KR20200137197A - a cervical pillow with elevated support - Google Patents

Abstract

The present invention relates to a pillow for cervical vertebrae protection, and when the user uses the pillow, it is possible to protect the cervical vertebrae from the correct posture, and to a pillow for cervical vertebrae with increased support for the user's posture so that the user can maintain the correct posture. By increasing the support to support the cervical vertebrae of the user who uses the pillow, the user can maintain the correct posture during sleep, and the occipital support, cervical support, and shoulder support are configured with respective heat control units, even when sleeping. It relates to a pillow for cervical spine protection with increased support that can adjust the heat for each site.

Description

A cervical pillow with elevated support}

The present invention relates to a pillow for cervical vertebrae protection, and relates to a pillow for cervical vertebrae with increased support for the user's posture so that the user can protect the cervical vertebrae in the correct posture when using the pillow, and to maintain the correct posture. .

First of all, looking at the prior art,

In general, a pillow is a bedding that comfortably supports the head when lying down for bedtime or rest. It induces a good night's sleep and secures the stability of the body structure through protection of the cervical spine to facilitate breathing and blood circulation.

When a person lie down, the occipital region protrudes more than the cervical vertebrae, so the pressure on each body part varies greatly from part to part, making it impossible to provide comfortable rest.

In other words, the pillow has a typical shape with a flat top surface, so when the user lie down while looking up, he lies in a position where the chin is pulled to the body by different protruding heights of the occipital and cervical vertebrae. Of course, the body of the pillow is formed with a cushion with a cushioning function to absorb the height difference to some extent, but this also has a limitation in narrowing the pressure difference between the head and neck.

Recently, pillows with different thicknesses such as latex or memory foam in which the occipital part is located and the cervical vertebrae are located have been released so that the same pressure is applied to the occipital part and the cervical vertebrae to help a sound sleep.

The pillow has a height difference in the vertical direction by varying the height of the pillow where the head and the neck are located, but when a person lies down, the height difference is significantly lowered by the cushion of the pillow, making it difficult to see the effect of supporting the cervical spine. In addition, most of the functional pillows have been proposed to solve only the problem caused by the height difference between the cervical and occipital regions.

However, when looking at the spine of the human body, the shoulder blade, which is the lower part of the cervical vertebrae, is also curved, so when lying on the pillow, the upper back, which is close to the neck, is separated from the bottom surface. As such, a downward load is transmitted to the upper back spaced from the floor, but since the existing pillow supports only the cervical vertebrae, the shoulder muscles close to the cervical vertebrae are pulled downward, acting as an important factor in shoulder stiffness.

On the other hand, in the conventionally filed and published Korean Patent Publication No. 10-2007-0043320, "the pillow for preventing cervical vertebrae and shoulder stiffness", a plurality of cushion members are partitioned, and both sides in the longitudinal direction of the partitioned pillow and the middle part By forming different heights of the upper and lower parts of the pillow width direction and the center part of the pillow, a pillow that can support the variable head height when the user lies directly or lies on the side is provided.

However, in the conventional technology, a groove is formed in the middle of the pillow so that the occipital part is placed, and a cervical support capable of adjusting the height according to the filling degree of the filler is formed in the part where the neck is located to adjust the height of the occipital part and the cervical vertebrae. Although it has a function to do so, it supports only the occipital and cervical vertebrae like the existing pillows, so it cannot prevent stiff shoulders caused by lifting of the shoulder, that is, the scapula.

Thus, conventionally,'cervical vertebrae protection pillow' of registration number 10-1268859,'snoring prevention and cervical vertebrae and scapula protection pillow' of registration number 10-1380629, and'portable neck pillow' of publication number 10-2018-0119075 Although is disclosed, the situation is still not improved for the above problems.

The present invention was devised to solve the problems of the prior art described above, by increasing the support for supporting the cervical vertebrae of the user using the pillow so that the user can maintain the correct posture during sleep, and the occipital support and cervical support It was completed as a technical task with the focus on providing a pillow for cervical vertebrae with increased support that can adjust the heat according to each part even when sleeping by configuring each heat control part on the part and shoulder rest.

Accordingly, in the present invention, in the cervical vertebra protective pillow, an occipital support portion supporting the occipital portion of the user's head, and a main body connected to the occipital support portion are formed, wherein the body supports the user's cervical vertebrae in the lower part of the same line as the occipital support portion. It is characterized in that the cervical vertebrae support portion and the cervical vertebral support portion is spaced at a certain interval to both sides of the cervical vertebral support portion, and is formed of a shoulder support portion that supports both shoulders of the user.

According to the cervical vertebrae protection pillow with increased support according to the present inventor, the support unit configured on the pillow supports the occipital region and the cervical vertebrae so that the user can maintain the correct posture during sleep, and the occipital region, cervical vertebrae and shoulders of the user are Heat can be adjusted according to each part of the contact area, and the configuration of the side support part prevents the face from bending when the user changes their posture to the side while sleeping.

1 is a plan view showing the inventors pillow
Figure 2 is a side view showing the inventors pillow
Figure 3 is a rear view showing the inventors pillow
Figure 4 is a side view showing that the support portion is formed in Figure 1
Figure 5 is a side view showing a preferred embodiment of AA of Figure 1
6 is a plan view showing another embodiment of FIG. 1
Figure 7 is a side view showing Figure 6
8 is a plan view showing the formation of through holes in the occipital support in FIG. 6
9 is a plan view showing the formation of a side through hole in the side support in FIG. 6
FIG. 10 is a plan view showing a through hole, a side through hole, and a heat control unit configured in FIG. 6
11 is a plan view showing the inventors pillow
12 is a side perspective view showing the inventors pillow
Figure 13 is a rear perspective view showing the inventors pillow
14 is a plan view showing the inventor's pillow

Hereinafter, with reference to the accompanying drawings, a preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 14.

First of all, the present inventors a pillow for cervical spine protection with increased support,

In the cervical spine protective pillow, the occipital support portion 100 for supporting the occipital portion of the user's head, and a main body 200 connected to the occipital support portion 100 is formed, and the body 200 includes the occipital support portion 100 The cervical vertebrae support part 210 supporting the user's cervical vertebrae in the lower part of the same line as, and the shoulder support part 220 which is spaced at a certain interval to both sides of the cervical vertebral support part 210 and supports both shoulders of the user. Is formed.

The present inventors cervical vertebrae protection pillow 10 is largely composed of a backrest support portion 100 and a main body 200, the main body 200 is composed of a cervical support portion 210 and the shoulder rest portion 220, respectively.

The occipital support portion 100 supports the occipital portion of the user's head, and is formed in a circular shape or in a round shape with respect to the remaining portions except for portions connected to the main body.

The thickness of the occipital support portion 100 is formed to be smaller than the thickness of the body 200.

This is when the user is lying down, considering that the occipital part is located lower than the cervical vertebrae, when the pillow 10 is checked from the side as shown in FIG. 2, the thickness of the occipital support part 100 is the thickness of the main body 200 It is to be positioned lower.

The main body 200 is connected to the occipital support portion 100 as shown in FIG. 1, is spaced apart from the occipital support portion 100 at a predetermined interval, and has a cervical spine support portion 210 and a shoulder support portion 220 in the lower portion. ) Is composed of each.

At this time, the cervical vertebral support part 210 is configured on the same line as the occipital part support part 100, and the shoulder rest part 220 is configured to be spaced apart from the cervical vertebral support part 210 to both sides at predetermined intervals.

At least one through hole 103 is formed in the occipital support portion 100.

The through hole 103 is formed so that the occipital portion of the user can be seated, and is formed in the central portion of the occipital support portion 100 or at least one or more is formed in the central portion and the periphery.

With the formation of the through hole 103, the user's occipital portion is primarily supported by the occipital support portion 100, and secondarily supported by the through hole 103.

The cervical vertebral support part 210 and the shoulder support part 220 are formed with inclined surfaces so as to decrease toward the end.

The inclined surface was formed at a certain angle to fit the user's body structure.

In the case of the inclined surface, when checked from the side of the pillow 10, only the upper surface may form an inclined surface, or both sides of the upper and lower surfaces may form an inclined surface.

Due to the formation of the inclined surface, it is possible to support thirdly so that the user can maintain the correct posture.

A support part 230 protruding upward is formed between the occipital part support part 100 and the cervical support part 210.

The support part 230 is formed to protrude upwardly from the main body 200 so that the user supports the cervical vertebrae or between the cervical vertebrae and the occipital part.

The support part 230 is formed at a right angle to the cervical vertebrae and has a predetermined length.

In addition, a support groove formed in a'U' shape may be formed in the support part 230.

In the case of the support groove, the radius of the round can be formed wide, and the round radius can be varied according to the circumference of the user's neck.

Side support portions 240 for supporting the side of the user's head are formed in portions spaced from the occipital support portion 100 to both sides.

The side support part 240 is for supporting the side of the user's face when the user moves the posture to the side while sleeping.

One or more side through holes 243 are formed in the side support part 240.

The side through hole 243 is such that when the user touches the side support part 240, the protruding part such as the ear part or the cheekbone part of the face side of the user touches the side through hole 243 and is supported. .

The through hole 103 and the side through hole 243 are formed through or are connected in a single horizontal direction.

When the through hole 103 is connected in a single unit, a plurality of micro-through holes are formed.

A first heat control part 101 is formed in the occipital support part 100.

The first heat control unit 101 may be formed smaller than the occipital support part 100 but may be formed entirely or only in a partial section.

The cervical spine support part 210 has a second heat control part 211 and a shoulder support part 220 has a third heat control part 221 formed thereon.

The second and third row control parts 211 and 221 are formed at the ends of the cervical vertebrae support part 210 and the shoulder rest part 220, and are formed smaller than the cervical vertebral support part 210 and the shoulder rest part 220, All or only part of it may be formed.

In addition, a fourth heat control unit 201 is formed between the cervical spine support part 210 and the shoulder support part 220.

The fourth heat control unit 201 may be formed so that one side extends to the upper portion of the shoulder rest portion 220, and is formed entirely between the cervical spine rest portion 210 and the shoulder rest portion 220, or One or more of each section may be divided and formed.

The first, second, third, and fourth heat control units 101, 211, 221, and 201 are configured internally or externally for each part.

In addition, the first, second, third, and fourth heat control units 101, 211, 221, and 201 individually or entirely constitute a member capable of controlling low or high temperature temperature so that it can be adjusted by applying power. Alternatively, a space may be formed to allow a separate member of low temperature or high temperature to be inserted so that the first, second, third, and fourth heat control units 101, 211, 221, and 201 are configured.

In general, according to the words to keep the head cold and the body warm, in the present invention, the first heat control unit 101 can be controlled at low temperature, and the second, third, and fourth heat control units 211, 221, and 201 are controlled at high temperature. Made this possible.

The cervical vertebra protective pillow 10 of the present invention has a space part formed therein, and air is introduced into the space part, or latex material or buckwheat or cotton or EPP grains or ingredients (wood chips made of ocher and germanium herbal medicine) It can also be used by inserting.

The wood chip,

Step 1-Use a woodworking machine to produce wood chips in a certain size that can be used for bedding, regardless of the species of wood and the size of wood chips,

Step 2-Put the wood chips in the same mesh bag as the onion net,

Step 3-Mix fine powdered loess and germanium herbal medicine in water at an appropriate ratio,

Step 4-Stir several times a day for 10 to 15 days to mature,

Step 5-Soak the prepared chips in the net bag in the fermented mixed water for 30 minutes to 1 hour,

Step 6-After removing the water absorbed in the immersed net bag to some extent, put it in a dehydrator with the net bag to dehydrate.

Step 7-Remove the chips from the dehydrated net bag and dry or air dry to use the finished ingredients.

According to the present invention as described above, the support unit configured on the pillow supports between the occipital region and the cervical vertebrae so that the user can maintain the correct posture during sleep, and the occipital region, cervical vertebrae and shoulder contact portions of the user are each The heat can be adjusted according to the part of the body, and the configuration of the side support has the effect of preventing the face from being tilted when the user changes their posture to the side while sleeping.

10: pillow
100: occipital support portion 101: first heat control portion 103: through hole
200: main body 201: fourth heat control unit
210: cervical support portion 211: second heat control unit
220: shoulder rest 221: third row control unit
230: support
240: side support 243: side through hole

Claims (3)

In the cervical vertebra protective pillow,
The occipital support portion 100 for supporting the occipital region of the user's head, and
A body 200 connected to the occipital support part 100 is formed, and the body 200 has a cervical support part 210 for supporting the user's cervical vertebrae in the lower part of the same line as the occipital part support part 100,
A pillow for protecting the cervical vertebrae with increased support, characterized in that the cervical vertebrae support part 210 is formed with a shoulder support part 220 that supports both shoulders of the user while being spaced at predetermined intervals on both sides of the cervical vertebrae support part 210.
The method of claim 1,
The cervical vertebrae support portion 210 and the shoulder support portion 220 is a pillow for protecting the cervical vertebrae with increased support, characterized in that the inclined surface is formed so as to decrease toward the end.
The method of claim 1,
A pillow for protecting the cervical vertebrae with increased support, characterized in that a fourth heat control unit 201 is formed between the cervical vertebrae support part 210 and the shoulder support part 220.

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