stored in the storage unit 420, and the like, processes necessary for proceeding with various games are executed.
The processing unit 410 can be realized by a processor and memory. The processing unit 410 includes a game processing unit 410a, a voltage value data management unit 410b, a net position management unit 410c, a display processing unit 410d, and a sound processing unit 410e.
The game processing unit 410a executes game processing for the player to play various games. Game processing will be described later. In particular, the game processing unit 410a controls the movement and placement of the movable net 130 by controlling the drive of the motor 161 according to the results of various game processes.
The voltage value data management unit 410 b accumulates (stores) the voltage value data groups A and B input from the sensor board 320 in the voltage value data accumulation area of the storage unit 420 . Specifically, the voltage value data management unit 410b outputs a voltage value output request signal to the MPU core 321 at predetermined time intervals. As a result, voltage value data groups A and B are input from the MPU core 321 at predetermined time intervals. The voltage value data storage unit 410 b stores the voltage value data groups A and B input from the MPU core 321 in the voltage value data storage area of the storage unit 420 . At this time, multiple sets of voltage value data groups A and multiple sets of voltage value data groups B are accumulated in the voltage value data accumulation area in chronological order (input order).
The net position management unit 410c calculates the position of the movable net 130 (specifically, the direction and amount of movement from the reference position) based on the detection signals input from the detection sensors s1 and s2. Data indicating the position of movable net 130 (hereinafter referred to as “position data”) is stored in the position data storage area of storage unit 420 . Specifically, the net position management unit 410c updates the position data stored in the position data storage area each time a detection signal is input from each of the detection sensors s1 and s2. At this time, new position data is generated based on the input detection signal and the position data stored in the position data storage area, and the generated position data is stored in the position data storage area.
The display processing unit 410d executes drawing processing for generating a game image according to the results of various game processing executed by the game processing unit 410a. Then, the game image generated by the drawing process is output to the display section 220 .
The sound processing unit 410e executes sound processing for generating game sounds such as BGM, sound effects, and voices according to the results of various game processing executed by the game processing unit 410a. Then, the game sound generated by the sound processing is output to the sound output section 230 .

(game processing)
Next, game processing executed by the game processing unit 410a will be described.
FIG. 8 is a flowchart showing game processing.
When the game device 1 is powered on, the game processing unit 410a starts the game processing shown in FIG. When the game process is started, first, the process moves to step S1-1.
In step S1-1, an initialization process is executed, and the process proceeds to step S1-2. In the initial setting process, various initial settings are executed. Further, by driving the motor 161, the movable net 130 performs an initial operation (initializing operation). Furthermore, according to the completion of the initial operation, the position data stored in the position data storage area of the storage unit 420 is corrected to position data indicating the reference position.
The "initial operation" is an operation for confirming whether or not the movable net 130 operates normally, and for confirming that the movable net 130 is arranged at the reference position. In this embodiment, as the initial operation, the movable net 130 is moved to the first limit position, then to the second limit position, and then to the reference position. At this time, the game processing unit 410a detects the position (arrangement) of the movable net 130 based on the detection signals input from the limit sensors 172a, 172b, and 172c.

At step S1-2, an attract start process is executed, and the process proceeds to step S1-3. In the attract start process, the attract action by the game device 1 is started.
The attract action by the game device 1 includes the attract action by the movable net 130, the display of the attract image by the display unit 220, the output of the attract BGM by the sound output unit 230, and the like.
In this embodiment, the movable net 130 is moved in a predetermined manner (for example, in a manner of reciprocating within a predetermined range) by driving the motor 161 as the attract operation by the movable net 130 . Here, based on the voltage value data groups A and B input from the MPU core 321, the content of the attract operation by the movable net 130 may be changed.

In step S1-3, it is determined whether or not the game start condition is established. If it is determined that the game start condition is established (Yes), the process proceeds to step S1-4, where the game start condition is established. If it is determined that there is no (No), the process of step S1-3 is repeated.
In this embodiment, every time a detection signal is input from the coin insertion unit 112, "1" is added to the value of the credit counter. When a detection signal is input from one of the score buttons 110a and 110b while the value of the credit counter is "1" or more, the game start condition is satisfied and the value of the credit counter is reduced to "1". is subtracted.
In step S1-4, an attract end process is executed, and the process proceeds to step S1-5. In the attract end process, the attract operation by the game device 1 ends.
In step S1-5, game start processing is executed, and the process proceeds to step S1-6. In the game start processing, pre-processing for starting various games is executed.
Specifically, in the game start process, the motor 161 is driven to perform an initial action by the movable net 130 . Further, the position data stored in the position data storage area of the storage unit 420 is corrected to position data indicating the reference position in accordance with the completion of the initial operation. Furthermore, the storage of the voltage value data storage area of storage unit 420 is initialized.

At step S1-6, a first love power diagnosis game process is executed, and the process proceeds to step S1-7. In the first love power diagnosis game process, a first love power diagnosis game is executed.
The "first love power diagnosis game" is a game in which players compete for points given according to the detection results of the sensor units 310A and 310B.
Specifically, each player (each team) facing each other across the housing 110 (playfield board 120) uses the sensor units 310A and 310B arranged in the play areas f1 and f2 on their own side to 1 Play the love power diagnosis game.
In this embodiment, the integrated voltage value is calculated for each of the sensor units 310A and 310B during the first love power diagnosis game. "Voltage integrated value" is an integrated value of voltage value data groups A and B input during a measurement period, which will be described later.
Specifically, a measurement period is set during the first love power diagnosis game. During the measurement period, each time the voltage value data group A is input, the total value of the voltage value data for the 64 voltage dividing resistor circuits included in the voltage value data group A (hereinafter referred to as "voltage total value A”) is calculated, and each time the voltage value data group B is input, the total value of the voltage value data for the 64 voltage dividing resistor circuits included in the voltage value data group B (hereinafter referred to as , “total voltage value B”) are calculated. Then, the voltage integrated value corresponding to the sensor unit 310A (hereinafter referred to as "voltage integrated value A") is obtained by integrating the voltage total value A for all voltage value data groups A input during the measurement period. Calculated by In addition, the voltage integrated value (hereinafter referred to as “voltage integrated value B”) corresponding to the sensor unit 310B is obtained by integrating the voltage total value B for all voltage value data groups B input during the measurement period. Calculated by
Also, the integrated voltage value A and the integrated voltage value B are compared according to the end of the measurement period. Then, the player corresponding to the larger value of the integrated voltage value A and the integrated voltage value B is determined as the winner, and the player corresponding to the smaller value is determined as the loser. In addition, motor 161 is driven to move movable net 130 in favor of the winning player. In other words, the movable net 130 is moved so that the play area where the winning player's hit ball bounces is widened between the play areas f1 and f2. At this time, the moving direction and moving amount of the movable net 130 are determined according to the comparison result between the voltage integrated value A and the voltage integrated value B. FIG.

Specifically, in the first love power diagnosis game process, display of the first game explanation image by the display unit 220 is first started. The "first game explanation image" is an image explaining the contents (playing method) of the first love power diagnosis game.
In addition, display of the first game explanation image by the display unit 220 ends when a predetermined period of time has elapsed since the start of the display of the first game explanation image by the display unit 220 . In addition, the display of the first image during measurement by the display unit 220 is started along with the start of the measurement period. During the measurement period, the voltage integrated values A and B are calculated. The "first image during measurement" is an image that prompts the player to touch the sensor units 310A and 310B and notifies the remaining time of the measurement period.
Furthermore, the measurement period ends and the display of the first image during measurement by the display unit 220 ends when a predetermined time has elapsed since the start of the measurement period. Also, display of the first result image by the display unit 220 is displayed. The "first result image" is an image that notifies information indicating the calculated integrated voltage values A and B and the win or loss of the first love power diagnosis game. Further, the integrated voltage value A and the integrated voltage value B are compared, and the moving direction and moving amount of the movable net 130 are calculated according to the comparison result. Then, the motor 161 is driven and the movable net 130 is moved according to the calculated moving direction and moving amount of the movable net 130 .

At step S1-7 , normal rally game start processing is executed, and the process proceeds to step S1-8. In the normal rally game start process, the normal rally game is started.
The "normal rally game" is a table tennis game that is executed with the position of the movable net 130 fixed.
Here, the player borrows rackets and balls from the operator to play the table tennis game. In addition, the player may play the table tennis game using his or her own racket.
Specifically, the control board 400 includes a score counter A corresponding to one player (score button 110a) among the players (each team) facing each other across the housing 110 (playfield board 120), and a score counter A corresponding to the other player. A score counter B corresponding to the player (score button 110b) is provided. In the normal rally game start process, the score counters A and B are set to predetermined initial values ("0" in this embodiment). Also, the game time timer starts measuring the game time. Furthermore, the display of the normal rally game image by the display unit 220 is started. The "normal rally game image" is an image that reports the values of the score counters A and B. FIG.

In step S1-8, it is determined whether or not the game time measured by the game time timer has reached the predetermined upper limit time. If it is determined that the game time has not reached the predetermined upper limit time (No), step S1-8 When it is determined that the game time has reached the predetermined upper limit time (Yes), the process proceeds to step S1-23.
In step S1-9, it is determined whether or not an operation of pressing one of the score buttons 110a and 110b has been detected. If it is determined that an operation of pressing one of the score buttons 110a and 110b has been detected (Yes) , the process proceeds to step S1-10, and when it is determined that the pressing operation of either of the score buttons 110a and 110b has not been detected (No), the process proceeds to step S1-8.
In step S1-10, score update processing is executed, and the process proceeds to step S1-11. In the score update process, "1" is added to the score counters A and B corresponding to the score buttons 110a and 110b whose pressing operations are detected. Also, by driving the motor 161, the movable net 130 is moved so as to be advantageous to the player who scored. That is, the movable net 130 is moved so that the play area where the hit ball of the player who scored the score bounces is widened among the play areas f1 and f2. At this time, the moving direction and moving amount of the movable net 130 are determined according to the score of the player.
In step S1-10, the movable net 130 may be moved so as to be disadvantageous to the player who scored. That is, the movable net 130 may be moved so that the play area where the hit ball of the player who scored the score bounces becomes narrower among the play areas f1 and f2.
In step S1-11, it is determined whether or not the values of the score counters A and B updated in step S1-10 have reached a first predetermined value (5 [points] in this embodiment). If it is determined that the values of the score counters A and B have reached the first predetermined value (Yes), the process proceeds to step S1-12, and the updated values of the score counters A and B have reached the first predetermined value. If it is determined that there is not (No), the process proceeds to step S1-8.

In step S1-12, a second love power diagnosis game process is executed, and the process proceeds to step S1-13. In the second love power diagnosis game process, a second love power diagnosis game is executed.
Like the first love power diagnosis game, the "second love power diagnosis game" is a game in which players compete for points given according to the detection results of the sensor units 310A and 310B.
Specifically, each player (each team) facing each other across the housing 110 (playfield board 120) uses the sensor units 310A and 310B arranged in the play areas f1 and f2 on their own side to 2 Play the love power diagnosis game.
In the second love power diagnosis game, the player who makes the integrated voltage values A and B reach predetermined values first among the opposing players is the winner. That is, a measurement period is set during the second love power diagnosis game. Voltage integrated values A and B are calculated during the measurement period. Further, the measurement period ends when either one of the integrated voltage value A and the integrated voltage value B reaches a predetermined value, or when a predetermined time elapses from the start of the measurement period. Then, when the measurement period ends in response to the fact that either of the integrated voltage value A and the integrated voltage value B reaches a predetermined value, the integrated voltage value A and the integrated voltage value B The player corresponding to the voltage integrated value that reaches the value is the winner, and the player corresponding to the voltage integrated value that has not reached the predetermined value is the loser. On the other hand, when the measurement period ends in response to the elapse of the predetermined time from the start of the measurement period, the player corresponding to the larger value among the integrated voltage value A and the integrated voltage value B is determined as the winner, and the player corresponding to the smaller value is determined as the winner. The player corresponding to the value is the loser. In addition, motor 161 is driven to move movable net 130 in favor of the winning player. In other words, the movable net 130 is moved so that the play area where the winning player's hit ball bounces is widened between the play areas f1 and f2.
In particular, in the second love power diagnosis game, among the opposing players, the player with the lower score (the player with the smaller value of the score counters A and B) has the higher score for the integrated voltage values A and B. The voltage integrated values A and B corresponding to the other player (the player with the larger value of the score counters A and B) are compared with each other, and correction processing is performed so that the predetermined values are easily reached. For example, in calculating the integrated voltage values A and B corresponding to the player with the smaller score (the player with the smaller value of the score counters A and B), the total voltage values A and B are multiplied by a predetermined value.

Specifically, in the second love power diagnosis game process, display of the second game explanation image by the display unit 220 is first started. The "second game explanation image" is an image explaining the contents (playing method) of the second love power diagnosis game.
Further, display of the second game explanation image by the display unit 220 is terminated when a predetermined time has passed since the start of the display of the game explanation image by the display unit 220 . In addition, the display of the second image during measurement by the display unit 220 is started along with the start of the measurement period. During the measurement period, the voltage integrated values A and B are calculated. The "second measurement image" is an image that prompts the player to touch the sensor units 310A and 310B and also provides information indicating the ratio of the integrated voltage values A and B to the predetermined value.
Furthermore, when either of the voltage integrated values A and B reaches a predetermined value, or when a predetermined time elapses from the start of the measurement period, the measurement period ends and the display unit 220 displays the second Display of the image during measurement ends. Also, display of the second result image by the display unit 220 is displayed. The "second result image" is an image that informs whether the second love power diagnosis game is won or lost. Further, the integrated voltage value A and the integrated voltage value B are compared, and the moving direction and moving amount of the movable net 130 are calculated according to the comparison result. Then, the motor 161 is driven and the movable net 130 is moved according to the calculated moving direction and moving amount of the movable net 130 .

At step S1-13 , normal rally game start processing is executed, and the process proceeds to step S1-14. In the normal rally game start process, the normal rally game is started.
Specifically, in the normal rally game start process, display of a normal rally game image by the display unit 220 is started.
In step S1-14, it is determined whether or not the game time measured by the game time timer has reached the predetermined upper limit time. If it is determined that the game time has not reached the predetermined upper limit time (No), step S1-14 When it is determined that the game time has reached the predetermined upper limit time (Yes), the process proceeds to step S1-23.
In step S1-15, it is determined whether or not an operation of pressing one of the score buttons 110a and 110b has been detected. If it is determined that an operation of pressing one of the score buttons 110a and 110b has been detected (Yes) , the process proceeds to step S1-16, and when it is determined that the pressing operation of either of the score buttons 110a and 110b has not been detected (No), the process proceeds to step S1-14.
In step S1-16, score update processing is executed, and the process proceeds to step S1-17. In the score update process, "1" is added to the score counters A and B corresponding to the score buttons 110a and 110b whose pressing operation is detected. Also, by driving the motor 161, the movable net 130 is moved so as to be advantageous to the player who scored. That is, the movable net 130 is moved so that the play area where the hit ball of the player who scored the score bounces is widened among the play areas f1 and f2. At this time, the moving direction and moving amount of the movable net 130 are determined according to the score of the player.
In step S1-16, the movable net 130 may be moved so as to be disadvantageous to the player who scored. That is, the movable net 130 may be moved so that the play area where the hit ball of the player who scored the score bounces becomes narrower among the play areas f1 and f2.
In step S1-17, it is determined whether or not the values of the score counters A and B updated in step S1-16 have reached a second predetermined value (8 [points] in this embodiment). If it is determined that the values of the score counters A and B have reached the second predetermined value (Yes), the process proceeds to step S1-18, and the updated values of the score counters A and B have reached the second predetermined value. If it is determined that there is not (No), the process proceeds to step S1-14.

In step S1-18, panic rally game start processing is executed, and the process proceeds to step S1-19. In the panic rally game start process, a panic rally game is started.
The "panic rally game" is a table tennis game that is executed while the movable net 130 continues to move in a predetermined manner.
Specifically, in the panic rally game start process, the motor 161 is driven according to the motor control data (program) for the panic rally game, and the movable net 130 starts to move in a predetermined manner. In this embodiment, during the panic rally game, the movable net 130 moves (drives) in a manner that is advantageous to the player with the smaller score (the values of the score counters A and B) among the opposing players (teams). be done. Specifically, during the panic rally game, the movable net 130 is moved (driven) in such a manner that it repeats reciprocation within a predetermined range around a predetermined central position. At this time, the predetermined center position is set so that the player with the lower score is advantageous. In particular, the predetermined center position is set according to the score difference between the opposing players. That is, the predetermined center position is set such that the larger the score difference between the opposing players, the higher the degree of advantage to the player with the lower score. Here, during the panic rally game, the predetermined center position set at the start of the panic rally game may be maintained, or the predetermined center position may be reset each time one of the players scores. , it doesn't matter.
During the panic rally game, the movable net 130 is moved (driven) in a manner that is advantageous to the player with the higher score (values of the score counters A and B) among the opposing players (teams). I don't mind.
Here, during the panic rally game, the movement direction and movement amount of the movable net 130 are determined according to the progress of the game (program) and the score difference.
In step S1-19, it is determined whether or not the game time measured by the game time timer has reached the predetermined upper limit time, and if it is determined that the game time has not reached the predetermined upper limit time (No), step When it is determined that the game time has reached the predetermined upper limit time (Yes), the process proceeds to step S1-23.
In step S1-20, it is determined whether or not an operation of pressing one of the score buttons 110a and 110b has been detected. If it is determined that an operation of pressing one of the score buttons 110a and 110b has been detected (Yes) , the process proceeds to step S1-21, and when it is determined that the pressing operation of either of the score buttons 110a and 110b has not been detected (No), the process proceeds to step S1-19.
In step S1-21, score update processing is executed, and the process proceeds to step S1-22. In the score update process, "2" is added to the score counters A and B corresponding to the score buttons 110a and 110b whose pressing operations are detected. That is, during the panic rally game, the score is doubled compared to during the normal rally game.
In step S1-22, it is determined whether or not the values of score counters A and B updated in step S1-21 have reached a third predetermined value (11 [points] in this embodiment). If it is determined that the values of the score counters A and B have reached the third predetermined value (Yes), the process proceeds to step S1-23, and the updated values of the score counters A and B have reached the third predetermined value. If it is determined that there is not (No), the process proceeds to step S1-19.

In step S1-23, result announcement processing is executed, and the process proceeds to step S1-24. In the result announcement process, the result of the table tennis game and the result of the love power diagnosis game are notified.
Specifically, in the results announcement process, movement of the movable net 130 in a predetermined manner is stopped. Also, display of the final result image by the display unit 220 is displayed. The "final result image" is an image that separately reports the result of the table tennis game and the result of the love power diagnosis game. In this embodiment, information indicating the values of the score counters A and B is notified as a result of the table tennis game. Further, as a result of the love power diagnosis game, the integrated voltage values A and B calculated in the first love power diagnostic game, the integrated voltage values A and B calculated in the second love power diagnostic game, and the first The result of the love power diagnosis game and the evaluation/comment according to the result of the second love power diagnosis game are notified.
Then, when a predetermined period of time has elapsed since the start of display of the final result image by the display unit 220, the display of the final result image by the display unit 220 is terminated.
In step S1-24, game end processing is executed, and the process proceeds to step S1-2. In the game end process, post-processing after the end of the game is executed.
Specifically, in the game ending process, the motor 161 is driven to perform an initial action by the movable net 130 . Further, according to the completion of the initial operation, the position data stored in the position data storage area of the storage unit 420 is corrected to position data indicating the reference position. Furthermore, the storage of the voltage value data storage area of storage unit 420 is initialized.

(Operation of game device 1)
Next, the operation of game device 1 will be described.
In the game device 1, the game is started when the game start condition is satisfied.
When the game is started, first, the first love power diagnosis game process is executed.
In the first love power diagnosis game, during the measurement period, each sensor unit 310A, 310B detects the action of each opposing player (each team), and scores (specifically, voltage Integrated values A and B) are given. At this time, if each player continues to move his or her hand so as to touch a wide range of the upper surfaces of the sensor units 310A and 310B, the points given (specifically, integrated voltage values A and B) increase. In particular, when two players of each team touch the sensor units 310A and 310B while holding hands, the points given (specifically, integrated voltage values A and B) increase. Then, at the end of the measurement period, the scores of the opposing players (specifically, integrated voltage value A and integrated voltage value B) are compared, and the player with the higher score is declared the winner. Additionally, the position of the movable net 130 is changed in favor of the player identified as the winner.
At this time, based on the contents of the voltage value data groups A and B and changes over time, it is determined whether or not the two players of each team are holding hands with each other, and it is determined that they are holding hands with each other. In this case, the score of the team (specifically, the integrated voltage values A and B) may be added. For example, on the display unit 220, an image instructing to hold hands (hereinafter referred to as an “instruction image”) is displayed, and based on changes in the voltage value data groups A and B before and after the instruction image is displayed, It may be determined whether the two players on each team are holding hands with each other. Alternatively, after the indication image is displayed, the voltage value detected by 32 voltage dividing resistance circuits including the output side circuit SC1 (positive electrode EL) and the output side circuit SC2 (positive electrode ER) are included. Whether or not the two players of each team are holding hands may be determined based on the comparison result between the voltage values detected by the 32 voltage dividing resistor circuits. Alternatively, after the indication image is displayed, two players of each team are selected based on the number of voltage dividing resistor circuits whose voltage value data is greater than "0" among the 64 voltage dividing resistor circuits. are holding hands with each other.
When the first love power diagnosis game ends, the first normal rally game is executed. At the start of the first normal rally game, the movable net 130 is placed at a position corresponding to the result of the first love power diagnosis game. During the first normal rally game, every time a player scores a point, the position of the movable net 130 is changed so as to be advantageous to that player.
When the score of any player reaches 5 points, the first normal rally game ends and the second love power diagnosis game is started.
In the second love power diagnosis game, similarly to the first love power diagnosis game, during the measurement period, each sensor unit 310A, 310B detects the action of each opposing player (each team), and the detected action A corresponding score (specifically, integrated voltage values A and B) is given. Then, among the opposing players, the player whose score reaches a predetermined value first is the winner. Additionally, the position of the movable net 130 is changed in favor of the player identified as the winner.
When the second love power diagnosis game ends, a second normal rally game is executed. At the start of the second normal rally game, the movable net 130 is placed at a position according to the result of the second love power diagnosis game. Then, during the second normal rally game, as in the first normal rally game, each time a player scores a point, the position of the movable net 130 is changed so as to be advantageous to that player. be.
When the score of any player reaches 8 points, the second normal rally game ends and the panic rally game starts.
During the panic rally game, the position of the movable net 130 is changed in a predetermined manner (in this embodiment, during the panic rally game, the opposing player (team) with the smaller score (values of the score counters A and B)). continue to change in a manner that is advantageous to the player of Also, during the panic rally game, the score is doubled compared to during the normal rally game.
When the score of any player reaches 11 points, the panic rally game ends and the final result is announced. At this time, as final results, the result of the table tennis game and the result of the love power diagnosis game are announced separately.
The game ends when the announcement of the final result ends.

(Action of game device 1)
In the game device 1, a movable net 130 that divides the play field F into a plurality of play areas f1 and f2 is provided movably along the play field F. As shown in FIG. Thus, by moving the movable net 130, it is possible to change the size of each of the play areas f1 and f2.
In particular, in the game device 1, the movement direction and movement amount of the movable net 130 are determined according to predetermined conditions (detection results of the sensor units 310A and 310B, score, progress of the game, etc.). This makes it possible to diversify the change in size of each play area f1, f2.
As described above, the game device 1 can improve the game performance.
Further, the game device 1 is provided with sensor units 310A and 310B for detecting actions or states of the player, and the movement direction and movement amount of the movable net 130 are determined according to the detection results of the sensor units 310A and 310B. As a result, the sizes of the play areas f1 and f2 can be changed according to the player's actions or states, and the game can be further improved.
Further, in the game device 1, the sensor units 310A and 310B detect the contact of the player with the electrodes, the electrical conductivity of the player, and the like. This makes it possible to change the size of each of the play areas f1 and f2 according to the contact of the electrode with the player, the electrical conductivity of the player, and the like.
Further, the game device 1 is provided with sensor units 310A and 310B corresponding to the plurality of play areas f1 and f2, respectively. A movement direction and a movement amount are determined. This makes it possible to change the size of each play area f1, f2 according to the result of comparing the detection results of the plurality of sensor units 310A, 310B.
The game device 1 is also provided with a display section 220 that displays information according to the detection results of the sensor units 310A and 310B. As a result, the player can grasp the detection results of the sensor units 310A and 310B, and it is possible to improve the interest of the play.
Further, in the game device 1, the movement direction and movement amount of the movable net 130 are determined according to the progress of the game (program) and the score difference during the panic rally game. As a result, the size of each of the play areas f1 and f2 can be changed according to the progress of the game so that a player with a low score has an advantage (or a player with a low score has a disadvantage). , it is possible to further improve the game.
Furthermore, in the game device 1, the movement direction and movement amount of the movable net 130 are determined according to the score of the player. As a result, the sizes of the play areas f1 and f2 can be changed according to the player's score so that the player who scored the score is advantageous (or the player who scored the score is disadvantageous). It is possible to further improve the performance.

(Modification)
Although the embodiments of the present invention have been described above, various modifications can be made to the above embodiments.
For example, in the above-described embodiment, an example is shown in which the game device according to the present invention is applied to the game device 1 capable of allowing a player to play (execute) a table tennis game. However, the game device according to the present invention may be applied to a game device that allows the player to play (execute) other games (eg, tennis game, volleyball game, badminton game, air hockey game, etc.). do not have.

Further, in the above embodiment, the integrated voltage values A and B are calculated during the first and second love power diagnostic games, and the movable net 130 is determined according to the comparison result of the integrated voltage values A and B. is determined. However, during the first and second love power diagnostic games, based on the voltage value data groups A and B accumulated in the voltage value data accumulation area (based on changes over time in the respective voltage value data groups A and B) , For each player facing each other, items such as the range of hand movement on the upper surface of the sensor units 310A and 310B, the speed of hand movement on the upper surface of the sensor units 310A and 310B, and the contact pressure of the hand on the upper surface of the sensor units 310A and 310B are measured. (detection), and the movement direction and movement amount of the movable net 130 may be determined according to the comparison results of the measured items.
In addition, even during periods other than the first and second love power diagnosis games, the integrated voltage values A and B are always calculated, and the movable net is determined according to the comparison result of the integrated voltage values A and B. The moving direction and moving amount of the net 130 may be determined, and the movable net 130 may be moved according to the determined moving direction and moving amount.

Further, in the above-described embodiment, the detection means (measurement unit 300) according to the present invention is arranged in the main unit 100. As shown in FIG. However, the detection means according to the present invention may be arranged in the grip portion of the racket. In such a configuration, it is preferable that a sensor board for calculating voltage value data is arranged in the grip portion of the racket, and the calculated voltage value data is wirelessly transmitted from the sensor board to the control board 400 .

Furthermore, in the above embodiment, the detection means according to the present invention is the action of the player (specifically, the contact action of the player on the upper surfaces of the sensor units 310A and 310B) or the state of the player (specifically, the player's A measuring unit 300 for measuring electrical conductivity, bioimpedance, etc. of the human body is provided. Then, the moving direction and moving amount of the movable net 130 are determined according to the measurement result of the measuring unit 300 .
However, as the detecting means according to the present invention, a pressing mat for measuring (detecting) the pressing force of the pressing portion by the player by a strain sensor or the like is provided, and a movable type is provided according to the detection results (pressing force, number of times of pressing, etc.) of the pressing mat. A configuration in which the movement direction and movement amount of the net 130 are determined may be employed.
Alternatively, as detection means according to the present invention, a body temperature sensor that measures (detects) the player's body temperature by means of thermography or the like is provided, and the movable net 130 is operated according to the detection result of the body temperature sensor (body temperature level, body temperature change, etc.). may be configured such that the moving direction and amount of movement of are determined.
Alternatively, as the detection means according to the present invention, a blood flow/pulse sensor that measures (detects) the player's blood flow/pulse using an infrared beam or the like is provided. , pulse rate, change in pulse rate, etc.).
Alternatively, an operation means such as an operation button may be provided as the detection means according to the present invention, and the movement direction and movement amount of the movable net 130 may be determined according to the detection result (the number of operations, etc.) of the operation means. I do not care.
Alternatively, as the detection means according to the present invention, an air volume sensor that measures (detects) the air volume generated by the player using a temperature sensor, a windmill, or the like is provided, and according to the detection result of the air volume sensor (air volume, change in air volume, etc.), The moving direction and moving amount of the movable net 130 may be determined.
Alternatively, a shock sensor that measures (detects) the vibration (shock) generated by the player is provided as the detection means according to the present invention, and the movable net 130 moves according to the detection result (the number of vibrations, etc.) of the shock sensor. A configuration in which the direction and the amount of movement are determined may be employed. At this time, the movement direction and movement amount of the movable net 130 may be determined according to the degree of synchronization between the timing of light emission and the vibration generated by the player.
Alternatively, as the detection means according to the present invention, a voice sensor is provided for measuring (detecting) the pronunciation (voice/speech) of the player, and according to the detection result of the voice sensor (volume, degree of harmony of pronunciation of a plurality of players, etc.) , the moving direction and moving amount of the movable net 130 may be determined.
Alternatively, as the detection means according to the present invention, a motion sensor that measures (detects) the player's swipe motion using an infrared ray, a touch panel, a camera, or the like is provided, and according to the detection result of the motion sensor (contents of swipe motion, etc.), a movable type A configuration in which the movement direction and movement amount of the net 130 are determined may be employed.
Alternatively, as a detection means according to the present invention, a grip sensor for measuring (detecting) the grip strength with which the player grips the grip of the racket is provided, and the movable net 130 is detected according to the detection result (magnitude of grip strength, etc.) of the grip strength sensor. may be configured such that the moving direction and amount of movement of are determined.
Alternatively, as the detection means according to the present invention, a distance sensor is provided for measuring (detecting) the distance between the two players of each team by bringing their bodies and rackets closer to each other using a camera or the like. Therefore, the moving direction and moving amount of the movable net 130 may be determined.
Alternatively, as the detection means according to the present invention, a motion sensor that measures (detects) the player's pose using a camera or the like is provided, and the detection result of the motion sensor (matching degree of the detected pose of the player with the pose of the question, etc.) Accordingly, the moving direction and moving amount of the movable net 130 may be determined.
Alternatively, as the detecting means according to the present invention, a vibration sensor (such as a pedometer) that measures (detects) the vibration of the racket is provided, and the movement direction of the movable net 130 is determined according to the detection result (such as the number of vibrations) of the vibration sensor. and the amount of movement may be determined.
Alternatively, the movement direction and movement amount of the movable net 130 may be determined according to the result of a lottery executed in response to detection of operation of operation means such as an operation button. For example, the rotation of the roulette wheel is started when a predetermined condition such as a score is satisfied, the rotation of the roulette wheel is stopped when the player operates the operation button, and the lottery result selected when the roulette wheel stops. Therefore, the moving direction and moving amount of the movable net 130 may be determined.

Further, in the above-described embodiment, the value of the credit counter is added (credits are given) by inserting a coin. However, a configuration may be adopted in which the value of the credit counter is added (credits are given) by paying electronic money using a storage medium such as a prepaid card or credit card. In such a configuration, a reader/writer device for storage media such as prepaid cards and credit cards is provided.
It should be noted that the game start condition may be satisfied only by detecting the pressing operation of the score buttons 110a and 110b without providing the credit counter.

Further, among the configurations according to the above embodiments and the configurations according to the modifications, a plurality of configurations may be appropriately combined.

1 game device 100 main unit 110 housing 120 play field board 130 movable net 200 information display unit 300 measurement unit 310A, 310B sensor unit 320 sensor substrate F play field f1 first play area f2 second play area

Claims (4)

play field and
a partition member provided movably along the playfield and partitioning the playfield into a plurality of play areas;
a control means for controlling movement of the partition member;
a detection means for detecting the player's action or state ,
Having the detection means corresponding to each of the plurality of play areas,
The game apparatus, wherein the control means determines the movement direction and movement amount of the partition member according to a result of comparing the detection results of the plurality of detection means . play field and
a partition member provided movably along the playfield and partitioning the playfield into a plurality of play areas;
a control means for controlling movement of the partition member;
a detecting means for detecting an action or state of the player;
a display unit that displays information according to the detection result of the detection means,
The game apparatus, wherein the control means determines the movement direction and movement amount of the partition member according to the detection result of the detection means. play field and
a partition member provided movably along the playfield and partitioning the playfield into a plurality of play areas;
and a control means for controlling the movement of the partition member,
The game apparatus, wherein the control means determines the direction and amount of movement of the partition member in accordance with the progress of the game . play field and
a partition member provided movably along the playfield and partitioning the playfield into a plurality of play areas;
a control means for controlling the movement of the partition member,
The game apparatus, wherein the control means determines the movement direction and movement amount of the partition member according to the score of the player .

Images