JPH11333139A - Moving image controlling device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a moving image controlling device capable of operating characters in a monitor in a game machine by analog body action such as power, movement, etc., in addition to digital input by a cross-shaped key for operating the characters with fingers. SOLUTION: A switch operating input part 1 for manually operating a moving image, an acceleration sensor 3 for detecting an acceleration in case an operator moves a controlling device C1, a data processing part 5 for processing data of detecting signal for the acceleration sensor 3 and operation signal for the switch operating input part 1, and an outer interface 8 for transmitting a signal from the data processing part 5 to an outside game machine, are provided.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a control device for operating a dynamic image displayed on a display unit of an electronic game machine for home use or a so-called "arcade game" equipped with a computer and a display unit.

[0002]

2. Description of the Related Art In a conventional electronic game machine for home use or a so-called "arcade game", a control device for manually operating a dynamic image includes a push-type switch for operating an image on a monitor, in particular, a character movement. A cross key or a cross button arranged in a cross shape and a function switch or a function button corresponding to a specific movement of the character are generally used. The cross keys and function switches are the simplest and basic input methods that can be operated by infants because the operations themselves are digital, easy to remember and easy.

However, in a conventional control device including a cross key and a function switch, the operation is limited to a fingertip. For example, a force input, a palm operation, an arm operation,
There is a drawback that analog input such as body movement cannot be input, and bodily sensation or emotion injection is poor.

[0004] On the other hand, there has been provided a control device in which a stick is provided in place of the cross key, or an operation of controlling the movement of the character in an analog manner using a rotating roller or the like. However, even with such a control device, the operation is still limited to the fingertip, and the operator's arm strength or grip strength, the palm movement, the arm movement, the body movement, etc. are used as the movement of the character on the display. It cannot be reflected. For this reason, it has not been possible to solve the disadvantage that the bodily sensation or emotion injection is poor.

[0005]

SUMMARY OF THE INVENTION The present invention has been proposed in view of the above-mentioned drawbacks of the prior art. In operating a character on a monitor, the present invention has been proposed in addition to or in addition to operating a cross key or a function switch. Instead, an object of the present invention is to provide a dynamic image control device capable of performing an analog input operation by reflecting a physical force such as a grip force of an operator or a body motion.

[0006]

A dynamic image control device according to the present invention is a dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer, wherein the dynamic image is manually operated. A switch operation input unit, an acceleration sensor that detects acceleration when the operator moves the control device, a data processing unit that performs data processing of a detection signal of the acceleration sensor and an operation signal of the switch operation input unit, An external interface for transmitting a signal from the data processing unit to an external game machine. Here, it is preferable that the switch operation input unit includes, for example, a cross key (or cross button) and a function switch (or function button).

According to the control device of the present invention configured as described above, by operating the cross key or the function switch of the switch operation input unit, a dynamic image of a character or the like displayed on the display unit can be displayed by the conventional method. As in the case where the control device is used, for example, it can be moved up, down, left, and right. In addition, when the operator (that is, the player of the electronic game) moves the control device of the present invention in the front-rear direction, the up-down direction, and the left-right direction, the acceleration sensor moves the control device in the up-down, left, right, and front-rear directions. Acceleration is detected, and the acceleration detection signal is output via the data processing unit and the external interface.
The information is input to the main body of the electronic game machine or the main body of the computer, and is converted into, for example, the movement of the character in the up / down, left / right, front / rear directions and / or the movement speed, and is reflected on the operation of the character and the like displayed on the display unit. It is.

According to the present invention, an operation by operating only the switch operation input unit (similar to the case using a conventional control device), an operation using only an acceleration sensor, and a switch operation input unit A variety of detailed operations by using the acceleration sensor and the acceleration sensor can be freely selected.
The output signal of the switch operation input unit is subjected to arithmetic processing in the data processing unit in the same manner as the detection signal of the acceleration sensor, and is connected to an external game machine by wire or wirelessly by an external interface.

Another control device of the present invention is a dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer, wherein the switch operation input unit manually operates the dynamic image. A pressure sensor that detects a pressing force applied by the operator to the control device, a data processing unit that performs data processing of a detection signal of the pressure sensor and an operation signal of the switch operation input unit, An external interface for transmitting a signal to an external game machine.

According to the control device of the present invention, the dynamic image of a character or the like can be moved up, down, left and right by operating the cross key or the function switch of the switch operation input unit. The pressing force (pressure by gripping force) applied by the operator is detected by the pressure sensor, and the detection signal of the pressure sensor is input to the main body of the electronic game machine or the main body of the computer via the data processing unit and the external interface. ,
For example, it is reflected or converted into the power, speed, timing, etc. of the character. Of course, the input of the force (pressing force or pressure applied by the operator to the control device) to the control device detected by the pressure sensor in the up-down, left-right, front-rear directions is performed by the up-down operation of the character displayed on the display unit. , Left and right, and forward and backward movements.

According to the present invention, an operation by operating only the switch operation input unit (similar to the case using the conventional control device), an operation using only the pressure sensor, and a switch operation input unit A variety of detailed operations by mixing pressure sensors and pressure sensors can be freely selected.

Further, the control device of the present invention is a dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer, wherein the switch operation input unit for manually operating the dynamic image, A pressure sensor that detects a pressing force applied to the control device by an operator, an acceleration sensor that detects acceleration when an operator moves the control device, a detection signal of the pressure sensor and the acceleration sensor, and the switch. It has a data processing unit for performing data processing on an operation signal of the operation input unit, and an external interface for transmitting a signal from the data processing unit to an external game machine.

According to the control device of the present invention, input of a force (a pressing force or a pressure applied to the control device by the operator) to the control device in the up-down, left-right, and front-rear directions detected by the pressure sensor. Is converted or reflected in, for example, the power, speed, and timing of the character. At the same time, when the operator moves the control device of the present invention in the front-rear direction, the up-down direction, and the left-right direction, the acceleration sensor detects acceleration when the control device moves in the up-down, left, right, and front-rear directions. Is input to the main body of the electronic game machine or the main body of the computer via the data processing unit and the external interface, and is converted into, for example, the up and down, left and right, forward and backward movement and / or movement speed of the character. It is converted or reflected on the motion of a character or the like displayed on the display unit.

According to the present invention, an operation by operating only the switch operation input unit (similar to the case of using a conventional control device), an operation using only an acceleration sensor, and an operation using only a pressure sensor are performed. The operation used, the operation using only the acceleration sensor and the pressure sensor, and various detailed operations by using the switch operation input unit and the acceleration sensor and the pressure sensor can be freely selected.

In addition to the above, a dynamic image control device of the present invention is a dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer. A pressure sensor for detecting the pressing force to be applied
An acceleration sensor that detects acceleration when the operator moves the control device; a data processing unit that performs data processing on detection signals of the pressure sensor and the acceleration sensor; and a signal from the data processing unit to an external game machine. An external interface for transmitting.

According to the control device of the present invention having the above-described structure, the vertical force, the left-right, and the front-rear force on the control device detected by the pressure sensor (the pressing force applied to the control device by the operator, The input of (pressure) is converted or reflected in, for example, the power, speed, and timing of the character. Further, when the operator moves the control device of the present invention in the front-rear direction, the up-down direction, and the left-right direction, the acceleration sensor detects the acceleration when the control device moves in the up-down, left, right, and front-rear directions. The detection signal is input to the main body of the electronic game machine or the main body of the computer via the data processing unit and the external interface, and is converted into, for example, the up and down, left and right, front and rear movements and / or the movement speed of the character, and is displayed. It is converted or reflected on the action of the character or the like displayed on the section. According to the present invention, a switch operation input unit such as a cross key or a function switch, which is indispensable in the conventional control device, can be omitted, so even if the user does not move his fingers dexterously, There is an advantage that various electronic games can be used.

Here, in the present invention, an operation mode in which the operator operates only the pressure sensor, a mode in which the operator operates only by the detection signal from the acceleration sensor, or
A variety of detailed operation modes by mixing detection signals of the pressure sensor and the acceleration sensor can be freely selected.

[0018]

Embodiments of the present invention will be described below with reference to the drawings. In FIG. 1, the control device C
1 includes an input unit 1, a data processing unit D1, and an external interface 8. Referring to FIG. 2 as well, the signal output of control device C1 is connected to an external electronic game machine G by electric wire Wi, and game machine G
Is projected on the screen of the monitor M via the electric wire Wm according to the game software built in or inserted into the game software.

Here, the input unit 1 comprises a cross key 2, an acceleration sensor 3, and a function switch 4, and the cross key 2 and the function switch 4 constitute a switch operation input unit. . The cross key 2 is operated by a player (operator playing a game) by four push-type switches provided at the end of a cross-shaped switch formed integrally so that the signal is transmitted to the data processing unit D1. Has become. Normally, the signal of the cross key 2 allows the game machine G to determine the position, movement and direction of the character on the monitor M. The cross key 2 may be an individual push-type switch arranged in a cross shape or a switch arranged in a row.

Referring to FIG. 2, the acceleration sensor 3 is mounted inside the control device C1, and the vertical position (1) that the player applies to the control device C1;
(2), left and right position (3), (4), front and rear position (5),
The acceleration of (6) is detected and transmitted to the data processing unit D1. The output signal of the acceleration sensor 3 allows the game machine G to set, for example, the moving speed, moving direction, and position of the character in three dimensions of up, down, left, right, front and back.

The function switch 3, for example, is operated by an input button to operate the character on the monitor M by the cross key 2, by the acceleration sensor 3, to use the cross key 2 and the acceleration sensor 3, or to use the mixed operation. In this case, it is determined which is to be prioritized and how the priorities are to be allocated.

The data processing unit D1 includes an arithmetic processing unit 5,
ROM, RAM, timer, analog-to-digital converter,
A first internal interface 6 that mainly processes data signals from the key operation unit 1, and edits the result according to a signal communication protocol with an external game machine G and transmits the result to the external interface 8. And a second internal interface 7.

The external interface 8 is a device for transmitting a data signal from the second internal interface 7 to the outside. The external interface 8 transmits the data signal by wire or by wireless transmission using, for example, ultrasonic waves, infrared rays, laser beams, or the like. G is transmitted as output data of the control device C1.

The operation of the embodiment shown in FIGS. 1 and 2 will be described with reference to the flowchart shown in FIG. In the control device C1 which can be operated by switching on, the cross key 2 and the acceleration sensor 3 transmit respective data signals in step S1. In step S2, the player as the operator selects which operation input to execute the game.

When the user selects to play by operating only the cross key 2, the player plays only by transmitting the signal in step S3. When it is selected to operate and play only with the acceleration sensor 3, the player plays only by transmitting the signal in step S7.

When the cross key 2 and the acceleration sensor 3 are mixed, for example, in the case of simultaneous operation in step S4,
The function switch 4 is set to give priority to the cross key 2.
In step S5, the determination in step S4 is confirmed. If the priority is confirmed, the signal of both the cross key 2 and the acceleration sensor 3 is transmitted in step 6. If the priority is uncertain, the signal transmission from the acceleration sensor 3 is prioritized. Conversely, if the priority is uncertain, the cross key may be given priority.

The signal transmission as described above is executed by the first internal interface 6 of the data processing unit D1 by executing the flow.
Is transmitted to the game machine G from the second internal interface 7 via the external interface 8 and, if wired, via the electric wire Wi. If it is wireless, for example, it is transmitted by infrared rays.

In the game machine G, the signal from the control device C1 is converted into a signal specific to the game according to the content of the game, edited, and transmitted to the monitor M.

As described above, the control device C1 can be played by operating the control device C1 with the fingertip by the cross key 2, the operation can be analogously operated by the acceleration sensor 3 by the motion of the palm, arm, body, and the like. Can operate.

Next, a control device C2 according to a second embodiment will be described with reference to FIG. In FIG. 4, the control device C2 includes an input unit 11, a data processing unit D2, and an external interface 18. The signal output of the control device C2 is connected to an external electronic game machine G.

Here, the input unit 11 includes a cross key 12 and
It comprises a pressure sensor 13 and a function switch 14, and the cross key 12 and the function switch 14 constitute a switch operation input unit. The cross key 12 is operated by a player who is an operator playing a game by four push switches provided at an end of a cross-shaped switch formed integrally, and sends a signal thereof to the data processing unit D2. Has become. Normally, the signal of the cross key 12 is
Thus, the position, movement and direction of the character on the monitor M can be determined.

The pressure sensor 13 is connected to the control device C2
, The upper, lower, left, right, front, and rear of a total of six piezoelectric elements or load cells, for example, are pressed with a finger, an arm, or a stick, and the pressure is detected. To be sent. The output signal of the pressure sensor 13 can be converted by the game machine G into, for example, power, speed, timing, etc. relating to the character and various operations.

The function switch 14 allows the character on the monitor M to be changed to
2, the operation using the pressure sensor 13, the use of the cross key 12 and the pressure sensor 13, and the priority in the case of the combination are determined.

The data processing unit D2 includes the arithmetic processing unit 15
And a first internal interface 16 incorporating a ROM, a RAM, a timer, an analog-to-digital converter, and the like, and mainly processing a data signal from the key operation unit 11, and transmitting the result to an external game machine G by signal communication. And a second internal interface 17 that edits data according to the protocol for use and transmits the edited data to the external interface 18.

The external interface 18 is a device for transmitting a data signal from the second internal interface 17 to the outside. The external interface 18 transmits the data signal to the game machine G by wire transmission or wireless transmission by, for example, ultrasonic waves, infrared rays, laser beams, or the like. The data is transmitted as output data of the control device C2.

The operation of the embodiment shown in FIG. 4 will be described with reference to the flowchart shown in FIG. In step S11, the control device C2 that has become operable by switching on the cross key 12 and the pressure sensor 13
Emits respective data signals.

In step S12, the player who is the operator selects which operation input to execute the game. If the user selects to play by operating the cross key 12, only the signal is transmitted from the cross key 12 in step S13. When it is selected to operate and play with only the pressure sensor 13, the player plays only with the signal transmission of the pressure sensor 13 in step S17.

When the cross key 12 and the pressure sensor 13 are used together, the function switch 4 is set in step S14, for example, in the case of simultaneous operation, the cross key 12 is given priority. In step S15, the determination in step S14 is confirmed. If the priority can be confirmed, step S1
At 6, the signals of both the cross key 12 and the pressure sensor 13 are transmitted. If the priority is uncertain, the procedure goes to step S17, where the signal transmission from the pressure sensor 13 is prioritized. Conversely, if the priority is uncertain, the cross key may be given priority.

The signal transmission as described above is executed by the first internal interface 1 of the data processing unit D2 by executing the flow.
6, the data is processed, and transmitted from the second internal interface 17 via the external interface 18 to the game machine G via the electric wire Wi in the case of wired transmission.
If it is wireless, for example, it is transmitted by infrared rays.

As described above, the control device C2 can be played by operating the control device C2 with the fingertip using the cross key 12, and the pressure sensor 13 can be operated in an analog manner with finger strength, palm strength, arm strength, body movement, and the like. Various detailed operations are possible.

Next, a control device C3 according to another embodiment will be described with reference to FIG. 6, the control device C3 includes an input unit 21, a data processing unit D3, and an external interface 29. The signal output of the control device C3 is connected to an external electronic game machine G.

Here, the switch operation input unit 21 includes a pressure sensor 22, an acceleration sensor 23, a cross key 24,
And a function switch 25.
And the function switch 25 constitute a switch operation input unit. The pressure sensor 22 is attached to the inside of the control device C3, and presses a total of six, for example, a piezoelectric element or a load cell with a finger, an arm, a stick, or the like, such as upper, lower, left, right, front, and rear, to generate the pressure. And a data processing unit D3
To be sent to. The output signal of the pressure sensor 22 can be converted by the game machine G into, for example, power, speed, timing, etc. relating to the character and various operations. The acceleration sensor 23 is attached to the inside of the control device C3, detects the vertical, left, right, front and rear acceleration applied to the control device C3 by the player, and transmits the acceleration to the data processing unit D3. The output signal of the acceleration sensor 23 can be converted by the game machine G into, for example, the moving speed, moving direction position, power, and timing of the character. The cross key 22 is operated by a player as an operator by four push switches provided at the end of a cross-shaped switch formed integrally, and sends the signal to the data processing unit D3. . Normally, the signal of the cross key 22 allows the game machine G to determine the position, movement and direction of the character on the monitor M.

The function switch 25 allows the character on the monitor M to be moved to the
4, the pressure sensor 22, the acceleration sensor 23, the cross key 24, the pressure sensor 22, and the acceleration sensor 23. It decides how to allocate priorities.

The data processing unit D3 includes an arithmetic processing unit 26
And ROM, RAM, timer, analog-to-digital converter,
A first internal interface 27 that mainly processes data signals from the key operation unit 21, and edits the result in accordance with a signal communication protocol with an external game machine G and transmits the result to the external interface 29. And a second internal interface 28.

The external interface 29 is a device for transmitting a data signal from the second internal interface 28 to the game machine G, and receives the data signal from the first and second embodiments.
Although the transmission volume is large, the basic functions are the same.

The operation of the embodiment shown in FIG. 6 will be described mainly with reference to the flowchart shown in FIG. The control device C3, which can be operated by switching on,
In step S31, the cross key 24, the acceleration sensor 23, and the pressure sensor 22 transmit respective data signals.

In step S32, the player who is the operator selects which operation input to execute the game. When step S33 is selected so as to be operated and played only with the cross key 24, the play is performed only by the signal transmission of the cross key 24 in step S34. When step S35 is selected so as to be operated and played with only the acceleration sensor 23, the player plays only by transmitting the acceleration signal in step S36. If it is selected to play only with the pressure sensor 22, the play is performed only by transmitting the pressure signal in step S41.

If step S37 is selected so that the cross key 24 and the pressure sensor 22 are mixed, step S3
In step 8, for example, in the case of simultaneous operation, the function switch 25 is set to give priority to the cross key 24. Step S3
In step 9, the priority order in step S38 is confirmed. If the priority order can be confirmed, the signal of both the cross key 24 and the acceleration sensor 23 is transmitted in step S40. If the priority is uncertain, the signal transmission from the acceleration sensor 23 is prioritized. Conversely, when the priority is uncertain, the cross key 25 may be prioritized.

The above description is based on the cross key 24 and the acceleration sensor 23.
However, when the pressure sensor 22 is further added to this combination, the priority order is determined in the same manner.

The signal transmission as described above is executed by the first internal interface 2 of the data processing unit D3 by executing the flow.
7, the data is processed, and transmitted from the second internal interface 28 to the game machine G via the external interface 29. .

As described above, the control device C3 can be played by operating the control device C3 with the fingertip using the cross key 24, and the force and acceleration due to analog finger, palm, arm, body movements and the like are controlled by the pressure sensor 22 and the acceleration sensor 23. It can be operated by input, and can be operated in a variety of elaborate ways by mixing.

Next, a control device C4 according to another embodiment will be described with reference to FIG. The following description focuses on portions that are substantially different from the above embodiment. 8, the control device C4 includes an input unit 31, a data processing unit D4, and an external interface 37. The signal output of the control device C4 is connected to an external electronic game machine G.

Here, the input unit 31 is provided with a pressure sensor 32
And an acceleration sensor 33. The configurations and functions of the pressure sensor 32 and the acceleration sensor 33 are substantially the same as the pressure sensor and the acceleration sensor configured in the above embodiment. The switch operation input unit 31 is characterized in that unlike the first, second and third embodiments of the present invention, there is no cross key. In other words, in the embodiment shown in FIG. 8, the switch operation input unit is not provided.

The data processing unit D 4 is provided with an arithmetic processing unit 34.
And a first internal interface 35, which incorporates a ROM, a RAM, a timer, an analog-to-digital converter, etc., and mainly processes data signals from the switch operation input unit 31, and transmits the result to an external game machine G. Data is edited according to the protocol for signal communication and external interface 3
7 and a second internal interface 36 for transmission to the P.7.

The external interface 37 transmits a data signal from the second internal interface 36 to the game machine G.

The operation of the embodiment shown in FIG. 8 will be described with reference to the flowchart shown in FIG. In step S21, the control device C4, which can be operated by switching on, switches the pressure sensor 32 and the acceleration sensor 3
3 emit respective data signals.

In step S22, the player who is the operator selects which operation input to execute the game. When it is selected to operate and play with only the pressure sensor 32, the player plays only with the signal transmission of the pressure sensor 32 in step S23. If it is selected to operate and play only with the acceleration sensor 33, step S27
Is played only by transmitting the signal of the acceleration sensor 33 of the above.

When the pressure sensor 32 and the acceleration sensor 33 are mixed, in step S24, for example, in the case of simultaneous operation, the acceleration sensor 33 is set to have priority. In step S25, the determination in step S24 is confirmed. If the priority can be confirmed, signals are transmitted from both the pressure sensor 32 and the acceleration sensor 33 in step S26.
If the priority determination in step S24 is uncertain in step S25, the signal transmission from the acceleration sensor 33 is prioritized.

The signal transmission as described above is performed by the first processing of the data processing unit D4 by executing the flow, as in the above embodiment.
Is transmitted to an internal interface 35, is subjected to data processing, and is transmitted from the second internal interface 36 to the game machine G via the external interface 38.

As described above, by operating the pressure sensor 32 and the acceleration sensor 33, the force and the acceleration can be input in an analog manner, so that the force and the operation can be mainly input.

[0061]

The effects of the present invention are listed below. (1) Since the control device is provided with a cross key, an acceleration sensor, and a function switch for setting an operation method including mixed use, not only the operation of a fingertip with the conventional cross key but also an analog palm or arm. In addition, the operation of the body action, that is, the so-called body action, can be input, and the operation of emotion injection can be performed. Further, only the cross key can be selected depending on the degree of difficulty of the game or the like, or a variety of detailed selections can be made by mixing the cross key and the acceleration sensor, so that a range of solution methods of the game can be provided. (2) The control device is equipped with a cross key, a pressure sensor, and a function switch, so that not only the operation of the fingertip with the cross key but also the magnitude of the force can be operated and input by the pressure sensor, so emotion injection can be performed. It is now possible. The game operation can be easily performed only with the cross key or the pressure sensor, or can be performed in a mixed and diverse manner. (3) Since the control device is provided with a cross key, a pressure sensor, an acceleration sensor, and a function switch, in addition to the operation of only the fingertip of the cross key, force and motion input can be performed, and emotion injection can be performed. A wide range of games is possible, from the use of various sensors to the solving of difficult game operations. (4) Since the control device is provided with a pressure sensor and an acceleration sensor and the conventional cross key is eliminated, the control device is particularly suitable for a sporty game in which force and motion are input.

[Brief description of the drawings]

FIG. 1 is a configuration block diagram showing an embodiment of the present invention.

FIG. 2 is a view showing the overall configuration of the game machine including FIG. 1;

FIG. 3 is a flowchart for explaining the operation of FIG. 1;

FIG. 4 is a configuration block diagram showing another embodiment of the present invention.

FIG. 5 is a flowchart illustrating the operation of FIG. 4;

FIG. 6 is a configuration block diagram showing another embodiment of the present invention.

FIG. 7 is a flowchart for explaining the operation of FIG. 6;

FIG. 8 is a configuration block diagram showing another embodiment of the present invention.

FIG. 9 is a flowchart illustrating the operation of FIG. 8;

[Explanation of symbols]

 G: game machine C1, C2, C3, C4 ... control device D1, D2, D3, D4 ... data processing unit 1 ... switch operation input unit 2 ... cross key 3, 23, 33 ... Accelerometers 13, 22, 32 Pressure sensor 4 Function switch 5 Arithmetic processor 6 First internal interface 7 Second internal interface 8 External interface

Claims (4)

[Claims] 1. A dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer, comprising: a switch operation input unit for manually operating the dynamic image; and an operator operating the control device. An acceleration sensor for detecting an acceleration when the acceleration sensor is operated, a data processing unit for performing data processing on a detection signal of the acceleration sensor and an operation signal of the switch operation input unit, and transmitting a signal from the data processing unit to an external game machine. A dynamic image control device, comprising: an external interface. 2. A dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer, comprising: a switch operation input unit for manually operating a dynamic image; A pressure sensor for detecting a pressing force to be applied to the external device, a data processing unit for processing a detection signal of the pressure sensor and an operation signal of the switch operation input unit, and transmitting a signal from the data processing unit to an external game machine. A dynamic image control device, comprising: 3. A dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer, comprising: a switch operation input unit for manually operating the dynamic image; A pressure sensor that detects a pressing force to be applied by the operator, an acceleration sensor that detects an acceleration when the operator moves the control device, a detection signal of the pressure sensor and the acceleration sensor, and an operation signal of the switch operation input unit. A data processing unit for processing data, and an external interface for transmitting a signal from the data processing unit to an external game machine;
A dynamic image control device, comprising: 4. A dynamic image control device for operating a dynamic image displayed on a display unit of an electronic game machine having a computer, comprising: a pressure sensor for detecting a pressing force applied to the control device by an operator; An acceleration sensor that detects an acceleration when the operator moves the control device, a data processing unit that performs data processing on detection signals of the pressure sensor and the acceleration sensor,
An external interface for transmitting a signal from the data processing unit to an external game machine.