KR102652263B1 - Baby pillow capable of side sleeping - Google Patents

Abstract

A baby pillow that allows the baby to sleep on its side is provided. The baby pillow that allows the baby to sleep on its side has a head cushion part that supports the baby's head, one end of which is connected to one side of the head cushion part, and the other end extends in the direction of the baby's torso. It includes a first extension cushion shaped like a long cushion, and a second extension cushion shaped like a long cushion with one end connected to the other side of the head cushion and the other end extending in the direction of the baby's torso, the head cushion part and the first extension cushion. A body receiving space in which the baby's torso is accommodated is formed between the second extension cushion and the second extension cushion.

Description

Baby pillow capable of side sleeping}

The present invention relates to a pillow for a baby, and more specifically, to a pillow for a baby that can sleep on its side that can maintain or change the baby's position in a side sleeping position.

Newborns, infants, or young children with low muscle mass cannot control their bodies smoothly. Therefore, since most people spend their time lying down, it is necessary to maintain a correct lying posture.

In general, caregivers tend to place the baby on his back, but if the baby repeatedly lies down looking at the ceiling, there is a possibility that the baby may develop head deformity that flattens the back of the head. As these problems emerged, products that prevent head deformity were developed (e.g., Republic of Korea Patent 10-1795886, etc.)

However, in most conventional cases, there is a problem as it is a method that only reduces the pressure on the back of the head when the baby is in an upright position. For example, even if the support capacity, shape, and structure of the cushion that supports the back of the head were changed, the actual effect of preventing head deformation was often minimal. In addition, because the shape of the cushion fixes the baby's lying position, there is a high risk that uncomfortable positions will be repeated, which may have adverse effects.

In addition, in the case of newborns, the Moro reflex may frequently occur due to a changed environment, but there was a problem in that no response to this was done at all.

Republic of Korea Patent Publication No. 10-1795886, (2017. 11. 08)

The technical problem of the present invention is to solve these problems, and is to provide a baby pillow that can flexibly change the baby's sleeping position and prevent head deformation, allowing the baby to sleep on its side, and also a method of wrapping the baby's limbs. We provide a pillow that allows babies to sleep on their side, which can eliminate problems such as the Moro reflex.

The technical problem of the present invention is not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

The baby pillow that allows the baby to sleep on its side according to the present invention includes a head cushion part that supports the baby's head; A first extension cushion in the shape of a long cushion with one end connected to one side of the head cushion part and the other end extending in the direction of the baby's torso; And a second extension cushion in the shape of a long cushion with one end connected to the other side of the head cushion unit and the other end extending in the direction of the baby's torso, the head cushion unit, the first extension cushion, and the second extension cushion. A body accommodating space is formed in between to accommodate the baby's torso.

The head cushion part may include a neck support section made of a curved surface surrounding the baby's neck between one end of the first extension cushion and one end of the second extension cushion.

The first extension cushion and the second extension cushion are arranged symmetrically on both sides of the headrest section, and each length may be at least longer than the length of the head cushion portion.

The baby pillow may further include a pressure fixing part that pulls the other end of the first extension cushion and the other end of the second extension cushion towards each other and brings them into close contact in a closed state.

The first extension cushion and the second extension cushion provide tension that causes deformation of the head cushion at one end when the other end is pulled, and the first extension cushion and the second extension cushion provide tension to one end of the head cushion. It may further include a deformation inducing part that deforms the head cushion part concavely by adjusting the distribution of tension.

The deformation-causing part may include at least one adjustment line installed along the surface of each inner skin at a connection point where the inner skin of the first extension cushion and the second extended cushion, and the inner skin of the head cushion part are connected.

The adjustment line may be installed on the inner surface of the first extension cushion, the second extension cushion, and the head cushion using a sewing method.

The adjustment line may include an outer adjustment line that extends from the connection point to the inside of the head cushion and is disposed biased toward the edge of the head cushion to increase tension of the edge of the head cushion.

The pressure fixing part may include at least one compression band disposed on an outer surface of one of the other end of the first extension cushion and the other end of the second extension cushion and surrounding and pressing the other outer circumference.

The compression band may be disposed at an angle with respect to the first extension cushion or the second extension cushion.

According to the present invention, a baby can be put to sleep while flexibly changing its posture, rather than fixing the baby in an upright position. In particular, you can put your baby to sleep in a side sleeping position, effectively preventing head deformation caused by pressure on the back of the head. In addition, since you can freely lie down while changing direction to the left or right, fatigue caused by a fixed posture can be minimized. In addition, if necessary, the baby can be put to sleep in an upright position, and it provides stability by wrapping the baby's limbs in any position, so it is possible to solve the problem of the baby not being able to fall asleep due to the Moro reflex.

Moreover, the present invention is that when the other end of the first extension cushion and the other end of the second extension cushion are tied by the pressure fixing part, the tension formed by lifting the head cushion upward makes the baby's head more visible when the child lies on the side. It can be supported stably.

Figure 1 is a perspective view of a baby pillow that allows a baby to sleep on its side according to an embodiment of the present invention.
Figure 2 is a diagram showing the top and bottom surfaces of the baby pillow of Figure 1.
Figure 3 is a perspective view showing the intersection of the extended cushions of the baby pillow of Figure 1.
Figure 4 is an exploded view of the baby pillow of Figure 1.
Figure 5 is a diagram showing a deformed state of the inner skin of the baby pillow of Figure 4.
Figure 6 is a diagram illustrating the use state of the baby pillow of Figure 1 before crossing the extension cushion.
Figure 7 is a diagram illustrating the use state of the baby pillow of Figure 1 after crossing the extension cushion.
Figure 8 is a view from the side of the baby pillow of the use situation after crossing the extension cushion of Figure 7.

The contents of the present invention will be described below through examples of the present invention, but the present invention is not limited to the following examples. Without being limited to the following embodiments, the present invention may be implemented in various forms. However, the present embodiments are provided to support the present invention so that the disclosure of the present invention is complete and to fully inform those skilled in the art of the scope of the invention, and the present invention is only provided. It is only defined by the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, with reference to FIGS. 1 to 8, the baby pillow that can sleep on its side according to the present invention will be described in detail.

Figure 1 is a perspective view of a baby pillow that can sleep on its side according to an embodiment of the present invention, Figure 2 is a view showing the top and bottom of the baby pillow of Figure 1, and Figure 3 is an extension of the baby pillow of Figure 1. This is a perspective view showing the cushion intersection state.

Referring to Figure 1, the baby pillow 1 (hereinafter referred to as baby pillow) that can sleep on its side according to the present invention includes a head cushion part 100 and two extension cushions 200 and 300 connected to the head cushion part 100. ) includes. The baby pillow 1 is formed in a structure in which two extension cushions are connected around the head cushion part 100.

The head cushion unit 100 and the extension cushion are in close contact with the baby's body and encourage the baby to sleep soundly in various positions. In particular, when two extension cushions are crossed and combined as shown in Figure 3, the head cushion portion 100 is deformed concavely by tension to support the baby's head, and the crossed extension cushions wrap around the baby's torso and come into close contact. At this time, if the child lies on his side, the baby's head can be supported more stably. Additionally, in this state, the baby can sleep lying on his side while holding an extension cushion (see Figure 7).

In addition, when the extension cushion is separated, the baby can be laid upright by supporting the back of the baby's head on the head cushion unit 100 (see Figure 6), and by using two extension cushions, the direction of lying on the side can be changed to the left or right at will. Therefore, the baby's position can be changed to various positions. Therefore, head deformation caused by repetition of certain postures can be prevented.

The baby pillow (1) of the present invention is configured as follows. The baby pillow (1) includes a head cushion part (100) that supports the baby's head, and a first extension cushion in the shape of a long cushion with one end connected to one side of the head cushion part (100) and the other end extending in the direction of the baby's torso. (200), and a second extension cushion (300) in the shape of a long cushion with one end connected to the other side of the head cushion unit (100) and the other end extending in the direction of the baby's torso, and the head cushion unit (100) A body receiving space 102 in which the baby's torso is accommodated is formed between the first extension cushion 200 and the second extension cushion 300.

In one embodiment of the present invention, the baby pillow 1 is in close contact with the other end of the first extension cushion 200 and the other end of the second extension cushion 300 in a state in which the other end of the first extension cushion 300 is closed towards each other (see Figure 3). It may further include a pressure fixing part 400 for coupling. The compression fixing portion 400 may be formed to include a compression band 410 that surrounds and compresses the outer periphery of the extension cushion.

In addition, at the end of the extension cushion where the head cushion part 100 and the extension cushion are connected, the shape of the head cushion part 100 is changed to be concave by adjusting the distribution of tension provided from the extension cushion to the head cushion part 100. A deformation-inducing portion (see 11 in FIG. 4) may also be formed. The deformation inducing portion 11 may be placed on the inner skin of the baby pillow 1.

The pressure fixing part 400 and the deformation inducing part 11 are structures that induce tension by effectively combining the extension cushion and induce deformation of the head cushion part 100 to support the baby's head, so the baby pillow (1) It is also advantageous in maximizing comfort and preventing head deformation. Below, based on one embodiment of the present invention, the configuration and effects of the present invention will be described in more detail.

Referring to Figure 1, the head cushion unit 100 is disposed at the top (meaning the part where the baby's head is located) of the baby pillow 1. The head cushion part 100 is a part that supports the baby's head and may be the central structure of the baby pillow (1). The head cushion unit 100 also serves as a connector that supports and connects the two extension cushions (the first extension cushion 200 and the second extension cushion 300). The head cushion part 100 may have an appropriate width and may have an overall convex shape because the inside is filled with filler (cotton or a substitute that can equally function as a cushion).

In Figure 2, the arrangement of the head cushion unit 100 is shown more clearly. Figure 2 (a) is a plan view showing the upper surface of the baby pillow (1), and Figure 2 (b) is a bottom view showing the lower surface (bottom surface) of the baby pillow (1). The head cushion unit 100 has a width sufficient to support the baby's head, and its shape does not need to be particularly limited. Therefore, there is no need to be limited to the shape shown. The head cushion unit 100 can be modified in various ways as long as it is formed as a cushion that can support the baby's head.

The head cushion part 100 is located between one end of the first extension cushion 200 (the end connected to the head cushion part) and one end of the second extension cushion 300 (the end connected to the head cushion part). It may include a neck support section 110 made of a curved surface surrounding the .

Since two extension cushions are connected to the head cushion unit 100, a neck support section 110 may be included at a point where the baby's neck passes so that the baby's body can be comfortably placed in the space between the two extension cushions. The neck support section 110 is formed as a curved surface and may be slightly lower in height than other points of the head cushion unit 100.

Referring to Figure 2, the head cushion portion 100 and the two extension cushions 200 and 300 may be formed integrally with each other. The head cushion unit 100, the first extension cushion 200, and the second extension cushion 300 may be cut integrally with each other using a sewing method. However, if necessary, it would be possible to form each separately and join them by sewing. Even though each part of the head cushion unit 100, the first extension cushion 200, and the second extension cushion 300 are connected to each other, they can be distinguished based on relative arrangement and shape. For the division of each part, refer to the example in FIG. 2.

The baby pillow 1 is composed of an outer shell and an inner shell, and the head cushion part 100, the first extension cushion 200, and the second extension cushion 300 may all include an outer shell and an inner shell. Filling materials such as cotton may be filled into each inner skin. The head cushion unit 100, the first extension cushion 200, and the second extension cushion 300 can all maintain their shapes based on the inner skin. Therefore, the deformation of the inner skin is substantially the same as the deformation of each part including the outer skin. Because of this, the deformation-inducing portion (see 11 in FIG. 4) can be formed on the endothelium side. In order to easily combine the outer skin and the inner skin, the outer skin of each part can be connected to form an outer skin part (see 20 in Figure 4), and the inner skin of each part can be connected to form an inner skin part (see 10 in Figure 4). The combined structure of the inner and outer skin will be described again later.

Referring to Figure 2, a ventilation structure (20a) may be formed in the baby pillow (1). Preferably, a structure with relatively high ventilation can be applied to the upper surface ((a) of Figure 2) of the baby pillow 1. This ventilation structure 20a can be formed in the same way not only in the head cushion part 100 but also in the extended cushion (see Figure 1). The ventilation structure 20a can be formed of functional fiber (eg, Tencel fiber) that is highly breathable and soft to the touch.

The two extension cushions 200 and 300 are respectively connected to different points of the head cushion unit 100. The extended cushion can also be seen as a structure protruding from the head cushion portion 100. In this specification, the two extension cushions are referred to as a first extension cushion 200 and a second extension cushion 300, respectively. The first extension cushion 200 and the second extension cushion 300 may have substantially the same structure and may have symmetrical shapes. Therefore, it is safe to say that the description of one extension cushion applies equally to other extension cushions.

Referring to Figures 1 and 2, the first extension cushion 200 is a long cushion with one end connected to one side of the head cushion unit 100 and the other end extending in the direction of the baby's torso (opposite direction of the head cushion unit). formed into a shape. In addition, the second extension cushion 300 is formed in the shape of a long cushion with one end connected to the other side of the head cushion unit 100 and the other end extending in the direction of the baby's torso. As a result, a structure in which the first extension cushion 200 and the second extension cushion 300 extend symmetrically from different points of the head cushion unit 100 in the direction of the baby's torso is formed.

The first extension cushion 200 and the second extension cushion 300 may have an overall convex shape filled with filler (cotton or a substitute that can equally function as a cushion) inside. Each extension cushion has the shape of a long cushion extending long in the longitudinal direction and may have a substantially cylindrical shape convex outward. Each extended cushion does not have to be perfectly circular and may be of uneven thickness. Each extension cushion can also be modified in various ways within the limit of its long cushion shape. For example, as shown, the other end of each extension cushion (the end protruding opposite the head cushion part) can be formed in a structure with a relatively reduced diameter so that it can be easily inserted into the compression band 410, which will be described later.

The first extension cushion 200 and the second extension cushion 300 are arranged symmetrically on both sides of the aforementioned head support section 110, and each length may be at least longer than the length of the head cushion portion 100. . More preferably, the first extension cushion 200 and the second extension cushion 300 may be formed to be longer than the baby's torso so as to surround the baby's torso (see FIGS. 7 and 8). Since the baby can be considered as a general newborn or infant, the length of the first extension cushion (200) and the second extension cushion (300) can be adjusted taking into account the height of the baby being considered.

The baby pillow 1 has a structure in which the first extension cushion 200 and the second extension cushion 300 are connected to different sides of the head cushion unit 100 in this way. Accordingly, a body receiving space 102 in which the baby's torso is accommodated is formed between the head cushion part 100 and the first extension cushion 200 and the second extension cushion 300. By placing the baby's torso in the body receiving space (see 102 in FIG. 1) and supporting the head on the head cushion 100, the baby can be put to sleep in various comfortable positions. For example, as shown in Figure 3, the first extension cushion 200 and the second extension cushion 300 can be combined and used by folding them in an alternating manner. Since the two extension cushions are connected to the head cushion unit 100, when the first extension cushion 200 and the second extension cushion 300 are pulled toward each other and combined in a closed state, the first extension cushion 200 and the second extension cushion 300 are connected to each other. The double extension cushion 300 applies tension to both sides of the head cushion 100 to deform the head cushion 100 into a specific shape. In particular, when tension is applied, the head cushion portion 100 may be deformed concavely as the edge portion is tense by the deformation inducing portion (see 11 in FIG. 4) formed on the endothelium (see FIG. 8). Therefore, in the state shown in FIG. 3, the baby's temporal region can be supported at an appropriate angle by the head cushion unit 100 to protect it from being positioned lower than the neck. Therefore, it is possible to sleep your baby on your side more comfortably.

That is, the first extension cushion 200 and the second extension cushion 300 provide tension that causes deformation of the head cushion 100 at one end when the other end is pulled, and the first extension cushion 200 and the second extension cushion 300 A deformation inducing portion 11 may be formed at one end of the extension cushion 300 (an end connected to the head cushion portion) to adjust the distribution of tension to deform the head cushion portion 100 concavely. Hereinafter, the coupling structure and deformation-causing part of the extension cushion will be described in more detail.

Referring to Figure 2, the baby pillow 1 has the other end of the first extension cushion 200 (the end protruding opposite the head cushion part) and the other end of the second extension cushion 300 (the end protruding opposite the head cushion part). It may include a pressure fixing part 400 that couples the ends) in close contact with each other in a closed state. The pressure fixing part 400 is disposed on the outer surface of one of the other end of the first extension cushion 200 and the other end of the second extension cushion 300 and is a compression band (see Figure 3) that surrounds and compresses the other outer circumference. 410) may include at least one.

The pressure fixing unit 400 naturally causes tension throughout the baby pillow 1 by pressing the first extension cushion 200 and the second extension cushion 300 and causing them to close together. The pressure fixing part 400 couples the two extension cushions in a detachable manner. Since the pressure fixing part 400 can be modified to any extent within such limits, there is no need to be limited to this embodiment. However, in this embodiment, the structure to which the compression band 410 is applied will be described.

The pressure fixing part 400 may be formed on the bottom side of the baby pillow 1 as shown in (b) of Figure 2. The pressure fixing portion 400 may be formed on either the first extension cushion 200 or the second extension cushion 300 or on both sides. Preferably, the compression fixing portion 400 is disposed on the outer surface of the other end of the first extension cushion 200 and the other end of the second extension cushion 300, and may each include a compression band 410.

The compression band 410 is made of an elastic material and can be stretched. Both ends of the compression band 410 are fixed to the surface of the extension cushion and can apply pressure by stretching from the surface of the extension cushion or contracting toward the surface of the extension cushion. Using the compression band 410, the two extension cushions can be conveniently combined by inserting one extension cushion into the compression band 410 of the other extension cushion (see dotted line arrow) as shown in (b) of Figure 2. After coupling, the pressure band 410 may surround the outer periphery of the inserted extension cushion on one side and apply pressure while contracting toward the extension cushion on the other side (see Figure 3).

Therefore, the first extension cushion 200 and the second extension cushion 300 can be pulled toward each other and pulled together in close contact with the compression band 410. Tension is continuously applied while the connection is maintained. The compression band 410 can adjust its elasticity in consideration of the thickness of the extension cushion and the density of the filler in order to apply sufficient pressing force. In addition, if necessary, it is possible to arrange a plurality of compression bands 410 on each extension cushion and fix the extension cushion with two or more compression bands at a time. Since the compression band 410 is elastic, if the extension cushion inserted inside the compression band 410 is pulled out in reverse, the two extension cushions can be easily separated. In this way, the two extension cushions can be easily combined and separated using the compression band 410.

The extension cushion is inserted so as to cross the longitudinal direction of the compression band (410). Therefore, by adjusting the arrangement of the compression band 410, the insertion angle of the extension cushion can be changed, and the intersection angle or the degree of retraction of the two extension cushions can be adjusted through this. For example, the compression band 410 may be disposed at an angle with respect to the first extension cushion 200 or the second extension cushion 300 as shown in FIG. 2 . For example, as the degree of inclination (slope) of the compression band 410 with respect to the extension cushion increases, the intersection angle formed by the two extension cushions when combined may increase, and vice versa. Since the degree of close contact between the extension cushion and the baby can change depending on the angle at which the extension cushion is crossed or the degree to which it is compressed, it is possible to increase the support effect by placing the compression band 410 in an appropriate direction.

In this way, the first extension cushion 200 and the second extension cushion 300 can be combined or separated at any time. When two extension cushions are combined, tension is induced by deformation, and the induced tension can be adjusted by the deformation inducing part. Hereinafter, the outer and inner skin structures and deformation-causing parts of the baby pillow will be described in more detail.

Figure 4 is an exploded view of the baby pillow of Figure 1, and Figure 5 is a diagram showing a deformed state of the inner skin of the baby pillow of Figure 4.

As shown in Figure 4, the baby pillow 1 is formed by combining the outer skin and the inner skin. Therefore, the head cushion unit (see 100 in FIG. 2), the first extension cushion (see 200 in FIG. 2), and the second extension cushion (see 300 in FIG. 2) may all have an outer shell and an inner shell. As described above, the outer skin of each part can be connected to form the outer skin part 20, and the inner skin of each part can be connected to form the inner skin part 10 and combined with each other. The outer skin portion 20 and the inner skin portion 10 may be the same as the example in FIG. 4 .

Referring to Figure 4, the outer skin part 20 is a combination of the outer skins of the head cushion part, the first extension cushion, and the second extension cushion described above, and the outer skins of the head cushion part, the first extension cushion, and the second extension cushion are It may be part of the outer skin 20. By forming a zipper portion 22 on one side of the outer skin portion 20, one side can be opened and the inner skin portion 10 can be inserted inside. If necessary, a decorative part 21 that enhances aesthetics may be placed on the outer skin part 20.

The inner skin 10 is a combination of the inner skins of the head cushion part, the first extension cushion, and the second extension cushion, and the inner skin of the head cushion part, the first extension cushion, and the second extension cushion may be part of the inner skin part 10. there is. A zipper portion 12 is formed on one side of the inner skin 10 and can be used to fill the inner skin 10 with filling. It is desirable that the filling in the inner skin 10 be filled without any gaps.

Since the inner skin 10 is a part that is filled with filling and acts as a substantial cushion, its shape is substantially the same as that of the head cushion part, the first extension cushion, and the second extension cushion. That is, the inner skin 101 of the head cushion part, the inner skin 201 of the first extension cushion, and the inner skin 301 of the second extended cushion are formed to have substantially the same structure as each part. Therefore, it is possible to form a deformation inducing part 11 that causes deformation of the head cushion part in the inner skin 10.

The deformation inducing part 11 has at least one adjustment line installed along the surface of each inner skin at the connection point where the inner skins 201 and 301 of the first and second extended cushions and the inner skin 101 of the head cushion part are connected. 11a) may be included. The adjustment line 11a is formed to easily transmit tension with relatively little expansion and contraction, and may be deformed into various shapes within such limits. For example, the adjustment line (11a) may be installed in a sewing manner on the surfaces of the inner skin (201, 301, 101) of the first extension cushion, the second extension cushion, and the head cushion part.

That is, the adjustment line 11a may be formed of a bar, but this is not limited. In other embodiments, the adjustment line 11a may be implemented in a different structure that facilitates tension transmission. However, there may be a manufacturing advantage when the control line 11a is formed from a bar seam.

As shown, the adjustment line (11a) is an outer adjustment line extending inside the head cushion from the connection point where the inner skin (201, 301) of the first and second extension cushions and the inner skin (101) of the head cushion are connected. It may include (11a1). The outer adjustment line (11a1) is disposed biased toward the edge of the head cushion portion to increase the tension of the edge portion of the head cushion portion. An example of the outer adjustment line 11a1 is as shown in the drawing. Another adjustment line (11a) may be arranged along the connection point where the inner skin (201, 301) of the first extension cushion and the second extension cushion and the inner skin (101) of the head cushion part are connected.

That is, a deformation inducing portion 11 that adjusts the distribution of tension can be formed on the endothelium side, and this can be implemented by arranging the adjustment line 11a. By controlling the distribution of tension with the control line, the head cushion can be transformed into a specific shape when tension is applied. Because of this, the baby pillow can be modified as follows.

Figure 5(a) illustrates the shape before deformation, Figure 5(b) illustrates the shape after deformation (when tension is applied), and Figure 5(c) is a side view of the shape after deformation (when tension is applied). It is shown. Figure 5 is shown as an inner skin 10 to show the operation of the deformation inducing part 11, but since the inner skin 10 is filled with filling and acts as a practical cushion, the inner skin 10 is used as a head cushion part, a first extension cushion, and a head cushion part. As described above, the shape and function are substantially the same as those of the second extension cushion. Therefore, the transformation process in Figure 5 is the same as the transformation process of the baby pillow.

When the two extension cushions are not combined as shown in (a) of Figure 5, no separate tension is applied to the baby pillow, but when the two extension cushions are pulled and combined as shown in (b) of Figure 5, tension is induced throughout the baby pillow. At this time, tension (see arrows in Figures 5 (b) and (c)) is applied toward the other end of the extension cushion where the two extension cushions are combined (by the aforementioned pressure fixing part), so the head cushion part pulled by the tension is tense. This may cause the border to lift upward.

The deformation of this head cushion part is more effectively controlled by the deformation inducing part 11 that controls tension distribution. Since tension can be more easily transmitted through the adjustment line (11a), the tension distribution can be changed by arranging the adjustment line (11a). In particular, the outer adjustment line 11a1 is biased toward the edge of the head cushion and extends long inside the head cushion, thereby causing more deformation in the edge of the head cushion and tensioning the edge more effectively.

Therefore, in contrast to the edge portion of the head cushion where the outer adjustment line (11a1) is disposed, the inner side of the head cushion portion (the portion where the neck support section (see 110 in FIG. 3) is located) where the adjustment line (11a) is not substantially disposed. The shape of the head cushion part can be adjusted in a way that causes asymmetrical deformation. That is, as shown, the edge portion of the head cushion, which is more tense by the outer adjustment line 11a1, can be stretched and lifted upward ((c) in Figure 5), and as a result, the head cushion portion may be deformed into a concave shape with a slight inclination. You can. By adjusting the distribution of tension, the head cushion part can be transformed into the intended shape.

Using these structural features, the present invention makes it possible to put a baby to sleep in an extremely comfortable position as follows. Hereinafter, the effects of the present invention will be described in more detail with reference to the drawings.

Figure 6 is a diagram illustrating the state of use before crossing the extension cushion of the baby pillow of Figure 1, Figure 7 is a diagram illustrating the state of use after crossing the extension cushion of the baby pillow of Figure 1, and Figure 8 is a diagram illustrating the state of use of the extension cushion of Figure 7 This is a diagram looking at the usage situation after crossing from the side of the baby pillow.

First, referring to Figure 6, the baby pillow 1 of the present invention can be used even with the first extension cushion 200 and the second extension cushion 300 separated. At this time, the body accommodation space (see 102 in FIG. 1) is secured wider, so the baby (A) can be laid down in various positions. Of course, as shown, the baby can be laid upright with the back of the head supported on the head cushion unit 100 and encouraged to freely move the arms and legs.

At this time, the first extension cushion 200 and the second extension cushion 300 are connected to both sides of the head cushion part 100 to prevent the baby (A) from escaping out of the body receiving space 102, so that the baby (A) ) Even if the head moves, problems such as the head being separated from the head cushion unit 100 do not occur. Therefore, you can put your baby to sleep even when he or she is lying flat on his back.

In addition, if the first extension cushion 200 and the second extension cushion 300 are combined as shown in Figure 7, the baby pillow 1 can be used in a completely different way. That is, when the first extension cushion 200 and the second extension cushion 300 are combined with the compression band 410, the two extension cushions wrap around the torso of the baby (A) in a closed state, so that the back and abdomen of the baby (A) You can also have your baby (A) sleep on his side with the two extension cushions in close contact.

At this time, the baby (A) is in a state where the temporal part of the head is supported on the head cushion unit 100 as shown, and therefore the back of the head is not pressed, so the head deformation of the baby (A) is also effectively prevented by changing the pressure area on the head. can do. In other words, the present invention can be used either by lying the baby (A) upright as shown in Figure 6 or by putting the baby (A) to sleep on its side as shown in Figure 7, thereby fundamentally eliminating head deformation caused by repeated pressure on a specific area. It has a preventive effect.

In addition, as shown in the side view of Figure 8, when the baby (A) is put to sleep on its side, the head cushion part 100 is deformed concavely due to the tension exerted by the combination of the extension cushion, so that the temporal part of the baby (A) is held at an appropriate angle. It is supported by Therefore, not only can you adjust the angle of the head and neck to encourage a good night's sleep for the baby (A), but you can also naturally solve the problem of the head falling down the neck due to the difference in height of the cushion when the baby is generally laid on its side. there is.

In addition, in the case of sleeping on the side like this, the first extension cushion (200) and the second extension cushion (300) are in close contact with the back and abdomen of the baby (A) and cover the entire torso, so they have a kind of effect like a swaddle. Problems such as (A)'s inability to sleep due to the Moro reflex can also be resolved. In this way, the baby pillow of the present invention allows the baby to sleep soundly in various positions.

Although the embodiments of the present invention have been described above with reference to the attached drawings, those skilled in the art can understand that the present invention is possible in other specific forms without changing its technical idea or essential features. There will be. Therefore, the embodiments described above should be understood in all respects as illustrative and not restrictive.

1: Baby pillow that lets you sleep on your side
10: inner skin 11: deformation-inducing area
11a: control line 11a1: outer control line
12, 22: zipper part 20: outer skin part
20a: ventilation structure 21: decoration part
100: head cushion part 101: inner skin of head cushion part
102: Body receiving space 110: Neck support section
200: First extension cushion 201: Inner skin of first extension cushion
300: 2nd extension cushion 301: lining of the 3rd extension cushion
400: Compression fixing unit 410: Compression band
A: Baby

Claims (10)

Head cushion part that supports the baby's head;
A first extension cushion in the shape of a long cushion with one end connected to one side of the head cushion part and the other end extending in the direction of the baby's torso;
a second extension cushion in the shape of a long cushion with one end connected to the other side of the head cushion unit and the other end extending in the direction of the baby's torso; and
It includes a pressure fixing part that pulls the other end of the first extension cushion and the other end of the second extension cushion towards each other and brings them into close contact in a closed state,
A body receiving space in which the baby's torso is accommodated is formed between the head cushion part, the first extension cushion, and the second extension cushion,
The first extension cushion and the second extension cushion provide tension to one end that causes deformation of the head cushion when the other end is pulled,
A baby pillow that allows the baby to sleep on its side, further comprising a deformation inducing portion at one end of the first extension cushion and the second extension cushion that adjusts the distribution of the tension to deform the head cushion portion into a concave shape. According to paragraph 1,
The head cushion part includes a neck support section made of a curved surface that surrounds the baby's neck between one end of the first extension cushion and one end of the second extension cushion. A baby pillow that allows the baby to sleep on its side. According to paragraph 2,
The first extension cushion and the second extension cushion are arranged symmetrically on both sides of the neck support section, and each length is at least longer than the length of the head cushion section, and the baby pillow can be slept on its side. delete delete According to paragraph 1,
The deformation-inducing part can be used to sleep on its side, including at least one adjustment line installed along the surface of each inner skin at a connection point where the inner skin of the first extension cushion and the second extension cushion and the inner skin of the head cushion are connected. Baby pillow. According to clause 6,
The adjustment line is installed in a sewing manner on the inner surface of the first extension cushion, the second extension cushion, and the head cushion part, and the baby pillow can sleep on its side. According to clause 6,
The adjustment line extends from the connection point to the inside of the head cushion and includes an outer adjustment line that is biased toward the edge of the head cushion and increases the tension of the edge of the head cushion. pillow. According to paragraph 1,
The pressure fixing part is disposed on the outer surface of one of the other end of the first extension cushion and the other end of the second extension cushion and includes at least one compression band that surrounds and compresses the other outer circumference, allowing sleeping on its side. Baby pillow. According to clause 9,
The pressure band is disposed at an angle with respect to the first extension cushion or the second extension cushion, and is a baby pillow that allows the baby to sleep on its side.

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