Motion trainings device and motion trainings system

Abstract

A left foot plate and a right foot plate, which are put each both feet of a trainee, are set up, and a load sensor to detect a load is set up at multiple positions on each of the left foot plate and the right foot plate. An extraction unit takes out a load information corresponding to a posture or a motion of the trainee from the load detected by the load sensor. A measurement unit calculates an evaluated value to evaluate a difference of a goal load information set up in a goal setting unit and the load information taken out by the extraction unit. The evaluated value is checked by the trainee at showing in a display unit through an exhibition unit.

Description

TECHNICAL FIELD[0001]The present invention relates to the motion trainings device used in order that a trainee may learn correct motion, and the motion trainings system employing motion trainings device.BACKGROUND[0002]Recently, aging of a population ratio progresses and the case which a disability produces in a motor organ such kike the abnormality of a joint or a bone; and reduction of muscle strength is increasing. When the disability occurs in the motor organ, there is a problem of support and care being needed and interfering in the independent life. The disability in the motor organ is called as “locomotive syndrome”. The disability of the motor organ occurs not only to older people but to the patient who conducted the operation.[0003]For disability prevention and functional recovery of the motor organ, a exercise training of older people and a recovery training after an operation have ever been carried out. In the case that the training is carried out, the trainee is instruct...

AI Technical Summary

Benefits of technology

[0021]According to the constructions of the present invention, the effect that training effect is increased is expectable by telling the trainee about the difference between a posture or a motion when trainee receives instruction and a posture or a motion when the trainee carried out the self-training. Thus, since a leader like a physiotherapist checks whether the motion and the posture are the same as the time of receiving training or not, and a posture and self-training is carried out in case self-training is carried out without receiving training by instructors after training under training of the leader, it becomes possible to improve habits of the trainee and to learn a correct posture and correct operation.

Problems solved by technology

Moreover, since it needs to be configured so that the part can be exchanged, when adjusting of the maximum inclinatory angle is enabled in accordance with the purpose of the user, there is a problem of becoming expensive in respect of a price.

Moreover, since it can use only for the stretch exercise of the muscle of the around ankle, even if the device is used for the exercise related to the gait, the details of exercise are uniform, and it is difficult to use for the sufficient improvement of locomotive syndrome.

Furthermore, it is necessary to focus on not only a leg joint on but a knee joint and a hip joint, and the device of document 1 is not sufficient for the disability prevention and the functional recovery of the gait function of older people.

Consequently, it is thought that the device of document 2 is constructed so that the device may become low in respect of a price.

Thus, since the device of document 2 provides strengthen of a basic motor skill, it does not adapt to the purpose that the user learns the correct posture or the correct motion.

Specifically, in the device of document 2, since the clear goal relating to a posture or motion can not be obtained even if it is going to carry out a self-exercise at the place and time like a home that the user cannot be received the instruction by leaders after instruction, there is a possibility of training becoming inadequate or becoming superfluous.

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