KR102380480B1 - Cranio-Sacral therapy applied pillow for cervical traction - Google Patents

Abstract

The present invention relates to a pillow. According to one embodiment of the present invention, the pillow comprises: a head storage unit storing and supporting a head portion; a tilting support unit formed to be tilted to support cervical vertebrae; a side support unit formed on each of left and right sides of the tilting support unit and the head storage unit to support a side head of a user when the user lies on the user's side; a compression protrusion protruding from the head storage unit; and a bridge formed inside the head storage unit and connecting the compression protrusion and the side support unit.

Description

Cranio-Sacral therapy applied pillow for cervical traction}

The present invention relates to a pillow for applying two sacral therapy capable of cervical spine traction, and more particularly, it is possible to increase the effect of inducing cerebrospinal fluid circulation while easily changing the posture during sleep, and it relates to a pillow capable of preventing and alleviating a neck disc will be.

The human body has a 'flexion cycle in which cerebrospinal fluid is generated and the skull expands' and a 'extension cycle in which the production of cerebrospinal fluid stops and contracts'. To normalize the flow of cerebrospinal fluid circulating between the skull and the sacrum by doing this) is called two sacral therapy. Recently, pillows showing the effect of two sacrum therapy during sleep have been released, but there is a problem that the effect is limited due to the high contractility of the pillow material.

As modern people are exposed to smartphones and video devices for a long time, they maintain undesirable postures for a long time. The cervical vertebrae are composed of 7 bones, and the cartilage tissue that acts as a cushion between the cervical vertebrae to absorb shock is called a cervical disc or cervical disc. Due to the unfavorable posture, modern people are increasingly suffering from cervical disc herniation (neck disc) in which the cervical disc prolapses backward and compresses the nerve.

Therefore, there is a need for a pillow that can relieve and prevent a neck disc by guiding the position of the cervical intervertebral disc to a normal position during sleep.

The problems to be solved by the present invention are as follows.

First, it is to provide a pillow that does not reduce the cerebrospinal fluid circulation-inducing effect even when a material with good elasticity is used.

Second, it is to provide a pillow that can maintain a deep sleep by easily changing the posture during sleep.

Third, it is to provide a pillow that can induce the cervical vertebrae to the normal position of the cervical vertebrae during sleep.

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

In order to achieve the above object, the pillow according to an embodiment of the present invention, the back of the head receiving portion for accommodating and supporting the back of the head; an inclined support part formed to be inclined to support the cervical vertebrae; a side support part formed on the left and right sides of the inclined support part and the occipital part receiving part to support the user's side head when the user lies sideways; a pressing protrusion protruding from the occipital receiving part; and a bridge formed inside the occipital receiving part and connecting the pressing protrusion and the side support part.

In addition, the pillow according to an embodiment of the present invention, the back of the head receiving portion for receiving and supporting the back of the head; an inclined support part formed to be inclined to support the cervical vertebrae; a side support part formed on the left and right sides of the inclined support part and the occipital part receiving part to support the user's side head when the user lies sideways; and a bridge protruding in the transverse direction from the back of the head receiving part to be connected to the upper surface of the side support part, and increasing in height from the center of the back head receiving part to the side support part.

In addition, the pillow according to an embodiment of the present invention, the back of the head receiving portion for receiving and supporting the back of the head; an inclined support part formed to be inclined to support the cervical vertebrae; a side support part formed on the left and right sides of the inclined support part and the occipital accommodating part to support the user's side head when the user lies on his side, and an ear accommodating groove for accommodating the user's ear; And it is formed to protrude in the transverse direction to the occipital accommodating part includes a bridge dividing the occipital accommodating part in the front-rear direction.

In addition, the pillow according to an embodiment of the present invention, when arranged in the forward direction to accommodate and support the occipital region, when arranged in the reverse direction, the occipital accommodating portion for accommodating the cervical vertebrae; When disposed in the forward direction, it is formed to be inclined to support the cervical spine, and when disposed in the reverse direction, an inclined support unit for accommodating the back of the head; a side support part formed on the left and right sides of the inclined support part and the occipital accommodating part to support the user's side head when the user lies on his side, and an ear accommodating groove for accommodating the user's ear; a pressing protrusion disposed in the occipital receptacle, protruding long in the front-rear direction to stimulate the user's occipital region when arranged in the forward direction, and stimulate the cervical spine of the user when arranged in the reverse direction; and a bridge formed to protrude in the occipital accommodating part to connect the pressing protrusion and the side support part, and to stimulate the cervical vertebrae of the user when disposed in the reverse direction.

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

According to the present invention, there are the following effects.

First, it is possible to provide a pillow in which the effect of inducing cerebrospinal fluid circulation is not reduced even if a material with good elasticity is used.

Second, it is possible to provide a pillow capable of maintaining deep sleep because it is easy to change the posture during sleep.

Third, it is to provide a pillow that can induce the cervical vertebrae to the normal position of the cervical vertebrae during sleep.

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

1 is a simplified representation of the circulation of cerebrospinal fluid.
Figure 2 (a) shows the flow of cerebrospinal fluid and movement of the skull and lumbar spine during the flexion cycle, and Figure 2 (b) shows the flow of cerebrospinal fluid and the movement of the skull and lumbar spine during the extension cycle.
Figure 3 (a) shows the relaxation of the occipital region and the flow of cerebrospinal fluid during the flexion cycle, and Figure 3 (b) shows the contraction of the occipital region and the flow of cerebrospinal fluid during the extension cycle.
Figure 4 (a) is a representation of the treatment method of the fourth ventricle compression method (CV4), Figure 4 (b) is an expression of the operation method of the fourth ventricle expansion method (EV4).
5 is a front view of a pillow according to an embodiment of the present invention.
6 is a perspective view of a pillow according to an embodiment of the present invention.
7 is a view from the center of the pillow according to an embodiment of the present invention.
8 is a front view of a pillow according to an embodiment of the present invention.
9 is a rear view of a pillow according to an embodiment of the present invention.
10 is a right side view of a pillow according to an embodiment of the present invention.
11 is a view showing the stimulation portion when the pillow according to an embodiment of the present invention is arranged in the reverse direction.
12 shows an example of using a cross-sectional view arranged in a forward direction according to an embodiment of the present invention.
13 shows an example of using a cross-sectional view arranged in a reverse direction according to an embodiment of the present invention.
Fig. 14 is a 3D representation of Fig. 6;
15 is a representation of FIG. 6 with 3D graphics and lines.
FIG. 16 is a representation of FIG. 7 with 3D graphics and lines.

Advantages and features of the present invention, and a method for achieving them will become 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 different forms, and only these embodiments allow the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention belongs It is provided to fully inform the possessor of the scope of the invention, and the present invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout.

The direction expressed in the drawings of the present invention is the front, the crown direction, and the rear, the cervical spine direction, based on the case where the user lies down. The names expressed in the present invention are indicated based on the case where the user lies down according to the above directions. However, the user may change the front-back direction of the pillow and use it, and even in that case, the technical idea of the present invention is applied as it is, so the name should not be limited. Specific details due to the change in the direction of use will be described later.

Hereinafter, the present invention will be described with reference to the drawings.

1 is a simplified representation of the circulation of cerebrospinal fluid. Figure 2 (a) shows the flow of cerebrospinal fluid and the movement of the skull and lumbar spine during the flexion cycle, and Figure 2 (b) shows the flow of the cerebrospinal fluid and the movement of the skull and lumbar spine during the extension cycle. Figure 3 (a) shows the relaxation of the occipital region and the flow of cerebrospinal fluid during the flexion cycle, and Figure 3 (b) shows the contraction of the occipital region and the flow of cerebrospinal fluid during the extension cycle. Figure 4 (a) is a representation of the treatment method of the fourth ventricle compression method (CV4), Figure 4 (b) is an expression of the treatment method of the fourth ventricle expansion method (EV4).

1 to 4, the parietal bone 51 (parietal bone) is a rectangular flat bone that covers the back of the cranium containing the brain. Both parietal bones (51) are two and protrude outward, respectively. The two parietal bones (51) are in contact with the sagittal suture (56). The parietal bone 51 is connected to the occipital bone 53 with a factor suture 55 . The temporal bone 52 is disposed in the temporal region. The skull 45 is a flexible tissue that contracts during the flexion cycle and expands during the extension cycle. With the structure as described above, the skull 45 can repeat contraction and relaxation. Two sacral rhythm (Craniosacral rhythm) contains information about stress or immunity. The movement of the two sacrum of a healthy person is very stable with 8-12 cycles of flexion and extension.

Flexion, expansion corresponds to expansion or expansion. The two sacral rhythms can be detected by hand. The feeling of flexion transmitted to the hand can be understood as a 'swelling feeling' or 'a feeling of widening as the whole body rotates outward', and is also called 'external rotation'.

Extension (compression) is the opposite concept or opposite feeling to flexion. Extension can be understood as contraction. A temple can be understood as a 'feeling of being sucked deep'. The temple is sometimes described as a feeling of narrowing as the whole body rotates inward. The temple is also called 'inner rotation'.

The two sacrum movement cycle consists of two processes: 'flexion' and 'extension' or 'extension' and 'contraction'. The 'neutral point' between flexion and extension. The human body is placed in a state of 'relaxation' in which tension is released with the feeling of being stopped at a neutral point. The period of flexion and extension is constant and preferably the same. If the cycles of flexion and extension are different or inconsistent, abnormal phenomena may occur in the body.

The flexion cycle and extension cycle are caused by the circulation of cerebrospinal fluid (CSF). Cerebrospinal fluid is produced in the ventricle. The ventricle refers to the space inside the human brain and is surrounded by the ventricle membrane. The ventricle has three of the lateral ventricle, the third ventricle, the fourth ventricle (60). The lateral ventricle has two left and right, the third ventricle and the fourth ventricle 60 are each one by one, and all four ventricles constitute the ventricular system.

Among the two sacrum therapy, the CV4 and EV4 techniques are called CV4 and EV4 techniques to generate steel points by applying the technique to the occipital part of the recipient.

The fourth ventricular compression method, that is, the CV4 technique (4th Ventricular Compression Variation, CV-4 Technique) is a method of compressing both sides of the occipital protuberance (54) of the occipital region. CV4 refers to compression or narrowing of the ventricles as a method for stillpoint palpation.

The CV4 technique reduces the ability of the larynx to affect pressure changes in the spinal cord by inducing a still point by resisting the rhythm in the flexion cycle. Thus, the pressure of the spine within the skull 45 is increased and the cerebrospinal fluid is diverted into all other possible pathways. Because of this, the CV4 technique promotes and exchanges the movement of cerebrospinal fluid.

The fourth ventricle expansion method, that is, the EV4 technique (Expansion of 4th Ventricle) is a method of inducing a still point in the extension cycle. The fourth ventricle dilatation method is a method of pressing the external occipital protuberance 54 of the occipital region. The external occipital protuberance 54 (external occipital protuberance) is the most protruding part in the middle of the large occipital ridge (squama) occupying the back of the occipital bone (53). EV4 corresponds to the extension cycle and expands the fourth ventricle 60 within the skull 45 by resisting the protrusion of the external occipital protrusion 54 with a finger through internal rotation through compression.

The fourth ventricle compression method and / or the fourth ventricle expansion method through the movement of the entire two sacral system is lost and is in a completely stopped state. This is called a still-point. Steel point is made semi-forced by compression and / or expansion of the fourth ventricle (60).

The two sacral systems may exhibit convulsions or beatings or shaking movements, and when resistance is attempted by compression and / or expansion of the fourth ventricle (60), the activity of the two sacral systems is eventually temporarily stopped. At this point, a still point occurred.

During the still point process, the body begins to relax. From then on, the pain in the front gradually disappears. And the sacroiliac somatic dysfunction in the lower back and pelvis begins to be corrected naturally. Subsequently, the recipient's breathing is also stabilized and the tense muscles begin to relax. These stillpoints last from a few seconds as short as a few minutes to as long as a few minutes. When the still point phenomenon is over, the movement of the two sacral systems starts again. In general observation, a symmetrical and increased amplitude of motion is detected. After the steel point is finished, the activity of the two sacral systems is improved and the movement is restored symmetrically. Steel Point is effective in smoothly regulating the activity of the two sacral systems.

5 is a front view of a pillow according to an embodiment of the present invention. 6 is a perspective view of a pillow according to an embodiment of the present invention.

5 to 6, the pillow according to an embodiment of the present invention, the back of the head receiving portion 200 for accommodating and supporting the back of the head; The inclined support part 100 is formed to be inclined to support the cervical vertebrae; a side support part 300 formed on the left and right sides of the inclined support part 100 and the back of the head receiving part 200 to support the user's side head when the user lies sideways; a pressing protrusion 230 protruding from the occipital receiving part 200; and a bridge 250 that is formed inside the occipital receiving part 200 and connects the pressing protrusion 230 and the side support part 300 . The occipital accommodating part 200 accommodates the occipital region. The back of the head receiving part 200 forms a groove to accommodate the back of the head. The occipital receiving part 200 is formed in the center of the front-rear direction. The occipital receiving part 200 is formed in the front.

The inclined support part 100 is formed in the rear of the back of the head receiving part 200 . The inclined support unit 100 fixes and supports the user's cervical vertebrae. The inclined support unit 100 fixes and supports the user's neck. A long groove is formed in the center of the inclined support unit 100 to accommodate the spinous bone projections of the cervical vertebrae. At the center of the inclined support part 100, a long spine protrusion receiving groove 130 is formed in the front-rear direction. The cervical support protrusion 110 is formed in the inclined support part 100 . The cervical spine support protrusion 110 stimulates the user's neck muscles to relax the muscles.

A ridge line 150 is formed between the inclined support part 100 and the occipital part receiving part 200 . The ridge line 150 is formed long left and right to connect the side support parts 300 to be described later with each other. The user's occipital part is positioned in front of the ridgeline 150 , and the user's neck muscle and the user's cervical spine are positioned in the rear of the ridgeline 150 . The ridge line 150 forms a boundary between the back of the head receiving part 200 and the inclined support part 100 . Based on the ridge line 150, the inclined support part 100 is lowered toward the rear, and the occipital receiving part 200 is lowered toward the front. The ridge line 150 lifts between the user's cervical vertebrae and the back of the head to relax the user's cervical vertebrae.

7 is a view from the center of the pillow according to an embodiment of the present invention. 8 is a front view of a pillow according to an embodiment of the present invention. 9 is a rear view of a pillow according to an embodiment of the present invention. 10 is a right side view of a pillow according to an embodiment of the present invention.

7 to 10 , the pressing protrusion 230 is elongated in the front-rear direction, and the bridge is elongated in the left-right direction. The pressing protrusion 230 is disposed long in the front-rear direction at a position facing both sides of the user's external occipital protrusion. In the center of the occipital accommodating part 200, an external laryngeal ridge accommodating groove 210, which is a groove formed long in the front-rear direction, is formed.

The external laryngeal protrusion accommodating groove 210 accommodates the user's external laryngeal protrusion. On the left and right sides of the external laryngeal protrusion accommodating groove 210, a pressing protrusion 230 formed long in the front-rear direction is formed.

The pressing protrusion 230 protrudes upward. The pressing protrusion 230 presses the fourth ventricle around the user's external occipital ridge. The pressure applied by the compression projection 230 to the fourth ventricle increases due to the external laryngeal protrusion receiving groove 210 . Because the external laryngeal ridge receiving portion accommodates the external occipital ridge, the contact area between the pressing protrusion 230 and the fourth ventricle is widened. The pressing protrusion 230 guides the steel point.

The bridge 250 is formed in the occipital receiving part 200 . The bridge 250 is connected to the pressing protrusion 230 . The bridge 250 is formed in the left and right directions from the approximately center of the occipital receiving part 200 .

The bridge 250 is formed long in the transverse direction, and is connected to the front-rear center of the pressing protrusion 230 . The pressing protrusion 230 is formed in the front-rear direction, and the bridge 250 is formed in the left-right direction so that the pressing projection 230 and the bridge 250 are in contact with each other.

The bridge 250 is formed long in the lateral direction, and one side is connected to the upper surface of the side support part 300 and the other side is connected to the upper surface of the pressing protrusion 230 . The bridge 250 is formed in a 'ㅓ' or 'L' shape. The bridge 250 connects the pressing protrusions 230 formed long in the front-rear direction to the side support portions 300 formed on the side surfaces.

The side support unit 300 is formed on the left and right sides, respectively, and a concave bone receiving groove 330 for accommodating the user's cheekbones is formed at the end of the side support unit 300 . The side support part 300 is formed on the left and right with the back of the head receiving part 200 and the inclined support part 100 as the center. Users can lie on their side while sleeping. The side support unit 300 supports the user's side head.

The side support unit 300 is connected to the bridge 250 on one side of the upper side, and a concave bone receiving groove 330 for accommodating the user's cheekbones is formed on the other side of the upper side. When the user lies down, the user's cheekbones are located in the bone receiving groove (330). Bone receiving groove 330 is formed at the left and right ends of the side support portion 300, respectively. The side support part 300 is a groove formed among the protruding portions connecting the front and the rear at the upper end. The bone accommodating groove 330 is a groove formed to accommodate the user's cheekbones and gradually increases in height from the center of the bone accommodating groove 330 to the front and rear.

Between the bridge 250 and the bone receiving groove 330, an ear receiving groove 310 in which the user's ear is accommodated is formed. The ear receiving groove 310 is to accommodate the ear when the user lies down, and spreads the pressure concentrated on the ear by expanding the contact area with the side head.

The upper surface of the compression protrusion 230 and the upper surface of the bridge 250 form a curved surface that increases in height toward the bone receiving groove 330 .

The bridge 250 connects the upper surface of the pressing protrusion 230 and the upper surface of the side support part 300 , and increases in height toward the side support part 300 . The bridge 250 connects the upper surface of the pressing protrusion 230 and the upper surface of the side support part 300 and is inclined. The bridge 250 smoothly connects the pressing protrusion 230 and the side support part 300 . When a height difference occurs between the pressing protrusion 230 and the side support part 300 , the user may feel uncomfortable in changing his/her posture while sleeping. The bridge 250 gently raises the path from the pressing protrusion 230 to the side support part 300 .

The pressing protrusion 230 is disposed in a position to press the user's fourth ventricle. The bridge 250 improves the bearing capacity of the pressing protrusion 230 . When the material of the pillow has a high amount of contraction, the weight of the back of the head contracts the compression protrusion 230 , so that the function of the compression protrusion 230 may be reduced. Since the bridge 250 limits the amount of contraction of the compression projection 230, the pressure applied by the compression projection 230 to the fourth ventricle is maintained.

Pillow according to an embodiment of the present invention, the back of the head receiving portion 200 for accommodating and supporting the back of the head; The inclined support part 100 is formed to be inclined to support the cervical vertebrae; a side support part 300 formed on the left and right sides of the inclined support part 100 and the back of the head receiving part 200 to support the user's side head when the user lies sideways; and a bridge 250 that protrudes in the transverse direction to the occipital accommodating part 200 and is connected to the upper surface of the side support 300, and increases in height from the center of the occipital accommodating part 200 to the side support 300. do. The bridge 250 has a gentle inclination of the side support part 300 and the pressing protrusion 230 . Accordingly, the user can easily change his/her posture while sleeping.

Pillow according to an embodiment of the present invention, the back of the head receiving portion 200 for accommodating and supporting the back of the head; The inclined support part 100 is formed to be inclined to support the cervical vertebrae; The side support part 300 is formed on the left and right sides of the inclined support part 100 and the occipital accommodating part 200, respectively, to support the user's side head when the user lies on his side, and an ear receiving groove 310 for accommodating the user's ear is formed. ); And it is formed to protrude in the occipital accommodating part 200 in the transverse direction and includes a bridge 250 dividing the occipital accommodating part 200 in the front-rear direction.

The bridge 250 is formed at a position that divides the occipital receiving part 200 in the front-rear direction. The bridge 250 is formed at a position facing the center of the back of the head. The bridge 250 is connected to the center of the front-back direction of the pressing protrusion 230 so as to maximize the limitation of the amount of contraction of the pressing protrusion 230 . The bridge 250 connects the center of the back of the head and the side support part 300 so that even if the back of the head rotates or moves in the lateral direction, the movement path forms a gentle slope.

Pillow according to an embodiment of the present invention, when arranged in the forward direction to accommodate and support the occipital region, when arranged in the reverse direction, the occipital accommodating portion 200 for accommodating the cervical vertebrae; When disposed in the forward direction, it is formed to be inclined to support the cervical spine, and when disposed in the reverse direction, the inclined support unit 100 for accommodating the back of the head; The side support part 300 formed on the left and right sides of the inclined support part 100 and the back of the head receiving part 200 to support the user's side head when the user lies on his side, and an ear receiving groove for accommodating the user's ear; It is disposed in the occipital receptacle 200, and stimulates the user's occipital region when disposed in the forward direction, and protrudes long in the front and rear direction to pull the user's cervical vertebrae when disposed in the reverse direction; and a bridge 250 formed to protrude from the occipital accommodating part 200 to connect the pressing protrusion 230 and the side support part 300, and to pull the user's cervical vertebrae in the reverse direction when disposed in the reverse direction.

The forward direction is a case in which the user's crown faces forward, and the reverse direction is a case in which the user's crown faces backward.

12 shows an example of using a cross-sectional view arranged in a forward direction according to an embodiment of the present invention. 13 shows an example of using a cross-sectional view arranged in a reverse direction according to an embodiment of the present invention.

12 to 13, the function of the inclined support part 100 and the back of the head receiving part 200 defined in the present invention is exchanged when the user changes the front and rear of the pillow.

The bridge 250 suppresses the contraction of the pillow due to the weight of the user's neck and cervical vertebrae to maintain stimulating force for the neck and cervical vertebrae. The bridge 250 allows the neck and cervical vertebrae to move naturally to the side support part 300 when the user lies on their side, so that the movement path forms a gentle slope. Accordingly, the function of the bridge 250 is maintained.

When the direction of use is the forward direction, the ridgeline 150 supports the cervical vertebrae 1 or the cervical vertebrae 2. When the direction of use is the reverse direction, the ridge line 150 supports the lower part of the occipital bone higher than the first cervical vertebra. When arranged in the reverse direction, the bridge 250 is formed at a position that stimulates at least one point of the cervical vertebrae 4 to 6.

When disposed in the forward direction, the ridge line 150 is formed at a position to support the cervical vertebrae 1 or the cervical vertebrae 2. When arranged in the reverse direction, the ridge line 150 is formed at a position that supports the lower part of the occipital bone, which is higher than the first cervical vertebra.

When disposed in the forward direction, the bridge 250 facilitates the movement of the occipital part in the direction of the side support part 300 , and reduces the amount of contraction of the pressing protrusion 230 .

When arranged in the reverse direction, that is, when the user changes the front-back direction of the pillow, the back of the head receiving unit 200 supports the cervical spine, and the inclined support unit 100 supports and accommodates the back of the head.

When arranged in the reverse direction, the bridge 250 has an effect of stimulating the user's cervical vertebrae in the left and right directions. The bridge 250 relaxes the cervical vertebrae in the front-rear direction between the upper cervical vertebrae and the lower cervical vertebrae. The bridge 250 may stimulate the fourth cervical vertebrae to the sixth cervical vertebrae. Since the bridge 250 is formed to protrude long in the lateral direction, an effect of pulling the upper cervical vertebrae and the lower cervical vertebrae in opposite directions with respect to the bridge 250 is generated. The bridge 250 generates a traction force in the cervical spine. The bridge 250 reduces the amount of shrinkage (Shrinkage) of the pressing protrusion 230 formed on the pillow. The bridge 250 strengthens the cervical spine stimulation force due to the compression protrusion 230 . The bridge 250 strengthens the support force of the pressing protrusion. The bridge 250 maintains the shape of the pressing protrusion.

The bridge 250 stably fixes the cervical vertebrae surrounding muscles (neck muscles) in the lateral direction. The bridge 250 presses the cervical vertebrae surrounding muscles (neck muscles) in the lateral direction. By relaxing the neck muscles, the stiffness and stiffness of the back neck and shoulder muscles can be relieved. The bridge 250 pulls the neck muscles and the intervertebral disc in an anterior and posterior direction. The bridge 250 relieves cervical disc herniation by traction of the neck muscles and the intervertebral disc. The bridge 250 allows the cervical vertebrae to easily move in the direction of the side support part 300 .

1(정방향일때의 후두부와 경추의 각도)는

2(역방향일때의 후두부와 경추의 각도)보다 크다. 즉 정방향일때는 후두부와 경추의 각도가 완만하여 편안한 수면이 가능하다. 또한 압박돌기로 인해 뇌척수액 순환이 유도된다. 이러한 조건은 한방중에 깊은 수면을 가능하게 한다. 반대로, 역방향일때는 후두부와 경추간 각도가 작다. 후두부는 쉽게 능선에 걸린다. 후두부의 무게로 인해, 경추의 견인력은 역방향일 때가 정방향일때보다 크다.

1 (the angle between the occipital region and the cervical spine in the forward direction) is

It is greater than 2 (the angle between the occipital and cervical spine when in reverse). In other words, in the forward direction, the angle of the occipital region and cervical spine is gentle and comfortable sleep is possible. The compression process also induces cerebrospinal fluid circulation. These conditions enable deep sleep during oriental medicine. Conversely, in the reverse direction, the angle between the occipital region and the cervical spine is small. The occipital part is easily caught on the ridge. Due to the weight of the occipital region, the traction force of the cervical spine is greater in the reverse direction than in the forward direction.

In addition, in the case of the reverse direction, the user's back of the head is further away from the shoulder, so that the traction force for the cervical spine is increased. Therefore, the user's cervical spine is more relaxed. When taking a nap, the user can use the pillow by changing the forward and backward directions. The user can choose a method of increasing traction for the cervical spine during short sleep.

Fig. 14 is a 3D representation of Fig. 6; 15 is a representation of FIG. 6 with 3D graphics and lines. Figure 16 is a representation of Figure 7 with 3D graphics and lines.

14 to 16 are the same as those shown in FIGS. 5 to 10 as attached so that the present invention can be more easily understood.

In the above, preferred embodiments of the present invention have been illustrated and described, but the present invention is not limited to the specific embodiments described above, and in the technical field to which the present invention pertains without departing from the gist of the present invention as claimed in the claims. Various modifications may be made by those of ordinary skill in the art, and these modifications should not be individually understood from the technical spirit or perspective of the present invention.

100: inclined support part
110: cervical spine support process
130: spinous bone process receiving groove
150: ridge
200: occipital receptor
210: external laryngeal protrusion receiving groove
230: pressure projection
250: bridge
300: side support
310: ear receiving home
330: bone receiving groove

Claims (19)

When placed in the forward direction to accommodate and support the occipital region, when arranged in the reverse direction to accommodate the cervical vertebrae receiving portion;
When disposed in the forward direction, it is formed to be inclined to support the cervical spine, and when disposed in the reverse direction, an inclined support unit for accommodating the back of the head;
a side support part formed on the left and right sides of the inclined support part and the occipital accommodating part to support the user's side head when the user lies on his side, and an ear accommodating groove for accommodating the user's ear;
a pressing protrusion disposed in the occipital receptacle and protruding long in the front and rear directions to stimulate the occipital region of the user when arranged in the forward direction, and to pull the user's cervical vertebrae when arranged in the reverse direction; and
A pillow comprising a bridge formed to protrude in the occipital accommodating part to connect the pressing protrusion and the side support part, and to pull the user's cervical vertebrae in the reverse direction when disposed in the reverse direction. The method of claim 1,
When arranged in the reverse direction, the bridge is a pillow formed at a position that stimulates at least one point of the cervical vertebrae 4 to 6. The method of claim 1,
A protruding ridge line is formed between the inclined support part and the occipital part receiving part,
When disposed in the forward direction, the ridgeline is a pillow formed in a position to support the cervical vertebrae 1 or the cervical vertebrae 2. The method of claim 1,
A protruding ridge line is formed between the inclined support part and the occipital part receiving part,
When arranged in the reverse direction, the ridgeline is a pillow formed at a position to support the lower part of the occipital bone, which is higher than the first cervical vertebra. delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete

Images