CN212522908U - Recreation finger assists rehabilitation treatment device - Google Patents

Abstract

The utility model discloses a recreation nature finger assists rehabilitation therapy device, this recreation nature finger assists rehabilitation therapy device be one section have two kinds of training modes switch and combine recreation nature, improve training interest and can portable high face value finger rehabilitation therapy apparatus, can solve people at home, go out also can be interesting take exercise the problem of finger. The device has two training modes, the first is the main use mode: when the fingers of the two palms press the keys, the keys pop up, the keys slide on the key sliding outer grooves and the ball body by applying force to the palms, and the fingers gather and unfold circularly and repeatedly to exercise the fingers continuously; the second mode is mainly to improve the finger rehabilitation and has the interest of the game: the power switch is turned on, the base is placed at the corner, the ball body can be used as a bowling ball, the fingers are inserted into a ball hole of the ball body and throw out the ball body, the fingers are trained, the ball body can automatically bounce when being about to touch the base, and when rebounding, the light source in the middle of the ball body can light.

Description

Recreation finger assists rehabilitation treatment device

Technical Field

The utility model relates to a technical field of finger treatment equipment especially relates to a recreation nature finger auxiliary rehabilitation treatment device with two kinds of recovered modes of training finger.

Background

With the factors such as the increase of people's age and the labor intensity, the more likely it is to suffer from arthritis nowadays, and the more inconvenience it is in life, which is always an unavoidable disease in the case of higher and higher quality of life. In bad weather, legs and feet with arthritis are often inconvenient to walk and even difficult to get out of bed; the joints of hands, fingers and the like suffering from arthritis are acid-swollen and painful, the fingers may be deformed after long-term use, the treatment mode usually adopted is surgical treatment, drug treatment or food treatment and the like to improve, and heat preservation measures are needed, but the proper finger exercise to assist rehabilitation treatment and the like is not common. Because the existing traditional finger training devices in the market are rare, the market vacancy is serious, the auxiliary treatment is incomplete, the effect is not obvious and the like, and the existing finger rehabilitation therapeutic apparatus has simple and crude shape and is not beautiful and more inconvenient to carry out; the function is single, only the fingers exert force, and the actions of the whole hand and the fingers are not combined to be used as rehabilitation treatment; in addition, the existing products adopt fingers of one hand to recover, if fingers of the other hand need to recover, another set of products need to be used for recovering, the convenience is insufficient, and the effects of convenient operation and synchronous operation of all fingers of both hands cannot be achieved; finally, the finger auxiliary rehabilitation mode adopts a single rehabilitation mode, the repeated irreplaceable rehabilitation mode is boring and tasteless in a long rehabilitation time, the enthusiasm of a rehabilitee cannot be raised, a strong will is needed to continue, the adverse effect is caused to the mental state of finger rehabilitation, the rehabilitation modes are not converted or other rehabilitation modes which improve interestingness and game performance are combined together for training, the psychology and the enthusiasm of the rehabilitee are not increased, and the adverse effect of passive training is generated after long-term training. Therefore, the prior art finger rehabilitation training device is to be improved.

Disclosure of Invention

The utility model aims at overcoming above-mentioned prior art's shortcoming, providing a recreation nature finger assists rehabilitation therapy device, this recreation nature finger assists rehabilitation therapy device is that a section has two kinds of training modes to switch and combine the recreation nature, improves training interest and can portable high face value finger rehabilitation therapy appearance, can solve people at home, go out also can be interesting exercise finger's problem. The game-type finger-assisted rehabilitation treatment device has two training modes, the first mode is a main use mode, and the operation is as follows: when the fingers of the two palms press the keys, the keys pop up, the keys slide on the key sliding outer grooves and the ball body by applying force to the palms, and the fingers gather and unfold circularly and repeatedly to exercise the fingers continuously; the second mode is mainly to improve the finger rehabilitation and has the interest of the game: open switch, place the base in the corner, the spheroid of recovered finger can regard as bowling to use, and the finger inserts spheroidal ball hole and throws the spheroid, trains the finger, and the spheroid can bounce automatically meeting the base soon, when rebounding, has the lamp source in the middle part of the spheroid and can light, gives user feedback and enjoyment, great increase the interest of product and the training mode selection of pointing the recovered in-process. The appearance of overall structure is succinct and clear, simple structure, and convenient to use conveniently carries.

The utility model provides a technical scheme that its technical problem adopted is: a game finger auxiliary rehabilitation treatment device comprises a finger rehabilitation ball consisting of a hemisphere left shell, a hemisphere right shell and a lamp ring arranged between the hemisphere left shell and the hemisphere right shell, and further comprises a base which is movably arranged with the finger rehabilitation ball and is used for supporting the finger rehabilitation ball and on a plane; the device comprises a hemisphere, a finger rehabilitation ball, a resistance ball, a sliding needle, a finger pad; the annular array on the lamp ring is provided with LED light sources; when the device is not used for training, the keys are arranged in the key holes, the resistance spring is connected to one end of the arc-shaped circular tube, the resistance ball is clamped at the edge of the bottom of the other end of the arc-shaped circular tube and pulls the resistance spring, and the keys are arranged in the key holes; when the device is used for training, a finger presses the key to press the resistance ball downwards and not tightly clamp the bottom of the arc-shaped circular tube, the resistance ball enters the arc-shaped circular tube track along the inlet of the arc-shaped circular tube track under the increase of the reset acting force of the resistance spring and enables the key to pop out of the key hole, the key is forced to slide along the key sliding outer groove by hand, meanwhile, the sliding needle slides in the key sliding outer groove and the key sliding inner groove, and the resistance ball slides in the arc-shaped circular tube track; as the key slides upwards, the more the resistance spring is squeezed, the greater the finger resistance; as the key slides downwards, the resistance spring is gradually reset, and the resistance of the finger is reduced. After the key is pressed, the key can bounce from the key hole, and the resistance ball can slide into the arc-shaped circular tube track, namely the positions of the key and the resistance ball can rise; when the button resets, only need slide the button in the key hole from the button slip outer tank, the resistance ball also follows arc pipe track roll-off and blocks in its bottom border position this moment, and the resistance ball can receive resistance spring's little pulling force (be not more than the button and arrange the frictional force etc. in the key hole in), forms the reseing of button and resistance ball. The radian settings of the key sliding outer groove, the key sliding inner side, the arc-shaped circular tube track and the resistance spring are basically consistent. The whole product has simple and bright appearance and consists of a hemispherical shell, a lamp ring, a base and the like, wherein the hemispherical shell is symmetrical by left and right hands, and the middle part of the sphere is a lamp effect area. And the surface of the lamp ring and the joint of each semi-sphere shell are optimized, so that the surface of the whole sphere is smooth, the connecting gap between the lamp ring and each semi-sphere shell is thinner, and the simple shape looks richer.

Furthermore, a rubber sucker pad which is attached to the bottom of the finger rehabilitation ball is arranged in the sunken position of the top of the base, a battery box, a magnet, a rheostat and a relay are arranged in the base, a base bottom plate is arranged at the bottom of the base, a battery box cover which is matched with the battery box in an installing mode is arranged on the base bottom plate, and a sucker is arranged at the bottom of the base bottom plate; the left hemispherical shell and the right hemispherical shell are respectively provided with a ball hole for allowing a thumb, a middle finger and a ring finger to be inserted into the finger rehabilitation ball, and the inner side of the lamp ring is provided with a magnetic metal block positioned at the center of the lamp ring by a lamp ring bracket. The top surface of the base is provided with a dragging type power supply key for controlling the power-on and power-off of a base battery in the battery box, the sunken surface of the rubber sucker pad is matched with the bottom of the finger rehabilitation ball in a fitting manner, so that the finger rehabilitation ball is convenient to stabilize and is not easy to shift and rotate, and the sucker is used for movably fixing the base with a planar table top, a planar bottom surface and the like and can facilitate the position movement of the base; when the finger rehabilitation ball is combined with the base and the base is used as a supporting point of the finger rehabilitation ball, the base battery of the battery box is not opened, and the base and the finger rehabilitation ball are fixed with each other by means of the bearing of the rubber sucker pad and the mutual attraction of the magnet and the magnetic metal block; when the recovered ball of finger uses as bowling, recovered ball of finger breaks away from each other with bowling, opens the base battery of battery case, because the base battery and the rheostat of battery case, relay and magnet are connected, magnet can change magnetic field polarity, and when the recovered ball of finger rolls and is close to the base, magnet and magnetic metal block form repellent's effect, can be bounced by automatic when making the recovered ball of finger be about to touch the base, increase the interest. The rheostat can adjust the resistance, is used for controlling the change of current and voltage in the circuit and protecting the circuit; the relay is an automatic switch which uses small current to control large current operation, and plays the roles of automatic regulation, safety protection, circuit conversion and the like in the circuit.

Furthermore, the bearing surface of the rubber sucker pad is provided with a plurality of anti-skid annular grains in a step state. In order to increase the friction force, anti-skid textures are added on the bearing surface of the rubber sucker pad, so that the contact stability and firmness are enhanced, and the concise and attractive appearance is maintained.

Furthermore, each key sliding outer groove of the left hemispherical shell and each key sliding outer groove of the right hemispherical shell gradually form a diffusion state from a gathering state close to the key position to the upper part. The training mode can be optimized through the arrangement of the key sliding outer grooves, the force application direction of the training is determined by the key positions and the arrangement direction of the key sliding outer grooves, and the fingers with arthritis are considered to be generally curled, so that the key positions are gathered in the initial state and gradually become a diffusion state along with the progress of the stretching action.

Furthermore, the surface of the key is recessed with a recessed position for contacting with fingers. Because the gripping force of the fingers is limited, the key cannot be designed to have the same fluctuation or convex cambered surface as the ball, and a small-amplitude recess is needed, so that the fingers can exert force better.

Furthermore, a battery connected with each LED light source of the lamp ring is arranged in the finger rehabilitation ball, and a magnetic proximity switch for controlling the electrification or not is arranged on the battery. When the base battery is not electrified, the magnet does not change the magnetic field, and the acting force of the magnet and the magnetic proximity switch is not triggered; when the battery of the base is electrified and the magnet changes the magnetic field, the magnetic proximity switch receives acting force when approaching the magnet to trigger the opening of the magnetic proximity switch, so that the battery in the finger recovery sphere is electrified with the lamp ring, and the LED light source of the lamp ring emits light.

To sum up, the utility model discloses a recreation nature finger assists rehabilitation therapy device is that a section has two kinds of training modes to switch and combine recreation nature, improves training interest and can portable high face value finger rehabilitation therapy appearance, can solve people at home, go out also can be interesting temper the problem of finger. The game-type finger-assisted rehabilitation treatment device has two training modes, the first mode is a main use mode, and the operation is as follows: when the fingers of the two palms press the keys, the keys pop up, the keys slide on the key sliding outer grooves and the ball body by applying force to the palms, and the fingers gather and unfold circularly and repeatedly to exercise the fingers continuously; the second mode is mainly to improve the finger rehabilitation and has the interest of the game: open switch, place the base in the corner, the spheroid of recovered finger can regard as bowling to use, and the finger inserts spheroidal ball hole and throws the spheroid, trains the finger, and the spheroid can bounce automatically meeting the base soon, when rebounding, has the lamp source in the middle part of the spheroid and can light, gives user feedback and enjoyment, great increase the interest of product and the training mode selection of pointing the recovered in-process. The appearance of overall structure is succinct and clear, simple structure, and convenient to use conveniently carries.

Drawings

Fig. 1 is an exploded schematic view of the playable finger-assisted rehabilitation device of the present invention;

fig. 2 is a top view of the playable finger-assisted rehabilitation device of the present invention;

fig. 3 is a perspective view of the finger rehabilitation ball being separated from the base when the playable finger assisted rehabilitation device of the present invention is used as a second usage mode;

FIG. 4 is a front view of the finger rehabilitation ball separated from the base in a second use mode of the device for finger assisted rehabilitation therapy of the present invention;

fig. 5 is a left side view of the finger rehabilitation ball separating from the base when the playable finger assisted rehabilitation device of the present invention is used as the second usage mode.

Detailed Description

Example 1

The device for assisting rehabilitation therapy with fingers in game described in this embodiment 1, as shown in fig. 1 and 2, includes a finger rehabilitation sphere 27 composed of a hemisphere left housing 1, a hemisphere right housing 2, and a lamp ring 3 disposed between the hemisphere left housing and the hemisphere right housing, and further includes a base 4 movably mounted with the finger rehabilitation sphere for supporting and leveling the finger rehabilitation sphere; the left hemispherical shell and the right hemispherical shell are respectively provided with five key holes 5 and five keys 6 which are matched with the five key holes, the top of each key is provided with a key sliding outer groove 7 which is grooved along the top of the finger rehabilitation ball, the finger rehabilitation ball is internally provided with an arc-shaped circular tube track 8 which is arranged corresponding to each key sliding outer groove, the arc-shaped circular tube track is provided with a key sliding inner groove 9 which is correspondingly matched with the key sliding outer groove, the arc-shaped circular tube track is internally provided with a resistance spring 10, one end of the resistance spring is provided with a resistance ball 11, and a sliding needle 12 extends on the resistance ball to penetrate through the key sliding inner groove and the key sliding outer groove and is fixedly connected with the corresponding key; the LED light sources 13 are arranged on the lamp ring in an annular array; when the device is not used for training, the keys are arranged in the key holes, the resistance spring is connected to one end of the arc-shaped circular tube, the resistance ball is clamped at the edge of the bottom of the other end of the arc-shaped circular tube and pulls the resistance spring, and the keys are arranged in the key holes; when the device is used for training, a finger presses the key to press the resistance ball downwards and not tightly clamp the bottom of the arc-shaped circular tube, the resistance ball enters the arc-shaped circular tube track along the inlet of the arc-shaped circular tube track under the increase of the reset acting force of the resistance spring and enables the key to pop out of the key hole, the key is forced to slide along the key sliding outer groove by hand, meanwhile, the sliding needle slides in the key sliding outer groove and the key sliding inner groove, and the resistance ball slides in the arc-shaped circular tube track; as the key slides upwards, the more the resistance spring is squeezed, the greater the finger resistance; as the key slides downwards, the resistance spring is gradually reset, and the resistance of the finger is reduced. After the key is pressed, the key can bounce from the key hole, and the resistance ball can slide into the arc-shaped circular tube track, namely the positions of the key and the resistance ball can rise; when the button resets, only need slide the button in the key hole from the button slip outer tank, the resistance ball also follows arc pipe track roll-off and blocks in its bottom border position this moment, and the resistance ball can receive resistance spring's little pulling force (be not more than the button and arrange the frictional force etc. in the key hole in), forms the reseing of button and resistance ball. The radian settings of the key sliding outer groove, the key sliding inner side, the arc-shaped circular tube track and the resistance spring are basically consistent. The whole product has simple and bright appearance and consists of a hemispherical shell, a lamp ring, a base and the like, wherein the hemispherical shell is symmetrical by left and right hands, and the middle part of the sphere is a lamp effect area. And the surface of the lamp ring and the joint of each semi-sphere shell are optimized, so that the surface of the whole sphere is smooth, the connecting gap between the lamp ring and each semi-sphere shell is thinner, and the simple shape looks richer.

In this embodiment 1, the top of the base is provided with a rubber suction pad 14 which is attached to the bottom of the finger rehabilitation ball, and the bearing surface of the rubber suction pad is provided with a plurality of anti-skid annular grooves 15 with steps. In order to increase the friction force, anti-skid textures are added on the bearing surface of the rubber sucker pad, so that the contact stability and firmness are enhanced, and the concise and attractive appearance is maintained.

In this embodiment 1, the sliding outer grooves of the keys of the left hemispherical shell and the right hemispherical shell gradually form a diffusion state from a gathered state close to the key positions to an upward direction. The training mode can be optimized through the arrangement of the key sliding outer grooves, the force application direction of the training is determined by the key positions and the arrangement direction of the key sliding outer grooves, and the fingers with arthritis are considered to be generally curled, so that the key positions are gathered in the initial state and gradually become a diffusion state along with the progress of the stretching action.

In this embodiment 1, the key surface is recessed with a recessed position for contacting with a finger. Because the gripping force of the fingers is limited, the key cannot be designed to have the same fluctuation or convex cambered surface as the ball, and a small-amplitude recess is needed, so that the fingers can exert force better.

Example 2

In this embodiment 2, a modification is made on the basis of embodiment 1, specifically as follows:

as shown in fig. 1, 3, 4 and 5, a battery box 16, a magnet 17, a rheostat 18 and a relay 19 are arranged in the base, a base bottom plate 20 is arranged at the bottom of the base, a battery box cover 21 matched with the battery box is arranged on the base bottom plate, and a suction cup 22 is arranged at the bottom of the base bottom plate; the left and right hemispheroid shells are provided with ball holes 23 for allowing a thumb, a middle finger and a ring finger to be inserted into the finger rehabilitation ball, and the inner side of the lamp ring is provided with a magnetic metal block 25 positioned at the center of the lamp ring by a lamp ring bracket 24. The top surface of the base is provided with a dragging type power supply key 26 for controlling the power-on and power-off of a base battery in the battery box, the sunken surface of the rubber sucker pad is matched with the bottom of the finger rehabilitation ball in a fitting manner, so that the finger rehabilitation ball is convenient to stabilize and is not easy to shift and rotate, and the sucker is used for movably fixing the base with a planar table top, a planar bottom surface and the like and can facilitate the position movement of the base; when the recovered ball of finger uses as bowling, recovered ball of finger breaks away from each other with bowling, opens the base battery of battery case, because the base battery and the rheostat of battery case, relay and magnet are connected, magnet can change magnetic field polarity, and when the recovered ball of finger rolls and is close to the base, magnet and magnetic metal block form repellent's effect, can be bounced by automatic when making the recovered ball of finger be about to touch the base, increase the interest. The rheostat can adjust the resistance, is used for controlling the change of current and voltage in the circuit and protecting the circuit; the relay is an automatic switch which uses small current to control large current operation, and plays the roles of automatic regulation, safety protection, circuit conversion and the like in the circuit.

In this embodiment 2, a battery (not shown) connected to each LED light source of the lamp ring is disposed in the finger rehabilitation ball, and a magnetic proximity switch (not shown) for controlling the power on or off is disposed on the battery. The battery of the finger rehabilitation ball can be a button battery, a lithium battery and other common batteries; when the base battery is not electrified, the magnet does not change the magnetic field, and the acting force of the magnet and the magnetic proximity switch is not triggered; when the battery of the base is electrified and the magnet changes the magnetic field, the magnetic proximity switch receives acting force when approaching the magnet to trigger the opening of the magnetic proximity switch, so that the battery in the finger recovery sphere is electrified with the lamp ring, and the LED light source of the lamp ring emits light.

The utility model discloses a recreation nature finger assists rehabilitation therapy device is that a section has two kinds of training modes to switch and combine recreation nature, improves training interest and can portable high face value finger rehabilitation therapy appearance, can solve people at home, go out also can be interesting exercise finger's problem. The game-type finger-assisted rehabilitation treatment device has two training modes, the first mode (namely embodiment 1) is a main use mode, and the game-type finger-assisted rehabilitation treatment device mainly operates as follows: when the fingers of the two palms press the keys, the keys pop up, the keys slide on the key sliding outer grooves and the ball body by applying force to the palms, and the fingers gather and unfold circularly and repeatedly to exercise the fingers continuously; the second way (i.e. embodiment 2) is mainly to improve finger rehabilitation and to have the interest of the game: open switch, place the base in the corner, the spheroid of recovered finger can regard as bowling to use, and the finger inserts spheroidal ball hole and throws the spheroid, trains the finger, and the spheroid can bounce automatically meeting the base soon, when rebounding, has the lamp source in the middle part of the spheroid and can light, gives user feedback and enjoyment, great increase the interest of product and the training mode selection of pointing the recovered in-process. The appearance of overall structure is succinct and clear, simple structure, and convenient to use conveniently carries.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the structure of the present invention in any way. Any simple modification, equivalent changes and modifications made to the above embodiments according to the technical spirit of the present invention all still fall within the scope of the technical solution of the present invention.

Claims (6)

1. A game finger auxiliary rehabilitation treatment device is characterized by comprising a finger rehabilitation ball consisting of a hemisphere left shell, a hemisphere right shell and a lamp ring arranged between the hemisphere left shell and the hemisphere right shell, and a base movably mounted with the finger rehabilitation ball and used for supporting the finger rehabilitation ball and being on a plane; the device comprises a hemisphere, a finger rehabilitation ball, a resistance ball, a sliding needle, a finger pad; and the lamp ring is provided with LED light sources in an annular array.

2. The device for auxiliary rehabilitation therapy of fingers with game function as claimed in claim 1, wherein the top of the base is provided with a rubber sucker pad which is attached to the bottom of the finger rehabilitation ball, the base is provided with a battery box, a magnet, a rheostat and a relay, the bottom of the base is provided with a base bottom plate, the base bottom plate is provided with a battery box cover which is matched with the battery box, and the bottom of the base bottom plate is provided with a sucker; the left hemispherical shell and the right hemispherical shell are respectively provided with a ball hole for allowing a thumb, a middle finger and a ring finger to be inserted into the finger rehabilitation ball, and the inner side of the lamp ring is provided with a magnetic metal block positioned at the center of the lamp ring by a lamp ring bracket.

3. The device as claimed in claim 2, wherein the bearing surface of the rubber sucker pad is provided with a plurality of anti-slip annular grooves with a stepped shape.

4. The device for auxiliary rehabilitation therapy of fingers with game function as claimed in claim 3, wherein the sliding outer grooves of the keys of the left and right hemispherical shells gradually spread upward from a gathered state close to the key positions.

5. The device as claimed in claim 4, wherein the key surface is recessed to provide a depression for contact with a finger.

6. The device as claimed in claim 5, wherein the finger rehabilitation ball has a battery connected to the LED light sources of the lamp ring, and the battery has a magnetic proximity switch for controlling the power-on.

Images