JPH10216285A - Form learning mentality reinforcing device and mentality reinforcing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve a mental training effect by detecting movement in a body by means of a movement detecting means which is fitted to an optional position of the body of a practicer and reporting it by means of sound or voice. SOLUTION: A form learning and/or mentality reinforcing device 4 is constituted of a movement detecter 8, a controller 16, an earphone 5 and/or a small speaker 6 reporting means. For example, the movement detecter 8 is fitted to the optional position in the arm of the practicer. When previously set movement is detected by the movement detecter 8, the signal is inputted to the controller 16. The controller 16 permits the practicer 18 to hear words, etc., for mentality training with the earphone 5 and/or the small speaker 6 based on the signal. They are desirable to be assembled compactly but they can be divided as necessary. Movement to be the point of the body is checked and recognized by the configuration so that practicing and mentality training are simultaneously executed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a form learning device for acquiring correct forms and techniques in sports and other exercises, and a training for strengthening the mental side in order to exert ability in games and the like. Mental enhancement device, or learning, business, rehabilitation and beauty
The present invention relates to a mental strengthening device for strengthening a mental aspect for achieving slimming and the like.

[0002]

In exercises that move the body such as sports, the form often becomes a problem. For example, in baseball, golf, etc., even a professional player may disturb the form and perform poorly,
I often hear about improving forms and improving grades. Taking baseball as an example, twisting the upper body and shifting the center of gravity are important in batting. A bad example is a form in which the bat is shaken only with the power of the arm, but it is desirable to perform the batting by twisting the back and waist and twisting the upper body not only with the strength of the arm. In addition, even if the upper body is twisted, there are forms such as unstable feet due to wobbling of the feet, and the center of gravity cannot be moved, so not only the upper body can be twisted, but also stable torsion while moving the center of gravity It is desirable to carry out.

[0003] When a baseball pitcher lowers his elbow,
Inability to throw a powerful ball, and in kendo etc., if the form (how to prepare) is bad, it will create a ski that can be attacked by the opponent, and in fact, how to prepare can tell the strength of the player It is said that it is. Taking Kendo as an example, it is important to hold the bamboo sword and step on it when driving. A common bad example is hitting with your wrist without raising your arm.However, such an imperfect hit is not considered an effective hit, and you must hit your arm completely and hit . Also, even if the arm is swung up and driving is performed correctly,
There is a step in which the foot is not depressed or the screaming is not performed, and it is desirable that the stepping and the screaming be performed together.

[0004] As described above, it is very important to acquire the correct form and skills, and therefore, lesson books for each sport include technical checkpoints and mental attitudes for obtaining good results. Has been. However, it is impossible to practice or compete while reading the lesson book, and there are problems such as prolonged practice and competition when concentration becomes weak and negligible attention points are neglected. .

[0005] In recent sports, interest in mental (mental) aspects as well as technical aspects such as foam has been increasing. In other words, no matter how much the technical aspects are strengthened, the meaning of the practice is lost if the original power cannot be exerted due to tension or excitement in a game or the like. Therefore, in addition to the conventional technical practice, mental reinforcement training is performed. However, it is impossible to perform the technical reinforcement and mental reinforcement training at the same time. For this reason, mental reinforcement training is performed separately without moving the body in the room before and after practice,
There was a problem that the effect of mental training was not sufficiently exhibited at the time of the game.

[0006] By the way, the present inventor has conducted a prior art search by machine search. As a result, an application considered to be related to the present invention is disclosed in Japanese Patent Publication No. 6-507556 and Japanese Patent Publication No.
No. -102073 was found. For this reason, when these contents were examined in detail, they were all completely different from the invention intended by the present inventors.

On the other hand, the present inventor has been researching and developing a golf swing practice apparatus and has applied for a number of patents. Among them, Japanese Patent Application No. 6-201418 and Japanese Patent Application No. JP-A-6-284485 can be particularly mentioned. Although these are inventions made as a result of research on golf-specific swings, the present inventor has found that these inventions can be applied to all sports and rehabilitation of injured persons based on these studies. is there.

The inventor of the present invention has conducted intensive studies in order to solve the above-mentioned problems, and as a result, has arrived at the present invention.

[0009]

[MEANS FOR SOLVING THE PROBLEMS] Form acquisition of the present invention
The gist of the mental reinforcement device is that it is attached to an arbitrary part of the body of the trainee, and a motion detecting means for detecting the motion of the arbitrary part of the body, and a sound or a voice when the motion detecting means detects the motion. And a notifying means for issuing a notification.

Further, in this form learning / mental reinforcement apparatus, the notifying means is means for notifying a trainee by sound or voice that the motion is detected by the motion detecting means.

Further, in this form learning / mental reinforcement apparatus, the notifying means is attached to an arbitrary part of the trainee's body, and the fact that the movement detecting means has detected the movement is notified mechanically or electrically to the attaching part of the body. It is a means for communicating information in a targeted manner.

Further, in the form acquisition / mental reinforcement apparatus, the notification means is means for giving a trainee necessary words to perform mental training.

Next, in this form learning / mental reinforcement apparatus, the movement detecting means is attached to an arbitrary part of the body and indicates a preset absolute axial direction, and an arbitrary setting is made for the pointer. And a pointer detecting means for detecting the pointer when the rotation angle position is reached.

[0014] In the foam learning / mental reinforcement apparatus, the movement detecting means may be attached to an arbitrary part of the body and move with the arbitrary part of the body; An indicator that indicates a direction of a plane including the direction or a direction that forms a certain angle with the direction, and an instruction that detects the indicator when the support member comes to an arbitrarily set rotation angle position with respect to the indicator. And body detecting means.

In the foam learning / mental strengthening apparatus, the movement detecting means is attached to an arbitrary part of the body and is moved with the arbitrary part of the body, and is rotatably attached to the supporting member. A rotating member that can be fixed at an arbitrarily set rotational angle position,
An indicator that is moved to a position where the potential energy is minimized along a guide provided on the rotating member, and a rotation angle that is disposed on the guide provided on the rotating member and the support member is arbitrarily set. And a pointer detecting means for detecting the pointer when it comes to the position.

In the form learning / mental reinforcement apparatus, the movement detecting means may be attached to an arbitrary part of the body and be moved with the arbitrary part of the body, and an indicator for always indicating the horizontal direction. And a pointer detecting means for detecting the pointer when the support member comes to an arbitrarily set rotation angle position with respect to the pointer.

Further, in this form learning / mental reinforcement apparatus, the movement detecting means is attached to an arbitrary part of the body and is moved together with the arbitrary part of the body. An indicator that indicates a direction of a plane including the direction or a direction that forms a certain angle with the direction, and an instruction that detects the indicator when the support member comes to an arbitrarily set rotation angle position with respect to the indicator. Movement detecting means comprising a body detecting means, wherein the pointer detecting means includes a light emitting element and a light receiving element,
An object is to detect an angular position by blocking light between a light emitting element and a light receiving element by a pointer.

Further, in this form learning / mental reinforcement apparatus, the movement detecting means is attached to an arbitrary part of the body and is moved together with the arbitrary part of the body. An indicator that indicates a direction of a plane including the direction or a direction that forms a certain angle with the direction, and an instruction that detects the indicator when the support member comes to an arbitrarily set rotation angle position with respect to the indicator. Motion detecting means comprising a body detecting means, wherein the pointer detecting means is a magnetic sensor.

Further, in this form learning / mental reinforcement apparatus, the movement detecting means is attached to an arbitrary part of the body and is moved together with the arbitrary part of the body. An indicator that indicates a direction of a plane including the direction or a direction that forms a certain angle with the direction, and an instruction that detects the indicator when the support member comes to an arbitrarily set rotation angle position with respect to the indicator. Motion detecting means comprising a body detecting means, wherein the pointer detecting means detects a change in capacitance.

In the form learning / mental reinforcement apparatus, the movement detecting means may be attached to an arbitrary part of the body and move with the arbitrary part of the body, and a light source attached to the supporting member may be provided. And an optical fiber for guiding the light from the light source, and an optical position detecting means for detecting an output position at which the light guided by the optical fiber changes due to a change in gravity.

Further, in this form learning / mental reinforcement apparatus, the movement detecting means is attached to an arbitrary part of the body and is moved with the arbitrary part of the body. A pointer detecting means for detecting the pointer when the support member comes to an arbitrarily set rotation angle position with respect to the pointer, wherein the pointer floats in a liquid. Is to be a floating body.

Next, the gist of the mental strengthening device of the present invention is that it is attached to an arbitrary part of the body of the user, and the movement detecting means for detecting the movement of the arbitrary part of the body; When it detects movement, it tells the user the required language to perform one of the following actions: sports, business, learning, rehabilitation of the sick and elderly, beauty and slimming, and mental training. And a notifying means.

Further, the gist of the mental strengthening device of the present invention is to provide a storage means for inputting specific short words for mental strengthening, a small and light weight which can be attached to an arbitrary part of a user's body. A reproducing unit that can appropriately reproduce the words input to the storage unit.

[0024] Further, in this mental strengthening apparatus, there is provided an operating time setting means for operating the reproducing means at every arbitrarily set time.

As described above, by attaching the movement detecting means to an arbitrary part of the body, the trainee can be notified by a signal of the notifying means that the part to which the movement detecting means is attached has performed a predetermined movement (correct form). Can be. Therefore, it is possible to practice while confirming that the user's own form is correct by the signal of the notification means.

The notifying means can not only send a signal, but also speak to the trainee about the points to be noted and check points of the movement, and can practice while keeping the trainee aware of the correct movement. In particular, if you replace the important items in the lesson book with short words and practice the exercise while actually moving your body while listening to the short words repeatedly, the cautions and checkpoints remain in the subconscious and you remember unconsciously. The effect is doubled and very good results are obtained in the actual battle. Also, even if the concentration is weakened by prolonged practice, etc., listening to the cautions and checkpoints in short words repeatedly will not only increase the concentration but also maintain it, so good results will be obtained .

Further, using the notification means, "I will win", "I can do", "I am confident", "I am the best", "I am the strongest player", "I will go aggressively". ”,“ With a sense of normality ”,“ Do you lose? ”,
You can practice while giving mental training such as giving the trainee confidence by saying words such as "I have absolute confidence". Also in this case, since the physical training can be performed at the same time as actually practicing or competing to move the body, a higher training effect can be obtained as compared to the conventional mental strengthening training that does not move the body in the room. At the same time, mental training can be automatically performed for the same time as the practice time.

[0028]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, an embodiment of a form learning / mental strengthening apparatus and a mental strengthening apparatus according to the present invention will be described with reference to the case where the present invention is used for baseball batting practice, particularly practice for swinging and tee batting. It will be described in detail based on. Note that, for convenience of explanation, a right-handed shot will be described as an example.

As shown in FIG. 1, the foam learning and / or mental strengthening device 4 according to the present embodiment has a motion detecting means 8 attached to an arbitrary position of the left arm, and a motion preset by the motion detecting means 8. When is detected,
Earphones 5 and / or which allow trainee 18 to hear words for performing mental training via controller 16
Or, it is composed of a small speaker 6 (notifying means). It is preferable that the motion detecting means 8 and the controller 16 or the motion detecting means 8, the controller 16 and the small speaker are assembled integrally and compactly. However, they can be separately formed as required. . Note that, for convenience of explanation, the motion detecting means 8 and the controller 16 are illustrated separately.

As shown in FIG. 3, the motion detecting means 8 is attached to a part of the arm of the trainee 18 and is moved with the arm. Alternatively, an indicator 28 for designating the direction of a plane including the direction of gravity or a direction making a certain angle with the direction, and the indicator when the support member 26 comes to an arbitrarily set rotation angle position with respect to the indicator 28 And a pointer detecting means 30 for detecting the reference numeral 28.

The supporting member 26 has a ring-shaped rotating member 36.
Is rotatably mounted, and its rotating member 36 has a transparent protective plate 3 for protecting the indicator 28 and the like.
7 is attached. It is preferable that the transparent protective plate 37 has high strength against cracks, such as tempered glass or transparent acrylic resin. Scales indicating angles in the circumferential direction are provided on the surface of the rotating member 36 at intervals of 10 degrees, 5 degrees, or 3 degrees, and the scale is adjusted to a predetermined position by rotating the rotating member 36. Is configured.

The band 1 is provided at both ends of the support member 26.
An attachment portion 32 for attaching the support member 4 is formed, and the support member 26 is fixed to the body of the trainee 18 by the band 14 attached to the attachment portion 32. The support member 26 is attached to a part of the arm of the trainee 18, for example, the left upper arm by the stretchable band 14 or the like.
The direction of the band 14 and the direction of the arm are substantially perpendicular to each other, and the band 14 can be repeatedly attached under substantially the same conditions. A stopper 33 protrudes from the support member 26 on the side where the indicator 28 is disposed, and the indicator 28 engages with the stopper 33. For example, when the batting or the like, the indicator 28 is moved by inertia or the like. It is configured not to rotate significantly.

The indicator 28 is configured to smoothly rotate by its own weight around an axis 34 provided on the support member 26 and point in the direction of gravity. Correspondingly, when the direction of the axis 34 is slightly inclined with respect to the vertical direction, it indicates the direction of a plane including the direction of gravity. On the other hand, a pointer detecting means 30 for detecting the pointer 28 is provided to protrude inside the ring-shaped rotating member 36. Therefore, the indicator detecting means 30 can be set at an arbitrary angular position with respect to the support member 26 by appropriately rotating the rotating member 36.
A wire 38 is connected to the pointer 28 and the pointer detection means 30 so that an electric signal flows when the pointer 28 and the pointer detection means 30 come into contact with each other.

As shown in FIG. 1, the pointer 28 and the pointer detecting means 30 are electrically connected to the controller 16, respectively. The signal is transmitted to the earphone 5 and / or the small speaker 6 via the controller 16 to inform the speaker.

An earphone (notification means) 5 is attached to the ear of the trainee 18 and a small speaker (notification means) 6
Is integrated with the motion detecting means 8 and the controller 16. The jack of the earphone 5 is provided together with the controller 16 and the like. When the plug of the earphone 5 is pulled out from the jack, sound and sound are output from the small speaker 6. Then, when the angle set by the motion detecting means 8 is detected, “I can do it”, “Perfectly”, “I am the best player”, “I am the best”, “I am the best” from the earphone 5 or the small speaker 6. "Confident", "calm down", "normal", "be calm",
Words such as "go with positive thinking", "no anxiety", "always hit" are emitted selectively or randomly,
It is configured to be heard by the trainee 18. That is, these words are issued to inform the trainee 18 that the set angle has been detected, and such words that give confidence are repeatedly heard to the trainee 18 many times.
By rooting in the subconscious mind, mental training with positive thinking, such as the unconscious rise of self-confidence during batting, is performed.

These words are configured so that the trainee 18 can operate the controller 16 to arbitrarily select these words. That is, when a predetermined word is selectively uttered by voice from the earphone 5 or the small speaker 6, the controller 16 stores a predetermined word and a reproducing unit that reproduces the word stored by the storage by voice. And is provided with Note that the earphone 5 or the small speaker 6
May be simultaneously incorporated in the above-described device so that a sound such as a buzzer sound other than a sound is emitted from the device.

As shown in FIG. 1, the form learning and / or mental strengthening device 4 according to the above-described configuration is a device in which the motion detecting means 8, the controller 16 and the small speaker 6 are integrally incorporated. The earphone 5 is attached to the ear of the trainee 18.

Next, as shown in FIG. 1, the trainee 18 holding the bat first raises his arm and holds the bat. At this time, the indicator 28 shows an angle of approximately 40 degrees, for example, as shown in FIG. Then, as shown in FIG. 2, the user swings the arm to enter the backswing, and twists the body clockwise about the spine as a center axis. The indicator 28 is rotated at a required angle as shown in FIG.
The position of the pointer detection means 30 is preset by rotating the rotating member 36 with respect to the support member 26 so that the pointer and the pointer detection means 30 come into contact with each other. In other words, the support member 26 moves in all angular directions corresponding to the movement of the arm of the trainee 18, while the indicator 28 rotates about the axis 34 and moves in the direction of gravity or a plane including the direction of gravity. The direction is always indicated, and the indicator 28 can be brought into contact with the indicator 28 by rotating the position of the indicator detecting means 30 with respect to the support member 26.

After setting as described above, the trainee 18 can practice batting as usual, and the trainee 18 first raises his arm to hold the bat, and then moves the body around the spine as a central axis. Shake your arm while twisting clockwise. When the angle of the arm reaches the required ideal angle with the torsion of the body, the pointer detecting means 3
0 detects the indicator 28, and the earphone 5 operates via the controller 16 according to the detection signal.

The earphone 5 is able to “I can do it” almost simultaneously with the detection of the detection signal or with a certain delay time.
"Perfect", "I'm the best player", "I'm the best", "I'm confident", "Calm down", "North"
Emit a word or sound that has been selectively set from among words such as "be calm", "go with positive thinking", "no anxiety", "always hit", and confirm that the set angle is detected. In addition to informing the trainee 18, the trainee 18 can be provided with mental training, and can carry out mental training simultaneously with actual technical (skill) practice.

As a result, the trainee 18 changes the angle of each part of the body by exercising, so that the set angle of the point to be detected is detected, that is, the sound or voice that the player is in the correct form is detected. At the same time, it is possible to perform mental (image) training by listening to words and the like for giving the trainee 18 confidence. In this case, unlike performing mental (image) training in the room before and after practice,
Since the mental (image) training can be performed simultaneously with the actual batting, the effect of the mental (image) training can be enhanced, and the practice time can be effectively used.

The voices emitted from the earphones 5 and the small speakers 6 may be words other than words for giving confidence for mental training, such as "twisting the upper body", "moving the center of gravity", "looking at the ball", By letting the trainee 18 know the points to be careful about the swing such as "cut the waist" and "do not shake the axis" or check points to concentrate on, make the batting practice while making the trainee 18 aware of it. Can be. In this case as well, like the words that give you confidence, you can practice batting in the correct form unconsciously and rooted in the subconscious by repeatedly listening to the notes of the swing or the checkpoints to focus on. , The effect of practice is doubled. It should be noted that the words, points to be noted, or checkpoints to be focused on for giving these confidences are as short as possible, and the itemized words are more likely to remain in the impression and are preferable.

As shown in FIG. 5, the motion detecting means 8 can be added to the left foot in addition to the left arm. The motion detecting means 8 attached to the left foot is wired to the controller 16, and when the left arm motion detecting means 8 and the left foot motion detecting means 8 simultaneously detect the set angle, the earphone 5 emits a sound. Do. In this manner, by adding the motion detecting means 8 to the left foot, as shown in FIG. 6, in addition to the angle at which the left arm is shaken, the angle at which the left foot is bent can be detected. , The earphone 5 emits words for attention, points to focus on, or words and sounds for mental training.

Further, for example, it is possible to detect the inclination angle of the upper body in addition to the left arm and the left leg by attaching the motion detecting means to the chest circumference or the like. It is also possible to detect the angle of the entire body of the torso. As described above, the motion detecting means 8 according to the present invention can be attached to any part of the body, and the number of the motion detecting means 8 to be used is also arbitrary. In addition, when it is only necessary to notify that the motion detection means 8 has detected the set angle, the exerciser 18 may be configured to notify the trainee 18 not by voice but by sound such as a buzzer sound, vibration or stimulation. It is.

Note that the earphone (notifying means) 5 can be used not only on the left ear but also on the right ear as well as on both the left and right. In addition, headphones or small speakers are used instead of the earphone 5. It is also possible. Headphones are selected that are small, lightweight, and do not fall off even after strenuous exercise. The small speaker may be attached to the shoulder, or may be integrated with the motion detecting means or the controller and attached to the arm or the like. Various known public earphones can be used, and the earphone is not particularly limited. However, it is preferable to use an earphone of an ear-stop type having an ear-shaped member for preventing slip. The ear stopper earphone includes an earphone unit that outputs sound or voice, and a rubber ear-shaped member that is hooked on the ear and attached so that the earphone unit does not come off the ear. The earphone portion is supported by a supporting portion of the ear-shaped member, and is preferably capable of moving the earphone portion up and down and rotating the earphone portion. By using such earphones,
The earphones do not fall down even when strenuous exercise is performed, and the earphones can be used by adjusting the positions of the ears of the individual trainees 18 by moving the earphones, and by rotating the earphones 180 ° It is preferable because it can be attached to any ear.

Next, another embodiment of the form learning / mental reinforcement apparatus and the mental reinforcement apparatus according to the present invention will be described in detail with reference to the drawings, taking as an example a driving practice by swinging a kendo.

As shown in FIGS. 7 and 8, the foam learning and / or mental strengthening device 11 according to the present embodiment includes a motion detecting means 50 attached to an arbitrary position on one of the left and right arms, and the motion detecting means 50. It comprises a speaker (notifying means) 6 for notifying a trainee 18 via the controller 16 that a preset movement has been detected by the means 50, and a transmitting means (notifying means) 12 for transmitting to the right foot of the trainee 18. You.

As shown in FIG. 9, the motion detecting means 50 is attached to a part of the arm of the trainee 18 and is moved together with the arm. An indicator 56 that always indicates a certain direction, and an indicator detecting means 60 that detects the indicator 56 when the support member 64 reaches an arbitrarily set rotation angle position with respect to the indicator 56. I have.

The support member 64 has a ring-shaped rotating member 66.
Is attached rotatably, and its rotating member 66 has a transparent protective plate 6 for protecting the indicator 56 and the like.
8 is attached. Scales indicating angles in the circumferential direction are provided on the surface of the rotating member 66 at intervals of 10 degrees or 5 degrees, and the scale is adjusted to a predetermined position by rotating the rotating member 66. ing. At both ends of the support member 64, attachment portions 32 for attaching the band 14 are formed, and the support member 6 is attached by the band 14 attached to the attachment portion 32.
4 is fixed to the body of the trainee 18.

The gyroscope 52 that always indicates a fixed direction is used as the indicator 56. The gyroscope 52 includes a gyro and a rotating shaft on which the gyro rotates, and is configured to smoothly rotate around an axis 54 provided on the rotating shaft and point in an arbitrary fixed direction. On the other hand, the indicator detecting means 60 for detecting the indicator 56 is provided to protrude inside the ring-shaped rotating member 66, and the rotating member 66 is attached to the support member 64 so as to be slidable in the circumferential direction. I have. Therefore, the indicator detecting means 60 can be set at an arbitrary angular position with respect to the support member 64 by appropriately rotating the rotating member 66. The wiring 38 is connected to the pointer 56 and the pointer detecting means 60, and an electric signal flows when the pointer 56 and the pointer detecting means 60 come into contact with each other.

The wiring 38 connected to the pointer 56 and the pointer detection means 60 is connected to the controller 16 as shown in FIG. Is transmitted to the trainee 18 by the speaker 6 and the transmission means 12 via the speaker. That is, the bamboo sword is swung to a required height, and when the pointer 56 and the pointer detecting means 60 come into contact with each other and the pointer 56 is detected, a sound indicating that the angle has been detected through the speaker 6 or a sound such as “Arm "Increase", "depress and hit", etc., a voice that specifically indicates the points to be focused on and points to be focused on, or "I am strong", "Perfect condition", "I am the best", "I am confident", "Calm down", "Normal mind",
Words such as "be calm", "go with positive thinking", "no anxiety", "can't lose", "always win", etc. are given to give the practicer 18 confidence. These sounds are preferably configured so that the practitioner 18 can operate the controller 16 to arbitrarily select these sounds.

On the other hand, at the same time or with a certain time lag, a detection signal is sent to the transmission means 12 via the controller 16, and a signal is transmitted from the transmission means 12 to the right foot in order to promote the stepping on the foot. These transmission means 1
The method of transmitting signals by (2) includes weak current, mechanical vibration,
A sound wave or the like can be used, and in particular, a low-frequency treatment device used for massage or the like can also be used.

The form learning and / or mental strengthening apparatus 11 according to the above-described configuration is configured such that the motion detecting means 50, the controller 16 and the speaker 6 are integrally incorporated. 18 is attached to a predetermined position of the upper arm, and the transmission means 12 is attached to the right knee. 7 and 8, the motion detecting means 50, the controller 16 and the speaker 6 are shown individually for the sake of explanation.

Next, as shown in FIG. 7, the trainee 18 first holds a bamboo sword, swings his arm from the held state, and as the arm is swung up, the indicator 56 of the motion detecting means 50 moves with respect to the support member 64. Rotated. For example, when the arm is in the state shown in FIG.
As shown in FIG. 10B, the angle is approximately 40 degrees, the arm is swung up, and slightly before the arm shown by the solid line in FIG. The position of the indicator detection means 60 is set in advance by rotating the rotating member 66 with respect to the support member 64 so that the pointer and the indicator detection means 60 come into contact with each other.

After setting as described above, the trainee 18 can practice driving (swinging) as usual, and the trainee 18 first raises his arm from a holding state, swings his bamboo sword, and raises his arm. When the pointer is raised to the required height, the pointer detecting means 60 detects the pointer 56 and outputs the speaker 6 via the controller 16 according to the detection signal.
To the trainer 18 and sounds to specifically indicate the points to be focused on and points to be focused on, such as "raising the arm", "stepping and hitting", or "I am strong", "excellent", ""I am the best", "Sufficiently confident", "Calm down",
Voices for giving confidence to the trainee 18 such as “normal mind”, “calmly”, “go with positive thinking”, “no anxiety” and “always win” are played. At about the same time or with a fixed delay time, the start of operation is transmitted to the right knee by the knee transmission means 12. Thereby, after shaking the arm to the required height, the trainee 18 is conscious of the instructed words or performing mental training,
Step on the foot and drive.

Thus, the learning of the foam of the present invention and / or
Alternatively, by using the mental reinforcement device 11, it is possible to practice the driving while confirming that the arm is properly shaken by sound or sound (how to hit). Further, since the stimulus is applied to the right foot by the transmission means 12, the right foot can be depressed almost reflexively.

Also, by letting the trainee 18 hear a voice such as "I am strong" for giving confidence to the trainee 18 and so on, he or she will be rooted in the subconscious, so that the self-confidence will rise unconsciously when performing the driving. It is possible to practice the driving at the same time as mental training such as coming. Also, "raising arms", "stepping and hitting"
And the coaches and coaches are always giving instructions and points to concentrate on.
You can have them practice while being conscious.

Next, in the above embodiment, the transmission means 12
Was used as a signal to encourage movement or to start movement, but in other sports, it is a point that moves the body unique to that particular sport (for example, shoulders, arms, elbows, wrists, thighs, knees, Shin, ankle, torso,
The movement detecting means 50 detects whether or not the head, the head, and the like have reached an ideal angular position, and gives stimulation or vibration to the player by the transmitting means 12 attached only to a portion necessary for the sport. It is preferable to be configured to notify the user. Here, the motion detecting means 50 can function as an angle sensor (angle switch).
It is also possible to incorporate the transmitting means 12 into the motion detecting means 50. In this case, when the position where the motion detecting means 50 is attached is at an ideal angular position, the transmission means 12 can transmit the fact that it is ideal through the position.

For example, in the case of a ski jumping competition, for example, the inclination of the upper body and the bending angle of the feet during the sliding on a slope are important. The inclination of the arm and the sled angle are important. Therefore, the reinforcing device of the present invention is
Alternatively, by attaching the apparatus to a plurality of places, it is possible to check the posture and the like not only during gliding but also during gliding.

Also, in each sport, when there is a point on the body where the consciousness needs to be kept particularly concentrated, the stimulus or vibration is continuously transmitted to the point on the body by the transmission means, so that the point can be easily recognized. It can also be configured as follows.

As shown in FIG. 11, a gyro 33 having two rotation shafts, a horizontal rotation shaft 336 capable of rotating in the horizontal direction and a vertical rotation shaft 338 capable of rotating in the vertical direction.
By using 4, it is also possible to detect an angle change in all directions of 360 °. The above-described gyroscope 52 and gyro 334 show the basic principle, and include all gyro such as a (piezoelectric) vibrating gyro, provided that they have a gyro function.
And it is applicable. Further, if the purpose is only to notify that the set angle has been detected, the trainee 18 can be notified of the movement detection by the stimulation of the transmission means 12 without using the earphone 5 or the speaker 6. . Further, it is preferable that the transmission means 12 is configured to be able to be detachably attached to a predetermined location by using a stretchable band, a double-sided adhesive tape, a surface fastener, or the like. Further, the transmission means (notification means) is not limited to the above-described embodiment, and may be appropriately configured such as a means for giving a shock to the trainee's waist or the like. Furthermore,
It is also possible to combine and implement the above-described embodiments as appropriate.

Although the embodiment of the present invention has been described above, the form learning / mental reinforcement apparatus and the mental reinforcement apparatus according to the present invention can be implemented in other modes. For example, both the motion detecting means and the notifying means may be configured to be able to be transmitted by wiring, but it is also preferable to be configured to be able to transmit by radio such as radio waves. In addition, the controller 16 includes a rechargeable battery or an amplifier, and is configured to perform the above-described operation. For example, a solar battery may be used as the battery.

Next, the motion detecting means according to the present invention is not limited to the illustrated one, but various types can be used. Hereinafter, other embodiments of the motion detecting means according to the present invention will be described with reference to the drawings, but common portions will be denoted by the same reference numerals and description thereof will be omitted.

First, as shown in FIG. 12, the motion detecting means 140 includes a weight 142 which is smoothly rotated by its own weight around an axis 34 provided on the support member 26, and a vertical extension extending from the weight 142. Pointer 144 pointing upward
And a pointer detection means 30 protruding from the inside of a rotating member 36 rotatably attached to the support member 26. The pointer 144 of the pointer 146 and the pointer detection means 30 constitute an electrode. When the pointer 144 and the pointer detection means 30 come into contact with each other as in the above-described embodiment, an electric signal flows and the notification means is provided. Activate and communicate to trainee 18. The direction of the pointer 144 of the indicator 146 is not limited to the vertically upward direction, but may be any direction. The angle to be detected may be adjusted by appropriately changing the angle of the pointer 144.

As shown in FIG. 13, the motion detecting means 148 includes a weight 142 which is smoothly rotated around its axis 34 provided on the support member 26 by its own weight, and swings integrally with the weight 142. An indicator 152 comprising a pointer 150 projecting in a substantially horizontal direction to be moved, and indicator detecting means 30 projecting inside a rotating member 36 rotatably attached to the support member 26. Can be. Also in this embodiment, the pointer 150 and the pointer detection means 30 constitute electrodes, and are operated in the same manner as in the above embodiment.

Further, as shown in FIG. 14, the movement detecting means 154 includes an arm 156 swinging around an axis 34 provided on the support member 26 and a pair of weights attached to both ends of the arm 156. Indicator 15 consisting of 157
8 and indicator detecting means 30 protruding inside a rotating member 36 rotatably attached to the supporting member 26. The indicator 158 is balanced in a certain direction by a pair of weights 157 attached to both ends of the arm 156, and the balance is kept constant even if the support member 26 moves at any angle. Using this balance, the indicator 15
By configuring the weight 157 of 8 and the pointer detection means 30 as electrodes, it is possible to operate in the same manner as in the above embodiment.

Next, as shown in FIG.
The indicator 60 may be configured by disposing an indicator 166 that can slide on the inner peripheral surface of a ring-shaped rotating member 164 rotatably attached to the supporting member 162. The indicator 166 is formed of an anchor-shaped member that forms a part of an arc, and is slid on the inner peripheral surface of the rotating member 164 so that the direction of the center of gravity indicates the direction of gravity. Regardless of the rotation angle, the indicator 166 is configured to stop at a position where the potential energy is minimized. Therefore, indicator 1
When the electrode 167 provided on the rotating member 166 and the indicator detecting means 30 provided on the rotating member 164 come into contact with each other, an electric signal flows.
Even if it is 0, the same operation and effect as in the above embodiment can be obtained.

As shown in FIG. 16, the motion detecting means 168 has an indicator 174 made of a sphere disposed in a circumferential groove 172 formed by a support member 170 and a ring-shaped rotating member 165. It may be constituted by. In the motion detecting means 168, the indicator 174 is electrically formed of a good conductor, and a ring-shaped conductor 171 is provided at a position of the support member 170 with which the indicator 174 made of a sphere contacts.
Are formed. Therefore, the indicator 174 is rolled in the circumferential groove 172 and tries to stop at the position with the smallest potential energy, that is, the position in the direction of gravity or a plane including the direction of gravity, and the indicator in the above-described embodiment. The same function and effect as the body can be obtained. When the indicator 174 comes into contact with the indicator detector 30 provided on the rotating member 165, a current flows between the conductor 171 of the support member 170 and the indicator detector 30 via the indicator 174. Become.

Further, as shown in FIGS. 17A and 17B,
The movement detecting means 176 includes a support member 178 attached to the arm of the trainee 18, a rotation member 180 rotatably attached to the support member 178, and which can be fixed at an arbitrary set rotation angle position. It comprises a spherical conductive indicator 182 that is rolled along a guide 181 provided on the rotating member 180 and a pair of electrodes formed at one end of the guide 181 provided on the rotating member 180. It is also possible to comprise the pointer detection means 184. In such a configuration, since the spherical indicator 182 is rolled along the guide 181 to the position where the potential energy is minimized, when the motion detecting means 176 reaches the angle to be detected together with the arm of the trainee, The guide 181 of the rotating member 180 is set so as to incline toward the pointer detecting means 184, and the pointer 182 rolls to the pointer detecting means 184. Then, when the indicator 182 reaches the indicator detecting means 184 forming a pair of electrodes, a current flows between the two electrodes via the indicator 182, and the arm of the trainee 18 reaches a predetermined angle as described above. Is transmitted, and a similar operation effect is obtained.

As shown in FIGS. 17C and 17D, a cylindrical or cylindrical indicator 183 may be used instead of the spherical indicator 182. Further, FIG.
As shown in (e), the indicator 18 made of a spherical rigid body
Instead of 2, the indicator 186 may be made of mercury. The indicator 186 made of mercury has a size such that mercury particles can maintain a substantially spherical shape due to surface tension. The indicator 186 is sealed in a guide 187 made of a glass tube or the like so that mercury is not scattered by an impact force or the like. Further, a pointer detecting means 188 comprising a pair of electrodes is provided on the inner surface thereof. In any of the embodiments, the same operation effects as described above can be obtained.

As shown in FIG. 18, the motion detecting means 190 includes a support member 178, a rotating member 180, and a ring-shaped conductive member slidable along a guide rod 192 provided on the rotating member 180. Sex indicator 194
And a pointer detecting means 196 composed of a pair of electrodes formed at one end of a guide rod 192 provided on the rotating member 180. Also in such a configuration, the indicator 194 slides along the guide rod 192 to a position where the potential energy is minimized as in the above, and the same operation effect is obtained. The indicator 1
It is preferable that a bearing 195 is provided inside the 94 so as to be able to slide smoothly.

Next, as shown in FIG. 19, the motion detecting means 198 forms a rotary member 200 rotatably supported by the support member 178 by a hollow disk. And a predetermined amount of the conductive fluid 202 described above, and one or a plurality of individual electrodes 206 disposed at a fixed angular interval with respect to the common electrode 204. In this embodiment, the conductive fluid 202 always functions as an indicator for indicating the horizontal direction, and the support member 178 is provided.
The rotating member 200 is rotated together with the conductive fluid 2
By electrically connecting the common electrode 204 and the one or more individual electrodes 206, the angle can be detected by the current value obtained by the controller 207 or the connection position.

As a modification of the present embodiment, as shown in FIG. 20, for example, a rotary member 208 is formed by forming a cylindrical member into a ring shape, and the conductive fluid 2 is contained in the rotary member 208.
02 may be put in a fixed amount to constitute the motion detecting means 209. In the present embodiment, the amount of the conductive fluid 202 is small, and the fluid 202 is stable without wave.

Further, as shown in FIG. 21, the motion detecting means 210 forms a ring-shaped guide 212 on which a pointer 182 made of a spherical or cylindrical conductive material is rolled on a support member 178, and this The common electrode 214 and a large number of individual electrodes 216 are arranged at fixed angular intervals on the rolling surface of the indicator 182 of the guide 212, and the indicator 182 electrically connects the common electrode 214 to a specific individual electrode 216. Then, a storage display means 218 for detecting, storing and displaying the position of the individual electrode 216 is provided. With this configuration, the trainee first stores the specific individual electrodes 216 at the position when the arm is lowered to the ground side, and then sequentially stores the individual electrodes 216 that sequentially pass in the back swing, The specific individual electrode 216 at the position of the angle at which the setting is performed is stored, and the angle at which the setting is performed can be detected from the position of each individual electrode 216. Alternatively, only the specific individual electrode 216 at the position of the angle at which the setting is performed is detected, and
The position may be stored and displayed as needed. In addition, a position slightly before the angle at which the setting is performed from the position at which the setting is performed can be set as the detection position of the indicator 182. Furthermore,
A specific individual electrode 216 at a certain angular position from a specific individual electrode 216 at a position when the arm is lowered to the ground side
16 may be set as the detection position of the indicator 182.

Next, as shown in FIG. 22, the motion detecting means 220 arranges a pointer 222 provided with a point light source 221 having a directivity so as to be rotatable at the center of the support member 178, and the movement detecting means 220 is provided with the indicator. The optical sensor 224 having linearity on the concentric circle with the moving center can be provided and configured. That is, in the optical sensor 224, the extraction electrodes 228 and 230 are provided at both ends of the upper electrode 226 on the light incident side, and the extraction electrode 234 common to the lower electrode 232 is provided.
Light is emitted vertically downward from the point light source 221 of the indicator 222 corresponding to the angle of 78. On the other hand, the light sensor 224 irradiated with light generates an electromotive force at the light irradiation part, and a current flows between the extraction electrodes 228 and 230 and the extraction electrode 234. At this time, if the illuminance of the point light source 221 is constant, the electromotive force of the optical sensor 224 is constant, but since the upper electrode 226, which is generally a transparent electrode, has a high resistance, the position where the electromotive force is generated and the extraction electrode 228 , 230, the light irradiation position can be detected by using the controller 236 or the like. According to the motion detecting means 220, the angle of the arm can be detected in real time, and the controller 236 is set to activate the notifying means when an arbitrary predetermined angle is detected. And a mental strengthening device.

Further, the motion detecting means 2 as shown in FIG.
It is also possible to use 50. This pointer detection means 2
Numeral 54 denotes a light-emitting element 255 and a light-receiving element 256 arranged opposite to the groove-shaped recess as shown in FIG. 256 is configured to always receive light. on the other hand,
A light-shielding plate 253 is provided at the tip of the indicator 252, and the indicator 252 is rotated to rotate the light-shielding plate 253.
When the light is passed through the concave portion of the pointer detecting means 254, the light emitted from the light emitting element 255 is blocked.
The light receiving element 256 detects that light cannot be received even instantaneously, and detects passage of the indicator 252. Note that the controller is a support member 26 of the motion detecting means 250.
This is a preferred embodiment because it can be arranged in a space 258 formed inside the motion detecting means 250, and the controller can be built in the motion detecting means 250.

Further, as shown in FIG.
A weight 262 that is smoothly rotated by its own weight around a shaft core 34 provided on the support member 26, an indicator 266 including a magnet 264 attached to the tip of the weight 262, and a rotatable attachment to the support member 26. An indicator detecting means 268 protruding inside the rotating member 36 may be provided. The pointer detection means 268 is constituted by a magnetic sensor. In this example, the two pointers 269,
270. This utilizes a phenomenon in which the resistance value increases when a magnetic field is applied. When the magnet 264 of the pointer 266 and the pointer detection means 268 relatively approach each other, a current is output. When this current is detected, the detection of the indicator 266 is transmitted to the trainee 18 as voice, vibration, or the like. Note that the indicator detecting means 268 may be not only a magnetoresistive element but also a Hall element using a Hall effect, and is not particularly limited as long as it is a magnetic sensor.

For example, as shown in FIG. 25, the motion detecting means 272 may be constituted by a Hall converter utilizing the Hall effect. That is, the magnet 276 is disposed to face the support member 274, and the rotation member 280 is attached to the support member 274 so as to be rotatable around the axis 278, and the rotation member 280 is fixed to the direction of gravity. Is provided, and a semiconductor plate 284 crossing the magnetic field generated by the magnet 276 is provided to constitute the motion detecting means 272. The rotating member 280 is rotated with respect to the supporting member 274 together with the weight 282 and the semiconductor plate 284, and the weight 28
2 is held in the direction of gravity, and thus the semiconductor plate 284 is held in the horizontal direction.

When the motion detecting means 272 is attached to the arm of the trainee 18 and a current is applied to the semiconductor plate 284 in the direction of the axis 278, the magnetic field of the magnet 276 is applied to both ends of the semiconductor plate 284 in the direction perpendicular to the axis 278. As a result, an electromotive force V ₀ is generated. When the trainee 18 rotates his arm, the magnet 27
6 the angle of the semiconductor plate 284 with respect to the direction of the magnetic field change of the electromotive force is reduced to V _X. Therefore, the change in the electromotive force is tested in advance, and the angle of the trainee 18 is detected.

Further, as shown in FIG. 26, the indicator 288 of the motion detecting means 286 can be made of a dielectric material, and the indicator detecting means 290 can be made of a capacitor 292. That is, the pointer detecting means 290
Is a power supply 294 applied to the capacitor 292 and a switch 29 for shutting off the power supply 294 when a certain amount of electric charge is accumulated.
6 and a detection circuit 298 for detecting the terminal voltage of the capacitor 292. In the motion detecting means 286, first, the switch 296 is turned on and the capacitor 2 is turned on.
After accumulating charge in 92, switch 296 is turned off. Then, as the trainee 18 backswings his arm, a pointer 288 made of a dielectric material is inserted between the capacitors 292 provided at predetermined positions. As a result, the dielectric constant of the capacitor 292 changes, so that the terminal voltage detected by the detection circuit 298 changes. The change in the terminal voltage makes it possible to detect that the angle of the trainee 18 has reached a predetermined position.

Further, the motion detecting means can be constituted by utilizing the fact that light bends under the influence of gravity.
That is, as shown in FIG. 27, the motion detecting means 238 includes a light source 240, an optical fiber 242 for guiding light from the light source 240, an optical position detector 244 for detecting the position of the light guided by the optical fiber 242, and a detection circuit. 246
And a light position detecting means 248 composed of Here, the optical fiber 242 is configured to be wound in a coil shape with a sufficient length, for example, a length of several hundred meters. Therefore, when the motion detecting means 238 is attached to the arm of the trainee 18 and the arm is directed toward the ground, the optical fiber 242 is arranged in a substantially horizontal direction. At this time, the point light 250 incident from one end of the optical fiber 242 is gradually bent under the influence of gravity, and when exiting from the other end, is output from, for example, C in the figure. It is detected by the light position detector 244. When the trainee 18 rotates his arm by the backswing, the optical fiber 242 wound around the arm is angled with respect to the direction of gravity, so that the light passing therethrough is less affected by gravity, and is bent. Is smaller. As a result, when horizontal, the position of the light output from the optical fiber 242 is C in the drawing, but the position becomes A or B in the drawing due to the angle.
Therefore, the change in the position of the light is detected by the light position detector 244 to detect the angle of the arm of the trainee 18.

Next, as shown in FIG. 28, the motion detecting means 300 is constituted by forming a rotary member 304 rotatably supported by a support member 302 by forming a cylindrical member into a ring shape. Non-conductive fluid 3 in rotating member 304
06 is put in a predetermined amount, the floating body 308 is floated in the fluid 306, and the counter electrodes 310 and 312 connected by the floating body 308 can be arranged at a constant angular interval. In the present embodiment, the non-conductive fluid 306 always functions as an indicator for indicating the horizontal direction, the rotating member 304 is rotated together with the support member 302, and the floating body 308 electrically connects the opposing electrodes 310 and 312. By making the connection, the angle can be detected based on the current value or connection position obtained by the controller 314 or the like.

As described above, the foam learning / mental reinforcement device and the motion detecting means of the mental reinforcement device according to the present invention can take various configurations, and are not particularly limited. In particular, it is most preferable from the viewpoint of cost and the like to use an indicator that always uses the gravity to point in the direction of gravity or a plane including the direction of gravity. Incidentally, the motion detecting means according to the present invention is not limited to the right arm, it can be attached to any part of the body such as the foot or waist as well as the wrist to detect the angle, and it can be attached to both hands and feet. The number is also arbitrary.

As described above, the form learning / mental reinforcement apparatus and the mental reinforcement apparatus of the present invention can be configured by arbitrarily combining the motion detecting means and the notifying means.
The mounting position and the mounting number are arbitrary. And finally, the form learning and mental reinforcement device and the mental reinforcement device according to the present invention are provided by the motion detecting means.
It suffices if the body of the trainee 18 performs a preset exercise by detecting the contact between the pointer and the pointer detecting means and transmitting the detected movement to the notifying means via the controller 16. And when you practice repeatedly and learn the form with your body, remove the form learning / mental reinforcement device and remove the mental reinforcement device, practice and practice in the game, and when the form goes crazy or loses confidence Can be practiced again by attaching a form acquisition / mental reinforcement device and a mental reinforcement device.

The embodiments of the device of the present invention have been described in various ways with reference to the drawings. However, the present invention is not limited to the illustrated device, and can be used for softball, golf, tennis, badminton, table tennis, etc. It can be used for practice and all sports practice. It can also be attached to the body of a ski player to check the ski form based on the thighs, upper body angle and the like. In particular, in a jumping competition, the flight distance and the score differ depending on the form during the jump, so the form during the jump is important. Furthermore, the device according to the present invention can be used in leisure activities such as bowling forms and skydiving poses. In addition, gymnastics forms,
The apparatus of the present invention can also be used for practicing forms such as spear throwing, shot put, discus throwing, and hammer throwing, forms such as roller skating, skate boat, skating, and forms (holding) such as karate and kempo. As described above, the reinforcement device of the present invention can be used for exercise such as various sports.

Further, the device of the present invention can be used for rehabilitation training, strength training and the like. For example, when performing rehabilitation training that raises the arm, the arm is raised from a state where the arm is hung down to a predetermined height, but if the arm is not raised to a predetermined position, the effect of the training is weakened, and conversely the arm is raised. Too much raises the burden on the arm, causing the arm to hurt. For this reason, it is desirable that these trainings be performed by a doctor or a nurse, and it is difficult to perform these trainings alone.

However, by attaching the motion detecting means according to the present invention to the arm, it is possible to know by sound or voice that the arm has been raised to a desired angle, so that it is possible for one person to perform appropriate training. Become. Furthermore,
By listening to words such as "I'm getting healthier,""I'm feeling better," and "I'm getting better," I can give a positive image to the viewer, or "I'll always get better." Not only physical training, such as encouraging the listener by saying words such as "I will improve soon", can also be performed at the same time mental training. This mental training can increase the willingness of all patients hospitalized for illness to overcome the illness and can be used for mental care for early recovery. As described above, the device of the present invention can be used not only in sports but also in various fields relating to physical exercise.

The angle of the motion detecting means 8 is set to a small angle of, for example, about 3 °, so that the switch is turned on every time the body is slightly moved so that the above-mentioned words for mental training are emitted. It is also possible to configure so that mental training can be performed by exercising the body during exercise as well as during other exercises. This configuration is particularly suitable for a person who cannot perform a demanding exercise such as a sick person.

Further, a word may be spoken each time the motion detecting means detects the set angle, or a word may be heard every time the set angle is detected five or seven times. You can also say a word each time it is detected. In addition, every 5 seconds or every 60 seconds, for example, every 5 seconds or every 60 seconds using an off-delay timer, a pedometer, etc.
Words can also be heard at every predetermined number of steps, such as every step.

Further, it is also possible to send external communication to the notification means and the transmission means via the controller. That is, a receiving device such as a wireless device is incorporated in the controller, and the controller transmits a sound or a sound received from the controller to a notification unit (a speaker, an earphone, or the like), or transmits a stimulus or vibration to a specific part of the body by the transmission unit. .
By using such notification means, the coach can give an instruction on the position position of each player such as baseball or soccer through the notification means. In addition, even when the athlete is skiing in skiing or the like, the coach can give an instruction on the form or the like at any time using the notification means or the transmission means.

It is also preferable to incorporate these devices into a hearing aid, an earphone, a headphone, or the like and collectively form, for example, a form learning and / or mental reinforcement device 70 as shown in FIG. The form learning and / or mental reinforcement device 70 includes a main unit 45 in which a motion detecting unit, a controller, and an earphone unit (notifying unit) for outputting sound are incorporated, and the main unit 45 falls from the ear even when the main unit 45 is subjected to severe movement. Ear-shaped member 4 that catches on the ear so that it does not
And 2.

By using such a form learning and / or mental strengthening device 70 in which the motion detecting means, the notifying means and the controller are integrated, it is possible to carry out normal time such as during practice, when going to practice or returning, or when commuting to work. In such cases, mental training can be performed. In this way, besides athletic, you can use the words "I can do it", "I can pass", "Upgrading", etc.
You can strengthen your work mentally, such as "I can,""take a contract," or "achieve your goals."
As described above, the device of the present invention is not limited to exercise such as sports, and can perform rehabilitation, learning, or mental training of businessmen.

A method for selectively inputting and storing words for mental training issued by the notifying means in an IC, a magnetic tape or other storage means, and enabling a switch to be turned on by slightly moving the body. It is also possible to use a portable small cassette or compact CD or the like to switch on as desired to reproduce by the reproducing means and to strengthen the mental based on such voice or synthesized voice. Here, as a method of switching on by moving the body even a little, for example, it is also possible to configure so that the pressure sensor attached to shoes detects the weight loaded by walking and switches on It is. Further, in order to reproduce the words stored in the storage means by the reproducing means, after the switch is turned on manually or the like, the operating time for operating the reproducing means at any time set as appropriate, for example, every 5 to 300 seconds The setting means may be configured to repeat the same word at regular intervals or to reproduce different words in order. As a storage means, any memory such as a magnetic tape, a CD or a micro tape, a ROM or a RAM using an IC can be used, and a memory is prepared for each sport such as baseball and kendo. In addition, it is possible to select and use a memory in accordance with the event to be practiced.

More specifically, a micro tape in which sound is stored for each type (for sports, business, learning, rehabilitation, beauty / slimming, etc.) is reproduced using a tape recorder, Insert a ROM card or RAM card with voice (synthesized voice) data into the playback sound source, read the data and output the voice, or input the appropriate words by the trainee and play back. And so on. Further, the words stored in the external storage device for each type are transmitted by using a communication satellite, a broadcasting system, a mobile communication system, or the like. It is also possible to configure to receive and reproduce. The playback tone generator can read data from a ROM card or a RAM card, as well as provide a built-in memory inside the playback tone generator and copy (store) the sound data of the card into the built-in memory to output sound. It is. Especially,
When the voice data is copied (stored) in the built-in memory before the practice, it is not necessary to insert and use a ROM or a RAM card.

[0095] The voice generated by the notification means according to the present invention can be selected, for example, by sequentially numbering voices and selecting a number to select voices to be generated. And a plurality of voices such as No. 12 and the voices to be generated are No. 2, No. 7, No. 12,
It is also possible to perform output while switching in the order of No. 7, No. 12, No.,. When a plurality of voices such as No. 1, No. 5, and No. 8 are selected and the set angle is detected, three voices No. 1, No. 5, and No. 8 are successively output in order. For example, the number of sounds to be output at one time can be set arbitrarily. In addition, the sound to be output can be set freely, such as selecting and outputting the sound randomly.

As described above, the notification means according to the present invention can be used as mental training for positive thinking, means for transmitting instructions from a coach, and the like, besides notifying that the angle has been detected. In addition, for example, means for forcibly moving the body (twisting, bending, etc.), means for preventing a bad movement by applying a load, means for detecting a swing speed or acceleration, and detecting a weight shift of a trainee In the means, or in combination with these detecting means, it is also possible to provide a determining means for judging the quality of the swing form or the like. Furthermore, since the strengthening device according to the present invention can be easily attached to a user's body and can be configured to be ultra-small and lightweight, it can be used for a person who exercises for a long time or a sick person without physical strength. Even so, the present invention can be implemented in various modified, modified, and modified forms based on the knowledge of those skilled in the art without departing from the spirit of the present invention.

[0097]

According to the present invention, when the preset angle is detected by the motion detecting means, the notifying means starts operating via the controller. Therefore, the user can easily recognize that the set angle has been reached by the notification means. Therefore, by using the apparatus of the present invention, it is possible to grasp the movement of one's own body, and it is possible to practice to learn an ideal form. In addition, since mental reinforcement is performed at the same time as practice, it is possible to train players who have a good balance of mind, skill, and body.

Further, the notifying means according to the present invention can output a voice, and can practice by selecting an arbitrary word. Therefore, it is possible to practice while listening to the attention points of the operation and the points to be concentrated by the notification means. As a result, the practice can be performed while being conscious of the points to be noted, so that not only the effect of the practice is improved, but also the practice can be performed by listening to the words and increasing the concentration.

[0099] Also, by letting the trainee hear words or the like that enhance the confidence by the notification means, it is possible to practice while performing mental training or mental training of constructive or positive thinking. As a result, mental training can be performed at the same time as practice, there is no need to spend extra time after practice, and mental training can be performed while performing the competition, so that it is possible to perform mental training as compared to when performing in the room Can also provide practical and effective training. Further, by using the reinforcement device of the present invention, it is possible to perform not only mental training at the time of practice but also mental training other than at the time of practice such as going or returning to practice.

Further, since the device of the present invention can be used by being worn on the body of an exerciser or user, it is necessary to go to a predetermined place in order to use a conventional large motion detection device or a rehabilitation machine. It can be used when you want to use it anywhere, including at home.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing the configuration of a baseball batting form learning and / or mental reinforcement device, which is an embodiment of a form learning / mental reinforcement device and a mental reinforcement device according to the present invention.

FIG. 2 is a view for explaining the operation of the form learning and / or mental strengthening device shown in FIG. 1;

FIG. 3 shows the acquisition and / or acquisition of the forms shown in FIGS. 1 and 2;
3A and 3B are diagrams illustrating a motion detection unit in the mental reinforcement device, wherein FIG. 3A is a plan view, FIG.
FIG. 3C is a bottom view.

4 (a) and 4 (b) are plan views for explaining the operation of the motion detecting means in the form learning and / or mental strengthening device shown in FIGS. 1 and 2. FIG.

FIG. 5 is an explanatory view showing the configuration of a baseball batting form learning and / or mental reinforcement device as another embodiment of the form learning / mental reinforcement device and the mental reinforcement device according to the present invention.

FIG. 6 is a view for explaining the operation of the form learning and / or mental strengthening device shown in FIG. 5;

FIG. 7 is still another embodiment of the form learning / mental reinforcement apparatus and the mental reinforcement apparatus according to the present invention.
It is an explanatory view showing composition of a kendo driving form acquisition and / or a mental reinforcement device.

FIG. 8 is a view for explaining the operation of the form learning and / or mental strengthening device shown in FIG. 7;

FIG. 9 shows the acquisition and / or acquisition of the forms shown in FIGS. 7 and 8;
Or it is a top view which shows the motion detection means in a mental reinforcement apparatus.

FIGS. 10 (a) and (b) are plan views for explaining the operation of the motion detection means in the form learning and / or mental strengthening device shown in FIGS. 7 and 8. FIG.

FIG. 11 is a diagram illustrating the motion detecting means shown in FIG. 9;
It is a figure showing other examples of a gyroscope.

FIG. 12 is an explanatory front view showing another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention.

FIG. 13 is an explanatory front view showing another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention.

FIG. 14 is an explanatory front view showing another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention.

FIG. 15 is a view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention, wherein FIG. 15 (a) is a plan view and FIG. ) Is a front sectional view.

FIG. 16 is a view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention, wherein FIG. 16 (a) is a plan view and FIG. ) Is a front sectional view.

FIG. 17 is a view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention, wherein FIG. 17 (a) is a plan view and FIG. ) Is a cross-sectional view of a main part, FIG. (C) is a plan view of another embodiment, FIG. (D) is a cross-sectional view of a main part of the embodiment of FIG. (C), and FIG. FIG.

FIG. 18 is an explanatory front view showing still another embodiment of the form learning / mental reinforcement device and the motion detecting means in the mental reinforcement device according to the present invention.

FIG. 19 is an explanatory front view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention.

FIG. 20 is an explanatory front view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention.

FIG. 21 is a view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention, wherein FIG. 21 (a) is a plan view and FIG. () Is a sectional view of a main part.

FIG. 22 is a view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention, wherein FIG. 22 (a) is a plan view and FIG. () Is an explanatory diagram showing the optical sensor in an expanded manner.

FIG. 23 is a diagram showing still another embodiment of the form learning / mental reinforcement device and the motion detecting means in the mental reinforcement device according to the present invention, wherein FIG. 23 (a) is a plan view and FIG. 2) is a front sectional view, and FIG. 2C is an enlarged sectional view of a main part.

FIG. 24 is an explanatory view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention, and FIG.
1 is a front view, and FIG. 1B is an enlarged perspective view of a main part.

FIG. 25 is an explanatory front view showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention.

FIG. 26 is an enlarged perspective view of an essential part showing still another embodiment of the form learning / mental reinforcement apparatus and the motion detecting means in the mental reinforcement apparatus according to the present invention.

FIG. 27 is an explanatory diagram showing still another embodiment of the form learning / mental reinforcement device and the motion detecting means in the mental reinforcement device according to the present invention.

FIG. 28 is an explanatory front view showing still another embodiment of the form learning / mental reinforcement device and the motion detecting means in the mental reinforcement device according to the present invention.

FIG. 29 is a perspective view showing still another embodiment of a foam learning / mental reinforcement device and a mental reinforcement device according to the present invention.

[Explanation of symbols]

4, 7, 11, 70: Form acquisition and / or mental reinforcement device 5: Earphone (notification means) 6: Speaker (notification means) 8, 50, 140, 148, 154, 160, 168,
176,190,198,209,210,220,2
50, 260, 272, 286, 238, 300: motion detection means 12: transmission means (notification means) 16, 207, 236, 314: controller 18: trainer 26, 64, 162, 170, 178, 274, 30
2: Support member 28, 56, 146, 152, 158, 166, 17
4,182,183,186,194,222,25
2,266,288: Pointer 30,60,184,188,196,254,26
8,290: pointer detecting means 36, 66, 164, 165, 180, 200, 20
8, 280, 304: rotating member 52, 334: gyroscope 72: control unit 142, 157, 262, 282: weight 181, 187, 212: guide 192: guide lot 218: storage display means

Claims (17)

[Claims] 1. A motion detecting means attached to an arbitrary part of a body of a trainee and detecting a motion of an arbitrary part of the body, and a notifying means for emitting a sound or a voice when the motion detecting means detects a motion. Form acquisition and mental reinforcement device characterized by comprising: 2. The form learning / mental reinforcement apparatus according to claim 1, wherein said notifying means is means for notifying a trainee of a motion detected by said motion detecting means by sound or voice. . 3. The method according to claim 1, wherein the notifying unit is attached to an arbitrary part of the body of the trainee, and the movement detecting unit is a unit for mechanically or electrically transmitting the detection of the movement to the attaching part of the body. The foam acquisition / mental reinforcement device according to claim 1, characterized in that: 4. The form learning / mental reinforcement apparatus according to claim 1, wherein the notifying means is means for giving a trainee necessary words to perform mental training. 5. An indicator which is attached to an arbitrary part of the body and indicates a preset absolute axial direction, and an indicator which is attached to an arbitrary part of the body, and which is instructed when an arbitrary rotation angle position is set with respect to the indicator. 5. The form learning and mental reinforcement apparatus according to claim 1, further comprising a pointer detecting means for detecting a body. 6. A support member, wherein the movement detecting means is attached to an arbitrary part of a body and is moved together with an arbitrary part of the body, and a direction of a plane including a direction of gravity or the direction, which is attached to the support member. And a pointer detecting means for detecting the pointer when the support member comes to an arbitrarily set rotation angle position with respect to the pointer. The foam learning and mental reinforcement device according to claim 1, wherein 7. A support member attached to an arbitrary part of the body and moved with the arbitrary part of the body, wherein the movement detecting means is rotatably attached to the support member.
A rotating member that can be fixed at an arbitrarily set rotation angle position, an indicator that is moved to a position where the potential energy is minimized along a guide provided on the rotating member, and a guide that is provided on the rotating member And a pointer detection means for detecting the pointer when the support member comes to an arbitrarily set rotation angle position.・ Mental reinforcement device. 8. A support member, wherein the movement detecting means is attached to an arbitrary part of the body and is moved with the arbitrary part of the body, an indicator for always indicating a horizontal direction, and the support member for the indicator. 5. The form learning and mental reinforcement apparatus according to claim 1, further comprising: pointer detection means for detecting the pointer when the pointer reaches a arbitrarily set rotation angle position. 9. A support member attached to an arbitrary part of a body and moved together with an arbitrary part of the body, wherein the movement detection means is attached to the support member, and a direction or a direction of a plane including a direction of gravity is attached to the support member. A pointer that indicates a direction that forms a certain angle with the pointer, and pointer detection means that detects the pointer when the support member reaches an arbitrarily set rotational angle position with respect to the pointer. In the detecting means, the indicator detecting means includes a light emitting element and a light receiving element,
The angular position is detected by a pointer blocking light between the light emitting element and the light receiving element.
Form acquisition and mental strengthening devices described in 4 to 4. 10. A support member attached to an arbitrary part of a body and moved together with an arbitrary part of the body, wherein the movement detecting means is attached to the support member and a direction of a plane including a direction of gravity or the direction of the plane. A pointer that indicates a direction that forms a certain angle with the pointer, and pointer detection means that detects the pointer when the support member reaches an arbitrarily set rotational angle position with respect to the pointer. 5. The form learning and mental reinforcement apparatus according to claim 1, wherein the pointer detecting means in the detecting means is a magnetic sensor. 11. A support member, wherein the motion detecting means is attached to an arbitrary part of a body and is moved with an arbitrary part of the body, and a direction of a plane including a direction of gravity or the direction, which is attached to the support member, A pointer that indicates a direction that forms a certain angle with the pointer, and pointer detection means that detects the pointer when the support member reaches an arbitrarily set rotational angle position with respect to the pointer. 5. The form learning / mental reinforcement apparatus according to claim 1, wherein the indicator detecting means detects a change in capacitance in the detecting means. 12. A support member, wherein the movement detecting means is attached to an arbitrary part of a body and is moved with an arbitrary part of the body, a light source attached to the support member,
4. An optical fiber for guiding light from said light source, and optical position detecting means for detecting an output position at which the light guided by said optical fiber changes due to a change in gravity. Form acquisition and mental reinforcement device described in 4. 13. A support member, wherein the movement detecting means is attached to an arbitrary part of a body and is moved with an arbitrary part of the body, an indicator for always indicating a horizontal direction, and the support member for the indicator. And a pointer detecting means for detecting the pointer when it comes to an arbitrarily set rotational angle position, wherein the pointer is a floating body that floats on a liquid. Item 7. A foam acquisition / mental reinforcement device according to any one of Items 1 to 4. 14. The form learning / mental reinforcement apparatus according to claim 1, wherein said movement detecting means is one means selected from a means using a gyro, an angle sensor, and an angle switch. 15. A movement detecting means attached to an arbitrary part of a user's body and detecting movement of an arbitrary part of the body, and when the movement detecting means detects a movement, the user is provided with all sports and business. A mental strengthening device, comprising: an informing means for performing a mental training by listening to a required word for performing one action selected from rehabilitation, beauty and slimming of a sick person or the elderly. . 16. A storage means for inputting specific short words for mental reinforcement, and a small and lightweight word which can be worn on an arbitrary part of a user's body and which can appropriately reproduce the words input to the storage means. A mental strengthening device comprising a reproducing unit. 17. The mental strengthening device according to claim 16, further comprising an operation time setting means for operating the reproducing means at every arbitrarily set time.