JP3304079B2 - A device for measuring the balance of physical strength - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for measuring the right and left balance of physical strength, which is useful for manipulative treatment.

[0002]

2. Description of the Related Art According to the present inventor's experience of manipulative treatment, each person has a habit of body movement, and the habit causes an imbalance in physical strength, resulting in leg pain and other abnormalities. It is thought that.

[0003] In other words, one of the right and left bodies of the body is used unconsciously more frequently than the other, and the imbalance of physical strength due to the difference in the frequency of use accumulates with aging. As a result, the unused half of the body is weakly degraded as it is, and becomes stiff due to contraction, cools due to poor blood circulation, and further distorts the bone, causing walking disorders and movement disorders due to the pain. It is.

[0004]

However, at the present time, no convenient measuring device capable of measuring such a balance of physical strength has been developed yet. Therefore, as a manipulator, the subject is required to be able to measure the subject's own skill. Diagnosis of left-right imbalance in physical fitness and treatments such as massage, training and stretching guidance are performed, but with this, the abnormal state of left-right imbalance in physical strength cannot be visually observed as a measured value, and the degree of abnormality In addition, it is difficult to explain to the examinee the effect of the treatment and the effect of the treatment on the subject in an easy-to-understand manner.

[0005]

SUMMARY OF THE INVENTION The present invention is intended to solve such a problem, and as a device for measuring the right and left balance of physical strength which is useful for that purpose, firstly, it has a structure in which the position of the mounting table is one point away from the mounting table.
To the upper position of the pillar that stands physically,

[0006] A certain length is projected forward from the support.
Horizontal support arm and overhanging tip of the support arm
Attached to the support nose that hangs down from
Protractor for measuring the elevation limit and body-side flexibility, and the protractor
Via an intermediate fulcrum shaft that passes through the center
Each pivoted to allow seesaw movement to the supporting nose
Pair of upper and lower parallel link arms and the link arm
So that it swings integrally on the intermediate fulcrum shaft
End pointer to both ends of the link arm
A pair of left and right fingertip receiving plates each pivotally connected via a shaft,
And a rope for a handle suspended from the two-finger support plate
Attach the lifting limit and body side flexibility measurement tool,

[0007] Elevation of a subject who stands on the mounting table
When the fingertip plate is pushed up with the fingertip
Move the scale of the protractor indicated by the moving pointer to the
Can be measured as elevation limit,

[0008] Similarly, while the examinee grasps both cords,
If you expand and contract
The scale of the protractor is measured as the body-side flexibility of the subject
It is characterized by being able to do,

[0009] Second, the same stand vertically from the mounting table
To the upper position of the pillar

[0010] Overhang from the column by a certain length forward
Horizontal support arm and overhanging tip of the support arm
Attached to the support nose that hangs down from
Protractor for measuring the elevation limit and body-side flexibility, and the protractor
Via an intermediate fulcrum shaft that passes through the center
Each pivoted to allow seesaw movement to the supporting nose
Pair of upper and lower parallel link arms and the link arm
So that it swings integrally on the intermediate fulcrum shaft
End pointer to both ends of the link arm
A pair of left and right fingertip receiving plates each pivotally connected via a shaft,
And a rope for a handle suspended from the two-finger support plate
And attach the elevation limitations and side flexibility of the measuring instrument,

[0011] Elevation of the subject who stands on the mounting table
When the fingertip plate is pushed up with the fingertip
Move the scale of the protractor indicated by the moving pointer to the
Can be measured as elevation limit,

[0012] Similarly, while the subject holds both the cords,
If you expand and contract
The scale of the protractor is measured as the body-side flexibility of the subject
While it is determined to be possible ,

[0013] To the middle position of the support,

[0014] Protrude a certain length backward from the support
A pair of left and right horizontal support arms and tension between both support arms
Horizontal fixed bar that extends horizontally across the rear end
And bend them to both ends of the fixed bar via leg pieces.
A pair of left and right rotating bases that are rotatably pivoted
Free rotation to the front of the ring and its rotating base ring
It is irremovably held through multiple rollers supported by the shaft
Rotation for measuring the inside and outside rotation of the circular wrist joint
Installed on the front of the protractor and also each rotating base ring
Multiple fixed pointers and notches at the center of each rotating protractor
Parallel upper and lower pair sandwiching the one-hand insertion window of the subject
From the rotary protractor, and stretch it backward by a fixed length.
Of the wrist joint with the one-handed restraint plate
Attach the measurement tool of

The subject stands on the mounting table and rotates.
Insert the one-handed restraint plate through the one-hand insertion window of the protractor
Turn one hand's wrist clockwise or counterclockwise to
A finger pointing to the scale of the rotating protractor that rotates in response to the
The needle can measure the degree of inward and outward rotation of the subject's wrist.
It is characterized by being decided to be able to

[0016] Thirdly, similarly, it is integrally suspended from the mounting table.
To the upper position of the standing pillar,

[0017] Projecting a certain length forward from the support
Horizontal support arm and overhanging tip of the support arm
Attached to the support nose that hangs down from
Protractor for measuring the elevation limit and body-side flexibility, and the protractor
Via an intermediate fulcrum shaft that passes through the center
Each pivoted to allow seesaw movement to the supporting nose
Pair of upper and lower parallel link arms and the link arm
So that it swings integrally on the intermediate fulcrum shaft
End pointer to both ends of the link arm
A pair of left and right fingertip receiving plates each pivotally connected via a shaft,
And a rope for a handle suspended from the two-finger support plate
Attach the lifting limit and body side flexibility measurement tool,

Elevation of the subject who stands on the mounting table
When the fingertip plate is pushed up with the fingertip
Move the scale of the protractor indicated by the moving pointer to the
Can be measured as elevation limit,

Similarly, while the subject holds both the cords,
If you expand and contract
The scale of the protractor is measured as the body-side flexibility of the subject
While it is determined to be possible ,

[0020] A pair of left and right
Extend the horizontal support arm by a certain length, and
Place a horizontal fixed bar on the rear end of the
While penetrating horizontally in a state orthogonal to the support arm,

To the rear position of the upper surface of the mounting table,

Measurement of torsion degree of hip joint fixed from above
Through the protractor and the reference point of the protractor
In the installation stand,
Fulcrum shaft and insert it so that it can rotate horizontally.
A long and narrow rectangular turntable in the left and right direction,
Mounting one to the intermediate portion of the long sides of the turntable
Of torsion of the hip joint consisting of a pair of hands
A regular tool,

Further, the turntable is integrated from both ends.
A pair of left and right pinching pillows that stand vertically
Horizontal ankle joint fixed to cover pillow from above
Protractor for measuring the degree of circling and the reference point for each protractor
Vertical pivot axis penetrating the center and slender length in the front-back direction
Feet with a square rear position fixed to the upper end of each pivot axis
Place the pan on the back end of the short side of the
The attached pointer and also attached to the bottom of each footrest plate
Receiving the positioning pieces and the positioning pieces
To protrude upward from the middle of the protractor correspondingly.
With the stopper and the positioning piece facing downward,
A lock pin that can be inserted into and removed from the protractor
Unit for measuring the degree of circumflexion of the ankle consisting of
Become

The subject standing on the footrest plate is fixed.
Twist the lower body to the left or right while holding the bar
In other words, a tartar that rotates horizontally around the vertical fulcrum axis
The pointer attached to the table is used for measuring the torsion degree of the hip joint.
By pointing to the scale of the dosimeter, the subject's hip joint torsion
Can measure the degree of rotation,

Horizontal rotation by pulling out the lock pin
The subject who stood on the plate on which he could do
By turning the ankle outward while holding the fixed bar,
The pointer attached to the foot rest oscillates, and the above ankle joint rotation
By indicating the scale of the measuring protractor, the subject
Is characterized in that it can be measured around the ankle joint
Is what you do.

[0026]

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
To explain, FIGS. 1 to 3 show the left-right balance according to the present invention.
This shows a schematic overview of the measurement device, where (10) is
A mounting table, preferably made of wood material to be inspected (M)
Is about 1 tatami mat that one person can stand on
You. (11) is from almost the center of the mounting table (10)
A vertically suspended support with a height of about 2500 mm or more
A pillar, from other rigid materials polygonal section of the steel pipe and its
Become.

In this case, the column (11) is a single long one.
Although it can be done, changing the installation position or transporting
Can be easily inserted and removed from multiple short pieces to contribute to the convenience of
It is desirable to connect and integrate. In addition, installation stand (10)
Position where the subject (M) such as footprints stands on the front of the
It is preferable to display the id mark (S).

The column (11) is inspected.
For measuring the shoulder extension limit in the elderly (M) (A)
Measurement tool for upper limit and body-side flexibility (B), measurement of neck torsion
Tool (C), wrist dorsiflexion measurement tool (D), wrist joint rotation
Measurement tool (E) for inner and outer degrees and measurement of hip joint leg
The fixture (F) lifts and lowers the column (11) itself.
Adjustable installation height as an id rail
On the other hand, the torsion of the hip joint is
Degree measurement tool (G), ankle dorsiflexion measurement tool (H)
And an instrument (I) for measuring the degree of rotation around the ankle joint
Or all of the various measuring tools (A) to (I) or
A part is used properly according to the subject (M), and it is useful
You can stand.

Specific examples of the above various measuring tools (A) to (I)
The detailed configuration is described in order.
The measuring tool (A) is shown in FIGS.
Formed from a pair of left and right parallel rulers (12) and (12)
And the subject stands on the mounting table (10).
Assuming that (M) raised his hand, the height of his fingertip
Attach to the uppermost position of the corresponding strut (11) and use
The Rukoto.

In other words, the subject (M) moves backward around the shoulder joint.
In the direction of the finger
Read the scales of the rulers (12) and (12) and extend the shoulder joint
The limit can be measured. After that
The distance of fingertip movement to the shoulder is defined as the extension limit of the shoulder joint.
2) Since measurement is performed according to (12),
There is no restriction on the standing position on the mounting table (10).
Accurate measurement without any problem even if the riding position of the vehicle slightly changes
be able to.

(13) sets the rulers (12) and (12)
A horizontal support arm for mounting and fixing
With a certain length (L1) that protrudes forward from (11)
And the clamp (14) attached to the base
Hold it to (11) and use the holding bolt (15)
The positioning is fixed. (16) is also a support arm
(13) Supports hanging down integrally from the front end of the overhang
The nose.

Next, a tool for measuring the lifting limit and body-side flexibility
(B) shows the support arms (1) of the rulers (12) and (12).
Assemble the support nose (16) with 3)
It is knitted.

That is, in FIGS.
(17) is forward to the lower position of the support nose (16)
Protractor for measuring lift limit and body-side flexibility
And has a semicircular shape when viewed from the front. (18) (1
8) is a support arm (13) of the rulers (12) and (12).
A constant length (L2) along the left-right direction of the relationship orthogonal to
With a pair of left and right parallel link arms extending horizontally only
There is an intermediate part of a certain length (L2),
(19) Via (19) to the support nose (16),
It is pivotally connected to perform a seesaw exercise. That link
As the constant length (L2) of the arms (18) and (18),
Set the dimensions to approximately correspond to the shoulder width of the subject (M)
Is preferred.

(20) is a lower link arm (18)
Link from the back to the middle part of the car via the washer (21)
Attached and fixed so that it swings integrally with the arm (18)
Pointer indicating the scale of the protractor (17)
You. Connect the middle part of the lower link arm (18) to the support
An intermediate fulcrum shaft (19) for pivoting to the
Through the center of the protractor (17)
Needless to say.

(22) (22) is the parallel linker
(18) (18) to both ends of each end fulcrum shaft (23)
A pair of left and right fingertip receiving plates pivoted by (23).
It is folded into an almost inverted L shape when viewed from the side.
The horizontal top plate pieces (22a) and (22a) of the subject (M)
It can be pushed up by the fingertip raised
In addition, the lower ends of the remaining vertical leg plate pieces (22b) and (22b)
From when the subject (M) expands and contracts the body side
Ropes (24) (2)
4) is suspended.

Thrust of the fingertip receiving plates (22) and (22)
Limit of the subject (M) due to eruption and the cord (24) (2)
4) Body side flexibility of subject (M) extended and contracted while grasping
Is a finger indicating the common protractor (17) and its scale.
It can be measured with the needle (20)
You.

The tool (C) for measuring the degree of neck twist is a so-called headphone.
In the form of a blade, and stands on the mounting table (10).
The height equivalent to the head of the subject (M)
It will be used at the upper position of the pillar (11).
You.

More specifically , FIGS.
In (25), a tool (C) for measuring the degree of neck twist is used.
A horizontal support arm for suspension, wherein the support
With a certain length (L3) that extends backward from (11)
And the clamp (26) attached to the base
After being held to (11), the holding bolt (2
The position is fixed by 7).

(28) is the tension of the support arm (25)
Proportion for measuring the degree of neck torsion fixed to the rear end from the bottom from below
It has a semicircular shape when viewed from the bottom. (29) is the same
The support arm (25) is supported by the overhanging rear end.
A vertical axis of rotation, the reference point of said protractor (28)
And the center of the rotation axis (29)
The protractor at the height position via the receiving washer (30)
A pair of left and right hands (31) and (3) indicating the scale of (28)
1) is attached and integrated.

(32) is almost inverted U-shaped from a leaf spring material
Curved head arm, from both ends
A pair of opposing extension arms (33) (33)
And the middle part of the head arm (32)
A branch holder (34) is attached to the lower end of the rotating shaft (29).
Are suspended so as to be integrally rotatable via the rotator. Both extensions
Arm (33) (33) is attached to its head arm (32)
On the other hand, it can be adjusted up and down.

Also, (35) and (35) are the extension arms
(35) Each water is applied to the arched lower end of (35).
The undulating pivots are provided via flat fulcrum shafts (36) (36).
It is a cushioned earpiece that is pivotally attached to the
To the ears of the subject (M) wearing the arm (32).
The pair of ear pads (35) and (35) fit elastically.
It has become so.

In this state, the subject (M) turns his neck to the left.
If you swing it to the right, it will be horizontal by its pivot (29).
The rotating hands (31) and (31) correspond to the protractor (28)
The scale of the subject (M)
The degree of inversion can be measured.

Wrist joint dorsiflexion measuring instrument (D) and wrist joint rotation
The measuring instrument (E) for measuring the inside and outside degrees is
0) It corresponds approximately to the shoulder of the subject (M) who stands up
As a height, a common support arm is provided at the middle position of the column (11).
(37) (37) and fixed bar (38)
Will be used.

That is, FIG.
As apparent from FIG. 13, the two types of measuring tools (D)
The support arms (37) and (37) common to (E)
Stretch horizontally from the support (11) by a fixed length (L4)
The left and right parallel left and right
The lamp (39) was also hugged on the strut (11)
Upper and positioning bolts (40)
You.

In that case, the support arms (37) and (37)
One fixed length of protruding from post (11) to the rear (L4) Nitsu
In addition, the support arm (2) of the neck twisting degree measuring tool (C)
5) The same length that protrudes backward from the same support (11).
It is dimensioned shorter than (L3).

Then, both support arms (37) (3)
At the rear end of the overhang of 7), a fixed bar (3
8) is pierced horizontally. Its fixed bar (3
8) is a fixed length (L5) steel pipe with a circular cross section or other rigid
Made of a conductive material,
Can now function as a fulcrum axis
I have.

(41) (41) is the fixed bar (38)
To the both ends near the both ends via presser washers (42) and (42).
Protractor for measuring the degree of dorsiflexion of a pair of left and right wrists
And has a semicircular shape when viewed from the side.
From both ends located on the line,
Stopper pins (43) (43) for positioning a pair of hands
Are projected from each other.

Further , (44) and (44) are the protractor (4)
1) A pair of left and right rotating base rings orthogonal to (41)
It has an annular shape when viewed from the front.
Bend backward from part to parallel with protractor (41) (41)
The shaved leg pieces (45) and (45) are
8) are respectively pivotally attached to both ends of
You. The fixed bar (38) is connected to the protractor (41) (4).
Needless to say, it is located at the center which is the reference point of 1).
not. Moreover, the pair of left and right leg pieces (45) (4)
5) indicates the scale of the protractor (41) (41).
The hands (46) and (46) are arranged so that they can rotate together.
It is attached.

In this case, the rotating base ring (44)
In (44), these are also used, and a pair of left and right wrist joints
Degree / circularity measurement tool (E) is also assembled as a unit
I have.

A tool for measuring the degree of rotation inside and outside the wrist joint
In FIGS. 10 to 13 together with (E), (47)
(47) is a front surface of each of the rotation base rings (44) and (44).
To be freely rotatable and to be supported in a radially symmetric distribution type.
A plurality of rollers whose rotating base ring (4
4) A circular rotary protractor (4) covering the opening surface of (44).
8) The circumferential surface of (48) has a plurality of rollers (47).
By (47), it is undetachably engaged.
(49) (49) is next to the rollers (47) and (47)
Also a totally radially symmetric distribution type intervening between each other
In front of the rotating base rings (44) and (44)
A plurality of hands attached and fixed to the surface,
Eyes of rotating protractor (48) (48) for measuring inside and outside degrees
Point to Sheng.

Further, in each rotation protractor (48) (48)
In the heart, one-handed insertion window (50) (50) of subject (M)
Is notched as a rectangle extending in the horizontal direction when viewed from the front
Have been. Left and right mutual spacing of the insertion window (50) (50)
The subject (M) can insert both hands almost in parallel
It is advisable to dimension it to the extent. (51) (51) is the above insertion
As a pair of upper and lower sides that are substantially parallel with the windows (50) and (50) therebetween,
Also a certain length backward from the rotating protractor (48) (48)
(L6) is a one-handed restraint plate that is integrally extended,
In particular, the entrance of the lower restraint plates (51) and (51) is one-handed.
It is a front downward slope (51a) (51a) that is easy to insert.
It has been expanded. On the two restraining plates (51) and (51)
The overhang length (L6) is the wrist of the subject (M).
It is preferable to make the length substantially correspond to the length from the fingertip to the fingertip.

The subject (M) has one hand in each of the rotating protractors (4).
8) One-handed insertion through the one-hand insertion window (50) (50) of (48)
Insert the bundled plates (51) into the gap between them,
In the state where the finger tip is restrained, the rotation protractor
(48) Rotate (48) clockwise or counterclockwise.
If so, indicate the scale of the rotating protractor (48) (48)
According to the guidelines (49) and (49), the subject's (M)
Inward and outward degrees can be measured.

Also, one hand is restricted from the wrist to the fingertip.
The protractor ( 48) and (48)
The above-mentioned rotation base ring (44) serving as an attachment base
(44) around the fulcrum axis of the fixed bar (38)
If it is raised and lowered, the pointer (4
6) Comes with (46) and its fixed bar (38)
With the fixed protractor (41) (41), the subject
(M) can measure the degree of dorsiflexion of the wrist.
You.

The measuring device (F) for measuring the degree of hip joint opening is installed as described above.
Equivalent to the crotch of subject (M) standing on platform (10)
To the lower position of the column (11).
Will be used.

That is, the measuring tool (F) is extracted and expanded.
In the illustrated FIGS. 14 to 16, (52) indicates the support (1).
1) A horizontal support that extends a certain length (L7) forward from
Clamp (53) attached to the base of the arm
Is held on the support (11) and the holding bolt
It is positioned and fixed by (54).

In that case, the support arm (52) is
About the fixed length (L7) that extends forward from 1),
The support arms (13) of the rulers (12) and (12) are the same
From the fixed amount (L1) that protrudes forward from the support (11)
Is also set short.

(55) is the tension of the support arm (52).
A protractor fixed to the front end of the dispenser from above,
It is a semicircle of vision and is positioned on the reference line of the scale.
From both ends, a pair of left and right pointer positioning stopper
(56) and (56) are projected upward. (5
7) is a shaft attached to the front end of the support arm (52).
Vertical pivot axis received, fitted to the upper end
The integrated pointer (58) is connected to the eye of the protractor (55).
It is designed to point to Sheng. The rotation axis (57)
Penetrates the reference point of the protractor (55)
Of course.

Also, (59) is one point away from the rotating shaft (57).
An extension reference rod that hangs down physically and is
Applied on the centerline of the crotch. (60) is the same
A fixed length (L) is set backward from the halfway position of the moving shaft (57).
8) Only a horizontal rotating arm that protrudes integrally
The support arm (52) and the distance collar (6)
1) extend in parallel through. (62) is the rotation
The arm (60) hangs down integrally from the overhanging rear end
It is an abutment rod that is applied to the thigh of the subject (M) with the legs opened.
Will be

[0059] Shoulder joint extension limit measurement tool (A) and upper limit
Tool for measuring field and body side flexibility (B), tool for measuring neck twist
(C), wrist dorsiflexion measurement tool (D), wrist circumference
・ Measurement tool (E) for measuring the degree of circumflexion and for measuring the degree of hip joint opening
The tool (F) is from the uppermost position of the column (11) as described above.
It is attached and fixed sequentially to the lower position, but with these
Different measurement tools for hip torsion (G) and ankle dorsiflexion
Measurement tool (H) and ankle joint degree measurement tool (I)
Is mounted on the upper surface of the mounting base (10) as follows.
It has been set.

That is, FIG.
In (19), (63) is behind the mounting table (10).
Protractor fixed to the upper part from above to measure the torsion of the hip joint
And has a circular shape in plan view. (64) is the standard
As a state penetrating through the center of the point,
This is a vertical fulcrum shaft implanted and fixed in (10).
It has a turntable (66) via a bearing (65)
Are inserted so that they can be rotated horizontally.

The turntable (66) is arranged in the horizontal direction.
A rectangular shape in plan view extending along the middle of its long side
A pair of front and rear hands (67) (67) are attached to the part and integrated
And indicated by the guidelines (67) and (67)
Scale of the hip joint torsion degree measurement protractor (63)
To be able to read and measure the degree of hip torsion of the subject (M)
Has become.

Also, both ends of the turntable (66)
From the part, a pair of left and right pinching pillows (68) (6)
8) is vertically suspended. (69) (69)
Feet in a horizontal state covering each of the pinching pillows (68) and (68)
This is a protractor for measuring outside degree of rotation, which has a semicircular shape in plan view.
And a rotary bearing (7
0) (70) to each other between each pinching pillow (68) (68)
It is fitted.

In this case, each pinching pillow (68) (68)
The dynamic bearings (70) and (70) are almost sector-shaped corresponding side views
Guide surfaces (71) each having an arc-shaped rear surface
(71), (72) and (72). That
The prosthesis described later and a protractor for measuring the degree of rotation around the ankle joint
(69) and (69) are tilted forward and upward by the horizontal rotation axis.
It can be in an inclined state.

(73) (73) is the rotary bearing (70)
A vertical pivot axis supported by (70),
Reference point for protractor (69) (69)
Penetrates the center and on its rotation axis (73) (73)
The rear positions of the footrests (74) and (74) are fixed to the ends.
ing. The pair of left and right sides of the footrests (74) (74) is up
Slender in the front-rear direction orthogonal to the turntable (66)
The subject (M) looks forward to this
I will get on. Of the foot rest plate (74) (74)
The distance between the left and right is the subject's (M) naturally standing feet
Is preferably approximately equal to the width of

(75) (75) is the foot rest (74)
The pointer attached to the rear end of the short side of (74)
Of the above-mentioned ankle joint outside degree measuring protractor (69) (69)
It points to the scale. (76)
Also integrated on the lower surface of the footrest (74) (74)
The protractor (69) (69)
Of the protractor (6)
9) The function of the pointer indicating the scale of (69) is also exerted.

Also, (77) and (77) are the foot rest plates (7
4) Receive the positioning pieces (76) and (76) of (74)
A protractor for measuring external rotation of the ankle joint.
(69) It protrudes upward from the middle part of (69).
(78) (78) is the positioning piece (76) (76)
From the protruding tip, a protractor (69) (6)
9) Insert the plug downward so that it can be
And the difference between the lock pins (78) and (78).
Inserting and receiving with the stoppers (77) and (77)
As a result, the foot rests (74) (74) are horizontally rotated.
Locked so that there is no.

Then, the lock pins (78) (78)
Is pulled out, the foot rests (74) (74)
Horizontally rotate laterally outward by the rotation shafts (73) and (73)
It comes with the footrests (74) and (74)
Pointers (75) (75) and the above protractor (69) (69)
By measuring the degree of ankle rotation around the subject (M)
Can be.

Further, (79) and (79) are the
A pair of front and rear clamping stays (80) to the middle part of the bull (66)
(80) A foot stake installed and fixed in a vertical state
A pair of left and right protractors for measuring dorsiflexion, both side views
Has a semicircular shape. (81) is the protractor (79)
A fixed length (L) penetrating the center serving as the reference point of (79)
9) The horizontal pivot axis, both ends of which are the holding pillows
(68) (68) and pivot bearing (70) (70)
Supported.

(82) (82) The above-mentioned ankle dorsiflexion measurement
Protractor (79) (79)
With the integrated pointer fitted to the horizontal rotating shaft (81) of
Yes, it indicates the scale of the protractor (79) (79)
Swelling. In other words, the foot rests (74) and (74)
It is turned to the forward-upward inclined state by the horizontal turning shaft (81).
Then, the protractor (7) indicated by the pointers (82) and (82)
9) By reading the scale of (79), the subject (M)
Ankle dorsiflexion can be measured.

The left-right balance measuring device of the illustrated embodiment is
It has various measuring tools (A) to (I) as described above.
However, when referring to the correlation, the mounting table (1
Standing position guide displayed preferably in front of 0)
The subject (M) stands forward on the ark (S),
The shoulder extension extension measurement tool (A) and the elevation limit
When using the body side flexibility measurement tool (B),
1) Measurement of the degree of hip joint opening attached to the lower position
There is no danger of interference with the fixture (F), and its shoulder joint extension
Subject during measurement of limits and elevation limits and body-side flexibility
A tool for measuring the degree of hip joint opening from behind the body of (M)
By (F), the positional relationship that can be received in a stable manner
It is in.

Also, the subject (M) can use the gas on the mounting table (10).
Standing backward on the id mark (S), the wrist dorsiflexion
Measurement tool (D) and measurement tool for inner and outer wrist joints
When using (E), the body is measured for the above-mentioned hip joint leg opening degree.
The tool (F) receives and regulates the subject, and the subject (M)
Rotating protractor (48) (48)
Insert both hands too deeply into the insertion window (50) (50)
, The relational state that can insert correctly from the wrist to the fingertip
To keep.

On the contrary, the subject (M) measures the degree of hip joint leg opening.
When using the tool (F), its wrist dorsiflexion and wrist joint
Horizontal measuring tool (D) (E)
By holding the fixed bar (38) with both hands, stable
You can now open your legs in a standing position
ing.

Further, the subject (M) moves the mounting table (10)
Standing forward to the rear, a tool for measuring the degree of neck twist
When using (C) or the footrest also located at the rear
Standing on the plate (74) (74), the hip joint torsion and foot
A tool for measuring the degree of joint dorsiflexion and the degree of circumflexion of the ankle (G) (H)
When using (I), the fixed bar (3)
8) By gripping, in particular, a foot rest (74)
(74) can be maintained in a stable posture
Of the hip joint and the ankle spine of the subject (M)
Useful for measurement of flexion and degree of ankle rotation.

In any case, it is attached to the column (11).
Installation height of various measuring tools (A) to (F)
Depending on the height of the subject (M) who stands on the platform (10),
Adjust the support (11) as a slide guide rail
be able to.

Using the left-right balance measuring device of the present invention,
When measuring the right and left balance of physical strength in the subject (M)
Is attended by at least one assistant (not shown)
Then, the subject (M) measures various measuring tools (A) to (I).
Move the body only by the target joint, and other
If you teach them not to move together using the extra joints
Both visually observe and record accurate measurements of their physical strength.
You.

That is, first, a shoulder joint extension limit measuring tool
(A) Measures subject's (M) shoulder extension limit
In doing so, it is preferable to use the front of the mounting table (10).
On the displayed position guide mark (S)
The subject (M) who got on the board was initially in a piece as shown by the solid line in FIG.
Raise the hands individually or vertically with both hands together.
From the reference point, as shown by the chain line in the figure, the shoulder joint support
Elevate backwards around the point.

Then , the raised fingertip is used as a pointer.
Then, the distance (X) moved backward from the reference point is
By reading from the scales of the rulers (12) and (12),
It is possible to know the extension limit of the shoulder joint of the subject (M).
If the lifting operation is performed individually with one hand,
The left-right balance of the nodal extension limit can also be examined.

Next, a tool for measuring the lifting limit and the body-side flexibility
Using (B) to measure the elevation limit of subject (M)
In the same manner, the front of the mounting table (10) is directed forward or
The subject (M), standing backward, hangs one hand at a time
The fingertip receiving plates (22) and (22)
The top plate pieces (22a) and (22a) are horizontally indicated by solid lines in FIG.
From the state, push up as shown by the chain line in FIG.

Then , the parallel link arm (18)
In conjunction with the seesaw movement of (18), the pointer (20)
Deviates by a fixed angle (α) from the reference point of the dosimeter (17)
Therefore, by reading the scale indicated by the guideline (20),
I, knowledge of the elevation upper limit boundary and the left and right balance of the of the subject (M)
Can be

On the other hand, the body-side flexibility of the subject (M) is measured.
When the subject (M) receives the fingertip receiving plate (2
2) Connect the ropes (24) and (24) hanging from (22)
While grasping by hand, separate the left and right body sides
extend. In that case, in FIG. 22, the folded upper arm is placed on both sides.
The cable (24)
(24) is in the posture of gripping, but stretches downward
It is permissible to hold the cable (24) (24) with both hands
No.

Either way, the upper body shrinks
The ropes (24) and (24) are pulled down by hand.
Also the parallel link arms (18)
(18) Performs seesaw movement and measures the above-mentioned lifting limit
In the same manner as in the case of FIG.
Swings by a fixed angle (β), the amount indicated by this
If you read the scale of the dosimeter (17), the body side of the subject (M) will be flexible
The degree and the degree of left-right balance can also be measured.

The test object was measured using the tool (C) for measuring the degree of neck twist .
In order to measure the degree of neck twist of the person (M),
Subject (M) standing forward to the rear of the platform (10)
However, a head arm (32) is attached to the head as shown in FIG.
Wear it and put ear pads on both ears (35) (35)
With the neck fitted to the left or
Twist to the right.

Then , the pointers (31) and (31) are vertically
The reference point indicated by the solid line in FIG.
From a certain angle (γ) as shown by the dashed line in the figure.
By reading the scale of its protractor (28) to move
The degree of torsion of the subject (M) and the balance between the left and right can be detected.
Will be able to. In addition, the subject (M) uses the mounting table (10).
Even if you stand on the rear of the
Needless to say, the measurement can be performed without any trouble.

Using a wrist dorsiflexion measuring tool (D),
When measuring the wrist dorsiflexion of the subject (M),
Subject standing backward on the front of the mounting table (10)
(M) reaches out both hands as shown in FIGS.
One hand of the rotating protractor (48) (48) from the wrist to the fingertip
After being inserted into the insertion windows (50) and (50), as shown in FIG.
Bend your wrists.

Then , the rotation protractor (48) (4)
8) Rotating base ring (44) (4)
4) is raised around the fulcrum axis of the horizontal fixed bar (38).
The pointers (46) and (46) jointly connected with this are shown in FIG.
From the reference point shown by the solid line, a fixed angle as shown by the chain line in the figure
It is attached to its fixed bar (38) because it rotates by the degree (δ).
Protractor for measuring the degree of dorsiflexion of the wrist joint integrated with the genus (41)
By reading the scale of (41), the examinee's (M)
The dorsiflexion and its left-right balance can be examined.

[0086] Also, a tool for measuring the degree of rotation inside and outside the wrist joint
(E) also measures the inward and outward degrees of the wrist joint
In doing so, the subject (M) must also use the above rotating protractor.
(48) To one-hand insertion window (50) (50) of (48),
In the state where it is inserted from the wrist to the fingertip like 25, 26
Then, move the wrist clockwise or counterclockwise as shown in FIG.
Turn in the direction.

Then , in response to this, the rotation protractor (4)
8) (48) is rotated by a fixed angle (ε) from the reference point
The scale at the stopped position is fixed.
Pointer of rotating base ring (44) (44) in the state
(49) By reading from (49), the subject (M)
Inward and outward degrees of wrist joints and their left-right balance
You can know the degree.

Using the measuring device (F) for measuring the degree of hip joint opening,
In measuring the degree of hip leg opening of the subject (M),
Subject standing backward to the front of the mounting table (10)
(M) is the center of the crotch as suggested from FIG.
In a state where the extension reference rod (59) is applied on the line ,
The contact rod (62) contacts the thigh with the knee bent and the leg opened.
Until it hits, the assistant turns the rotary arm (60)
Let it do.

Then , the rotation of the rotating arm (60) is performed.
The pointer (58) attached to the driving shaft (57) is
From the reference point of the protractor (55) shown by a line,
To a certain angle (ζ)
By reading the scale of the container (55), the crotch of the subject (M) can be obtained.
It is possible to examine the degree of joint opening and the degree of left-right balance.

Further, a tool (G) for measuring the degree of hip joint torsion was used.
To measure the hip joint torsion degree of the subject (M)
As shown in FIG. 31, the subject (M)
0) Footrest (74) (74) supported at the rear
Stand on top and with both hands the horizontal fixed bar (38)
Twist the lower body to the left or right while grasping
It is.

Then , the turntable (66) is
32, constant around a vertical fulcrum axis (64)
It rotates horizontally by an angle (η) and the pointer (67) attached to it
(67) is a hip joint screw fixed to the mounting table (10)
To indicate the scale of the protractor (63) for measuring the degree of rotation,
The patient's (M) hip joint torsion degree and its
Can be measured.

Also, the ankle dorsiflexion measuring instrument (H) is used.
In measuring the ankle dorsiflexion of the subject (M)
Is a stable bar that holds the fixed bar (38) with both hands
Stand on the footrests (74) and (74)
Subject (M) ankles so that it rises from his toes
Dorsiflexion.

Then , the foot rest (74) (7)
4) is a horizontal rotation axis (81).
It turns to a forward-inclined state like a chain line, and
Hand (82) that swings by a fixed angle (θ)
It will indicate the scale of the protractor (79) for dorsiflexion
By reading the scale, the subject's (M) ankle joint
You can know the degree of dorsiflexion and the degree of right and left balance.

With the measuring tool (I) for the degree of circumflexion of the ankle joint,
Similarly, when measuring the circumflex degree of the ankle joint,
The subject (M) is stable on the plate (74) (74)
While standing on the floor, the foot rests (74) (7)
4) Measurement of the degree of rotation around the ankle joint from the positioning pieces (76) and (76)
Inserted downward into the protractor (69) (69)
The assistant pulls out the lock pins (78) and (78).

Under the extracted state, the subject
(M) turns the ankle outwards, so that Figure 3
4) The foot rests (74) and (74) are vertical pivot axes
(73) Horizontal rotation by (73), the pointer attached to this
(75) (75) also swings by a certain angle (ι)
In order to indicate the scale of the notifier (69) (69),
By reading the scale, the degree of ankle rotation around the subject (M)
And its left-right balance.

Various measuring tools (A) to (I) as described above
Is used to calculate the degree of balance between the left and right
Can be measured, so that the subject (M) can be measured.
Based on the result, for example, left or right weakness in the body
Mass, one half of the body
Therapy such as training and training guidance ensures convenience
It can be well-organized.

[0097]

As described above, according to the present invention, the right and left of the physical strength are balanced.
As a balance measurement device, from the mounting table (10) due to its configuration
To the upper position of the pillar (11), which stands upright,

A fixed length (L) is set forward from the support (11).
1) A horizontal support arm (13) that extends only
Hanging from the overhanging tip of the holding arm (13)
Lifting limit fixed to the supporting nose (16)
Protractor (17) for measuring body and body flexibility , and its protractor
An intermediate fulcrum shaft (1) penetrating the center serving as the reference point of (17)
9) Via (19) to the support nose (16)
A pair of upper and lower parallels, each pivoted to allow the saw to move
Link arm (18) (18) and its link arm
(18) On the intermediate fulcrum shaft (19) (19) of (18)
Pointer (20) attached to swing integrally
To the both ends of the link arms (18) and (18)
Left and right pivotally connected via the fulcrum shafts (23) (23)
A pair of fingertip receiving plates (22) and (22) and both fingertip receiving plates
Ropes (2) for handles hanging from the plates (22) and (22)
4) For measuring the lift limit and body-side softness consisting of (24)
Attach the tool (B)

The test object standing on the mounting table (10)
Fingertip receiving plate (22) by the fingertip raised by the person (M)
If you push up (22), the swinging pointer (20)
The scale of the protractor (17) indicated by
(M) can be measured as the lifting limit,

[0100] Similarly, the subject (M) has two striations (24) (2).
4) If you extend and contract the body side while grasping,
The eye of the protractor (17) indicated by the pointer (20)
Sheng can be measured as the body-side flexibility of the subject (M)
For the elevation limit and body-side flexibility
The protractor (17) and the scale pointer (20) are
(M) Reasonable for measuring elevation limit and body-side flexibility
That can be assembled into a unit as a general measuring tool (B)
In this case, if the structure of claim 2 is adopted,
The shoulder joint extension limit of the examiner (M) can also be measured.

According to the third aspect of the present invention, the support (1)
1) A tool for measuring the lifting limit and body-side flexibility at the upper position
(B) is attached and specified in claim 3 thereof
The embodied measurement tool for wrist inward and outward degrees (E)
Is also attached to the middle position of the column (11).
Therefore, the inside and outside of the wrist joint of the subject (M) are also convenient.
It can be measured conveniently.

In that case, if the configuration of claim 4 is adopted,
For example, the wrist dorsiflexion measurement specified in claim 4 is measured.
A fixed tool (D) and a tool for measuring the inside and outside of the wrist
(E) to the middle position of the column (11), the common support arm
(37) (37), fixed bar (38) and rotating base
Assembling unit that also serves as sling (44) (44)
And the degree of wrist dorsiflexion of the subject (M)
It has measurable effects.

Further, according to the structure of claim 5, the support (1)
1) A tool for measuring the lifting limit and body-side flexibility at the upper position
(B) is not only attached, but also claims
The measurement tool (G) of the hip joint torsion degree specified and embodied in 5
The measuring tool (I) for measuring the degree of rotation around the ankle joint is attached to the mounting table (10).
Because it is attached to the rear position of the upper surface
Measurement of the degree of torsion of the hip joint and the degree of rotation around the ankle joint of the elderly (M)
And the number of sites to be measured is increasing
As a result, the left and right imbalance of physical strength in the subject (M) and the
Starting with massages for different degrees, training and stress
It will be possible to give accurate manipulative treatment such as
You.

Particularly , if the structure of claim 6 is adopted,
For measuring the degree of ankle dorsiflexion embodied in claim 6.
Tool (H), tool (G) for measuring the degree of hip torsion, and
The tool (I) for measuring the degree of rotation around the ankle joint is attached to the mounting table (10).
To be assembled to the rear part of the upper surface
That can measure the degree of dorsiflexion of the ankle of the subject (M)
As a result, an increasingly abundant measuring device for the part to be measured
It can be provided as
You.

[Brief description of the drawings]

FIG. 1 is an overall schematic front view of a left-right balance measuring apparatus according to the present invention.

FIG. 2 is a side view of FIG.

FIG. 3 is an enlarged sectional view taken along line 3-3 in FIG. 2;

FIG. 4 is an enlarged front view of a tool for measuring a shoulder joint extension limit and a tool for measuring a lifting limit and body-side flexibility.

FIG. 5 is a side view of FIG. 4;

FIG. 6 is a plan view of FIG. 4;

FIG. 7 is an enlarged front view showing a measurement tool for measuring the degree of neck twist.

FIG. 8 is a side view of FIG. 7;

9 is a sectional view taken along line 9-9 in FIG.

FIG. 10 is an enlarged front view showing a wrist dorsiflexion measurement tool and wrist joint inward / outward degree measurement tools.

FIG. 11 is a plan view of FIG. 10;

FIG. 12 is a side view of FIG. 10;

FIG. 13 is an enlarged sectional view taken along line 13-13 of FIG. 10;

FIG. 14 is an enlarged front view illustrating a measurement tool for measuring the degree of hip joint opening.

FIG. 15 is a side view of FIG.

FIG. 16 is a plan view of FIG.

FIG. 17 is an enlarged front view of a tool for measuring the degree of torsion of the hip joint, a tool for measuring the degree of dorsiflexion of the ankle joint, and a tool for measuring the degree of circumflexion of the ankle joint.

18 is a plan view of FIG.

FIG. 19 is a side view of FIG. 17;

FIG. 20 is a side view showing the measurement state of the shoulder joint extension limit using the shoulder joint extension limit measuring tool.

FIG. 21 is a side view showing a measurement state of a lifting limit and a lifting limit by using a body-side flexibility measuring tool.

FIG. 22 is a side view showing the measurement state of the body-side flexibility by using the lifting limit and the body-side flexibility measurement tool.

FIG. 23 is a side view showing a measurement state of a neck torsion degree by using a neck torsion degree measuring tool.

FIG. 24 is an enlarged plan view of FIG. 23.

FIG. 25 is a side view showing a state in which both hands are inserted into the wrist dorsiflexion measurement tool and the wrist rotation inside / outside degree measurement tool.

FIG. 26 is an enlarged plan view of FIG. 25.

FIG. 27 is a side view showing a measurement state of a wrist dorsiflexion using a wrist dorsiflexion measurement tool.

FIG. 28 is a side view showing a measurement state of a wrist joint inward / outward degree by using a wrist joint inward / outward degree measuring tool.

FIG. 29 is a side view showing a measurement state of the hip joint leg opening degree by using the hip joint leg opening degree measuring tool.

30 is an enlarged plan view of FIG. 29.

FIG. 31 is a side view showing a standing state on a waist joint torsion degree measuring tool, an ankle dorsiflexion degree measuring instrument, and an ankle joint rotation degree measuring instrument;

FIG. 32 is a side view showing a measurement state of a hip joint torsion degree by using a hip joint torsion degree measuring tool.

FIG. 33 is a side view showing a measurement state of the ankle dorsiflexion using the ankle dorsiflexion measurement tool.

FIG. 34 is a side view showing a measurement state of the ankle circumflex degree by using the ankle circumflex degree measuring tool.

[Explanation of symbols]

 (10) Mounting base (11) Support (12) Ruler (13) Support arm (16) Support nose (17) Protractor for lifting limit and body-side flexibility (18) Link arm (19)・ Intermediate fulcrum shaft (20) ・ Pointer (22) ・ Fingertip support plate (22a) ・ Top plate piece (22b) ・ Leg plate piece (23) ・ End fulcrum shaft (24) ・ Rope (25) ・ Support arm ( 28) · Protractor for neck twisting degree (31) · Pointer (32) · Head arm (33) · Extension arm (35) · Earpiece (37) · Support arm (41) · Protractor for wrist dorsiflexion (43) ) ・ Stopper pin (44) ・ Rotating base ring (45) ・ Leg piece (46) ・ Pointer (47) ・ Roller (48) ・ Protractor (49) ・ Pointer (50) ) ・ One-hand insertion window (51) ・ One-hand restraint plate (51a) ・ Front down Inclined surface (52), Support arm (55), Protractor for hip joint opening (56), Stopper pin (57), Rotating shaft (58), Pointer (60), Rotating arm (62), Contact rod (63) ・ Protractor for hip joint torsion (64) ・ Support shaft (66) ・ Turntable (67) ・ Pointer (68) ・ Pinch pillow (69) ・ Protractor (75) ・ Pointer 77) ・ Stopper (78) ・ Lock pin (79) ・ Protractor for ankle dorsiflexion (A) ・ Tool for measuring shoulder extension limit (B) ・ Tool for measuring elevation limit and body-side flexibility (C) ・Tool for measuring the degree of neck twist (D) ・ Tool for measuring the degree of dorsiflexion of the wrist (E) ・ Tool for measuring the inside and outside of the wrist joint (F) ・ Tool for measuring the degree of hip joint opening (G) ・ Waist A tool for measuring the degree of joint torsion (H) ・ A tool for measuring the degree of dorsiflexion of the ankle joint (I) ・ A tool for measuring the degree of circumflexion of the ankle joint (M · Subject

──────────────────────────────────────────────────続 き Continuation of the front page (56) References JP-A-51-93576 (JP, A) JP-A-8-243089 (JP, A) JP-A-5-207992 (JP, A) 74183 (JP, U) Actually open sho 59-11705 (JP, U) (58) Fields investigated (Int. Cl. ⁷ , DB name) A61B 5/107-5/11 G01B 5/00

Claims (6)

(57) [Claims] 1. A support which stands vertically from a mounting table (10).
To the upper position of the column (11), stretch a certain length (L1) forward from the column (11).
The horizontal support arm (13) to be extended and its support arm (1
3) Support nose hanging down from the overhanging tip
Elevation limit and body-side flexibility fixed to (16)
Protractor (17) for measurement and reference of the protractor (17)
Intermediate fulcrum shafts (19) and (19) penetrating through the center
Via a seesaw movement to the support nose (16)
Upper and lower parallel link arms, each pivoted
(18) (18) and its link arm (18) (1)
8) integrally swing the intermediate fulcrum shafts (19) and (19)
The pointer (20) attached to move
To the both ends of the arm (18) (18).
3) A pair of left and right fingertip supports each pivotally connected via (23).
Clasps (22) and (22) and both fingertip receiving plates (22)
Cables for handles hanging from (22) (24) (24)
And a device (B) for measuring body-side flexibility
Of the subject (M) standing on the mounting table (10)
Push the fingertip receiving plates (22) and (22) with the raised fingertips.
If raised, it will be pointed to by its swinging pointer (20)
The scale of the protractor (17) is set to the elevation limit of the subject (M).
In the same manner, the subject (M) grasps both cords (24) and (24) and
However, if the body side is extended and contracted,
0) the scale of the protractor (17), indicated by
Determined so that it can be measured as the body-side flexibility of the subject (M)
A device for measuring the balance of physical strength between left and right. 2. A pair of left and right parallel rulers (12) and (12).
The shoulder extension extension measurement tool (A) consisting of a horizontal support
The subject (M), who lays down the arm (13) as an accessory and stands on the mounting table (10),
Is raised backwards around and is pointed to by the fingertip
The scale of the rule (12) (12) is set to the shoulder of the subject (M).
The feature is that it can be measured as the nodal extension limit
The left-right balance measurement apparatus for physical strength according to claim 1 . 3. A support which stands vertically from a mounting table (10).
To the upper position of the column (11), stretch a certain length (L1) forward from the column (11).
The horizontal support arm (13) to be extended and its support arm (1
3) Support nose hanging down from the overhanging tip
Elevation limit and body-side flexibility fixed to (16)
Protractor (17) for measurement and reference of the protractor (17)
Intermediate fulcrum shafts (19) and (19) penetrating through the center
Via a seesaw movement to the support nose (16)
Upper and lower parallel link arms, each pivoted
(18) (18) and its link arm (18) (1)
8) integrally swing the intermediate fulcrum shafts (19) and (19)
The pointer (20) attached to move
To the both ends of the arm (18) (18).
3) A pair of left and right fingertip supports each pivotally connected via (23).
Clasps (22) and (22) and both fingertip receiving plates (22)
Cables for handles hanging from (22) (24) (24)
And a device (B) for measuring body-side flexibility
Of the subject (M) standing on the mounting table (10)
Push the fingertip receiving plates (22) and (22) with the raised fingertips.
If raised, it will be pointed to by its swinging pointer (20)
The scale of the protractor (17) is set to the elevation limit of the subject (M).
In the same manner, the subject (M) grasps both cords (24) and (24) and
However, if the body side is extended and contracted,
0) the scale of the protractor (17), indicated by
Determined so that it can be measured as the body-side flexibility of the subject (M)
On the other hand , the support (11) is stretched rearward from the support (11) by a certain length (L4) to the middle position.
A pair of left and right horizontal support arms (37) and (37)
To the rear end of the overhang of both support arms (37) and (37)
A horizontal fixed bar (38) penetrating horizontally in an orthogonal state;
Folded legs (45) to both ends of the fixed bar (38)
Left and right pivotally connected via (45)
A pair of right rotation base rings (44) and (44)
Free rotation to the front of the rotating base ring (44) (44)
Via a plurality of rollers (47) (47) supported by the shaft,
Circular wrist joint inside and out
Rotating protractor (48) for outside degree measurement (48)
Mounting solid in front of the turning base ring (44) (44)
A plurality of pointers (49) and (49), and each rotating protractor
(48) of the subject (M) cut out in the center of (48)
One-hand insertion window (50)
And a certain length backward from the rotating protractor (48) (48).
(L6), the one-handed restraint plate (5
1) For measurement of wrist rotation inside and outside rotation consisting of (51)
The subject (M) , having mounted the fixture (E) and standing on the mounting table (10),
One hand insertion window (50) (5) of motion protractor (48) (48)
0) to the gap between the one-handed restraint plates (51) and (51)
If you turn the wrist of one hand clockwise or counterclockwise,
The rotation protractor (48) (48) that rotates in response thereto.
The pointers (49) and (49) indicating the scale of
Be able to measure the inner and outer wrist joints of examiner (M)
A device for measuring the degree of right and left balance of physical strength, which is characterized by the following . 4. A rotation base ring (44) (44) orthogonal to the base ring (44).
Right and left of protractor (41) (41) for measuring wrist dorsiflexion
Place a pair near the ends of the horizontal fixed bar (38)
In which the fixed bar (38) is located at the center serving as
In addition to being integrated as a hook,
(44) From a part of the circumferential surface of (44), the protractor (4)
1) Leg piece (45) bent in parallel with (41)
(45), the respective rotation base rings (44), (44)
The subject (M) standing on the mounting table (10) with the pointers (46) and (46) that can rotate together with the
One-hand insertion windows (50) (5) of the rotating protractor (48) (48)
0) to the gap between the one-handed restraint plates (51) and (51)
With the wrist of one hand, the rotating base ring (44) (4)
4) The direction in which the fixed bar (38) rises around the fulcrum axis.
If it is dorsiflexed, the rotation base ring (44) (4)
Pointed by hands (46) and (46) that rotate together with 4)
The scale of the above-mentioned protractor (41) (41) is
4. The apparatus for measuring the degree of right and left balance of physical strength according to claim 3, wherein the degree of dorsiflexion of the wrist of the person (M) can be measured. 5. A support which is integrally suspended from a mounting table (10).
To the upper position of the column (11), stretch a certain length (L1) forward from the column (11).
The horizontal support arm (13) to be extended and its support arm (1
3) Support nose hanging down from the overhanging tip
Elevation limit and body-side flexibility fixed to (16)
Protractor (17) for measurement and reference of the protractor (17)
Intermediate fulcrum shafts (19) and (19) penetrating through the center
Via a seesaw movement to the support nose (16)
Upper and lower parallel link arms, each pivoted
(18) (18) and its link arm (18) (1)
8) integrally swing the intermediate fulcrum shafts (19) and (19)
The pointer (20) attached to move
To the both ends of the arm (18) (18).
3) A pair of left and right fingertip supports each pivotally connected via (23).
Clasps (22) and (22) and both fingertip receiving plates (22)
Cables for handles hanging from (22) (24) (24)
And a device (B) for measuring body-side flexibility
Of the subject (M) standing on the mounting table (10)
Push the fingertip receiving plates (22) and (22) with the raised fingertips.
If raised, it will be pointed to by its swinging pointer (20)
The scale of the protractor (17) is set to the elevation limit of the subject (M).
In the same manner, the subject (M) grasps both cords (24) and (24) and
However, if the body side is extended and contracted,
0) the scale of the protractor (17), indicated by
Determined so that it can be measured as the body-side flexibility of the subject (M)
On the other hand , a pair of left and right horizontal
Support arm (37) (37) only a fixed length (L4)
The subject (M) is protruded to the rear end of the protruding part
The horizontal fixed bar (38) is connected to the support arm (3).
7) A protractor for measuring the degree of torsion of the hip joint fixed to the rear part of the upper surface of the mounting table (10) from above , while penetrating and transversing in a state orthogonal to (37).
(63) and the center serving as the reference point of the protractor (63)
As a penetrating state, it is implanted in the mounting table (10).
A fixed vertical fulcrum axis (64) and its fulcrum axis (6)
4) To the left / right direction inserted so as to be able to rotate horizontally
Elongated rectangular turntable (66) and its turn
Attach to the middle part of the long side of the table (66)
Waist comprising a pair of front and rear pointers (67) and (67)
A tool (G) for measuring the degree of joint torsion, and further integrally from both ends of the turntable (66)
A pair of left and right standing pillows (68) (6)
8) and apply to each of the pinching pillows (68) and (68) from above.
A protractor for measuring the degree of rotation around the horizontal ankle fixed to the lid
(69) and (69) and the respective protractors (69) and (69)
A vertical rotation axis (73) (7) penetrating the center serving as a reference point
3) and the elongated rectangular rear position in the front-rear direction
Footrest fixed to the upper end of the rotating shaft (73) (73)
(74) (74) and their respective foot rests (74) (74)
Pointer (75) attached to the rear end of the short side of
(75) and the lower surface of each footrest (74) (74)
Positioning pieces (76) and (76) integrated with
In order to receive the positioning pieces (76) and (76) of
Indicator (69) (69) corresponding upward from the middle
Stoppers (77) and (77) projecting from
The protractor described above, with the female pieces (76) and (76) facing downward.
(69) Lock that can be inserted and removed freely into (69)
For measuring the degree of rotation around the ankle joint consisting of pins (78) and (78)
The subject who assembles with the tool (I) to form a unit and stands on the footrests (74) and (74).
(M) grasps the fixed bar (38) and lowers the body to the left
If it is twisted in the right or left direction, the vertical fulcrum shaft (64)
Attached to a turntable (66) that rotates horizontally around the center
Genus guidelines (67), (67) for measuring the hip joint torsion degree
By indicating the scale of the protractor (63), the subject
The degree of torsion of the hip joint of (M) can be measured, and the lock pins (78) and (78) are pulled out horizontally.
Standing on a rotatable footrest (74) (74)
The subject (M) who grasped the fixed bar (38)
If you turn your ankle outward while holding it, its foot rest (74)
The pointers (75) and (75) attached to (74) swing,
Scales of the protractor (69) (69) for measuring the degree of external rotation around the ankle joint
Indicates that the subject (M) is out of the ankle joint
Right balance measuring apparatus body force you characterized by defined degree so as to measure the. 6. A front and rear direction to an intermediate portion of the turntable (66).
Via a pair of clamping stays (80) (80), a pair of left and right
Install a protractor (79) (79) for vertical ankle dorsiflexion measurement.
Fractionated with integrated, transmural in the center that serves as a reference point of the both protractor (79) (79)
The left and right ends of the horizontal rotating shaft ( 81)
And a pair of left and right hands (8) sandwiching both protractors (79) and (79).
2) Fit (82) to the horizontal rotating shaft (81)
The subject (M) who was integrated and stood on the footrests (74) (74)
While holding the fixed bar (38),
If the ankle is dorsiflexed to float, the horizontal pivot
(81) A footrest that is inclined forward and upward around the center
(74) The pointers (82) and (82) attached to (74)
By indicating the scale of the notifier (79) (79)
To measure the ankle dorsiflexion of the subject (M).
6. The left-right uniformity of physical strength according to claim 5, wherein
Balance measuring device.