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JP2002159733

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This translation is machine-generated. It cannot be guaranteed that it is intelligible, accurate,
complete, reliable or fit for specific purposes. Critical decisions, such as commercially relevant or
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DESCRIPTION JP2002159733
[0001]
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a
play tool that a player (player) enjoys by generating sounds such as voice.
[0002]
2. Description of the Related Art Japanese Patent Laid-Open No. 10-85452 discloses a quiz game
device. The quiz game apparatus includes a rotatable microphone, a rotating device for rotating
the microphone, and a plurality of push buttons. Then, in the quiz game apparatus, when one of
the plurality of press buttons is pressed, the microphone is configured to face the one press
button by the rotating device. This quiz game device is designed to be able to answer a plurality
of players with one microphone. That is, when playing with a plurality of players, the plurality of
players are respectively positioned on the press button, and the player who first presses the
press button can answer the quiz.
[0003]
SUMMARY OF THE INVENTION However, in the conventional quiz game apparatus, it is not
possible for the other player to answer the quiz because it is the timing to answer the quiz when
one player presses the push button. . Therefore, even though one player presses the press button
to obtain an answer right, another player may answer. Further, in the conventional quiz game
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device, the player is merely a quick push to obtain the answer right to the quiz, and the player
lacks interest.
[0004]
Therefore, an object of the present invention is to make it easy for the player to understand the
timing of answering like, for example, a quiz game, and the timing of generating a voice or sound.
Furthermore, an object of the present invention is to provide a play tool having a mechanism that
requires a certain amount of effort for the player to utter an answer, for example, a quiz game.
[0005]
The means for solving the problems of the present invention will be described below, but each
means is shown in parentheses as an example and the reference numerals of the drawings are
attached. A play tool according to the invention of claim 1 operates as given by sound input
means (sound input mechanism 2, sound collecting device 18, sound collecting device 32 or
sound collecting device 42) for inputting sound. Operating means (lighting lamp 4, lifting device
34, lighting lamp 44 or sensor 58), and judgment means (control device 20) for judging whether
a sound is inputted from the sound input means when the operating means is operated Step S5
shown in FIG. 3, controller 38: step S25 shown in FIG. 6, controller 48: step S25 shown in FIG. 9,
controller 54: step S25 shown in FIG. 12 or controller 62: step S25 shown in FIG. And effect
means for performing an effect based on the judgment by the judgment means (control device
20: step S9 to step S14 shown in FIG. 3, control device 38: step S29 to step S3 shown in FIG. 6) ,
The control unit 48: Step S29A~ step S34 shown in FIG. 9, the control device 54: step shown in
FIG. 12 S29B∼ step S34 or the control device 62: is a step S30~ step S34), characterized in that
it comprises a.
[0006]
As described above, according to the first aspect of the present invention, only the timing at
which the operating means has operated is used to determine whether or not a sound is input
from the sound input means when the operating means performs a given operation. Is the input
timing of the sound. Then, based on a determination as to whether a sound is input when the
operation means operates, given rendering effects (for example, "blink the display screen", "light
up (blink)", "effect" This play toy performs "generate a sound", "display a specific character on the
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2
display screen", "calculate score", and the like. Therefore, a player who uses this play tool
(hereinafter referred to as a player). ) Produces the sound toward the sound input means (for
example, "utters", "sings", "plays an instrument", "damaged") while enjoying the play equipment
by the effect effect being performed. Generate sounds by tapping objects "), enjoy this play
equipment. Furthermore, the player generates and plays a sound at the timing at which the
operating means operates. Therefore, the player not only generates a sound toward the sound
input means, but also enjoys the play tool at the timing when the sound should be generated.
[0007]
Here, the operation of the operating means means that the operating means is changed from one
state to another state (for example, "stopped state becomes movable state", "lighted state is
turned off state") "To be turned on from the off state", "To be turned off from the displayed state",
"To be turned on from the state without sound", "Stopped In this state, the player is touched or
pushed to act on the player, and the state is "detected from the undetected state". Basically, it is
desirable that the motion of the motion means can be grasped visually, aurally or sensibly.
[0008]
The invention according to claim 2 is that in the play tool according to claim 1, the sound input
means is movably provided, and the given operation by the operation means moves the sound
input means. It is characterized by
[0009]
The invention according to claim 3 is characterized in that, in the play equipment according to
claim 2, the given movement by the movement means is to move the sound input means from
one position to the other position. There is.
[0010]
As described above, according to the invention of claim 2 or 3, since the sound input means is
moved by the operation means, the player can easily grasp the timing to generate the sound by
the movement of the sound input means. it can.
Furthermore, in order for the player to generate sound and input sound to the play equipment,
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the moving sound input means must be followed.
In other words, the player can not input sound to the play equipment without a certain effort,
that is, an effort to track moving sound input means. For this reason, the present invention can
make a player enthusiastic about play and can provide an entertaining play tool.
[0011]
The invention according to claim 4 relates to the play apparatus according to claim 2 or 3,
wherein a hole (30a) is formed in the housing (30), and the sound input means is provided so as
to be movable in and out. It is characterized in that the movement by means is to make the sound
input means appear and disappear.
[0012]
As described above, according to the fourth aspect of the present invention, since the sound
input means is inserted into the hole by the operating means, the player can easily generate the
sound at the timing when the sound input means enters the hole. It can be grasped.
Furthermore, since the player can not input a sound to the sound input means coming out of the
hole, the player is required to have a certain ability to move. Then, for example, when the sound
input means appear one after another, it is possible to make the player heat up the game and to
provide a play tool having an interest.
[0013]
The invention according to a fifth aspect is characterized in that, in the play equipment according
to the first aspect, the given movement by the movement means is displayed.
[0014]
As described above, according to the fifth aspect of the invention, since the operation means
displays, the player can easily grasp the timing at which the sound should be generated at the
timing when the operation means displays.
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In addition, display means that lighting is included.
[0015]
A sixth aspect of the present invention is the play apparatus according to any one of the first to
fifth aspects, wherein means for enabling or disabling sound input in the sound input means in
conjunction with the operation means , And drive devices 14, 14,... And a control device 20).
[0016]
As described above, according to the sixth aspect of the present invention, in order to enable or
disable the sound in the sound input means in conjunction with the operation means, for
example, the player generates the sound when it is not the timing to generate the sound. It is
determined that no sound is input even as a thing.
[0017]
The invention according to claim 7 relates to the play apparatus according to any one of claims 1
to 6, wherein a plurality of the sound input means are provided, and the operation means
corresponding to each of the plurality of sound input means are provided. And operating means
for operating at least one of the plurality of operating means (control device 38: step S24 shown
in FIG. 6, control device 48: step S24A shown in FIG. 9). .
[0018]
As described above, according to the seventh aspect of the present invention, it is determined
whether or not a sound is input from the sound input means corresponding to the operating
means operated by at least one of the plurality of operating means. .
Therefore, the operating means operates the player whether to generate the sound toward which
sound input means among the plurality of sound input means, and the timing to generate the
sound toward the sound input means. Can be grasped by
Furthermore, before the operating means operates, the player can not grasp the sound input
means to which sound should be input, so when the operating means operates, it must make an
effort to generate a sound toward the sound input means.
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Thus, the present invention allows the player to enjoy playing.
[0019]
The invention according to claim 8 is the play apparatus according to any one of claims 1 to 6,
wherein a plurality of the operation means are provided, and at least one of the plurality of
operation means is operated (operation means) Control device 20: characterized in that step S4)
is provided.
[0020]
As described above, according to the eighth aspect of the present invention, it is determined
whether or not a sound is input from the sound input means by at least one operation of the
plurality of operation means.
Therefore, the player can grasp the timing at which the sound should be generated toward the
sound input means by the operated operation means. For example, since it becomes difficult for
the player to grasp the timing at which the sound should be generated toward the sound input
means by interspersing a plurality of operation means, the fun of the play tool is improved.
[0021]
A play tool according to the invention according to the ninth aspect of the present invention
comprises an exercise apparatus (iron bar device 46) provided with a substantially horizontally
extending rod (46b), and the rod or the rod is disposed around the rod, Sound input means
(sound collection device 42) for inputting sound, and judgment means for judging whether or not
sound is input from the sound input means (control device 48: step S25 shown in FIG. 9 or
control device 54: Step S25 shown in FIG. 12 and rendering means for performing a rendering
effect based on the determination by the determination means (control device 48: steps S29A to
S34 shown in FIG. 9, control device 54: steps S29B to S34 shown in FIG. And are provided.
[0022]
According to the invention of claim 9, the play equipment performs a given rendering effect
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based on the judgment as to whether or not the sound is inputted from the sound input means.
Therefore, the player enjoys the present play equipment by the effect effect being performed.
Furthermore, by the sound input means being arranged around the rod, the player generates a
sound while hanging on the rod. As described above, since the player generates a sound in a
posture different from the normal posture, that is, in the posture hung on the stick, the player
plays with the play equipment with an interest.
[0023]
BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the play equipment
according to the present invention will be described below based on the drawings. In each
embodiment, it is needless to say that the specific detailed structure and the like can be
appropriately changed, and the present invention is not limited to the following embodiments.
[0024]
First Embodiment FIG. 1 schematically shows the appearance of a play tool according to a first
embodiment. First, after explaining the structure of each mechanism of a play tool, the control
apparatus of a play tool is demonstrated.
[0025]
As shown in FIG. 1, the play equipment includes a sound input mechanism (sound input means)
2, lighting lamps (operation means) 4, 4, ..., a stage 6, a display device 8, and a control device 20
(FIG. 2). And so on.
[0026]
The stage 6 is a plate-like member extending substantially horizontally.
The stage 6 is supported by a support member (not shown), and a cavity is formed below the
stage 6. The player enjoys the play equipment on the stage 6.
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[0027]
The sound input mechanism 2 includes a plurality of pipe members 10, 10, ..., a valve mechanism
12 (shown in Fig. 2) provided on each pipe member 10, and a drive device 14 (shown in Fig. 2)
for opening and closing the valve mechanism 12. And a sound collecting device 18).
[0028]
The sound collection device 18 is a microphone.
Then, the sound collection device 18 collects sound (meaning including voice, music and the
like), and outputs an electric signal corresponding to the collected sound to the control device
20. The sound collector 18 is provided below the stage 6.
[0029]
Each tube member 10 is dotted on the stage 6 (for example, arranged at a predetermined
interval), and penetrates the stage 6 up and down. Each tube member 10 is configured such that
a tube (hole) passes from one end to the other end. Then, one end of each tube member 10
approaches the sound collecting device 18. The other end of each tube member 10 is disposed
on the stage 6. A lighting lamp 4 is provided on the outer periphery of the other end of each tube
member 10. Then, when the player or the like utters toward the other end of each tube member
10, the sound is transmitted through the tubes of the tube member 10, and the sound collecting
device 18 collects the sound. A box surrounding the sound collecting device 18 may be provided
below the stage 6, and the tubes of the pipe members 10 may communicate with the inside of
the box.
[0030]
Each valve mechanism 12 opens and closes the pipe of the pipe member 10 in which the valve
mechanism 12 is provided. Each valve mechanism 12 is driven to open and close by the drive
device 14. The operation (lighting or extinguishing) of each lighting lamp 4 is interlocked with
the operation of the valve mechanism 12 provided on the tube member 10 of the lighting lamp 4.
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For example, the lighting lamp 4 is connected to the valve mechanism 12 or the drive device 14.
The lighting lamp 4 is turned on in conjunction with the opening drive of the drive unit 14 or the
opening operation of the valve mechanism 12 and the lighting lamp 4 is turned on in conjunction
with the closing drive of the drive unit 14 or the closing operation of the valve mechanism 12.
Turn off. The interlocking between the valve mechanism 12 and the drive device 14 and the
lighting lamp 4 may be performed by a switch mechanism mechanically connected to the valve
mechanism 12 or the drive device 14 or by control by a control device 20 described later. It is
good.
[0031]
The sound input mechanism 2 enables or disables sound input as follows. That is, when all the
driving devices 14, 14,... Drive the valve mechanism 12 closed, the sound collecting device 18 is
used regardless of which tube member 10, 10. Can not collect sound. On the other hand, when
the driving device 14 drives the valve mechanism 12 to open, when the player utters from the
other end of the tube member 10 provided with the valve mechanism 12 toward the tube, the
sound collecting device 18 may collect sound. it can. Here, at the other end of the pipe member
10 provided with the open valve mechanism 12, the lighting lamp 4 provided at the other end is
lit (displayed). This indicates to the player that sound can be input from the other end of the pipe
member 10.
[0032]
The display device 8 displays various screens. For example, the display device 8 displays a
question screen on which a question sentence (quiz) is described.
[0033]
Next, the control device 20 will be described with reference to FIG. The control device 20
controls the entire play equipment. The control device 20 includes a CPU, a RAM, a ROM, an
external storage device, a voice recognition IC and the like. Each unit is connected to be able to
input and output data by a system bus or the like. Furthermore, the sound collector 18 is
connected to the system bus via an A / D conversion circuit. Thereby, the electrical signal of the
sound collected by the sound collection device 18 is digitized and output to the control device 20
as sound data. Each drive unit 14 is connected to the system bus via a drive circuit. Thereby, the
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control device 20 can control each drive device 14. Further, the display device 8 is connected to
the system bus via an image generation IC. Thereby, the control device 20 can display the screen
on the display device 8. Further, the sound output device 22 is connected to the system bus via a
sound generation IC. Thereby, the control device 20 can cause the sound output device 22 to
output sound (including music, voice, and the like). Furthermore, each lighting lamp 4 is
connected to the system bus via a lighting circuit. As a result, the control device 20 can perform
on / off control of each of the lighting lamps 4.
[0034]
The CPU performs various processing based on control programs and control data stored in an
external storage device or ROM to control each part. The RAM stores a control program or data
input from each unit as a work area of the CPU. That is, the control device 20 performs various
functions by reading a control program and control data and executing the control program.
[0035]
As a function of the control device 20, there is a function of executing a reflex nerve quiz game in
which a quiz is given to the player while trying reflex nerves.
[0036]
The functions of the control device 20 for executing the reflex nerve quiz game will be described
in detail.
The external storage device stores a plurality of question data. Each question data is data in
which correct data related to the correct answer of the question is associated with the question
data related to the question (quiz). Then, the control device 20 selects one of the plurality of
question data (hereinafter, the selected question data will be referred to as question question
data), and the display device 8 displays the problem according to the question data of the
question data. Perform processing to be displayed for. In the case where the question is
presented by sound (voice), the question data of the question includes data related to the sound.
Then, the control device 20 performs processing of outputting a problem corresponding to the
problem data from the sound output device 22 by sound.
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[0037]
Furthermore, the control device 20 has a function of controlling the driving devices 14, 14... And
operating the driving devices 14, 14 .. so as to drive open or close. In addition, although the
lighting lamp 4 corresponding to the drive device 14 is also lighted by the open drive of the drive
device 14, the control device 20 performs the process of lighting the corresponding lighting
lamp 4 as the drive of the drive device 14 is opened. Also good. Furthermore, the control device
20 also has a function of measuring the time after the drive device 14 is driven open. Then, the
control device 20 has a function of causing the drive device 14 to close and drive when the
measured time reaches the response time. Here, the control device 20 may set this response time
arbitrarily.
[0038]
Furthermore, the control device 20 is in a state of waiting for input of sound data from the sound
collection device 18 (hereinafter, referred to as an input standby state. ) Has the function. Then,
the control device 20 has a function of determining whether or not sound data has been input
from the sound collection device 18 in the input standby state. Furthermore, the control device
20 has a function of calculating a reflex nerve score based on the determination as to whether or
not sound data is input. Specifically, when sound data is input, the control device 20 performs
processing of adding points to the reflex nerve score.
[0039]
The control device 20 has a voice recognition function of recognizing the sound data input from
the sound collection device 18 as a voice to be recognized. That is, the CPU instructs the speech
recognition IC to perform speech recognition. Here, the voice recognition IC stores dictionary
data for voice recognition, and the external storage device also stores dictionary data in the same
manner. The voice recognition IC compares the sound data (voice data) that has been numerically
converted from the sound collection device 18 with the dictionary data, performs pattern
matching processing, and performs voice recognition of the sound data. is there. The voice
recognition of the input sound data may be performed by the CPU.
[0040]
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Furthermore, the control device 20 has a function of determining whether the sound data input
from the sound collection device 18 matches the correct data of the question data. Specifically,
when the voice recognition function can not recognize the input sound data, the control device
20 determines that the correct data of the question data and the sound data do not match.
Furthermore, when the control device 20 voice-recognizes the input sound data and determines
that the recognized sound data does not match the correct data, it is assumed that the sound data
and the correct data do not match. On the other hand, the control device 20 performs speech
recognition of the input sound data, and when the sound data matches the correct data, the
control device 20 determines that the sound data and the correct data match.
[0041]
Furthermore, the control device 20 has a function of calculating the answer score based on the
determination as to whether or not the sound data and the correct data match. Specifically, when
the sound data and the correct answer data match, the control device 20 performs a process of
adding a point to the answer score. Furthermore, the control device 20 also has a function of
adding the reflex nerve score and the answer score (hereinafter, the addition of the reflex nerve
score and the answer score is referred to as a total score).
[0042]
Furthermore, the control device 20 has a function of causing the display device 8 to display the
correct answer according to the correct answer data of the question question data. Furthermore,
the control device 20 has a function of causing the sound output device 22 to output the correct
answer according to the correct answer data of the question question data as sound (voice).
Furthermore, although the control device 20 has a function of displaying the reflex nerve score,
the answer score, and the total score on the display device 8, these scores may be displayed
when the problem is displayed, It may be displayed when the correct answer is displayed, or may
be displayed when another screen is displayed (for example, at the time of final score display).
[0043]
Next, the operation of the play equipment configured as described above, the flow of processing
of the control device 20, and how to play using this play equipment will be described. FIG. 3 is a
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flowchart showing the flow of processing of the control device 20.
[0044]
First, the control device 20 causes all the driving devices 14, 14,... To close and turns off all the
lighting lamps 4, 4,. Further, the control device 20 waits for input of sound data from the sound
collection device 18 (step S1). All the valve mechanisms 12, 12,... Close the pipes of the
respective pipe members 10 by closing all the drives 14, 14,. Thereby, the sound input from all
the pipe members 10, 10 ... becomes impossible.
[0045]
Next, the control device 20 determines question question data from among a plurality of
question data, and also determines a drive device (at least one) to be driven open from among the
plurality of drive devices 14, 14 (step S2). .
[0046]
Next, the control device 20 causes the display device 8 to display the contents of the question
data of the question data (step S3).
Thereby, the display device 8 displays the problem, and the player looks at the display screen of
the display device 8 to grasp the problem. In step S3, the control device 20 may cause the sound
output device 22 to output the content of the question data of the question data on a sound
basis.
[0047]
Next, the control device 20 causes the determined drive device 14 to open and simultaneously
turn on the lighting lamp 4 corresponding to the drive device 14 (step S4). Thereby, the valve
mechanism 12 corresponding to the drive device 14 opens the pipe of the pipe member 10, and
sound input from the other end of the pipe member 10 becomes possible. Then, the control
device 20 measures the time after the drive device 14 is driven to open. The control device 20
may cause the display device 8 to display the measured time.
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[0048]
Next, the control device 20 determines whether sound data has been input from the sound
collection device 18 (step S5). And when control device 20 inputs sound data (Step S5: Yes),
processing of control device 20 shifts to Step S6. On the other hand, when control device 20 does
not input sound data (Step S5: No), processing of control device 20 shifts to Step S7.
[0049]
In step S7, the control device 20 determines whether the measured time has reached the
response time. When the measured time does not reach the response time, the process of the
control device 20 returns to step S5. On the other hand, when the measured time has reached the
response time, the process of the control device 20 proceeds to step S8.
[0050]
In step S8 or step S6, the control device 20 causes the determined drive device 14 to be closed
and turns off the lighting lamp 4 corresponding to the drive device 14, and further ends the
measurement of time. Thereby, the valve mechanism 12 corresponding to the drive device 14
closes the pipe of the pipe member 10, and sound input from the other end of the pipe member
10 becomes impossible. Then, the process of the control device 20 proceeds to step S9 after step
S6 and proceeds to step S13 after step S8. In step S6, the control device 20 may blink the
lighting lamp 4 before the lighting lamp 4 is turned off. Furthermore, in step S6, the control
device 20 may control the sound output device 22 to output sound effects (music, beep sounds,
game sounds, sounds of musical instruments, singing voices, etc.). Furthermore, in step S6, the
control device 20 may control the display device 8 to display the screen of the smiling face
character or other effect effect screen, or the display device 8 may blink the screen. It is good.
[0051]
By the operation of the play equipment described above, the player enjoys the play equipment as
follows. That is, by turning on the lighting lamp 4 corresponding to the pipe member 10 capable
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14
of sound input in step S4, the player recognizes that sound can be input from the other end of
the pipe member 10. Then, the player tries to utter an answer toward the other end of the sound
inputtable pipe member 10 until the answer time has elapsed. Then, if the player can utter an
answer before the answer time has elapsed, the sound collection device 18 picks up the voice by
the voice, and the sound collection device 18 sends the control device 20 sound data according
to the collected voice. Output. Thereby, the process of the control device 20 moves to step S6. On
the other hand, when the player can not utter an answer by the elapse of the answer time, the
processing of the control device 20 proceeds to step S8 because the sound collection device 18
does not output sound data. In this way, the player can enjoy the quiz game in a reflective
manner by aiming for the generation of the answer until the answer time. The control device 20
may perform the process of step S4 substantially simultaneously with the process of step S3, or
may perform step S4 after a few seconds after step S3. That is, due to the time difference
between step S3 and step S4, the player has time to consider the problem in step S3.
Furthermore, lighting lamps other than the lighting lamp 4 that has been lit (hereinafter referred
to as non-lighting lamps). Since the pipe member 10 provided with) is closed, even if the player
utters an answer from the other end of the pipe member 10 provided with the non-lighting lamp,
the control device 20 does not input sound data of the voice. Therefore, the present play
equipment is not allowed to be a player.
[0052]
Now, in step S9, the control device 20 performs reflex nerve score calculation processing. That is,
since the sound data is input within the response time, the control device 20 adds the score to
the reflex nerve score. Next, the control device 20 performs voice recognition processing on
sound data input from the sound collection device 18 (step S10). Then, when the control device
20 can recognize the sound data (step S10: Yes), the process of the control device 20 moves to
step S11, and when the control device 20 can not recognize the sound data (step S10). : No), the
process of the control device 20 proceeds to step S13.
[0053]
In step S11, the control device 20 determines whether the recognized sound data matches the
correct data of the question data. Then, when it is determined that the correct data and the
recognized sound data coincide with each other, the process of the control device 20 proceeds to
step S12. On the other hand, when the control device 20 determines that the sound data
recognized as the correct data do not match, the process of the control device 20 proceeds to
step S13.
03-05-2019
15
[0054]
In step S12, the control device 20 performs an answer score calculation process. That is, since
the sound data matches the correct answer data, the control device 20 adds a score to the
answer score, and then the process of the control device 20 proceeds to step S13. Then, in step
S13, the control device 20 adds the reflex nerve score and the answer score to calculate a total
score. Next, the control device 20 performs processing to display the reflex nerve score, the
answer score, the total score, and the correct answer on the display device 8 (step S14). Next, the
control device 20 determines whether or not to end the quiz game (step S15). If it is to be ended,
the process ends. If it is not to be ended, the process returns to step S2, and steps S2 to S14. The
process of is repeated.
[0055]
By repeating steps S2 to S14, the player enjoys the quiz game as follows. That is, when one
lighting lamp 4 is lighted in step S4, the player tries to utter an answer from the pipe member 10
corresponding to the lighting lamp 4. Then, the other lighting lamp 4 is turned on in the next
step S4, and the player tries to utter an answer from the pipe member 10 corresponding to the
other lighting lamp 4. In this manner, the player can enjoy the quiz game while exercising
because the pipe member 10 to which the answer should be given changes each time a problem
is presented. In addition, when repeating the steps S2 to S14, the control device 20 performs a
process of determining the drive device 14 to be driven open in step S4 and the lighting lamp 4
to be lit each time (or the drive determined in step S2). The apparatus 14 (lighting lamp 4) may
be processed as a driving apparatus 14 (another lighting lamp 4) different from the driving
apparatus 14 (lighting lighting lamp 4) driven open in the previous step S4).
[0056]
Second Embodiment Next, a second embodiment according to the present invention will be
described. FIG. 4 schematically shows the appearance of the play equipment of the second
embodiment.
[0057]
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As shown in FIG. 4, the play equipment includes a housing 30, sound collecting devices (sound
input means) 32, 32,..., Elevating devices (operating means) 34, 34,. A display device 36, a
control device 38 (shown in FIG. 5) and the like are provided.
[0058]
The housing 30 is a box body including a U-shaped upper surface portion in plan view and a side
surface portion that hangs down on the outer periphery of the upper surface portion to support
the upper surface portion.
The height of the housing 30 is about the height of the adult waist. The player is located in the Ushaped recess of the housing 30 and enjoys the play equipment.
[0059]
In the upper surface portion, a plurality of holes 30a, 30a,... Are formed at regular intervals
according to the U-shape. And the sound collection apparatus 32 is arrange | positioned in each
hole 30a in planar view.
[0060]
Each sound collecting device 32 is basically disposed in the housing 30 and can be inserted into
and removed from the hole 30 a corresponding to the sound collecting device 32. The
configuration will be described in detail. That is, the lifting and lowering device 34 is for lifting
and lowering the sound collecting device 32. The elevating device 34 includes an elevating
mechanism such as a screw transmission mechanism or a pinion rack mechanism, and a driving
device such as a motor for driving the elevating mechanism. And each sound collection apparatus
32 is connected to the raising / lowering mechanism. Then, when the drive device drives the
elevating mechanism, the elevating mechanism moves up and down. By the upward movement of
the lifting mechanism, the sound collecting device 32 projects upward from the hole 30a, and
finally the sound collecting device 32 is located at the top dead center. On the other hand, due to
the downward movement of the elevating mechanism, the sound collecting device 32 sinks
downward from the hole 30a, and finally the sound collecting device 32 is positioned at the
bottom dead center.
03-05-2019
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[0061]
The display device 36 is disposed in front of the housing 30, and the display screen thereof is
directed rearward. The display device 36 displays various screens. For example, the display
device 36 displays a question screen on which a question sentence (quiz) is described.
[0062]
Each sound collecting device 32 is a microphone. Then, each sound collecting device 32 collects
sound (meaning including voice, music and the like), and outputs an electric signal corresponding
to the collected sound to the control device 38.
[0063]
Next, the control device 38 will be described with reference to FIG. The control device 38
controls the entire play equipment. Similar to the control device 20 of the first embodiment, the
control device 38 includes a CPU, a RAM, a ROM, an external storage device, a voice recognition
IC and the like. Each unit is connected to be able to input and output data by a system bus or the
like. Furthermore, each sound collector 32 is connected to the system bus via an A / D
conversion circuit. In addition, each lifting device 34 is connected to the system bus via a drive
circuit. Further, the display device 36 is connected to the system bus via an image generation IC.
Further, the sound output device 22 is connected to the system bus via a sound generation IC.
[0064]
The CPU performs various processing based on control programs and control data stored in an
external storage device or ROM to control each part. The RAM stores a control program or data
input from each unit as a work area of the CPU. That is, the control device 20 performs various
functions by reading a control program and control data and executing the control program.
[0065]
03-05-2019
18
As a function of the control device 20, there is a function of executing a reflex nerve quiz game in
which a quiz is given to the player while trying reflex nerves.
[0066]
The function of the control device 38 for executing the reflex nerve quiz game will be described
in detail.
The external storage device stores a plurality of question data in the same manner as the control
device 20 according to the first embodiment. Then, the control device 38 selects one question
question data from among the plurality of question data, and performs processing for causing the
display device 36 to display the contents of the question data of the question data. The control
device 38 performs processing of outputting the content of the problem data from the sound
output device 22 by sound.
[0067]
Furthermore, the control device 38 has a function of controlling each lifting device 34 to operate
each lifting device 34 so as to drive up or down. Furthermore, the control device 38 has a
function of measuring the time after the lifting device 34 is driven to rise. Then, the control
device 38 has a function of causing the lifting device 34 that has been driven to rise and driven
to descend when the measured time has reached the response time. Here, the control device 38
may set this response time arbitrarily.
[0068]
Furthermore, the control device 38 has a function of waiting for input of sound data from the
sound collection devices 32, 32. The control device 38 may be always in a standby state for
inputting sound data from all the sound collectors 32, 32,..., Or the sound data from only the
sound collector 32 provided in the lifting device 34 driven up. It may be in an input standby
state. The control device 38 has a function of determining whether sound data has been input
from the sound collection device 32 provided in the lifting device 34 that has been driven to rise.
Furthermore, the control device 38 has a function of calculating a reflex nerve score based on the
determination as to whether or not sound data is input. Specifically, when sound data is input,
03-05-2019
19
the control device 38 performs processing to add points to the reflex nerve score.
[0069]
The control device 38 has a voice recognition function as in the control device 20 of the first
embodiment. Furthermore, similarly to the control device 20 of the first embodiment, the control
device 38 has a function of determining whether the sound data input from the sound collection
device 32 matches the correct data of the question data. Have.
[0070]
Furthermore, similarly to the control device 20 according to the first embodiment, the control
device 38 has a function of calculating an answer score based on the determination as to
whether the sound data and the correct data match. Furthermore, the control device 38 also has
a function of adding the reflex nerve score and the answer score (hereinafter, the addition of the
reflex nerve score and the answer score is referred to as a total score).
[0071]
Furthermore, the control device 38 has a function of causing the display device 36 to display the
content of the correct answer data of the question data. Furthermore, the control device 38 has a
function of causing the sound output device 22 to output the content of the correct answer data
of the question question data as sound (voice). Furthermore, although the control device 38 has a
function of displaying the reflex nerve score, the answer score and the total score on the display
device 36, these scores may be displayed when the problem is displayed, It may be displayed
when the correct answer is displayed, or may be displayed when another screen is displayed (for
example, when displaying the final score).
[0072]
Next, the operation of the play equipment configured as described above, the flow of the process
of the control device 38, and how to play using this play equipment will be described. FIG. 6 is a
flowchart showing the flow of processing of the control device 38.
03-05-2019
20
[0073]
First, the control device 38 causes all the lifting devices 34, 34, ... to move downward (step S21).
As a result, the sound collector 32 not located at the bottom dead center is moved to the bottom
dead center. In step S21, the control device 38 may enter an input standby state for sound data
from all the sound collectors 32, 32,..., Or sound data from all the sound collectors 32, 32,. It may
be in a state in which the input is not performed (input disable state).
[0074]
Next, the control device 38 determines question question data from among the plurality of
question data, and determines (at least one) a lifting device to be driven to rise from among the
plurality of lifting devices 34, 34 ... (step S22) .
[0075]
Next, the control device 38 performs a process of causing the display device 36 to display the
contents of the question data of the question data (step S23).
Thereby, the display device 36 displays the problem, and the player looks at the display screen of
the display device 36 to grasp the problem. In step S23, the control device 38 may cause the
sound output device 22 to output the content of the question data of the question data on a
sound basis.
[0076]
Next, the control device 38 causes the determined lifting device 34 to ascend (step S24). Further,
the control device 38 measures the time after the lifting device 34 is driven to rise. When the
lifting device 34 thus determined is driven to ascend, the sound collecting device 32 provided in
the lifting device 34 protrudes from the hole 30a, and finally the sound collecting device 32 is
positioned up to the top dead center. The control device 38 may cause the display device 36 to
display the measured time. Also, in step S21, when the control device 38 is in a state where input
of sound data from all the sound collection devices 32, 32, ... is not possible, the sound from the
03-05-2019
21
sound collection device 32 provided in the determined lifting device 34 It will be waiting for data
input.
[0077]
Next, the control device 38 determines whether sound data has been input from the sound
collection device 32 that has risen (step S25). When the control device 38 inputs sound data
(step S25: Yes), the process of the control device 38 proceeds to step S28. On the other hand,
when the sound data is not input (step S25: No), the process of the control device 38 proceeds to
step S26.
[0078]
In step S26, the control device 38 determines whether the measured time has reached the
response time. Then, when the measured time does not reach the response time, the process of
the control device 38 returns to step S25. On the other hand, when the measured time has
reached the response time, the process of the control device 38 proceeds to step S27.
[0079]
In step S27 or step S28, the control device 38 causes the determined lifting device 34 to move
downward and ends the measurement of time. When the lifting device 34 thus determined is
driven downward, the sound collecting device 32 provided in the lifting device 34 enters the hole
30a, and finally the sound collecting device 32 is positioned up to the bottom dead center. Here,
in step S24, when the control device 38 stands by for input of sound data from the sound
collection device 32 provided in the determined lifting device 34, the control device 38 performs
the process in step S27 and step S28. The sound data can not be input from the sound collection
device 32. Then, the process of the control device 38 proceeds to step S33 after step S27, and
proceeds to step S29 after step S28. In step S28, the control device 38 may control the sound
output device 22 to output sound effects (music, beep sounds, game sounds, sounds of musical
instruments, singing voices, etc.). Furthermore, in step S28, the control device 38 may control the
display device 36 to display the screen of the smiling face character or other effect effect screen,
or the display device 36 may blink the screen. It is good.
03-05-2019
22
[0080]
By the operation of the play equipment described above, the player enjoys the play equipment as
follows. That is, in step S24, the sound collector 32 protrudes (rises) from the hole 30a, and the
player recognizes that sound can be input from the sound collector 32. Then, the player tries to
utter an answer toward the protruding sound collection device 32 until the answer time has
elapsed. Then, if the player can utter an answer before the lapse of the answer time, the sound
collection device 32 picks up the voice of the utterance. Then, the sound collection device 32
outputs sound data corresponding to the collected sound to the control device 38. Thereby, the
process of the control device 38 proceeds to step S28. On the other hand, when the player can
not utter an answer by the elapse of the answer time, the processing of the control device 38
proceeds to step S27 because the sound collection device 32 does not output sound data. In this
way, the player can enjoy the quiz game in a reflective manner by aiming for the generation of
the answer until the answer time. The control device 38 may perform the process of step S24
substantially simultaneously with the process of step S23, or may perform step S24 after several
seconds have passed after step S23. That is, due to the time difference between step S23 and
step S24, the player has time to consider the answer to the question in step S23.
[0081]
In step S29, the control device 38 performs reflex nerve score calculation processing. That is,
since the sound data is input within the response time, the control device 38 adds the score to
the reflex nerve score. Next, the control device 38 performs voice recognition processing on the
sound data input from the sound collection device 32 which has been raised (step S30). Then,
when the control device 38 can recognize the sound data (step S30: Yes), the process of the
control device 38 proceeds to step S31. On the other hand, when the control device 38 can not
recognize the sound data (step S30: No), the process of the control device 38 proceeds to step
S33.
[0082]
In step S31, the control device 38 determines whether the recognized sound data matches the
correct data. And when it is judged that control device 38 and data which recognized as correct
data corresponded (Step S31: Yes), processing of control device 38 shifts to Step S32. On the
other hand, when it is determined that the correct data and the recognized sound data do not
match (step S31: Yes), the process of the control device 38 proceeds to step S33. In step S32, the
03-05-2019
23
control device 38 performs an answer score calculation process. That is, since the sound data
matches the correct answer data, the control device 38 adds the score to the answer score, and
then the process of the control device 38 proceeds to step S33. Then, in step S33, the control
device 38 adds the reflex nerve score and the answer score to calculate a total score. Next, the
control device 38 performs processing for displaying the reflex nerve score, the answer score,
the total score, and the correct answer on the display device 36 (step S34). Next, the control
device 38 determines whether the quiz game is to be ended (step S35), the process ends if it is
ended, and the process returns to step S22 if it is not ended, and the step S22 to step S34. The
process of is repeated.
[0083]
By repeating steps S22 to S34, the player enjoys the quiz game as follows. That is, when the one
sound collecting device 32 ascends in step S24, the player tries to speak to the sound collecting
device 32. Then, at the next step S24, as the other sound collecting device 32 ascends, the player
tries to utter an answer toward the other sound collecting device 32. Thus, the player can enjoy
the quiz game while exercising because the sound collection device 32 to which the answer
should be uttered changes every time a problem is presented. In addition, when repeating the
step S22 to the step S34, the control device 38 performs processing for determining the lifting
device 34 to be driven to rise in step S24 each time (or the lifting device 34 determined in step
S22 is the previous one). It may be processing of setting the lifting device 34 different from the
lifting device 34 driven to rise in step S24).
[0084]
In the second embodiment, each sound collecting device 32 has a hole 30a in the vertical
direction, but not limited to the vertical direction, for example, various directions such as
horizontal direction (horizontal direction, longitudinal direction), etc. You may make a hole in and
out.
[0085]
Third Embodiment Next, a third embodiment according to the present invention will be
described.
FIG. 7 schematically shows the appearance of a play tool according to the third embodiment.
03-05-2019
24
[0086]
As shown in FIG. 7, the play equipment comprises a sound collection device (sound input means)
42, 42,..., Lighting lamps (operation means) 44, 44,. 48 (shown in FIG. 8), a display device 52
(shown in FIG. 8), and the like.
[0087]
The steel rod device 46 is configured to include a substantially horizontally extending rod 46b
and support portions 46a and 46a for supporting the rod 46b.
The support portions 46a, 46a are members that stand up from the ground, a stage or the like,
and extend substantially in the vertical direction. The support portions 46a and 46a are parallel
to each other. The rod 46b is provided so as to bridge between the support portions 46a and
46a. That is, one end of the rod 46b is fixedly connected to one support 46a, and the other end is
fixedly connected to the other support 46a. The rod 46b extends at such a height (for example, 2
m or more) that an adult can not reach it. The height of the rod 46b can be adjusted by providing
a plurality of support mechanisms (not shown) for supporting the rod 46b in a removable
manner in the support portions 46a and 46a in the vertical direction. It may be. On the other
hand, a lifting device (not shown) may be provided on the support portions 46a and 46a, and the
height of the rod 46b may be adjusted by moving the rod 46b up and down by the lifting device.
In addition, a safety mat (not shown) may be laid below the rod 46b.
[0088]
The sound collecting devices 42, 42, ... and the lighting lamps 44, 44, ... are arranged around the
rod 46b, and are arranged up and down in front of the steel rod device 46. That is, at the front of
the iron bar fixture 46, a substantially vertically extending supporting member 50 is provided in
a standing state. The lighting lamps 44 are integrated with the sound collecting device 42, and a
plurality of the integrated objects are vertically arrayed and provided on the support member 50.
Describing in detail, a plurality of rod bodies (not shown) extending rightward from the support
member 50 are provided on the support member 50 side by side vertically. And the sound
collector 42 is provided in the right end part of each rod, and the lighting lamp 44 is provided so
that the outer periphery of each rod may be enclosed. Basically, the intervals between adjacent
sound collectors 42 and 42 are both constant, but they need not be constant.
03-05-2019
25
[0089]
Each sound collector 42 is a microphone. Each sound collection device 42 collects sound
(meaning including voice, music, etc.), and outputs an electric signal corresponding to the
collected sound to the control device 48. Further, each sound collecting device 42 basically has
directivity, and collects only the sound from the rear substantially the same height as each sound
collecting device 42.
[0090]
The display device 52 is disposed in front of the steel bar fixture 46, and the display screen is
facing rearward. The display device 52 displays various screens. For example, the display device
52 displays a question screen on which a question sentence (quiz) is described.
[0091]
Next, the control device 48 will be described with reference to FIG. The control device 48
controls the entire play equipment and has substantially the same configuration and function as
the control device 38 of the second embodiment. That is, the control device 48 is provided with a
CPU, a RAM, a ROM, an external storage device, a voice recognition IC, and a system bus etc. that
connects these units so as to be able to input and output data. Each unit is connected to be able
to input and output data by a system bus or the like. Further, each sound collector 42 is
connected to the system bus via an A / D conversion circuit. Each lighting lamp 44 is connected
to the system bus via a lighting circuit. The display device 52 is connected to the system bus via
an image generation IC. Further, the sound output device 22 is connected to the system bus via a
sound generation IC.
[0092]
The control device 48 executes a quiz game in which a quiz is presented while testing the
player's physical strength. Hereinafter, the functions of the control device 48 for executing the
quiz game will be described in detail, but functions different from those of the control device 38
03-05-2019
26
of the second embodiment will be mainly described, and detailed description of the same
functions will be omitted. Do.
[0093]
The external storage device stores a plurality of question data similarly to the control device 38
of the second embodiment. Then, the control device 48 selects one question question data from
among the plurality of question data, and performs processing for causing the display device 52
to display the contents of the question data of the question data.
[0094]
Furthermore, although the control device 38 controls each lifting device 34, the control device
48 in this example has a function of controlling each lighting lamp 44 to light or extinguish each
lighting lamp 44. Furthermore, the control device 48 has a function of measuring the time after
lighting the lighting lamp 44 and turning off the lighting lamp 44 when the measured time
reaches the response time. Here, the control device 48 may set this response time arbitrarily.
[0095]
Further, the control device 48 has a function of being in a standby state for inputting sound data
from each sound collecting device 42. The control device 48 may always be in a standby state for
inputting sound data from all the sound collectors 42, 42,..., Or the sound data from only the
sound collector 42 integrated with the lighting lamp 44 lit. It may be in an input standby state.
Then, the control device 48 has a function of determining whether sound data is input from the
sound collection device 42 integrated with the lighting lamp 44 that has been lit. Furthermore,
the control device 48 has a function of calculating a physical strength score based on the
determination as to whether or not sound data is input. Specifically, when sound data is input,
the control device 48 adds a point to the physical strength score. Here, the control device 48
increases the value added to the physical strength score as the sound collection device 42 to
which the sound data is input is installed at a higher position.
[0096]
03-05-2019
27
The control device 48 has a voice recognition function as in the control device 38 of the second
embodiment. Furthermore, as in the control device 38 of the second embodiment, the control
device 48 determines whether the sound data input from the sound collection device 42 matches
the correct data of the question data. Have.
[0097]
Furthermore, similarly to the control device 38 of the second embodiment, the control device 48
has a function of calculating an answer score. Furthermore, the control device 48 also has a
function of adding the strength score and the answer score (hereinafter, the one to which the
strength score and the answer score are added is referred to as a total score). Furthermore, the
control device 48 has a function of causing the display device 52 to display the content of the
correct answer data of the question question data.
[0098]
Next, the operation of the play equipment configured as described above, the flow of processing
of the control device 48, and how to play using this play equipment will be described. FIG. 9 is a
flowchart showing the process flow of the control device 48. The same steps as the processing
steps of the control device 38 according to the second embodiment are designated by the same
reference numerals, and the detailed description of the processing is omitted.
[0099]
The player holds the rod 46b by hand and enjoys the play equipment with the rod 46 hanging.
[0100]
Then, the control device 48 turns off all the lighting lamps 44, 44,... (Step S21A).
In step S21A, the control device 48 may enter an input standby state for sound data from all the
sound collectors 42, 42, ..., or sound data from all the sound collectors 42, 42, ... It may be in a
state in which the input is not performed (input disable state).
03-05-2019
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[0101]
Next, the control device 48 determines a lighting lamp (at least one) to be lighted out of the
plurality of lighting lamps 44, 44, ..., and the control device 48 sets question question data
among the plurality of question data. It determines (step S22A). Next, the control device 48
performs a process of causing the display device 52 to display a problem corresponding to the
question data of the question data (step S23).
[0102]
Next, the control device 48 turns on the determined lighting lamp 44 (step S24A). Furthermore,
the controller 48 measures the time after the lighting lamp 44 is turned on. In step S21A, when
the control device 48 is in the state where input of sound data from all the sound collectors 42,
42,... Is not possible, the sound collector 42 integrated with the determined lighting lamp 44 It
becomes a standby state for inputting sound data.
[0103]
Next, the control device 48 determines whether sound data has been input from the sound
collection device 42 integrated with the lighting lamp 44 that has been lit (step S25). When the
control device 48 inputs sound data (step S25: Yes), the processing of the control device 48
proceeds to step S28A. On the other hand, when the control device 48 does not input sound data
(step S46: No), the process of the control device 48 proceeds to step S26.
[0104]
In step S26, when the measured time reaches the response time, the control device 48 moves the
processing of the control device 48 to step S27A, and when the measured time does not reach
the response time, the processing of the control device 48 performs step S25. Return to
[0105]
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29
In step S27A or step S28A, the control device 48 turns off the determined lighting lamp 44 and
ends the measurement of time.
Here, in step S45, when the control device 48 stands by for inputting sound data from the sound
collection device 42 integrated with the determined lighting lamp 44, the control device 48
performs the processing in step S48 or step S49. The sound data can not be input from the
sound collection device 42. Then, the process of the control device 48 proceeds to step S29A
after step S28A, and proceeds to step S33 after step S27A.
[0106]
By the operation of the play equipment described above, the player enjoys the play equipment as
follows. That is, by turning on the lighting lamp in step S24A, the player recognizes that sound
can be input from the sound collecting device 42 integrated with the lighting lamp 44. Then, the
player makes a suspension movement until the answer time elapses, and tries to bring the mouth
close to the sound collection device 42. Then, the player tries to speak an answer toward the
sound collection device 42. Then, when the player can utter before the lapse of the answer time,
the sound collection device 42 collects the voice by the sound, and the sound collection device
42 outputs the sound data according to the sound to the control device 48. Thereby, the process
of the control device 48 proceeds to step S28A. On the other hand, when the player can not
speak by the time of the answer time, the processing of the control device 48 proceeds to step
S26 because the sound collection device 42 does not output sound data. In this way, the player
can enjoy the quiz game by looping up to the answer time and aiming for the utterance of the
answer.
[0107]
In step S29A, the control device 48 performs a physical strength score calculation process. That
is, since the sound data is input within the response time, the control device 48 adds a score to
the strength score. In this case, the higher the determined position of the lighting lamp, the
larger the value of the additional point. Next, the process of the control device 48 proceeds to
step S30.
[0108]
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30
And the process of step S30-step S35 is the process same as the control apparatus 38 of 2nd
embodiment. However, in the second embodiment, the reflex nerve score and the answer score
are added in step S33. However, in the third embodiment, the control device 48 adds the
strength score and the answer score. .
[0109]
By repeating steps S22A to S34, the player enjoys the quiz game as follows. That is, by turning
on one lighting lamp 44 in step S24A, the player makes a suspension motion and tries to speak
toward the sound collection device 42 integrated with the lighting lamp 44. Then, because the
arm is tired, the player extends the arm until the next step S24A. Here, in the next step S24A, by
turning on another lighting lamp 44, the player tries to utter an answer toward the sound
collecting device 42 integrated with the other lighting lamp 44. In this way, the player can enjoy
the quiz game while performing the suspension exercise. Furthermore, since the sound collection
device 42 to which the answer should be given changes each time a problem is presented, the
load due to the suspension movement changes each time. Therefore, the player can enjoy the
quiz game while exercising.
[0110]
[Fourth embodiment] Next, a play apparatus according to a fourth embodiment will be described.
The same components as those of the third embodiment are designated by the same reference
numerals and their detailed description will be omitted.
[0111]
FIG. 10 schematically shows the appearance of a play tool according to the fourth embodiment.
As shown in FIG. 10, the play equipment includes a sound output device 22, one sound collection
device (sound input means) 42, an iron bar fixture 46, a control device 54 (shown in FIG. 11),
and a display device 56 (shown in FIG. 11). 11, and a sensor (operating means) 58 and the like.
[0112]
The iron rod device 46 is configured to include a rod 46b and a support 46a, as in the third
03-05-2019
31
embodiment.
[0113]
In the third embodiment, a plurality of sound collectors 42, 42,... Are arranged in front of the bar
apparatus 46, but in the fourth embodiment, one sound collector 42 is a steel bar apparatus It is
provided on the 46 rod 46b.
The sound collection device 42 is a microphone, which collects sound (meaning including voice,
music and the like), and outputs an electric signal corresponding to the collected sound to the
control device 54. Further, the sound collection device 42 basically has directivity, and collects
only the sound from the rear substantially at the same height as the sound collection device 42.
The display device 56 is disposed in front of the iron bar fixture 46, and the display screen is
facing rearward.
[0114]
Furthermore, sensors 58 are provided on the support portions 46a and 46a at the same height as
that of the rod 46b. The sensor 58 is a photoelectric switch including a light receiving unit 58a
that receives light and a light projecting unit 58b that emits light toward the light receiving unit
58a. When an obstacle is located between the light receiving unit 58 a and the light emitting unit
58 b, the sensor 58 outputs a detection signal to the control device 54. That is, the sensor 58
detects that the obstacle is positioned at a height substantially the same as that of the rod 46b,
and outputs a detection signal (On signal) to the control device 54 when it is detected. If not
detected, an undetected signal (Off signal) is output to the control device 54.
[0115]
Next, the control device 54 will be described with reference to FIG. The control device 54
controls the entire play equipment, and has substantially the same configuration and function as
the control device 48 of the third embodiment. That is, the control device 54 is provided with a
CPU, a RAM, a ROM, an external storage device, a voice recognition IC, and a system bus etc. that
connects these units so as to enable data input / output. Each unit is connected to be able to
input and output data by a system bus or the like. Further, the sound collection device 42 is
03-05-2019
32
connected to the system bus via an A / D conversion circuit. The display device 56 is also
connected to the system bus via an image generation IC. The sensor 58 is connected to the
system bus via an I / O interface.
[0116]
The control device 54 executes a quiz game in which the player gives a quiz while testing his
physical strength. The functions of the control device 54 for executing the quiz game will be
described in detail below, but the functions different from the control device 48 of the third
embodiment will be mainly described, and the detailed description of the same functions will be
omitted. Do.
[0117]
Similar to the control device 48 of the third embodiment, the control device 54 selects one
question data from among a plurality of question data, and the content of the question data of
the question selection data is displayed on the display device 56. Perform processing to display
on the screen.
[0118]
Furthermore, the control device 54 has a function to be in an input standby state or an input
disable state of sound data from the sound collection device 42.
Basically, the control device 54 is always in a standby state for inputting sound data from the
sound collection device 42.
[0119]
Furthermore, although the control device 48 measures the time after the lighting lamp 44 is
turned on, the control device 54 measures the time after the display device 56 displays the
problem. Here, the controller 54 may set this response time arbitrarily. Note that the control
device 54 may be in a standby state for inputting sound data from the sound collection device 42
only while measuring this time.
03-05-2019
33
[0120]
Furthermore, while the control device 54 is measuring time, when the detection signal is input
from the sensor 58, the control device 54 has a function of determining whether sound data is
input from the sound collection device 42. Furthermore, the control device 54 has a function of
calculating a physical strength score based on the determination as to whether or not sound data
is input. It should be noted that while the control device 54 is measuring time, the control device
54 may be in the sound data input standby state from the sound collection device 42 only when
the detection signal is input from the sensor 58.
[0121]
The control device 54 has a voice recognition function as the control device 48 of the third
embodiment. Furthermore, as in the control device 48 of the third embodiment, the control
device 54 has a function of determining whether the sound data input from the sound collection
device 42 matches the correct data of the question data. Have.
[0122]
Furthermore, similarly to the control device 48 of the third embodiment, the control device 54
has a function of calculating an answer score. Furthermore, the control device 54 also has a
function of adding the strength score and the answer score.
[0123]
Next, the operation of the play equipment configured as described above, the flow of processing
of the control device 54, and how to play using this play equipment will be described. FIG. 12 is a
flowchart showing the flow of processing of the control device 54. The same steps as the
processing steps of the control device 48 of the third embodiment are given the same reference
numerals, and the detailed description of the processing is omitted.
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[0124]
The player holds the rod 46b by hand and enjoys the play equipment with the rod 46 hanging.
[0125]
First, the control device 54 is in a state in which sound data from the sound collection device 42
can not be input.
(ステップS21B)。 Next, the control device 54 determines question question data from
among the plurality of question data (step S22B). Next, the control device 54 performs a process
of causing the display device 56 to display the content of the question data of the question data
(step S23).
[0126]
Next, the control device 54 measures the time after the display device 56 displays the problem
(step S24B). Next, the control device 54 determines whether the signal from the sensor 58 is a
detection signal or a non-detection signal (step S24Ba). Then, when the signal from the sensor 58
is a detection signal, the processing of the control device 54 proceeds to step S24Bb, and when
the signal from the sensor 58 is an undetected signal, the processing of the control device 54
proceeds to step S24Bc. .
[0127]
In step S24Bc, the control device 54 becomes incapable of inputting sound data from the sound
collection device 42 (maintains incapable of input). Thereafter, the process of the control device
54 proceeds to step S26B.
[0128]
In step S24Bb, the control device 54 waits for input of sound data from the sound collection
device 42. Next, the control device 54 determines whether sound data is input from the sound
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collection device 42 (step S25). Then, when sound data is input from the sound collection device
42, the processing of the control device 54 proceeds to step S28B, and when sound data is not
input from the sound collection device 42, the processing of the control device 54 proceeds to
step S26B. .
[0129]
In step S26B, when the measured time reaches the response time, the process of the control
device 54 proceeds to step S27B, and when the measured time does not reach the response time,
the process of the control device 54 returns to step S24Ba.
[0130]
In step S27B or step S28B, control device 54 ends the measurement of time.
Then, the process of the control device 54 proceeds to step S29B after step S28B, and proceeds
to step S33 after step S27B.
[0131]
By the operation of the play equipment described above, the player enjoys the play equipment as
follows. That is, the player recognizes the problem by displaying the problem on the display
device 56 in step S23. Then, the player makes a suspension motion until the answer time elapses,
and tries to bring the mouth close to the sound collection device 42. As a result, the sensor 58
detects the player's head, and the control device 54 enters an input standby state for sound data
from the sound collection device 42. That is, only when the detection signal is input from the
sensor 58, the control device 54 determines whether sound data is input from the sound
collection device 42 or not. Then, if the player can utter an answer before the answer time has
elapsed, the sound collection device 42 picks up the voice by the sound and the sound collection
device outputs sound data according to the voice to the control device 54. Thereby, the process
of the control device 54 proceeds to step S28B. On the other hand, when the player can not utter
an answer by the elapse of the answer time, the processing of the control device 54 proceeds to
step S26B because the sound collection device does not output sound data. In this way, the
player can enjoy the quiz game by suspending until the answer time and aiming for the utterance
of the answer.
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[0132]
In step S29B, control device 54 performs a physical strength score calculation process. That is,
since the sound data is input within the response time, the control device 54 adds the score to
the strength score. Next, the process of the control device 54 proceeds to step S30.
[0133]
And the process of step S30-step S35 is the process same as the control apparatus 48 of the
example of a 3rd embodiment. [Fifth Embodiment] Next, a play equipment according to a fifth
embodiment will be described. FIG. 13 schematically shows the appearance of the play
equipment of the fifth embodiment.
[0134]
In the fourth embodiment, only one sound collecting device 42 is provided, but in the fifth
embodiment, a plurality of sound collecting devices 42 are provided. Furthermore, in the fourth
embodiment, the sensor 58 is a photoelectric switch, but in the fifth embodiment, the sensor 58
is a pressing switch (pressing button) composed of a piezoelectric element or the like.
Furthermore, in the fifth embodiment, the sensor 58 is provided corresponding to each sound
collector 42.
[0135]
First, the configuration of the play equipment according to the fifth embodiment will be
described. The same components as those of the fourth embodiment are designated by the same
reference numerals and their detailed description will be omitted.
[0136]
As shown in FIG. 13, the play equipment according to the fifth embodiment includes a base 60,
sound collectors 42, 42,... Provided on the upper surface of the base 60, and an upper surface of
the base 60. The sensors 58, 58,... Provided, the control device 62 (shown in FIG. 14), the display
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device 56 (shown in FIG. 14) and the like are provided.
[0137]
Each of the sound collectors 42, 42,... Is provided with a separate sensor 58, and the
corresponding sound collectors 42 and sensors 58 are close to each other.
A display device 56 is disposed in front of the base 60, and the display screen is facing rearward.
Each sensor 58 outputs a detection signal to the control device 62 when pressed.
[0138]
The configuration of the control device 62 will be described with reference to FIG. Each sound
collector 42 is connected to the system bus of the controller 62 via an A / D conversion circuit. In
addition, each sensor 58 is connected to the system bus via an I / O interface. The other
configuration is the same as that of the control device 54 of the fourth embodiment.
[0139]
The control device 62 executes a quiz game in which a quiz is given to a plurality of players.
Hereinafter, although the function of the control device 62 for executing the quiz game will be
described, only the function different from that of the fourth embodiment will be described.
[0140]
In the fourth embodiment, whether or not sound data is input from the sound collection device
42 when the detection device is input from the sensor 58 while the control device 54 is
measuring time. Had to judge. On the other hand, in the fifth embodiment, while the controller
62 measures time, the controller 62 performs the following process. That is, when the control
device 62 receives a detection signal from at least one of the plurality of sensors 58, 58, ..., sound
data is received only from the sound collection device 42 corresponding to the sensor 58 which
has first input the detection signal. It is determined whether or not it has been input.
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[0141]
In the fourth embodiment, the control device 54 performs the physical strength score calculation
process. However, in the fifth embodiment, the control device 62 does not perform the physical
strength score calculation process. Further, in the fifth embodiment, the control device 62
performs an answer score calculation process for each of the sound collection devices 42 (for
each player).
[0142]
FIG. 15 is a flowchart showing the flow of processing of the control device 62 according to the
fifth embodiment. About the steps substantially the same as the processing steps of the control
device 54 of the fourth embodiment, the same symbols are attached, the detailed description of
the processing is omitted, and the processing having different processing contents is mainly
described.
[0143]
In step S21B, the control device 62 is in a state where input of sound data from all the sound
collection devices 42, 42,. Then, the control device 62 determines questioning question data
(step S22B), and causes the display device 56 to display the question (step S23). Then, the
controller 62 measures the time (step S24B).
[0144]
Next, the control device 62 determines from which one of the plurality of sensors 58, 58, ... the
detection signal is inputted earliest (step S24Ba). When no detection signal is input from any
sensor, the processing of the control device 62 proceeds to step S24Bc, and when the detection
signal is input from at least one sensor, the processing of the control device 62 proceeds to step
S24Bb.
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[0145]
In step S24Bc, the control device 62 becomes incapable of inputting sound data from all the
sound collecting devices 42, 42, ... (maintains incapable of inputting). Thereafter, the process of
the control device 62 proceeds to step S26Bb. In step S26Bb, when the measured time reaches
the response time, the process of the control device 62 proceeds to step S27B, and when the
measured time does not reach the response time, the process of the control device 62 returns to
step S24Ba.
[0146]
In step S24Bb, the control device 62 describes the sensor 58 that has output the detection signal
the fastest (hereinafter referred to as the first sensor 58). Will be referred to as the first sound
collecting device 42 hereinafter. It becomes a standby state for input of sound data from. Next,
the control device 62 determines whether sound data has been input from the sound collecting
device 42 first (step S25). Then, when sound data is input from the first sound collecting device
42, the processing of the control device 62 proceeds to step S28B, and when sound data is not
input from the first sound collecting device 42, the processing of the control device 62 is The
process moves to step S26Ba.
[0147]
If it is determined in step S26Ba that the measured time has reached the response time, the
process of the control device 62 proceeds to step S27B. If the measured time does not reach the
response time, the process of the control device 62 returns to step S25.
[0148]
In step S27B or step S28B, the control device 62 ends the measurement of time.
Then, the process of the control device 62 proceeds to step S30 after step S28B, and proceeds to
step S33 after step S27B. That is, in the fourth embodiment, the processing of the control device
54 proceeds to step S29 after step S28B, but in the fifth embodiment, the control device 62
performs the processing of step S29 after step S28B. And the process of step S30 is performed.
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[0149]
The processes of steps S30 to S35 are substantially the same as the process of the control device
54 of the fourth embodiment. However, in the fifth embodiment, the processing of the control
device 62 in steps S30 to S32 is performed only on the sound data from the first sound collecting
device 42.
[0150]
Thus, according to the fifth embodiment, since the sound can be collected only from the first
sound collecting device 42 corresponding to the first sensor 58, each player is displayed after the
problem is displayed on the display device 56. Competes to push the sensor 58 quickly.
Therefore, each player can enjoy the quiz game while competing with other players.
[0151]
According to the play tool of the present invention, the player using the play tool enjoys the play
tool by performing the rendering effect, and generates the sound toward the sound input means.
I enjoy this play equipment. Furthermore, the player generates and plays a sound at the timing at
which the operating means operates. Therefore, the player not only generates a sound toward
the sound input means, but also enjoys the play tool at the timing when the sound should be
generated. Furthermore, the player can not input sound to the play equipment without an effort,
i.e., an effort to track moving sound input means. For this reason, the present invention can make
a player enthusiastic about play and can provide an entertaining play tool.
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