KR20210125698A - Pillow of infant and manufacturing method thereof - Google Patents

Abstract

The present invention relates to a pillow for an infant and a manufacturing method thereof, wherein a recessed headrest groove is formed in the middle of a pillow body to support the head of an infant, a head rear end supporting part is formed at one side with respect to the headrest groove to support the head rear part (occipital part) of an infant, and a neck supporting part is formed at the other side to support the neck part of an infant. The head rear end supporting part is thicker and longer than the neck supporting part, so the head of a growing infant is enabled to grow uniformly and the head part at both sides of an infant adheres closely, thereby preventing the head from being separated by toss-and-turn when the infant sleeps or rests while lying. In addition, the present invention uses a mesh member to dry sweat or saliva, thereby preventing the contamination of the pillow by sweat or saliva and facilitating drying after washing. Even if the heat of an indoor floor is transmitted, a rise in the temperature of the surface of the pillow can be inhibited by an air-permeable structure to minimize the interruption of deep sleep due to sweat between the head of an infant rested on the pillow and the contact surface of the pillow.

Description

Infant pillow and method for manufacturing the same infant pillow {PILLOW OF INFANT AND MANUFACTURING METHOD THEREOF}

The present invention relates to a pillow for infants and a method for manufacturing the same for infants, and more particularly, a headrest groove of a concave shape is formed in the center of a pillow body to support an infant's head, and one side of the headrest groove is The rear end of the head support for supporting the back of the infant's head is formed, and the neck support for supporting the neck of the infant is formed on the other side, and the rear end of the head support is relatively thick and long compared to the neck support, so growth Not only does it allow the head of the infant to grow evenly, but also the head of both sides of the infant is closely attached to prevent the head from coming off in advance by tossing and turning while the infant is sleeping or lying down. It relates to a pillow and a method for manufacturing the same for infants.

In general, infants and newborns use a pillow to comfortably support the head of the infant because they are mostly lying down because their body tissues lack strength in general.

Recently, there has been a tendency to lay a newborn baby on its side or face down in order to make the newborn's head in the shape of a chrysanthemum. In order to prevent such a fatal accident, the newborn has no choice but to lie flat on the back of the baby. In this case, the newborn's skull is not completely joined, so pressure is applied to the newborn's skull, and as a result, the back of the newborn's head is flat. There is a problem to do.

In order to solve this problem, it is necessary to reduce the load applied to the back head (occipital region) of the newborn, and the shape and material of the related pillow are important. A conventional infant pillow called a changoo pillow (aka: donut pillow) that is commonly used is designed to prevent a newborn's back head from flattening.

For reference, in newborns, the suture between the bones is not completed and the head is not only soft, but the head size grows very rapidly up to 2 to 3 months of age, and even in the case of infants aged 3 months or older, the skull gradually grows.

The conventional infant pillow has a donut-shaped ring structure, has a cushioning material made of elastic and elastic polyester cotton inside, and the occipital bone of the newborn protrudes through the space formed in the center of the pillow. By supporting the back of the head at a predetermined height from the floor, it is configured to prevent the back of the head from being flattened.

However, the conventional infant pillow has a neck that is too high compared to the neck of a newborn, so it is too inconvenient for a newborn to use, as well as excessively supporting the infant's neck, causing the infant's head to fall backwards, There is a serious problem that not only cannot comfortably support the neck of a newborn child due to lack of wealth, but also there is a risk of injury, and the infant turns over and blocks the infant's nose and mouth, causing a phenomenon that obstructs breathing, which can lead to a safety accident.

Domestic Patent Publication No. 10-2018-0106252 Domestic Patent Registration No. 10-1147606

In order to solve the above problems, the present invention not only specifies the design of the pillow body so that the head of the growing infant grows evenly, but also the head of both sides of the infant is in close contact while the infant is sleeping or resting while lying down It can prevent the head from coming off by tossing and turning, and since a mesh membrane is used, sweat or saliva can be dried quickly, so that contamination of the pillow by sweat or saliva can be prevented in advance, and after washing It dries quickly, and even if the warmth of the indoor floor is transmitted, the breathable structure prevents the temperature rise of the pillow surface. It is an object of the present invention to provide a pillow for infants that can minimize the occurrence and a method for manufacturing the pillow for infants.

In order to achieve the above object, the present invention provides a pillow for babies and a method for manufacturing the pillow for babies.

First, the infant pillow of the present invention comprises an endothelial member in which an O-type mesh sheet and a C-type mesh sheet are alternately arranged, an upper and lower outer covering member surrounding the outside of the endothelial member, and a finishing member sewn to the rim of the upper and lower outer covering member It consists of a pillow body comprising a, wherein the pillow body is made in an elliptical shape having the same upper and lower surfaces, and a headrest groove recessed to support an infant's head is formed in the center of the pillow body, and the headrest Based on the groove, the rear end of the head support for supporting the back of the infant's head is formed on one side, and the neck support for supporting the neck of the infant is formed on the other side. It is formed thick and long, so it is possible to prevent the phenomenon that the infant's head is pushed back and the infant's nose and mouth are blocked from interfering with breathing.

In addition, the O-type mesh sheet may have a closed hole, and the C-type mesh sheet may have an open hole toward the neck support.

In addition, the rear end of the head support portion is a first support portion of the rear end of the head formed above the headrest groove to support the upper end of the back of the infant's head; and a second support part at the rear end of the head formed on both left and right sides of the head support groove to support the left and right ends of the back of the child's head.

In addition, when the pillow body is viewed from the side, the thickness of the rear end support portion of the head gradually decreases from the center to the outside.

In addition, in the endothelial member, O-type mesh sheets are arranged up and down, and the C-type mesh sheet and the O-type mesh sheet are alternately arranged between the O-type mesh sheets,

In addition, the rear end support portion of the head is relatively thick and long compared to the neck support portion, so that the infant's head is comfortably supported without excessively supporting the infant's neck to prevent the infant's head from falling backwards, Prevent the infant from changing the lying position to block the infant's nose and mouth to prevent obstruction of breathing.

In addition, the O-type mesh sheet is a porous cushioning material; and a mesh net formed on upper and lower surfaces of the cushioning material.

On the other hand, the baby pillow manufacturing method of the present invention, the steps of providing the upper and lower outer shell members and facing each other; forming a head support groove by sewing in the center of the upper and lower skin members; providing an endothelial member such that the O-type mesh sheets are arranged on top and bottom and the C-type mesh sheets and the O-type mesh sheets are alternately disposed between the O-type mesh sheets; penetrating the upper or lower sheathing member in a hole (hole) formed in the central portion of the endothelial member to position the endothelial member between the upper and lower sheathing members; and completing the infant pillow by sewing the finishing member to the rim of the upper and lower outer shell members so that the upper and lower shell members surround the outside of the endothelial member.

As described above, in the present invention, a recessed headrest groove is formed in the center of the pillow body to support the infant's head, and the rear end of the head supporting the back of the infant's head (occipital region) on one side based on the headrest groove. The support is formed and the neck support for supporting the infant's neck is formed on the other side. In addition, both sides of the head of the infant are in close contact, so that it is possible to prevent the head from being separated by tossing and turning while the infant is sleeping or resting while lying down.

In addition, since the present invention uses a mesh network member, sweat or saliva can be dried quickly, so that contamination of the pillow by sweat or saliva can be prevented in advance, and drying is fast after washing, even if the warmth of the indoor floor surface is transmitted As the temperature rise of the surface of the pillow is lowered by the breathable structure, it is possible to minimize the disturbance of sleep due to sweat between the head of the infant sleeping on the pillow and the contact surface of the pillow.

In addition, the present invention has a structure in which the battery and the on/off push switch are sealed inside the LED seat, so washing and drying is easy, and when the LED is turned on, the light is configured to be expressed on the entire surface of the pillow body, thereby further enhancing the indoor atmosphere at night. It can be used as a mood that can be made beautiful, so it can further enhance the commerciality.

1 is a perspective view showing a baby pillow according to the present invention;
Figure 2 is an exploded perspective view showing a baby pillow according to the present invention;
3 is a plan view showing a baby pillow according to the present invention;
Figure 4 is a perspective view showing the upper and lower outer skin material of the present invention;
5 is an excerpted perspective view showing the inner surface of the upper and lower outer skin materials of the present invention;
6 is a plan view showing a head support groove formed in the upper and lower outer skin materials of the present invention;
7 is a front view showing the pillow body of the baby pillow according to the present invention;
8 is a rear view showing the pillow body of the baby pillow according to the present invention;
9 is a side view showing the pillow body of the baby pillow according to the present invention;
10 is a plan view showing an O-type mesh sheet of the inner skin material according to the present invention;
11 is a plan view showing a C-type mesh sheet of the inner skin material according to the present invention;
12 is a view of inserting the upper outer skin material into the hole of the mesh sheet of the present invention;
13 is a view showing the inner skin material sandwiched between the upper and lower outer skin materials of the present invention;
14 is a flowchart illustrating a method for manufacturing a baby pillow according to the present invention
15 is an exploded perspective view illustrating a baby pillow according to a modified example of the present invention;

Hereinafter, with reference to the accompanying drawings, it will be described in detail with respect to the infant pillow and the method for manufacturing the infant pillow of the present invention.

Referring to the above drawings, the infant pillow of the present invention includes a pillow body 100 made of a specific shape, structure, and material having a technical meaning.

The pillow body 100 of this embodiment has an endothelial member 110 in which an O-type mesh sheet 111 and a C-type mesh sheet 112 are alternately disposed, and an upper and lower outer shell member surrounding the outside of the endothelial member 110 ( 120) and a closing member 130 sewn to the rim of the upper and lower shell members 120.

The pillow body 100 is formed so that the upper and lower surfaces have the same shape and are symmetrical, and may be formed in a rectangular shape (oval shape). That is, by being formed short in the longitudinal direction and relatively long in the lateral direction, the pillow body 100 can be stably seated on the floor surface of the room and stably support the infant's head.

A head support groove 101 having a concave shape is formed in the center of the pillow body 100 to support an infant's head.

Since the headrest groove 101 has a flat bottom surface and is gradually inclined from the outer edge of the bottom surface, it is closely attached to the rear end of the infant's head to more stably support the infant's head.

Based on the headrest groove 101, one side of the pillow body 100 has a convex support for the rear end of the head 103 for supporting the back of the infant's head, and on the other side, a neck support for supporting the neck of the infant ( 107) is formed convex.

The thickness t1 of the rear end of the head support 103 is relatively thicker than the thickness t2 of the neck support 107, and the length (a) of the rear end of the head support 103 is the length (a) of the neck support portion 107. By being formed relatively longer than the length (b), the infant's head is comfortably supported without excessively supporting the infant's neck, effectively preventing the infant's head from falling back and blocking the infant's nose and mouth to prevent breathing can do.

That is, considering that the head is relatively large and the neck is short due to the physical characteristics of the infant, the thickness t1 of the rear end of the head support 103 is greater than the thickness t2 of the neck support 107 in accordance with the physical characteristics of the infant. It is thick, and the length (a) of the rear end of the head support 103 is longer than the length (b) of the neck support 107, so that the infant's head is held back comfortably and stably without excessively supporting the neck of the infant. It is possible to effectively prevent the phenomenon of jeering and blocking the infant's nose and mouth by preventing the infant from changing the lying position of the infant, which obstructs breathing.

In addition, the O-type mesh sheet 111 is formed with a closed hole (H), the C-type mesh sheet 112 is formed with an open hole (H) toward the neck support 107 .

The C-shaped mesh sheet 112 may be composed of a plurality, among which one C-shaped mesh sheet 112 in the middle has a hole (H) located opposite the neck support 107, so that the neck support 107 is too much. By not thinning, it is preferable to support the infant's neck more stably.

The O-type mesh sheet 111 and the C-type mesh sheet 112 are alternately stacked and configured, and by the hole H opened toward the neck support 107, the thickness of the rear end of the head support 103 is Compared to (t1), the thickness (t2) of the neck support part 107 is formed to be thinner, and thus both ends of the neck support part 107 maintain a concave shape, so that the infant's neck can be supported more stably. .

In addition, the head rear end support portion 103 includes a head rear end first support portion 104 and a head rear end second support portion 106 .

The first rear end of the head support 104 is convexly formed above the head support groove 101 to support the upper end of the back of the infant's head, and the second rear end of the head 106 supports the left and right ends of the rear of the infant's head. It is formed convexly on both left and right sides of the headrest groove 101 in order to support it.

The head rear end second support portion 106 may be formed to have a relatively longer length than the head rear end first support portion 104, or may be formed to have the same thickness.

When the pillow body 100 is viewed from the side, the rear end support 103 of the head has a convex shape in a shape that gradually decreases in thickness from the center to the outside.

More specifically, looking at the configuration of the pillow body 100, first, the endothelial member 110 has an O-type mesh sheet 111 arranged at the top and bottom, and a C-type mesh sheet between the O-type mesh sheet 111 ( 112 and O-shaped mesh sheets 111 are alternately arranged.

The endothelial member 110 may be made of a PP material (Polypropylene), which is a crystalline plastic belonging to a polyolefin series and is manufactured by catalytic polymerization of propene. PP material is a well-balanced general-purpose engineering plastic with good chemical resistance, high purity, low water absorption and good electrical insulation properties, it is lightweight and durable.

In this embodiment, although it is described as an example composed of 7 mesh sheets, this is only an example for explanation, and the number may be changed according to the infant's age or physical condition.

In addition, the O-shaped mesh sheet 111 may have a triple structure including a porous cushioning material 111a and a mesh network 111b formed on upper and lower surfaces of the cushioning material 111a. This triple structure can be equally applied to the C-shaped mesh sheet 112 .

The upper and lower shell members 120 may be made by sewing a fabric member 120a that can secure soft and breathable without causing allergic reactions to infant skin on the surface of the triple structure of the O-type mesh sheet 111. have.

The upper and lower shell members 120 include an upper shell member 121 and a lower shell member 122 positioned on the upper side, and the upper shell member 121 and the lower shell member 122 have a head support groove in the middle. It is formed by sewing (101).

And the closing member 130 is finished sewing on the edge of the upper and lower shell members 120, so as to stably hold the overall shape of the pillow body 100 and to maintain the cushion.

Meanwhile, FIG. 14 is a flowchart illustrating a method for manufacturing a pillow for infants according to the present invention.

Referring to the above drawing, the method for manufacturing a baby pillow of the present invention includes the steps of providing an upper and lower outer shell member 120 and contacting each other to face each other (S10); forming a head support groove 101 by sewing in the center of the upper and lower shell members 120 (S20); The endothelial member 110 is provided such that the O-type mesh sheet 111 is arranged on the top and bottom, and the C-type mesh sheet 112 and the O-type mesh sheet 111 are alternately disposed between the O-type mesh sheets 111 step (S30); Positioning the endothelial member 110 between the upper and lower shell members 120 by penetrating the upper or lower shell members 120:121 and 122 in a hole (hole) formed in the center of the endothelial member 110 (S40); And the upper and lower shell members 120 wrap the outside of the endothelial member 110, but sewing the closing member 130 to the edge of the upper and lower shell members 120 to complete the baby pillow (S50); includes; .

That is, in the step (S10), the upper and lower shell members 120 are in contact with each other to face each other. At this time, the upper and lower shell members 121 and 122 are symmetrically positioned.

In the step (S20), the headrest groove 101 is formed by sewing in the center of the upper and lower shell members 120 . The headrest groove 101 may be formed in a circular shape or may be formed in an oval shape.

In the step (S30), the O-type mesh sheet 111 is arranged on the top and bottom, and the C-type mesh sheet 112 and the O-type mesh sheet 111 are alternately arranged between the O-type mesh sheets 111. An endothelial member 110 is provided.

In the step (S40), the upper or lower shell members 121, 122: 120 are taken out through the hole (hole) H formed in the center of the endothelial member 110, and then the endothelial member is inserted between the upper and lower shell members 120. (110) is placed.

Finally, in the step (S50), the upper and lower shell members 120 are wrapped around the outside of the endothelial member 110, and the finishing member 130 is sewn on the edge of the upper and lower shell members 120 to complete the infant pillow. do.

Meanwhile, FIG. 15 is an exploded perspective view illustrating a baby pillow according to a modified example of the present invention, wherein a plurality of LEDs (L) are installed between the O-type mesh sheet 111 and the C-type mesh sheet 112 . 115 is installed, and a battery (B) and an on/off push switch (SW) are sealed and built inside the LED seat 115 . The on-off push switch SW is a one-touch button and is configured to be turned on when pressed once and turned off when pressed again.

The user is configured to turn on or off by pressing the on-off push switch (SW) having a one-touch structure installed in the pillow body. Since the battery (B) and the on/off push switch (SW) are sealed and built-in, an electric short does not occur even during washing.

When the LED (L) is turned on, the light is configured to be expressed on the entire surface of the pillow body 100, so that it is possible to make the indoor atmosphere more beautiful and good at night, and further increase the marketability.

As described above, in the present invention, a recessed headrest groove is formed in the center of the pillow body to support the infant's head, and the rear end of the head supporting the back of the infant's head (occipital region) on one side based on the headrest groove. The support is formed and the neck support for supporting the infant's neck is formed on the other side. In addition, both sides of the head of the infant are in close contact, so that it is possible to prevent the head from being separated by tossing and turning while the infant is sleeping or resting while lying down.

In addition, since the present invention uses a mesh network member, sweat or saliva can be dried quickly, so that contamination of the pillow by sweat or saliva can be prevented in advance, and drying is fast after washing, even if the warmth of the indoor floor surface is transmitted As the temperature rise of the surface of the pillow is lowered by the breathable structure, it is possible to minimize the disturbance of sleep due to sweat between the head of the infant sleeping on the pillow and the contact surface of the pillow.

The terms or words used in the present specification and claims described above should not be construed as being limited to conventional or dictionary meanings, and the inventor should appropriately use the concept of terms to describe his invention in the best way. Based on the principle that it can be defined, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all the technical ideas of the present invention, so at the time of the present application, various It should be understood that there may be equivalents and variations.

100: pillow body
101: head support groove
103: head rear end support
104: first support part of the rear end of the head
106: second support part at the rear end of the head
107: neck support
110: no endothelium
111: O-shaped mesh sheet
111a: cushioning material
111b: mesh mesh
112: C-shaped mesh sheet
115: led sheet
120: upper and lower shell members
121: upper skin member
122: lower shell member
130: no finish
B: battery
H: Hall
L: LED
SW: on-off push switch

Claims (5)

An endothelial member 110 in which an O-shaped mesh sheet 111 and a C-shaped mesh sheet 112 are alternately disposed, an upper and lower outer skin member 120 surrounding the outside of the endothelial member 110, and the upper and lower outer skin member ( Doedoe made of a pillow body 100 including a closing member 130 sewn on the edge of 120),
The pillow body 100 is made in the form of an oval having the same shape as the upper and lower surfaces,
A recessed head support groove 101 is formed in the center of the pillow body 100 to support an infant's head, and a rear end support part ( 103) is formed, and a neck support 107 for supporting the neck of the infant is formed on the other side,
The rear end of the head support 103 is relatively thicker and longer than the neck support 107 to prevent the infant's head from falling backwards and blocking the infant's nose and mouth from interfering with breathing. Infant pillow, characterized in that. According to claim 1,
The O-type mesh sheet 111 is formed with a closed hole (H), and the C-type mesh sheet 112 has a hole (H) that is opened toward the neck support 107 for infants. pillow. According to claim 1,
The head rear end support 103 is
a first support part 104 at the rear end of the head formed above the head support groove 101 to support the upper end of the back of the child's head; and
a second rear end support portion 106 formed on both left and right sides of the head support groove 101 to support the left and right ends of the rear portion of the child's head; Infant pillow comprising a. According to claim 1,
When the pillow body (100) is viewed from the side, the rear end of the head support (103) has a shape that gradually decreases from the center to the outside. In the method of claim 1, wherein the infant pillow manufacturing method,
providing the upper and lower shell members 120 and contacting them to face each other (S10);
forming a head support groove 101 by sewing in the center of the upper and lower shell members 120 (S20);
The endothelial member 110 so that the O-type mesh sheet 111 is arranged up and down, and the C-type mesh sheet 112 and the O-type mesh sheet 111 are alternately disposed between the O-type mesh sheets 111 . providing a step (S30);
Positioning the endothelial member 110 between the upper and lower shell members 120 by penetrating the upper or lower shell members 121, 122:120 in a hole (hole) formed in the center of the endothelial member 110 ( S40); and
The upper and lower shell members 120 are wrapped around the outside of the endothelial member 110, and the finishing member 130 is sewn on the edge of the upper and lower shell members 120 to complete the infant pillow (S50); A method of manufacturing a pillow for infants, including.

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