KR101684211B1

KR101684211B1 - pillow for sound sleep

Info

Publication number: KR101684211B1
Application number: KR1020160007095A
Authority: KR
Inventors: 안준용
Original assignee: 안준용
Priority date: 2016-01-20
Filing date: 2016-01-20
Publication date: 2016-12-07
Also published as: WO2017126915A1

Abstract

The present invention relates to a sleeping pillow capable of taking a good sleep by inducing the free movement of the occipital bone when the contraction and relaxation of the occipital bone is performed using natural and medical principles in which each part of the skull is contracted or relaxed according to breathing The base includes a base having an arc-shaped ground surface curved in contact with the ground surface. The base includes a base which is seated on an upper portion of the base and is capable of flowing toward one side and the other side, A link member fixed to the upper portion of the base and restricting a flow range of the fluid, and a link member fixed to the upper portion of the fluid to support the head of the user, The head cradle being provided so as to be inclined according to the tilt of the neck cervical vertebra, , The nerves of the larynx can be freely moved in response to the expansion and contraction of the skull when the cerebrospinal fluid circulates by the respiration. It allows rhythmic movements, minimizes occipital compression, and allows the cerebrospinal fluid to circulate normally during sleep or before sleep to take a good night's sleep.

Description

A pillow for sound sleep, which induces free movement of the larynx during sleep and flow of CSF,

The present invention relates to a sleeping pillow for inducing a smooth flow of cerebrospinal fluid during sleep and for obtaining a high quality sleeping surface. The present invention relates to a sleeping pillow, which uses a natural and medical principle in which each part of a skull contracts or relaxes according to breathing, The present invention relates to a sleeping pillow which can induce a free movement of the occipital bone in a self-sustaining manner and take a good sleep when relaxation is achieved.

If you put in a word that is necessary for a person to be healthy, it will be a biological balance. If we say that the state is not over or under balance, the human body does not want to do too much, nor want to do anything too good. This effort for balance is constantly taking place internally in the human body, which can be called the homeostasis of the living body. Relevant efforts will be the mystery of the human being that it is not that the balance is in a state of complete halt, but that it tries to maintain a balanced state by repeating a little more or a little less for the balance.

Respiration to humans is essential for survival, but in other respects it is also a driving force to make internal efforts to balance the body.

This breathing lasts even during sleep, and the force generated by the movement of the breath produces the flow of CSF, which flows along the brain and spinal cord, creating a constant movement of the skull based on its pressure and volume.

In particular, the movement of the sciatic nerves during the movement of the skull shows a tendency to contract up and down with the respiration. When the respiration is over in the womb (lying position), the lower part of the occipital bone goes up and the upper part comes down, At rest, the lower part of the occipital bone is lowered and the upper part is raised, and the movement of the skull due to this breathing is naturally occurring, medically related to the flow of cerebrospinal fluid.

Cerebrospinal fluid circulation plays a very important role in the human body. The movement of this aspect occurs constantly while being breathed. If cerebrospinal fluid is not properly circulated, it may be difficult to fall asleep, cause anxiety and sleep disorder, and the nerve itself may also have a detrimental effect on cushioning, nutrients, and hormone supply, resulting in chronic fatigue, , And muscle stiffness.

Especially, it is more important for the modern people to relieve the fatigue accumulated through sleeping and to fill the new vitality because of the severe stress and mental and physical fatigue caused by various causes.

Recently, various functional pillows for sleeping have been proposed. Pillows that can not support your neck and head when you are lying down are uncomfortable, and pillows that are replaced by natural latex, natural rubber, and urethane fibers are popular.

However, such a functional pillow simply serves to support the larynx and cervical vertebrae, but does not adequately respond to body movements due to breathing during sleep. That is, the conventional pillows known in the art have been developed without considering the cushion feeling, the height of the pillow, or considering the problem of the fixed shape of the cervical vertebrae, It is difficult to induce a meaningful sleep, and rather it interrupts the flow of cerebrospinal fluid.

A person's sleep time is about one third of his or her life. If the time can be used as a time for comfortable breathing and a pillow that understands its breathing, it can be used as a time to balance the human body and improve the quality of sleep, it can fully recharge for the remaining 2/3 hours of life. Of course, breathing persists in 2/3 of the time, but in daily life, it is difficult to relax breathing due to a lot of movement of the body depending on various wills. Therefore, it is effective to induce improvement of cerebrospinal fluid flow There is a need for a way to cooperate and improve the sleeping environment without interrupting the sleeping environment.

KR 100771895 B1 KR 101547263 B1

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a cervical vertebroplasty device, The present invention provides a sleeping pillow which can induce rhythmical movement of the larynx during sleep while minimizing compression of the occipital lobe and can circulate the cerebrospinal fluid normally during sleep or before sleep. There is a purpose.

Technical Solution In order to accomplish the above object, the present invention provides, as a technical idea, a base comprising: a base provided with an arc-shaped ground surface having a curved upper surface in contact with a ground surface; A link member for fixing the fluid to the upper portion of the base and limiting a flow range of the fluid, and a supporting member for supporting the head of the user, And a headrest which is fixed to the upper portion of the fluid and is inclined according to the flow of the fluid, so that a headrest supporting the larynx in accordance with the relaxation operation of the frontal bone and the occipital bone during breathing during sleeping, And the free motion is guided in a certain pattern while inclining the direction.

According to the sleeping pillow which induces the free movement of the larynx during sleep, when the cerebrospinal fluid is circulated by the pressure caused by the breath of the person sleeping, movement of the cerebrospinal fluid occurs, thereby causing swelling and contraction of the skull. , The head support supporting the larynx is flexibly moved forward and backward according to the contractive action, so that the pressure on the occiput is minimized and lead micturized movement is performed, so that it is possible to feel the stability when sleeping.

In addition, since the active movement of the frontal bone and occipital bone is possible during sleep, the circulatory movement of the cerebrospinal fluid is improved, and the activation of the parasympathetic nerve leads to the stabilization of the brain waves.

1 is an external perspective view of a sleeping pillow according to an embodiment of the present invention;
Fig. 2 is a side view of the sleeping pillow of the present invention
3 and 4 are side structural drawings according to still another embodiment of the sleeping pillow of the present invention
5 to 7 are perspective views showing still another embodiment of the headrest according to the present invention.
8 is a perspective view showing a state in which the cushion member is further provided on the sleeping pillow of the present invention

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the sleeping pillow according to the present invention includes a base 100 in contact with the ground, a fluid 200 that is seated on the base 100 and flows according to the movement of the center of gravity, A link member 300 for fixing to the upper portion of the base, and a head rest 400 fixed to the upper portion of the fluid body, so that the pillow can be freely moved in accordance with the respiration when the user is sleeping .

Here, the base 100, the fluid 200, and the head pedestal 400 are made of urethane, latex, memory foam, and the like, which support the larynx while being deformed by a pressure appropriate to the user's head load, , Sponge, etc., or a stretchable functional material synthesized from these materials. The base and the fluid may be made of a hard material having a relatively low elasticity than the headrest.

The base 100 may be formed in a flat shape so as to be horizontally laid on the floor so as to be in contact with the ground surface. The upper surface of the base is a curved arc shape protruding upward, .

The base may be formed to have a length corresponding to the left and right widths of the head size of the user. The ground plane 120 formed on the base may be formed in a state in which the fluid body 200 is seated on the upper portion of the base, , So as to flow in the rear direction.

At this time, the shape of the ground plane 120 may be semicircular or semi-elliptical in longitudinal section.

The liquid 200 is placed on the upper part of the base and flows in accordance with the movement of the center of gravity when the center of gravity moves as the user breathe. Another ground plane 220 may be provided in a shape corresponding to the formed ground plane 120.

In order that the ground plane 220 of the fluid 200 is symmetric with respect to the base contact surface so that the fluid 100 can flow, the ground plane contacting the base 100 and the fluid 200 is a semicircular longitudinal plane As shown in FIG.

That is, the fluid 200 is provided so as to correspond to the left and right widths of the base, and is configured to be tilted forward and backward while the fluid is seated on the upper portion of the base. In one embodiment of the fluid, The curved shape of the ground surface formed on the lower portion of the fluid body may move along the ground plane of the base so that the head pedestal 400 may be inclined forward or backward.

At this time, if the ground plane curvatures of the base and the fluid body are made different from each other, it is possible to design various widths for varying the height of the head pedestal and varying widths of the inclination of the head pedestal.

That is, if the curvature of the ground surface of the fluid is formed to be relatively larger than the curvature of the ground surface of the base, when the free motion of the larynx during sleeping is performed, the width at which the inclination is variable is greater than the width at which the height of the head- can do.

On the other hand, the fluid 200 is fixed on the base by the link member 300, and the range of the flow of the fluid by the link member may be limited.

As shown in FIGS. 1 and 2, the link member 300 may enclose the base 100 and the fluid 200 with the envelope 320 so that the fluid is fixed to the base and the flow range of the fluid is limited. And the material of the sheath 320 is preferably made of fabric or leather which is not very stretchable so that the fluid is finely moved in a state of being fixed to the sheath.

That is, when the breathing is performed during the sleep, the relaxation of the frontal bone and the occipital bone is performed very finely. When the center of gravity is moved in accordance with the relaxing action, And this shell can be fixed to the base and the fluid body by means of a bar or the like.

3 and 4, the link member 300 may be formed by connecting the base 100 and the fluid 200 directly to each other by a connecting member 340 to form a predetermined range (for example, The fluid 200 may flow backward and forward.

In addition, the fluid 200 may be mounted vertically above the center axis of the base 100, or may be fixed so as to be seated in a position eccentric to the front or rear side.

In other words, the fluid 200 can be mounted at an angle to one side rather than being positioned directly above the center axis of the base. At this time, the angle of inclination is equal to an angle that coincides with the direction in which the load is transmitted from the back of the user .

In other words, when the user is lying down, the head is bent with the upper and lower radii around the neck, so that the load does not act directly under the head with the head resting on the head, but acts at a slightly inclined angle. The load can be uniformly distributed without locally concentrated on any part of the base or the fluid body when the head load is transmitted to the head pedestal and the fluid body and the base by setting the angle at which the fluid body is mounted on the base.

On the other hand, the head rest 400 supporting the user's larynx is for resting the entire larynx including the occipital bone of the user and the neck, and may be provided to induce a correct sleeping posture.

For this purpose, the pad may be formed as a flat pad having a predetermined height, and the upper surface of the pad may be designed to have various protruding shapes and heights so as to be in close contact with the user's larynx.

When the center of gravity of the load transmitted to the head pedestal moves, the head pedestal is inclined according to the flow of the fluid, and the head pedestal 400 is fixed to the upper part of the fluid body 200, So that the free motion can be performed.

In addition, the headrest 400 may be provided with a backrest 450 for supporting the back of the user so as to sensitively correspond to the movement of the center of gravity due to the user's breathing.

That is, when the user breathes when breathing during sleep, when the user breathe, the lower part of the larynx is lowered while the chest is heard. On the other hand, when the user breathe, the lower part of the larynx is lifted up as the chest descends. The backrest 450 can support the back so that the headrest 400 can be more sensitively operated when the user breathe, since the tilt adjustment is performed in a state in which the headrest 400 is in contact with a larger area of the user's body.

At this time, the head pedestal 400 has a longer portion where the back support part 450 is formed with the fluid being centered, so that the load of the laryngeal portion where the load is relatively large is distributed, So as to be more flexible.

In addition, the head rest 400 can prevent the laryngeal part from being pressed from the upper part of the occipital bone, that is, the top part of the back of the user when supporting the larynx of the user, so that the free movement of the larynx can be more actively performed. 7 or FIG. 8, when the lid is placed on the head restraint and the head restraint is made of a cushioning material, even if the larynx is stretched or contracted, Since the upper part is not pressed at all, the movement is free and is not restricted.

In addition, the head rest 400 may be provided with a protrusion 420 for pressing the larynx of the user in left and right symmetry.

The protrusions 420 constitute a pair of protrusions for pressing both sides of the occipital bone at a region where the upper side of the occipital bone is seated and a pair of protrusions for pressing both sides of the region where the lower side of the occipital bone is seated, When the head restraint is tilted toward the one side or the other side by breathing during sleep, the larynx is pressed by the protrusion, and the effect of acupressure and the movement of the center of gravity are enabled.

The size and shape of the headrest can be customized according to the shape of the user's body. In particular, the protrusion 420 may be provided at various positions according to the shape and size of the user's head, and the backrest can be adjusted in length depending on the age or height of the user.

In addition, the headrest 400 may include an elastic block 440 to perform a cushion function.

As described above, the elastic block may be made of urethane, latex, memory foam, sponge or the like having a predetermined elastic restoring force.

As shown in FIG. 6, when the elastic blocks having different elastic moduli are repeatedly joined together, when the head pedestal 400 is tilted relative to the relaxation operation of the frontal and occipital bones, the load is efficiently dispersed throughout the head pedestal So as to allow the user to move more flexibly so as to further induce free movement of the larynx during sleeping.

In addition, when the elastic blocks having different elastic moduli are repeatedly joined together, the portions to which the elastic blocks 440 are correspondingly joined are correspondingly joined to the obliquely inclined surfaces as shown in FIG. 7, It is possible to move more flexibly when the head restraint is inclined according to the weight or the expansion and contraction action in the state where the larynx is placed on the pedestal 400 and the load is transmitted differently according to the portion where the load is applied and the height It is possible to naturally perform the stretching action of the head restraint.

Meanwhile, a cushion member 500 may be provided outside the head support 400 to support the head when the head is moved by the user's backlash.

The cushion member 500 is provided to reduce the load on the shoulder of the user and to reduce the burden on the user. The cushion member 500 can reliably support the head and prevent the pillow from being separated from the body by turning it backward.

The height of the cushion member 500 may be the same as the height of the head pedestal 400 or relatively higher than the height of the head pedestal 400. If the user is lying in the correct posture and the head height changes significantly The upper surface of the cushion member may be positioned higher than the upper surface of the head support so as to induce a proper sleeping posture of the user.

The upper surface of the cushion member 500 is positioned horizontally with the upper surface of the head pedestal 400 and the cushion member 500 is positioned at a lower position than the elasticity in a state where the base 100, Even if the member 500 is made of a material having a low elasticity, it is possible to guide the user's head to be positioned at the center, and it is possible to induce a correct sleeping posture of the user as described above.

In addition, the cushion member 500 may be formed with an inner portion 510 to prevent the larynx from being hooked when the head pedestal 400 flows by the free movement of the larynx as shown in FIG.

Therefore, when the user's larynx is moved during sleep, the upper part of the occipital bone, that is, the portion extending from the crown to the larynx, is not pressed at all, so that the free movement of the larynx becomes more active.

100: Base 120: Ground plane
200: Fluid 220: Ground plane
300: link member 320: sheath
340: connecting member
400: Headrest 410: Inner part
420: protrusion 440: elastic block
450:
500: Cushion member 510: Inner part

Claims

A base (100) having a ground surface (120) in contact with the ground and having a curved upper surface;
A cylindrical fluid body 200 mounted on the base and having a curved arc-shaped ground plane 220 corresponding to the ground plane so as to be able to flow toward one side and the other side while riding on the ground plane with respect to the center of gravity;
A link member (300) for fixing the fluid to an upper portion of the base and limiting a flow range of the fluid;
A headrest (400) fixed to the upper portion of the fluid body to support the head of the user and inclined according to the flow of the fluid body;
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The base 100 and the fluid 200 are formed in a semicircular longitudinal cross-section, and the curvature of the ground surface of the fluid is formed to be relatively larger than the curvature of the ground surface of the base. 100 and the fluid 200 are wrapped around the envelope 320 and are long in the horizontal direction in the lower end of the head pedestal,
The head restraint supporting the larynx is repeatedly tilted forward and backward in accordance with the relaxation operation of the frontal bone and the occipital bone at the time of breathing during sleep to minimize the compression of the larynx and ensure the stability of the sleep. Sleep pillow to induce exercise.

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The method according to claim 1,
The backrest 400 includes a backrest 450 supporting the back of the user so as to sensitively respond to the movement of the center of gravity of the user due to respiration and a protrusion 420 for pressing the user's larynx on the left and right sides, An inserting portion 410 formed to prevent the upper portion of the occipital bone from being pressed when the free movement of the larynx is performed, and an elastic block 440 to perform a cushion function,
Wherein the elastic block is formed by repeatedly bonding elastic blocks having different elastic moduli so as to flexibly move about the relaxation operation of the frontal bone and the occipital bone, thereby inducing free movement of the larynx during sleeping.

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The method of claim 3,
Wherein the elastic block (440) has sloped surfaces joined to each other in a corresponding manner.

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[Claim 3]
A cushion member (500) for supporting the head when the head is moved by the user's head is provided outside the head support (400) supporting the user's larynx. Sleep pillow.

The method of claim 9,
Wherein the cushion member (500) is formed with an inner portion (510) to prevent the larynx from being hooked when the head pedestal (400) flows by free movement of the larynx.