JP2007097819A - Finger rehabilitation implement - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a finger rehabilitation implement by which gripping exercise can be easily done while preventing each finger from coming off when repeating gripping operation of a pair of operation levers. <P>SOLUTION: A thumb holding section 11 is provided in one of the operation levers 9, 9 of the finger rehabilitation implement 1 openably and closably doing the gripping operation of the pair of operation levers 9, 9 having operation sections 6 and finger holders 13, 13 for individually inserting and holding at least two fingers of an index finger, a mid finger, a medicinal finger, and a little finger are provided in the other operation lever 9. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a finger rehabilitation tool in which a finger holder is provided on an operating rod.

  Conventionally, a finger exerciser that performs finger rehabilitation (hereinafter simply referred to as “rehabilitation”) by strengthening grip strength, preventing aging, and promoting cerebral development by training a finger exercise using an instrument is disclosed in Patent Document 1. As already shown. The finger exerciser is a cylindrical instrument in which a gel-like substance having elasticity is covered with a rubber film.

In addition, a finger training tool in which an operating rod having a bifurcated operating portion is formed of a spring material is frequently used by sports enthusiasts and the like for the purpose of strengthening grip strength.
Furthermore, power rehabilitation, which uses tools to improve finger motor function and prevent dementia in nursing homes and various rehabilitation facilities, is a handy tool for easily performing finger gripping exercises. A clip (washing basket) used for drying is used.
Japanese Utility Model Publication No. 6-75528

The finger exercise tool shown in the above-mentioned Patent Document 1 is to train by repeatedly grasping and exercising against the elasticity of a cylindrical instrument with all five fingers, so that the overall grip strength of the hand is improved. Although there is an advantage, there is a drawback in that it is difficult to perform training on a specific finger that requires less rehabilitation or exercise, for example, a ring finger or a middle finger or the like that is used less frequently in daily life.
In addition, when trying to train a specific finger, the user must consciously select the target finger and focus his attention each time a gripping operation is performed. Is extremely difficult.

In addition, a finger exercise tool made of spring material with a bifurcated operation rod for the purpose of strengthening the grip strength muscles requires strong grip operation force against resilience for elderly people with weak grip strength and people with impaired hand fingers. And the operation part is slippery and has a drawback that it is difficult to use.
In addition, the laundry basket as an exercise tool for power rehabilitation has the advantage that it can easily open and close the buttocks (actuation section) by selecting and gripping any finger, but the exercise is monotonous At the same time, there is a drawback that it is difficult to use with a finger disengagement from a narrow and slippery operation part.

As described above, the training equipment of any finger is monotonous and the user must concentrate on the consciousness to continue the gripping operation. There is a drawback that sufficient rehabilitation effect cannot be obtained due to lack of feeling and pleasure reaction.
Therefore, you can easily move your fingertips with interest, pull back the physical non-sliding state to the muscles, and promote the release of acetylcholine in the body and the generation of pleasant reaction substances such as β-endorphin in the brain There is a need for a finger rehabilitation tool that can be operated.

  In order to solve the above-mentioned problems, firstly, in the finger rehabilitation tool 1 for gripping and operating a pair of operation rods 9 and 9 having an operation unit 6 in an openable and closable manner, one finger rehabilitation device is provided on one of the operation rods 9 and 9. A thumb holding unit 11 is provided, and the other operation rod 9 is provided with finger holders 13 and 13 for individually inserting and holding at least two fingers among index finger, middle finger, ring finger, little finger and the like.

  Second, the operation piece 16 having a plurality of finger holders 13 and 13 is provided on the operation portion 6 of the operation rod 9 so that the posture can be freely changed.

  Thirdly, the sound generator 17 is provided in the operation rod 9.

  Fourth, the operating rod 9 is provided with a fragrance unit 19.

  Fifth, the weight 21 is provided on the operation rod 9.

  Sixth, the operating rod 9 is provided with a detachable protrusion 20 formed with irregularities on the surface of the mounting piece.

  Seventh, the middle part of the pair of operating rods 9 and 9 provided with the operating part 7 at the tip of the operating part 6 is connected by a connecting pin 10 so as to be rotatable.

  Eighth, the finger rehabilitation tool 1 is characterized in that it is pivotally attached to and supported by a support rod 5 erected on the finger training device 3.

  Ninth, the finger rehabilitation tool 1 is mounted and supported on a support rod 5 that is moved vertically or horizontally by the finger training device 3.

  According to the present invention configured as described above, a thumb is inserted into the thumb holding portion of one operating rod, and a plurality of other fingers are selected and inserted into a plurality of finger holders provided on the other operating rod. Since it can hold | maintain, when repeating grip operation of a pair of operating rod, separation | elimination of each finger | toe can be prevented and simple grip movement can be continued and finger rehabilitation can be performed without difficulty.

  When gripping a finger rehabilitation device, the control piece adapts to the hand in response to the movement of the finger, making it easier for the handicapped user to use it without forcibly moving the finger. It can be carried out. In addition, it is possible to easily perform a picking exercise with the fingertip, which is performed by making the finger rehabilitation tool and the direction of the arm substantially linear.

  The grasping movement of the finger rehabilitation device can be promoted by using the auditory sense by the sound generated from the sound generation unit.

  The gripping movement of the finger rehabilitation device can be promoted by utilizing the sense of smell by the fragrance generated from the scented part.

  With the weight provided on the operation rod, it is possible to easily perform finger training with a weight added to the finger.

  Providing projections with projections and recesses so that they can be attached to and detached from the operation rod, multiple projections with different projection shapes and patterns can be prepared, and these can be selected and easily replaced with finger rehabilitation devices. Appropriate finger tactile stimulation can be given to each person.

  By connecting the middle part of a pair of operating rods with an operating part at the tip of the operating part so that they can be rotated by a connecting pin, the opening and closing operation of the operating part accompanying the grip operation of the operating part can be used to A fragrance can be generated from a scent or a scent.

  By attaching and supporting the finger rehabilitation tool so as to be able to rotate on the support rod set up on the finger training device, it is possible to easily support the user's finger via the support rod and perform the grip operation.

  By driving the support rod provided in the finger training device in the vertical and horizontal directions, finger rehabilitation that combines the gripping motion of the finger rehabilitation tool and the motion of the support rod can be performed.

  Embodiments of the present invention shown in the drawings will be described below. FIG. 1 shows the configuration and usage of a first embodiment of a finger rehabilitation device 1 according to the invention, and FIG. 2 is a plan view showing the configuration of the finger holding unit 2 of FIG. FIG. 3 shows the configuration of the second embodiment of the finger rehabilitation tool 1, and FIG. 4 shows the configuration and usage of the finger training exercise device 3 that moves the finger rehabilitation tool 1 arranged on the left and right. FIG. 5 is a perspective view showing an example of a connection structure between the support rod 5 and the finger rehabilitation device 1 of FIG.

  The finger rehabilitation tool 1 according to the first embodiment will be described with reference to FIGS. This finger rehabilitation tool 1 includes a pair of operating rods 9 and 9 integrally formed with an operating portion 6 for placing a finger on a gripping operation and an operating portion 7 that is opened and closed based on the operation. It comprises a connecting pin 10 that rotatably connects the middle part, a finger holding part 2 and a thumb holding part 11 provided in each operation part 6 of the operation rods 9 and 9.

  The finger rehabilitation tool 1 in the illustrated example is detachably provided with a coiled spring 12 that urges and urges the operating portions 7 and 7 of the operating rods 9 and 9 in the closing direction. ing. As a result, when the finger rehabilitation tool 1 is gripped against the elasticity of the spring 12 from the non-grip operation state, the actuating portions 7 and 7 can be actuated in the opening direction as shown by the solid line in FIG. When the operation is stopped, the distal ends of the operating portions 7 and 7 can be brought into contact with each other by the return force of the spring 12.

  Both ends of the coil-shaped spring 12 are detachably attached to the attachment portion (attachment hole) of the finger rehabilitation tool 1, and a plurality of springs 12 having different elasticity prepared in advance are suitable for each user. Can be selected and used by simply attaching to the finger rehabilitation device 1. In addition, when providing springs 12 having different strengths to a plurality of finger rehabilitation devices 1, if the colors are divided into, for example, red, blue, yellow, etc. according to the strength of the spring force, medium, small, etc. Can be used to prevent misuse. Moreover, the finger rehabilitation tool 1 corresponding to the rehabilitation (training) level for each user can be accurately selected and used.

  The finger rehabilitation tool 1 of the illustrated example is provided with an annular thumb holding portion 11 for holding a thumb inserted into the end of the thumb operating side (lower) operating rod 9, and at the end of the upper operating rod 9. An annular finger holder 13, 13,... For individually inserting and holding a plurality of fingers other than the thumb is provided to constitute the finger holder 2. As a result, the thumb holder 11 and the finger holders 13, 13... Can insert the corresponding thumb and index finger, middle finger, ring finger, and little finger to make the operation rods 9 and 9 easier to grip and repeat the grip operation. At this time, it is possible to easily continue the gripping exercise that prevents the fingers from being detached.

  The finger holders 13, 13... Of the finger holding part 2 are provided on a plate-like operation piece 16 that is pivotally supported by the attachment shaft 15 at the end of the operation part 6. According to this configuration, as shown in FIG. 1, the other four fingers can be inserted and held in the finger holders 13, 13... With the thumb inserted into the thumb holder 11. When the operating parts 6 and 6 are gripped in the closing direction against the elasticity of the spring 12, the operating parts 7 and 7 can be operated in the opening direction with the connecting pin 10 as a fulcrum as in a conventional laundry basket. When the gripping operation is stopped and the operation is performed in the opening direction (opening operation), the operating parts 7 and 7 are brought into the original closed state by the elasticity of the spring 12.

  When the gripping operation of the finger rehabilitation tool 1 is repeated as described above, each finger is held by the corresponding thumb holder 11 and the finger holders 13, 13... Of the finger holder 2. The gripping operation can be continuously performed while preventing the finger from coming off. Therefore, it is possible to prevent the finger from being detached even for a user who is inconvenienced with any finger, to ensure smooth training and to improve the rehabilitation effect.

  In addition, since the finger holding unit 2 is provided with a plurality of finger holders 13, 13... On the operation piece 16, the operation piece 16 is attached to correspond to the movement of the finger for each opening / closing operation by the grip operation of the finger rehabilitation tool 1. Since the angle is adjusted automatically by rotating the shaft 15 as a fulcrum, there is an advantage that the posture can be easily changed without forcibly moving the finger and the hand can be easily adjusted.

  Therefore, even a user who has difficulty in fingering can easily perform the grip operation. Furthermore, the finger rehabilitation tool 1 and the direction of the arm are made substantially straight, and it becomes easy to perform a picking exercise operation with a fingertip, and various exercise trainings can be made possible. Further, as will be described later with reference to FIG. 4, the gripping operation of the finger rehabilitation tool 1 supported by the support rod 5 of the finger training device 3 can be smoothly performed in accordance with the movement of the support rod 5.

  It is desirable that the finger holder 13 and the thumb holder 11 be a ring having a standard diameter for inserting and holding each finger with a member having flexibility and elasticity. It can be used with versatility corresponding to the thickness. Further, the finger holders 13, 13... Can be used by inserting only the corresponding fingers and inserting only the middle finger and the ring finger, for example, into the arbitrary finger holders 13, 13. At this time, the finger holder 13 into which the finger is not inserted is pressed from above by another finger that is not inserted, and can be bent with resilience.

  Furthermore, the finger rehabilitation tool 1 of the embodiment is provided with a sound generation unit 17 that generates a sound (operation sound) based on a gripping operation and a scenting unit 19 that generates incense. In addition, a projection 20 having a concavo-convex surface is provided at an appropriate position on the surface of the operation rods 9 and 9 so that a tactile stimulus can be applied by bringing a finger into contact with the concavo-convex surface. In addition, a weight 21 is detachably provided in the operating portion 7 so that training using the weight of the weight can be promoted.

  Next, the attachment structure as described above will be described. The sound generating portion 17 in the illustrated example is configured such that a screw portion 17 a protruding from the lower surface side of the main body is detachably provided in a screw hole 7 a formed in the operating portion 7. The sound generating unit 17 can be, for example, a maraca instrument having a sound generating member accommodated therein. In this case, the finger rehabilitation device 1 equipped with the sound generating unit 17 generates a maraca sound by shaking the entire device rhythmically. In addition, the sound can be generated in accordance with the exercise of gripping the operation units 6 and 6.

That is, the finger rehabilitation tool 1 including the sound generation unit 17 can be used as a musical instrument, or when a finger rehabilitation is performed based on a grip operation, the user's interest is aroused by a generated sound, And can be used happily and can improve the rehabilitation effect.
Note that the sound generation unit 17 is not limited to the above-described instrument, but a wind instrument or castanets that generate bells, whistles, trumpet sounds, or the like, as will be described later with reference to FIG. It is possible to make a percussion instrument structure.

The scenting part 19 is provided with a container 23 containing the fragrance 22 at one end of the operating parts 7, 7, a container lid 25 is provided at the other end, and the container 23 is gripped from a state in which the container lid 25 is covered with the container lid 25. When the container lid 25 is opened by the operation, the scent of the fragrance 22 inside can be emitted.
Accordingly, the finger rehabilitation device 1 including the scent release unit 19 can emit fragrance by opening and closing the container 23 based on the gripping operation, so that the user continues finger training while obtaining the pleasant feeling of smell due to the incense and rehabilitation. The effect can be improved.

  In addition, the finger rehabilitation tool 1 provided with the fragrance 22 in an exchangeable manner can be used as a game tool for sniffing the incense loaded in each finger rehabilitation tool 1 and matching the incense name. Moreover, based on the incense characteristic of each fragrance | flavor 10, it can obtain by selecting an awakening effect and a feeling of relaxation.

  The protrusion 20 has a configuration in which irregularities capable of giving sufficient tactile stimulation to the fingertips are formed on the surface of a seal (attachment piece) that is replaceably attached to an appropriate position of the operation unit 6 or the operation unit 7. At this time, if the projections and depressions of the projections 20 are pictogram-like projections and depressions, the user can trace the projections and depressions with their fingers to recognize the contents even when the eyes are closed, or the kind of the finger rehabilitation tool 1 Can be accurately and easily known.

  Moreover, the protrusion part 20 which consists of a structure of the example of illustration can prepare the several thing which changed the front-end | tip shape and uneven | corrugated pattern of protrusion, and these can be selected and can be changed to the finger rehabilitation tool 1 easily. Therefore, it can be used as a device that gives a suitable finger tactile stimulus to each user to promote brain activation. In addition, it is possible to make it easier for a blind user to correctly recognize the type of the finger rehabilitation device 1.

  In addition, if the projection part 20 is made into the transparent seal | sticker in which the unevenness | corrugation was formed, while being able to stick easily to a required location, the color of the main body of the finger rehabilitation tool 1 can be seen through. Moreover, when the main body of the finger rehabilitation tool 1 is formed of a plastic material, the protrusions 20 as described above can integrally form unevenness.

  The weight 21 in the illustrated example has a clamping clip (attachment member) 21a made of a leaf spring, and can be attached to the operation rods 9 and 9 by the clip 21a. The finger rehabilitation device 1 provided with the weight 21 on the operation unit 6 which is the tip of the operation rod 9 gives a sense of achievement of the user's exercise and enhances training improvement when selecting and grasping an appropriate weight. Can do. Moreover, since the finger rehabilitation tool 1 having the weight 21 at the distal end portion can perform a swinging motion while holding the operation portion 6 and a motion that also serves as a dumbbell, the wrist can also be trained. The weight 21 can also be provided on a weight mounting portion previously formed on the operating rod 9 so that the weight can be adjusted.

  The finger rehabilitation tool 1 configured as described above is provided with a thumb holding portion 11 for inserting and holding a thumb in one operation rod 9, and at least a plurality of fingers such as an index finger, a middle finger, a ring finger, and a little finger on the other operation rod 9. Since the finger holders 13 and 13 for inserting and holding are provided, the thumb is inserted into the thumb holder 11 and the gripping operation can be easily repeated with the finger to be exercised or rehabilitated inserted into the finger holder 13. Can do.

If back music or the like is used at this time, the exercise of the finger rehabilitation device 1 can be continued more happily in accordance with the music and rhythm without feeling bored, so that the effects of power rehabilitation and the like can be further improved.
Further, the finger rehabilitation tool 1 provided with the operating parts 7 and 7 on the operation rods 9 and 9 can easily provide the sound generating part 17 and the scenting part 19 on the operating part 7 and can be opened and closed by a grip operation. A sound can be generated or a fragrance can be diffused for each operation of the unit 7.

As a result, the user receives finger movements and auditory and olfactory stimuli in combination with the brain, so that the rehabilitation effect can be enhanced synergistically, and the generation of pleasant reaction substances can be promoted by training of the auditory or olfactory memories or training. A sense of achievement can also be obtained.
In addition, a plurality of finger rehabilitation devices 1 are prepared, each of which is color-coded for each strength of the spring 12 or discriminating by the protrusions 20. At first, the weak finger rehabilitation device 1 is used. Since it can also be used step by step, it is possible to enhance the rehabilitation and to achieve a sense of accomplishment.

Moreover, since the finger holding part 2 can be used by cooling or heating in accordance with the user's demands and required rehabilitation conditions when at least the finger holder 13 is formed of a heat storage member, stimulation based on this temperature And rehabilitation action can also be added.
Also, the finger rehabilitation device 1 can be used while bathing, and finger training can be easily performed before bathing, so that the bathing rehabilitation effect can be enhanced.

As described above, the finger rehabilitation device 1 can add stimuli such as hearing, olfaction, and tactile sensation to the movement of the grip operation, and can make the user interested in training and have fun continuing.
In addition, since the training can be accompanied by a sense of accomplishment and a pleasant reaction without the user being forced to be aware of finger movement, early fatigue and fatigue can be avoided and the rehabilitation effect can be sufficiently enhanced. In addition, light exercise of the fingertips can be promoted even for fingers that are infrequently used, so that the muscles are activated to release acetylcholine in the body and to generate pleasant reaction substances such as β-endorphin in the brain, forcing training There is nothing to do.

  Next, a second embodiment of the finger rehabilitation tool 1 shown in FIG. 3 will be described. In addition, description is abbreviate | omitted about the structure and effect | action similar to the thing of the said embodiment. The finger rehabilitation tool 1 uses an existing clip such as a large laundry basket used for drying the laundry, for example, and the thumb holder 11 and the finger holder 13 with respect to the operation baskets 9 and 9 of the clip. 13, and the sound generating portion 17 is provided in the operating portions 7, 7.

  The finger rehabilitation tool 1 in the illustrated example is provided with a ring-shaped thumb holder 11 and finger holders 13 and 13 in an attachment hole 26 formed in the operation part 6 by post-processing. Further, the thumb holding part 11 can be selected and attached to a plurality of attachment holes 26 provided in the operation part 6 according to the size of the user's finger and the degree of training.

  In addition, the sound generating unit 17 can be detachably attached to the tip of the operating units 7 and 7 with a cylinder unit 29 having a sounding unit 27 and a piston unit 30 that compresses the air in the cylinder unit 29 by a gripping operation. I have to. As a result, when the finger rehabilitation tool 1 opens and closes the operation parts 6 and 6 by a grip operation, the piston part 30 compresses the air in the cylinder part 29 and causes the sounding part 27 to sound.

Further, the user can easily make the grip operation motion rhythmical while enhancing the training effect while confirming the sound generated for each grip operation by hearing. The sound generation unit 17 can also make training fun by changing the sound according to the strength and speed of opening and closing.
Note that the sounding unit 17 provided in the operating unit 7 is not limited to the illustrated example, and can be configured to provide a percussion instrument such as a castanette for the operating units 7 and 7.

  Next, the configuration and usage of the finger training device 3 shown in FIG. 4 will be described. The finger rehabilitation tool 1 configured as described above can be used by being attached to left and right support rods 5 erected on the finger training device 3 as shown in FIG. This finger training device 3 is pivotally supported so that an eccentric position can be adjusted to a position eccentric to the base side of each support rod 5 from the center of rotation with respect to a rotating body 33 that is rotationally driven by a built-in drive motor (not shown). . The middle portion of each support rod 5 is inserted and supported movably in a guide groove 36 formed in a body cover 35 that covers the rotating body 33, the drive motor, and the like.

  The finger rehabilitation tool 1 of this embodiment is positioned on the front side of the finger training device 3 by mounting and supporting the connection pin 10 or the vicinity of the connection pin 10 on the upper part of each support rod 5 in a freely rotatable (floating state). The operating rods 9 and 9 can be easily gripped and operated via the thumb holding portions 11 and the finger holder 13 from the left and right of the user extending both hands.

That is, the finger rehabilitation tool 1 in the illustrated example removably attaches and supports the extension portion of the connecting pin 10 to the universal joint 37 that is rotatably provided on the upper portion of the support rod 5.
The universal joint 37 projects a stopper 39 that defines the gripping posture of the finger rehabilitation tool 1. Further, operations such as operation of the drive motor, forward / reverse rotation, and rotation adjustment are performed by a user stepping on a switch or a switch operation by an assistant.

  The finger training device 3 configured as described above operates the drive motor in a state where the finger rehabilitation devices 1 and 1 supported by the left and right support rods 5 and 5 are held by fingers of both hands. As a result, the support rod 5 repeats a reciprocating motion in the vertical direction by the rotation of the rotating body 33, and each finger rehabilitation tool 1 is a combined rocking motion that combines the left and right movements and the back and forth movements in the guide groove 36 with a constant vertical stroke. Can do.

Accordingly, since the user can perform the gripping motion together with the swinging motion of the finger rehabilitation device 1, the user performs a complex motion according to the user's intention while supporting the finger via the support rod 5, and power rehabilitation. Can enhance the effect.
In such training, the finger rehabilitation device 1 is mounted and supported on the support rod 5 via the connecting pin 10 and the universal joint 37, so that the finger is not forced by the forced movement of the support rod 5, and The finger can be used with the finger holder 13 or the like being used to prevent detachment such as finger disengagement.

  Further, the finger rehabilitation tool 1 is supported at a predetermined height by the support bar 5 and can save labor for lifting and gripping by the user, thereby enabling rehabilitation with less stress. Furthermore, in accordance with the movement of the finger rehabilitation device 1 that swings through the support rod 5, the user can perform a rhythmical motion that simultaneously swings or twists the body while swinging the arm.

  Also, the finger rehabilitation tool 1 supported by the support rod 5 is in a state in which the thumb is removed from the thumb holding part 11, for example, with the middle finger and the ring finger held by the finger holders 13 and 13, You can exercise freely. In addition, it is possible to easily perform intensive exercises on fingers that are less frequently used (exercise) and specific fingers that require rehabilitation. Also in this case, by appropriately selecting the spring 12 and the weight 21, effective rehabilitation suitable for the user can be promoted, and it can be used for training for strengthening fingers.

  When training using this finger training device 3, when the back motor is used together and the rotation of the drive motor is set in accordance with the music and rhythm, the finger rehabilitation tool 1 is moved up and down or left and right. Training can be made more enjoyable and the achievement of training using music can be enhanced. At this time, if a structure for counting the number of movements of the support rod 5 and the number of gripping operations of the finger rehabilitation tool 1 is added, training management for each user can be performed in a numerical manner.

Further, the finger training device 3 is configured so that the forward / reverse rotation adjustment of the drive motor and the vertical stroke of the support rod 5 can be adjusted, and the interval between the left and right support rods 5 and 5 can be adjusted. It is possible to perform heterogeneous movements of both hands according to the physique or the required degree of rehabilitation without forcing an unreasonable posture or movement.
The support rod 5 is preferably provided with a support member 40 for standing support made of a spring or rubber material attached and fixed to the body cover 35. In this case, for example, the middle portion of the support rod 5 can be supported at the center portion of the guide groove 36 formed in a circular shape, so that it can swing against the support force of the support member 40 during driving, When the drive is stopped, the support rod 5 can be returned and held in the neutral position.

In addition, even when the finger training device 3 stops the drive motor, the finger rehabilitation tool 1 is supported by the support rod 5, so that the user can omit the operation of lifting and holding the finger rehabilitation tool 1, and supports the fingers. It is possible to exercise without stress supported by the heel 5.
Moreover, the finger rehabilitation tool 1 can be provided on a support rod 5 erected from the body of the finger training device 3 that does not have a drive motor or the like. In this case, it is desirable that the support rod 5 is supported by the swing structure as described above, or the support rod 5 is formed of a flexible spring material.

  Moreover, although the finger rehabilitation tool 1 of the illustrated example has shown the thing which makes the operation parts 7 and 7 open and close by the structure of the washing basket system, it is possible to hold the grip by using the configuration of the operation baskets 9 and 9 of the cutting basket system. It is also possible to use a system in which the operating parts 7 and 7 are closed and operated by operation.

It is a perspective view which shows the structure of the finger rehabilitation tool concerning 1st Embodiment of this invention. It is a top view of the finger | toe holding | maintenance part of FIG. It is a side view which shows the finger rehabilitation tool of 2nd Embodiment. It is a front view which shows the structure of a finger training apparatus partially broken. It is a perspective view which shows the connection structure of the support rod of the finger training apparatus of FIG. 4, and a finger rehabilitation tool.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Finger rehabilitation tool 2 Finger holding part 3 Finger training apparatus 5 Support rod 6 Operation part 7 Actuation part 9 Operation pole 10 Connecting pin 11 Thumb holding part 12 Spring 13 Finger holder 15 Mounting shaft 16 Operation piece 17 Sounding part 19 Fragrance part 20 Protrusion 21 Weight

Claims (9)

  In the finger rehabilitation tool 1 for gripping and operating a pair of operation rods (9) and (9) having an operation portion (6) so as to be opened and closed, a thumb holding portion (11) is provided on one of the operation rods (9) and (9). A finger rehabilitation tool provided with finger holders (13) and (13) for individually inserting and holding at least two fingers of the index finger, middle finger, ring finger, little finger, etc., on the other operation rod (9).   The finger rehabilitation tool according to claim 1, wherein an operation piece (16) having a plurality of finger holders (13), (13) is provided on the operation portion (6) of the operation rod (9) so as to be freely changeable in posture.   The finger rehabilitation device according to claim 1 or 2, wherein a sounding part (17) is provided on the operating rod (9).   The finger rehabilitation device according to claim 1, 2 or 3, wherein the operating rod (9) is provided with a fragrance portion (19).   The finger rehabilitation device according to claim 1, 2 or 3 or 4, wherein a weight (21) is provided on the operating rod (9).   The finger rehabilitation tool according to claim 1, 2, 3, 4, or 5, wherein the operating rod (9) is detachably provided with a protrusion (20) formed on the surface of the mounting piece.   The middle part of a pair of operating rods (9), (9) provided with an actuating part (7) at the tip of the operating part (6) is connected rotatably by a connecting pin (10). Or 4 or 5 or 6 finger rehabilitation tools.   The finger rehabilitation device according to claim 1, wherein the finger rehabilitation device (1) is rotatably attached to and supported by a support rod (5) erected on the finger training device (3). .   The finger according to claim 1, 2 or 3 or 4 or 5 or 6 or 7 or 8, wherein the finger rehabilitation device (1) is attached to and supported by a support rod (5) that is moved vertically or horizontally by the finger training device (3). Rehabilitation tool.

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