Modular baby formula kit

Abstract

The present invention relates to a disposable formula kit and aims to solve the inconvenience of using conventional baby bottles and the problem of hygienic contamination during the formula production process. In other words, the present invention relates to a formula kit comprising a disposable formula kit used as a temporary baby bottle by attaching it to the neck of a disposable PET bottle, wherein the formula kit comprises a cylindrical formula storage body for manufacturing formula by mixing powder inserted in the center with incoming water, a tubular PET bottle insertion tube inserted inside the PET bottle, a PET bottle binding spiral cap spirally coupled to the neck of the PET bottle, a nipple for sucking formula, an upper cover case covering the nipple at the top, and a lower cover case covering the PET bottle insertion tube at the bottom, wherein the PET bottle insertion tube is equipped with a lower mesh filter for primary filtering, a plurality of central filter materials for secondary filtering inside the tube, and a sponge-type inlet adsorption filter for tertiary filtering at the inlet, thereby enabling easy supply of formula to a child in harsh environments such as disasters by using a disposable temporary baby bottle attached to a PET bottle, and by filtering water through the PET bottle insertion tube having a tertiary filter structure to provide to a child in an environment easily exposed to dust or contaminants This is an invention that has the effect of providing safe and hygienic infant formula.

Description

Technology Field

[0001] The present invention relates to a disposable formula kit. The formula kit is provided as a disposable formula kit used as a temporary baby bottle by attaching it to the neck of a disposable PET bottle. The formula kit comprises a cylindrical formula storage body for manufacturing formula by mixing powder inserted in the center with incoming water, a tubular PET bottle insertion tube inserted inside the PET bottle, a PET bottle binding spiral cap spirally coupled to the neck of the PET bottle, a nipple for sucking formula, an upper cover case covering the nipple at the top, and a lower cover case covering the PET bottle insertion tube at the bottom. The PET bottle insertion tube is equipped with a lower mesh filter for primary filtering, a plurality of central filter materials for secondary filtering inside the tube, and a sponge-type inlet adsorption filter for tertiary filtering at the inlet. By attaching the PET bottle to a disposable temporary baby bottle, formula can be easily supplied to a child in harsh environments such as disasters, and by filtering water through the PET bottle insertion tube having a tertiary filter structure, dust or This is a technology aimed at providing safe and hygienic formula milk to children in environments where they are easily exposed to contaminants. Background Technology

[0003] Feeding bottles for newborns and infants are widely used as essential tools for feeding formula. However, traditional bottles must be washed and sterilized after each use, and hygiene issues arising during this process can negatively impact a baby's health. In particular, incomplete washing or the presence of residual bacteria can increase the risk of food poisoning, gastroenteritis, and a weakened immune system.

[0004] Moreover, hygiene management for baby bottles becomes even more difficult in situations where appropriate cleaning tools or disinfection facilities cannot be used while out or traveling, or in unstable environments such as disasters.

[0005] In such unstable environments, it can be difficult to obtain clean water necessary for formula production, and if the obtained water is contaminated with bacteria and microorganisms, there was a problem where contaminated formula could be manufactured, posing a life-threatening risk to the child. Prior art literature

[0007] Republic of Korea Utility Model Application No. 20-1999-0028157 The problem to be solved

[0008] Accordingly, the present invention aims to resolve the inconvenience of the washing and sterilization process associated with using conventional baby bottles in a formula kit, and to address the hygienic risks associated with providing formula to children caused by contamination of the baby bottles and contamination of the bottled water used in the production of the formula. means of solving the problem

[0010] That is, the present invention provides a modular formula kit comprising a disposable formula kit that is attached to the neck of a disposable PET bottle and used as a temporary baby bottle, wherein the formula kit comprises a cylindrical formula storage body that mixes powder inserted in the center with incoming water to produce formula, a tubular PET bottle insertion tube inserted inside the PET bottle, a PET bottle binding spiral cap that is spirally connected to the neck of the PET bottle, a nipple for sucking formula, an upper cover case that covers the nipple on the top, and a lower cover case that covers the PET bottle insertion tube on the bottom, wherein the PET bottle insertion tube is equipped with a lower mesh filter that performs primary filtering, a plurality of central filter materials that perform secondary filtering inside the tube, and a sponge-type inlet adsorption filter that performs tertiary filtering at the inlet. Effects of the invention

[0012] Accordingly, a disposable formula kit is provided that is attached to the neck of a disposable PET bottle to be used as a temporary baby bottle. The formula kit consists of a cylindrical formula storage body that mixes powder inserted in the center with incoming water to produce formula, a tubular PET bottle insertion tube inserted inside the PET bottle, a PET bottle binding spiral cap that is spirally connected to the neck of the PET bottle, a nipple for sucking formula, an upper cover case that covers the nipple at the top, and a lower cover case that covers the PET bottle insertion tube at the bottom. The PET bottle insertion tube is equipped with a bottom mesh filter for primary filtering, multiple central filter materials for secondary filtering inside the tube, and a sponge-type inlet adsorption filter for tertiary filtering at the inlet. By using a disposable temporary baby bottle combined with a PET bottle, formula can be easily supplied to a child in harsh environments such as disasters, and by filtering water through the PET bottle insertion tube having a tertiary filter structure, safe and hygienic formula can be provided to the child in environments easily exposed to dust or contaminants. It is to have. Brief explanation of the drawing

[0014] FIGS. 1 to 3 are illustrative drawings showing an embodiment according to the present invention. FIG. 4 is an exploded view showing the configuration according to the present invention. FIG. 5 is a cross-sectional view showing the internal configuration according to the present invention. FIG. 6 is a cross-sectional view showing another embodiment of the internal configuration according to the present invention. FIG. 7 is an exemplary diagram showing a kit packaging container equipped according to the present invention. FIG. 8 is an exemplary diagram showing the storage of residual powder by binding a lower cover case to the upper surface of an upper cover case according to the present invention. FIG. 9 is an illustrative diagram showing an example of a method of use according to the present invention. Specific details for implementing the invention

[0015] The following is a detailed description based on the attached drawings.

[0016] The present invention relates to a disposable formula kit and aims to solve the inconvenience of using conventional baby bottles and the problem of hygienic contamination during the formula production process. The terms and words used in this specification and claims should not be interpreted as being limited to their ordinary or dictionary meanings, and should be interpreted in a meaning and concept consistent with the technical spirit of the invention, based on the principle that the inventor can appropriately define the concept of the terms to best describe his invention.

[0017] Therefore, the embodiments described in this specification and the configurations illustrated in the drawings are merely the most preferred embodiments of the present invention and do not represent all of the technical ideas of the present invention; thus, it should be understood that various equivalents and modifications that can replace them may exist at the time of filing this application.

[0019] In other words, the present invention provides a disposable formula kit that is attached to the neck of a disposable PET bottle and used as a temporary baby bottle.

[0021] The formula milk kit of the present invention comprises a formula milk storage body (300) formed in a cylindrical shape having a formula milk storage body that forms the body in the center and mixes the inserted powder with water introduced from a PET bottle (10) to produce formula milk, a tubular PET bottle insertion tube (400) inserted into the opening of the PET bottle at the lower center of the formula milk storage body (300), a PET bottle binding spiral cap (500) that wraps around the PET insertion tube and protrudes downward to spirally connect to the neck of the PET bottle, and a nipple (600) for sucking formula milk on the upper surface penetrating the formula milk storage body (300), an upper cover case (100) that protrudes upward along the rim of the formula milk storage body (300) on the upper part of the formula milk storage body (300) and covers the nipple (600), and a lower part that protrudes downward along the rim of the formula milk storage body (300) It is provided with a lower cover case (200) that covers the PET bottle insertion tube (400).

[0023] Here, the PET bottle insertion tube (400) is equipped with a bottom mesh filter (410) through which the water from the PET bottle flows into the bottom surface and is filtered by a mesh, a plurality of central filter materials (420) filled inside the tube and filtered by a second time, and a sponge-type inlet adsorption filter (430) that filters by a third time at the body inlet that penetrates the bottom surface of the milk powder storage body (300).

[0025] In addition, a body opening plate (310) is provided on the upper surface of the milk powder storage body (300) to open the inside of the milk powder storage body (300) by rotating it.

[0027] In addition, the present invention is configured such that, in order to reduce the volume before opening, the upper cover case (100) is formed to a height less than half that of the nipple (600), and the nipple (600) is formed so that when pressed from above by the upper cover case (100), it is sunk into the formula storage body (300) and stored.

[0029] In addition, the present invention is provided with a heating coil (710) that generates heat using power from a built-in battery to heat the milk powder inside the bottom of the milk powder storage body (300), or an oxidation heating material (720) that generates heat through an oxidation reaction with air introduced after removing the built-in lower cover case (200).

[0031] In addition, the present invention comprises a kit packaging container (20) for sealing and packaging the above-mentioned formula kit.

[0033] At this time, the outer surface of the kit packaging container (20) is provided with a water guide indicator strip (21) that indicates the appropriate amount of water for infant formula according to the growth stage, so as to adjust the amount of water used in the PET bottle by comparing it with the PET bottle.

[0034] Furthermore, the powder storage body (300) is provided transparently and has a powder guide indicator strip (22) on its outer surface that indicates the appropriate amount of powder for each stage of infant growth.

[0036] In addition, the present invention is provided with a powder packaging pack (30) containing milk powder inside the lower cover case (200).

[0038] In addition, the present invention is configured such that the upper cover case (100) and the lower cover case (200) are connected to the upper surface of the upper cover case (100) to store unused residual powder.

[0040] The method of use of the present invention is described below.

[0041] Open the individually packaged kit container (20) to take out the formula kit, and open the bottom cover case (200).

[0042] Next, the amount of water in the prepared PET bottle is adjusted. At this time, the amount of water suitable for the growth of the infant to be supplied is adjusted using the water guide indicator strip (21).

[0043] Next, the body opening plate (310) is rotated to open the interior of the formula storage body (300), and the powder packaging pack (30) stored in the lower cover case (200) is removed and torn to put the powder into the formula storage body (300). At this time, the amount of powder suitable for the growth of the infant to be supplied is adjusted using the powder guide indicator strip (22). Furthermore, any remaining powder after use can be stored inside the combined space by combining the lower cover case (200) with the upper cover case (100).

[0044] Next, the formula kit is attached to the PET bottle. At this time, the PET bottle insertion tube (400) is inserted into the neck of the PET bottle, and the PET bottle binding spiral cap (500) is used to spirally bind the PET bottle neck.

[0045] Next, the bound water bottle is inverted to allow the water from the PET bottle to flow into the milk powder storage body (300), and the powder and water are mixed by shaking to make milk powder. At this time, the water flowing in is cleanly filtered by the third filtering structure provided in the PET bottle insertion tube (400). Furthermore, during the mixing process, the milk powder is heated by a heating coil (710) or an oxidation heating material (720) built into the bottom of the milk powder storage body.

[0046] Next, the upper cover case (100) is opened to protrude the recessed nipple (600).

[0047] Next, feed the baby with the makeshift bottle, and discard the kit after feeding is finished.

[0050] The following describes the effects of the application of the present invention.

[0051] As described above, that is, the present invention relates to a formula kit, wherein the formula kit is provided as a disposable formula kit used as a temporary baby bottle by being attached to the neck of a disposable PET bottle, and the formula kit comprises a cylindrical formula storage body (300) for manufacturing formula by mixing powder inserted in the center with incoming water, a tubular PET bottle insertion tube (400) inserted inside the PET bottle, a PET bottle binding spiral cap (500) spirally connected to the neck of the PET bottle, a nipple (600) for sucking formula, an upper cover case (100) covering the nipple (600) at the top, and a lower cover case (200) covering the PET bottle insertion tube (400) at the bottom, wherein the PET bottle insertion tube (400) comprises a lower mesh filter (410) for primary filtering, a plurality of central filter materials (420) for secondary filtering inside the tube, and a sponge-type inlet adsorption filter (430) for tertiary filtering at the inlet. By equipping it with a disposable temporary baby bottle combined with a PET bottle, it is possible to easily supply formula milk to a child in harsh environments such as disasters, and by filtering water using a PET bottle insertion tube (400) having a third filter structure, it is possible to provide safe and hygienic formula milk to a child in an environment easily exposed to dust or contaminants. Explanation of the symbols

[0053] 10: PET bottle 20: Kit packaging container 21: Bottled water information strip 22: Powder guide indicator strip 30: Powder packaging pack 100: Top cover case 200: Bottom cover case 300: Formula storage body 310: Body open plate 400: PET bottle insertion tube 410: Bottom mesh filter 420: Central filter material 430: Inlet adsorption filter 500: PET bottle binding spiral cap 600: nipple 710: Heating coil 720: Oxidizing heating element

Claims

Claim 1 A disposable formula kit is provided for use as a temporary baby bottle by being attached to the neck of a disposable PET bottle, and comprises a formula storage body (300) formed in a cylindrical shape having a formula space that forms the body in the center and mixes the inserted powder with water introduced from the PET bottle to produce formula, a tubular PET bottle insertion tube (400) inserted into the opening of the PET bottle at the lower center of the formula storage body (300), a PET bottle binding spiral cap (500) that wraps around the PET insertion tube and protrudes downward to spirally connect to the neck of the PET bottle, and a nipple (600) for sucking formula on the upper surface penetrating the formula storage body (300), an upper cover case (100) that protrudes upward along the rim of the formula storage body (300) on the upper part of the formula storage body (300) to cover the nipple (600), and on the lower part of the formula storage body (300) along the rim of the formula storage body (300) A modular formula kit characterized by having a lower cover case (200) that protrudes downward and covers a PET bottle insertion tube (400), wherein the PET bottle insertion tube (400) is equipped with a lower mesh filter (410) through which the water from the PET bottle flows into the lower surface and is filtered first by a mesh, a plurality of central filter materials (420) filled inside the tube and filtered secondarily, and a sponge-type inlet adsorption filter (430) that filters thirdly at the body inlet penetrating the bottom surface of the formula storage body (300). Claim 2 In claim 1, in order to reduce the volume in the initial pre-open state, the upper cover case (100) is formed to a height less than half that of the nipple (600), and the nipple (600) is formed so that when pressed from above by the upper cover case (100), it is recessed into the formula storage body (300) and stored therein; a heating coil (710) that generates heat using internal battery power to heat the formula, or an oxidation heating material (720) that generates heat through an oxidation reaction with air introduced after removing the internal lower cover case (200), is provided inside the bottom of the formula storage body (300); a kit packaging container (20) for sealing and packaging the above-mentioned formula kit is provided, and on the outer surface of the kit packaging container (20), a water guide indicator strip (21) is provided to guide the appropriate amount of water for the formula according to the infant's growth stage so as to adjust the amount of water used in the PET bottle by comparison with the PET bottle. A modular formula kit characterized by having a transparent formula storage body (300) and a powder guide indicator strip (22) on the outer surface that indicates the appropriate amount of powder for formula according to the infant's growth stage, a powder packaging pack (30) containing formula powder inside the lower cover case (200), and the upper cover case (100) and the lower cover case (200) having the lower end of the lower cover case (200) connected to the upper surface of the upper cover case (100) to store unused remaining powder.

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