CN108135780B

CN108135780B - Artificial nipple

Info

Publication number: CN108135780B
Application number: CN201680061695.1A
Authority: CN
Inventors: 洪锡枢
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-10-21
Filing date: 2016-05-20
Publication date: 2021-01-15
Anticipated expiration: 2036-05-20
Also published as: CN108135780A; WO2017069362A1; KR101831492B1; KR20170046546A

Abstract

The invention relates to an artificial nipple, which comprises: a nipple body including a path portion, a circular neck portion, and a nipple portion, wherein the path portion has a flange connected to a lower portion thereof, the neck portion is connected to the path portion to connect the path portion and the nipple portion, and has an inclined surface having a narrow upper portion and a wide lower portion, the nipple portion is connected to the neck portion to form an elliptical shape, and has a milk feeding hole therein; and a fiber net embedded in the nipple body, wherein the nipple part is connected with the neck part of the nipple body, and is flatter and larger in radius than the upper part of the lower part, and an air inlet groove vertically extending towards the neck part along the outer side of the feeding hole is arranged on the left side or the right side of the central part of the two corners of the nipple under the state that the surface of the elliptic nipple part is bitten by a mouth.

Description

Artificial nipple

Technical Field

The invention relates to an artificial nipple, which comprises: a nipple body including a path portion, a circular neck portion, and a nipple portion, wherein the path portion has a flange connected to a lower portion thereof, the neck portion is connected to the path portion to connect the path portion and the nipple portion, and has an inclined surface having a narrow upper portion and a wide lower portion, the nipple portion is connected to the neck portion to form an elliptical shape, and has a milk feeding hole therein; and a fiber net embedded in the nipple main body, wherein the nipple part is connected with the neck part of the nipple main body, and is flatter and larger in radius than the upper part of the lower part, and an air inlet groove vertically formed along the outer side of the feeding hole towards the neck part side is arranged on the left side or the right side of the central part of the two corners of the nipple under the state that the surface of the elliptic nipple part is bitten by a mouth.

Background

There have been many attempts to develop a nipple for a baby bottle which enables an infant to feed milk in the same form as the actual milk feeding. For this reason, the nursing movement of the infant may be complicated according to the change of the mouth shape of the artificial nipple gripped by the mouth or the process of continuous movement of the tongue.

If the shape of the artificial nipple body is not suitable for the nursing movement, the milk or the beverage entering the oral cavity from the milk bottle cannot be smoothly sucked and flows out of the mouth, and the milk or the beverage cannot be effectively and smoothly fed or drunk. In addition, when an infant bites the artificial nipple, the upper lip may be rolled inward to the innermost side due to friction with the artificial nipple body.

When feeding milk to an infant, breast milk is fed and bottle feeding is switched, however, if the nipple portion (nipple portion) is excessively pressed, the flow of milk at the time of milk suction is not interrupted as desired or a large amount of milk flows out at a time, and in a state where the milk is not sufficiently mixed with digestive juice, the milk is swallowed together with air, resulting in dyspepsia. The nipple part is used for protecting the mouth, lips and other infrequent wounds of infants, preventing the infants who strongly suck milk from suffocating, promoting digestion and improving health. Therefore, most of the prior art is a technique using a small suction port or using a flow restrictor.

As a prior art which the applicant of the present invention has filed, a silicone nipple having a fiber mesh therein is disclosed in korean national granted utility model No. 20-0137262 (publication 1999.03.20), which improves tensile strength of the nipple by providing a fiber mesh therein, thereby enhancing durability so that the nipple is not easily bitten off. The invention can delay the easy falling off and separation of the fiber net from the broken nipple even if the fiber net arranged in the silica gel is broken, thereby further stabilizing the health of the infant. As described above, the nipple having the fiber net therein is easy to manufacture because the fiber net is provided in the entire nipple, but the fiber net is consumed more, which is disadvantageous in terms of variety of products as well as cost increase.

The applicant of the present invention has developed a technology related to an artificial nipple for sucking milk described in korean laid-open patent publication No. 10-0483861 (2005.04.20 publication), which is capable of dispersing a sucking pressure while smoothly sucking milk by properly embedding a fiber mesh to eliminate a risk of horizontal breakage and maintaining a maximum elastic force and allowing air to flow from the outside during sucking milk, thereby eliminating a risk of blocking an air passage, and therefore, has a nipple body including a passage portion, a nipple portion 20 having a feeding hole, and a narrow neck portion connecting the passage portion and the nipple portion, and an air flow passage groove connected to the feeding hole is formed on a surface of the nipple body.

However, in the air inlet groove connected to the nursing hole formed on the surface of the nipple body, when an infant closes the upper jaw and the lower jaw to suck milk or drink the beverage by inserting the nipple (nipple) into the mouth, pressure and gravity pressing the muscles of the upper jaw and the lower jaw are intensively applied to the air inlet groove to block or obstruct the air inlet groove, and thus external air is obstructed or prevented from entering through the air inlet groove during milk suction, so that a series of processes of inhalation/swallowing/breathing cannot be smoothly repeated, and problems such as abdominal pain, milk choking, vomiting, organ inflammation or dyspepsia caused by entering an airway, and the like occur.

Further, according to korean domestic granted utility model publication No. 20-0414742 (publication No. 2006.04.24), a temperature display printed portion is formed on the surface of the main body of the feeding bottle using a temperature sensitive paint to display the temperature, but when the feeding bottle is boiled at high temperature or high-temperature steam is applied to sterilize the feeding bottle, the temperature sensitive paint and the parts of the feeding bottle are thermally decomposed or melted and adsorbed on the surface of the feeding bottle and the nipple, thereby causing a problem of health damage to infants with insufficient physical strength and immunity.

Disclosure of Invention

Technical problem

The present invention has been made in view of the above problems, and an object of the present invention is to provide a milk feeding device which has a simple structure, and in which milk powder is compressed or squeezed in a radial direction by squeezing or stretching during milk feeding, and in which milk powder is made to flow at a constant pressure or smoothly stops, thereby rapidly increasing the pressure in a milk bottle lowered by milk suction, and the amount of beverage which can be fed by one milk feeding operation is adjusted, thereby solving the problem of delay in milk feeding time, and smoothly controlling the process of swallowing milk powder and breathing, thereby contributing to health and mood stabilization.

In addition, the present invention is directed to prevent the risk of the milk powder from being burned or damaged by contacting the lips, tongue, and inner mouth by color display of the milk powder in the milk bottle moving toward the nipple and feeding the milk after the milk powder is confirmed by the naked eye rapidly and accurately without contacting the baby's mouth, to save time for the preparation stage of feeding the milk by selecting an appropriate temperature, to shorten or save housework, to facilitate the mixing of the supplementary food, and to prevent the leakage by adjusting the coupling of the coupling member according to the temperature change, to prevent the infection of bacteria and pathogenic bacteria in the milk bottle and nipple, and to prevent the contamination of harmful substances in the environment in advance.

Further, the present invention is intended to develop various products and promote advertisement and promotion effects.

Technical scheme

To achieve the above object, the present invention provides an artificial nipple, comprising: a nipple body 100 including a path portion 10, a circular neck portion 30, and a nipple portion 20, the path portion 10 having a flange 11 connected to a lower portion thereof, the neck portion 30 being connected to the path portion 10 to connect the path portion 10 and the nipple portion 20, and having an inclined surface with a narrow upper portion and a wide lower portion, the nipple portion 20 being connected to the neck portion 30 to form an elliptical shape, and having a milk feeding hole 21 therein; and a fiber net 50 embedded in the nipple body 100,

the nipple portion 20 is connected to the neck portion 30 of the nipple body 100, is flatter and has a larger radius than the lower upper portion, and is provided with an air inlet groove 1 extending vertically toward the neck portion 30 along the outside of the feeding hole 21 on the left or right side of the central portion of the corners of the nipple portion 20 in a state where the surface of the elliptical nipple portion 20 is caught by the mouth.

The web 50 embedded in the nipple body 100 is coated with a temperature sensitive band and a plurality of temperature indicating paints having different colors.

The fiber net 50 embedded in the nipple body 100 is coated or coated with a luminous paint.

Characters, figures or cartoon characters are formed on the fiber net 50 embedded in the nipple body 100, thereby improving the recognition and aesthetic sense.

The fiber web 50 embedded in the nipple portion 20 having the milk hole 21 is coated or coated with a luminescent paint.

The temperature indicating paint shows that the first temperature zone of the first temperature indicating paint is 60-70 ℃ and the color is orange, the second temperature zone of the second temperature indicating paint is 35-40 ℃ and the color is yellow, and the third temperature zone of the third temperature indicating paint is 20-30 ℃ and the color is blue, so that the temperature of the milk powder can be rapidly and accurately detected and even confirmed according to the color change degree.

A plurality of first guide members 61 are provided in the nipple portion 20 of the nipple body 100 on the front side thereof so that a certain amount of powdered milk flows at a uniform pressure.

A plurality of second guide members 62 are provided between the inlet of the nipple portion 20 and the neck portion 30 so that the powdered milk flows from the neck portion 30 to the narrow space of the nipple portion 20 along the inclined passage, and a uniform pressure is maintained by a drop of dynamic pressure (velocity energy).

A depressed low flow portion 63 is formed at a middle portion of the first guide member 61 and the second guide member disposed between the inlet of the nipple portion 20 and the neck portion 30 of the nipple body 100.

A reinforcing member is formed on the opposite surface of the air inlet groove 1 in the inner surface of the nipple body 100, thereby increasing strength.

Advantageous effects

The artificial nipple of the invention has the following effects: through simple structure, when suckling, because of extrusion and tensile take place to shrink and even extrude towards the radial direction, under this state, make milk powder flow or accomplish the action of stopping smoothly with certain pressure, thereby improve the pressure in the feeding bottle that descends because of suckling rapidly, the adjustment can be fed the beverage volume through once the action of suckling, solve the time delay problem of suckling from this, and control smoothly swallow milk powder and respiratory process, dispersion acoustic pressure, prevent in advance because of spouting too much the air flue that leads to block up or choke, thereby be favorable to health and stable mood.

In addition, the present invention is to provide a nipple which has a fiber net in a nipple body and only partially, thereby effectively using materials and prolonging the life of a neck, and is not easily dropped or separated even if it is broken, thereby improving safety, wherein milk powder in a baby bottle is moved toward the nipple and the temperature of the milk powder is displayed by color in a state of not contacting the baby's mouth, and the milk powder is fed after being confirmed directly with the naked eye, thereby preventing the risk of scald or skin damage in advance, saving the time in a preparation stage of feeding milk, thereby shortening housework, and easily mixing complementary foods, adjusting the combination of a coupling member according to a temperature change, thereby preventing leakage, preventing bacteria and pathogenic bacteria from infecting the baby bottle and the nipple, and preventing the contamination of environmentally harmful substances in advance.

In addition, the invention can develop various commodities and promote advertisement and propaganda at the same time.

Drawings

FIG. 1 is a schematic perspective view of a nipple body according to an embodiment of the present invention.

FIG. 2 is a detailed schematic view of portion "A" of a nipple body according to an embodiment of the present invention.

FIG. 3 is a schematic cross-sectional view of a nipple body according to an embodiment of the present invention.

Fig. 4 is an expanded schematic view of a web disposed at portion "B" of fig. 3 according to an embodiment of the present invention.

Fig. 5 is a schematic view of portion "C" of fig. 4, according to an embodiment of the present invention.

Fig. 6 is a schematic view of a state in which a baby bites a nipple according to an embodiment of the present invention.

Detailed Description

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

For reference, the sizes of the components and the line thicknesses shown in the drawings referred to in describing the present invention may be slightly enlarged for convenience of understanding, and terms used in describing the present invention are defined in consideration of their functions in the present invention and may be different according to the intention of users and operators, conventions, and the like. Therefore, the terms used in the present invention should be defined according to the entire contents in the present specification.

Embodiments of the present invention for achieving the objects are described in more detail below with reference to the accompanying drawings.

Fig. 1 to 6 are schematic views for explaining an artificial nipple according to an embodiment of the present invention. As shown in fig. 1, the present invention relates to a artificial nipple for sucking milk having a nipple body 100, wherein the nipple body 100 is composed of a path portion 10, a nipple portion 20 having a feeding hole 21, and a narrow neck portion 30 connecting the path portion 10 and the nipple portion 20.

In the case of feeding breast milk, the tongue is brought into contact with the periphery of the nipple, the tongue is continuously moved like a wave to suck the breast, the nipple is formed by closing the concave portion 41 and the lower jaw 42 of the upper jaw toward the upper side, and then the protruded portion is continuously moved toward the tongue root of the tongue to suck the milk, the nipple of the mother is formed by the tissue body filled inside without a gap, and the milk is fed by supplying a certain pressure and a proper amount of the breast milk through the breast, in contrast, the artificial nipple is formed by forming the hollow feeding hole 21 inside the nipple portion 20, the concave portion 41 and the lower jaw 42 of the upper jaw are closed to closely contact the feeding hole 21 of the nipple, and the nipple is moved by suction, and thus the nipple is generally extended to be contracted or squeezed in the radial direction, and at this time, a large amount of the milk flows or a state is actually stopped to fail to reach a proper amount of the feeding condition, and the shape of the nipple sucked into the mouth is not restored to, therefore, the present invention prevents the above phenomenon that, in a simple structure, milk is contracted or squeezed in a radial direction by squeezing and stretching the gripped nipple portion 20 at the time of feeding, and in this state, even if the nipple is sucked, the milk flows at a constant pressure or stops smoothly, and the pressure in the lowered baby bottle can be increased, the amount of the beverage which can be fed by one-time feeding action is adjusted, so that the problem of delay of feeding time is solved, and the swallowing and breathing processes are smoothly completed, thereby being beneficial to body health and mood stabilization.

Observing the contents of the present invention in detail, it includes: a nipple body 100 including a path portion 10, a circular neck portion 30, and a nipple portion 20, the path portion 10 having a flange 11 connected to a lower portion thereof, the neck portion 30 being connected to the path portion 10 to connect the path portion 10 and the nipple portion 20, and having an inclined surface with a narrow upper portion and a wide lower portion, the nipple portion 20 being connected to the neck portion 30 to form an elliptical shape, and having a milk feeding hole 21 therein; and a fiber net 50 embedded in the nipple body 100,

the nipple portion 20 is connected to the neck portion 30 of the nipple body 100, is flatter and has a larger radius than the lower upper portion, and has an air inlet groove 1 formed on the left or right side of the central portion of the two corners of the nipple in a state where the surface of the elliptical nipple portion 20 is caught by the mouth and vertically extended toward the neck portion 30 along the outer side of the feeding hole 21.

The present invention forms an air inlet groove 1, and the air inlet groove 1 is formed on the outer surface of the nipple main body 100 at a position not overlapping with the fiber net 50, and is connected with the milk feeding hole 21 to be vertically extended toward the neck 30 side, thereby facilitating the manufacture and operation. The outer end of the nipple portion 20 is torn or broken when it is used for a long time due to a large pressure, and in consideration of this, the nipple portion 20 is formed in various shapes such as a semi-spherical shape, a conical shape, a pointed circular shape, and the like, and then the hole is adjusted to have a diameter of 1mm to 1.2 mm.

When the nipple surface is bitten by mouth, the concave part 41 of the upper jaw and the lower jaw 42 are closed in the up-down direction, and then continuously moving the protruded portion toward the root of the tongue to suck milk as a korean domestic granted patent invention (publication No. 10-0483861 2005.04.20) of the prior invention, when the dented portion 41 and the lower jaw 42 of the upper jaw are closed, the pressure and the gravity acting in the up-down direction are concentrated and act around the nipple portion 20, and thus the shape of the air inlet groove 1 connected to the feeding hole 21 is pressed in the up-down direction or abnormally pressed, resulting in a poor air circulation, and the present invention has been made to solve the problem, in a state of biting the nipple portion 20, an air inlet groove 1 vertically extended along the feeding hole 21 toward the neck portion 30 side is formed at the left or right side of the central portion of both corners of the nipple, so that the air flows in smoothly, the pressure in the mouth is converted into the atmospheric pressure, and the smooth milk suction can be ensured.

The air inlet groove 1 of the present invention has no special structure or shape change because a groove is formed at a position irrelevant to the pressure and gravity acting in the vertical direction when the nipple is bitten by the mouth, and milk flows at a constant pressure or smoothly stops even if the milk contracts or is squeezed in the radial direction due to squeezing and stretching during feeding, and the pressure in the milk bottle is increased due to the decrease of milk suction, and the amount of milk that can be fed by a single feeding action (daily feeding time is about 15 to 20 minutes) is sufficiently adjusted, thereby solving the delay of milk feeding time, smoothly controlling the process of swallowing milk powder and breathing, promoting digestion, and enabling the healthy growth and mood stabilization of the infant.

As shown in fig. 2, the air inlet groove 1 has a sectional shape of various shapes such as a hemisphere, a ceramic shape, a U shape, or a V shape, wherein when the nipple body 100 is viewed from a circular cross section, a vertex (Summit) of the air inlet groove 1 is formed to be inclined by about 5 to 15 ° from a center line of the nipple body 100.

As described above, by the air inlet groove 1 having an inclination, even if the nipple body 100 is pressed and deformed at the time of milk suction, the shape of the air inlet groove 1 is preserved or maintained to ensure smooth inflow of air, and at the same time, the air guided to the air inlet groove 1 disperses the powdered milk discharged through the feeding hole 21, thereby preventing concentrated discharge in a predetermined direction.

In addition, in the nipple body 100 of the present invention, the air flow groove 1 is formed, and the thickness of the portion is reduced, so that the portion is damaged or broken during a long time use, and in order to prevent this, the reinforcing member 2 is formed on the inner side to increase the thickness, thereby increasing the tear strength, the tensile strength, and the like, and improving the durability.

The form of the artificial nipple is premised on not only a thumb type (thumb type), a roman type (roman type), but also all other types of artificial nipples. The artificial nipple may be made of any one of synthetic rubber, natural latex, synthetic polyisoprene, silicone rubber, polyether sulfone (PESU: polyphenylene sulfone), and polyphenylene sulfone (PPSU: polyphenylene-sulfone), and the interior of the artificial nipple is hollow.

Among the materials, polyethersulfone is considered by FDA (united states food and drug administration) as a safe material that does not discharge environmental hormones and BPA (bisphenol a), has Polypropylene (PP) that is light and not brittle, and glass properties that are excellent in heat resistance and durability, has heat resistance at a high temperature of 180 ℃, and is a material that is excellent in impact resistance and not brittle, and in which a product is not deteriorated or deformed even when boiled in boiling water. Polyphenylsulfone is a material applied to an infant feeding bottle, and is an excellent material which is excellent in dimensional stability, hydraulic pressure stability, retention of elasticity at high temperature, radiation resistance, stability to hydrolysis, and high-strength mechanical physical properties, and does not discharge environmental hormones and harmful substances even if hot water is supplied to the inside.

Silica gel is a widely known material, which need not be described in detail, and if some of its characteristics are to be described, it is a material that is soft and odorless, has little wear and deformation, and is suitable for the health of infants and young children.

Further, since the nipple is easily broken or damaged by a chewing action after the baby starts growing teeth, there is a problem that the baby should be purchased frequently, and the torn pieces of the nipple enter along the esophagus to block the airway, causing a choking phenomenon, and causing dental caries (tooth decay), and therefore, the fiber net 50 is provided inside the nipple to solve the problem, but when the milk powder mixed with the water contained in the baby bottle flows into the nipple, the temperature of the milk powder needs to be measured again before feeding, but the milk powder is often supplied to the baby in an unintended state to cause scald, dermatitis, and the like, and in order to prevent the problem and maintain the health of the baby, the applicant of the present invention applies a fiber net coating or a temperature indicating paint embedded in the nipple body, thereby solving the above-mentioned problems. The fiber net 50 is made in various shapes and forms, is embedded in the thickness (inner skin and outer skin) of the nipple body 100, and is applied as a band-shaped fiber net 50 which is continuously surrounded in the length direction of the nipple body 100 while being spaced at a predetermined interval.

The temperature is displayed by forming a temperature display part coated or even coated with a temperature indicating paint on the fiber net 50, so that whether the milk mixed with the water contained in the milk bottle is at a proper temperature is quickly and accurately confirmed by naked eyes before the milk powder flows to the nipple and contacts with the mouth of the infant, thereby preventing the risk of the milk powder contacting with the lips, the tongue and the inside of the oral cavity to cause scald or skin injury in advance, being beneficial to the physical health and the mood of the infant, shortening the process of the milk preparation stage by selecting a proper temperature, thereby saving time, being capable of shortening or even saving housework, being easily applied to the condition of mixed complementary food, the inside of the milk bottle needs to be maximally sealed except for the milk suction port, but the air passage is not sealed and is constantly leaked due to insufficient air pressure and temperature change, the present invention can promote health, eliminate sanitary danger and eliminate the contamination of harmful environment matter.

The color changes with the temperature of the contained milk powder, and then the proper temperature for feeding is indicated by a plurality of colors such as red, blue and the like, thereby indicating the temperature of the milk powder. Mothers and other users grasp the temperature through the displayed color, cold water or hot water is further added to properly adjust the temperature when the milk powder is too hot or cold, and the milk is fed, so that the milk powder with the temperature which is safe and suitable for digestion can be fed, and the infant emotion stabilization and the digestion promotion are further facilitated. The temperature indicating paint is prepared by applying a temperature sensing temperature zone and more than two paints with different colors.

The temperature sensing temperature band and a plurality of temperature indicating paints having different colors are applied or coated on the web 50 embedded in the nipple body 100, and at this time, the temperature indicating paints are displayed such that the first temperature band of the first temperature indicating paint is 60 to 70 ℃, the color is orange, the second temperature band of the second temperature indicating paint is 35 to 40 ℃, the color is yellow, the third temperature band of the third temperature indicating paint is 20 to 30 ℃, and the color is blue, so that the temperature can be rapidly and accurately grasped according to the degree of color change, and the temperature of milk or milk powder and the like can be very easily detected or confirmed, and the most suitable feeding temperature can be provided to the digestive organs, thereby conveniently providing abundant nutrition without damage to nutrients to the digestive organs.

In addition, unlike the conventional invention in which a temperature display function is applied to a main body of a milk bottle, the present invention applies or coats a temperature indicating paint to a fiber net 50 embedded in a nipple, thereby completely preventing environmental hormones and environmental harmful substances decomposed by high temperature from flowing into or contacting the body through the process of contacting the infant with the milk bottle or sucking the milk through the mouth when the milk bottle is boiled in steam or boiling water for sterilizing the milk bottle.

In another embodiment, the web 50 is attached or printed with characters, numbers, symbols, cartoon characters, advertisement words, pictures, etc. having various forms by using the temperature indicating paint, thereby developing various commodities and enhancing recognizability and original aesthetic quality, thereby increasing advertisement or promotion effects. The temperature indicating coating can be applied or even coated on the front and back or on either side of the web 50.

The fiber net 50 embedded in the nipple body 100 is coated or coated with a luminous paint, so that milk can be easily and conveniently fed even in a dark place at night or in an emergency, and whether milk powder leaks out of the mouth can be confirmed during milk feeding, thereby preventing the health of infants and the contamination of surroundings in advance.

The nipple portion 20 protrudes from the nipple body 100, has a feeding hole 21 therein, and is coated or coated with a luminous paint on the web 50 embedded in the nipple portion 20, thereby improving visibility and advertising effect.

As shown in fig. 4, in the present invention, a plurality of webs 50 formed in a band shape are connected to surround the outer periphery of the nipple body 100 in the longitudinal direction L of the nipple body 100, and are embedded between the thicknesses of the materials so that the webs do not overlap with each other except for the front end of the nipple portion 20. Since the web 50 is partially embedded, the amount of material used is reduced, and the nipple portion 20 can be more effectively prevented from being broken or damaged, thereby saving material costs.

Referring to fig. 3, describing the guide member 60 of the present invention in detail, a plurality of first guide members 61 are provided at predetermined intervals on the inner front side of the nipple portion 20 of the nipple body 100, thereby moderating the flow of fluid and providing uniform pressure, thereby providing a certain amount of powdered milk at uniform pressure like breast milk, which can promote the health and digestion of infants.

In addition, the present invention can prevent the following problems: the milk powder supplied from the milk bottle is supplied from the neck 30 of the nipple body 100 to the nipple portion 20 side through the inclined surface, and when the infant forcibly sucks the head portion 20, the milk powder is supplied too much, and the process of swallowing the milk powder is excessively or excessively repeated, so that the indigestion is caused, and the excessive air flows into the stomach to cause symptoms such as vomiting; moreover, when the milk powder enters the organs without normally mixing digestive juice in the mouth due to excessive amount of milk powder, the digestive function cannot be normally completed, meanwhile, mental pain is accumulated to accumulate sequelae such as emotional anxiety and the like, physical strength is consumed, and the infant growth is not facilitated.

In addition, the present invention provides a plurality of second guide members 62 from the end of the neck 30, along which the end of the neck 30 is formed along the inclined surface, to the inlet of the nipple 20, so that when the powdered milk flows into the narrow space of the nipple 20 along the passage formed at the end of the neck 30, the dynamic pressure (velocity energy) is reduced, and a certain amount of powdered milk is supplied at a uniform pressure to perform a guide function.

The first guide member 61 and the second guide member 62 provided between the inlet of the nipple portion 20 and the neck portion 30 of the nipple body 100 form a depressed low flow portion 63 at the middle portion thereof, so that the flow pattern of the fluid can be changed to be more slowly flowed.

Therefore, the first guide member 61, the second guide member 62, and the low flow portion 63 function to facilitate the infant to breast the head 20 with a small force, thereby eliminating emotional instability due to greedy eating, and shortening the feeding time and promoting digestion by normal feeding.

The embodiments of the present invention described above can be embodied not only by an apparatus and/or a method but also by a program for realizing functions corresponding to the configurations of the embodiments of the present invention, a recording medium on which the program is recorded, and the like, and those skilled in the art can easily embody the embodiments described above from the description thereof.

The embodiments of the present invention have been described in detail, but the scope of the present invention is not limited thereto, and various modifications and improvements made by those skilled in the art using the basic concept of the present invention defined in the claims also belong to the scope of the present invention.

Claims

1. An artificial nipple, comprising: a nipple body (100) which is composed of a path portion (10), a circular neck portion (30), and a nipple portion (20), wherein the path portion (10) is connected to a flange (11) at a lower portion, the neck portion (30) is configured to be connected to the path portion (10) to connect the path portion (10) and the nipple portion (20), and has an inclined surface which is narrow at the top and wide at the bottom, the nipple portion (20) is connected to the neck portion (30) to be formed in an elliptical shape, and has a milk feeding hole (21) therein; and a plurality of fiber nets (50) embedded in the nipple main body (100), characterized in that,

the nipple portion (20) is connected to the neck portion (30) of the nipple body (100), the upper portion is flatter than the lower portion and has a larger radius, and an air inlet groove (1) vertically extending toward the neck portion (30) side along the outer side of the milk feeding hole (21) is provided on the left side or the right side of the central portion of the two corners of the nipple in a state where the surface of the elliptical nipple portion (20) is bitten by the mouth,

a plurality of first guide members (61) are provided in the nipple part (20) of the nipple body (100) on the front side of the inside thereof so that a certain amount of powdered milk flows at a uniform pressure,

a plurality of second guide members (62) are provided between the inlet of the nipple portion (20) and the neck portion (30) so that the uniform pressure is maintained by reducing dynamic pressure when the powdered milk flows from the neck portion (30) to the narrow space of the nipple portion (20) along the inclined passage,

a recessed low flow portion (63) is formed in the middle of the first guide member (61) and the second guide member (62) provided between the inlet of the nipple portion (20) and the neck portion (30) of the nipple body (100).

2. The artificial nipple according to claim 1, wherein a luminescent paint is applied or even coated on the fiber mesh (50) embedded in the nipple body (100).

3. The artificial nipple according to claim 1 or 2, wherein characters or figures or cartoon characters are formed on the fiber net (50) embedded inside the nipple body (100) to improve recognizability and aesthetic sense.

4. The artificial nipple according to claim 1, wherein the fiber mesh (50) embedded inside the nipple portion (20) having the feeding hole (21) is coated or even coated with a luminous paint.

5. The artificial nipple according to claim 1, wherein the plurality of fiber nets (50) embedded in the nipple body (100) are coated or even coated with a plurality of temperature sensitive paints having different temperature sensitive bands and colors.

6. The artificial nipple as claimed in claim 5, wherein the temperature indicating paint is displayed such that a first temperature zone of the first temperature indicating paint is 60 to 70 ℃ and the color is orange, a second temperature zone of the second temperature indicating paint is 35 to 40 ℃ and the color is yellow, a third temperature zone of the third temperature indicating paint is 20 to 30 ℃ and the color is blue, thereby rapidly and accurately detecting or even confirming the temperature of the powdered milk according to the degree of color change.

7. The artificial nipple according to claim 1, wherein the plurality of fiber nets (50) embedded inside the nipple main body (100) are formed in a band shape in a manner of surrounding the periphery of the nipple main body (100), and are spaced apart by a predetermined interval in a length direction (L) of the nipple main body (100) and connected to each other.

8. The artificial nipple as claimed in claim 1, wherein a reinforcement is formed at an opposite surface of the air inflow groove (1) in the inner surface of the nipple main body (100) so as to increase strength.