JPH08131654A - Game device and movement measuring device to be used for the game device - Google Patents

Abstract

PURPOSE: To obtain a game device enabling a game player to enjoy also a videogame while exercising positively by measuring the momentum of the game player, and converting the measured data to score data in the game to be transmitted to and received from a main body of the game device. CONSTITUTION: A movement measuring device 100 is to detect a movement of a game player with a movement detecting means 101, to count up this detected data with a power score operation part 102, and to control the whole with an MPU 103. Further, the counted score is stored in a memory 104, the power score and target score is indicated with an each exclusive display 105, 106 respectively, and a power score transmitter 107 and a target score receiver 108 are controlled with a score button 109 respectively. A main body 150 of a game device transmits and receives data transmitted to and received from the movement measuring device 100 with a transmitter and receiver 110, converts data transmitted to and received from a converter 111 to program data, and converts a desired value of the game program to the target score.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a game device such as a home video game and a motion measuring device used for the game device, and more particularly, to a game device capable of incorporating the motion of a game actor into a game program. The present invention relates to an exercise measuring device capable of measuring the amount of exercise of an actor.

[0002]

2. Description of the Related Art Conventionally, so-called home video games have been
The game is enjoyed in a place equipped with a TV monitor (usually a home-use TV) and a TV game apparatus main body, and the game progresses in a specific game program obtained by exchanging a game cartridge or the like. Here, the number of participants in the game is determined by the number of controllers provided, but normally, the video game device main body is provided with two controllers, and the operation of the video game device and personal names etc. Start the game after inputting personal information with the attached controller.

When playing a video game, the game apparatus main body and the TV monitor are connected in a line, and the game progresses at a place equipped with the TV monitor or the video game apparatus, usually on the front surface of the monitor screen. Enjoy the game while watching the monitor screen.

However, in such a system in which a game can be played only when the main body of the game device and the TV monitor are connected in a line, the game cannot be used outdoors, and the distance is such that the TV monitor is directly connected. There is a problem that the place of use is limited, such as being limited to. Therefore, by providing a wireless transmission / reception device for a video game, a wireless transmission / reception adapter, and a game cassette with a wireless transmission / reception antenna, the transmission / reception of signals between the game device body side and the television receiver side can be transmitted wirelessly to make the cordless. A method (Japanese Patent Application Laid-Open No. 6-47171) for realizing the above is considered. However, even with the above method, the game is played while watching the screen of the TV monitor, so that the game can be enjoyed only in front of the TV monitor. Therefore, it is sufficient for the game actor to perform only the motion of directly operating the game program, and the video game device does not need to move the body.

[0005]

However, in recent years,
The number of children playing indoors with only so-called NES has increased,
Communication with other people, who had been nurtured in the past, was sought after due to less playing outdoors, screaming physical and muscular weakness due to lack of exercise by children, and even interacting only with computer devices such as NES. It is the current situation that the number of children who are not good at taking action is increasing and social problems are developing.

[0006] Therefore, for the purpose of allowing the game actor to enjoy the game with his / her entire body by using a program of a kind of physical activity such as field athletics and aerobics, the "family The Trainer Series ”(trademark) has been commercialized. This is to enjoy a video game by connecting the mat-shaped controller and the main body of the video game device in a line so that the game actor can directly move the body on the mat controller and use that data as input data to the computer. It is a game device that can play.

However, this mat controller has a size of 1 m square, and a wide space is required to use this mat. Moreover, a considerable amount of noise is generated during exercise. Therefore, it is unsuitable for playing this game in a condominium, etc., and it is necessary to use a dedicated mat, and there is a problem that the range of motion is limited to 1 m square. Further, this device is limited in use to a game program that actually exercises, and is not compatible with a role-playing game or a battle game, which has been a factor contributing to the NES for a long time.

Therefore, the present invention has been made in order to solve these problems, and measures the amount of exercise of a game actor, converts the measured data into score data during the game, and transmits / receives it to / from the game device main body. By providing the function to enable the game device to be enjoyed outside the place where the game device main body or TV monitor is located, the game player can also enjoy the video game while moving and exercising. The purpose is to provide. Here, the score data is data required for leveling up to quickly clear the game program, and conventionally, experience values that can be accumulated only in the game program, physical strength given to the selected character, instantaneous power, etc. The data that can be converted to the input data of.

Further, by providing a motion measuring device capable of increasing / decreasing score data in a competitive game, it is possible to use the game device in which the user can enjoy a video game while communicating with others outdoors and the game device. An object of the present invention is to provide a motion measuring device that can be used.

[0010]

In order to solve the above problems, a first invention of the present application has a display device for displaying images and characters for a game, and a program for playing the game, and In a game device having a game device main body having a CPU for executing the game, and a controller for allowing a game actor to give an operation control to a game program, a motion detecting means for measuring the motion of the game actor, and a motion. Power score calculation unit that counts up the detected data each time it detects, an MPU that controls the entire movement measuring device, a memory that stores the counted score, a power score display unit that displays the power score, and a target score Is displayed on the target score display section, and the power score is transmitted to the data transmission / reception section of the game apparatus body. A score transmitting section, a target score receiving section for receiving a target score transmitted from the data transmitting / receiving section of the game apparatus main body, and a score button for controlling transmission / reception of score data and target data to / from the game apparatus main body A movement measuring device is provided, and a data transmitting / receiving unit that transmits / receives data transmitted / received from the movement measuring device to the game device main body, and the received / transmitted data is read out and converted into program data according to the contents of the game program. In addition, a score data conversion unit for converting a target value in the game program into a target score is provided.

In order to solve the above-mentioned problems, the second invention of the present application wins or loses the score data obtained by the motion detecting means by increasing or decreasing by a competition with another motion measuring device or an MPU which controls the whole motion measuring device. Section, a random number table referred to in order to perform the winning / losing calculation, and a score transmitting section and a score receiving section that control a score when a competitive game is performed with another exercise measuring apparatus or an MPU that controls the entire exercise measuring apparatus. It has a motion measuring device provided with.

The motion detecting means of the motion measuring apparatus according to the first or second aspect of the present invention is a vibration detecting means for detecting vibration, and the power score calculating section counts the signals detected by the vibration detecting means. Is characterized in that. Alternatively, the motion detecting means of the motion measuring device is characterized by including an acceleration detecting means for detecting the acceleration of the object and an integrating circuit for integrating the acceleration to calculate the speed.

Further, the motion detecting means of the motion measuring device according to the first invention of the present application, according to the contents of the program of the game,
Alternatively, it is characterized by further comprising exercise selecting means for selecting a specific exercise measuring means from a plurality of exercise measuring means in response to an interactive instruction from a game actor.

A motion measuring device according to a third invention of the present application, a motion detecting means for measuring the motion of a game player, a power score calculating unit for counting up the detected data every time the motion is detected, and a motion measuring device. MPU that controls the entire device
A memory for storing the counted score, a power score display section for displaying the power score, a target score display section for displaying the target score, and a power score transmission for transmitting the power score to the data transmission / reception section of the game apparatus body. A target score receiving section for receiving a target score transmitted from the data transmitting / receiving section of the game apparatus body, and a score button for controlling transmission / reception of score data and target data to / from the game apparatus body. Characterize.

[0015]

According to the present invention, a motion measuring device that can be attached to the hands of a game actor can be provided to measure the amount of exercise of the actor, and in the conventional role playing type or battle game type video game device, It is necessary for the main character (character of the game actor) in the game program to level up in the game, which was obtained only by playing a video game for a long time in front of the monitor and fighting against the enemy in the program to win. The experience value and the power value can be set according to the exercise amount of the game actor, and the game actor will actively exercise to obtain a higher power value. It is possible to have a game device that leads to an increase in muscular strength.

Here, the experience value and the power value in the video game program are, for example, in a role-playing game, score data are converted as the experience value of the main character of the game to increase the experience value in the game or the battle. In the case of a game, it is a value that can convert the score data into a physical strength value of the hero and power up the hero.

According to the first aspect of the present invention, when the motion measuring device is attached to the body of a game player and a motion such as waving is repeated, the motion is detected, the number of motions is counted, and score data is obtained. Is stored in the memory unit. This score data serves as a power score and is an input score to the game program. The number of movements is displayed as a number or a symbol indicating a ratio on the power score display portion. When the power score becomes high, or when the game program reaches the required score, the score of the motion measuring device is transmitted to the game device body, converted into input data for executing the game program, and the game is played. To do.
When ending the game, the target value of the score required for executing the game program next is calculated, transmitted from the game apparatus main body to the exercise measuring section, and displayed on the target score display section of the exercise measuring section.

According to the second aspect of the present invention, when the game actor who wears the exercise measuring device pushes the battle button toward the exercise measuring device of another game actor, a battle request signal is sent. Therefore, it is possible to transmit and receive the value of the power score accumulated with each other, play the game based on the calculation data from the value of the power score, and increase or decrease the value of the power score.

Further, according to the third invention of the present application, a motion detecting means capable of reading the combination of the type of the game program and the input data necessary therefor, for example, the experience value, the physical strength, the intelligence and the like, and corresponding to the data. It is displayed and the game actor can interactively select the motion detection means.

According to the fourth aspect of the present invention, the amount of exercise of the game player can be measured, the measured amount of exercise can be transmitted to the main body of the game device, and data can also be received from the main body of the game device. A suitable motion measuring device can be obtained by using the first to third inventions of the present application.

[0021]

【Example】

<Embodiment 1> An embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a functional block diagram of a motion measuring device in a game device according to a first embodiment of the present invention. In FIG. 1, 100 is a motion measuring device. In this motion measuring device, 101 is a motion detecting means, 102 is a power score calculation unit, 103 is an MPU (Micro Processor Unit),
104 is a memory, 105 is a power score display unit, 106
Is a target score display unit, 107 is a power score transmission unit, 108 is a target data reception unit, and 109 is a score button. In addition, reference numeral 150 denotes a part of the game apparatus main body side.
Reference numeral 10 is a score transmission / reception unit of the game apparatus main body, and 111 is a score data conversion unit.

The motion detecting means 101 may be anything as long as it detects the motion of the game player, for example, it detects the vibration generated by the movement of the hand. When the generated vibration is detected, it is transmitted to the power score calculation unit 102.
Upon receiving the vibration, the power score calculation unit 102 adds 1 to the count of the power score calculation unit, and stores the counted number of vibrations in the memory 104 as score data. The score stored in the memory is used as a power score (score accumulated in the exercise measuring unit) as a power score display unit 105,
For example, it is displayed on a liquid crystal panel.

When the value of the power score is accumulated to some extent and the user is tired or tired of accumulating the power score due to exercise and wants to play a game on the game apparatus main body, the power score stored in the memory 104 is set to, for example, Infrared data is transmitted from the power score transmission unit 107 to the data transmission / reception unit 110 of the game apparatus main body. The score data received by the data transmission / reception unit 110 of the game apparatus body is converted by the score data conversion unit 111 into data according to the game program. For example, in a role-playing game, since the experience value of the protagonist is represented by a number, the value of the score data may be directly converted into the experience value data of the protagonist of the game and added to the game program.

After enjoying the game on the TV monitor, the score data converting unit 111 of the main body of the game apparatus sets the target value for the next game obtained on the game program as the target value when the motion measuring apparatus is used. Convert to a target score that is a score. In response to the transmission instruction signal from the game apparatus body, the transmission / reception section 110 of the game apparatus body transmits data to the target score receiving section 108 of the exercise measuring apparatus. The target score display unit 106 displays the value of the transmitted target score. This target score will show the level for the game actor to clear the next game phrase, so that the target score data to be obtained by exercise can be specifically known, and the fun of exercising Will increase.

FIG. 2 shows the overall structure of a video game device using the motion measuring device. The game device according to the present invention has at least a motion state of a game actor, for example,
A motion measuring device 201 for measuring movements, a game device main body 202 that uses measured values measured by the motion measuring device as input data, a controller 203 that gives operation control for a game actor to perform a game program, and a television monitor 204. including. Also, the motion measuring device 20
1, 206 is a score button, 207 is a power score display unit, 208 is a target score display unit, 209
Is a battle button, which has the same configuration and function as those shown in FIG. The game device main body 202 is an ordinary home video game device main body, and its basic configuration is well known, and therefore detailed description thereof will be omitted.

As shown in FIG. 2, the front surface of the game apparatus body receives (receives) data transmitted by infrared rays or the like from the data transmission section of the movement measuring apparatus 201, and the movement measuring apparatus 201 receives the data. A score transmitting / receiving unit 205 for transmitting data is provided. Then, by operating the motion measuring device 201, it is possible to send control commands for mutual data transmission. As described in FIG. 1, the game device main body 202 converts the received score data into program input data according to the information of the game program, or a target value required in the game program is a motion measuring device. A score data conversion unit for converting the target score of

Here, in the above game device, when the vibration of the game actor is set as the motion detection target, an example of a mounting form of the motion measuring device is shown in FIG. In FIG. 3, 301 is a motion measuring device, 302 is a wrist band, 3
Reference numeral 03 indicates a pendant. As shown in FIG. 3, the motion measuring device according to the present invention can be used by mounting the device on a wrist band, a pendant or the like. Although not shown, it can also be attached and used for office supplies such as a mechanical pencil.

FIG. 4 shows an example of how to use the above movement measuring device. As shown in FIG. 4, with the wristband type motion measuring apparatus attached to the body, the operation of generating vibration such as shaking the arm, walking, and running is repeatedly performed. As the vibration detection device, a vibration sensor that turns on and off an electric circuit by normal vibration can be used, and the number of vibrations is detected by the number of times the electric circuit is conducted. Every time the vibration is detected and the number of vibrations is measured, the power score of the power score calculation unit is incremented by one. The measured power score is displayed on the power score display unit and stored in the memory, and this score is used as input data of the game program.

Therefore, the more the vibration counts, the more
Score data becomes high. For example, in the case of a battle type game program, in the power setting of the selected character, the score accumulated by the game actor can be added as the power of the character to the setting in the program, which is advantageous for playing the battle game. . Therefore, the game actor may move his / her body to increase the power score and try to improve the score. Also, in the case of a role-playing type game, the score data can be converted into the experience value of the main character in the game program and added to the experience value, so in other words, even if you do not have the experience of defeating the enemy in the program, You can increase your experience while staring at a time TV monitor without playing the front video game.

When the game player judges that the power score obtained by using the motion measuring device has reached the value required for the game, the score button 109 (see FIG. 1) of the motion measuring device is pressed to activate the motion measuring device. The value of the power score accumulated in the memory is sent to the score transmitting / receiving unit 205 (see FIG. 2) of the game apparatus body. When the power score is transmitted, 0 is displayed on the power score display section of the exercise measuring device. As a method of transmitting the power score to the game apparatus main body, for example, infrared communication or normal electromagnetic wave is used. On the game device body side, the power score sent from the power score transmission unit of the motion measuring device is read into the microprocessor of the game device body, and the score data conversion unit of the game device body converts the score data into the value of the input data of the game program. Convert and start the game on your TV monitor.

When the game on the TV monitor is finished and the score is accumulated again by the motion measuring device, first, the target score in the game program is set, and the target score is set in the score data conversion section of the game device main body. Convert to a target score for a motion measuring device. Then
The score data is transmitted to the target score transmitting unit of the motion measuring device. The game actor targets the target score displayed on the target score display section of the motion measuring device, and in order to accumulate the score again, he / she must exercise to move his / her body.

FIG. 5 shows a display example of the power score and the target score in the exercise measuring apparatus, but it may be displayed by numeral as shown by 501 or may be shown as shown by 502. When displaying in numbers, the number of steps is displayed as 1. Also, in order to make the numbers unclear, displaying the achievement rate in an illustration increases the fun. In addition to the above, illustrations and combinations with numbers can be considered. For example, when displaying the power score, it is easy to understand by displaying the achievement rate of the target score by blinking the LED.

FIG. 6 shows an example of a transmission format of score data in the motion measuring device. For example, the score data of the embodiment includes a Header 601, a power score / target score 602, and a checksum 603.

<Embodiment 2> Next, as a second embodiment of the game apparatus according to the present invention, a method of using the motion measuring apparatus when playing a game with a plurality of persons is shown in FIG. This will be described with reference to the drawings and the flowchart of the game operation shown in FIG. It should be noted that the same components as those in FIG. In addition to the configuration shown in FIG. 1, the game device of the present embodiment transmits a competition request signal to another motion measuring device when a button is pressed, and when a competition request is issued from the opponent, When pressed according to, the match button 713 for transmitting a signal indicating that a match is to be received, the power score receiving section 710 for receiving infrared data sent from the opponent, and the win / loss operation section for performing operation for determining win / loss. 711 and a random number table 712 to be referred to when the win / loss calculation unit determines the win / loss.

When the game actor wants to play a battle-type game, for example, the score button 109 is pressed twice to select the battle mode. Then, the match button 713
Press to send a battle request signal to the opponent's motion measuring device. When the opponent returns an OK signal with the battle button 713, the battle mode is set (S801). First, if the game actor is A and the opponent is B, A, B
Both power score input units read their own power scores into the memory 104 and transmit their own power scores to the power score receiving units 710 of their opponents (S8).
02, 803). When switched to the battle mode, the score data of the opponent is displayed on each target score display unit 106. After transmitting / receiving the data to / from both the exercise measuring devices, the winning / losing calculation unit 711 determines the winning / losing by using the scores of both (S804). The method of deciding whether to win or lose will be described later.

When the win / loss is determined, each win / loss calculation unit 711 calculates its own new score (S805). Regarding the increase or decrease of the score, for example, the score 200 is added to the winner and the score 200 is subtracted from the loser. For example, when the motion measuring device A having a score of 5789 and the motion measuring device B having a score of 8744 compete with each other and the motion measuring device A wins, the new score of A becomes the original score (5789) +200. On the other hand, the motion measuring device B
The original score (8744) -200 is the new score.
After the new score is calculated, it is written in the memory 104 (S80
6). After displaying the results as shown in FIG. 10 on the target score display unit 106 of each exercise measuring apparatus, the power score display unit 105 displays the new score (S80).
7).

Hereinafter, an example of a method of determining a win or loss will be described. The method of deciding whether to win or lose is fun that the game actor does not know at all, and it is fun that the power of the individual is reflected with prediction after many times of use. <Method 1 for determining win / loss> A method in which the measured value is regarded as one number and the total score of each number is used to determine the win / loss. For example,
In the case of "4978 and 12452", 4 + 9 + 7 + 8
= 28 and 1 + 2 + 4 + 5 + 2 = 13, and the former wins.

<Win / Loss Decision Method 2> A win / loss decision method using the last three digits of the measured value and a random number table as shown in FIG.
Similarly, in the case of "4978 and 12452", 4978
In the case of, the random number table is referred to with the lower first digit 8 as the column number and the lower second digit and the lower third digit 79 as the row numbers. The score is 6351
In the case of 9.12452, the random number table is referred to by using the lower first digit 2 as the column number and the lower second digit and the lower third digit 45 as the row numbers.
The score is 86659. It becomes like above and the latter wins.

<Third Embodiment> Further, in the game device according to the second embodiment, when there is no opponent, the motion measuring device can be used alone to enjoy the battle type game alone. How to use the motion measuring device in this case
As an example of the above, an explanation will be given with reference to the flowchart of the game operation shown in FIG. 11 and FIG. Here, the motion measuring device is used by one person, and based on the accumulated score data, the game is played against the game program to improve the score.

When the score button 109 is pressed, the score at that time is stored in the memory 104 (S1101, S
1102). Using this score, the win / loss calculation unit 711 determines the score win / loss (S1103). It should be noted that an example of a method of determining a win or loss will be described later. When the winning or losing is decided, the winning and losing calculating unit 711 calculates the score after the winning or losing is decided (S11).
04). For example, it is assumed that the score of 100 is required to try the game of increasing the score once. As a result, the winner calculates, for example, that the score is increased by 200, and that if the player loses, the score 100 used for the challenge of the game is decreased.

Next, the new score after the win / loss calculation is written in the memory (S1105). Then, as shown in FIG. 10, the result is displayed on the power score display unit 105 of the exercise measuring apparatus, and subsequently, the new score is displayed (S1106). This score can be used as a game program score as in the first embodiment.

As an example of the method of determining winning or losing, a method using a random number table and the last three digits of the measured value will be described as in the above. For example, when the score button is pressed with "4978", the score on the game actor side is determined by using the number of score 4978 at the time of pressing the score button and the random number table. Specifically, the last digit 8 is the column number,
The random number table is referred to by using the second and third digits 79 as row numbers, and a score of 63519 is obtained. The value of the motion measuring device of the game device main body, which is the opponent, is also determined using the score 4978 when the score button is pressed and the random number table. For the score here, the first digit 4 of the 4978 is the column number, the upper 2
When the number is determined with reference to the random number table using the first and third digits 97 as the row number, the score is 18338, and it can be determined that the game actor has won.

<Fourth Embodiment> FIG. 12 is a functional block diagram of a game machine according to a fourth embodiment of the present invention. The same components as those in FIG. 1 are designated by the same reference numerals and the description thereof will be omitted. The motion measuring apparatus of this embodiment includes a small and lightweight piezoelectric acceleration sensor 1201, an integrating circuit 1202, an MPU 103, a power score calculator 102, and a speed reference memory 1203. The speed reference memory 1203 is previously stored in the speed reference memory 1203.
Set the standard for the age of the game actor or the speed for each level.

For example, this device is attached to the waist of a game player, the maximum acceleration during running is measured, and the speed is measured by integrating it. When the measured speed exceeds the speed reference, a certain score is obtained as a score. This motion measuring device may be attached to, for example, an arm and the speed of raising or lowering the arm or rotating the arm may be measured. If a speed reference is prepared for each main mounting location and the speed reference can be changed depending on the mounting location, it is possible to obtain a score with respect to the average reference according to the location. For example, in the case of a role-playing game, it may be used as data such that the movement of the main character of the game becomes agile if the speed score is high. Further, in the game program, score data reflecting means may be provided to allow the game actor to select where the score data should be reflected.

In the above, the motion measuring means such as vibration and acceleration has been described as an example. However, in addition to the motion measuring device described above, the amount of perspiration generated during the motion and the conversation time may be measured. For example, the exercise measuring device includes a small humidity sensor, a data conversion unit, and a sweating amount reference memory. A movement measuring device is attached to the neck and arm, and the amount of sweating is measured by a humidity sensor. The perspiration amount according to the age of the game actor is stored in advance as a database, and a certain score is obtained as a score by comparing the measured value with the perspiration standard. For example, it may be used as exercise data for health management in exercise game programs such as aerobic and athletic. For example, as for the conversation time, a voice is recorded using a built-in wireless microphone, and the recording time of a frequency close to the frequency of human voice is measured from the frequency characteristic data. For example, the conversation duration of the game actor and the loudness of the voice may be measured to increase the score as the voice becomes louder.

Depending on the age of the game actor, it may be linked to not only the exercise of oneself but also the play performed by the game actor. Conventionally, there is a play in which a pen-shaped stationery such as a pencil is rotated by using a finger, but it is also possible to attach this sensor to a pen-type stationery and use the number of rotations as a score.

[0047]

As described above, according to the present invention, the game program can be enjoyed in places other than the place where the main body of the game device or the television monitor is located without any restrictions on the place where the game is played.

Further, by utilizing the exercise measuring apparatus of the present invention, in addition to the enjoyment of directly playing a video game on the front surface of the television monitor, it is possible to "exercise data such as experience value and physical strength to be used in the game. You can add the enjoyment of "store outside the program".

Then, the game actor can interactively designate the motion measuring means by the contents of the game program or the selection of the game actor, and if his / her own motion is detected, the score is improved. It also encourages game players to improve their physical strength,
The joy of exercising increases.

Further, depending on the type of the game program, a plurality of persons carry the motion measuring device, and the power of the plurality of persons is reflected on the characters in the game program, or the movement is detected by one's own motion. By increasing / decreasing the score data by a competition game with another exercise device, a plurality of people can enjoy a video game while interacting with another person.

[Brief description of drawings]

FIG. 1 is a functional block diagram of a game device according to a first embodiment.

FIG. 2 is a schematic diagram of an overall configuration of a game device body and a motion measuring device.

FIG. 3 is a diagram showing an example of how the motion measuring device is attached.

FIG. 4 is a diagram showing an example of how to use the motion measuring device.

FIG. 5 is a diagram showing a display example of a power score and a target score.

FIG. 6 is a diagram showing an example of a score data transmission format.

FIG. 7 is a functional block diagram of a game device according to a second embodiment.

FIG. 8 is a flowchart showing a game operation using the game device according to the second embodiment.

FIG. 9 is a diagram showing a random number table according to the second and third embodiments.

FIG. 10 is a diagram showing a display example at the time of victory according to the second and third embodiments.

FIG. 11 is a flowchart showing a game operation using the game device according to the third embodiment.

FIG. 12 is a functional block diagram of a game device according to a fourth embodiment.

[Explanation of symbols]

 101 exercise detection means 102 power score calculation unit 103 MPU 104 memory 105, 207 power score display unit 106, 208 target score display unit 107 power score transmission unit 108 target score reception unit 109, 206 score button 110 205 score transmission / reception unit 111 score data Conversion unit 201, 301 Motion measuring device 202 Game device main body 203 Controller 204 TV monitor 302 Wristband 303 Pendant 501 Display example 1 502 Display example 2 601 Header 602 Power score / target score 603 Checksum 710 Power score receiving unit 711 Win / loss calculation unit 712 Random number table 713, 209 Match button 1201 Accelerometer 1202 Integration circuit 1203 Speed reference memory

Claims (6)

[Claims] 1. A display device for displaying images and characters for a game, a game device main body having a CPU for executing a game and executing the game, and a game program for a game actor. In a game device having a controller for giving operation control to, a motion detection means for measuring the motion of a game actor, a power score calculation unit for counting up the detected data every time the motion is detected, An MPU for controlling the whole movement measuring device, a memory for storing the counted scores, a power score display section for displaying the power score, a target score display section for displaying the target score,
A power score transmitting section for transmitting a power score to the data transmitting / receiving section of the game apparatus body; a target score receiving section for receiving a target score transmitted from the data transmitting / receiving section of the game apparatus body; and a score for the game apparatus body. A movement measuring device having a score button for controlling transmission and reception of data and target data is provided, and the game device main body has a data transmitting and receiving unit for transmitting and receiving data transmitted and received from the movement measuring device, and the transmitted and received data. And a score data conversion unit for converting the target value in the game program into a target score and converting the program data into program data according to the contents of the game program. 2. A win / loss calculator for increasing / decreasing score data obtained by the motion detecting means by competition with another motion measuring device or an MPU controlling the whole motion measuring device, and is referred to for performing the win / loss calculation. A random number table and M for controlling other motion measuring devices or the whole motion measuring device
2. The game device according to claim 1, further comprising a motion measuring device including a score transmitting unit and a score receiving unit that control a score when playing a competitive game with a PU. 3. The motion detecting means of the motion measuring device is a vibration detecting means for detecting vibration, and the power score calculating section is a vibration counting means for counting the signals detected by the vibration detecting means. The game apparatus according to claim 1 or 2. 4. The motion detecting means of the motion measuring device comprises an acceleration detecting means for detecting an acceleration of an object, and an integrating circuit for integrating the acceleration to calculate a speed. Alternatively, the game device according to claim 2. 5. The exercise detecting means of the exercise measuring apparatus is an exercise for selecting a specific exercise measuring means from a plurality of exercise measuring means in accordance with a game program content or interactive instructions of a game actor. The game device according to claim 1, further comprising a selection unit. 6. A motion detecting means for measuring the motion of a game player, a power score calculation unit for counting up the detected data each time the motion is detected, an MPU for controlling the whole motion measuring device, and a count. A memory that stores the score, a power score display unit that displays the power score, a target score display unit that displays the target score, a power score transmission unit that transmits the power score to the data transmission / reception unit of the game device body, A movement measuring device comprising: a target score receiving unit that receives a target score transmitted from a data transmitting / receiving unit of the game apparatus body; and a score button that controls transmission / reception of score data and target data to / from the game apparatus body.