WO2016072537A1

WO2016072537A1 - Myofascial release device for physical therapy in which craniosacral therapy and chiropractic are applied

Info

Publication number: WO2016072537A1
Application number: PCT/KR2014/010580
Authority: WO
Inventors: 김희수
Original assignee: 주식회사 티앤아이; 김희수
Priority date: 2014-11-05
Filing date: 2014-11-05
Publication date: 2016-05-12
Also published as: TWI583364B; TW201628571A

Abstract

The present invention relates to a myofascial release device for physical therapy in which craniosacral therapy and chiropractic are applied. A myofascial release device for physical therapy in which craniosacral therapy and chiropractic are applied, according to an embodiment of the present invention, comprises a fourth ventricle compression part for supporting, at a position in which the fourth ventricle compression part does not come into contact with the temporal bone of a user, the occipital bone of the user.

Description

Fascia diastolic for physiotherapy using cranial sacral therapy and chiropractic

The present invention relates to a fascia diastolic device for physiotherapy applied to the two sacrum therapy and chiropractic, more specifically, used as a resting or meditation pillow, myofascal of the occipital bone, lower larynx, upper cervical spine and back neck, central nervous system Dura meter that protects the, deep muscles (deep muscles) to the fascia relaxation for physiotherapy that can be relaxed with acupressure.

The structure of the human body is the connection between the head and the upper cervical vertebra (convex forward), and the body's gravity and earth's rotation cycle are biased forward to the center of gravity, so that the muscles of the larynx and lower larynx are easily tense. In addition, during stress, bad posture habits, and various injuries, the tension of this area becomes more severe and the occipital nerves and the vertebral arteries are blocked, which puts pressure on the lower larynx.

In this case, several nerves passing through the jugular vein are under constant pressure, and the muscles dominating the autonomic nervous system attempt to maintain homeostasis by tensioning the muscles that dominate, and in severe cases, even the brain dura, which surrounds the brain, causes systemic symptoms. Will appear. Therefore, there is a need for treatment to relax the tense muscles and soft tissues of the larynx and lower larynx.

Conventionally, the tension of the larynx and the lower larynx has to be treated through a cumbersome procedure that is manually released by manual therapists and physical therapists.

The problem to be solved by the present invention is as follows.

First, they will release the fascia and muscles themselves without the help of a physiotherapist.

Second, to provide a fascia relaxation device for physiotherapy that can easily acupressure and relax the laryngeal bone, lower larynx, upper cervical spine and back neck regardless of time and place.

Third, help the user to maintain CSF circulation to maintain immunity and homeostasis.

The objects of the present invention are not limited to the above-mentioned objects, and other objects that are not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, the myofascial diastolic device for physiotherapy using the two sacrum therapy and chiropractic according to an embodiment of the present invention includes a fourth ventricular compression unit for supporting the user's laryngeal bone in a position not in contact with the user's temporal bone. .

Myofascial diastolic for physiotherapy using cranial sacral therapy and chiropractic according to an embodiment of the present invention is composed of 14 stimulating protrusions for stimulating the laryngeal muscle fibers of the base of the larynx, and the small laryngeal rectus muscle of the user, The stimulus protrusion facing at least one of the celestial pole and the wind land has a higher protrusion height than the other stimulus protrusions.

Myofascial diastolic for physiotherapy applied to the two sacrum therapy and chiropractic according to an embodiment of the present invention, is formed to be inclined to support the cervical spine of the user; And a hemispherical fourth ventricular compression portion extending from the elevation and protruding to support the user's laryngeal bone.

Fascia diastolic for physiotherapy applied to the two sacrum therapy and chiropractic according to an embodiment of the present invention, is formed to be inclined to support the cervical spine of the user, one end is formed jaw to stimulate the laryngeal base of the user; And a thoracic spine support portion extending from the other end of the lift portion to a position facing the middle thoracic of the user.

Specific details of other embodiments are included in the detailed description and drawings.

According to the present invention has the following effects.

First, the user may perform the procedure such as occipital cranial base reaease and the fourth ventricular compression method (CV-4 technique).

Second, you can give yourself physical therapy regardless of time and place.

Third, cerebrospinal fluid (CSF) circulation helps to maintain immunity and homeostasis.

Fourth, the fascia and muscles of the whole body can be released.

The effects of the present invention are not limited to the above-mentioned effects, and other effects not mentioned will be clearly understood by those skilled in the art from the description of the claims.

Figure 1 is a simplified representation of the circulation of cerebrospinal fluid.

Figure 2 (a) is a representation of the flow of the cerebrospinal fluid and the movement of the skull and spine during the flexion cycle, Figure 2 (b) represents the flow of the cerebrospinal fluid and movement of the skull and spine during the extension cycle.

Figure 3 shows the larynx relaxation and cerebrospinal fluid flow when the two sacral rhythm is the bending cycle.

Figure 4 illustrates the procedure of the fourth ventricular compression method (CV4).

Figure 5 is a perspective view of the fascia diastolic for physiotherapy applying the two sacral therapy and chiropractic in accordance with an embodiment of the present invention.

Figure 6 represents the back of the head in contact with the fourth ventricle compression portion according to an embodiment of the present invention.

Figure 7 is a plan view of the fascia diastolic for physiotherapy applying the two sacral therapy and chiropractic according to an embodiment of the present invention.

Figure 8 is a front view of the fascia diastolic for physiotherapy applying the two sacral therapy and chiropractic according to an embodiment of the present invention.

9 illustrates various embodiments of the fourth ventricular compression unit according to the present invention with reference to A-A cross-sectional view of FIG.

Figure 10a is a representation of the laryngeal muscle fibers, Figure 10b is a representation of the stimulation point of the stimulus projections according to an embodiment of the present invention.

Figure 11 illustrates the relationship between the small laryngeal rectus muscle and the dura.

FIG. 12 illustrates the B-B cross-sectional view of FIG. 7 showing various embodiments of the magnetic pole protrusions.

Figure 13 is a perspective view of the fascia diastolic for physiotherapy applying the two sacral therapy and chiropractic according to another embodiment of the present invention.

14 is a plan view and a C-C cross-sectional view of a fascia diastolic device for physiotherapy using cranial sacral therapy and chiropractic according to another embodiment of the present invention.

15 is a utilization of the myofascial diastolic device for physiotherapy applying the two sacral therapy and chiropractic according to an embodiment of the present invention.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various forms, and only the embodiments of the present invention make the disclosure of the present invention complete and the general knowledge in the technical field to which the present invention belongs. It is provided to fully convey the scope of the invention to those skilled in the art, and the present invention is defined only by the scope of the claims. Like reference numerals refer to like elements throughout.

Hereinafter, the present invention will be described with reference to the drawings for explaining the fascia diastolic for physiotherapy to which cranial sacral therapy and chiropractic are applied according to embodiments of the present invention.

Figure 1 is a simplified representation of the circulation of cerebrospinal fluid. Figure 2 (a) is a representation of the flow of the cerebrospinal fluid and the movement of the skull 45 and lumbar spine in the craniosacral rhythm (CSR) flexion phase, Figure 2 (b) is the extension phase When the flow of cerebrospinal fluid and the movement of the skull 45 and the spine. Figure 3 (a) shows the relaxation of the larynx and cerebrospinal fluid flow during the flexion cycle, Figure 3 (b) shows the contraction of the larynx and the flow of cerebrospinal fluid during the extension cycle. Figure 4 illustrates the procedure of the fourth ventricular compression method (CV4).

1 to 4, parietal bone 51 is a rectangular flat bone covering the back of the cranial brain containing the brain. The parietal bones 51 are all two and protrude outwards, respectively. The two parietal bones 51 abut the sagittal sutures 56. The parietal bone 51 is connected to the occipital bone 53 by the factorial suture 55. The temporal bone 52 is disposed in the temporal section. The skull 45 is not a rigid structure, but a tissue having flexibility to express a flexion cycle that expands upon generation of cerebrospinal fluid and a contraction cycle that contracts when production stops. With the above structure, the skull 45 may repeat contraction and relaxation. Craniosacral rhythm contains information about stress and immunity. Two sacral movements of a healthy person are very stable at 8-12 cycles when the cycle and flexion are repeated one cycle.

Flexion, expansion, is the expansion or expansion of cerebrospinal fluid in the choroid of the ventricles. The two sacral rhythms can be detected finely by hand. The feeling of flexion transmitted to the hand can be understood as a `` blowing feeling '' like a balloon or a pair of bones on both sides, which can be understood as `` a feeling that the whole body rotates outward and widened '', also called 'outward rotation'. The frontal bone, sphenoid bone, laryngeal bone, and sacrum in the center of the human body go down in the direction of the leg during this cycle.

Extension, or compression, is the cycle at which cerebrospinal fluid production stops in the ventricular choroid plexus. Extension can be understood as contraction. A temple can be understood as a feeling of being sucked in deep. The temple can also be described as the whole body turning inward and narrowing. Paired bones on both sides are also called 'inner turn' in the temple cycle. The frontal bone, sphenoid bone, laryngeal bone, and sacrum in the center of the human body go up in the heading direction during this cycle.

Absorption of cerebrospinal fluid occurs continuously during flexion and extension cycles, back into venous blood, and some into the lymphatic system.

The cycle of cranial sacral movement consists of two processes, 'flexion' and 'temple' or 'extension' and 'contraction'. Between the bend and the temple can be called a 'neutral point'. The human body is in a state of 'relaxation' where tension is released with a feeling of being stopped at a neutral point. The period of flexion and extension is constant and preferably the same. Differences or mismatches in flexion and extension can cause abnormalities in the body.

The flexion and extension cycles are caused by the circulation of cerebrospinal fluid (CSF). Cerebrospinal fluid is produced in the ventricular. The ventricles are spaces inside the human brain and are enclosed in the ventricles. There are three ventricles: the lateral ventricle, the third ventricle, and the fourth ventricle 60. There are two left and right ventricles, and the third ventricle and the fourth ventricle 60 are each one, so all four ventricles constitute the ventricle system.

First, the two sacral therapy will be described.

The force in contact with the two sacrum is about 5g in size, the purpose of contact with such a small force is to allow the movement of the skull 45 to find a new path by itself. The new path discovery thus produced produces newly added motility and free movement. One of the two sacral therapies is the CV4 technique that generates a steel point by applying the technique to the back of the subject.

The fourth ventricular compression method (CV4 technique) is a method of compressing the sides of the occipital ridge 54 of the larynx. CV4 is a facilitation method for inducing still points and resetting the cerebrospinal fluid circulation normally. In the flexion cycle, CV4 gently presses or narrows the fourth ventricle inward.

The CV4 technique reduces the ability of the larynx to affect the pressure changes in the spinal cord by inducing steel points by resisting the rhythm during the flexion cycle. Thus, the pressure of the spine in the skull 45 is increased and the cerebrospinal fluid is directed in all other possible routes. As a result, the CV4 technique promotes and exchanges cerebrospinal fluid movement.

The fourth ventricular compression method (CV4) eliminates the flexion of the entire cranial-sacral system and the movement of the extension cycle, resulting in a completely stopped state. This is called a still-point. Steel point is semi-forced by the compression of the fourth ventricle 60 through the compression of the back of the head during the bending cycle.

During the Steel Point process, the body begins to relax. Stiffness and pain in the body gradually disappears from then on. And somatic dysfunction of the musculoskeletal system, such as organs and soft tissues, which were restricted by the circulation of fluids, begins to naturally correct.

Figure 5 is a perspective view of the fascia diastolic for physiotherapy applying the two sacral therapy and chiropractic in accordance with an embodiment of the present invention. Figure 6 represents the back of the head in contact with the fourth ventricular compression unit 150 according to an embodiment of the present invention. Figure 7 is a plan view of the fascia diastolic for physiotherapy applying the two sacral therapy and chiropractic according to an embodiment of the present invention.

5 to 7, the fascia relaxer for physical therapy applying the two sacral therapy and chiropractic according to an embodiment of the present invention, the thoracic spine support portion 113 for supporting the user's thoracic spine; An extended part 111 extending from the thoracic spine support part 113 to support the cervical spine of the user and having an inclined surface; And a fourth ventricular compressing part 150 extending from the rising part 111 and supporting the user's laryngeal bone 53 at a position not in contact with the temporal bone 52 of the user.

When the user explains with the back lying on the floor, the thoracic spine support 113 is disposed at a portion corresponding to the thoracic spine.

The thoracic spine support 113 supports the thoracic spine of the user. The thoracic spine support 113 is disposed below the thoracic spine of the user while the user is lying down. Therefore, the thoracic vertebrae support part 113 has a function of stimulating the thoracic vertebrae and acupressure. The thoracic spine support 113 may be formed long and narrow to correspond to the position of the thoracic spine of the user. The rising part 111 is formed to extend from the thoracic spine support part 113. The rising part 111 may be inclined to support the user's neck.

In the present invention, the fourth ventricular compression unit 150 is formed at a position for stimulating the occipital bone 53 without stimulating the temporal bone 52. For example, the fourth ventricular compression unit 150 is formed to protrude at a position that does not touch the occipital suture suture 57 (Occipito-mastoid suture) connecting the temporal bone 52 and the laryngeal bone 53 of the user. Alternatively, the fourth ventricular compression unit 150 is formed to be bent so as not to contact the laryngeal papillary suture 57 or the temporal bone 52.

The temporal bone 52 and the laryngeal bone 53 are connected by laryngeal papillary sutures 55. Therefore, the fourth ventricular compression unit 150 is formed at a position not facing the laryngeal papillary suture 55. Therefore, the fourth ventricular compression portion 150 has a width W of 10 cm or less. The fourth ventricular compression unit 150 may have a width W of about 2 cm or more. Alternatively, the horizontal width W of the fourth ventricular compression unit 150 may be 2 cm or more and 7 cm or less.

Such a width (W) is limited to prevent the fourth ventricular compression portion 150 from contacting the temporal bone 52.

On the other hand, the fourth ventricular compression unit 150, the fourth ventricle receiving groove 151 is formed on the inner side so as not to support the user's external laryngeal ridge 54. That is, the fourth ventricular accommodation groove 151 forms an empty space so as not to stimulate the occipital ridge 54.

The fourth ventricular compression unit 150 has a concave or convex upper surface that is in contact with the user's back head 53. The

upper side surfaces

150a, 150b, and 150c of the fourth ventricular compression unit 150 may be formed of an inclined surface having a lower inner side than the outer side and having a rear end lower than the front end portion.

Upper surfaces

150a, 150b, and 150c of the fourth ventricular compression unit 150 may be formed with curved corners. The fourth ventricular compression unit 150 is acupressure the upper side is supported by the left and right of the occipital bone 53.

The upper ventricular compression unit 150 has an inclined surface that slopes downward from the outer side to the inner side and descends downward from the front end to the rear end in consideration of the shape of the occipital bone 53. It is desirable to be able to be supported more comfortably and to be acupressure to an even area. Fourth ventricular compression portion 150, the upper edge portion may be formed to be curved so as not to cause unnecessary pain in the laryngeal bone 53 to be acupressure. The fourth ventricular compression unit 150 opens the fourth ventricle to make the circulation of the cerebrospinal fluid normal, and can change the acupressure part by rotating the head left and right, thereby selectively stimulating the necessary part of the acupressure. .

The rising part 111 supports the back neck portion to support the user's comfort, as well as stimulates and relaxes the muscles near the upper thoracic vertebrae located in the back neck portion, and also relaxes the cervical spine in this region. Functions to relax the neck tension. Therefore, it is possible to obtain the prevention and treatment of the neck disk, mushroom syndrome, date.

The rising part 111 is formed to be inclined and the height increases as the distance from the thoracic support part 113 increases. The rising part 111 is formed to be inclined so that the cervical spine and the thoracic spine of the user can be supported while maintaining their original shape. The rising part 111 and the thoracic support part 113 are formed with the spinous process accommodating groove 160 in which the spinous process of the user is accommodated. The spinous process accommodating groove 160 prevents a phenomenon in which pain occurs due to unnecessary pressing of the spinous process part of the user. In addition, the chiropractor adjusts the arrangement of the spine in the thoracic region to the correct arrangement.

Myofascial diastolic for applying the two sacral therapy and chiropractic according to an embodiment of the present invention, each of which extends from the left and right sides of the rising portion 111 includes a fixed wing 130 for supporting the cervical spine side of the user do.

The fixed wing 130 protrudes left and right, and supports the lower back of the user's larynx along with the rising portion 111 therebetween to pressure the neck muscles. The inner surface of the fixed wing 130 is located in accordance with the laryngeal ridge (the laryngeal base), which is a position raised slightly above the head from the temporal bone papilla when the user lies down. Therefore, the upper end of the fixed wing 130 is located in the nucleus line of the laryngeal bone 53, which is a boundary point between the rear head and the neck, and the occipital base (OCB) and the upper cervical; C0, C1, C2) to stimulate and relax the deep fascia around. The side of the fixed wing 130 is protruded upward to suppress the movement of the cervical spine. That is, the user can lie down in a correct posture.

Myofascial diastolic for physiotherapy using cranial sacral therapy and chiropractic according to an embodiment of the present invention includes a cervical stimulation part 120 protruding from the rising part 111 to stimulate the cervical spine of the user. Cervical stimulation unit 120 is formed in the rising portion (111). Cervical stimulation unit 120 is disposed in the space between the fixed blades (130). Cervical stimulation unit 120 stimulates and relaxes the cervical spine and neck muscles of the user. Cervical stimulation unit 120 forms a height difference with the rising portion 111 to stimulate a portion of the neck muscles of the user.

Referring to FIG. 8, the thoracic spine support part 113 is formed along the thoracic spine of the user so that the user's chest is extended. The thoracic spine support 113 is formed to extend to a position opposite to the thoracic spine 6 of the user. The thoracic spine support portion 113 extends from the raised portion 111. If the user lies on his back on a flat floor, it is difficult to straighten his chest. Therefore, the thoracic spine support portion 113 has a predetermined height (H) to help the user's chest to be stretched. That is, the thoracic spine support unit 113 serves to lift the cervical spine of the user. Therefore, the thoracic spine support portion 113 lifts the center of the body while the user is lying on the floor, and the left and right portions of the chest touch the floor so that the user's chest is naturally stretched.

9 illustrates various embodiments of the fourth ventricular compression unit 150 according to the present invention with reference to A-A cross-sectional view of FIG.

Referring to FIG. 9, the fourth ventricular compression unit 150 has a concave or convex upper surface that contacts the back of the user's head. The

upper side surfaces

Upper surfaces

The upper side surface of the fourth ventricular compression unit 150 is inclined downward from the outer side to the inner side in consideration of the shape of the occipital bone 53, and forms the inclined surface sloped downward from the front end portion to the rear end portion. It is desirable to be able to be more comfortably supported and acupressure to an even area. Fourth ventricular compression portion 150, the upper edge portion may be formed to be curved so as not to cause unnecessary pain in the laryngeal bone 53 to be acupressure. The fourth ventricular compression unit 150 opens the fourth ventricle to make the circulation of the cerebrospinal fluid normal, and can change the acupressure part by rotating the head left and right, thereby selectively stimulating the necessary part of the acupressure. .

The fourth ventricular compression unit 150 has an upper side that is in contact with the back of the head of the user is formed flat or concave or convex. The fourth ventricular compression unit 150 may be formed in plural, spaced apart from left and right.

Upper surfaces

150a, 150b, and 150c of the fourth ventricular compression unit 150 may have a flat shape.

Upper surfaces

150a, 150b, and 150c of the fourth ventricular compression unit 150 may be concave. The concave shape makes the user feel comfortable by widening the contact area with the user's laryngeal bone 53. In addition, the

upper surface

150a, 150b, 150c of the fourth ventricular compression unit 150 may have a convex shape. The convex shape further decreases the contact area with the user's laryngeal bone 53 and further increases the compression effect on the fourth ventricle.

Figure 10a is a representation of the laryngeal muscle fibers, Figure 10b is a representation of the stimulation point of the stimulus projections according to an embodiment of the present invention. FIG. 11 illustrates the connection relationship between rectus capitis posterior miner (RCPM) and dura meter (DM). FIG. 12 illustrates the B-B cross-sectional view of FIG. 7 as an example of various embodiments of the magnetic pole protrusions 140.

10 to 12, the myofascial diastolic device for physiotherapy using the two sacral therapy and chiropractic according to an embodiment of the present invention, the boundary between the fixed wing 130 and the fourth ventricular compression unit 150 and It is formed along the boundary of the rising portion 111 and the fourth ventricular compression unit 150 includes a stimulation protrusion 140 to stimulate the occipital base of the user (OCB).

Myofascial relaxation for physiotherapy applying the two sacral therapy and chiropractic according to an embodiment of the present invention, is formed to be inclined to raise the height 111 than the thoracic support portion 113 to support the cervical spine of the user; A fourth ventricular compressing part 150 formed to have a height difference from the rising part 111 to support the occipital bone of the user; And a plurality of stimulation protrusions 140 protruding along a boundary point between the rising part 111 and the fourth ventricular compression part 150, and among the plurality of stimulation protrusions 140, the user's small laryngeal rectus muscle (RCPM). , The

magnetic pole protrusions

141, 143, 145, and 146 facing at least one of the pillar BL10 and the wind finger GB20 have a higher projecting height than the other magnetic pole protrusions 140.

A plurality of stimulus projections 140 is composed of 14, to stimulate the laryngeal muscle fibers of the user's laryngeal base. The laryngeal muscle fibers are evaluated for muscle contact at the laryngeal floor of the mitral muscle and thoracochondrial muscle.

The laryngeal muscle fiber is divided into 14 muscles and is composed of strong fiber. The laryngeal muscle fiber is an alert system area for where the body's organ system needs protection or should be treated. Laryngeal fibers are affected by the functional aspects of certain spinal sections by the cranial sacrum respiration mechanism, which locally inhibits structural movement and also inhibits the amount of cerebrospinal fluid (C.S.F).

Stimulus protrusions 140 may be composed of 14 to stimulate the laryngeal muscle fibers, respectively. The magnetic pole protrusions 140 are formed on the inner surface and the rising portion 111 of the fixed wing 130. Stimulus protrusion 140 is formed on the edge of the fixed wing 130, which forms a boundary between the fixed wing 130 and the fourth ventricular compression unit 150. The fixed wing 130 is formed so that the height difference with the fourth ventricular compression unit 150, the load of the neck muscles are concentrated on the stimulation protrusion 140. Therefore, the neck muscles are acupressure effect.

Stimulation protrusion 140 activates the parasympathetic nerves distributed in the occipital base (OCB) and the upper cervical spine to make the mechanism of the sympathetic nerve strained by stress into a normal mechanism to balance the autonomic nervous system. It makes energy normal.

In addition, the stimulation protrusion 140 stimulates and relaxes the muscles around the occipital base (OCB) and the upper cervical spine, thereby smoothing the movement of the lower larynx, the vertebrae (cervical spine 1) and the vertebrae (cervical spine 2). Prophylactic and therapeutic effects of the neck disk can be obtained, and the above-mentioned diseases can be prevented and treated by stimulating and relaxing the tension of the dural and lower larynx muscles.

The stimulus protrusion 140 includes the small laryngeal rectus muscle (RCPM) opposing

protrusions

141 and 146 that stimulate the small laryngeal rectus muscle (RCPM) existing in the user's laryngeal base. The small laryngeal rectus muscle (RCPM) provides the central nervous system with a biofeedback signal for static or dynamic endothelial receptors, senses head movement and position, and influences the movement of surrounding muscles. Therefore, the small laryngeal rectus muscle (RCPM) senses and regulates the tension of the dural (DM) by the role of connective tissue between this muscle and the dural (DM).

Small laryngeal rectus muscle (RCPM) is strongly attached to the dura meter (DM) that protects the brain and spinal cord. The small laryngeal rectus muscle (RCPM) opposing projections (141, 146) give continuous stimulation (acupressure) to the small laryngeal rectus muscle (RCPM), thereby suppressing the increase of gamma signal activity. As a result, the muscles will slowly relax and the surrounding soft tissues and fascia will also relax, allowing for proper movement and posture control.

The small laryngeal rectus muscle (RCPM) opposed

protrusions

141 and 146 are formed at positions facing the user's amun GV15 and abundance GV16. Amun (GV15) is the most turned off place in the middle of the back of the neck, 0.5 inches above the edge of the back of the neck and when the neck is swept back and forth. Amun (GV15) blood can be used if the horse is dark and poor at stroke sequelae or severe atherosclerosis.

GV16 (風府) is a slightly prone posture and is the center point of the line that connects the first lobe over the hind rim, the bones, or the bottom of both earlobes. Abundant (GV16) blood can ameliorate many of the symptoms caused by wind death, such as cold symptoms and heavy back neck symptoms. Abundance (GV16) is the place where cystoscope and venom meet.

Small laryngeal rectus muscle (PCPM) counter-projections (141, 146) stimulate amun (GV15) blood and abundant (GV16) blood, leading to cerebral anemia, cerebral hemorrhage, cerebral thrombosis, nervous breakdown, encephalitis, systemic spasm, headache, diaphragm, vertigo It helps to improve Yeti nerve palsy, speech impairment, cerebral dysfunction, and concussion sequelae.

The stimulus protrusion 140 includes a circumference BL10 opposing protrusion 143 that stimulates the circumference BL10 existing on the back of the larynx of the user. The celestial column BL10 (天柱) is outside the apex of the amplified muscle swelling part 2cm outside at the height of Amun GV15. Quanzhou (BL10) blood is an important blood that acts like a pillar holding the head.

Quantum (BL10) opposite protrusion 143 stimulates the column (BL10) blood to improve the stiffness of the neck due to blood pressure. In addition, the diaphragm (BL10) facing protrusion 143 is a non-disease 鼻疾患, hypertension, headache 頭痛, nerve breakdown god 經衰弱, fundus bleeding 眼底出血, vision decline, 중 力減退, palsy during the wind, antiganglia, throat pain, Improves color, palate, yell, etc.

The stimulus protrusion 140 includes a wind chin (GB20) opposing protrusion 145 for stimulating the rubbing (GB20) existing on the back of the larynx of the user. The wind land GB20 counter-projection 145 is one third from the humerus between the abundance GV16 and the humerus. Gungji (GB20) blood is a typical blood cure for wind-like wind, where three seconds and sheep milk meets the venom. Poongji (GB20) blood improves the disease of all organs in the head, such as the bladder of the bladder (BL10) blood, eyes, ears, nose, and cranial nervous system. Wind finger (GB20) opposed protrusion 145 stimulates the wind finger (GB20) blood to improve the pain in the neck area. For example, bowing your head for long periods of time can be effective if you have a sore throat or stiffness in the morning. In addition, it removes the congestion of the head and is used for cerebral congestion, prevention of cerebral hemorrhage, congestive headache, tinnitus, hypertrophic rhinitis, sinusitis. It also improves coagulation from the shoulder to the posterior neck.

Gungji (GB20) opposite protrusion (145) headache, vertigo, feeling of insomnia, insomnia, decreased vision, anti-pain, duhun, anti-pain, eye disease, rhinitis, tinnitus , Dysentery, high blood pressure, grenades, brain diseases, etc. to improve.

The plurality of stimulation protrusions 140 may have a height difference to further stimulate at least one of the columnar BL10 blood, the rubella GB20 blood, the amun (GV15) blood, and the abundance (GV16) blood. That is, the user may select a fascia diastolic that is characterized according to his or her constitution and physical condition.

Fascia diastolic for physiotherapeutic treatment using the two sacral therapy and chiropractic according to an embodiment of the present invention, is formed to be inclined to support the cervical spine of the user, one side end is formed jaw to stimulate the occipital base of the user (OCB) Riser 11; And a thoracic spine support part 113 extending from the other end of the rising part 111 and extending to a position facing the central thoracic spine of the user.

The middle thoracic includes thoracic vertebrae 5 to thoracic vertebrae 8. The thoracic vertebrae support 113 may extend to a position opposite to the thoracic vertebrae 6.

Referring to Figure 13, it will be described with respect to the point different from the embodiment of the present invention.

Cervical stimulation unit 220 according to another embodiment of the present invention may be formed higher than the height of the cervical stimulation unit 120 shown in Figure 5, the length is long. That is, by expanding the size of the cervical stimulation unit 220, it can give a stronger stimulation to the neck muscles of the user. The increase in stimulation further promotes relaxation of the neck muscles and cervical spine, helping the cervical spine to be in a correct position and maintaining the body's overall balance.

14 is a plan view and a C-C cross-sectional view of a fascia diastolic device for physiotherapy using cranial sacral therapy and chiropractic according to another embodiment of the present invention. The same reference numerals as those shown in Figs. 14 to 5 to 13 denote the same members.

Referring to FIG. 14, the present invention will be described based on differences from one embodiment of the present invention. The fascia diastolic device for physiotherapy using the cranial sacrum therapy and chiropractic according to an embodiment of the present invention supports a user's thoracic spine. Thoracic spine support 113; An upward portion 111 extending from the thoracic vertebral support 113 and inclined to support the cervical spine of the user; And a hemispherical fourth ventricular compression part 250 extending from the rising part 111 and protruding to support the laryngeal bone of the user.

Fascia relaxation for physiotherapy applying the two sacral therapy and chiropractic according to an embodiment of the present invention, the fourth ventricular compression unit 250, the left and right two are respectively formed, each of the fourth ventricular compression unit ( The distance W between the summits 250 may be greater than or equal to 2 cm and less than or equal to 10 cm. Alternatively, the distance W between the tops of the fourth ventricular compression parts 150 may be 2 cm or more and 7 cm or less. Between the tops of the fourth ventricular compression unit 250 is recessed to form a bone. The bone between the fourth ventricular compression unit 250 forms a fourth ventricular accommodating groove 251.

Figure 15 is a utilization of the myofascial diastolic device for physiotherapy applying the two sacral therapy and chiropractic according to the present invention.

Referring to FIG. 15, when using the fascia diastolic device for physiotherapy applied with the two sacrum therapy and chiropractic according to the embodiment of the present invention as described above, it affects the diaphragm activity and the autonomic nervous control of the breathing to increase the tension in the sympathetic nervous system. Relax. The CV4 technique relaxes all connective tissues in the human body, thus relieving chronic sympathetic nervous system tension in stressful patients. Headache, posterior neck muscle tension, back stiffness and shoulder muscle pain, fever, rapid It is effective in reducing chronic musculoskeletal disorders, back pain, degenerative arthritis, cerebral congestion and pulmonary congestion and edema. It is also effective for autism, distracted children, headaches, back pain, depression and incurable diseases.

In addition, the parasympathetic nerves distributed in the occipital base (OCB) and the upper cervical vertebrae are activated to restore the sympathetic nervous system from normal stress due to stress to the normal mechanism and balance the autonomic nervous system. Restored.

In addition, neck movement restrictions and stiff neck are eliminated, and myofascial pain in the joints of the cervical spine and lower larynx muscle group is resolved, and headaches are alleviated. In addition, the straight neck, turtle neck, kyphosis, lumbar lordosis, functional scoliosis can be corrected, and when the rigid muscles of the back neck are relaxed Decayed vision can be restored by releasing the compressed vertebral artery and promoting blood circulation to the vertebral artery going to the visual center.

In addition, it can be used during sleep at home, which can relieve the time burden for busy modern people. In addition, the procedure can be performed at home without the help of a specialist, thereby reducing space constraints and cost burden. In addition, cranial sacral therapy is a treatment that leads to changes in the body with a very fine touch, so there are no side effects. As a result, it is useful not only for pregnant women and the elderly, but also for those who require the comfort of mind and body, mental stability and comfortable life for modern people due to stress.

On the other hand, when stimulating the temporal bone 52 or laryngeal papillary suture 57 may cause side effects such as dizziness or vomiting, the fourth ventricular compression unit 150 according to the present invention is the temporal bone 52 and laryngeal papillary suture ( 57) is formed in a position that does not stimulate, does not cause such side effects.

Although the above has been shown and described with respect to the preferred embodiments of the present invention, the present invention is not limited to the above-described specific embodiments, the present invention without departing from the spirit of the invention claimed in the claims Various modifications can be made by those skilled in the art, and these modifications should not be individually understood from the technical spirit or the prospect of the present invention.

Claims

A fascia diastolic device for physiotherapeutic treatment using chiropractic and chiropractic, including a fourth ventricular compression unit supporting the user's laryngeal bone in a position not in contact with the user's temporal bone.
The method of claim 1,

The fourth ventricular compression unit,

A fascia diastolic device for physiotherapy using cranial sacral therapy and chiropractic, which protrude in a position not in contact with the occipito-mastoid suture connecting the user's temporal and laryngeal bones.
The method of claim 1,

The fourth ventricular compression unit,

Myofascial diastolic device for physiotherapy using cranial sacral therapy and chiropractic in which a fourth ventricular accommodating groove is formed on the inner side so as not to support the user's external occipital ridge.
The method of claim 1,

The width of the fourth ventricular compression portion is 2 cm or more, 10 cm or less formed in the myofascial diastolic therapy and the fascia relaxer for physiotherapy applied chiropractic.
The method of claim 1,

The fourth ventricular compression unit,

Myofascial diastolic device for physiotherapeutic treatment using chiropractic and cranial sacral therapy formed with concave or convex upper surface contacting the user's larynx.
The method of claim 1,

A slanted surface is formed to support the cervical spine of the user, and further includes a rising part connected to the fourth ventricular compression part.

Myofascial diastolic device for physiotherapy applied to the two sacrum therapy and chiropractic further comprising a fixed wing portion extending from the left and right side ends of the riser to support the cervical spine side of the user.
The method of claim 6,

The cranial sac therapy and chiropractic applied to the fixed wing and the fourth ventricular compression unit boundary and the boundary between the rising portion and the fourth ventricular compression unit further comprises a stimulation protrusion for stimulating the laryngeal base of the user. Fascia diastolic for physiotherapy.
The method of claim 7, wherein

The stimulus projections,

A fascia diastolic for physiotherapeutic treatment with chiropractic and chiropractic, which includes a small laryngeal rectus opposing protrusion that stimulates the small laryngeal rectus muscle present in the base of the larynx of the user.
The method of claim 8,

The small laryngeal rectus muscle facing projection,

Myofascial diastolic for physiotherapeutic treatment with chiropractic and chiropractic formed in a position opposite to the user's amunity and abundance.
The method of claim 7, wherein

The stimulus projections,

A fascia diastolic device for physiotherapeutic treatment using chiropractic and cranial sacral therapy including a diastolic diaphragm that stimulates the cataract present in the base of the larynx of the user.
The method of claim 7, wherein

The stimulus projections,

A fascia diastolic for physiotherapeutic treatment with chiropractic and chiropractic that includes a rubella opposition that stimulates rubella existing in the base of the larynx of the user.
The method of claim 1,

An inclined surface is formed to support the cervical spine of the user and is connected to the fourth ventricular compression unit; And

Supporting the thoracic vertebrae of the user, further comprising a thoracic spine support connected with the riser,

The rising portion,

Fascia diastolic for physiotherapy applied to the two sacral therapy and chiropractic that increases in height away from the thoracic support.
The method of claim 12,

The thoracic spine support portion,

Myofascial diastolic for physiotherapy using cranial sacral therapy and chiropractic formed long along the user's thoracic spine to spread the user's chest.
The method of claim 13,

The thoracic spine support portion,

Myofascial diastolic device for physiotherapy using cranial sacral therapy and chiropractic, which extends to the position opposite to the thoracic spine 6 of the user.
The method of claim 12,

The rising portion and the thoracic spine support portion,

Myofascial diastolic for physiotherapeutic treatment using chiropractic and cranial sacral therapy with a spinous process accommodating groove to accommodate the spinous process of the user.
The method of claim 1,

An inclined surface is formed to support the cervical spine of the user and is connected to the fourth ventricular compression unit; And

Fascia relaxer for physical therapy applied to the two sacral therapy and chiropractic further comprising a cervical stimulation protruding portion protruding to the rise to stimulate the cervical spine of the user.
It is composed of 14 stimulus protrusions for stimulating the laryngeal muscle fibers of the base of the larynx, wherein the stimulus protrusions facing at least one of the user's small laryngeal rectus muscle, cataract, and windworm are more protruding height than other stimulus protrusions. Fascia diastolic for physiotherapy with high cranial sacral therapy and chiropractic.
An inclined portion to support the cervical spine of the user; And

Fascia diastolic device for physiotherapy applied to the two sacral therapy and chiropractic extending from the raised portion, including a hemispherical fourth ventricular compression portion protruding to support the user's laryngeal bone.
The method of claim 18,

The fourth ventricular compression unit,

The left and right two are respectively formed, the distance between the top (summit) of each of the fourth ventricular compression portion is more than 2cm, less than 10cm physiotherapeutic therapy and chiropractic applied fascia diastolic device.
Is formed to be inclined to support the cervical spine of the user, one side end is formed to be a jaw to stimulate the user's laryngeal base; And

A fascia diastolic device for physiotherapeutic therapy using chiropractic and chiropractic, comprising a thoracic supporter extending from the other end of the lift to a position opposite to the middle thoracic of the user.