JP2509921Y2 - Training aids - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a dynamic balance function training system device, and more particularly to a training assist device for preventing a subject using the device from falling.

[Prior Art] A relatively small limited surface is artificially tilted, and a driving function training device, a sports training device, a special environment simulation device and the like using the tilted surface are used. Particularly in recent years, interest in health and the like has increased, and training has come to be performed from a sports medical standpoint, and it has been used in consideration of safety such as handrails as an auxiliary tool for safety measures.

[Problems to be solved by the invention] In such an assisting device, conventionally, the subject itself has been caught by an assisting device such as a handrail to support the body or lean against the subject. I could not support my body even when I used it, and I fell down. In addition, the movement of the subject was restricted due to the presence of handrails in the surroundings, and auxiliary tools such as handrails made the subject feel psychologically narrow. Also, the device used for this training,
In a dynamic function training system device (hereinafter referred to as a training device), data on a dynamic stimulus of a subject on the training device is collected by a detector of a floor reaction force meter incorporated in the training device, and an auxiliary tool Data cannot be evaluated when the body is supported by. And
It was dangerous when the subject fell because the device was operating.

Therefore, in the present invention, the subject is not restricted in operation, and the detector detects the motion state, and the training assisting device attempts to perform safe training.

[Means for Solving the Problems] Therefore, the present invention has the following configuration in order to solve the problems. In a training auxiliary device used for a dynamic function training system device, a mounting member to be mounted on a subject, a holding member for suspending the mounting member, a cylindrical member slidably penetrating the holding member, An elastic member that transmits the load of the subject from the holding member to the cylindrical member, a fixing member that fits the cylindrical member into a bored hole via a bearing member, a plate member that is joined to the cylindrical member, and the plate A detector that receives a member and that is disposed between the plate member and the fixed member, and that detects a load transmitted from the plate member; and an operation of the dynamic function training system device based on a value of a signal from the detector, It is configured by a control device for stopping.

[Embodiment] The present invention will be described in more detail based on the illustrated embodiment.

FIG. 1 is an external perspective view showing an embodiment of the present invention, FIG. 2 is a sectional view showing an embodiment of the present invention, and FIG.
The figure is a block diagram of a load detection system of the training assisting device of the present invention.

In the figure, 1 is a mounting member, which is mounted on a subject 14. Reference numeral 2 is a holding member, which is slidably mounted on the cylindrical member 9
And the mounting member 1 is suspended by engaging with the cylindrical member 9 so as to be arranged at a position perpendicular to the upper and lower surfaces of the cylindrical member 9. The cylindrical member 9 is inserted through the bearing member 3 so as to be slidable in the axial direction. An elastic member 4 is disposed between the upper surface of the plate member 7 joined to the cylindrical member 9 and the lower surface of the plate member 8 at the upper end of the holding member 2 to apply a force to rapidly pull the mounting member 1 by a load. The elastic member 4 buffers the shock so that the subject 14 is not impacted. Further, the holding member 2 is provided with a stopper 10 which is located below the cylindrical member 9 so that the elastic pressure member 4 is always applied with a force equal to or more than a certain value and which can contact the cylindrical member 9. Reference numeral 5 denotes a fixing member, and the bearing member 3 is fitted in a through hole to be drilled and fixed to the training device 11. A detector 6 is arranged between a plate member 7 joined to the upper surface of the cylindrical member 9 and a fixed member 5 facing the lower surface of the plate member 7, and receives a load applied to the plate member 7. There is.

Reference numeral 21 is amplification means for amplifying the signal output from the detector 6, 22 is conversion means for converting the amplified analog signal output from the amplification means 21 into a digital signal, and 23 is the conversion means.
Control means for arithmetically processing the signal from 22, 24 is a display means,
11 is a training device.

In such a configuration, the subject 14 is the training device 11
Above, the mounting member 1 is attached and training is performed.

Conventionally, the subject 14 does not have any problem on the training device 11 even if the subject 14 does not have the conventional handrail in a well-balanced state, or if the subject 14 is leaning on the handrail. But,
Subject 14 lost his balance, and when he started to fall, he tried to grab the handrail immediately, but could not grasp the handrail, or could not support his body even if he grasped the handrail, and fell.

According to the present invention, the mounting member 1 of which the length is adjustable is mounted on the subject 14, so that the subject 14 can hold the subject 14 even if the subject 14 loses balance and cannot reposition. When a load is applied to the training assisting device 12, the mounting member 1 is pulled, and the holding member 2 is continuously provided.
Slides down, and the force pulling the mounting member 1 and the holding member 2 is buffered by the elastic pressure member 4 to minimize the impact transmitted to the subject 14.

Since the floor surface of the training device on which the subject 14 is placed moves forward and backward, forward and backward, and left and right, the subject 14 loses balance and the direction of collapse is not constant, but is forward, backward, leftward, or rightward. Therefore, the holding member 2 is rotatable about the axis, the subject 14 loses balance, the holding member 2 is pulled and rotated in a collapsing direction, the mounting member 1 is twisted, and the subject 14 is tightened. It is configured to prevent

Further, when the subject 14 loses balance and collapses, the load is transmitted to the mounting member 1, the holding member 2, the elastic member 4, and the cylindrical member 9 and is applied to the detector 6. Therefore, from the detector 6, the magnitude and change of the detected value can be known, and the state of the subject 14 can be quantitatively judged and known. Here, it is effective that a linear bearing such as a ball bush is used as the bearing member 9 so that the load is easily transmitted from the plate member 7 joined to the cylindrical member 9 to the detector 6.

The output of the detector 6 is amplified by the amplification means 21, converted by the conversion means 22, and then taken into the control means 23. Then, the control means 23 can perform arithmetic processing and comparison of the converted output values to display on the display means 24 and control the training device 11.

When the subject 14 loses the balance because he / she cannot respond to the operation of the training device 11 and the subject 14 can take the corresponding situation when the balance is restored again by the power of the subject 14 and the support of the training assist device 12. It is considered that the balance of the subject 14 is difficult to restore with the force of the subject 14 and the balance is supported by the training assisting device 12. In the former case, the training can be continued, and in the latter case, the training cannot be continued. Two thresholds (level 1, level 2, where level 1 <level 2) are set for the load detected by the detector 6 arranged in the training assisting device 12 as a criterion of whether continuation is possible or not,
When the level exceeds 1, the training can be continued and the training device 11 remains in the operating state, but software processing is performed so as not to evaluate the data obtained from the training device 11. If the level 2 is exceeded, the training cannot be continued and the operation of the training device 11 is stopped. level
1, the value of level 2 is automatically set by software from the weight of the subject 14 detected when the training device 11 is stationary,
Alternatively, it is possible to change the set value manually.

[Effects] As described in detail above, the present invention is a training assisting device that enables a subject to be safely trained on a training device. When the training device loses balance, the subject can regain balance when collapsed. In the case where the training assisting device assists and falls, the training assisting device supports the subject so as not to give a strong impact to the subject, and thus has high safety.

Further, by detecting the load depending on the training assisting device of the subject from the detector provided in the training assisting device, the motion state can be known through the recorder, the display and the control device. By connecting the control device to the training device, it is possible to determine and exclude the training data measured by the training device that does not need to be evaluated by the load applied to the detector of the training auxiliary device, so that training can be continued. ， It is possible to judge the impossibility, and when the subject falls down, it is possible to control various devices to notify the observer and trainees of their sight and hearing, and to start and stop the training device. It is possible for the observer to secure the safety of the subject without the need for the observer to stop the training device in a hurry.

Since the training assisting device of the present invention can use the hand freely even for a subject who needs assistance such as a handrail, it is easy to balance and the training assisting device does not harm the subject. In addition, it does not require a space in the surroundings and does not give a feeling of narrowness.

[Brief description of drawings]

FIG. 1 is an external perspective view showing an embodiment of the present invention, FIG. 2 is a vertical side view of an embodiment of the present invention, and FIG. 3 is a system block diagram of a training assisting device of the present invention. 1: Mounting member, 2: Holding member 3: Bearing member, 4: Resilient member 5: Fixed member, 6: Detector 7: Plate member, 8: Plate member 9: Cylindrical member, 10: Stopper 11: Training device, 12: Training auxiliary device 13: Control device, 14: Subject 15: Floor reaction force meter 21: Amplification means, 22: Conversion means 23: Control means, 24: Display means

Claims (3)

(57) [Scope of utility model registration request] 1. A training auxiliary device used in a dynamic functional training system device, comprising: a mounting member to be mounted on a subject;
A holding member that suspends the mounting member, a cylindrical member that slidably penetrates the holding member, an elastic member that transmits the load of the subject from the holding member to the cylindrical member, and a bearing member in the bored hole. A fixing member to which the cylindrical member is fitted via
A plate member that is joined to the cylindrical member, a detector that receives the plate member, is disposed between the plate member and the fixing member, and detects a load transmitted from the plate member; and a signal from the detector. A training auxiliary device comprising a controller for operating and stopping the dynamic function training system device according to a value. 2. An amplifying means for amplifying a signal output from the detector by the control device, and a converting means for converting an analog signal output from the amplifying means into a digital signal.
The training assisting apparatus according to claim 1, further comprising a control unit that arithmetically processes a signal from the conversion unit. 3. The training assisting apparatus according to claim 1, wherein the holding member is arranged so as to be rotatable about an axis.