KR101104394B1 - A pelvis correction device With pulling movement of spine - Google Patents

Abstract

The present invention relates to a treatment device for pulling the waist and neck and at the same time correcting the pelvis, and more specifically, the seat has a head portion provided with head fasteners in order from the upper side, a body portion formed under the head portion, and the body The lower part is arranged separated by a west part having a West fastener and a leg part spaced apart from the lower part, and the seating frame receives the head part, the body part and the west part on the upper surface, and the leg The part is hinged to the end is configured to be rotatable in the downward direction, the support frame is coupled to the seating frame and the patient's head side perpendicular to the ground, the patient's leg side is inclined to the ground and coupled to the seating frame Is formed on one side of the support frame and the other side to support the lower side of the leg portion, to adjust the rotation angle of the leg portion A rotation means; And moving means for reciprocating the head portion upward and reciprocating the waist portion upward and downward, and towing the patient with the disc at the waist and the neck simultaneously to tow the neck and the waist of the patient at the same time. There is a saving, and it is effective for treatment because there is no drastic traction on waist and neck.

Seat, Seating frame, Supporting frame, Means of transport, Rotating means, Pelvis, Straightening

Description

A pelvis correction device With pulling movement of spine

The present invention relates to a treatment device for traction of the waist and neck and at the same time correcting the pelvis. More specifically, the sheet is divided into four parts to not only to pull the patient's neck and waist, but also to pull the waist and neck more smoothly. It is about the treatment device that can maximize the treatment and reduce the cost, and at the same time the pelvis can be corrected to pull various treatable waist and neck and at the same time correct the pelvis.

In general, a traction therapy device is used to treat or correct various spinal diseases or abnormal conditions such as lumbar discs, neck discs, or spinal curvature other than medication or surgery.

Here, physical therapy (Physiotherapy) is to relieve pain or correct abnormal anatomical state through physical methods using materials such as electricity, light, water, air, sound, and various instruments, rather than surgery and social therapy (drug therapy) Note is a conservative method of treatment, especially in the treatment of most spinal diseases associated with pain in the vertebral joints and muscles that cause pain in the musculoskeletal system of the spine or limbs. Physiotherapy to extend the lumbar spacing by strengthening the muscles of the spine by stretching one side to the other (extension) between the vertebrae and the vertebrae, between the joints and joints, or the skin. This is preferred first. Such physiotherapy can improve or cure most diseases related to the spine such as scoliosis, sciatica, vertebral discs, degenerative arthritis, spinal sprains, spinal stenosis, spondylitis, but especially the nucleus between the vertebrae and the vertebrae In the case of disc herniation, usually called disc, which is caused by escape and compression of the nerve root, a conservative therapy that can fundamentally heal the cause of nerve root compression by correcting the nucleus of the protruding spine to its normal position. It is also treated more importantly. In practice, there have been many reports of successful cure of intervertebral disc prolapse through chiropractic physiotherapy.

Spinal orthodontic physiotherapy is divided into manual traction by physical therapists and specially designed vertebral traction devices, namely auto-traction using tow beds, which can be towed from various angles. Although it has the advantage that the traction can be adjusted freely according to the patient's reaction and situation, it can only be performed by an experienced physiotherapist because the traction, the traction cycle or the traction time is dependent on the empirical sense of the physical therapist. There was this. For this reason, in spite of the rigidity of the traction force, the traction cycle, and the traction time adjustment, the automatic towing treatment method using the auto flexion-traction machine is mainly used.

The traction device shown in FIG. 1 is a representative conventional chiropractic traction device that has been widely used in physiotherapeutic treatment to date.

As shown, the conventional chiropractic traction device is configured as a bed type to receive a traction physiotherapy for chiropractic in the patient lying down base (1), the support is fixed to the center of the base (1) (2), the support (3) fixed inclined upwardly in front of the support (2), the head seat (4) is hingedly fixed to the front of the support (3), the rear of the head sheet (4) Drive device including an upper body sheet (5) hinged to the holder (3), a drive motor (not shown) built in the base (1), etc. The drive device in a hinged state in the upper back of the support (2) It consists of a lower body sheet (100) (6) having an ankle sheet (7) that is supported by a support member (10) connected to and fixed to the end of the ankle.

Therefore, the drive motor (not shown) is configured to move only the lower seat 6 by transmitting power to the support member 10, it is configured to be applied only to the patient of the waist disc.

However, since modern people work a lot with computers, not only the waist disk but also the neck disk becomes a problem. Thus, there are usually a growing number of patients with both the lumbar disc and the neck disc, there was a problem that can not be treated together in the conventional separately configured lumbar traction therapy, neck traction therapy.

And, because the electric motor is used, when pulling the waist and neck, there was a problem that was not smooth.

And, usually to be satisfied with towing the waist and neck, there was a problem that can not add other functions.

The present invention has been made in order to solve the above problems, the patient with two diseases of the lumbar disc and the neck disc to traction the neck and waist at the same time, can be gently traction treatment when pulling the waist or neck, In addition to towing the neck, to provide a treatment device for towing the waist and neck to correct the pelvis and at the same time to correct the pelvis.

The present invention for achieving the above object is composed of a seat for accommodating the patient, a seating frame on which the seat is placed, and a support frame for supporting the seating frame to a traction treatment device to pull the neck or spine of a person The seat may include a head part having a head fastener in order from an upper side, a body part formed under the head part, a waist part disposed below the body part and having a west fastener, and below the west part. Separated by the leg portion is arranged spaced apart, the seating frame is accommodated in the upper head, the body portion, the waist portion, the leg portion is coupled to the end by a hinge is configured to be rotated in the downward direction, the support The frame is coupled to the seating frame perpendicular to the head side of the patient, and the leg side of the patient inclined with the ground It is configured to be coupled to the seating frame, the support frame is formed on one side and the other side to support the lower leg portion, the rotation means for adjusting the rotation angle of the leg portion; And moving means for reciprocating the head portion upward and reciprocating the waist portion upward and downward, and simultaneously pulling the head and the waist of the patient.

The moving means may include a head moving part coupled to the lower part of the head, a west moving part coupled to the lower part of the west, and a switch for operating the head moving part and the west moving part.

The head moving unit includes a head case, a head bearing formed at one side inside the head case, a head spring coupled to one side of the head bearing, a bellows type head air bag coupled to one side of the head spring, and the head air pocket. It is configured, the west moving part, the west case, a west bearing formed on one side inside the west case, a west spring coupled to one side to the west bearing, a bellows type west air bag coupled to one side of the west spring and the west air bag It is characterized in that consisting of an air compressor (not shown) for injecting air into the head air bag and the west air bag.

And, the rotating means is one end is formed in the support frame and the other end is coupled to the leg portion by the hinge and the adjustable length of the electric cylinder, an electric motor (not shown) to vary the length of the electric cylinder and It is characterized by consisting of a rotary switch for operating the electric motor (not shown).

And, the West fixture is made of a pelvic air bag that is in contact with the pelvis of the patient so that the air is drawn in and out, and the joint is connected to the pelvic air bag to fix the waist of the patient and injects air into the pelvic air bag It is made of an air compressor (not shown) is characterized in that to correct the pelvis of the patient by introducing and withdrawing air to the pelvic air pocket.

In addition, the head portion, the body portion, and the waist portion, the leg portion is characterized in that a heating means (not shown) and far-infrared means (not shown) inside.

As described above, it is possible to tow the patient with a disc at the waist and neck at the same time, there is a cost saving, it is effective in treatment because it does not abrupt traction on the waist and neck.

And, at the same time can be corrected pelvis can be applied to a variety of patients.

Hereinafter, with reference to the accompanying drawings will be described a treatment device to pull the waist and neck and simultaneously correct the pelvis.

Figure 2 is a perspective view showing a treatment device for pulling back and neck according to the invention and simultaneously correcting the pelvis, Figure 3 is a head moving portion of the treatment device for pulling back and neck and simultaneously correcting the pelvis in accordance with the present invention 4 is a conceptual diagram illustrating a waist moving part of a treatment device for pulling back and neck and simultaneously correcting a pelvis according to the present invention.

As shown in Figures 2 to 4, the present invention is a seat 100 for receiving a patient, a seating frame 200 on which the seat 100 is placed, and a support frame for supporting the seating frame 200 300 and the movement means 500 and the rotation means 400 for moving the seat 100 to tow to the neck or waist of the patient.

Hereinafter, each configuration will be described in detail.

The seat 100 according to the present invention is spaced apart from the head portion 110, the body portion 120 formed below the head portion 110 and the lower portion of the body portion 120 from the upper side and the waist portion 130 ) And four parts of the leg part 140 spaced apart from the lower part of the waist part 130.

Here, the head 110 is a space accommodated by the patient's head portion is provided with a head pad 114 and the head fixture 112. Thus, the head portion of the patient is safely and smoothly accommodated in the head pad 114, the head fastener 112 is moved by the moving means 500 to be described later when the head portion 110 moves upwards of the patient Secure your head so it can be safely towed.

In addition, the material and shape of the head 110 is the same as the conventional sheet 100 will be omitted.

Here, the body portion 120 is a space for accommodating a portion from the lower part of the neck of the patient to the upper part of the waist. And are separated.

Here, the waist 130 is a space for accommodating the waist of the patient is provided with a receiving groove 134 and the West fastener 132. The accommodating groove 134 is formed in a bowl shape, and the waist of the patient is accommodated, and the waist fastener 132 strongly fixes the waist of the patient to assist to safely transport the vehicle 500 to be described later.

The waist 130 is spaced apart from the lower portion of the body 120.

Preferably, the West fastener 132 is a joint that is connected to the pelvic air bag 136 and the pelvic air bag 136 to be in contact with the pelvis of the patient so that air is introduced into and withdrawn from the inside to secure the waist of the patient It is made of 137 and made of an air compressor (not shown) for injecting air into the pelvic air bag 136 is good to correct the pelvis of the patient by introducing and withdrawing air to the pelvic air bag 136. This may occur when the pelvis is displaced when the waist is pulled up or down, or when there is a patient who is naturally vulnerable to the pelvis, the pelvic air pocket 136 is in contact with the left and right sides of the patient's pelvis, and the air compressor (not shown) When the air is introduced and the air compressor does not operate, the pelvis is corrected by adjusting the amount of air to the displaced pelvis by constructing a system where air is released by itself. In addition, the joint 137 may be configured in various ways such as hook button, Velcro to secure the waist of the patient. In addition, the air compressor (not shown) is also used to inject air into the head air bag 518 and the west air bag 528 of the moving means 500 to be described later. In addition, a check valve may be provided between the air compressor and the pelvic air pocket 136.

Here, the leg portion 140 is a space for accommodating the leg portion of the patient is disposed spaced apart below the waist portion 130.

That is, the waist part 130 is disposed between the body part 120 and the leg part 140, and the distance from which the body part 120 and the leg part 140 are spaced apart is the waist part 130. Must be longer than Usually 3 to 5 cm is good, but can be produced in various ways according to those skilled in the art.

The seating frame 200 according to the present invention is made of a metal material having strong strength and hardness and is made wider than the lower area of the seat 100. The head part 110, the body part 120 and the waist part 130 ) On the top.

In the present invention, a seating hinge 210 is provided at the bottom of the seating frame 200, and an upper end of the leg part 140 is configured to be coupled to the seating hinge 210.

That is, the horizontal length and the vertical length of the seating frame 200 have a lower lower area than the head portion 110, the body portion 120, and the waist portion 130 combined, and the leg portion 140. Is not in contact with the upper surface of the seating frame 200.

The support frame 300 according to the present invention is coupled to the lower surface of the seating frame 200 so that the seat 100 and the seating frame 200 are spaced apart from the ground. The shape of the support frame 300 is the head side of the patient is perpendicular to the ground, the leg side of the patient is made inclined with the ground. This is for the leg part 140 to allow the support frame 300 to be rotated to the maximum angle. That is, when the leg side support frame 300 of the patient is formed perpendicular to the ground, the leg portion 140 is rotated 90 degrees so that the patient can not raise the leg to the leg portion 140 in a comfortable state.

The rotating means 400 according to the present invention supports the leg portion 140 disposed to extend downward in the seating frame 200 and rotates the leg portion 140 in the downward direction. Is coupled to one side and the other side is formed to support the lower side of the leg portion 140. Usually, the rotating means 400 is configured such that one end is vertically coupled to the lower inclined portion of the support frame 300 and the other end supports the lower surface of the leg portion 140, the leg portion 140 ) Rotates in the downward direction to support the lower portion of the leg portion 140 while the length of the rotating means 400 is variable.

Preferably the rotating means 400 is one end is formed in the support frame 300 and the other end is coupled to the leg portion 140 by a support hinge (not shown) and the length adjustable electric cylinder 410 ), An electric motor (not shown) for varying the length of the electric cylinder, and a rotary switch 420 for operating the electric motor (not shown). This, the other end of the rotating means 400 is always supported by the hinge to vertically support the leg portion 140, the electric cylinder 410 is the leg portion 140 and the support frame 300 Is formed in the center and is variable according to the movement of the leg portion 140, the rotary switch 420 by operating the electric motor to adjust the length of the electric cylinder 410 by touching one button and the electric cylinder 410 ), The length of the leg portion 140 is moved in the upper direction, the other side is touched and the length of the electric cylinder 410 is reduced so that the leg portion 140 is moved in the lower direction. In addition, when the automatic button of the rotary switch 420 is touched, the leg portion moves up and down, and when the patient is lying down, the legs and the lower back movement are possible.

However, the rotating means 400 may be variously configured in addition to the above-described method by supporting the leg portion 140 by rotating and assisting the leg portion 140 in the vertical direction.

The moving means 500 according to the present invention moves the head part 110 and the waist part 130, and is formed below the seat 100 or inside the support frame 300. Here, the moving means 500 reciprocates the head portion 110 in the upward direction, and reciprocates the waist portion 130 in the vertical direction. That is, the head portion 110 is disposed at the beginning of the seat 100 is in contact with the body portion 120 as described above, the waist portion 130 is spaced apart from the body portion 120 It may be because it may be spaced apart from the leg portion 140.

The moving means 500 includes a head moving part 510 coupled to the lower side of the head part 110, a west moving part 520 coupled to the lower side of the west part 130, and a head moving part 510. It is composed of a switch for operating the west moving unit 520. Since it is not possible to pull the neck and waist of the patient to the same pressure, it is necessary to pull the neck and waist of the patient to different pressure in a separate configuration.

Preferably, the head moving part 510 is a head case 512, a head bearing 514 formed on one side inside the head case 512, a head spring 516 coupled to one side to the head bearing 514. ), A bellows type head air bag 518 and the head air bag 518 coupled to one side of the head spring 516, and the west moving part 520 includes a west case 522 and the west case ( 522 West bearing 524 formed on one side inside, West spring 526 coupled to one side to the west bearing 524, Bellows type West air bag 528 coupled to one side of the west spring 526 and the It consists of a West air bag 528 and consists of an air compressor (not shown) for injecting air into the head air bag 518 and the West air bag 528.

In detail, the head moving part 510 has the head case 512 formed under the head part 110, but a separate space is formed in the seating frame 200, or the head part 110 and the seating part. It may be formed between the frame 200, or may be formed below the seating frame 200. The head case 512 has the head bearing 514, the head spring 516, and the head air bag 518, and the head air bag 518 is variable in length in a bellows style. In this way, the head part 110 is connected to the head part 110 through a fitting hole. Here, the head bearing 514 is necessary for the smooth movement of the head portion 110, the head spring 516 is moved by the restoring force of the spring when the air of the head air bag 518 is released. . That is, when air is introduced into the head air pocket 518, as shown in FIG. 3A, the head part 110 moves upward, and when air is drawn out, the head part 110 of FIG. As in (b), it moves downward.

In particular, the head air pocket 518 is provided with a valve 530 in the rear, it is determined through the opening and closing of the valve 530 the inlet and withdrawal of air. That is, when the valve 530 is opened and receives air from an air compressor (not shown), the valve 530 is closed and the valve 530 is opened to maintain the inflow state of the air. Will fall out. Alternatively, the valve 530 may be configured as a check valve.

On the other hand, since the configuration of the west moving part 520 is also the same as the head moving part 510, a detailed description thereof will be omitted.

Preferably, the head portion 110, the body portion 120, the waist portion 130, the leg portion 140 is built in a heating means (not shown) and far infrared means (not shown) therein Good to do. The heating means (not shown) and the far-infrared means (not shown) are separately mounted on the four separate sheets 100, so that it is possible to intensively treat the uncomfortable part of the patient.

Next will be described an embodiment of the treatment device to pull the waist and neck according to the invention and at the same time to correct the pelvis.

Figure 5 is an embodiment showing a treatment device for pulling back and neck and simultaneously correcting the pelvis according to the present invention.

As shown in Figure 5, (a) is a rotary switch 420 of the rotating means 400, if one button touches the electric cylinder 410 as long as the leg 140 is parallel to the ground Are placed in a state. In addition, the air compressor (not shown) introduces air into the head air bag 518 so that the head part 110 is moved as far as possible in the upward direction, and air is also introduced into the west air bag 528 to the west. It shows that the part 130 is moved as far as possible in the downward direction.

In contrast to the above, when the other button is touched by the rotary switch 420 of the rotating means 400, the electric cylinder 410 is reduced to the minimum so that the leg part 140 supports the support frame 300. Is placed in contact with In addition, air flows into the head air bag 518 and the west air bag 528, and is moved by the restoring force of the head spring 516 and the west spring 526.

In addition, when the automatic button of the rotary switch 420 is touched, the leg unit 140 is operated as shown in (a) and (b), and the intensity and range of rotation are naturally adjustable.

As described above, the present invention is to pull the neck and waist of the patient at the same time as the basic technical idea, which is merely exemplary, and those skilled in the art that various modifications and equivalent embodiments are possible therefrom. As will be appreciated, the true technical protection scope of the present invention should be defined only by the appended claims.

Traction device shown in Figure 1 is a typical conventional chiropractic traction device that is widely used in conventional automatic dog physiotherapy.

Figure 2 is a perspective view showing a treatment device for pulling back and neck and simultaneously correcting the pelvis according to the present invention.

Figure 3 is a conceptual diagram showing the head movement of the treatment device for pulling back and neck and simultaneously correcting the pelvis according to the present invention.

Figure 4 is a conceptual diagram showing the waist movement of the treatment device for pulling back and neck and simultaneously correcting the pelvis according to the present invention.

Figure 5 is an embodiment showing a treatment device for pulling back and neck and straightening the pelvis in accordance with the present invention.

<Explanation of symbols on main parts of the drawings>

100: sheet 110: head portion

112: head stopper 120: body

130: West part 132: West fixture

140: leg portion 200: seating frame

300: support frame 400: rotation means

500: moving means 510: head moving part

520: West Movement

Claims (6)

The seat 100 accommodates a patient, a seating frame 200 on which the seat 100 is placed, and a support frame 300 for supporting the seating frame 200 to pull the neck or the spine of a person. In the treatment device, The seat 100 has a head part 110 having a head fixing tool 112 in the upper side, a body part 120 formed below the head part 110, and a lower part of the body part 120. It is separated into a west portion 130 and spaced apart and provided with a West fastener 132, and the leg portion 140 spaced apart below the west portion 130, The seating frame 200 accommodates the head part 110, the body part 120, and the waist part 130 on an upper surface thereof, and the leg part 140 is coupled to the end by a hinge in a downward direction. Configured to be rotatable, The support frame 300, the head side of the patient is coupled to the seating frame 200 perpendicular to the ground, the leg side of the patient is configured to be coupled to the seating frame 200 inclined with the ground, Is formed on one side of the support frame 300 and the other side is provided with a rotating means 400 for supporting the lower portion of the leg portion 140, to adjust the rotation angle of the leg portion 140, There is provided a moving means 500 for reciprocating the head portion 110 in an upward direction and reciprocating the waist portion 130 in an upward and downward direction. The moving unit 500 includes a head moving unit 510 coupled to the lower side of the head unit 110, a west moving unit 520 coupled to the lower side of the west unit 130, the head moving unit 510, and the head moving unit 510. Consists of a switch for manipulating the west moving unit 520, The head moving part 510 includes a head case 512, a head bearing 514 formed at one side of the head case 512, a head spring 516 coupled to one side of the head bearing 514, and the The head spring 516 is composed of a bellows type head air bag 518 and the head air bag 518 coupled to one side, The west moving part 520 may include a west case 522, a west bearing 524 formed on one side of the west case 522, a west spring 526 coupled to one side of the west bearing 524, and It is composed of a bellows type West air bag 528 and the West air bag 528 coupled to one side of the west spring 526, and injects air into the head air bag 518 and the west air bag 528. A device for pulling back and neck and simultaneously correcting the pelvis, characterized in that a compressor is provided. delete delete The method of claim 1, The rotating means 400, One end is formed in the support frame 300 and the other end is coupled to the leg portion 140 by a hinge, the adjustable length of the electric cylinder 410, and an electric motor for varying the length of the electric cylinder (mido At the same time, the treatment device for pulling the waist and neck and at the same time correcting the pelvis, characterized in that consisting of a rotary switch 420 for operating the electric motor (not shown). The method according to claim 1 or 4, The west fixture 132, It is made of a pelvic air bag 136 which is in contact with the pelvis of the patient so that air is drawn in and out, and a joint 137 connected to the pelvic air bag 136 to fix the waist of the patient, Consists of an air compressor (not shown) for injecting air into the pelvic air bag 136, The pelvis air pockets (136) to draw and draw air to the traction of the patient characterized in that to correct the pelvis of the patient and at the same time the treatment device to correct the pelvis. The method of claim 5, The head portion 110, the body portion 120, the waist portion 130, the leg portion 140, Treatment device for pulling the waist and neck and at the same time correcting the pelvis, characterized in that the heating means (not shown) and the infrared means (not shown) built in.

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