JP2009291592A - Vision/brain/muscle cooperative training device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a vision/brain/muscle cooperative training device for improving the co-operation of three elements: vision, the brain and the muscle, having compact configuration, simply carried and inexpensive, although the effect in respect of strengthening the brawn is small. <P>SOLUTION: Force is applied to a pressure applied part 12 of a signal creating device 11 to cause a pressure change in the interior of the pressure applied part, and the pressure change is detected by a pressure sensor 14. A detection signal from the pressure sensor 14 is converted to a digital signal by an A-D converting part 16 and output, and the output signal is transmitted from a transmitting part 18 by radio. A target pressing force data M specified by a data input part 24 is fetched from RAM based on the control of a data control part 23, and displayed on a display part 25 as a graph changing in time-series by time entering the horizontal axis and the pressing force entering the vertical axis. A radio signal from the transmitting part 18 is received by a receiving part 22, processed by the data control part 23, and displayed simultaneously with the graph of the target pressing force pressure data to coincide with the time series on the display part 25. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a visual / brain / muscular collaboration training apparatus for performing training for enhancing cooperation between muscles, brain and vision in a human body.

  Human athletic ability is easily reduced by physical inactivity, and in particular, muscular strength is reduced unless a load higher than daily life is applied. Furthermore, muscle atrophy is accelerated by aging. Therefore, it is easy for an elderly person to fall down, and as a result, it causes a serious situation such as being bedridden due to a fracture or the like. Furthermore, after middle-aged and older, the cooperation between the three of the vision, the brain, and the muscle declines more than muscle atrophy, and accidents due to the inability to smoothly coordinate these three are also increasing. For example, despite the fact that there is an obstacle in front of the eyes, the commands from the eyes to the brain and from the brain to the muscle group are not transmitted quickly, and the cooperative play of these three actions Since it does not work, it is easy to lead to the result of a fall, a fracture, etc. by tripping over a slight obstacle. Therefore, especially in middle-aged and older people, training that takes into account the cooperation of the three parts of vision, brain, and muscle is important, not just muscular training.

  As a muscle training device for such a purpose, for example, a device shown in Patent Document 1 is known. This muscle training device is trained in a state in which the operation unit operated by the person performing the training is incapable of movement, and is detected by target load data consisting of a collective mountain-shaped curve as a training target and a load sensor. The load data obtained by operating the operation unit of the person who performs the training is simultaneously displayed on a single visual display means. In this training apparatus, exercise is performed because a so-called isometric exercise (isometric exercise) is performed in which a load is applied to the muscle of the person performing the training during training, but the length of the muscle itself and the angle of the joint do not change. Even if a middle-aged or elderly person unaccustomed to training with this muscle training apparatus, a sudden load is not applied to the muscles and joints. As a result, the person performing the training can perform the muscle training without having anxiety that a physical disorder occurs.

Further, according to this training apparatus, the person who performs training can recognize the change of the load data with respect to the target load data every moment, and is conscious of matching the load data with the target load data displayed on the display means. Since the training is performed, the command from the eyes to the brain and from the brain to the muscle group can be quickly transmitted, so that the collaboration between the vision, the brain, and the muscle is enhanced. By improving the cooperation, it is possible to obtain an effect of preventing an accident such as a fracture caused by a simple fall of a particularly elderly person. However, this training device raises and lowers the weight of a predetermined weight, the load applied to the muscle is constant, and isotonic exercise (isotonic exercise) that generates muscle strength while changing the length of the muscle The muscle training device is changed to the device for isometric exercise described above, and a configuration that enhances the cooperativeness of the three parts of vision, brain, and muscle is added. For this reason, the training apparatus itself has a very large structure and is expensive, and there is an inconvenience that it is difficult for an individual to obtain easily and cannot be easily carried.
Japanese Patent No. 3999493

  The present invention is intended to solve such a problem and has a small effect in terms of strengthening muscle strength. However, the present invention is simple in a compact configuration for enhancing cooperation between the three parts of vision, brain and muscle. It is an object of the present invention to provide an inexpensive visual / brain / muscular cooperative training device that can be carried around and purchased by individuals.

  In order to achieve the above object, the first feature of the present invention is that an elastically shrinkable hollow ball-shaped pressure application unit formed of a flexible material, and a change in pressing force applied to the pressure application unit. A signal comprising a pressure detection unit that detects and outputs a detection signal, an AD conversion unit that converts an analog detection signal from the pressure detection unit into a digital signal and outputs the digital signal, and a transmission unit that wirelessly transmits the digital signal Predetermined from a creating device, a receiving unit that receives a radio signal from a transmitting unit, a data storage unit that stores a plurality of target pressing force data corresponding to the degree of training, and a target pressing force data stored in the data storage unit The data specifying unit for specifying the target pressing force data, the display unit for visually displaying the input signal, and the target pressing force data specified by the data specifying unit are extracted from the data storage unit, and the horizontal axis and the vertical axis Izu Display time on the display unit as a graph that changes in time series by taking time on one side and pressing force on the other side, and simultaneously display the change in pressing force based on the received signal from the receiver unit on the graph in time series And a data processing display device provided with a data control section to be displayed. As the graph, various shapes such as a waveform like a sine wave, a rectangular wave, and a sawtooth shape are used.

  In the present invention, when a person who performs training (hereinafter referred to as a trainee) applies a force to the pressure application unit of the signal generating device by hand or the like, the pressure application unit contracts to generate an internal pressure change, and the pressure The change is detected by the pressure detector. An analog detection signal from the pressure detection unit is converted into a digital signal by the AD conversion unit and output, and transmitted wirelessly from the transmission unit. On the other hand, the target pressing force data specified by the data specifying unit is retrieved from the data storage unit based on the control of the data control unit, taking time on either the horizontal axis or the vertical axis and taking the pressing force on the other. As a result, it is displayed on the display unit as a graph that changes in time series. A radio signal from the transmission unit is received by the reception unit, the received signal is processed by the data control unit, and a change in the pressing force based on the received signal is simultaneously displayed on the display unit in time series on the graph of the target pressing force data. The As a result, the trainee applies force to the pressure application unit while observing the display to match the change in pressure with the target pressure data graph. Is transmitted quickly, and the effect of strengthening muscle strength is small, but the cooperation of the three parts of vision, brain, and muscle is enhanced. As a result, in the present invention, by improving the cooperation of these three parties, it is possible to prevent accidents such as fractures caused by simple falls of middle-aged and older persons, provided that a certain amount of muscle training is taken into account. Effect is obtained.

  According to the present invention, the vision / brain / muscle cooperative training device (hereinafter referred to as the cooperative training device) is separated into a signal creation device and a data processing display device, and the trainee is compact. This is very convenient because the training can be performed only by pressurizing the pressure application unit with the signal generating device. Furthermore, since this collaborative training device has a simple configuration, it is provided at an inexpensive price that can be sufficiently owned by an individual, and it is easy to handle, so that it is easy to play, and it is a visual sense, a brain, and a muscle. Collaboration among people is enhanced. Further, each of the plurality of trainees has only the signal generating device, and can also compete for training using the data processing display device in common. As a result, the effect of the collaborative training is further enhanced.

  In the present invention, a signal data storage unit that stores signal data input to the display unit can be provided. The signal data storage unit is preferably a storage device such as a CDROM, FD, or USB memory that can be easily removed. As a result, a large number of signal data stored in the signal data storage unit can be separately analyzed by various methods, so that the effect of collaborative training can be known in more detail, and training can be improved. It is possible to contribute.

  In the present invention, the display unit can be a video display unit of a separate television receiver. As a result, the trainee can recognize the state of training in an easy-to-understand manner by viewing the screen of the large video display unit of the television receiver, and can use the video display unit of the widely used television receiver. Thus, the cost of the collaborative training apparatus can be reduced.

  In the present invention, the data processing display device can be divided into a receiving unit, a data storage unit, a data specifying unit, a display unit, and a computer including a data control unit. Thus, as a main part of the data processing display device, it is possible to use a widely used computer such as a general-purpose personal computer, so that the configuration of the data processing display device becomes compact, and the device price for the personal computer owner is low. To reduce.

  The second feature of the present invention is that the elastically shrinkable hollow ball-shaped pressure application unit formed of a flexible material, and a detection signal detected by detecting a change in the pressing force applied to the pressure application unit. A pressure detection unit that outputs, an AD conversion unit that converts an analog detection signal from the pressure detection unit into a digital signal and outputs the digital signal, a data storage unit that stores a plurality of target pressing force data according to the degree of training, A data designating unit for designating predetermined target pressure data from the target pressure data stored in the data storage unit, a display unit for visually displaying an input signal, and target pressure data designated by the data designating unit. The data is taken out from the data storage unit and displayed on the display unit as a graph that changes in time series by taking time on one of the horizontal axis and the vertical axis and applying pressure on the other. In that a data control unit for displaying on the display unit simultaneously together chronological pressure changes based on the Le signal graph.

  In the second feature, the trainee applies a force to the pressure application unit of the cooperative training apparatus by hand or the like, so that the pressure application unit contracts to generate an internal pressure change, and the pressure change is detected by the pressure detection unit. Detected. An analog detection signal from the pressure detection unit is converted into a digital signal by the AD conversion unit and output to the data control unit. On the other hand, the target pressing force data selected by the data designating unit changes in time series by taking time on either the horizontal axis or the vertical axis and taking pressing force data on the other, based on the control of the data control unit. To be displayed on the display unit. The digital signal input to the data control unit is processed by the data control unit, and a change in pressing force based on the digital signal is simultaneously displayed on the display unit in time series with the graph of the target pressing force data. As a result, the trainee is trained to observe the pressure detection result on the graph while looking at the display, so that commands from the eyes to the brain and from the brain to the muscle group can be transmitted quickly. Thus, the effect of strengthening muscle strength is small, but the cooperation of the three parts of vision, brain, and muscle is enhanced. As a result, in the present invention, by improving the cooperation, it is possible to prevent an accident such as a fracture caused by a simple fall of a middle-aged or older person on the condition that a certain amount of muscle training is taken into account. can get.

  In addition, this cooperative training apparatus is simply configured by a pressure applying unit, a pressure detecting unit, an AD converting unit, a data storage unit, a data specifying unit, a display unit, and a data control unit. It is offered at an inexpensive price that can be fully owned by an individual. Furthermore, this collaborative training device has a simple structure and is easy to handle, so the cooperativeness of the visual, brain, and muscles is enhanced with a sense of play. In particular, multiple trainees gather together with the device, Since it is possible to compete with each other for training, the effectiveness of collaborative training is further enhanced.

  Also in the second feature, a signal data storage unit for storing signal data input to the display unit can be provided, and a large number of signal data stored in the signal data storage unit can be separately analyzed by various methods. can do. As a result, it is possible to know the effects of collaborative training in more detail and contribute to the improvement of training. Furthermore, also in the second feature, the display unit can be a video display unit of a separate television receiver.

  In the second feature, the data storage unit, the data designation unit, the display unit, and the data control unit can be configured by a computer. As described above, since a widely used computer such as a general-purpose personal computer can be used as the main part of the collaborative training apparatus, the configuration of the collaborative training apparatus becomes compact, which is an apparatus for a personal computer owner. The price is reduced.

  According to the present invention, the trainee carries the device and consciously applies the pressure detection result to the graph while looking at the display unit, and applies force to the pressure application unit. The command to the group will be transmitted quickly, and as a result, the cooperation of the three people of vision, brain, and muscle will be enhanced, so especially if you are considering a certain amount of muscle training, especially middle-aged or older The effect of preventing an accident such as a fracture caused by a simple fall of a person with a problem is obtained. Further, in the present invention, since the collaborative training apparatus has a simple configuration, it is provided at an inexpensive price that can be sufficiently owned by an individual, and it is easy to handle, so that it is easy to play. The cooperation of the three muscles is enhanced, and in particular, since a plurality of trainees can gather together with the apparatus and compete with each other for training, the effect of the collaboration training is further enhanced.

  Hereinafter, embodiments of the present invention will be described. FIG. 1 shows that a person who performs training according to the first embodiment (hereinafter referred to as a trainee) holds the pressure application unit by hand and works on the pressure application unit to match his input data with display data while viewing the display screen. Is a block diagram showing the overall schematic configuration of a vision / brain / muscle collaboration training device (hereinafter referred to as a collaboration training device) used for training of collaboration between vision and brain and muscle. It is shown schematically.

  The collaborative training device 10 includes a signal creation device 11 and a data processing display device 21. The signal generation device 11 is formed of a flexible material that is an elastically shrinkable hollow ball shape that can be grasped by a hand, and a pressure change applied to the pressure application unit 12 by hand. The pressure sensor 14 is a pressure detection unit that detects and outputs a detection signal, the preamplifier 15 that amplifies and outputs the detection signal from the pressure sensor 14, and the analog signal from the preamplifier 15 is converted into a digital signal and output. An AD conversion unit (analog / digital conversion unit) 16, a binary / decimal conversion unit 17 that converts a binary digital signal from the AD conversion unit 16 into a decimal digital signal, and outputs it, and a binary / ten It is comprised with the transmission part 18 which transmits the conversion signal from the base conversion part 17 as a radio signal.

  The pressure application unit 12 is a hollow elliptical sphere like a rubber rugby ball, and is provided with a tube 13 communicating with a hollow portion extending from the top in the longitudinal direction. A pressure sensor 14 is attached. The preamplifier 15 amplifies the detection signal in mV units from the pressure sensor 14 to V units. The AD converter 16 converts the analog signal from the preamplifier 15 into a binary digital signal and outputs it. The binary / decimal conversion unit 17 converts a binary digital signal into a decimal digital signal according to, for example, the RS232C type to USB conversion standard. In the first embodiment, the preamplifier 15, the AD conversion unit 16, the binary / decimal conversion unit 17, and the transmission unit 18 are compactly integrated as a signal generation unit 11a housed in a case. The creation unit 11a is put in a pocket or the like, and the pressure applying unit 12 can be easily operated by hand.

  The data processing display device 21 includes a reception unit 22 that receives a radio signal from the transmission unit 18, a data control unit 23, a data input unit 24 that is a data designation unit, and a display unit 25 that visually displays an input signal. And. The data control unit 23 is configured by a microcomputer including a ROM, a RAM, a CPU, an I / O, and the like. The RAM stores target pressing force data M for various types of muscle training. The data input unit 24 has a keyboard format or the like for inputting a training target value or the like. The display unit 25 is a display unit such as a liquid crystal display or a CRT that visually displays an input signal. A receiving unit 22 and a data input unit 24 are connected to the input side of the data control unit 23, and a display unit 25 and a data storage unit for storing calculation data such as a CDROM, a USB memory, etc. are connected to the output side. An external storage device 26 is connected. In the first embodiment, the receiving unit 22 and the data control unit 23 are accommodated and collected in a case, and are placed on a desk together with the data input unit 24 and the display unit 25 for use.

  Next, the operation of the collaboration training apparatus 10 will be described. The trainee selects and inputs the type of training corresponding to the degree of cooperation with the data input unit 24, and the data control unit 23 selects the target pressing force data M, which is a training program corresponding to the selected level. (Target muscle strength data) is read from the RAM and displayed on the display screen of the display unit 25. As shown in FIG. 2, the target pressing force data M is composed of, for example, six rectangular pulses set for a predetermined pressing force per minute. Note that the pulse width and cycle of the target pressing force data are not limited to regular ones and may be irregular. Further, the target pressing force data is not limited to the rectangular pulse, but may be a triangular wave, a sawtooth wave, a sine wave, or the like.

  Training starts when the trainee grasps the pressure application unit 12 of the signal generation device 11 by hand and applies force, and the pressure application unit 12 contracts to generate an internal pressure change, and the pressure change is detected by the pressure sensor 14. Detected by. After the detection signal from the pressure sensor 14 is amplified by the preamplifier 15, it is converted into a binary digital signal by the AD converter 16 and output, and is converted into a decimal digital signal by the binary / decimal converter 17. , Transmitted from the transmitter 18 by radio.

  A radio signal from the transmission unit 18 is received by the reception unit 22 of the data processing display device 21 and processed by the data control unit 23, and as shown in FIG. A time series is displayed on the graph of the pressure data M at the same time. Then, the trainee applies a force to the pressure application unit 12 while observing the display unit 25 so as to match the pressing force detection result C with the target pressing force data M, thereby moving the eye to the brain and the brain to the muscle group. The command is transmitted quickly, so that the effect of strengthening the muscular strength is small, but the cooperation of the three parts of vision, brain, and muscle is enhanced. As a result, in the first embodiment, an accident such as a fracture caused by a simple fall of a middle-aged or older person, on the condition that a certain degree of muscle training is taken into account by improving the cooperation of the three parties. The effect which prevents is obtained.

  Further, according to the first embodiment, the collaborative training device 10 is separated into the signal creation device 11 and the data processing display device 21, and the trainee has the compact signal creation device 11, and the pressure application unit 12. It is very convenient because the training can be performed only by gripping. Furthermore, since this collaborative training device 10 has a simple configuration, it is provided at an inexpensive price that can be sufficiently owned by an individual, and is easy to handle, so that it is easy to play, and it is easy to play. Tripartite collaboration is enhanced. In addition, the plurality of trainees each have only the signal generation device 11 and compete for training using the data processing display device 21 in common, thereby further enhancing the effectiveness of the collaborative training. Moreover, since the memory | storage device 26 which memorize | stores the signal data input into the display part 25 is provided, many signal data memorize | stored in the memory | storage device 26 can be separately analyzed using a various method, It becomes possible to know the effects of collaborative training in more detail and contribute to the improvement of training.

  The display unit 25 is a display means such as liquid crystal, but a video display unit of a separate television receiver can also be used. As a result, trainees can recognize the state of training more clearly by viewing the screen of the large video display unit of the television receiver, and use the video display unit of the widely used television receiver. This can also reduce the cost of the collaborative training device.

Next, a modification of the first embodiment will be described.
In the modification, the data processing display device 21A is a general-purpose computer including a receiving unit 22, a data control unit 32 including a RAM, a data input unit 33, and a display unit 34, as shown in FIG. It is divided into a personal computer 31. The storage device 26 is connected to the output side of the data control unit 32. As described above, since the widely used general-purpose personal computer 31 can be used as the main part of the data processing display device 21A, the configuration of the collaborative training device 10A becomes compact, and for the personal computer owner, the device price is reduced. Reduction.

Next, Example 2 will be described with reference to FIG.
In the cooperative training apparatus 40 of the second embodiment, the signal generating device 11 and the data processing display device 21 are not separated as in the first embodiment, but are connected by a cable and integrated. The collaborative training device 40 includes a pressure application unit 12, a pressure sensor 14, a preamplifier 15, an AD conversion unit 16, a binary / decimal conversion unit 17, a data control unit 23, and a data input unit 24. The display unit 25 visually displays an input signal, and a storage device 26 is connected to the data control unit 23. About the same part as Example 1, it represents using the same code | symbol. In the second embodiment, the preamplifier 15, the AD conversion unit 16, the binary / decimal conversion unit 17, and the data control unit 23 are compactly integrated as a signal creation processing unit 41 housed in a case, and data input The unit 24 and the display unit 25 are placed on a desk or the like for easy use.

  Also in the second embodiment, as in the first embodiment, the trainee grasps the pressure application unit 12 of the cooperative training apparatus 40 by hand and applies a force, so that the pressure application unit 12 contracts and the internal pressure changes. The pressure change is detected by the pressure sensor 14. After the detection signal from the pressure sensor 14 is amplified by the preamplifier 15, it is converted into a digital signal by the AD converter 16 and output, and further converted into a decimal digital signal by the binary / decimal converter 17 to control the data. Is output to the unit 23. On the other hand, the target pressing force data M designated by the data input unit 24 and read from the RAM by the data control unit 23 is displayed on the horizontal axis according to the control of the data control unit 23 as shown in FIG. By taking muscular strength data on the vertical axis, the graph is displayed on the display unit 25 as a graph that changes in time series.

  Further, the decimal digital signal input to the data control unit 23 is processed by the data control unit 23, and as shown in FIG. These are simultaneously displayed on the display unit 25. For this reason, the trainee performs training while observing the display unit 25 so as to match the pressing force detection result C with the graph, so that commands from the eyes to the brain and from the brain to the muscle group are quickly transmitted. As a result, the collaboration between the vision, brain and muscles is enhanced. As a result, in Example 2 as well as Example 1, with the improvement of such cooperation, a fracture caused by a simple fall of a middle-aged or older person on the condition that some degree of muscle training is taken into account. The effect of preventing accidents is obtained.

  The cooperative training device 40 includes a pressure controller 12, a pressure sensor 14, a preamplifier 15, an AD converter 16, a binary / decimal converter 17, a data controller 23 including a RAM, a data input unit 24, and the like. The display unit 25 and the like are simply configured, and are provided at an inexpensive price that can be sufficiently owned by an individual. Furthermore, since this cooperative training device 40 is simple in configuration and easy to handle, the cooperativeness of the visual, brain, and muscles is enhanced with a sense of play. In particular, a plurality of trainees gather together with the device. , It is possible to compete with each other for training, so the effectiveness of collaborative training is further enhanced. In the second embodiment as well, the display unit 25 can use the video display unit of a separate television receiver.

  As a modification of the second embodiment, as shown in FIG. 5, as shown in FIG. 5, a collaborative training apparatus 40 </ b> A includes a pressure detection unit including a pressure application unit 12, a pressure sensor 14, an AD conversion unit 16, and a binary / decimal conversion unit 17. And a personal computer 31 including a data control unit 32 including a RAM, a data input unit 33, and a display unit 34. As described above, since the widely used general-purpose personal computer 31 can be used as the main part of the cooperative training apparatus 40A, the configuration of the cooperative training apparatus 40A becomes compact, and it is a device for a personal computer owner. The price will be reduced. In the modification, the AD conversion unit 16 and the binary / decimal conversion unit 17 may be included in the personal computer.

  In the first and second embodiments, the pressure is applied by holding the pressure applying unit 12 with a hand. Instead, the pressure is applied by pushing with an arm or stepping with a foot. May be. Further, the pressure application unit 12 is not limited to an elliptical sphere, and may be a sphere or the like. Furthermore, by connecting the pressure sensor 14 to the preamplifier 15 in a detachable manner, the pressure application unit 12 and the pressure sensor 14 can be integrated into a consumable product. Also, the circuit configuration of the apparatus is not limited to that shown in the embodiment, and for example, it is possible to perform signal processing with a binary signal without providing a binary / decimal conversion unit, and as in the embodiment, As long as the above-described action is achieved. In addition, what was shown in each said Example is an example, It is also possible to implement in various changes in the range which does not deviate from the meaning of this invention.

  According to the present invention, a device that is portable with a simple configuration can easily perform training for enhancing cooperation between the three of the sight, the brain, and the muscles. This is useful because it can prevent accidents such as broken bones caused by a simple fall of a middle-aged or older person on the condition that the training of the above is taken into consideration.

It is a block diagram which shows schematic structure of the cooperation training apparatus which is Example 1 of this invention. It is explanatory drawing explaining the relationship between the target pressing force data M displayed on the display part of the same cooperation training apparatus, and measured pressing force data C. FIG. It is a block diagram which shows schematic structure of the cooperation training apparatus which is a modification of Example 1. FIG. It is a block diagram which shows schematic structure of the cooperation training apparatus which is Example 2. FIG. It is a block diagram which shows schematic structure of the cooperation training apparatus which is a modification of Example 2. FIG.

Explanation of symbols

10, 10A, 40, 40A ... collaborative training device, 11 ... signal generation device, 12 ... pressure application unit, 14 ... pressure sensor, 16 ... AD conversion unit, 17 ... binary / decimal conversion unit, 18 ... transmission , 21, 21A ... data processing display device, 22 ... receiving unit, 23, 32 ... data control unit, 24, 33 ... data input unit, 25, 34 ... display unit, 26 ... storage device, 31 ... personal computer.

Claims (8)

An elastically shrinkable hollow ball-shaped pressure application section formed of a flexible material;
A pressure detection unit that detects a change in pressing force applied to the pressure application unit and outputs a detection signal;
An AD converter that converts an analog detection signal from the pressure detector into a digital signal and outputs the digital signal;
A signal generation device provided with a transmission unit that wirelessly transmits the digital signal;
A receiver for receiving a radio signal from the transmitter;
A data storage unit storing a plurality of target pressing force data according to the degree of training;
A data designating unit for designating predetermined target pressing force data from the target pressing force data stored in the data storage unit;
A display for visually displaying the input signal;
The target pressing force data designated by the data designating unit is extracted from the data storage unit, and the time changes in time series by taking time on one of the horizontal axis and the vertical axis and taking the pressing force on the other. A data processing display device provided with a data control unit that displays the change in the pressing force based on the reception signal from the reception unit on the graph and displays the change in time series on the graph at the same time. A visual, brain, and muscle collaboration training device.   The visual / brain / muscular cooperative training apparatus according to claim 1, further comprising a signal data storage unit configured to store signal data input to the display unit.   The visual / brain / muscular cooperative training apparatus according to claim 1, wherein the display unit is a video display unit of a separate television receiver.   3. The data processing display device is divided into a computer including the receiving unit, the data storage unit, the data designating unit, the display unit, and the data control unit. Vision / brain / muscle collaboration training device described in 1. An elastically shrinkable hollow ball-shaped pressure application section formed of a flexible material;
A pressure detection unit that detects a change in pressing force applied to the pressure application unit and outputs a detection signal;
An AD converter that converts an analog detection signal from the pressure detector into a digital signal and outputs the digital signal;
A data storage unit storing a plurality of target pressing force data according to the degree of training;
A data designating unit for designating predetermined target pressing force data from the target pressing force data stored in the data storage unit;
A display for visually displaying the input signal;
The target pressing force data designated by the data designating unit is extracted from the data storage unit, and the time changes in time series by taking time on one of the horizontal axis and the vertical axis and taking the pressing force on the other. And a data control unit that displays the change in the pressing force based on the digital signal from the AD conversion unit in the time series on the graph and displays the change on the display unit at the same time. Brain / muscle collaboration training device.   6. The visual / brain / muscle cooperative training apparatus according to claim 5, further comprising a signal data storage unit that stores signal data input to the display unit.   The visual / brain / muscular cooperative training apparatus according to claim 5, wherein the display unit is a video display unit of a separate television receiver.   The visual / brain / muscular cooperative training apparatus according to claim 5, wherein the data storage unit, the data designation unit, the display unit, and the data control unit are configured by a computer.

Images