KR20230073880A - Portable baby bedclothes comprising a detachable refrigerant pad - Google Patents

Abstract

According to the present embodiment, a portable baby bedding with a detachable cooling pad comprises: a main topper forming a lower part; and a cooling pad detachably coupled to the main topper and made of cooling fibers made of polyethylene. The main topper includes: a topper body part; a pillow part coupled through fastening of a button provided on one side of the topper body part; a first folding groove horizontally and continuously extending from the bottom of the topper body part and formed as a groove having a predetermined depth to enable folding of the main topper; a second folding groove horizontally extending from the bottom of the topper body part at a position spaced a predetermined distance from the first folding groove; first and second movable coupling parts coupled to a side of the topper body part between the first folding groove and the second folding groove and provided at a predetermined interval; and a handle part coupled between the first movable coupling part and the second movable coupling part and having a ㄷ-shape. Therefore, the portable baby bedding can be easily moved even at the time of traveling or going out.

Description

Portable baby bedclothes comprising a detachable refrigerant pad}

The present invention relates to bedding that enables easy portability while attaching and detaching a cooling pad.

In general, infants are laid on a mattress and covered with a blanket to provide a comfortable sleep during sleep.

In many cases, it is difficult to move general bedding used by such infants at daycare centers or when traveling/going out. For example, in order to regularly wash mats or pads used by infants in daycare centers, the daycare centers deliver them to each home, and each family must deliver or move bedding together on the day they go to school after washing.

In terms of bedding for infants that need to be washed frequently, it is not easy to move the bedding, and in winter, thick or warm bedding should be used, and in summer, thin or cool bedding should be used. It is still inconvenient to have to purchase a variety of bedding to fit.

The present invention can be easily moved even when traveling or going out, and there is no need to bring each pillow, blanket, and pad necessary for a child to take a nap in a daycare center or kindergarten from home, and an infant portable that can be easily attached or detached to areas requiring washing. I would like to suggest bedding.

In addition, it is intended to propose a portable bedding for infants in which a pad made of cooling fibers is attachable and detachable so that infants can have a comfortable sleep in the summer, and the cooling fibers can be removed and used in the winter.

The portable bedding for infants with a detachable cooling pad according to the present embodiment includes a main topper forming a lower portion, and a cooling pad detachably coupled to the main topper and made of polyethylene material, the main topper being a topper. A body portion, a pillow portion coupled through fastening of a button formed on one side of the topper body portion, and a flaw having a predetermined depth so that the main topper can be folded by being formed to be continuously connected horizontally from the bottom of the topper body portion. A first fold groove, a second fold groove formed to extend horizontally from the bottom of the topper body at a predetermined distance from the first fold groove, and a topper body portion between the first fold groove and the second fold groove. It includes first and second movable coupling parts coupled to the side and configured at a predetermined interval, and a handle portion formed in a "c" shape coupled between the first movable coupling portion and the second movable coupling portion.

And, attachment and detachment between the cooling pad and the main topper is performed by a plurality of pad-side coupling buttons formed on the cooling pad and a topper-side coupling button formed at a position corresponding to the pad-side coupling button on the upper surface of the main topper. , The topper-side coupling button is made of a male button, and the pad-side coupling button is characterized in that it consists of a female button into which the male button can be inserted.

In addition, coupling and separation between the pillow portion and the topper body portion are also characterized in that they are made through a coupling structure between the female button and the male button.

The pad-side coupling button includes a first upper button and a first lower button attached to each other with the cooling pad interposed therebetween, and the first upper button has a flat upper surface with a first upper hole formed therebetween. and an upper bent portion extending from the upper surface and formed to obliquely protrude downward, wherein the first lower button is a part coupled to the topper-side coupling button, and a first lower hole is formed to form an inner circumferential surface a lower concave inner circumferential surface formed of the concave shape and a lower convex inner circumferential surface extending downward from the lower concave inner circumferential surface and protruding convexly inward; Due to this shape, the first lower hole is configured to form portions having different diameters, and a relatively small hole is formed by the lower convex inner circumferential surface at a portion away from the cooling pad.

And, it is formed along the edge of the upper surface of the main topper and further includes a button fixing fiber made of a polyethylene material and a cooling fiber, and the topper-side coupling button is attached to the second upper button with the button fixing fiber interposed therebetween. , And a second lower button, wherein the second upper button has a first upper hole formed in the center and gradually becomes thinner toward the outside from the center, and the second lower button is formed of the pad-side coupling button As a configuration inserted into and coupled to the first lower button, it is characterized in that it is composed of a shape corresponding to the lower concave inner circumferential surface and the lower convex inner circumferential surface of the first lower button.

With the proposed bedding of the present invention, each component can be separated and washed or moved, and it has the advantage of being easy to carry, and the coupling button is used to secure the coupling of each component while preventing fiber tearing due to repeated coupling and disassembly. There are advantages to avoiding it.

1 and 2 are diagrams showing the configuration of a portable bedding for infants in which a cooling pad is attachable and detachable according to the present embodiment.
3 is a view showing a process of folding and carrying a portable bedding for infants in which a cooling pad is detachable according to the present embodiment.
4 and 5 are views showing the appearance of the combination button of this embodiment.
6 and 7 are views for explaining the structure of the female button and the male button among the combined buttons used in the bedding of the present invention.
8 and 9 are views showing a state in which a female button and a male button are coupled.
10 is a view showing the structure of a combination button according to another embodiment of the present invention.

Hereinafter, the embodiments disclosed in this specification will be described in detail with reference to the accompanying drawings, but the same or similar elements are given the same reference numerals regardless of reference numerals, and redundant description thereof will be omitted. The suffixes "module" and "unit" for components used in the following description are given or used together in consideration of ease of writing the specification, and do not have meanings or roles that are distinct from each other by themselves. In addition, in describing the embodiments disclosed in this specification, if it is determined that a detailed description of a related known technology may obscure the gist of the embodiment disclosed in this specification, the detailed description thereof will be omitted. In addition, the accompanying drawings are only for easy understanding of the embodiments disclosed in this specification, the technical idea disclosed in this specification is not limited by the accompanying drawings, and all changes included in the spirit and technical scope of the present invention , it should be understood to include equivalents or substitutes.

It is understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, but other elements may exist in the middle. It should be. On the other hand, when an element is referred to as “directly connected” or “directly connected” to another element, it should be understood that no other element exists in the middle.

1 and 2 are diagrams showing the configuration of a portable bedding for infants in which a cooling pad is attachable and detachable according to the present embodiment.

And, FIG. 3 is a view showing a process of folding and carrying a portable bedding for infants in which a cooling pad is attachable and detachable according to the present embodiment.

1 to 3, the mobile bedding for infants of the embodiment includes a main topper 10 forming a lower part and a cooling pad 20 detachably coupled to the main topper 10, and It may include a duvet 30 for covering.

In detail, the main topper 10 includes a topper body portion 11 into which a bottom comforter such as memory foam can be placed, and a pillow portion coupled through fastening of a button formed on one side of the topper body portion 11. (12), and a first folding groove (11a) formed of a flaw of a predetermined depth to enable the main topper to be folded and formed to be continuously connected horizontally at the bottom of the topper body portion (11), and the first folding groove ( 11a) and a second folded groove 11b formed to be horizontally connected to the lower part of the topper body 11 at a predetermined distance from each other, and between the first folded groove 11a and the second folded groove 11b. Between the first and second movable coupling parts 14a and 14b coupled to the side surface of the topper main body 11 and spaced apart from each other, and between the first movable coupling portion 14a and the second movable coupling portion 14b While being coupled to the side of the topper body portion 11 of the "c" shape includes a handle portion (13a).

The first and second moving coupling parts 14a and 14b and the handle part 13 interposed therebetween and coupled therebetween are also configured on the other side of the topper body part 11, as shown in FIG. Similarly, the coupling of the first movable coupling part 14a coupled to one side of the topper body 11 and the third movable coupling part 14c coupled to the other side, and the second movable coupling part 14b on one side Both sides of the main topper 10 folded close to 1/3 can be fixed through the coupling of the fourth movable coupling part 14d on the other side.

Due to the combination of these movable coupling parts, the second handle part 13b coupled to the position corresponding to the first handle part 13a is also brought into close contact, and the user can use the first handle part 13a and the second handle part 13b. ) to easily move the bedding.

In the present embodiment, the pillow part 12 is detachably coupled to the topper body part 11, together with such a folding and maintaining the folded state after folding to enable movement, and in the combined state, it is integral and separate Preparing a pillow will reduce the hassle.

The pillow part 12 is detachably coupled to one side (one end) of the topper body part 11 through a coupling button. The coupled cooling pad 20 can also be coupled through the coupled button of this embodiment.

The number and arrangement of the coupling buttons can be variously changed according to the embodiment, and a structure for coupling between the main topper 10 and the cooling pad 20 using the coupling buttons will be described.

In this embodiment, the female button and the male button of the coupling button are formed, and after coupling, high coupling force can be maintained so that the coupling is not easily released. In order to prevent the fibers around the button from being torn due to such high binding force, a binder (seam seam) of cooling fibers of a predetermined width is attached to the upper edge of the main topper, that is, the topper main body 11, A combination button (for example, a number button) is configured. Since the cooling fiber is a high-strength fiber such as polyethylene, it is significantly less likely to tear than a fiber made of general cotton. Attached and detached using button fixing fibers 15 made of cooling fibers formed along the edge of the upper surface of the topper body portion 11 and a plurality of topper-side coupling buttons 120 coupled to the button fixing fibers 15 Any cooling fiber constituting the cooling pad 20 may be used in this embodiment if it is made of a polyethylene material.

Button fixing fibers 15 made of cooling fibers having a predetermined width, for example, about 5 cm, on both sides and the lower edge of the topper body 11, excluding the portion where the pillow 12 is coupled to the topper body 11 ) is seamed, and the seam-connected cooling fibers are formed on the top of the topper body in a “c” shape as shown.

Meanwhile, the plurality of topper-side coupling buttons 120 coupled to the button fixing fibers 15 may be formed of male buttons, and female buttons coupled to the male buttons are coupled to the cooling pad 20 . That is, pad-side coupling buttons 110 are formed along the edge of the cooling pad 20 at a predetermined distance apart, and the pad-side coupling buttons 110 are made of female buttons that can be coupled to the male buttons. can

The pad-side coupling button 110 is configured at a position corresponding to the topper-side coupling button 120, and the coupling method between the topper-side coupling button 120 and the pad-side coupling button 110 is attached. Let's explain in more detail with the drawing.

4 and 5 are views showing the appearance of the combination button of this embodiment.

4 is an example of a pad-side coupling button 110 made of female buttons, and FIG. 5 is an example of a topper-side coupling button 120 made of male buttons. However, with regard to the male and female buttons of the coupling buttons that can be used in this embodiment, the coupling buttons configured in the cooling pad and the main topper will be mainly described, but the first and second movable coupling parts 14a and 14b, The coupling between the pillow connecting portion 12a and the topper body 11 is also configured using these coupling buttons.

The arm button of the pad side coupling button 110 shown in FIG. 4 (b) and the male button of the topper side coupling button 120 shown in FIG. 5 (a) are coupled, and the coupling is firmly It is done.

Each structure of the combination button of the female button used in the embodiment of the present invention and the combination button of the male button inserted into the arm button will be described in detail.

6 and 7 are views for explaining the structure of the female button and the male button among the combined buttons used in the bedding of the present invention, and FIGS. 8 and 9 are views showing a state in which the female button and the male button are coupled.

Referring to FIG. 6, the pad-side coupling button 110 corresponding to the arm button among the coupling buttons of this embodiment includes a first upper button 1101 attached to each other with a cooling pad 20 therebetween, and a first lower button (1103).

In particular, due to the shape of the first upper button 1101 and the lower button 1103, the combination with the fiber cotton/pad surface made of cotton or synthetic resin is firmly formed, so that the button in the process of coupling and separating the female button and the male button It is possible to prevent them from being separated from or damaged from the cooling pad 20 made of cooling fibers. Of course, the first upper button 1101 and the lower button 1103 are bonded to and coupled to the cooling pad 20, but they can maintain a firmly fixed position by the interlocking structure according to the shape of each button.

In detail, the first upper button 1101 has a flat upper surface 1105 with a first upper hole 1102 formed therein, and an upper part extending from the upper surface 1105 and protruding obliquely downward. A bent portion 1106 is included. In addition, the first lower button 1103 is configured to be coupled with a second lower button to be described later, and a lower concave inner circumferential surface 1107 having a concave inner circumferential surface as the first lower hole 1104 is formed, It includes a lower convex inner circumferential surface 1108 extending downward from the lower concave inner circumferential surface 1107 and convexly protruding inward. In particular, the surface of the first lower button 1103 in contact with the cooling pad 20 has a concave shape so as to correspond to the shape of the upper bent portion 1106, so as shown, the cooling pad 20 is flatly coupled in the first lower hole 1104, but contacts in a downwardly inclined direction under the upper bent portion 1106.

Through this structural shape, the cooling pad 20 is not coupled to the first upper button 1101 and lower button 1103 in a flat state, but the central region is in flat contact and the upper bent portion ( 1106) is contacted in a downwardly inclined direction.

On the inner circumferential surface of the first lower button 1103, the first lower hole 1104 has a different diameter due to the shape of the lower concave inner circumferential surface 1107 and the lower convex inner circumferential surface 1108, and the cooling pad ( 20), a hole with a large diameter is formed by the lower concave inner circumferential surface 1107, and a relatively small hole is formed by the lower convex inner circumferential surface 1108 at a site far from the cooling pad 20. do. The lower convex inner circumferential surface 1180 is easily coupled to the lower concave inner circumferential surface 1107 when combined with the topper-side coupling button 20, which is a male button, and can be easily separated according to the user's intention. The bonds between them can be broken.

Referring to FIG. 7, the topper-side coupling button 120 corresponding to the male button among the coupling buttons of this embodiment includes a second upper button 1201 attached to each other with the button fixing fiber 15 of the main topper interposed therebetween; A second lower button 1203 is included.

In particular, like the structure of the pad-side coupling button 110, which is the female button described above, the male button is also formed so that the contact surface with the button fixing fiber 15 is curved. That is, due to the shape of the second upper button 1201 and the lower button 1203, they are firmly coupled to the button fixing fiber 15, so that they are separated from the button fixing fiber 15 during the process of coupling and separation with the female button. damage can be prevented.

In detail, the second upper button 1201 is formed so that both upper and lower surfaces are downwardly bent while the first upper hole 1202 is formed. That is, a portion of the second upper button 1201 in contact with the button fixing fiber 15 includes an upper bent surface 1206 formed to be bent downward. The second upper button 1201 is formed so that its thickness gradually decreases from the center to the outside, and is gradually bent downward so that contact with the button fixing fiber 15 is made on the curved surface, so that the button fixing fiber Make contact and fixation in a state where a part of (15) is bent.

The second lower button 1203 is inserted into and coupled to the first lower button 1103 of the arm button 110, and has a lower concave inner circumferential surface 1107 and a lower convex inner circumferential surface of the first lower button 1103. It is made of a shape corresponding to (1108).

In detail, the second lower button 1203 has a second lower hole 1204 and is formed to have a size that can be inserted into the first lower button 1103. The outer circumferential surface of the second lower button 1203 has a lower concave outer circumferential surface 1208 formed at a portion where the button fixing fiber 15 contacts, and protrudes outward as it extends downward from the lower concave outer circumferential surface 1208. It has a lower convex outer circumferential surface 1207.

Here, the lower convex outer circumferential surface 1207 is formed in a shape inserted into and in contact with the lower concave inner circumferential surface 1107 of the arm button 110, and the lower concave outer circumferential surface 1208 is the lower convex inner circumferential surface 1108 of the arm button 1108. ) is made of a shape that is in contact with and combined with.

Through this structure, the lower convex outer circumferential surface 1207 of the male button 120 is accommodated and coupled to the lower concave inner circumferential surface 1107 of the female button 110, and the lower concave outer circumferential surface 1208 of the male button 120 is It is received and coupled to the lower convex inner circumferential surface 1108 of the arm button 110.

Even in this coupled state, when the user applies force to separate the arm button 110 and the male button 120, the convex outer circumferential surface, the convex outer circumferential surface, the concave inner circumferential surface, and the convex inner circumferential surface of the curved shape release the coupling. It has the advantage of being easy to do.

As shown in FIGS. 8 and 9 for the process and combination of the female button 110 and the male button 120, a separate fastening is required for their coupling in addition to the female button 110 and the male button 120. Even if the member or coupling member is not provided separately, the coupling can be made. In particular, each of the buttons consists of an upper button and a lower button bonded with the cooling pad 20 corresponding to the fiber surface and the button fixing fiber 15 interposed therebetween, and is inserted into the lower button of the arm button 110 and The shape of the lower button of the coupled male button 120 is made to correspond, so that the coupling can be easily made.

In particular, the lower concave inner circumferential surface 1107 and the lower convex inner circumferential surface 1108 formed on the first lower button are connected/extended to each other so that a curve is formed on the inner circumferential surface, and the lower portion of the second lower button corresponds to the curved shape. The convex outer circumferential surface 1207 and the lower concave outer circumferential surface 1208 are formed so that the concave contact surface and the convex contact surface are repeatedly formed, so that strong fastening can be achieved.

On the other hand, one side of the cooling pad 20 of this embodiment is made of a cooling fiber that evokes a cooling sensation by contacting the user's body in summer, and the other side is made of a fiber that can impart a sense of warmth so that it can be used in winter, such as goose down. It is also possible to be made of cotton fibers such as cotton and microfibers that can be embedded.

In this case, the pad-side coupling buttons 110 disposed at mutually spaced apart positions along the edge of the cooling pad 20 should be composed of arm buttons on both the cooling fiber side and the cotton fiber side, the cooling pad ( 20) can be combined with the topper-side coupling button 120, which is a male button, even when used upside down.

In this case, both the upper button and the lower button of the combination button corresponding to the arm button may have a structure of the arm button, and an embodiment of this case is shown in FIG. 10 .

10 is a view showing the structure of a combination button according to another embodiment of the present invention.

According to another embodiment of the present invention, the female button 210 has a size that can be inserted/coupled to both the lower concave inner circumferential surface and the lower convex inner circumferential surface of the male button 120 in both the first upper button and the second lower button. A first male button insertion hole 1104a and a second male button insertion hole 1104b may be formed on both upper and lower surfaces.

Even in this case, the pad-side coupling button, which is the arm button 210, is coupled to the upper and lower surfaces of the cooling pad 20, respectively, so that the cooling pad 20 uses the surface on which the cooling fiber is mounted. In either case for the cooling pad 20 or for using the side on which the cotton fibers formed on the other side of the cooling pad 20 are used, it can be coupled to the topper main body 11 with a coupling button.

In order to fix the cooling pad 20 and the binding button 120 to the edge of the upper surface of the topper main body 11, the cooling fiber constituting the button fixing fiber 15 made of a high-strength material will be described.

The cooling fiber used in this embodiment is configured on one side of the cooling pad 20 to provide a feeling of contact to the user, and even when components such as buttons are fixed/combined, damage or tearing is significantly less due to high strength. Used for button fastening.

The cooling fiber,

Claims (5)

A main topper forming a lower part;
A cooling pad detachably coupled to the main topper and made of cooling fibers made of polyethylene;
The main topper is formed such that a topper body portion, a pillow portion coupled through fastening of a button formed on one side of the topper body portion, and a bottom of the topper body portion are continuously connected horizontally, so that the main topper can be folded. A first fold groove formed of a groove of depth, a second fold groove formed to extend horizontally from the bottom of the topper body at a position spaced apart from the first fold groove by a predetermined distance, the first fold groove and the second fold groove First and second movable couplings coupled to the side surface of the topper main body at a predetermined interval between the first and second movable couplings, and the handle portion coupled between the first movable coupling and the second movable coupling and formed in a "c" shape Portable bedding for infants with a detachable cooling pad. According to claim 1,
The attachment and detachment between the cooling pad and the main topper is performed by a plurality of pad-side coupling buttons formed on the cooling pad and a topper-side coupling button formed at a position corresponding to the pad-side coupling button on the upper surface of the main topper,
The topper-side coupling button is made of a male button, and the pad-side coupling button is made of a female button into which the male button can be inserted. According to claim 2,
Coupling and separation between the pillow part and the topper body part are also made through the coupling structure between the female button and the male button. According to claim 2,
The pad-side coupling button includes a first upper button and a first lower button attached to each other with the cooling pad interposed therebetween,
The first upper button includes a flat upper surface with a first upper hole formed therein, and an upper bent part extending from the upper surface and protruding obliquely in a downward direction;
The first lower button is a part coupled to the topper-side coupling button, and has a lower concave inner circumferential surface having a concave inner circumferential surface as a first lower hole is formed, and extends downward from the lower concave inner circumferential surface to inwardly Including a lower convex inner circumferential surface formed convexly protruding,
On the inner circumferential surface of the first lower button, the lower concave inner circumferential surface and the lower convex inner circumferential surface have different diameters due to the shape of the lower concave inner circumferential surface and the lower convex inner circumferential surface. Portable bedding for infants with a detachable cooling pad, characterized in that a relatively small-sized hole is formed. According to claim 4,
It is configured along the edge of the upper surface of the main topper and further includes a button fixing fiber made of a polyethylene material cooling fiber,
The topper-side coupling button includes a second upper button and a second lower button attached to each other with the button fixing fiber interposed therebetween,
The second upper button is formed such that a first upper hole is formed in the center and the thickness gradually decreases toward the outside from the center,
The second lower button is inserted into and coupled to the first lower button of the pad-side coupling button, and has a shape corresponding to the lower concave inner circumferential surface and the lower convex inner circumferential surface of the first lower button. Of the cooling pad, characterized in that Detachable portable bedding for infants.

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