KR20180091410A - Functional pillow for deep sleep - Google Patents

Abstract

The present invention relates to a functional pillow for deep sleep. The functional pillow for deep sleep comprises: a pillow body; a head back part support member; multiple first acupressure protrusions installed in a cervical vertebrae support unit; multiple second acupressure protrusions installed in a head back part support unit; an elasticity maintaining unit; and a temperature control cushion member. The pillow body includes: the cervical vertebrae support unit formed with an inclination to be higher from the front side toward the rear side; the head back part support unit integrally formed on the rear surface of the cervical vertebrae support unit and formed so the inclination is lower toward the rear side; and a headrest unit integrally formed on both sides of the cervical vertebrae support unit and the head back part support unit. The head back part support member includes: a base member installed in the lower part of the head back part support unit; and multiple protrusion members protruding from the lower part of the base member installed in the lower part of the head back part support unit toward the upper part. The elasticity maintaining unit includes: multiple corrugated pipes installed in the headrest unit to be positioned in the upper part of the head back part support member; a tensile spring installed in the corrugated pipe; and a pair of stopper units coupled to both ends of the corrugated pipe and connected to each end of the tensile spring. The temperature control cushion member includes: a cushion container of a hollow structure, installed in the headrest unit and having an open upper surface; a temperature control member installed in the cushion container; and a cover unit opening and closing the opened front surface of the cushion container. The functional pillow for deep sleep suppresses an increase in the temperature of the pillow by using a porous member and a through hole and disperses the pressure of the cervical vertebrae and the head back part of a user by using the porous member. The functional pillow for deep sleep can perform acupressure effect regardless of the user′s neck length and head shape.

Description

Functional pillow for deep sleep

The present invention relates to a functional sleeping pillow.

Korean Registered Patent No. 1474820 (registered on Dec. 15, 2014, entitled Functional pillow for inducing cerebrospinal fluid circulation) comprises a pillow body; And an outer laryngeal bulge resting on the upper surface of the pillow body for restoring the outer laryngeal bulge of the occipital bone of the human body and pressing and supporting the lateral portion of the lateral laryngeal bulge to press the fourth ventricle of the human body, The elevation rest portion includes an embossed groove having a predetermined length and a predetermined depth along the width direction of the pillow body and presses the outer side of the external occipital elevation spaced by 2 to 8 centimeters on both sides based on the external occipital elevation, And supporting the cerebrospinal fluid circulation.

Such conventional techniques have the effect of naturally compressing the external laryngeal bumps including the cervical vertebrae of a human body to balance the human body, but there is a fundamental problem that the heat of the tofu can not be discharged during use.

As shown in FIG. 2, Korean Patent No. 1665115 (Registered on Oct. 5, 2016, entitled "Functional Cervical Pillow") is formed with a convex surface which is located in the middle front and protrudes upward in an upward direction A neck support portion for supporting the user's neck in a C-shape when the user lies downright, a rear portion of the occipital bone for forming a depression groove for allowing the user's back bone to be seated when the user is lying straight, And is formed integrally on the right side of the neckrest portion and formed to be higher than the neckrest portion so as to support the side surface of the head so as to prevent the neck from being bent or the shoulder being pressed when the user lies down to the left side, It is formed so as to be higher than the neck support, so that when the user is lying on the right side, the neck is not bent or the shoulder is pressed. Pillow body parts consisting of the right side of the bed to the unsupported side of Li; A plurality of bioceramic members attached to the upper surface of the pillow body to emit far-infrared rays and anions; And a cervical spine protrusion protruding upward to have a height enough to shave the cervical vertebrae 1 at a position corresponding to the cervical vertebra 1 of the user when the user slides upright, Wherein the neckrest portion and the left side side sleeping portion or the portion to which the right side sleeping portion is connected are inclined upwardly from the neckrest portion toward the left side side sleeping portion or the right side side sleeping portion, Wherein the bioceramic member is manufactured by baking a natural mineral material at 1300 ° C to 1650 ° C, and the front surface of the pillow body The shoulder support portion is integrally formed so as to protrude forward from the floor surface, and when the user is lying straight, And the shoulder rest part is provided on both sides of the shoulder rest part with the shoulder support part at a position corresponding to the shoulder when the user lies down to the side so that the head touches the left side side sleeping part or the right side sleeping part, The bioceramic member attached to the upper surface of the pillow body is entirely attached to the upper surface of the pillow body at a predetermined interval as a whole, and when the user is lying straight The bioceramic member is configured not to be attached to the ear contact surface, which is the contact area of the ears when the larynx is tilted, and the back ceramic ball or ears are pressed by the bio ceramic member so as not to feel pain. On one side of the bottom surface of the pillow body The negative ion generator insertion groove is formed and the negative ion generator is installed so as to be embedded And a solid oxygen pack insertion groove is formed on the other side of the solid cushion pillow, so that the solid oxygen pack is embedded in the solid cushion pillow.

This conventional technique is to cut the middle part of the pillow and keep the cervical spine C-shaped when the user lies downright, and to apply pressure to the cervical spine 1 to alleviate the tension and pain of the neck muscles, On the other hand, the user has a disadvantage in that the configuration is complicated and the discharge of heat is inconvenient when the user is sleeping because the user can sleep in a comfortable and correct posture while the shoulder is not pressed when lying down.

It is an object of the present invention, which is created to solve the above-described problems, to provide a functional sleeping pillow that can provide a good night's sleep by lowering the temperature of the head during use.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a cervical vertebra that has a cervical vertebra that is inclined upward from the front to the back and a back support that is integrally formed on the back surface of the cervical vertebra, A pillow body having a headrest portion integrally formed on both sides of the pillow body; A back support member having a base member embedded in a lower portion of the back support portion and a plurality of protrusion members protruding upwardly from a lower portion of the base member built in a lower portion of the back support portion; A plurality of first acupressure projections provided on the cervical vertebra; A plurality of second acupressure projections embedded in the back head support portion; A plurality of bellows tubes embedded in the headrest portion to be positioned on the upper portion of the back head support member, a tension spring incorporated in the bellows tube, a pair of plugs connected to the respective ends of the tension spring and fastened at both ends of the bellows tube, Elasticity holding means having a part; And a temperature control cushion member having a cushion passage of a hollow structure which is built in the headrest portion and whose front surface is opened, a temperature control member incorporated in the cushion cylinder, and a cover portion for opening and closing the opened front face of the cushion cylinder. It can be achieved by a pillow.

Preferably, the first acupressure projection of the present invention includes a projection body having a ring-shaped concave groove formed on an outer circumference thereof and integrally formed on an upper surface of the cervical vertebrae, and a half body formed on the upper surface of the projection body And an acupressure part.

Preferably, the apparatus further comprises a plurality of first through-holes formed in the occipital support member of the present invention, further comprising a plurality of second through-holes formed in the occipital support to communicate with the base member of the occipital support member, And a plurality of third through holes formed in the headrest portion to communicate with the temperature control cushion member.

Preferably, the air conditioner further comprises a plurality of air vents formed on an outer circumference of the cushion cylinder of the present invention, and further comprises an aroma cigarette having a spherical shape embedded in the cushion cylinder.

Preferably, the stopper portion of the resilient holding means of the present invention comprises a stopper body provided with an outer peripheral edge with a non-slip protrusion end, a fastening screw portion provided at one end of the stopper body and having a hollow structure, And the other end is formed as a fixed connection portion which is integrally formed at the other end portion of the support portion and is formed in an annular shape and connected to the end portion of the spring, .

As described above, according to the present invention, the temperature rise of the pillow is suppressed through the air-permeable member and the through-hole, the pressure of the user's cervical vertebra and back of the user is dispersed through the breathable member, It is effective.

1 is a perspective view showing a functional sleeping pillow according to the present invention.
2 is a front view of a functional sleeping pillow.
FIG. 3 is a rear view showing an incision of a portion of a functional sleeping pillow.
4 is a perspective view showing the temperature control cushion member.
5 is a perspective view showing the elasticity holding means.
FIG. 6 is a side view showing the state of use of the functional sleeping pillow according to the present invention. FIG.
7 is a perspective view showing a functional pillow for inducing CSF circulation according to an embodiment of the prior art.
Figure 8 is a perspective view of a functional cervical pillow according to another embodiment of the prior art.

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

1 to 6, a functional sleeping pillow 100 according to the present invention includes a pillow body 10, a first acupressure projection 70, a second acupressure projection 20, a resilience holding means 40, A support member 60 and a temperature control cushion member 90.

The pillow body 10 includes a cervical vertebra 11 formed to be inclined upward from the front to the back, a back support part 13 integrally formed on the back surface of the cervical vertebra 11 and configured to be inclined lower toward the back, And a head rest portion 15 integrally formed on both sides of the cervical vertebra 11 and the back support portion 13. [

The pillow body 10 of the present embodiment can be manufactured by mixing Cool Gel Powder with silicone, thereby lowering the temperature of the cervical or occipital region by 1 to 2 DEG C. This is because the Erick Nod finger of Pittsburgh Medical School, It can be seen from the professor's paper.

The back head support member (60) is built in the inside of the pillow body (10). Unlike the pillow body 10, the air-permeable member 60 is made of a filling pad or a mesh pad made of a polyethylene material so that air can be circulated. The mesh pad has a structure in which a mesh or cloth is filled in a mesh outer surface. And the detailed description thereof will be omitted.

The occipital support member 60 of the present embodiment includes a base member 61 embedded in the lower portion of the occipital support portion 13 and a plurality of projections 63 projecting upward in the lower surface of the base member 61, And a plurality of projecting members (65).

A plurality of first through holes (H1) are formed in the rear head supporting member (60).

A plurality of second through holes H2 are formed in the back head support portion 13 so as to communicate with the base member 61 of the back head support member 60. [

Thus, the occipital support member 60 of the present embodiment disperses the pressure applied to the cervical vertebrae and the occipital region when the user's back of the head is seated on the occipital support 13, and at the same time, 100 are not crushed, and are provided to discharge heat to the outside air through the through holes H1, H2.

The first acupressure projection 70 has a protrusion body 71 integrally formed on the upper surface of the cervical vertebrae 11 and having an annular groove 71a formed on the outer periphery of the cervical vertebra, Shaped pressure-imparting portion 73 formed on the upper surface of the base plate 71. [ The concave groove 71a serves to prevent air from swelling or rising in temperature when the cervical portion of the user is pressed against the user's cervical portion.

A plurality of second acupressure projections 20 are built in the cervical vertebrae 13 adjacent to the second through hole H2. Here, the second acupressure projection 20 does not directly press the user's cervical vertebra but allows the surface of the soft cervical vertebrae 13 to partially support the cervical vertebrae.

The resilience holding means 40 includes a plurality of bellows pipes 41 located at the top of the ventilation member 60 and embedded in the headrest 15, a tension spring 45 built into the bellows pipe 41, And a pair of stoppers 43 connected to the respective ends of the spring 45 and fastened at both ends of the bellows pipe 41.

Here, the elastic holding means 40 is provided to prevent the pillow body 10 from sagging or flattening due to the weight of the user's head. The pearl tube 41 is made of a synthetic resin material having good elasticity.

The stopper portion 43 has a stopper body 43a provided with an anti-slippery end 43a-1 on the outer periphery thereof, a fastening screw portion 43b provided on one end of the stopper body 43a and having a hollow structure, And the other end is integrally formed on the other end of the support portion 43c and a support portion 43c protruding through the fastening screw portion 43b And an annular fixed connection portion 43d connected to the end of the spring 45.

The tension of the spring 45 can be changed in accordance with the degree of opening and closing of the stopper portion 43.

The temperature control cushion member 90 includes a cushion cylinder 91 having a hollow structure which is built in the headrest portion 15 and has an open front face, a temperature control member 95 incorporated in the cushion cylinder 91, And a cover portion 93 for opening and closing the opened front face of the cover 91.

The temperature regulating member 95 is a hot pack or a cool pack.

Here, the cushion cylinder 91 further includes a plurality of ventilation holes 61a at the outer periphery.

In addition, an aroma ball 97 is built in the cushion cylinder 91. Here, the aroma sac 97 is formed by mixing a polyethylene resin and an aroma essence into a spherical shape. The aroma essence is lavender or rosemary.

A plurality of third through holes H3 are formed in the headrest portion 15 so as to communicate with the temperature control cushion member 90. [ Here, the third through hole H3 is provided for ejecting the aroma of the aroma sac 97 built in the temperature control cushion member 90 to the outside.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: pillow body
11: cervical spine 13: back head support
15: head rest part
40: elastic holding means
60: back head support member
70: acupressure projection
90: Temperature control cushion member
100: functional sleeping pillow

Claims (5)

A cervical spine support portion integrally formed on the back surface of the cervical spine support portion and formed to be inclined lower toward the rear than the cervical spine support portion, and a head portion integrally formed on both sides of the cervical spine support portion and the back support portion, A pillow body having a rest portion;
A back support member having a base member embedded in a lower portion of the back support portion and a plurality of protrusion members protruding upwardly from a lower portion of the base member built in a lower portion of the back support portion;
A plurality of first acupressure projections provided on the cervical vertebra;
A plurality of second acupressure projections embedded in the back head support portion;
A plurality of bellows tubes embedded in the headrest portion to be positioned on the upper portion of the back head support member, a tension spring incorporated in the bellows tube, a pair of plugs connected to the respective end portions of the tension spring and fastened at both ends of the bellows tube, Elasticity holding means having a part;
And a temperature control cushion member having a cushion passage of a hollow structure which is built in the headrest portion and whose front surface is opened, a temperature control member incorporated in the cushion cylinder, and a cover portion for opening and closing the opened front face of the cushion cylinder. Pillow.
The method according to claim 1,
Wherein the first acupressure projection includes a protrusion body formed integrally on an upper surface of the cervical vertebrae and having a ring-shaped groove formed on an outer periphery of the cervical vertebra, and a half-pressing portion formed on an upper surface of the protrusion body Functional sleeping pillow.
The method according to claim 1,
Further comprising a plurality of first through-holes formed in the rear head support member,
Further comprising a plurality of second through-holes formed in the rear head support portion so as to communicate with the base member of the rear head support member,
And a plurality of third through-holes formed in the headrest portion to communicate with the temperature control cushion member.
The method according to claim 1,
Further comprising a plurality of ventilation holes formed in an outer periphery of the cushion box,
Further comprising an aroma sac having a spherical shape embedded in the cushion barrel.
The method according to claim 1,
Wherein the stopper portion of the resilient force holding means is provided with a stopper body provided with a non-slip protrusion end on the outer periphery, a fastening screw portion provided at one end of the stopper body and having a hollow structure, and one end portion is mounted on the inner surface of the stopper body Wherein the other end portion comprises a pivotal portion protruding through the fastening screw portion and an annular fixed connection portion formed integrally with the other end portion of the pivotal portion and connected to an end portion of the spring.

Images