KR20100012180A - Exercise device - Google Patents

Abstract

PURPOSE: A spinal exercise device is provided to effectively correct an unbalanced bone of the body, and to utilize for a body stretching, a muscular relaxation, or a fatigue recovery by applying the device to a spine and pelvis. CONSTITUTION: A spinal exercise device comprises: a first bed(10) settled among a body of users from head to waist; a second bed(12) in which a pelvis is settled; a third bed(14) in which legs are settled; a fourth bed(16) in which ankles are settled, arranged to the respective interconnection; a supporting unit(20) formed in the lower side of the first and second bed and located to form a certain height from the surface of the ground; a movable unit(40) connected to the supporting unit in the lower side of the third bed; and a pelvis acupressure unit(50) in the upper side of the third bed to pressure the pelvis from both sides. The pelvis acupressure unit is guided by a guide rail(42) installed in both sides of the movable unit in diagonal for vertical sliding.

Description

Spinal Exercise Equipment {EXERCISE DEVICE}

The present invention relates to a spinal exercise device, and more particularly, to effectively correct an imbalance such as the spine or pelvis of a user, and to perform a spinal exercise device capable of strengthening the ligaments and muscles of a user's bone and stimulating growth plate. It is about.

In general, the Vertebra is the body's girder that gathers various structures to support the weight of the upper body, and is an exercise of bending and stretching, as well as the joints that perform various tasks along with the upper and lower extremities. It acts as a pathway of the spinal nerve root, which is the shape of nerves, and serves as a reservoir for calcium, an inorganic substance that is essential for our body to survive. It is curved in an S-shape when viewed from the side. It is the part of the body that plays an important role.

There are 31 pairs of peripheral nerves distributed in these vertebrae, which dominate all parts of the body. Therefore, when displacement occurs in the spine, the peripheral nerve where the displacement is caused is disturbed and causes various diseases.

In particular, the elderly or office workers or students who sit in a chair in a posture that has not been applied for a long time often cause a spine distortion phenomenon is a situation that continues the vicious cycle that causes pain in the spine.

Therefore, it is not an exaggeration to say that most of the diseases closely related to human life such as blood circulation disorder, neuralgia, low back pain, sciatica and pickling of the lower limb are caused by the displacement of the spine. It is fundamental to curing the disease.

On the other hand, the pelvis protects the main organs of the human body and is connected to both legs to serve to support the body. However, in recent years, sitting at home or at work increases the time, especially in the case of women after the birth of the pelvis is open or skewed problem.

If the pelvis is abnormal, lymph or blood flow is blocked easily gain weight, the pelvis is displaced and put pressure on the uterus and ovary, severe cramps and back pain, and the position of the pelvis bones will change between the thighs.

Furthermore, the length of both legs changes as the legs are bent, and once the legs are bent, they become wider and wider, and when the pelvis is twisted, the entire body is deformed as the spine is bent, and degenerative knee joint disease is caused. It is becoming.

In order to solve this problem, various types of orthodontic devices for correcting the spine or pelvis have recently been introduced. However, these devices are mainly configured to increase the tissue around the spine, or are configured to correct the pelvis through up, down, or left and right movements of the pelvis, but in fact, the kidney function to pull the spine or pelvis is insufficient, or There was a problem that the physical therapy effect through the stretching and correction of the spine, such as side effects causing tension of the muscles around the spine due to unnecessary forced traction force is not obtained sufficiently.

In order to solve the problems of the prior art as described above, an object of the present invention is to provide a spinal motion mechanism that can effectively correct the imbalance of bone in the body.

In addition, another object of the present invention is to provide a spinal exercise device that can be applied to the pelvis as well as the spine to stretch and muscle relaxation and correction or fatigue recovery by body parts.

In order to achieve the above object, the present invention provides a first bed seated from the head to the waist of the user, a second bed seated on the pelvis, a third bed seated on the leg, and a fourth bed seated on the ankle. An exercise device, which is arranged to be interconnected to each other, comprising: a support part positioned to form a height with a ground below the first bed and the second bed; A moving part coupled to the support part to the lower side of the third bed; And a pelvic acupressure unit spaced apart from the upper side of the third bed to acupressure both sides of the user's pelvis, wherein the pelvic acupressure unit is slid up and down while being guided by guide rails installed diagonally on both sides of the moving part. Provided is a spinal exercise device.

In addition, the back pressure unit including a back pressure unit spaced upwardly from the first bed, the back pressure unit is a support frame which is installed upward from one side of the support; A fixed body fixedly positioned on an upper portion of the support frame; Acupressure roller, such as acupressure of the user's back while being guided to the guide rail installed on the lower side of the fixed body; And a lifting press unit positioned between the guide rail and the back pressure roller to move the back pressure roller up and down.

In addition, the receiving portion formed in the lower portion of the second bed in the support portion, at least one elastic member located on the bottom surface of the receiving portion and the second bed is located thereon, the bottom surface of the receiving portion and the second bed It includes a pressure guide portion accommodated between, and provides a spinal motion mechanism characterized in that any one side or both sides of the second bed is configured to flow up and down while the pressure guide portion is removed.

The support part may include a fixed support part located on the first bed and a rotation support part located on the second bed, wherein the rotation support part is configured to rotate by a rotation shaft located on the fixed support part. And the moving unit is hingedly coupled to provide a spinal movement mechanism.

In addition, by providing a sliding portion coupled between the third bed and the fourth bed, it provides a spinal exercise mechanism, characterized in that configured to adjust the distance between the third bed and the fourth bed.

In addition, the roller receiving portion is formed on the upper surface of the moving part, and the roller portion is formed on the bottom surface of the third bed and accommodated in the roller receiving portion and slidingly moved, a waist belt surrounding the user's waist, and the fourth An ankle belt that is fixed on the bed and wraps around the user's ankle, and a joint belt connecting the waist belt and the ankle belt, spine characterized in that the third bed is configured to stretch the user's body while sliding movement Provide exercise equipment.

As described above, the spinal motion device according to the present invention has an effect of effectively correcting the imbalance of bone in the body.

 In addition, the spinal motion apparatus according to the present invention can be applied to the pelvis as well as the spine has an effect that can be utilized in stretching and muscle relaxation and correction or fatigue recovery for each body part.

Hereinafter, with reference to the accompanying drawings will be described in more detail the spinal motion mechanism according to a preferred embodiment of the present invention.

1 is a view showing a spinal motion mechanism according to a preferred embodiment of the present invention.

Referring to FIG. 1, the spinal exercise device according to the preferred embodiment of the present invention includes a first bed 10 seated from the head to the waist of the user's body, a second bed 12 on which the pelvis is seated, and a leg. The third bed 14 to be seated and the fourth bed 16 to be seated at the ankle are mutually arranged, and for this purpose, a certain height is formed with the ground, and the first bed 10 and the second bed are formed thereon. The support portion 20 on which the 12 is positioned, the moving portion 40 on which the third bed 14 is positioned, and the sliding portion positioned between the third bed 14 and the fourth bed 16. Includes 45.

Inside each bed 10, 12, 14, 16, a heating wire (not shown) may be selectively installed to impart a poultice or a warming effect.

The handle part 22 is installed in the support part 20 in the outward direction thereof, that is, in the longitudinal outward direction in the first bed 10. This means that when the user's body is seated on the first and second beds 10 and 12, the user firmly positions the user's body on the first and second beds 10 and 12 by holding the handle 22 by hand. Be sure to This will be described again when the belt member 60 (shown in FIG. 7) to be described later.

And both sides of the support 20 may be provided with an auxiliary handle 23 so that the user can hold the auxiliary.

When the third bed 14 is positioned above the moving part 40, the rail receiving part 41 is provided in the moving part 40 and the third bed 14 so that the third bed 14 can be slidably moved. 2) and a rail unit 15 (shown in FIG. 2), a sliding shaft (not shown) is positioned in the rail accommodating part 41 so that the third bed 15 is automatically moved. A sliding part (not shown) may be positioned at 15 so as to automatically slide left and right on the sliding shaft.

The guide rail 42 is positioned diagonally to the angular side of the moving part 40, and the upper end of the guide rail 42 is fixed to the third bed 14. And the guide rail 42 is configured to move up and down in a diagonal direction while the pelvic acupressure unit 50 to be described later is guided. In addition, the guide rail 42 also serves to allow the user to easily step on the guide rail 42 when the user climbs to the first and second beds 10 and 12.

The sliding part 45 is formed in a rail shape and is disposed in the direction of the fourth bed 16 in the third bed 14, and the left and right flows while the fourth bed 16 is guided to the sliding part 45, The distance between the third bed 14 and the fourth bed 16 is configured to be adjusted.

On the other hand, the spinal motion mechanism is a pelvic acupressure unit 50 for acupressure the user's pelvis, a rotation support 25 for rotating the moving part 40, the pressure guide for correcting the user's twisted pelvis 28, a belt member 60 for stretching the waist or the back of the user, and a back pressure unit 70 for acupressure the back of the user, which will be described in detail with reference to the following drawings. do.

Figure 2 is a view showing a pelvic acupressure unit of the spinal exercise apparatus according to a preferred embodiment of the present invention.

Referring to the drawings, the pelvic acupressure unit 50 is for fixing or acupressure a user's pelvis, and includes a frame portion 51, a cylinder 54, acupressure body 56 and a pelvic acupressure roller 58. do.

The frame part 51 is slid while being guided to the guide rails 42 provided on both sides of the moving part 40, and both sides are bent, and the bent side is inserted into the guide rails 42 and slid. The bent other side is positioned in the direction of the third bed 14. At this time, one side of the frame portion 51 may be provided with a chain portion 52 to be slid up and down while being guided to the guide chain 43 installed in the guide rail 42. The guide chain 43 or the chain portion 52 may be configured to automatically flow by a driving device such as a motor.

The cylinder 54 may be located at the other side of the frame part 51 and may flow left and right by hydraulic pressure or pneumatic pressure. The acupressure body 56 is rotatably positioned at the tip of the cylinder 54, and the pelvic acupressure roller 58 is positioned on the acupressure body 56. At this time, the pelvic acupressure roller 58 is preferably positioned horizontally with the longitudinal direction of the third bed (14).

The pelvic acupressure unit 50 configured as described above slides the frame portion 51 on the guide rails 42 so that the acupressure body 56 is positioned to be equal to the height of the user's pelvis located on the third bed 14. Then, the frame portion 51 is vertically flowed, or the cylinder 54 is moved left and right so that the pelvic acupressure roller 58 located in the acupressure body 56 presses both sides of the pelvis of the user, Let this be acupressure.

Figure 3 is a view showing for explaining the rotation support of the spinal motion mechanism according to a preferred embodiment of the present invention, Figure 4 is a view showing for explaining the rotation of the spinal motion mechanism in accordance with a preferred embodiment of the present invention .

3 and 4, the support 20 positioned below the first bed 10 and the second bed 12 may include a fixed support 21 positioned on the first bed 10 and a second support 20. And a rotation support part 25 positioned on the bed 12, and the rotation support part 25 is coupled to rotate on the rotation shaft 24 positioned on the fixed support part 21, such that the rotation support part 25 is rotatable. It is composed.

On the other hand, when the rotary support 25 is coupled to the rotary shaft 24, the end portion of the rotary shaft 24 coupled to the rotary support 25 is formed in a spherical shape, the rotary support 25 has a spherical shape corresponding thereto A groove (not shown) is formed, and the rotation support part 25 may be configured to rotate about 25 ° to 30 ° horizontally with respect to the ground as well as rotating on the rotation shaft 24.

Since the rotation support portion 25 is configured to rotate horizontally with the ground, the user's pelvis located on the second bed 12 is twisted about 25 ° to 30 ° horizontally with the ground, to stimulate the pelvis and waist of the user It is configured to be able to.

And the rotation support portion 25 and the moving portion 40 is hinged to each other by the hinge portion 30, the moving portion 40 is configured to hinge. The hinge part 30 includes a hinge pin 32 penetratingly installed in the rotation support part 25 and the moving part 40. The hinge pin 32 includes a known gear part 34 such as a bevel gear. Is provided, the gear unit 34 is connected to the drive motor 36, may be configured to automatically hinge the moving part 40 by the drive of the drive motor 36.

As such, the second bed 12 is rotated by the rotation support 25, and the movable part 40 is hinged up and down by the hinge 30, so that the user tilts the body at a desired inclination to spine. By applying stimulation to the pelvis and spine and pelvis to stretch the effect is more effective.

5 is a view showing a pressure guide of the spinal exercise apparatus according to a preferred embodiment of the present invention, Figure 6 is a state in which the second bed of the spinal exercise apparatus according to a preferred embodiment of the present invention flows up and down It is a figure shown for description.

First, referring to FIG. 5, the pressure guide part 28 is provided on the rotation support part 25 of the support part 20, and for this purpose, an accommodation part in which the pressure guide part 28 is accommodated above the rotation support part 25. 26 is formed. And between the receiving portion 26 and the second bed 12 is provided with an elastic member 27, such as a spring, so that one or both of the second bed 12 is configured to elastically flow up and down.

And the pressure guide portion 28 is formed with a guide groove (28a) for guiding the location of the elastic member 27, when the pressure guide portion 28 is accommodated in the receiving portion 26, it is easily inserted and received do.

And the height of the pressure guide portion 28 is configured to be the same as the height of the elastic member 27 is not applied to the external pressure, when the pressure guide portion 28 is accommodated in the receiving portion 26 is the second bed 12 It is configured not to flow up and down.

Subsequently, referring to FIG. 6, first, the pressure guide part 28 (shown in FIG. 5) is removed from the receiving part 26 of the rotation support part 25 so that the second bed 12 flows up and down. Then, by pressing the pelvis of the user located in the second bed 12, so that the rotary support 25 is moved up and down, the twisted pelvis of the user is configured to effectively stretch, at this time, to the elastic member 27 As a result, stretching is performed stably without applying excessive stimulus to the pelvis.

7 is a view showing for explaining the belt member of the spinal motion mechanism according to an embodiment of the present invention.

Referring to FIG. 7, the belt member 60 includes a waist belt 62 surrounding the waist of the user, an ankle belt 64 fixed on the fourth bed 16 and surrounding the user's ankle, and the waist belt. And a joint belt 66 connecting the 62 and the ankle belt 64. And the waist belt 62, the ankle belt 64 and the joint belt 66 may be configured to be easily coupled to each other by a velcro to facilitate the position adjustment according to the user's height.

And when the user's body is seated on the 1,2,3,4 bed (10, 12, 14, 16), using the waist belt 62 to wrap the user's waist, using the ankle belt 64 After fixing the user's ankle on the fourth bed 16 and allowing the user to grasp the handle 22 by hand, the third bed 14 is a roller portion 15 (shown in FIG. 2) and a roller receiving portion ( 41: while sliding to the left and right in the longitudinal direction while being guided to (Fig. 2). Then, the ankle of the user fixed to the fourth bed 16 is moved with the third bed 14, and the extension and extension of the body are applied to the entire body of the user, thereby effectively stretching the whole body. On the other hand, a chain (not shown) or the like may be provided between the roller portion 15 and the roller accommodation portion 41 so that the roller portion 15 can be automatically moved in the roller accommodation portion 41.

8 is a view schematically showing a back pressure unit of the spinal motion apparatus according to a preferred embodiment of the present invention, Figure 9 is a back pressure roller of the back pressure unit according to a preferred embodiment of the present invention Drawing.

8 and 9, the back acupressure unit 70 is positioned upwardly apart from the first bed 10 to acupressure the user's back, and includes a support frame 72 (shown in FIG. 1) and a fixed body. It comprises a 73, an elevating press 77, acupressure unit 78, acupressure roller 79, and a control part 74.

The support frame 72 is installed upward from one side of the fixed support 21 of the support 20, and the fixed body 73 is fixedly positioned on the upper portion of the support frame 72. And the support frame 72 is configured to be rotatable, when the user is seated on the first, second, third, fourth bed (10, 12, 14, 16), by rotating the support frame 72 fixed body 73 ) Is positioned outside the first bed 10, so that the user can be easily seated on the first bed 10.

The fixed body 73 has a hollow housing shape, and is formed in a structure that is open toward the first bed 10, and includes a heat generating portion 75 at an upper end thereof so that a heat source is supplied to the body. It can be configured to help the muscles relax and increase the efficiency of physical therapy.

And the guide rail 76 is formed below the fixed body 73. The guide rail 76 is formed in the longitudinal direction of the first bed 10, the guide rail 76 is provided with a chain-shaped sliding movement means (not shown), the lifting press portion 77 to be described later ) Is configured to be movable automatically or manually while guiding the sliding means of the guide rail (76).

The lifting press 77 is provided with a sliding upper end portion of the guide rail 76, while being configured as a hydraulic cylinder is configured to flow up and down while the length is adjusted.

The acupressure unit 78 is provided at the lower end of the elevating press unit 77, and the back pressure roller 79 is provided on both sides to pressure the back of the user.

The back acupressure roller 79 is to pressure the back of the user, its cross section is composed of an octagon, and a plurality of acupressure protrusions 79a are formed to protrude.

When the user's body is seated on the first, second, third and fourth beds 10, 12, 14, and 16, the back acupressure unit 70 is configured as such. The back acupressure unit 78 and the acupressure protrusion 79a are configured to slide while pressing the user's back by placing the 78 on the user's back and then moving the sliding means provided on the guide rail 76. .

On the other hand, the sliding movement means and the lifting press 77 may be configured to be turned on (On) or off (Off) by the control unit 74 located on one side of the fixed body 73, the control unit 74 ) May be configured to turn on the sliding movement means and the lifting press unit 77 only for a predetermined time. That is, the controller 74 stores the acupressure time and the number of acupressure times input by the user, and operates the sliding movement means and the lifting press unit 77 according to the input acupressure time and the acupressure frequency, so that the user separates them. It is possible to operate the back pressure unit 70 automatically without manipulation.

While the invention has been described in detail in the foregoing embodiments, it will be apparent to those skilled in the art that various modifications and variations are possible within the spirit of the invention, and such modifications and variations belong to the appended claims.

1 is a view showing a spinal motion mechanism according to a preferred embodiment of the present invention.

Figure 2 is a view showing a pelvic acupressure unit of the spinal exercise apparatus according to a preferred embodiment of the present invention.

Figure 3 is a view showing for explaining the rotational support of the spinal motion mechanism according to an embodiment of the present invention.

Figure 4 is a view showing for explaining the rotation of the spinal motion mechanism according to a preferred embodiment of the present invention.

5 is a view showing for explaining the pressure guide of the spinal motion mechanism according to an embodiment of the present invention.

FIG. 6 is a view illustrating a state in which the second bed of the spinal exercise apparatus moves up and down according to a preferred embodiment of the present invention.

7 is a view showing for explaining the belt member of the spinal motion mechanism according to an embodiment of the present invention.

FIG. 8 is a view schematically illustrating a back acupressure unit of a spinal exercise apparatus according to a preferred embodiment of the present invention.

9 is a view showing the back pressure roller of the back pressure unit according to a preferred embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: first bed 12: second bed

14: 3rd bed 15: rail

16: 4th Bed 20: Support

21: fixed support 22: handle

23: auxiliary handle 24: rotary shaft

25: rotary support 26: receiving portion

27: elastic member 28: pressure guide portion

28a: guide groove 30: hinge

32: hinge pin 34: gear part

36: drive motor 40: moving part

41: rail receiving portion 42: guide rail

43: guide chain 45: sliding part

50: pelvic acupressure unit 51: frame portion

52: chain portion 54: cylinder

56: shiatsu body 58: pelvic acupressure roller

60: belt member 62: waist belt

64: ankle belt 66: joint belt

70: back pressure unit 72: support frame

73: fixed body 74: control unit

75: heat generating portion 76: guide rail

77: lifting and lowering press portion 78: acupressure portion

79: back pressure roller 79a: acupressure protrusions

Claims (6)

In the exercise device, the first bed seated from the head to the waist of the user's body, the second bed seated pelvis, the third bed seated leg, and the fourth bed seated ankle are interconnected , A support positioned to form a height with the ground below the first bed and the second bed; A moving part coupled to the support part to the lower side of the third bed; And And a pelvic acupressure unit spaced apart from the third bed so as to acupressure both sides of the user's pelvis, The pelvic acupressure unit is guided by a guide rail installed diagonally on both sides of the moving part while the vertical movement of the spinal movement mechanism. The method of claim 1, And a back pressure unit spaced apart above the first bed, The back pressure unit is: A support frame installed upward from one side of the support part; A fixed body fixedly positioned on an upper portion of the support frame; Acupressure roller, such as acupressure of the user's back while being guided to the guide rail installed on the lower side of the fixed body; And It is located between the guide rail and the back acupressure roller, spinal exercise mechanism characterized in that it comprises a lifting press unit for raising and lowering the back acupressure roller. The method of claim 1, A receiving portion formed below the second bed at the support portion, at least one elastic member positioned on a bottom surface of the receiving portion and positioned above the second bed, and between a bottom surface of the receiving portion and the second bed; It includes a pressure guide portion that is accommodated position, Spinal motion mechanism characterized in that the one or both sides of the second bed is configured to flow up and down while the pressure guide portion is removed. The method of claim 1, The support part includes a fixed support part located in the first bed, and a rotation support part located in the second bed, The rotational support is configured to rotate by a rotational shaft located in the fixed support, spinal movement mechanism characterized in that the rotational support and the moving portion is configured to be hinged. The method of claim 1, And a sliding part disposed between the third bed and the fourth bed so that the distance between the third bed and the fourth bed is adjusted. The method of claim 5, wherein And a roller accommodating part formed on the upper surface of the moving part and a roller part formed on the bottom surface of the third bed and slidingly received while being accommodated in the roller accommodating part. A waist belt surrounding the user's waist, an ankle belt fixed on the fourth bed and surrounding the user's ankle, and a joint belt connecting the waist belt and the ankle belt, Spinal exercise apparatus, characterized in that configured to stretch the user's body while the third bed is sliding.

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