JP2017140424A5

JP2017140424A5 -

Info

Publication number: JP2017140424A5
Application number: JP2017067756A
Authority: JP
Filing date: 2017-03-30
Publication date: 2018-02-08
Anticipated expiration: 2033-09-11

Claims

A data processing device connected to a physical motion presentation device that presents a physical motion to be caused to the subject, and a physical motion detection sensor that detects physical motion data of the physical motion performed by the subject in response to the presented physical motion. ,
A physical exercise instruction step for generating physical exercise instruction data to be performed by the subject, presenting the physical exercise based on the generated physical exercise instruction data to the subject via the physical exercise presentation device, and instructing the execution thereof; ,
Body movement data acquisition step of acquiring body movement data of the body movement performed by the subject in time series via the body movement detection sensor;
Based on the body movement instruction data and the body movement data, a body movement accuracy calculation step for calculating the position accuracy and time series accuracy of the body movement of the subject;
A cognitive impairment calculating step for calculating the cognitive impairment of the subject based on the calculated positional accuracy and time-series accuracy;
A storage step of storing the calculated position accuracy and time series accuracy, or the calculated cognitive impairment degree in a storage device together with a measurement date and time of physical movement performed by the subject;
Using the past data stored in the storage device, a time-varying output step for outputting a display representing the relationship between the measurement date of the subject's physical movement and the degree of cognitive impairment;
The brain dysfunction evaluation method characterized by performing this.

The data processing device includes:
In the physical movement instruction step, a first process of presenting physical movement for acquiring at least one ability of visual, auditory, and motor ability individually possessed by the subject;
In the body movement data acquisition step, the body movement data of the body movement performed by the subject according to the body movement presented by the first process is excluded from the influence of at least one ability of the visual, auditory and motor ability of the subject. Second processing to obtain as calibration data,
The brain dysfunction evaluation method according to claim 1, further comprising:

The data processing device includes:
The body motion instruction step, the subject presents body motion that opens and closes two fingers while touching the body motion detection sensor with the two fingers touched on the body motion presentation device. 2. The method for evaluating brain dysfunction according to 1.

The data processing device includes:
In the physical movement instruction step, at least one of a process of displaying a graphic for stimulating the visual perception of the subject on the physical movement presentation apparatus and a process of outputting a voice for stimulating the hearing of the subject from the physical movement presentation apparatus is executed. The brain dysfunction according to claim 1, further comprising: executing a process of presenting, on the body motion presentation device, a body motion that the subject touches the body motion detection sensor in response to the stimulus. Evaluation method.

The data processing device includes:
In the body motion instruction step, the body motion is presented to the body motion presentation device, and the body motion in which the subject tracks the moving shape with the finger touching the body motion detection sensor is the body motion. The brain function disorder evaluation method according to claim 1, wherein the brain function disorder is presented to a presentation device.

A data processing device connected to a physical motion presentation device that presents a physical motion to be caused to a subject, and a physical motion detection sensor that detects data of physical motion performed by the subject in response to the presented physical motion,
A physical exercise instruction step for generating physical exercise instruction data to be performed by the subject, presenting the physical exercise based on the generated physical exercise instruction data to the subject via the physical exercise presentation device, and instructing the execution thereof; ,
Body movement data acquisition step of acquiring body movement data of the body movement performed by the subject in time series via the body movement detection sensor;
Based on the body movement instruction data and the body movement data, a body movement accuracy calculation step for calculating the position accuracy and time series accuracy of the body movement of the subject;
A cognitive impairment calculating step for calculating the cognitive impairment of the subject based on the calculated positional accuracy and time-series accuracy;
A storage step of storing the calculated position accuracy and time series accuracy, or the calculated cognitive impairment degree in a storage device together with a measurement date and time of physical movement performed by the subject;
Using the past data stored in the storage device, a time-varying output step for outputting a display representing the relationship between the measurement date of the subject's physical movement and the degree of cognitive impairment;
A program for running

In the data processing device,
In the physical movement instruction step, a first process of presenting physical movement for acquiring at least one ability of visual, auditory, and motor ability individually possessed by the subject;
In the body movement data acquisition step, the body movement data of the body movement performed by the subject according to the body movement presented by the first process is excluded from the influence of at least one ability of the visual, auditory and motor ability of the subject. Second processing to obtain as calibration data,
The program according to claim 6, further comprising:

In the data processing device,
In the body movement instruction step, the subject performs a process of presenting the body movement presentation device with a body movement that opens and closes the two fingers while the two movement fingers are touching the body movement detection sensor. The program according to claim 6.

In the data processing device,
In the body movement instruction step, at least one of a process for displaying a figure for stimulating the visual perception of the subject on the body movement presentation apparatus and a process for outputting a sound for stimulating the hearing of the subject from the body movement presentation apparatus is executed. The program according to claim 6, further comprising: causing the body motion presentation device to perform a body motion in which the subject touches the body motion detection sensor in response to the stimulus.

In the data processing device,
In the body motion instruction step, the body motion is presented to the body motion presentation device, and the body motion in which the subject tracks the moving shape with the finger touching the body motion detection sensor is the body motion. The program according to claim 6, wherein the program to be presented to the presentation device is executed.

A physical motion presentation device for presenting physical motion to be caused to the subject;
A body movement detection sensor that detects body movement data of the body movement performed by the subject in response to the presented body movement;
A data processing device connected to the physical motion presentation device and the physical motion detection sensor;
With
The data processing device includes:
A body motion instruction unit that generates physical motion instruction data to be performed by the subject, presents physical motion based on the generated body motion instruction data to the subject via the body motion presentation device, and directs the execution thereof; ,
A body motion data acquisition unit for acquiring body motion data of the body motion performed by the subject in time series via the body motion detection sensor;
A body motion accuracy calculation unit that calculates the position accuracy and time series accuracy of the body motion of the subject based on the body motion instruction data and the body motion data;
A cognitive impairment calculating unit that calculates the cognitive impairment of the subject based on the calculated position accuracy and time-series accuracy;
A storage unit that stores the calculated position accuracy and time-series accuracy, or the calculated cognitive impairment, together with a measurement date and time of physical movement performed by the subject;
Using the past data stored in the storage unit, a time-change output unit that outputs a display representing the relationship between the measurement date and time of the subject's physical movement and the degree of cognitive impairment,
Having
An apparatus for evaluating cerebral dysfunction.

The data processing device further includes:
As the process of the body movement instruction unit, a first process of presenting body movement for acquiring at least one ability of visual, auditory, and motor ability that the subject individually has,
As the process of the body movement data acquisition unit, the body movement data of the body movement performed by the subject according to the body movement presented in the first process is obtained from at least one of the visual, auditory and motor ability of the subject. The cerebral dysfunction evaluation apparatus according to claim 11, wherein the second process of acquiring the calibration data excluding the influence is executed.

A first data processing device having the body motion presentation device, the body motion detection sensor, the body motion instruction unit, and the body motion data acquisition unit; and a terminal device comprising:
A server device comprising a second data processing device having the body motion accuracy calculating unit and the cognitive impairment calculating unit;
Are configured to be communicably connected to each other,
The brain dysfunction evaluation apparatus according to claim 11.