JP2008154815A - Brain balance physical training apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a brain balance physical training apparatus capable of performing simultaneous training in keeping and developing cognitive ability and a physical balance function. <P>SOLUTION: The brain balance physical training apparatus includes: a base body for placing an examinee, where fall preventing protection fences for preventing the fall of the examinee are erected; a step board shape centroid measuring board 6 arranged on the base body, so as to measure the load change of the examinee with a body weight movement concerning four division areas; a display means 7 attached to the fall preventing protection fences, so as to display various kinds of information; a centroid position calculation processing means 13 for calculating the centroid positions of the examinee at respective positions on the centroid measurement board 6 and change loci, based on measurement signals from the centroid measurement board 6 and a movement time measuring means 14, and displaying the calculated centroid positions and the change loci on the screen of the display means 7 by monitor in four division states; and the movement time measuring means 14 for measuring the body weight movement time of the examinee between the respective positions and displaying the time in the display means 7. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a brain balance physical training apparatus, and more particularly to a brain balance physical training apparatus that simultaneously trains cognitive ability in the human frontal lobe and maintenance / development of motor ability to control body balance.

  Conventionally, dementia recovery training, for example, a method or device has been developed to prevent or recover from dementia by giving a simple quiz-type question to the subject and obtaining the answer. In this case, only activation of the intellectual function is intended, and an imbalance occurs between the intellectual function and the motor function.

  In Patent Literature 1, the target center of gravity position is displayed on the screen of the display unit with respect to the center of gravity, and the subject is moved in weight so as to match the target center of gravity position. An athletic ability evaluation system configured to measure the position of the center of gravity and calculate the center of gravity control ability has been proposed.

However, in the case of Patent Document 1, the exercise is mainly performed on the exercise function of the subject's body, and the activation of the intellectual function of the subject is not considered.
JP 2005-185557 A

  The problem to be solved by the present invention is that there is no brain balance body training device capable of simultaneously training cognitive ability and maintenance / development of the body balance function.

  The brain balance body training device of the present invention aims to provide a body training device capable of simultaneously training the cognitive ability in the human frontal lobe and the maintenance / development of the body balance function. Based on a treadle-shaped center of gravity measuring plate that measures a load change accompanying the weight movement of the subject placed on the base in a four-divided region, display means for displaying various information, and a measurement signal from the center of gravity measuring plate And a center-of-gravity position calculation processing means for calculating the center-of-gravity position of the subject at each position on the center-of-gravity measuring plate and displaying the calculated center-of-gravity position on the screen of the display means. And

  According to the first aspect of the present invention, the subject takes a standing posture on the barycentric measurement plate and moves in a desired manner on the barycentric measurement plate. It is possible to provide a brain balance body training device that can efficiently and simultaneously perform training of a physical function and body balance training of own body weight movement associated therewith.

  According to the second aspect of the present invention, the subject sits on the barycentric measurement plate and takes a standing posture, and the upper left measurement plate, the upper right measurement plate, the lower left measurement plate, and the lower right measurement plate are placed on the barycentric measurement plate. Brain that can efficiently and simultaneously perform body weight training with its own judgment and its own body weight movement by performing weight transfer in any manner using it A balance body training device can be provided.

  According to the third aspect of the invention, the subject uses the weight shift instruction information consisting of characters and colors, and the upper left measurement plate, the upper right measurement plate, the lower left measurement plate, and the lower right measurement plate on the barycentric measurement plate. By performing weight transfer in an arbitrary manner using it, training of intellectual function of judgment of weight shift instruction information consisting of letters and colors and body balance training of own weight shift accompanying this simultaneously It is possible to provide a brain balance physical training device that can be efficiently performed.

  According to the invention described in claim 4, the subject uses the upper left measurement plate, the upper right measurement plate, the lower left measurement plate, and the lower right measurement plate on the center of gravity measurement plate while singing a song such as a red dragonfly. Brain balance that can efficiently and simultaneously perform training of intellectual function called singing and body weight training of own weight movement accompanying this by moving weight according to weight transfer instruction information A physical training device can be provided.

  According to the fifth aspect of the present invention, the subject uses the upper left measurement plate, the upper right measurement plate, the lower left measurement plate, and the lower right measurement plate on the barycentric measurement plate in response to a problem such as a calculation problem. By performing the movement, the subject can provide a brain balance body training device that can effectively perform body balance training accompanied by a change in the load amount of the frontal lobe working memory.

  According to the sixth aspect of the invention, the subject uses the upper left measurement plate, the upper right measurement plate, the lower left measurement plate, and the lower right measurement plate on the barycentric measurement plate corresponding to the weight movement instruction information and the movement trajectory index. And the brain balance physical training apparatus which can perform effectively the exercise | movement which tries to accelerate | stimulate the body weight transfer accompanying intellectual training and its reaction time by performing a body weight transfer can be provided.

  According to the seventh aspect of the present invention, the graphic information for continuous weight movement of the subject and the trajectory information continuously changing on the graphic information are displayed on the display means, and correspondingly Dynamic balance training with intelligent training that the subject follows the track information by moving the body weight that always changes the position of the center of gravity by following the track information on the center of gravity measurement board It is possible to provide a brain balance body training device that can effectively perform the above.

  The object of the present invention is to provide a brain balance physical training device capable of simultaneously training cognitive ability and maintenance / development of the body balance function. A body for placing a subject, a tread-shaped barycentric measurement board for measuring a load change associated with weight shift of the subject placed on the base in a four-part divided region in the upper left, upper right, lower left, and lower right; Based on the display means for displaying various information attached to the fall prevention protection fence and the measurement signals from the gravity center measurement plate and the moving time measurement means, the respective positions on the upper left, upper right, lower left and lower right on the gravity center measurement plate The center of gravity position of the subject and the trajectory of the change are calculated, and the calculated center of gravity position and the trajectory of the change are displayed on the screen of the display means in a four-divided manner of upper left, upper right, lower left, and lower right. Centroid position calculation processing means; Serial upper left, upper right, lower left, weighed moving time of the subject between the position of the lower right, it is realized by the configuration with a travel time measuring means for displaying on the display means.

  Below, the brain balance physical training apparatus which concerns on the Example of this invention is demonstrated in detail with reference to drawings.

(Example 1)
As shown in FIGS. 1 and 2, the brain balance body training device 1 according to the first embodiment connects a body training device 1, a measuring device 2, and the body training device 1 and the measuring device 2. And a connection cable 3 for performing necessary signal transmission and the like.

  The body training device 1 includes a box-shaped base 4 for placing a subject, and a substantially rectangular shape for preventing the subject M standing upright from both ends of one corner of the base 4. Measuring the load change accompanying the weight shift of the subject M placed on the base and the upper left, the upper right, the lower left, and the lower right for details of measuring the center of gravity of a tread plate, which will be described later A display means 7 comprising a plate 6, a liquid crystal display or the like for displaying various information installed at a position where the subject M on the gravity center measuring plate 6 can be viewed from the front above the fall prevention protective fence 5, and the fall For example, a speaker 8 constituting a part of training auxiliary information output means 12 for outputting various training auxiliary information, which will be described later, is provided on the prevention / protection fence 5 in such a manner that the display means 7 is arranged in a horizontal position. ing.

At the end of the display means 7, a start switch 9a and a stop switch 9b operated by the subject M are added. In addition, a pair of gripping arms 5a and 5b are added to the fall prevention protective fence 5 at positions where the subject M can hold with both hands, so that the fall of the subject M can be prevented more reliably. is doing.
As shown in FIG. 3, the center-of-gravity measurement plate 6 has a four-plate configuration using, for example, a strain sensor or a load cell, that is, an upper left measurement plate 6a corresponding to the left forefoot position, and an upper right measurement corresponding to the right forefoot position. The plate 6b, the lower left measurement plate 6c corresponding to the left hind foot position, and the lower right measurement plate 6d corresponding to the right hind foot position are divided into four pieces so as to form a substantially square as a whole.

  As shown in FIGS. 1 and 2, the measuring device 2 includes a program memory 11 storing an operation program for executing brain balance physical training by the brain balance physical training device 1 according to the first embodiment, and the operation Based on the measurement signal from the CPU 10 that controls each element of the brain balance body training device 1 based on the program, the training auxiliary information output means 12 that outputs various types of training auxiliary information, and the barycentric measurement plate 6, the center of gravity measurement is performed. The center of gravity of the subject M at each position on the top left measuring plate 6a, the top right measuring plate 6b, the bottom left measuring plate 6c, and the bottom right measuring plate 6d on the plate 6 and the change locus thereof are calculated, and the calculated center of gravity is calculated. The position and the locus of the change are measured on the screen of the display means 7 by the upper left measuring plate 6a, the upper right measuring plate 6b, the lower left measuring plate 6c, and the lower right measuring plate 6d. Correspondingly, as shown in FIG. 3, the center-of-gravity position calculation processing means 13 displayed on the monitor in the upper left, upper right, lower left and lower right quadrants, and the subject between the upper left, upper right, lower left and lower right positions. And a moving time measuring means 14 for measuring the weight moving time of M and displaying it on the display means 7.

Further, the measuring device 2 includes a keyboard 15 for inputting various information, a measuring device-side display unit 16 for displaying various information, various types of information from the training auxiliary information output unit 12 and the center-of-gravity position calculation processing unit 13. A display control unit 17 that converts information for display on the display unit 7 and sends it to the display unit 7 for display, and an AD conversion unit 18 that performs AD (analog / digital) conversion of the measurement signal from the barycentric measurement plate 6. Have.
The detailed contents of the training auxiliary information output means 12 will be described in detail for each embodiment described below.

  As shown in FIG. 2, the center-of-gravity position calculation processing means 13 displays the display corresponding to the upper left measurement plate 6a, upper right measurement plate 6b, lower left measurement plate 6c, and lower right measurement plate 6d constituting the center of gravity measurement plate 6. Display pattern storage for the four-division display pattern for means 7, that is, the upper left display pattern 26a, the upper right display pattern 26b, the lower left display pattern 26c, and the lower right display pattern 26d are stored in association with the X and Y coordinates shown in FIG. The measurement signal of the load change accompanying the weight shift of the subject M measured by the unit 21 and the gravity center measuring plate 6 is taken in, and the upper left display pattern 26a, the upper right display pattern 26b, the lower left display pattern 26c, and the lower right display pattern 26d. The calculation unit 22 that calculates the position of the center of gravity of the subject M in association with the calculation unit 22, and the locus of the center of gravity displacement of the subject M is created based on the calculation result of the calculation unit 22 That the locus information creation unit 23, the are provided center of gravity of the subject M, and the processing information storage unit 24 for storing a trajectory of the center of gravity displacement, the.

  As shown in FIG. 2, the moving time measuring means 14 is based on the information on the center of gravity of the subject M calculated by the calculating unit 22, and the upper left measuring plate 6a and the upper right measuring plate of the subject M. 6b, a movement time measurement unit 25 that measures the movement time of the center of gravity between the lower left measurement plate 6c and the lower right measurement plate 6d, and a movement time storage unit 27 that stores information on the movement time measured by the movement time measurement unit 25 It has.

  In the first embodiment, the upper left measurement plate 6a, the upper right measurement plate 6b, the lower left measurement plate 6c, and the lower right measurement plate 6d constituting the centroid measurement plate 6 are arranged from the lower surface side. FIG. 3 shows the arrangement as seen, and the upper left display pattern 26a, the upper right display pattern 26b, the lower left display pattern 26c, and the lower right display pattern 26d are also expressed in a display mode corresponding to the barycentric measurement plate 6. Yes.

  Next, the brain balance physical training operation of the subject M by the brain balance physical training device 1 according to the first embodiment will be described with reference to FIGS. 4, 5, and 6.

  After the brain balance body training device 1 according to the first embodiment is in a movable state, the subject M is placed on the barycentric measurement plate 6 and takes a standing posture, and grips the grip arms 5a and 5b with both hands. The start switch 9a is pushed.

Thereby, the brain balance body training operation | movement by the said operation program in the brain balance body training apparatus 1 starts. That is, after the start switch 9a is pressed, for example, the subject M first places the weight by stepping on the upper left measurement plate 6a with the left foot and then stepping on the upper right measurement plate 6b with the right foot. To do.
Needless to say, there are various other modes of weight shift of the subject M on the barycenter measuring plate 6.

At this time, the upper left measurement plate 6a first measures the load due to the weight of the subject M and transmits a measurement signal to the measuring device 2 through the connection cable 3 along with the weight shift of the subject M, and then the upper right The measurement plate 6 b measures the load due to the weight of the subject M and transmits a measurement signal to the measurement device 2 via the connection cable 3.
In the measurement apparatus 2, each measurement signal is converted into a digital signal by the AD conversion unit 18, and then transmitted to the center-of-gravity position calculation processing means 13 under the control of the CPU 10.

The calculation unit 22 of the center-of-gravity position calculation processing unit 13 is based on the measurement signals from the upper left measurement plate 6a and the upper right measurement plate 6b and the upper left display pattern 26a and the upper right display pattern 26b stored in the display pattern storage unit 21. In addition, the change in the center of gravity of the subject M is calculated in association with the X and Y coordinates.
Specifically, the change in the center of gravity position of the subject M from the upper left measurement plate 6a to the upper right measurement plate 6b is specified. For example, as shown in FIG. An operation of adding “2” to the position of the pattern 26b is executed. Further, the trajectory information creation unit 23 creates a trajectory (indicated by an arrow) of the center of gravity displacement of the subject M as shown in FIG. 5 based on the computation result of the computation unit 22.

  The calculation results of these calculation units 22 and the locus of the center of gravity displacement are stored in the processing information storage unit 24, and further transmitted to the display means 7 via the display control unit 17 under the control of the CPU 10, and on the screen. Are displayed on the monitor in a 4-split manner.

  At this time, based on the control by the CPU 10, the moving time measuring unit 25 of the moving time measuring means 14 measures the time of change of the center of gravity position of the subject M from the upper left measuring plate 6a to the upper right measuring plate 6b (for example, 5 seconds, 8 seconds, etc.), and the measurement result is stored in the movement time storage unit 27 and transmitted to the display means 7 via the display control unit 17. As shown in FIG. It is possible to display such as "It took seconds."

  Thus, according to the brain balance body training apparatus 1 according to the first embodiment, the subject M is placed on the barycentric measurement plate 6 and takes a standing posture, and holds the grip arms 5a and 5b with both hands. In the state of grasping at the left, the weight measurement is performed in any manner using the upper left measurement plate 6a, the upper right measurement plate 6b, the lower left measurement plate 6c, and the lower right measurement plate 6d. And the body balance training of own body weight movement associated therewith can be efficiently performed simultaneously and in parallel.

(Example 2)
The brain balance physical training apparatus 1 which concerns on Example 2 of this invention is demonstrated with reference to FIG. 7 thru | or FIG.

  The brain balance physical training device 1 according to the second embodiment has the same basic configuration as the brain balance physical training device 1 according to the first embodiment, but in the second embodiment, the training auxiliary information output unit 12 includes A training auxiliary information memory 31 is provided. In this training auxiliary information memory 31, weight movement instruction information for training by characters and colors, etc. is stored, and the test accompanying the weight movement instruction information displayed on the display means 7 The actual weight shift of the person M to the upper left, upper right, lower left or lower right on the center of gravity measuring plate 6 is measured by the center of gravity measuring plate 6, the actual center of gravity position is calculated by the center of gravity position calculation processing means 13, and the display means 7. It is characterized in that the intelligent function and body balance training of the subject M are performed by displaying them on the monitor.

  That is, in the second embodiment, the training auxiliary information memory 31 stores weight movement instruction information including character information as shown in the left and right columns of FIG. 9, a red upper left display pattern 26a, and an upper right display including a white background black frame. Information of each display pattern for displaying a pattern 26b, a green lower left display pattern 26c, a yellow lower right display pattern 26d, and a weight shift instruction pattern 26e including a “red” character surrounded by a round frame, FIG. 10 right column The message information such as “It is correct” is stored, and the information is sequentially sent to and displayed on the display means 7 in accordance with the training of the subject M based on the operation program.

  Next, the intelligent function and body balance training operation of the subject M by the brain balance body training device 1 according to the second embodiment will be described with reference to FIG.

  After the brain balance body training device 1 according to the second embodiment is in a movable state, the subject M is placed on the barycentric measurement plate 6 and takes a standing posture, and grips the grip arms 5a and 5b with both hands. The start switch 9a is pushed.

Thereby, in the brain balance body training apparatus 1, the intelligent function and body balance training operation | movement of the subject M by the said operation program are performed.
That is, when the subject M presses the start switch 9a, first, the weight shift of the subject M as shown in the left column of FIG. 9 stored in the training auxiliary information memory 31 is controlled by the CPU 10 based on the operation program. The weight shift instruction information including the character information to be instructed is read out, sent to the display means 7 through the display control unit 17 and displayed.

  Next, under the control of the CPU 10, a red upper left display pattern 26 a, an upper right display pattern 26 b composed of a white background black frame, a green lower left display pattern 26 c, a yellow lower right display pattern 26 d, and a “red” frame surrounded by a round frame Information of the weight shift instruction pattern 26e including characters is read from the training auxiliary information memory 31 and sent to the display means 7 via the display control unit 17 for display.

  The subject M on the barycentric measurement plate 6 visually recognizes the weight shift instruction information displayed on the display means 7 and the information of each display pattern, and for example, was placed on the lower right measurement plate 6d on the initial barycentric measurement plate 6. The body weight is moved onto the upper left measurement plate 6a corresponding to the red upper left display pattern 26a corresponding to the weight movement instruction pattern 26e including the characters “red”.

  At this time, as the subject M moves, the lower right measurement plate 6d first measures the load due to the weight of the subject M, transmits a measurement signal to the measuring device 2 via the connection cable 3, and then measures the upper left. The board 6a measures the load due to the weight of the subject M and transmits a measurement signal to the measuring device 2 through the connection cable 3.

  In the measurement apparatus 2, each measurement signal is converted into a digital signal by the AD conversion unit 18, and then transmitted to the center-of-gravity position calculation processing means 13 under the control of the CPU 10.

The calculation unit 22 of the center-of-gravity position calculation processing unit 13 associates the subject with the X and Y coordinates based on the measurement signals from the lower right measurement plate 6d and the upper left measurement plate 6a and the display patterns. A change in the gravity center position of M is calculated, and a change in the gravity center position from the lower right measurement plate 6d to the upper left measurement plate 6a is specified.
Further, the trajectory information creation unit 23 creates a trajectory (indicated by an arrow) of the center of gravity displacement of the subject M as shown in the left column of FIG. 10 based on the calculation result of the calculation unit 22.

The calculation results of these calculation units 22 and the locus of the center of gravity displacement are stored in the processing information storage unit 24, and further transmitted to the display means 7 via the display control unit 17 under the control of the CPU 10, and on the screen. Are displayed on the monitor in a 4-split manner.
Further, if the weight shift of the subject M at this time is correct, a message such as “It is correct” shown in the right column of FIG. 10 stored in the training auxiliary information memory 31 under the control of the CPU 10 based on the operation program. Information is read out, sent to the display means 7 via the display control unit 17 and displayed.

  Thus, according to the brain balance physical training apparatus 1 according to the second embodiment, the test on the center-of-gravity measurement plate 6 is performed using the weight movement instruction information including the character information and the colored display patterns. When the person M moves the weight, the subject M can learn the intellectual function of determining the weight movement instruction information and the colored display patterns, and the body balance of his / her own weight movement accompanying this. Training can be efficiently performed concurrently.

(Example 3)
The brain balance physical training apparatus 1 which concerns on Example 3 of this invention is demonstrated with reference to FIGS. 11-14.

  The brain balance physical training device 1 according to the third embodiment has the same basic configuration as the brain balance physical training device 1 according to the first embodiment, but in the third embodiment, the training auxiliary information output unit 12 includes , Weight shift instruction information consisting of character information as shown in the left column of FIG. 13 or colored (red, etc.) character information, message information such as “correct answer” as shown in the right column of FIG. 41, an arbitrary song (for example, a lyrics memory 42 storing lyrics such as “red dragonfly” or colored lyrics, a melody storage unit 43 storing melody corresponding to the lyrics of “red dragonfly”, and lyrics and melody of “red dragonfly” And a synchronization controller 44 for synchronizing and outputting the upper left, upper right, lower left or lower right on the center of gravity measuring plate 6 according to the weight movement instruction information while the subject M sings. The body weight is moved, the change in load at this time is measured by the gravity center measurement plate 6, the actual gravity center position is calculated by the gravity center position calculation processing means 13, and displayed on the display means 7 to be displayed on the monitor 7. It is characterized by intellectual function and body balance training.

  That is, in the third embodiment, weight training instruction information (for example, from the left forefoot position to the right forefoot, including character information as shown in the left column of FIG. 12 or colored (red) character information is stored in the training auxiliary information memory 41. Move the weight to the position, etc.), the lyrics memory 42 stores the lyrics such as “red dragonfly of sunset and small burnt”, and the melody corresponding to the lyrics of “red dragonfly” in the melody storage unit 43. Based on the operation program, the information is stored and displayed in order on the display means 7 in response to the training of the subject M, or the melody is sent to the speaker 8 to generate a sound. The body weight movement instruction and the subject M's singing assistance are performed.

  Next, the intelligent function and body balance training operation of the subject M by the brain balance body training device 1 according to the third embodiment will be described with reference to FIG.

  After the brain balance body training device 1 according to the third embodiment is in a movable state, the subject M is placed on the center-of-gravity measuring plate 6 and takes a standing posture, and grips the grip arms 5a and 5b with both hands. The start switch 9a is pushed.

  Thereby, in the brain balance body training apparatus 1, the intelligent function and body balance training operation | movement of the subject M by the said operation program are performed.

  That is, when the subject M presses the start switch 9a, first, the weight shift instruction information shown in the left column of FIG. 13 stored in the training auxiliary information memory 41 is read by the control of the CPU 10 based on the operation program, It is sent to the display means 7 via the display control unit 17 and displayed.

  Next, the lyrics of the “red dragonfly” and the melody are read out from the lyrics memory 42 and the melody storage unit 43 under the control of the CPU 10 and synchronized with the synchronization controller 44 via the display control unit 17. It is sent to the display means 7 for display, and a melody is produced from the speaker.

  The subject M on the center-of-gravity measurement plate 6 visually recognizes the weight shift instruction information displayed on the display means 7 and the lyrics of the “red dragonfly” in order, and listens to the melody from the speaker 8 to “red dragonfly”. The weight shifts from the upper left measurement board 6a corresponding to the position of the left forefoot on the center of gravity measurement board 6 to the upper right measurement board 6b corresponding to the position of the right forefoot according to the weight movement instruction information.

  At this time, the upper left measuring plate 6a first measures the load due to the weight of the subject M and transmits a measurement signal to the measuring device 2 via the connection cable 3 along with the weight shift of the subject M, and then the upper right measuring plate. 6 b measures the load due to the body weight of the subject M and transmits a measurement signal to the measuring device 2 via the connection cable 3.

  In the measurement apparatus 2, each measurement signal is converted into a digital signal by the AD conversion unit 18, and then transmitted to the center-of-gravity position calculation processing means 13 under the control of the CPU 10.

The calculation unit 22 of the center-of-gravity position calculation processing unit 13 associates the subject with the X and Y coordinates based on the measurement signals from the lower right measurement plate 6d and the upper left measurement plate 6a and the display patterns. The change in the center of gravity position of M is calculated, and the change in the center of gravity position from the upper left measurement plate 6a to the upper right measurement plate 6b is calculated and specified.
Further, the trajectory information creation unit 23 creates a trajectory (indicated by an arrow) of the center of gravity displacement of the subject M as shown in the left column of FIG. 14 based on the calculation result of the calculation unit 22.

The calculation results of these calculation units 22 and the locus of the center of gravity displacement are stored in the processing information storage unit 24, and further transmitted to the display means 7 via the display control unit 17 under the control of the CPU 10, and on the screen. Are displayed on the monitor in a 4-split manner.
Furthermore, if the weight shift of the subject M at this time is correct, a message such as “It is correct” shown in the right column of FIG. 14 stored in the training auxiliary information memory 41 under the control of the CPU 10 based on the operation program. Information is read and sent to the display means 7 through the display control unit 17 and displayed.

  Thus, according to the brain balance body training device 1 according to the third embodiment, the subject M responds to the weight movement instruction information on the center of gravity measurement plate 6 while singing a song “red dragonfly”, for example. By performing the weight shift, it is possible to efficiently and simultaneously perform the training of the intellectual function of singing and the body balance training of the own weight shift accompanying this.

Example 4
The brain balance physical training apparatus 1 which concerns on Example 4 of this invention is demonstrated with reference to FIGS. 15-18.

  The brain balance physical training device 1 according to the fourth embodiment has the same basic configuration as that of the brain balance physical training device 1 according to the first embodiment, but in the fourth embodiment, the training auxiliary information output unit 12 includes A training auxiliary information memory 51 is provided, and this training auxiliary information memory 51 corresponds to task information (for example, calculation problems and answers such as (1 + 2 =)) and task information for changing the load of the frontal lobe working memory of the subject M. Display pattern information for instructing weight movement, and message information such as “correct answer” are stored, and using these, load changes associated with weight movement of the subject M on the gravity center measurement plate 6 are stored. The measurement is performed by the measurement plate 6, the actual gravity center position is calculated by the gravity center position calculation processing means 13 and displayed on the monitor, and the weight movement time of the subject M is measured, and the frontal lobe work of the subject is measured. It is characterized that to perform the centroid shifting and training of its speed due to the load variation of Gumemori.

  That is, in the fourth embodiment, task information (for example, a calculation problem and answer such as (1 + 2 =)) and a weight shift instruction message as shown in the left column of FIG. As shown in the right column of FIG. 17, the upper left display pattern 26a with the numerical value 2 in the calculation problem and the upper right display pattern with the numerical value 1 in the calculation problem, which is composed of a white background black frame, is provided. 26b, information on each display pattern composed of a green lower left display pattern 26c, a yellow lower right display pattern 26d, and a black display pattern 26f for start instruction superimposed on the lower right display pattern 26d, such as “It is correct”. The message information is stored, and the information is sequentially sent to and displayed on the display means 7 in response to the training of the subject M based on the operation program. And to perform the weight shift and training of its speed due to the change in the load of the frontal lobe working memory of the user.

  Next, the center-of-gravity movement and the speed training operation associated with the change in the load amount of the frontal lobe working memory of the subject M by the brain balance body training device 1 according to the fourth embodiment will be described with reference to FIG.

  After the brain balance body training device 1 according to the fourth embodiment is in a movable state, the subject M is placed on the barycentric measurement plate 6 and takes a standing posture, and grips the grip arms 5a and 5b with both hands. The start switch 9a is pushed.

  As a result, the brain balance body training device 1 performs the center-of-gravity movement and the speed training operation accompanying the change in the load amount of the frontal lobe working memory of the subject M by the operation program.

  That is, when the subject M presses the start switch 9a, first, subject information of the subject M as shown in the left column of FIG. 17 stored in the training auxiliary information memory 51 under the control of the CPU 10 based on the operation program. For example, a calculation problem such as (1 + 2 =) and a message of a weight shift instruction are read out, sent to the display means 7 through the display control unit 17 and displayed.

  Next, the information of each display pattern shown in the right column of FIG. 17 stored in the training auxiliary information memory 51 is read out by the control of the CPU 10 and sent to the display means 7 through the display control unit 17 and displayed.

  The subject M on the center-of-gravity measuring plate 6 visually recognizes the calculation problem and the weight shift instruction message displayed on the display means 7 and the information on each display pattern. As shown in the left column of FIG. The weight is applied to the upper right measurement plate 6b corresponding to the upper right display pattern 26b assigned the numerical value 1, the weight is then moved to the upper left measurement plate 6a corresponding to the upper left display pattern 26a attached the numerical value 2, and further the green The weight is moved to the lower left measurement plate 6c corresponding to the lower left display pattern 26c (corresponding to 3 which is the answer to the calculation problem 1 + 2 =).

At this time, along with the weight shift of the subject M, the upper right measurement plate 6b, the upper left measurement plate 6a, and the lower left measurement plate 6c sequentially measure the load due to the weight of the subject M, and each measurement signal is sent to the connection cable 3 Is transmitted to the measuring apparatus 2 via.
In the measurement apparatus 2, each measurement signal is converted into a digital signal by the AD conversion unit 18, and then transmitted to the center-of-gravity position calculation processing means 13 under the control of the CPU 10.

The calculation unit 22 of the centroid position calculation processing unit 13 calculates a change in the centroid position of the subject M in association with the X and Y coordinates based on the measurement signals and the display patterns, A change in the position of the center of gravity in the order of the upper right measurement plate 6b, the upper left measurement plate 6a, and the lower left measurement plate 6c is specified.
Further, the trajectory information creation unit 23 creates a trajectory (indicated by an arrow) of the center of gravity displacement of the subject M as shown in the column in FIG. 18 based on the calculation result of the calculation unit 22.

The calculation results of the calculation unit 22 and the locus of the center of gravity displacement are stored in the processing information storage unit 24.
Further, based on the control by the CPU 10, the moving time measuring unit 25 of the moving time measuring means 14 measures the time of change of the center of gravity position in the order of the upper right measuring plate 6b, the upper left measuring plate 6a, and the lower left measuring plate 6c. Then, the measurement result is stored in the travel time storage unit 27 (for example, 5 seconds). The trajectory of the displacement of the center of gravity of the subject M is transmitted to the display means 7 through the display control unit 17 under the control of the CPU 10, and is displayed on the screen in a four-divided manner.

  If the weight shift of the subject M at this time corresponds to the calculation problem (1 + 2 =) and the answer 3, that is, if it is correct, the training auxiliary information memory is controlled by the CPU 10 based on the operation program. The message stored in 31 and the information of the measurement time are read out, sent to the display means 7 through the display control section 17, and displayed on the display means 7 in the manner shown in the right column of FIG.

  In this way, according to the fourth embodiment, the calculation problem (1 + 2 =) is presented on the display means 7, and in response to this, the subject M corresponds to the upper right measurement plate 6 b and the upper left measurement plate 6 on the center of gravity measurement plate 6. By performing weight shift in the order of the measurement plate 6a and the lower left measurement plate 6c, the subject M can effectively perform body balance training with a change in the load amount of the frontal lobe working memory.

(Example 5)
The brain balance physical training apparatus 1 which concerns on Example 5 of this invention is demonstrated with reference to FIGS.

  The brain balance physical training device 1 according to the fifth embodiment has the same basic configuration as the brain balance physical training device 1 according to the first embodiment, but in the fifth embodiment, the training auxiliary information output unit 12 includes A training auxiliary information memory 61 is provided, and in this training auxiliary information memory 61, a weight movement instruction information for moving the weight of the subject M, a movement trajectory index pattern composed of a colored mark or the like corresponding to the weight movement instruction information, and , Message information such as “It is correct” is stored and sent to the display means 7 to display the weight shift instruction information of the subject M, the weight shift according to the movement trajectory index, and the reaction time. It is characterized by training.

  That is, in the training auxiliary information memory 61, the weight shift instruction information as shown in the left column of FIG. 21, the upper left display pattern 26a, the upper right display pattern 26b, the lower left display pattern 26c, and the lower right display pattern as shown in the right column of FIG. 26d and the information on the movement trajectory index pattern including the colored arrow mark 26g such as red indicating the order of movement between them and the correct answer. ”And the like, and the information is sequentially sent and displayed on the display means 7 corresponding to the training of the subject M based on the operation program, and the weight shift of the subject M and its reaction time are displayed. It is configured to train.

  Next, the weight movement of the subject M and the training operation for the reaction time by the brain balance body training device 1 according to the fifth embodiment will be described with reference to FIG.

  After the brain balance body training device 1 according to the fifth embodiment is in a movable state, the subject M is placed on the center-of-gravity measurement plate 6 and takes a standing posture, and grips the grip arms 5a and 5b with both hands. The start switch 9a is pushed.

Thereby, in the brain balance body training apparatus 1, training of the subject's M body weight shift and its reaction time by the said operation program is performed.
That is, when the subject M presses the start switch 9a, the weight shift instruction information as shown in the left column of FIG. 21 stored in the training auxiliary information memory 61 under the control of the CPU 10 based on the operation program, The information of the upper left display pattern 26a, the upper right display pattern 26b, the lower left display pattern 26c, the lower right display pattern 26d, and the colored arrow mark 26g such as red indicating the order of movement between them is read and displayed in the column. It is sent to the display means 7 through the section 17 and displayed in order.

  The subject M on the center-of-gravity measuring plate 6 visually recognizes the weight shift instruction information displayed on the display means 7, the information of each display pattern and the colored arrow mark 26g, and shows it in the left column of FIG. 22 according to the colored arrow mark 26g. Thus, the weight is first applied to the upper right measurement plate 6b, and then the weight is moved in the order of the lower right measurement plate 6d, the upper left measurement plate 6a, and the lower left measurement plate 6c.

At this time, along with the weight shift of the subject M, the upper right measurement plate 6b, the lower right measurement plate 6d, the upper left measurement plate 6a, and the lower left measurement plate 6c sequentially measure the load due to the weight of the subject M, and each measurement A signal is transmitted to the measuring device 2 via the connection cable 3.
In the measurement apparatus 2, each measurement signal is converted into a digital signal by the AD conversion unit 18, and then transmitted to the center-of-gravity position calculation processing means 13 under the control of the CPU 10.

  Based on the measurement signals and the display patterns, the calculation unit 22 of the centroid position calculation processing unit 13 calculates a change in the centroid position of the subject M in association with the X and Y coordinates, and A change in the position of the center of gravity in the order of the measurement plate 6b, the lower right measurement plate 6d, the upper left measurement plate 6a, and the lower left measurement plate 6c is specified.

Further, the trajectory information creation unit 23 creates a trajectory (indicated by an arrow) of the center of gravity displacement of the subject M as shown in the column of FIG. 22 based on the computation result of the computation unit 22. The calculation results of the calculation unit 22 and the locus of the center of gravity displacement are stored in the processing information storage unit 24.
Further, based on the control by the CPU 10, the moving time measuring unit 25 of the moving time measuring means 14 follows the order of the center of gravity to the upper right measuring plate 6b, the lower right measuring plate 6d, the upper left measuring plate 6a, and the lower left measuring plate 6c. The change time is measured (for example, 5 seconds), and the measurement result is stored in the travel time storage unit 27. The trajectory of the displacement of the center of gravity of the subject M is transmitted to the display means 7 through the display control unit 17 under the control of the CPU 10, and is displayed on the screen in a four-divided manner.

  If the weight shift of the subject M at this time corresponds to the movement trajectory index pattern composed of the colored mark or the like, that is, if it is correct, the training auxiliary information memory 61 is controlled by the CPU 10 based on the operation program. The message and the information of the measurement time stored in are read out, sent to the display means 7 through the display control unit 17, and displayed in the manner shown in the right column of FIG.

  In this way, according to the fifth embodiment, the display unit 7 displays the movement trajectory index pattern including the weight movement instruction information for moving the weight of the subject M and the colored mark corresponding to the weight movement instruction information. Correspondingly, the subject M performs weight movement corresponding to the movement trajectory index on the barycentric measurement plate 6, so that the subject M follows the weight training accompanied by the intelligent training that follows the movement trajectory index and its Training to speed up reaction time can be performed effectively. That is, it is possible to effectively perform training for preventing deterioration of intellectual functions accompanying aging and further maintaining posture.

(Example 6)
The brain balance physical training apparatus 1 which concerns on Example 6 of this invention is demonstrated with reference to FIGS.

  The brain balance physical training device 1 according to the sixth embodiment has the same basic configuration as the brain balance physical training device 1 according to the first embodiment, but in the sixth embodiment, the training auxiliary information output unit 12 includes: A training auxiliary information memory 71 that also stores moving image information is provided. In this training auxiliary information memory 71, graphic information of an arbitrary shape (such as a petal graphic) shown in the right column of FIG. 25, and slowly on the graphic information, and Corresponds to the moving picture information pattern including continuously changing trajectory information (indicated by a thick line in the left column of FIG. 25), subscripts such as “Iroha niho hoto”, the graphic information, and the trajectory information. The weight transfer instruction information composed of characters for instructing the weight transfer and message information such as “correct answer” shown in the right column of FIG. 25 are stored, and these information is trained for the subject M based on the operation program. Compatible with To the display means 7 in order, the load change accompanying the actual continuous weight movement on the center of gravity measurement plate 6 of the subject M according to the graphic information and the trajectory information is measured by the center of gravity measurement plate 6, The dynamic balance of the subject M (linear dynamic balance that always changes the center of gravity position) is trained by calculating the gravity center position calculation processing means 13 and dynamically tracking the gravity center movement of the subject M. It is configured.

  Next, the dynamic balance training operation of the subject M by the brain balance body training device 1 according to the sixth embodiment will be described with reference to FIG.

  After the brain balance body training device 1 according to the sixth embodiment is in a movable state, the subject M is placed on the center-of-gravity measurement plate 6 and takes a standing posture, and grips the grip arms 5a and 5b with both hands. The start switch 9a is pushed. Thereby, in the brain balance body training apparatus 1, the exercise | movement of the subject M's dynamic balance by the said operation program is performed.

  That is, when the subject M presses the start switch 9a, first, the information on the moving image information pattern and the weight shift instruction information stored in the training auxiliary information memory 71 are read by the control of the CPU 10 based on the operation program, It is sent to the display means 7 through the display control unit 17 and displayed in order.

  The subject M on the center-of-gravity measurement plate 6 moves the track information on the center-of-gravity measurement plate 6 as shown in the left column of FIG. 26 according to the information on the moving image information pattern displayed on the display means 7 and the weight shift instruction information. The body weight is moved (indicated by a dotted line) so as to follow.

  At this time, the center-of-gravity measurement plate 6 continuously measures the load due to the weight of the subject M along with the weight shift of the subject M, and transmits a measurement signal to the measuring device 2 via the connection cable 3.

  In the measurement apparatus 2, after the continuous measurement signal is converted into a digital signal by the AD converter 18, it is transmitted to the barycentric position calculation processing means 13 under the control of the CPU 10.

  The calculation unit 22 of the center-of-gravity position calculation processing unit 13 continuously calculates a change in the center-of-gravity position of the subject M on the basis of the continuous measurement signal and the moving image information pattern. Identify changes.

  Further, the trajectory information creation unit 23 tracks the trajectory of continuous displacement of the center of gravity of the subject M (shown by the curved arrow) as shown in the column of FIG. Create The calculation results of the calculation unit 22 and the trajectory information are stored in the processing information storage unit 24.

  The trajectory information of the displacement of the center of gravity of the subject M is transmitted to the display means 7 through the display control unit 17 under the control of the CPU 10, and is displayed on the monitor screen. If the trajectory of the weight movement of the subject M at this time corresponds to the trajectory information, that is, if it is correct, the message stored in the training auxiliary information memory 71 under the control of the CPU 10 based on the operation program. This information is read out, sent to the display means 7 through the display control unit 17, and displayed in the manner shown in the right column of FIG.

  Thus, according to the sixth embodiment, graphic information such as a petal graphic for continuous weight movement of the subject M, and a trajectory that slowly and continuously changes on the graphic information. The information on the moving image information pattern including the information and the subscript is displayed on the display means 7, and the subject M constantly changes the position of the center of gravity following the trajectory information on the center of gravity measuring plate 6 correspondingly. By performing the movement, the subject M can effectively perform the dynamic balance training accompanied by the intelligent training of following the trajectory information.

  According to the first to sixth embodiments described above, it is possible to effectively execute intellectual training and physical function balance training as a whole, and in particular, deterioration of intellectual functions and posture maintenance functions lost in the elderly (old people). It is possible to provide a novel brain balance body training device 1 that can suppress the progress and can recover the function and has an advantage in the prevention of dementia.

  The present invention can be widely applied not only for the prevention of dementia described above but also for rehabilitation after surgery or during disease recovery.

It is a schematic perspective view which shows the external appearance structure of the brain balance physical training apparatus which concerns on Example 1 of this invention. It is a block diagram which shows the structure of the brain balance physical training apparatus concerning the present Example 1. FIG. It is a schematic plan view which shows the gravity center measurement board and display means of the brain balance physical training apparatus concerning the present Example 1. It is a flowchart which shows the content of training by the brain balance physical training apparatus which concerns on the present Example 1. FIG. It is explanatory drawing which shows the weight display on the gravity center measurement board in the brain balance physical training apparatus concerning this Example 1, and the locus | trajectory display aspect on a corresponding display means. It is explanatory drawing which shows the message regarding the training result displayed on the display means in the brain balance physical training apparatus based on the present Example 1. FIG. It is a block diagram which shows the structure of the training auxiliary information output means of the brain balance physical training apparatus based on Example 2 of this invention. It is a flowchart which shows the content of the training by the brain balance physical training apparatus concerning the present Example 2. It is explanatory drawing which shows the weight movement instruction | indication information and display pattern which are displayed on the display means in the brain balance physical training apparatus based on the present Example 2. FIG. It is explanatory drawing which shows the message regarding the locus | trajectory of a gravity center displacement displayed on the display means in the brain balance body training apparatus concerning the present Example 2, and a training result. It is a block diagram which shows the structure of the training auxiliary information output means of the brain balance physical training apparatus based on Example 3 of this invention. It is a flowchart which shows the content of the training by the brain balance physical training apparatus concerning the present Example 3. It is explanatory drawing which shows the weight shift instruction information and lyrics which are displayed on the display means in the brain balance physical training apparatus according to the third embodiment. It is explanatory drawing which shows the message regarding the locus | trajectory of a gravity center displacement displayed on the display means in the brain balance physical training apparatus concerning this Example 3, and a training result. It is a block diagram which shows the structure of the training auxiliary | assistance information output means of the brain balance physical training apparatus based on Example 4 of this invention. It is a flowchart which shows the content of the training by the brain balance physical training apparatus concerning the present Example 4. It is explanatory drawing which shows the subject information and display pattern which are displayed on the display means in the brain balance physical training apparatus concerning the present Example 4. It is explanatory drawing which shows the message regarding the weight shift on the gravity center measurement board in the brain balance physical training apparatus based on the present Example 4, the locus | trajectory of the gravity center displacement displayed on a display means, and a training result. It is a block diagram which shows the structure of the training auxiliary | assistant information output means of the brain balance physical training apparatus based on Example 5 of this invention. It is a flowchart which shows the content of the training by the brain balance physical training apparatus concerning the present Example 5. It is explanatory drawing which shows the weight movement instruction | indication information and display pattern which are displayed on the display means in the brain balance physical training apparatus based on the present Example 5. It is explanatory drawing which shows the message regarding the weight shift on the gravity center measurement board in the brain balance physical training apparatus based on the present Example 5, the locus | trajectory of the gravity center displacement displayed on a display means, and a training result. It is a block diagram which shows the structure of the training auxiliary information output means of the brain balance physical training apparatus based on Example 6 of this invention. It is a flowchart which shows the content of the training by the brain balance physical training apparatus based on the present Example 6. It is explanatory drawing which shows the display pattern and weight movement instruction | indication information which are displayed on the display means in the brain balance physical training apparatus based on the present Example 6. FIG. It is explanatory drawing which shows the message regarding the weight shift on the gravity center measurement board in the brain balance physical training apparatus based on the present Example 6, the locus | trajectory of the gravity center displacement displayed on a display means, and a training result.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Brain balance physical training apparatus 2 Measuring apparatus 3 Connection cable 4 Base body 5 Fall prevention protection fence 5a Grip arm 5b Grip arm 6 Center of gravity measurement board 6a Each upper left measurement board 6b Upper right measurement board 6c Lower left measurement board 6d Lower right measurement board 7 Display means 8 Speaker 9a Start switch 9b Stop switch 10 CPU
DESCRIPTION OF SYMBOLS 11 Program memory 12 Training assistance information output means 13 Center-of-gravity position calculation processing means 14 Movement time measurement means 15 Keyboard 16 Measuring device side display means 17 Display control part 18 AD conversion part 21 Display pattern storage part 22 Calculation part 23 Trajectory information creation part 24 Processing information storage unit 25 Movement time measurement unit 26a Upper left display pattern 26b Upper right display pattern 26c Lower left display pattern 26d Lower right display pattern 26e Weight movement instruction pattern 26f Black display pattern 26g Colored arrow mark 27 Movement time storage unit 31 Training auxiliary information memory 41 Training auxiliary information memory 42 Lyric memory 43 Melody storage unit 44 Synchronous controller 51 Training auxiliary information memory 61 Training auxiliary information memory 71 Training auxiliary information memory M Subject

Claims (7)

A substrate for placing a subject;
A tread-like barycentric measurement plate for measuring a load change associated with weight shift of the subject placed on the base in a four-divided region;
Display means for displaying various information;
Center-of-gravity position calculation processing means for calculating the center-of-gravity position of the subject at each position on the center-of-gravity measurement board based on the measurement signal from the center-of-gravity measurement board and displaying the calculated center of gravity position on the screen of the display means When,
A brain-balanced body training device characterized by comprising: A base for placing the subject with a fall-preventing protective fence for preventing the subject from falling; and
A treadle-shaped center of gravity measuring plate for measuring a load change accompanying the weight shift of the subject placed on the base in four divided areas of upper left, upper right, lower left, and lower right;
Display means for displaying various information attached to the fall prevention protective fence;
Based on the measurement signal from the center of gravity measurement plate, the center of gravity position of the subject at each of the upper left, upper right, lower left and lower right positions on the center of gravity measurement plate and the trajectory of the change are calculated, and the calculated center of gravity position Centroid position calculation processing means for displaying the change locus on the screen of the display means in the upper left, upper right, lower left and lower right four-divided modes;
Measuring the subject's weight movement time between the upper left, upper right, lower left, lower right positions, and moving time measuring means to display on the display means,
A brain-balanced body training device characterized by comprising: A base for placing the subject with a fall-preventing protective fence for preventing the subject from falling; and
Display means for displaying various information attached to the fall prevention protective fence;
Training auxiliary information output means for sending weight movement instruction information for training by characters and colors to the display means and displaying it in four parts;
A treadle-shaped center of gravity measuring plate for measuring a load change accompanying the weight shift of the subject placed on the base in four divided areas of upper left, upper right, lower left, and lower right;
Center-of-gravity position calculation processing means for calculating the center-of-gravity position of the subject at each position on the center-of-gravity measurement board based on the measurement signal from the center-of-gravity measurement board and displaying the calculated center of gravity position on the screen of the display means When,
Have
The actual weight shift to the upper left, upper right, lower left or lower right on the subject's center of gravity measurement plate according to the weight movement instruction information displayed on the display means is measured by the center of gravity measurement plate, and the center of gravity position calculation processing means A brain balance body training apparatus characterized in that an actual function of gravity center is calculated and displayed on a monitor, thereby performing intellectual function and body balance training of the subject. A base for placing the subject with a fall-preventing protective fence for preventing the subject from falling; and
Display means for displaying various information attached to the fall prevention protective fence;
A treadle-shaped center of gravity measuring plate for measuring a load change accompanying the weight shift of the subject placed on the base in four divided areas of upper left, upper right, lower left, and lower right;
Training auxiliary information output means for sending weight movement instruction information for training by letters and colors, lyrics of any song or colored lyrics to the display means, and for generating a melody corresponding to the lyrics or colored lyrics,
Based on the measurement signal from the barycentric measurement plate, the barycentric position calculation processing means for calculating the barycentric position of the subject at each position on the barycentric measurement plate and displaying the calculated barycentric position on the screen of the display means And
While the subject sings according to the lyrics or the colored lyrics and the melody, the body weight is moved to the upper left, upper right, lower left or lower right on the center of gravity measurement plate in accordance with the weight movement instruction, and the load change at this time is changed to the center of gravity. Brain balance, characterized in that the subject's intelligent functions and body balance training are performed by measuring with a measurement plate, calculating the actual center of gravity position by means of the center of gravity position calculation processing means, and displaying it on the monitor. Physical training device. A base for placing the subject with a fall-preventing protective fence for preventing the subject from falling; and
Display means for displaying various information attached to the fall prevention protective fence;
A treadle-shaped center of gravity measuring plate for measuring a load change accompanying the weight shift of the subject placed on the base in four divided areas of upper left, upper right, lower left, and lower right;
Training auxiliary information output means for sending a subject such as a calculation for changing the load amount of the frontal lobe working memory of the subject and weight shift instruction information to the display means and displaying it in four parts,
Based on the measurement signal from the center of gravity measuring plate, the center of gravity position and movement locus of the subject at each position on the center of gravity measuring plate are calculated, and the calculated center of gravity position and movement locus are monitored on the screen of the display means. Center of gravity position calculation processing means to be displayed;
A moving time measuring means for measuring the weight moving time of the subject between each of the upper left, upper right, lower left, and lower right positions and displaying on the display means;
Have
The load change accompanying the weight shift on the gravity center measurement plate of the subject according to the subject and the weight shift instruction information is measured by the gravity center measurement plate, and the actual gravity center position is calculated by the gravity center position calculation processing means. A brain balance body training apparatus which displays a monitor and exercises the movement of the center of gravity accompanying the change in the load amount of the frontal lobe working memory of the subject and the speed thereof based on the measurement result of the weight movement time. A base for placing the subject with a fall-preventing protective fence for preventing the subject from falling; and
Display means for displaying various information attached to the fall prevention protective fence;
A treadle-shaped center of gravity measuring plate for measuring a load change accompanying the weight shift of the subject placed on the base in four divided areas of upper left, upper right, lower left, and lower right;
Training auxiliary information output means for sending and displaying weight movement instruction information for weight movement on the display means and a movement trajectory index composed of a colored mark or the like corresponding to the weight movement instruction information;
Based on the measurement signal from the center of gravity measuring plate, the center of gravity position and movement locus of the subject at each position on the center of gravity measuring plate are calculated, and the calculated center of gravity position and movement locus are monitored on the screen of the display means. Center of gravity position calculation processing means to be displayed;
A movement time measuring means for measuring the weight movement time of the subject between each of the upper left, upper right, lower left, and lower right positions;
Have
The actual center of gravity position and its movement trajectory measured by the center of gravity measurement plate and calculated by the center-of-gravity position calculation processing means according to the body weight movement according to the body weight movement instruction information and movement locus index of the subject, and the movement time measurement A brain balance body training apparatus, which trains weight shift instruction information of the subject, weight shift according to a movement trajectory index, and reaction time based on the weight shift time measured by the means. A base for placing the subject with a fall-preventing protective fence for preventing the subject from falling; and
Display means for displaying various information attached to the fall prevention protective fence;
A treadle-shaped center of gravity measuring plate for measuring a load change accompanying the weight shift of the subject placed on the base in four divided areas of upper left, upper right, lower left, and lower right;
Training auxiliary information output means for sending and displaying arbitrary shape graphic information on the display means, and trajectory information continuously changing on the graphic information,
Based on the measurement signal from the center of gravity measuring plate, the center of gravity position and movement locus of the subject at each position on the center of gravity measuring plate are calculated, and the calculated center of gravity position and movement locus are monitored on the screen of the display means. Center of gravity position calculation processing means to be displayed;
Have
The load change accompanying the actual continuous weight movement on the center of gravity measurement plate of the subject according to the graphic information and the trajectory information is measured by the center of gravity measurement plate and calculated by the center of gravity position calculation processing means. A brain balance body training device that performs dynamic balance training of a subject by tracking movement of the center of gravity of the subject.

Images