KR20120005893A - Functional pillow - Google Patents

Abstract

The present invention stably supports the cervical spine, and comfortably covers the larynx and both cheeks to provide comfortable and stable support, so that healthy people as well as facial plastic patients, cervical intervertebral disc herniation, etc. can take a good night's sleep. It relates to a functional pillow.
That is, the present invention comprises a laryngeal settled portion recessed into a shape corresponding to the appearance of the larynx; A cervical vertebral support portion which extends in front of the laryngeal anterior portion and is formed in a curved surface corresponding to the curve of the cervical spine when the larynx is placed in the laryngeal anterior region; An expansion space formed by recessing one end of the back of the larynx in order to adjust the size of the laryngeal in accordance with the size of the larynx of the user placed in correspondence with the laryngeal set; Characterized in that configured to include.

Description

Functional pillow {FUNCTIONAL PILLOW}

The present invention stably supports the cervical spine, and comfortably covers the larynx and both cheeks to provide comfortable and stable support, so that healthy people as well as facial plastic patients, cervical intervertebral disc herniation, etc. can take a good night's sleep. It relates to a functional pillow.

Generally, a pillow is a bedding that allows the head to rest comfortably while sleeping, and if the wrong pillow is selected, stiff shoulders, snoring, and headache insomnia may be caused. Most of the pillow has a body with a cushion member made of an elastic material, such as cotton or sponge inside, the body has a flat shape as a whole to simply support the head of the person.

As a related technology of such a pillow, Patent Registration No. 0675262 discloses that a support groove for supporting the rear head is formed in the upper center portion of the body in which the contents are built in order to maintain the cushion, and the support neck supporting the side head is provided on the left and right sides of the support groove. In the pillow is formed, the support groove and the support neck is formed integrally with the protruding neck support portion is formed so as to increase the height in the order of the support groove, support neck, neck support portion, the neck support portion of the support neck side supports It is formed higher than the neck support portion of the groove side, the support neck is formed to be inclined upwardly to the rear, the support neck is formed with a concave ear support formed so that the ear of the sleeper can be placed, the front central portion of the neck support portion of the user's spine curve It characterized in that the auxiliary support having a gentle inclination to be maintained is formed Functional pillows have been published.

In addition, Patent Registration No. 0856571, "Pillow body is formed by connecting the first headrest and the second headrest integrally; A first support part provided on the pillow body opposite to the first headrest part to support one side or the head of the pillow body; A second support part provided on the pillow body opposite the second head support part to support the other side or the head of the pillow body; And a third support part provided on the pillow body between the first support part and the second support part so as to support the pillow body or the head together with the first support part and the second support part, and a space part is formed in the central part. Functional double-sided pillow ”has been published.

In addition, Korean Patent Laid-Open Publication No. 10-2010-0000356 "The bottom surface is detachably coupled to the top of the pillow is provided to protrude to the top of the pillow, recessed recessed to accommodate the user's back of the head in the center of the laryngeal accommodating groove is Is formed, the head support and cervical spine functional headrest pillow, characterized in that the neck incision is formed on one side in communication with the laryngeal accommodating groove has been published.

Conventional pillows, however, are designed to support the cervical spine and larynx, which are formed in the same curve as the “C”, but in particular face molding patients and cervical intervertebral discs, which require extremely stable cervical and larynx support at bedtime. There are still technically insufficient problems to be applied to patients with ruptured cervical disks and other patients requiring correct posture of the cervical spine and larynx.

The present invention was invented to solve the above problems, when the larynx is recessed in the shape corresponding to the appearance of the larynx, and when the larynx is placed in the laryngeal anterior to be formed extending to the front of the laryngeal groove. The cervical spine consists of a cervical spine supporting part formed with a curved surface corresponding to the curve of the cervical spine, and an elastic space formed behind the laryngeal anterior part so that the size of the laryngeal anterior part can be adjusted according to the size of the user's larynx placed corresponding to the laryngeal anterior part. By stably supporting the larynx and both cheeks to ensure a stable and stable support, various patients who need fixation of the cervical and larynx such as facial plastic patients, cervical intervertebral disc herniation, etc. To provide a functional pillow that can be taken as a problem to be solved.

In addition, it is an object to solve the problem of providing a very comfortable functional pillow by forming a recess in the larynx so that the inner periphery of the laryngeal anterior portion of the larynx can be wrapped around the user's cheek.

In addition, to solve the problem to provide a functional pillow made of any one material selected from memory foam, latex, sponge to comfortably support the user's larynx and cervical spine.

In addition, it is an object of the present invention to provide a functional pillow that can be comfortably supported by the user's larynx and cervical spine by the core layer and the outer skin layer surrounding the surface of the core layer.

In addition, to solve the problem to provide a functional pillow made of a different material so that the hardness of the core layer and the outer shell layer is different from each other to comfortably support the user's larynx and cervical spine.

In addition, it is an object of the present invention to provide a functional pillow that allows the user to comfortably support the larynx and cervical spine of the user by configuring the outer skin layer with a softer material than the core layer.

In addition, to solve the problem to provide a functional pillow to form a suede texture layer on the top surface layer of the pillow to further increase the design value.

In addition, by providing acupressure projections of 1 to 3 lines in the laryngeal anterior and cervical spine support in contact with the larynx and cervical spine, it provides a functional pillow that helps to promote health by stimulating the acupoints of the larynx and cervical spine of the user. The task is to solve the problem.

In addition, it is an object of the present invention to provide a functional pillow that can significantly improve the effect of acupressure by configuring acupressure protrusions of any one material selected from ceramics, magnets, and jade.

In addition, the material of the core layer is made of memory foam or latex, and the material of the outer skin layer is made of castella foam or sponge of soft hardness compared to the material of the core layer so as to comfortably support the user's larynx and cervical spine. Providing a pillow is a problem to be solved.

In addition, by adding a microcapsule type phase change material to the material of the core layer or the outer skin layer so that the user can feel cool and comfortable, such as taking away the heat of the larynx and cervical spine by the phase change of the phase change material. The problem to be solved is to provide a functional pillow.

In addition, the memory temperature of the microcapsule type phase change material is 25-35 ° C. so that the user can feel the coolness and comfort by taking away the heat of the larynx and cervical spine by the phase change of the phase change material when contacting the user's body. Providing a pillow is a problem to be solved.

In order to solve the above technical problem, the present invention is a laryngeal settled recess formed in a shape corresponding to the appearance of the larynx; A cervical vertebral support portion which extends in front of the laryngeal anterior portion and is formed in a curved surface corresponding to the curve of the cervical spine when the larynx is placed in the laryngeal anterior region; An expansion space formed by recessing one end of the back of the larynx in order to adjust the size of the laryngeal in accordance with the size of the larynx of the user placed in correspondence with the laryngeal set; The functional pillow characterized in that the configuration, including as a solution to the problem.

In addition, the laryngeal anterior portion is a functional pillow characterized in that the inner periphery of the laryngeal anterior portion of the larynx is recessed to a depth enough to cover the user's cheek area as a solution to the problem.

In addition, the material of the functional pillow, the functional pillow, characterized in that made of any one selected from memory foam, latex, sponge, castella foam as a means of solving the problem.

In addition, the functional pillow is a functional pillow characterized in that it consists of a core layer constituting the core and the outer skin layer surrounding the surface of the core layer as a means of solving the problem.

In addition, the functional layer, characterized in that the core layer and the outer shell layer is made of a material of different hardness as a means for solving the problem.

In addition, a functional pillow characterized in that the outer skin layer is made of a material of a softer hardness than the core layer as a solution to the problem.

In addition, a functional pillow characterized in that the suede textured layer is formed on the top surface layer of the functional pillow as a solution for the problem.

In addition, a functional pillow characterized in that the acupressure projections of 1-3 lines are formed in the laryngeal anterior portion and the cervical spine support portion in contact with the larynx and cervical spine region as a means of solving the problem.

In addition, the acupressure protrusion is a functional pillow, characterized in that composed of any one selected from ceramics, magnets, jade as a means for solving the problem.

In addition, the material of the core layer is composed of a memory foam or latex, the material of the outer skin layer is characterized in that the functional pillow, characterized in that composed of a soft hardness castor foam or sponge compared to the material of the core layer as a means for solving the problem.

In addition, the material of the core layer or the outer shell layer is characterized in that the microcapsule-type phase change material further comprises a functional pillow as a means of solving the problem.

In addition, a functional pillow characterized in that the memory temperature of the microcapsule type phase change material is 25 ~ 35 ℃ as a means for solving the problem.

The functional pillow according to the present invention has a laryngeal anterior portion that is formed in a shape corresponding to the appearance of the larynx, and is formed to extend toward the front of the ocular recess, and the curved surface that conforms to the curve of the cervical spine when the larynx is placed on the laryngeal anterior portion. The cervical vertebral support part is formed in the form, and the elastic space is formed in the back of the laryngeal anterior portion to adjust the size of the laryngeal anterior portion according to the size of the user's larynx corresponding to the laryngeal anterior portion to support the cervical spine stably. By comfortably wrapping the larynx and both cheeks to provide a comfortable and stable support, patients such as facial plastic patients, cervical intervertebral disc herniation patients, etc. can take a good night's sleep.

In addition, the laryngeal anterior portion of the laryngeal anterior portion of the laryngeal anterior portion of the larynx is formed to a depth enough to wrap the user's cheek area, so that the user can maintain a correct posture as well as take a good night's sleep.

In addition, the material of the pillow is composed of any one selected from memory foam, latex, and sponge, and the pillow is composed of a core layer and a skin layer surrounding the surface of the core layer, and the core layer and the skin layer are made of materials having different hardness from each other. However, the outer skin layer is made of a softer material than the core layer to comfortably support the user's larynx and cervical spine, thereby allowing the user to take a good night's sleep in a stable state.

In addition, by forming a suede texture layer on the top surface layer of the pillow, and by forming one to three lines of acupressure protrusions on the laryngeal anterior and cervical spine support portion in contact with the larynx and cervical spine, thereby eliminating the pillow cover when the pillow is washed. Eliminate the ills and promote the health through the acupressure effect of the acupressure projections.

In addition, the acupressure protrusion is composed of any one selected from ceramic, magnet and jade, and the core layer is made of memory foam or latex, and the outer skin layer is made of castor foam or sponge of soft hardness compared to the material of the core layer. By constructing, a more comfortable functional pillow can be provided.

In addition, by adding a microcapsule-type phase change material having a memory temperature of 25 ~ 35 ℃ to the core layer or the outer skin layer to make a pillow body contacted by the phase change of the phase change material when the body part of the user contacts the pillow By absorbing the heat of the site to maintain a cool state, the user can take a good night's sleep.

1 is a perspective view according to an embodiment of the present invention.
2 is a side cross-sectional view according to an embodiment of the present invention.
3 is a plan view according to an embodiment of the present invention.
Figure 4 is a plan view provided with acupressure projections in the laryngeal anterior portion and cervical spine support portion according to an embodiment of the present invention.
5 is a perspective view of a material layer of the core layer and the outer skin layer according to an embodiment of the present invention.
Figure 6 is a perspective view consisting of a material layer of the core layer, the outer skin layer and the suede texture layer according to an embodiment of the present invention.

The present invention comprises a laryngeal settled portion recessed into a shape corresponding to the appearance of the larynx; A cervical vertebral support portion which extends in front of the laryngeal anterior portion and is formed in a curved surface corresponding to the curve of the cervical spine when the larynx is placed in the laryngeal anterior region; An expansion space formed by recessing one end of the back of the larynx in order to adjust the size of the laryngeal in accordance with the size of the larynx of the user placed in correspondence with the laryngeal set; Functional pillow characterized in that it is configured to include a feature of the technical configuration.

In addition, the laryngeal anterior portion is characterized in that the functional pillow is characterized in that the inner periphery of the laryngeal anterior portion of the larynx is formed to a depth enough to cover the user's cheek area.

In addition, the material of the functional pillow, a functional pillow characterized in that made of any one selected from memory foam, latex, sponge, castella foam is characterized by a technical configuration.

In addition, the functional pillow is a functional pillow characterized by consisting of a core layer and the outer skin layer surrounding the surface of the core layer constituting the core.

In addition, the core layer and the outer shell layer is characterized in that the functional pillow, characterized in that composed of a material of different hardness.

In addition, the functional pillow characterized in that the outer layer is made of a softer material than the core layer is characterized by a technical configuration.

In addition, the functional pillow characterized in that the suede textured layer is formed on the top surface layer of the functional pillow is a feature of the technical configuration.

In addition, the functional pillow, characterized in that the chiropractic projection of 1 to 3 lines are formed in the laryngeal anterior portion and the cervical spine support portion in contact with the larynx and cervical spine.

In addition, the acupressure protrusion is characterized by the technical configuration of the functional pillow, characterized in that composed of any one selected from ceramic, magnet, jade.

In addition, the material of the core layer is composed of a memory foam or latex, the material of the outer skin layer is characterized in that the functional pillow, characterized in that composed of a soft hardness castor foam or sponge compared to the material of the core layer.

In addition, the material of the core layer or the outer shell layer is characterized in that the functional capsule further comprises a microcapsule type phase change material.

In addition, the memory of the microcapsule-type phase change material is characterized in that the functional pillow characterized in that the technical configuration of 25 ~ 35 ℃.

Referring to the configuration of the functional pillow according to the present invention with reference to the accompanying drawings as follows.

Functional pillow according to the present invention, as shown in Figures 1 to 3, laryngeal anterior portion (10) and laryngeal anterior portion that is formed in the center of the pillow recessed while conforming to the appearance of the larynx to stably wrap the larynx (10) of the cervical spine support portion 20 and the laryngeal anterior portion (10) of the cervical spine that is formed in a curved surface corresponding to the "C" curve of the cervical spine so that the user can reliably support the cervical spine when lying down It consists of a stretch space 30 formed by recessing one end of the rear end lower than the upper surface of the laryngeal settlement portion 10.

More specifically, the laryngeal anterior portion 10 is formed in the center of the pillow, and when the larynx is placed, the larynx is formed in a shape that conforms to the appearance of the larynx so that the larynx can be comfortably wrapped. The inner circumferential portion of the laryngeal set portion 10 is formed to a depth enough to comfortably wrap both cheeks of the user.

In this way, the laryngeal anterior part 10 can comfortably take a good night's sleep because the inner circumference of the laryngeal anterior part 10 comfortably surrounds the cheek and supports the larynx stably to maintain the posture of the larynx correctly. In particular, it is very effective when used in patients with facial plastic surgery, cervical disc herniation.

The cervical spine support portion 20 is a portion where the cervical spine is contacted while extending toward the front of the laryngeal anterior portion 10, and is formed in a curved surface corresponding to the curve of the cervical spine so as to stably support the cervical spine when the cervical spine is in contact. . The cervical spine support portion 20 is naturally formed to the front of the laryngeal anterior portion 10 is formed in a curved surface corresponding to the cervical spine line, so that the cervical spine is stably supported to maintain the correct posture of the cervical spine. In addition, the cervical spine support 20 is connected to the recessed laryngeal rest 10 so that when the user's lying down the larynx is not exactly located in the laryngeal rest 10, the back surface of the cervical spine support 20 Slip along naturally leads to settle in the laryngeal settlement (10).

The expansion and contraction space 30 is formed to have a recessed lower end than the upper surface of the laryngeal set-up portion 10 so as to be connected to the inside of the laryngeal set-up portion 10. The size of the laryngeal settlement part 10 can be adjusted according to the formation of the stretchable space 30. For example, when the laryngeal anterior portion 10 is formed without a stretch space 30, the size of the laryngeal anterior portion 10 does not change, so that a user having a larger head than the laryngeal anterior portion 10 may have a laryngeal anterior portion ( The larynx cannot be placed in 10). However, the functional pillow according to the present invention has a stretch space (30) is formed even if the user with a large head can be used conveniently anyone because the inside of the laryngeal anterior portion 10 is opened toward the stretch space (30).

In addition, the expansion and contraction space 30 provides a space for dissipating heat from the upper portion of the head as a portion that does not contact the upper portion of the user's head. As described above, the expansion space 30 simultaneously serves as a passage for releasing heat from the top of the head together with controlling the size of the laryngeal anterior portion 10.

On the other hand, the laryngeal anterior portion 10 and the cervical spine support portion 20 which are in contact with the user when laid down are formed with acupressure protrusions 40 consisting of 1 to 3 lines. The acupressure protrusion 40 stimulates acupuncture points in the larynx and cervical spine to promote blood circulation, thereby helping to promote health and take a good night's sleep. The material of the acupressure protrusion 40 may be any one selected from ceramic, soft rubber magnet, and jade. Of course, the acupressure protrusions 40 may be formed up to the expansion space 30.

In addition, the material of the functional pillow according to the present invention, the entire material is composed of one material, or as shown in Figure 5 composed of two layers of the core layer (1) and the outer skin layer (2) or As shown in the figure, the core layer 1 and the outer skin layer 2 and the suede textured layer 3 forming the uppermost layer may be composed of three layers.

That is, when the material of the functional pillow according to the present invention as one material layer, the material of the functional pillow may be any one selected from memory foam, latex, sponge, and castella foam.

In addition, when the functional pillow according to the present invention is composed of a double material layer of the core layer (1) constituting the inner core and the outer skin layer (2) surrounding the surface of the core layer (1), it is in direct contact with the larynx and cervical region The outer skin layer 2 is preferably made of a material having a softer hardness than the core layer 1. The material of the core layer 1 is preferably a memory foam or latex, and the material of the outer skin layer 2 is preferably a castor foam or sponge having a softer hardness than the core layer 1. In particular, the outer skin layer (2) is best to use the new material of the castella foam. Looking at the characteristics of the castella foam in detail as follows.

As shown in Figure 1 below, castella foam compensates for the disadvantages of poor thermal permeability and poor ventilation due to temperature permeability of conventional memory foams.It has 20 times higher air permeability, so it has excellent breathability, thermal conductivity and is not affected by temperature. And always maintain a constant elasticity.

Pic 1

In addition, unlike the conventional memory material, castella foam is designed with a soft texture and a structure that gently wraps around the head so that it helps to sleep better. And, as shown in Figure 2 below, the castella foam removes more than 90% of the air bubbles in the manufacturing process, and unlike other memory foams, it has an excellent breathable structure, so it absorbs and releases the heat of the head quickly so you can get a good night's sleep in a pleasant and fresh environment. Can be.

Picture 2

In addition, the existing memory foam structure lacks thermal conductivity and ventilation due to the combination of the open and closed cells as shown in Figure 3 below, but the castella foam structure is made of all the cells open structure as shown in Figure 4 below for breathability and thermal conductivity This is very excellent.

Picture 3 Picture 4

In addition, as the result of throwing ink into the existing memory foam as shown in Figure 5 below, there was almost no ink absorption, but as the result of throwing ink into the castella foam, it can be seen that ink absorption proceeds rapidly as shown in FIG. 6 below.

Picture 5 Picture 6

The thermal conductivity of the conventional memory foam is very slow because the cell structure is closed as shown in the graph 1 below, but the castella foam is made of the open cell structure as shown in the graph 2 below, so the thermal conductivity is very fast and can maintain a constant temperature. have.

Graph 1 Graph 2

In addition, the castella foam is made of a silicone-based breathable structure, so that the product does not harden or recede under temperature changes, and thus the original softness and constant resilience of the product can be felt. On the other hand, the hardness of the existing memory foam is soft in the summer in the temperature change as shown in the following graph 3 and hard in the winter, so the hardness cannot be maintained, whereas the hardness of the castella foam is always in the temperature change as shown in the graph 4 below. Maintain a constant hardness and maintain a constant temperature.

Graph 3 Graph 4

In order to see the change of physical properties of the memory foam material and castella foam material, the raw eggs were dropped at 4m in height. Test 1 below is a raw egg drop test at 4m height before freezing the material, and Task 2 is a raw egg drop test at 4m height after freezing the material. Experimental results show that the castella foam maintains a constant elasticity even with temperature changes.

Test 1 . Experiment of raw egg drop at 4m height before freezing material

Test 2 . Experiment of raw egg drop at 4m height after freezing material

Once again, the characteristics of the castella foam are briefly summarized. The castella foam is an open cell structure that is highly breathable and maintains a cool feeling all the time. The soft and excellent elasticity is called cotton so soft that it does not turn off. It supports C-shaped stably and disperses body pressure to maintain a good night's sleep.

In addition, the microcapsule type phase change material may be selectively added to the core layer 1 or the outer skin layer 2. Phase change materials are microencapsulated, and phase change materials include tetradecane, eicosane, octadecane, hexadecane, propionamide, naphthalene, acetamide, stearic acid, wax, palmitic acid, myristic acid, lignocerate. , Camphor, 3-heptananecanone, polyethylene glycol, cyanamide, lauric acid, hexadecanone, capric acid, caprylic acid, and one selected from the group consisting of polyglycol, and microencapsulated polymer As the material, acrylic resin, melamine resin and urea resin may be used, and the microcapsule size is preferably 40 to 50㎛.

On the other hand, the setting range of the storage temperature of the microcapsule type phase change material used for the functional pillow according to the present invention is preferably 25 to 35 ° C.

The phase change material (PCM) refers to a material used for the purpose of storing energy or keeping a temperature constant by using the latent heat absorption or release effect of the material. Is the heat absorbed or released at the same temperature when the substance is phase-changed, that is, from solid to liquid or liquid to solid, liquid to gas, or gas to liquid, and latent heat refers to sensible heat, that is, no phase change. Much greater than the amount of heat absorbed or released at the

Therefore, the phase change material (PCM) is to gradually increase the temperature when the ambient temperature is high, and gradually decrease the temperature when the ambient temperature is low, so that the cool state can be maintained for a long time in the summer, such as high ambient temperature, In winter, when the ambient temperature is low, there is a function to maintain a warm state for a long time.

That is, if a specific temperature is specifically stored for the phase change material (PCM), the phase change material may release heat or store heat in a corresponding temperature range to increase or decrease the ambient temperature. Bar, if you move from a cool place to a hot place in summer, the phase changes from solid to liquid to take away the surrounding heat to cool the surroundings, and if you move from a hot place to a cold place in winter, the phase changes from liquid to solid. It can release heat to warm the surroundings.

Therefore, when the pillow is manufactured by adding such a phase change material to the material of the pillow, it effectively takes away the heat energy transmitted from the larynx and cervical spine, which comes into contact with the pillow, thereby cooling the larynx and cervical spine, thereby providing an optimal environment for a good night's sleep. can do.

It is also possible to form the top layer of the pillow as a suede texture layer 3. Suede is a kind of fabric that is softly fluffed with leather such as lamb or cow, or the like, and serves as a pillow cover when the suede textured layer 3 is integrally formed on the top layer of the pillow. There is no need for a separate pillow cover.

That is, the general pillow is composed of a pillow cover and the pillow cover has a hassle to separate the pillow cover when washing, but the functional pillow according to the present invention is formed with a suede texture layer (3) integrally separate the pillow cover There is no hassle and you can wash the whole pillow as it is.

In addition, when the uppermost layer of the pillow is formed of a suede textured layer 3 of various colors, the comfort and luxury of the texture itself can be satisfied by the consumer.

Here, the suede texture layer (3) may be formed on the uppermost layer of the functional pillow consisting of one material layer to be composed of two material layers, and the outer skin layer (1) and the outer skin layer (2) to be composed of three material layers. The suede textured layer 3 may be formed on the top layer of the functional pillow of the double layer of material).

As described above, the functional pillow according to the present invention not only stably supports the cervical spine, but also comfortably and stably surrounds the larynx and both cheeks, thereby making it possible for patients such as facial plastic patients, cervical disc herniation patients, etc. In order to take a good night's sleep, the following describes the operation of the functional pillow according to the present invention with reference to the accompanying drawings.

In the functional pillow according to the present invention, as shown in FIGS. 1 to 3, the outer skin layer 2 directly contacting the larynx and cervical spine than the core layer 1 is made of a material of softer hardness than the core layer 1. When the user contacts the larynx and cervical spine, the user may feel secure and warm to sleep.

And the cervical spine support portion 20 is formed with a curved surface corresponding to the "C" shaped curve of the cervical spine to support the cervical spine stably so that the cervical spine can maintain the correct posture, laryngeal anterior portion (10) to the appearance of the larynx It is formed in a matching shape to support the larynx stably, so that the larynx can maintain the correct posture, and it can be used by healthy patients as well as face plastic patients or cervical disc herniation patients who need to maintain the correct posture of the larynx and cervical spine at bedtime. Is effective.

In addition, because the laryngeal set 10 is recessed and the laryngeal set 10 is formed in a curved surface, the cervical spine supports the cervical spine 20 even if the user does not accurately position the larynx in the laryngeal set 10. At the moment, the laryngeal region naturally slides on the curvature of the inner circumference of the laryngeal anterior part 10 and is accurately seated on the laryngeal anterior part 10.

Furthermore, the depth of depression of the laryngeal anterior part 10 is such that the inside of the laryngeal anterior part 10 is so deep as to cover both cheeks of the user so that the occipital part of the user is placed in the laryngeal anterior part 10. The inner circumference of 10) wraps both cheeks of the user comfortably and comfortably to take a good night's sleep, and maintains a stable posture by supporting the user's head not to move during sleep.

In addition, when the larynx is placed in the laryngeal set 10, the inner circumference of the laryngeal set 10 extends outwardly by the expansion space 30, and when the larynx is completed, the inside of the laryngeal set 10 is stretched. Restoration to its original size and comfortably wraps the user's larynx. The expansion space 30 may serve as a passage for discharging the heat of the upper part of the user's head as the only part which does not only adjust the size of the laryngeal anterior portion 10 but is in contact with the larynx placed in the laryngeal anterior portion 10. have.

As shown in FIG. 4, the acupressure protrusion 40 formed on the laryngeal anterior part 10 and the cervical spine support part 20 in direct contact with the larynx and cervical spine continuously stimulates the menstrual blood of the larynx and cervical spine to improve blood circulation. It helps to loosen the muscles of the neck and help the user's health through various effects such as stress relief and fatigue recovery.

Meanwhile, when the material of the functional pillow according to the present invention is formed of a double material layer of the epidermal layer 1 and the outer skin layer 2 as shown in FIG. 5, the outer skin layer 2 is formed on the inner skin layer 1. Compared to the soft layer, the user feels soft and comfortable feeling that could not be felt in the general pillow, and since the epidermal layer 1 is not softer than the outer layer 2, the weight of the user's larynx and cervical spine is cortical layer 2 When delivered to the epidermal layer (1) through the stable distribution of the weight of the larynx and cervical spine, so that the user can take a good night's sleep in a comfortable state.

As shown in Figure 6 when forming the suede textured layer (3) on the top layer of the functional pillow according to the present invention, by raising the dignity of the pillow further due to the luxurious design and soft touch to request a variety of functions and quality It can meet the needs of demanding consumer groups.

In addition, if the color of the suede texture layer (3) to vary the design value can be further improved. Since the suede texture layer (3) is formed of an integral material on the top layer of the pillow, the pillow cover is removed during washing as in the conventional pillow, and the entire pillow is removed without the hassle of putting the dried pillow cover on the pillow after washing. It is very convenient to manage as it is washed and dried as it is.

As described above, the functional pillow according to the present invention, which can comfortably support the laryngeal anterior part 10 and the cervical spine support part 20 and the laryngeal anterior part 10 which stably support the cervical spine. Consisting of the expansion and contraction space 30, the user's larynx and cervical spine support the user's larynx and cervical spine to maintain the correct posture when the user is lying down. By creating a unique design, it can be said to be a functional pillow that has both a functional aspect and a design shape.

1: Core layer 2: Outer skin layer 3: Suede texture layer
10: laryngeal rest 20: cervical spine support 30: expansion space
40: Acupressure protrusions

Claims (12)

A laryngeal rest portion recessed and formed into a shape corresponding to the appearance of the larynx;
A cervical vertebral support portion which extends in front of the laryngeal anterior portion and is formed in a curved surface corresponding to the curve of the cervical spine when the larynx is placed in the laryngeal anterior region;
An expansion space formed by recessing one end of the back of the larynx in order to adjust the size of the laryngeal in accordance with the size of the larynx of the user placed in correspondence with the laryngeal set; Functional pillow characterized in that it comprises a.
The method according to claim 1,
The laryngeal anterior portion is a functional pillow, characterized in that the inner periphery of the laryngeal anterior portion of the larynx is formed to a depth enough to cover the user's cheek area.
The method according to claim 1,
The functional pillow material is a functional pillow, characterized in that made of any one selected from memory foam, latex, sponge, castella foam.
The method according to claim 1,
Functional pillow is a functional pillow, characterized in that consisting of the core layer and the outer skin layer surrounding the surface of the core layer.
The method of claim 4,
Functional pillow, characterized in that the core layer and the outer shell layer is composed of a material of different hardness.
The method according to claim 5,
Functional pillow characterized in that the outer skin layer is made of a softer material than the core layer.
The method according to any one of claims 1 to 6,
A functional pillow characterized in that a suede textured layer is formed on the top surface layer of the functional pillow.
The method according to any one of claims 1 to 6,
Functional pillow, characterized in that acupressure projections of 1 to 3 lines are formed in the larynx and cervical support portion in contact with the larynx and cervical spine.
The method according to claim 8,
Acupressure projections, functional pillow, characterized in that composed of any one selected from ceramic, magnet, jade.
The method of claim 4,
The material of the core layer is made of memory foam or latex, and the material of the outer skin layer is a functional pillow, characterized in that it is made of soft hardness castor foam or sponge compared to the material of the core layer.
The method according to claim 10,
Functional pillow, characterized in that the core layer or the outer shell material further comprises a microcapsule type phase change material.
The method of claim 11,
Functional pillow, characterized in that the memory temperature of the microcapsule type phase change material is 25 ~ 35 ℃.

Images