KR20110015230A

KR20110015230A - Height adjusting forder traction pillow

Info

Publication number: KR20110015230A
Application number: KR1020090072843A
Authority: KR
Inventors: 김진호
Original assignee: 김진호
Priority date: 2009-08-07
Filing date: 2009-08-07
Publication date: 2011-02-15

Abstract

PURPOSE: A height control folder type traction pillow is provided, which enables a user to directly feel the benefit of functional materials. CONSTITUTION: A height control folder type traction pillow is constituted as follows. A planar section is integrally formed. In the bottom surface, a double folding groove is formed to face forward. An occipital region support part is dented inward in order to place the occipital region in the center of the planar section. A cervical spine support part(1) is projected from the lower part of the occipital region support part in order to support the cervical spine. A face position restoring unit connects the occipital region support part and a cervical spine support part. Shoulder support parts(8a,8b) are pitted in both bottom sides in the direction of the cervical spine support part.

Description

Height adjusting forder traction pillow

The present invention relates to a functional pillow for the cervical spine and shoulder protection and sound sleep, more specifically, made of a variety of foams, such as polyurethane foam, memory foam, latex foam as a main raw material, especially in the lying down posture (1) and The cervical spine strength control unit (3) maintains the cervical spine in the "C" curve, by adjusting the length of the cervical spine strength control member (3) by adjusting the strength of the cervical spine support (1) to adjust the height of the pillow While maintaining the cervical spine (19) in a "C" curve, stretch between the cervical spine by using elasticity to push each other as if stretching the head and shoulders to relax the cervical spine and intervertebral cartilage (椎間軟骨), pillow To fold in half from bottom to top in the vertical direction, overcoming the height deviation of the lying posture and the side lying posture without changing the width of the pillow, and restoring the facial position function (right to see the ceiling When lying down, the pillow and head do not fall and the neck is pushed to roll the head to turn the direction, and the neck is relaxed and the head is relaxed and the head naturally returns to its place and the eyes are facing the front; Face Position Restoration Function ”) prevents distortion of the cervical spine by shifting the position of the head caused by spin during sleep, and directly inserts and removes functional substances and natural fragrances by creating a storage space in areas where pillows are not used. The present invention relates to a height-adjustable folding traction pillow that allows the user to feel the body directly in the lying position and the side lying down by taking advantage of the functional material.

The conventional functional pillow is divided into a large frame and the problems are as follows.

1. Applied the human body structure, the cervical spine part is thick and the head restraint part is thin. In the case of the functional pillow, the head restraint part must be soft material to support the head comfortably, and the cervical spine part must have high elasticity. The curve can be maintained to some extent, but the functional pillow that has the appearance similar to the body with one physical property has a disadvantage in that the entire pillow cannot be elastically changed by one elastic part.

2. In the case of the functional pillow supporting the cervical spine using attachments, the functional pillow made of one physical property cannot solve the disadvantage that the elasticity of each part cannot be changed. There was a disadvantage that the strength of the base cannot be adjusted and the height cannot be adjusted.

3. In the case of the functional pillow that adjusts the height through mechanical devices or attachments, the height can be adjusted according to the size and weight of the body, but there is a disadvantage that an ideal cervical spine curve cannot be made simply by changing the height of the pillow.

In addition, if the thickness of the cervical spine supporting the cervical spine is too wide, the curve of the cervical spine cannot be maintained, and if it is too narrow, the cervical spine can be overwhelmed, and the cervical spine is pressed and the thickness increases.

4. In case of functional pillow that can lie down or lie down on the side by using height deviation, it tried to solve the deviation caused by the width of the shoulders of lying down sideways and lying sideways, but it is necessary to sleep by using only a small area. During the sleep, the width of the left and right is large and the width moving up and down has a disadvantage of falling off the pillow and inconvenient.

In addition, as a pillow having a folding function similar to the present invention 20-2003-0040515 (2003.12.29) "folding pillow easy to adjust height" is formed by dividing the pillow cover in half and foam on two It is formed in such a way that the folding method is formed so that the folding method is folded down from the horizontal direction.

This method has the advantage of making it easy and comfortable, but it has the disadvantage that the folding part located on the upper side splits when the head is laid down in the right posture, and the cover is made of cloth even when the pillow is turned upside down. There is a disadvantage that the folding part can be stretched and the incision surface divided by the pillow cover is widened and there is no sense of stability.In addition, the area of the pillow is small because it is folded horizontally, so it can fall from the pillow due to flipping during sleep. If the pillow is made on the basis of the height laid down in the right posture, it will be a very high pillow in the folded state, and if the pillow is made on the side laid down position, it will be too low The disadvantage is that you need to use a pillow.

5. In case of functional pillow made of functional material, foam is made through foaming (swelling phenomenon when two or more substances are mixed and reacted), and when many foreign substances (charcoal, ocher, ceramic, etc.) enter, the physical properties change. It is difficult to obtain the shape and characteristics of the desired foam, and it is inconvenient to put out and take out as needed. Thus, the existing pillows mixed with functional materials are added to the additive in a small amount to make the color similar to the functional material, there was a disadvantage that the small amount of additives as if changing the overall characteristics of the pillow.

6. As summarized above, the common problem of functional pillows divided into five types is to relax the head and cervical spine and to take a good night's sleep. When the head and cervical spine are comfortable, the shoulders are naturally relaxed, and there is a clear lack of technology for the shoulder.

7. Even if you use a functional pillow that secures all six of the above-mentioned problems to your shoulders, cervical spine, and head, most humans will have tossed by various factors during sleep and twisting cervical spine due to torsion during sleep. There was a drawback that there is no clear solution.

Using a pillow that doesn't fit you is like living with shoes that don't fit your feet. Using a pillow that is not suitable for sleep for a long time can lead to tension and stiffness in the cervical and spinal skeleton and muscles, and can cause discs, so it is very important to use a pillow that fits your physical condition. It plays an important role in protecting the spinal cord that controls the cervical spine, so care must be taken in cervical spine management.

The present invention relates to a functional pillow for cervical and shoulder protection and sound sleep, and more particularly, various foams are made of the main raw material. In particular, the shape of the cervical spine should be maintained in the "C" curve, and the user should be able to adjust the height by adjusting the strength of the cervical spine support. It should be able to keep the cervical spine and intervertebral cartilage comfortable by widening the cervical spine through the traction effect that pushes each other as if stretching, and make the pillows folded, but lying down and lying sideways without changing the width. It should be able to overcome the height deviation, and prevent the twisting of the cervical spine by changing the position of the head caused by the flipping during sleep. Direct insertion and removal allows the user to feel the benefits of the functional material and to have a good night's sleep. Its purpose is to provide this.

1. The functional pillow, whose physical appearance is similar to the body with one physical property, has a cervical support strength control member under the cervical vertebral support part 1 in order to solve the disadvantage that the entire elasticity cannot be changed for each part by one elasticity. ), The elasticity was changed for each part.

2. In order to solve the disadvantage that the height of the cervical support can not be adjusted according to the size and weight of the body and the shape of the cervical spine, create a cervical support strength control member groove (2) and insert the cervical support strength control member (3) therein. The length of the cervical spine support (1) was adjusted so that the user could adjust the length.

3. In order to solve the disadvantage that the change of the height of the simple pillow can not make the curve of the ideal cervical vertebrae (19), the cervical vertebral support part can be inserted into a high elastic and non-thick cervical vertebral strength adjusting member (3) and its length can be adjusted. The height of the user (1) is adjustable so that the user can adjust the height of the cervical spine (1) by making a gentle inclination toward the head to distribute the pressure, and make a steep slope toward the body to control the cervical support (1) and cervical spine strength. The cervical spine is wrapped around the member (3) to create a curve to be the ideal cervical spine (19) curve to adjust the height.

4. The height and height pillow using the height deviation is designed to fold the pillow in half vertically from the bottom to the bottom to solve the disadvantage of having to sleep using only a small area. The height deviation of the lying posture can be overcome.

5. The functional pillow made of functional material is made of incision to make a storage space by cutting the less used part to solve the disadvantage that the functional material can not be removed or removed as necessary. It allows the direct insertion and removal of functional substances and natural fragrances while being felt directly by the body.

6. In the case of the shoulder, the cervical spine is naturally relaxed, and the shoulder and the shoulder are naturally relaxed. Stretching the shoulders by using elasticity to push each other as if stretching, the cervical spine was widened to keep the cervical spine and intervertebral cartilage (椎間軟骨) comfortable.

7. To solve the disadvantage of cervical distortion caused by twisting during sleep, face position restoration function was created to prevent the distortion of cervical spine during sleep by making the face change of head caused by twisting during sleep. .

Effects according to the present invention are as follows.

1. You can adjust the height of the cervical vertebral support part 1 by adjusting the length of the cervical vertebral strength control part 3 in the lying position, and adjust the height of the pillow, the cervical vertebral support part 1 and the cervical vertebral support strength control part ( 3) can effectively maintain the cervical spine in the "C" curve.

2. The pillow is made to be folded in half from the bottom to the top to overcome the height deviation of the lying position and the side lying position without changing the width of the pillow. Can give

3. By creating a storage space that allows air circulation in the areas where pillows are used less, it is possible to directly insert and remove functional materials and natural fragrances, so that the body can directly feel the benefits of functional materials and take a good night's sleep. .

4. While maintaining the cervical spine in a "C" curve, stretch the shoulders by using traction that uses elasticity to push each other like stretching the head and shoulders, and widen the cervical spine to relax the cervical spine and intervertebral cartilage. I can keep it.

5. The function of restoring the face position helps to prevent the distortion of cervical spine during sleep by allowing the head to face the change of position caused by the flipping during sleep.

Of course, modifications and variations are possible without departing from the scope of the claims of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, and various modifications and changes as well as the following claims are to be construed as belonging to the protection scope of the present invention.

Referring to the present invention in detail with reference to the accompanying drawings as follows.

1 is a schematic perspective view, FIG. 2A is a plan view, FIG. 2B is a bottom view, FIG. 2C is a front view, FIG. 2D is a rear view, FIG. 2E is a right side view, and FIG. 2F is a left side view. Is made.

Referring to Figure 2a describes the shape of the upper surface (A) of the foam pillow (P) in detail as follows.

The head restraint part 4 was formed at the center of the upper part, and the cervical spine part 1 was formed below the horizontal basis, and the head restraint part 4 and the cervical back part 1 were inclined with a gentle curve. It connected by the part (5).

The headrest part 4 is connected to the functional material mounting support parts 15a and 15b on the left and right sides, and the functional material effect promotion penetrating parts 17a and the plurality of the functional material mounting support parts 15a and 15b to the outside. 17b, 17c, and 17d), and the functional material effect enhancing penetrating portion 17a, 17b, 17c, and 17d will be described in more detail with reference to FIGS. 2a to 2b. The effect-enhancing through portion 17c penetrates from the top to the bottom, and the functional material effect-enhancing penetrating portion 17b is formed from the upper and lower portions of the functional material effect-enhancing through portion 17d.

In addition, the cervical spine support part 1 is connected to the shoulder rest support parts 7a and 7b to the left and right, and the shoulder rest support parts 7a and 7b are moved downward to the left and right relative to the cervical support part 1. It is a split shape and is connected to the shoulder rests (8a, 8b) in a gentle curve, the shoulder rest (7a, 7b) is formed through the strength adjustment through (10a, 10b, 10c, 10d), respectively, through the strength adjustment The positions of the portions 10a, 10b, 10c, and 10d are formed at a predetermined distance above each of the shoulder rests 8a and 8b, and the traction strength adjusting through portions 10a as shown in Figs. 2A to 2B. ) Is penetrated with the traction strength adjustment through portion (10c), traction strength adjustment through portion (10b) is formed to penetrate each other with the traction strength adjustment through portion (10d).

And the shoulder support (8a, 8b) connected to the shoulder support (7a, 7b) is similar to the angle of the shoulder of the body, each formed with a slanted diagonal line.

Referring to Figure 2b describes the shape of the lower surface (B) of the foam pillow (P) in detail as follows.

The two-fold folding portion (C) is formed on the upper side, and the two-fold folding portion (D) is formed on the lower side, and the two-fold folding portion (C) and the two-fold folding portion (D) are provided on the two-fold folding portion (12). Connected by.

In the center of the two-stage folding portion (C), the ear protection groove 14 is formed to enter the ear when lying sideways, and the through-holes 17a, 17b, and 17c enhance functional effect on the left and right sides of the ear protection groove 14, respectively. , 17d), and the functional material effect enhancing through parts 17a, 17b, 17c, and 17d are functional material effect increasing through parts 17c as shown in FIGS. 2a to 2b. 17a is penetrated with each other, and the functional material effect enhancement through portion 17d is formed to penetrate with the functional material effect enhancement through portion 17b.

And the two-stage folding portion (12) connecting the two-stage using portion (C) and the two-stage folding support (D) is the incision plane dividing the lower surface (B) of the foam pillow (P) in half horizontally visible from the upper surface (A). 2E and 2F, the two-fold folding tear prevention groove 13 shown in FIG. 4A is opened to be folded in half as shown in FIG. 4A, and the head is laid down as shown in the example of use of FIG. 3C. As part of the supporting part 4, it was formed so that it might not crack during use.

The left and right shapes of the foam pillow P will be described in detail with reference to FIGS. 2E and 2F as follows.

As shown in the left and right symmetrical structure, the upper surface is attached as one, and the two-fold folding portion (C) and the two-fold folding portion (D) are divided into two-fold folding portion 12 at the center. (12) is connected to the two-stage folding part tear prevention groove (13).

In addition, horizontally cut functional material mounting grooves 16a and 16b are formed at the center of the two-stage folding portion C, and functional material mounting grooves 16a and 16b are formed by cutting a predetermined depth to a predetermined size. As shown in FIGS. 7A and 7C, the centers of the functional material effect enhancing through parts 17a, 17b, 17c, and 17d are cut out to form the space to accommodate or remove the functional material case 18, and FIG. 4C. And as shown in the use example shown in Figure 7a by expanding the foam pillow (P) was formed so that it can be used both lying down or folded side down.

Referring to the drawings the functions and actions of the height-adjustable folding tow pillow as described above are as follows.

1. The present invention, as shown in Figure 3d cervical vertebral support 1 is similar to the shape of the cervical spine 19, but is connected to the headrest inclined part 5, which is a gentle curved slope to the right, and to the left It is connected to the cervical spine inclination part 24 which forms a steep slope. Lying in the right position, when pressure is applied to the cervical support 1, the headrest inclined part 5 on the right side is naturally lowered with the pressure of the cervical support 1 and applied to the cervical support 1 Distributing the pressure to the cervical spine support (1), cervical spine support inclination (24), headrest (4), the cervical spine support inclination (24) on the left side also applies pressure to the cervical support (1) Although the ground naturally goes down, the steep slope (19) keeps the shape of the cervical vertebral support part (1) while keeping the shape of the cervical vertebral support part (1) while making it curved like the cervical vertebrae support part (1). It was formed to be possible.

Further, under the cervical spine support part 1, as shown in Figs. 3a and 3b, the cervical support strength adjusting member groove 2 is made, and a non-thick cervical support supporting strength control member 3 is inserted therein to adjust the length thereof. By adjusting the cervical vertebral support (1) was formed to adjust the height by adjusting the intensity down to the weight of the body.

2. In the present invention, when lying sideways as shown in Figure 4b there is a difference in the height of the pillow due to the width of the shoulder and the height of the cervical spine (19) should be horizontal or rise slightly above the horizontal, so that the two-fold folding Using the part 12 is made to be folded in half on the basis of the two-fold folding tear prevention groove 13 from the bottom as shown in Figure 4a to overlap two pillows with one pillow without changing the width of the pillow The two-stage folding part tear prevention groove 13 is formed in the shape of a tube having a narrow shape at the bottom and a widening shape at the bottom, and is formed at a predetermined thickness along the shape of the upper surface A shown in FIG. 2A. The portion 12 was intended to help fold naturally, and was formed to prevent the foam from tearing when folded.

In the present invention, the upper surface (A) is formed as one, as shown in Figure 2a, there is no opening of the upper surface when lying in the right posture, the lower surface (B) as shown in Figure 2b is changed in the shape of the center is divided Without being folded in half from top to bottom, the head does not fall off the pillow even if it is wide to flip from side to side during sleep, and as shown in Figs. The pressure on the ear can be distributed to the cervical spine, which helps distribute sound pressure.

3. As shown in FIG. 7B, the present invention has a portion used for sleep and an unused portion, and the functional material mounting grooves 16a, respectively, are shown in the unused portion as shown in FIGS. 2E and 2F. 16b) is formed. The functional material mounting grooves 16a and 16b are storage spaces formed by cutting to a predetermined depth to a predetermined size, and as shown in FIGS. 7A and 7C, the side surfaces of the functional material effect-improving penetration parts 17a, 17b, 17c, and 17d. It is formed by cutting the center of the. In addition, the functional material mounting grooves (16a, 16b) was formed to accommodate or remove the functional material case 18, and folded to the side lying down and lying down sideways as shown in the use example shown in Figures 4c and 7a Formed to be used in both. In addition, inside the functional material case 18, it is possible to put a functional material of various forms such as charcoal, ocher, herbal medicine, it is preferable to put a functional material in a minimal state of nature. The functional material case 18 is preferably made of a non-woven fabric or a plastic case capable of air circulation, and in particular, aroma and other natural fragrance directly sprayed in the state of putting cotton and cloth in the functional material case 18 As possible form was formed to help sleep.

4. If the existing pillow is made to support the head and neck, the present invention is the shoulder rest (8a, 8b) and the shoulder 23 is in contact with each other in the lying position as shown in Figure 5a The heads are shaped to pull against each other.

The traction will be described with reference to the contents shown in FIGS. 5B and 5C.

The back of the body 20 to the headrest (4), the rear head inclination (21) to the headrest inclination (5), the rear neck flexion (22) to the cervical spine support (1), the shoulder 23 When seated on the shoulder rest (8a, 8b) and lying in the right position, respectively, the headrest inclination (5) is formed with a traction support for pushing the head to the right, the shoulder rest (8a, 8b) is shoulder 23 A tow support portion is formed to push) to the left. In addition, the weight of the head cervical vertebral support (1), the headrest inclination (5), the headrest (4) is dispersed to each other to make the weight of the head lightly to easily pull the head and shoulders Is completed.

For example, the four ways to make the towing in the above state is as follows.

Lift the first head slightly, while holding the functional material mounting support parts (15a, 15b) with both hands while the rear head (20) is slightly apart from the headrest (4), the rear head (20) while pulling slightly toward the shoulder When seated on the headrest (4) is made to pull the shoulder and head elastically to each other.

Lifting the second head slightly, while the back of the head 20 is slightly separated from the headrest 4, the head of the back 20 is pushed toward the shoulder as if the inclined parts 6a and 6b are slightly bent with the fingertips. When seated on the portion (4) is made to pull the shoulder and head elastically to each other.

Lifting the third head slightly, the rear head 20 is in contact with the head restraint 4 but the weight of the head restraint 4 is maintained while the weight of the head restraint 4 is maintained. Swiping the upper surface (A) of the foam pillow (P) with the back of both hands as if stroking the head in the direction, the rear head 20 seated on the headrest (4) is made to pull the shoulder and head elastically to each other.

In the state that the back head 20 does not fall from the head restraint part 4, the head restraint part 20 may be swept down to the bottom of both hands as if the head restrains the head in the direction of the head restraint part 5 from the head restraint part 4. When it is seated in 4), it is pulled elastically.

When the fourth head is slightly lifted up and the back head 20 is slightly separated from the head restraint 4, the body is slightly pushed toward the head, and the back head 20 is seated on the head rest 4 while being moved. Traction is achieved by pushing the and the head elastically to each other.

Common to the above four methods is the headrest (4) between the shoulder rest (8a, 8b) between the crumple and stretch to create an elasticity, the traction is made of the elastic cervical spine (19) widen between the cervical spine (19) And intervertebral cartilage (椎間軟骨) to help loosen the rigid cervical spine (19) and shoulders (23) and help to stretch.

Also, as shown in FIG. 5D, the traction intensity adjusting through portions 10a, 10b, 10c, and 10d have a cutaway surface penetrating from the top to the bottom, so that the traction strength adjusting member 16 is made in units of 5 to 10 mm. Strengthen the penetrating portion (10a, 10b, 10c, 10d) according to the length of the male and female, adult and child, the length of the head and neck, and the size of the body by raising the elasticity to freely push the head and shoulders by inserting each other according to the height. It was formed to easily change the strength of.

5. As shown in Fig. 6b, the structure of the nickname is located at the lowest of the headrest 4, the headrest inclined part 5 is connected to the cervical vertebral part 1 in a gentle curve, and under the ear. The inclined portions 6a and 6b are also connected to the shoulder support portions 7a and 7b in a gentle curve. The biggest feature of this structure is as shown in Fig. 6-b), with the eyes lying directly to the front, as shown in Fig. If you take a comfortable posture after tightening your neck, your head will return to its original position as shown in Figure-D.

The face position restoration function will be described below with reference to FIGS. 6A and 5C.

Cervical brace (1) at the highest position and shoulder support (7a, 7b), slanted portions (6a, 6b) and headrest slope (5) formed with a gentle curve in the middle, head at the lowest position As the support unit 2 interacts with each other, a face position restoration function is achieved, and three functions described below are interacted with each other.

The weight of the head is distributed by the cervical spine support part (1), headrest inclination part (5), the headrest part (4) to each other to lighten the weight of the head and formed easily to rotate, the center of gravity of the head The cervical spine support part 1, the headrest inclination part 5, and the head restraint part 4 are made in a straight line and fixed, and the incidence part of the head restraint part 6a, 6b located at the left and right sides of the headrest part 4. To cover the back of the head to the least degree of discomfort, and to elastically push the positional changes in the face caused by the incidence of the incisors 6a, 6b and the shoulder support 7a, 7b Naturally, it has a face position restoration function.

The facial position restoration function, which is not found in other functional pillows, helps to take a good night's sleep without twisting the cervical spine by catching a change in the position of the head caused by the flipping during sleep and restoring it.

1 is a schematic perspective view of the present invention.

2A is a plan view of the present invention.

2B is a bottom view of the present invention.

2C is a front view of the present invention.

2d is a rear view of the present invention.

2E is a right side view of the present invention.

2F is a left side view of the present invention.

Figure 3a is a partial cutaway view showing the position of the cervical spine strength adjustment member of the present invention.

Figure 3b is a view showing the intensity control of the cervical spine strength adjustment member of the present invention.

3C is a cross-sectional view taken along line II ′ of the present invention and a state of use thereof.

3D is a cross-sectional view taken along line II ′ of FIG. 2A of the present invention.

Figure 4a is a view showing the shape of the pillow folded using the two-fold folding of the present invention.

Figure 4b is a cross-sectional view of the folded state using the two-stage folding portion of the present invention showing the use state lying sideways.

Figure 4c is a diagram showing the use of the functional material and another use state of the folded state using the two-fold folding of the present invention.

Figure 5a is a view showing the state of use and the towing direction lying in the correct posture of the present invention.

Figure 5b is a view showing a contact portion of the body and the pillow of the present invention.

Figure 5c is a view showing the contact portion and the use state of the body and the pillow of the present invention.

Figure 5d is a cross-sectional view showing the state of use as the cross-sectional view taken along the line J-J 'of the present invention.

Figure 6a is a view showing a contact surface in the lying position of the present invention.

Figure 6b is a view showing the height display and the face position restore function of the present invention.

Figure 7a is a partial cutaway view showing the mounting position of the functional material of the present invention.

Figure 7b is a view showing the used part and the unused part during sleep of the present invention.

7C is a perspective view of a functional material groove and a functional material effect enhancement penetrating portion of the present invention.

1: Cervical Support

2: Cervical support strength adjustment member groove

3: cervical spine strength adjustment member

4: headrest

5: headrest slope

6a, 6b: Parotid bevel

7a, 7b: shoulder rest support

8a, 8b: shoulder rest

9a, 9b: shoulder rest

10a, 10b, 10c, 10d: Traction intensity adjusting penetration

11: traction strength adjusting member

12: two-stage folding

13: Two-stage folding tear prevention groove

14: Ear Protector

15a, 15b: Functional material mounting support

16a, 16b: functional material mounting groove

17a, 17b, 17c, 17d: penetrating penetration of functional material effect

18: functional material case

19: cervical spine

20: back head

21: tilt back

22: back neck flexion

23: shoulder

24: cervical spine inclination

P: foam pillow

A: Top

B:

C: two-fold folding

D: two-fold folding support

Claims

The flat portion is formed integrally, the bottom portion is a two-stage folding groove in the horizontal direction is formed in the front portion direction,

The flat part has a posterior head support portion inwardly positioned so that the larynx is located at the center, a cervical spine support portion protruding to support the cervical spine portion below the posterior head support portion, and a facial position restoring curved portion connecting the back head support portion and the cervical spine support portion. And, height adjustable folding tow pillow characterized in that it comprises a shoulder rest indented in the direction of the cervical vertebrae support portion on both sides to support the shoulder portion of the user.

According to claim 1, Height adjustable folding pillow, characterized in that the pipe-shaped cervical spine support member is inserted in the transverse direction inside the cervical spine support.

According to claim 2, The cervical spine strength adjustment member,

The two pipe pipes are coupled to each other inwardly, the height adjustable folding traction pillow, characterized in that the length of the entire cervical support strength adjustment member is adjusted by adjusting the length embedded.

According to claim 1, The rear portion of the height adjustment folding traction pillow,

The two-stage folding groove is divided into an upper body and a lower body so that the flat portion is internally foldable around the two-stage folding groove, and can be folded in two stages. Height adjustable foldable pillow characterized in that the earpiece is configured to be filled with.

The method of claim 4, wherein

The upper body, a posterior head horizontal incision that can be inserted into the back of the head height adjustment block to adjust the height inside the back support,

The lower body, the height adjustable folding towing pillow characterized in that the cervical spine horizontal incision portion is configured to be inserted into the cervical height adjustment block to adjust the height inside the cervical support.

The shoulder rest according to any one of claims 1 to 5,

A shoulder incision is formed in both sides of the lower portion penetrating from the flat portion to the bottom portion, and the shoulder height adjustment block is installed in the shoulder incision portion by adjusting the number of input of the shoulder height adjustment block according to the length of the user's neck. Height adjustable folding pillow characterized in that the shoulder rest is configured to closely support the user's shoulders.

The method of claim 6, wherein the height adjustable folding pillow,

A plurality of ventilation holes are formed on the upper sides of the flat portion, the height adjustment folding pulley pillow, characterized in that the pad storage portion cut inwards on both sides to insert the functional material release pad inside the ventilation hole.