WO2017069362A1 - Artificial nipple - Google Patents

Abstract

An artificial nipple of the present invention comprises: a nipple body, which comprises a root part connected with a flange at a lower part thereof, a circular neck part connected to the root part so as to connect the root part and a nipple part and having an inclined surface having a narrow upside and a wide lower side, and the nipple part connected to the neck part so as to be formed in an oval shape and having a nursing hole therein; and a fiber mesh embedded inside the nipple body, and further has an air inflow groove connected to the neck part of the nipple body so as to vertically extend toward the neck part along the outside of the nursing hole on the left or right side, which is the center of both oral angles, in a state in which a baby holds, in the mouth, the surface of the nipple part having the oval shape of which the upper part is more pressed flat than the lower part thereof such that the radius thereof is large.

Description

Artificial nipple

The present invention has a circular neck portion having a flange connected to the lower portion, a circular neck portion having an inclined surface of the upper and lower light in contact with the root portion and connected to the nipple portion, and formed in an elliptical shape in contact with the neck portion. An nipple body consisting of a nipple body having a breastfeeding hole, and an artificial nipple including a fiber network embedded in the nipple body, which is connected to the neck of the nipple body and is pressed more flatly than the lower part, so that an elliptical nipple part having a large radius is formed. The present invention relates to an artificial nipple having an air inlet groove formed vertically toward the neck portion along the outside of the feeding hole on the left side or the right side, which is the center of the mouth tail on both sides.

Attempts have been made to develop bottle nipples that allow the baby to feed as realistic as possible. Therefore, the infant's mammalian movement is complicated by the change of the shape of the lips with the artificial nipple or the peristalsis of the tongue.

Like the artificial nipple body, the shape that is rotationally symmetric about the mammalian central axis is not limited to the mammalian movement. When the shape of the artificial nipple body is not suitable for the mammalian movement, the milk discharged from the bottle into the oral cavity, A drink may not be drunk smoothly, and it may flow out of a mouth, and may not be able to efficiently drink and drink easily. In addition, when the infant bites the artificial nipple, the upper lip may be wound into the mouth by friction with the artificial nipple body.

The baby replaces and breastfeeds the baby with alternating breast milk, and sucks while sucking the mouthpiece of the nipple part too hard. There have been cases of difficulty and difficulty digestion by swallowing with air. The nipple is designed to promote health by ensuring that the baby's mouth and lips are not injured and the baby, who sucks the milk very intensely, does not choke and promotes digestion. Therefore, in the prior art, most of the techniques are limited to the use of small suction openings or flow restrictors.

Applicant of the present invention has proposed a silicone nipple embedded with a fiber network in accordance with the Korean Patent Utility Model No. 20-0137262 (announced on March 20, 1999) as a technology applied in the prior art, the nipple by laying the fiber network on the nipple Tensile strength was improved so that durability was not easily cut. This is an invention in which the safety of the baby's health is doubled by delaying the dropping or dropping of easily from the cut nipple even if the fiber network embedded in the silicon is cut. As mentioned above, the nipples with fiber nets were fabricated in all parts of the nipples, but they were easy to manufacture. However, due to the high consumption of the fiber nets, the nipple acts as a cost increase factor and the variety of products is excluded. Was pointed out as a problem.

In addition, the applicant of the present invention has developed a technology related to the artificial nipple for oil absorption, as described in Korea Patent Publication No. 10-0483861 (2005.04.20. Notification), so as to maintain the elasticity as possible while eliminating the risk of horizontal cutting By properly inserting the fiber network and allowing air to be introduced from the outside during oil absorption, the oil can be smoothly absorbed while dispersing the oil absorption pressure to exclude the danger of airway blockage, and the nipple part 20 having a breastfeeding hole, It has a nipple body consisting of a narrow neck portion connecting the root portion and the nipple portion, and formed an air inlet groove connected to the feeding hole on the surface of the nipple body.

However, the air inlet groove connected to the feeding hole on the surface of the nipple body is the pressure that the muscles of the upper and lower jaw press up and down when the infant inhales milk or drink by closing the upper and lower jaws to bite the nipple (papillary head) in the mouth. The excessive load acts intensively to block or hinder the air inlet groove, and when oil is absorbed, it causes trouble or difficulty in introducing external air through the air inlet hole, thereby smoothing the process of inhalation / swallowing / breathing pattern. There was a problem such as stomach ache, swelling, vomiting, vomiting, inflammation of the bronchus or indigestion due to failure to reverse.

In addition, according to Korean Registered Utility Model Publication 20-0414742 (August 24, 2006), there was a temperature display printed part using a temperature-sensitive material, which is a temperature-sensitive paint, on the surface of the bottle to display the temperature. In order to boil at a high temperature or to apply high temperature steam, the temperature and the bottle member are decomposed or melted in the heat to be adsorbed on the surface of the bottle and the nipple, thereby causing a problem in health for infants lacking energy and immunity.

The present invention has researched and developed the above problems, its purpose is to allow the milk powder to flow at a constant pressure in the contracted or compressed state in the radial direction by compression and elongation by the simple structure or to achieve a smooth stop control The pressure in the bottle lowered by aspiration rises immediately, eliminating delays in feeding time by controlling the amount of beverage that can be fed by one feeding operation, and smoothly controlling the milking process and breathing process of the milk powder. The purpose is to stabilize the.

In addition, the present invention in contact with the inside of the lips, tongue, oral cavity by the milk powder flows into the nipples and the temperature delivered in the state of not being in contact with the baby's mouth in color to quickly and accurately identify and feed directly to the eyes. To prevent the risk of burns or skin damage in advance, and to reduce or reduce housework labor by saving time in the preparation stage by selecting the proper temperature, and easy mixing of baby food and blocking leakage by joint adjustment of fastener according to temperature change The purpose is to prevent bacteria and pathogens from infecting baby bottles and nipples, and to prevent harmful environmental substances from entering.

In addition, the present invention is capable of developing a variety of products at the same time has the purpose of promoting the advertising and promotion effect.

Artificial nipples of the present invention for achieving the above object, the root portion 10 is connected to the root portion 10, the flange 11 is connected to the root portion 10 is configured to connect between the teat portion (20) A nipple body (100) consisting of a circular neck portion (30) having an inclined surface of upper and lower light, and a teat portion (20) having an oval shape connected to the neck portion (30) and having a feeding hole (21) therein; And, in the nipple body 100, embedded in the nipple body 100, including,

In contact with the neck portion 30 of the nipple body 100, the upper portion of the nipple body 100 is pressed more flatly than the lower portion of the nipple surface of the oval nipple part 20 having a large radius, the left or right of the center of the mouth tail on both sides Air inlet groove (1) extending vertically toward the neck portion 30 side along the outside of the feeding hole (21).

The nipple body 100 is applied to or coated a plurality of time temperature different from the temperature-sensitive temperature band and color to the fibrous network 50 embedded in the interior.

It is to apply or coat a light-emitting paint to the fiber network 50 embedded in the nipple body 100.

The nipple body 100 is to form a character, a figure or a character in the fibrous network 50 embedded in the nipple body 100 to enhance the discriminating power and aesthetics.

The light-emitting coating is applied to or coated on the fibrous network 50 embedded in the nipple portion 20 having the nursing holes 21.

The first temperature range of the first hour temperature ranger is 60 ~ 70 ℃, the color is orange, the second temperature range of the second hour temperature is 35 ~ 40 ℃, the color is yellow, the third hour The third temperature range is 20 ~ 30 ℃ and the color is displayed in blue color so that the temperature of the powdered milk can be quickly and accurately measured or confirmed according to the degree of color change.

A plurality of first guide members 61 are disposed on the current side of the nipple part 20 of the nipple body 100 so that a predetermined amount of powdered milk flows at a uniform pressure.

A plurality of second guide members 62 are disposed between the inlet of the teat part 20 and the neck part 30 so as to flow into a narrow space of the teat part 20 along an inclined flow path from the neck part 30. Velocity energy) to maintain a uniform pressure.

A concave reservoir 63 is formed at an intermediate portion of the first guide member 61 and the second guide member 62 installed between the nipple body 20 inlet of the nipple body 100 and the neck portion 30. will be.

Reinforcement is formed on the opposite surface of the air inlet groove 1 of the inner surface of the nipple body 100 to increase the strength.

The artificial nipple of the present invention has a simple structure in which the milk powder flows at a constant pressure in a contracted or compressed state in the radial direction by compression and elongation so that the milk powder flows at a constant pressure or a smooth stop control is performed to reduce the pressure in the bottle lowered by suction. It rises immediately, eliminating the delay in feeding time by controlling the amount of beverage that can be fed by one feeding operation, smoothly controlling the swallowing and breathing process of powdered milk, dispersing sound pressure and causing airway blockage or death It is effective in stabilizing the health and emotion of the body by preventing it in advance.

In addition, the present invention by incorporating the fibrous network in the nipple body locally extends the life of the neck portion while utilizing the material efficiently, even if the cutting does not easily fall off or fall off to improve safety, and the formula contained in the baby bottle Colors indicate the temperature delivered without touching the mouth of the baby, and quickly and accurately check and feed the eyes to prevent the risk of burns or skin damage in advance, and to reduce housework labor by saving time during the feeding stage. The mixing of the baby food is easy, and by the coupling adjustment of the fastener according to the temperature change, the leakage is prevented to prevent bacteria and pathogens from infecting the bottle and the nipple, there is also an effect to prevent the harmful environment is mixed.

In addition, the present invention is capable of developing a variety of products and at the same time has the effect of promoting the advertising and promotional effects.

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

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

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

FIG. 4 relates to a developed view of a fibrous network installed at part “B” of FIG. 3 according to an embodiment of the present invention.

5 is a diagram of part “C” of FIG. 4 in accordance with an embodiment of the present invention.

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

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

For reference, the size and thickness of the components shown in the drawings referred to in describing the present invention may be somewhat exaggerated for ease of understanding, and terms used in the description of the present invention are functions of the present invention. It is defined in consideration of the requirements and may vary according to user and operator intentions and conventions. Therefore, it will be reasonable to define the terms used in the present invention based on the contents throughout the present specification.

Referring to the embodiments of the present invention for achieving the above object in more detail based on the drawings as follows.

1 to 6 are diagrams for explaining the pacifier according to an embodiment of the present invention. The present invention, as shown in Figure 1 root portion 10, the nipple portion 20 having a feeding hole 21 and the narrow type of connecting between the root portion 10 and the nipple portion 20 It relates to an oil absorption artificial nipple having a nipple body (100) composed of a neck portion (30).

When breastfeeding, suck your nipples while touching your tongue around the nipples and do peristalsis as if you are waving them. In the form of sucking, the concave part of the upper jaw (41) and the lower jaw (42) are closed upwards and toward the tongue's tongue root. The nipple of the mother's milk is composed of a full-bodied tissue without any empty space, and a certain pressure and an appropriate amount of breast milk are supplied through the mammary gland to produce breast milk. An empty nursing hole 21 is formed in the head 20 to close the recess 41 and the lower jaw 42 of the upper jaw while being in close contact with the feeding hole 21 of the nipple and at the same time sucking and moving the nipple. When it is contracted or compressed in the radial direction by elongation, a large amount of milk flows hardly or becomes substantially stopped, so that the proper feeding condition is not achieved and is bitten in the mouth. As the shape of the nipple is not restored to its original shape, the repetition of the suction / swallow / breathing pattern process does not continue smoothly in response to the peristaltic movement of the tongue. At least it is good, but the pressure in the bottle lowered by lowering the suction force does not increase easily, and the feeding amount per dose is small, and the feeding time is delayed and the unnecessary air is drunk together with the milk. , Prevents bronchitis and the like, and the present invention provides a simple structure in which the milk is sucked even when the nipple is sucked in the contracted or compressed state in the radial direction by the compression and elongation of the nipple part 20 which is bitten by the mouth during feeding. It is possible to increase the pressure in the bottle lowered by suction by flowing at a constant pressure or by smooth stop control. And it would have ruled out the feeding time delay to adjust the amount of drink that can be feeding by one feeding operation, by the swallowing and the breathing process to facilitate the group's physical health and emotional stability.

Looking at the details of the present invention, a circular portion having an inclined surface of the upper and lower light in a configuration for connecting the root portion 10 is connected to the root portion 10 and the nipple portion 20 is connected to the root portion 10 in the lower portion 11 Nipple body 100 of the neck portion 30, the nipple body (100) consisting of the nipple portion (20) having a feeding hole 21 formed in the elliptical contact with the neck portion 30; and, the nipple body (100) In the artificial nipple including the fibrous network 50 embedded in)

In contact with the neck portion 30 of the nipple body 100, the upper portion is pressed more flat than the lower portion in the state of biting the surface of the oval nipple portion 20 having a large radius in the mouth on the left or right side of the center of the tail of the mouth on both sides The air inlet groove 1 is formed to extend vertically toward the neck portion 30 along the outside of the feeding hole 21.

It is formed on the outer surface of the nipple body 100 of the non-overlapping portion of the fiber net 50 to be connected to the feeding hole 21 to form an air inlet groove 1 extending vertically toward the neck portion 30 side. Work with the convenience of production and work. The outer end of the teat portion 20 is formed in a variety of semi-circular, conical, pointed round, etc. in consideration of being torn or broken when used for a long time under a lot of pressure, the hole is about 1 mm to 1.2 mm in diameter Adjust to install.

When the nipple surface is bited by the mouth, the upper part of the recess 41 and the lower jaw 42 are closed up and down, and the oil is absorbed while interlocking the convex part toward the tongue of the tongue. The upper part of the recess 41 and the lower jaw 42 In the case of the existing invention patent registration (10-0483861 No. 2005.04.20. Announcement) of the existing invention, breastfeeding (21) because the pressure and load acting up and down acts while intensively wrapping the nipple (20) (21) Air inlet groove (1) connected to the) is pressed up or down or abnormally compressed, so that the communication of the air is not smooth, in order to solve the difficulty, in the state of biting the nipple head 20 of the nipple both sides of the mouth tail Air inlet grooves 1 extending vertically toward the neck portion 30 along the feeding hole 21 on the left or right side of the center are formed to smoothly inflow air, thereby converting the pressure in the ward to atmospheric pressure and smoothing the absorption. To It can really solidify.

The air inlet groove 1 of the present invention is compressed and stretched during feeding without changing a specific structure or shape by forming a groove at an irrelevant position even if the pressure and load acting up and down when the nipple is bited into the mouth are concentrated. It is possible to control the flow at a constant pressure or to stop smoothly even in the state of contraction or compression in the radial direction, and to increase the pressure in the bottle lowered by suction, so that infants are fed by one feeding operation (daily feeding time) Aspiration can be controlled to meet the amount that can be approximately 15 to 20 minutes), eliminating delays in feeding time, and smoothly controlling the swallowing and respiration process of milk powder, thereby promoting a healthy and stable child by promoting digestion. You can.

In addition, the air inlet groove 1 has a cross-sectional shape as shown in Figure 2 is made of a variety of shapes, such as hemispherical, Onggi, U-shaped or V-shaped, the nipple body 100 As viewed from the circular cross section, the valley peak of the air inlet groove 1 is formed to be inclined by about 5 to 15 ° from the centerline of the nipple body 100.

As described above, the air inlet groove 1 having the inclination maintains or maintains the shape of the air inlet groove 1 even when the nipple body 100 is pressed and deformed when the oil intake is secured, while at the same time ensuring an air inlet groove. The air guided to (1) is to prevent the concentrated discharge in a predetermined direction by scattering the powdered milk discharged through the nursing hole 21.

In addition, the nipple body 100 of the present invention is the thickness of the portion due to the air inlet groove (1) is formed so that when used for a long time, the reinforcement (2) inward to prevent the portion is damaged or damaged Forming to improve the durability by increasing the tear strength and tensile strength by thickness reinforcement.

The artificial nipple form is assumed to include all types of artificial nipple other than the thumb type, roman type, and the like. The material of artificial nipple can be any one of synthetic rubber, natural rubber, natural rubber latex, synthetic polyisoprene, silicone rubber, PESU (polyester sulfone), PPSU (Polyphenyl-sulfone), and the inside is formed into empty space It is.

Among these materials, PESU (polyester sulfone) has been recognized by the FDA (Food and Drug Administration) as a safe material that does not leak environmental hormones and BPA (bisphenol A), and it is light and unbreakable PP (polypropylene) and heat and durability. This material has excellent glass properties, and the material is heat resistant even at high temperatures of 180 ° C., and the product is not deformed or deformed even when boiled in boiling water, and is excellent in impact resistance and does not cause breakage. PPSU (Polyphenylsulfone) is a material used as a baby bottle. It has excellent dimensional stability, water pressure stability, high elastic modulus at high temperature, radiation resistance, hydrolysis stability and high strength mechanical properties. Excellent material with no emissions

Silicone rubber is a widely known material that does not need to be described in detail. Some characteristics thereof are introduced, and it is a material suitable for baby's health as it is soft and odorless and has low wear and deformation.

In addition, when babies develop teeth and start to grow, the nipples are easily cut or broken due to the tickling and chewing action as the teeth develop, causing problems that must be purchased frequently. As a result of suffocation due to riding over or blocking the airways and dental caries (cavities), the fiber network (50) was built into the nipple to compensate for this, but before the milk powder flowed into the nipple and fed into the nipple When the temperature of milk powder should be measured again, but sometimes it is not recognized, the baby can be fed with milk powder to prevent burns or dermatitis, thereby preserving the health of the baby. Eliminate the problems described above by applying or foaming the application temperature to the finished fiber It will have to. The fiber network 50 is produced in a variety of shapes and forms, and is embedded in the thickness (endothelial and outer shell) of the nipple body 100 is a band-shaped spaced at regular intervals while continuously wrapping in the longitudinal direction of the nipple body 100. Take advantage of the fiber network (50).

The temperature display part coated or foamed with a Zion paint that displays the temperature on the fiber network 50 forms a milk powder mixed with the water contained in the baby bottle and changes in color depending on the temperature before it touches the baby's mouth. By directly and accurately checking whether the temperature is appropriate for the eyes, feeding and contacting the lips, tongue, and the inside of the mouth prevents the risk of burns or skin damage in advance, thereby contributing to the physical health and emotional stability of the infant. By shortening the process of preparing the feeding stage, it is possible to shorten or reduce domestic labor by time saving, and can easily use when mixing baby food powder, and the inside of the bottle should be sealed as much as possible besides the inlet port. Air passage is not sealed and leaks frequently, and there is a high possibility of being infected with pathogens. Health and hygiene risks can be eliminated in advance, and the cause of incorporation of hazardous environmental substances is preempted.

The color changes according to the built-in powdered milk temperature and displays the temperature of the powdered milk by displaying various colors such as red and blue whether the temperature is appropriate for feeding. If the milk powder is too hot or cold due to the temperature of the displayed color, the mother and the like are fed with cold or hot water to adjust the temperature so that the baby is fed a formula that is safe and suitable for digestion. It can also contribute to their emotional stability and digestion. The test temperature material utilizes two or more paints having different temperature-sensitive temperature ranges and colors.

The nipple body 100 is applied to or coated on the fibrous network 50 embedded in the nipple body 100, a plurality of time temperature different from the temperature reduction temperature band and color, wherein the first temperature range of the first time temperature is 60 ~ 70 ℃, the color is orange, the second temperature range of the second time temperature is 35 ~ 40 ℃, the color is yellow, the third temperature range of the third time temperature is 20 ~ 30 ℃ and the color is blue It is possible to measure and confirm the temperature of milk or milk powder very easily by quickly grasping the temperature according to the degree of color change, so that it can be supplied to the digestive organ at the most easy temperature to digest rich nutrition without destroying nutrients. Deliver comfortably to the organ.

In addition, the present invention is different from the one used on the surface of the bottle body by coating or coding the Zion paint on the fibrous network 50 embedded in the nipple differently from the temperature labeling function is applied to the bottle body, steam during disinfection of the bottle In addition, even when boiled in boiled water, both are mutually prevented from invading and accessing environmental hormones and harmful substances that are decomposed by high temperature into the body through the process of touching the bottle or sucking the baby. The uniqueness of the present invention can be seen from the fact that it is different and its effect is long preserved without damage or deformation of the paint.

In addition, in another embodiment, various types of letters, numbers, symbols, characters, advertisements, pictures, and the like printed on the fiber network 50 may be attached or glued to the fiber network 50 to develop various products. At the same time, advertising and propaganda can be enhanced by increasing discernment and original aesthetics. The test temperature may be applied to or coated on one or both sides of the front and rear surfaces of the fibrous network 50.

By applying or coating a luminous paint on the fiber network 50 embedded in the nipple body 100, it can be easily and conveniently fed even in a dark place at night or during an emergency, and when the feeding is confirmed that milk powder leaks out of the mouth. Contamination of health and surrounding objects can also be prevented.

The nipple body 100 protrudes prominently and the luminous paint is coated or coated on the fibrous network 50 embedded in the nipple part 20 having a feeding hole 21 therein to improve identification and advertisement effects. Increase it.

The present invention is wrapped while connecting the plurality of fibrous network 50 having a belt (belt) shape along the circumference of the nipple body 100 in the longitudinal direction (L) of the nipple body 100, but the thickness of the material It is embedded in between, so as not to overlap the remaining portion except the tip of the teat 20. Since the fiber net 50 embedding form is partially embedded, it is possible to more reliably prevent cutting and damage of the neck portion 30 and the teat portion 20 while reducing material usage and reducing material costs.

Referring to the guide member 60 in detail with reference to Figure 3 of the present invention, by placing a plurality of first guide member 61 at a predetermined interval on the current side of the nipple body 20 of the nipple body 100 It is possible to reduce the flow of fluid and to supply at a uniform pressure, so that a certain amount of powdered milk, such as breast milk, can be supplied at a uniform pressure, thereby contributing to the health promotion and digestion of the baby.

In addition, when the baby sucks the nipple part 20 strongly by supplying the powdered milk supplied from the bottle through the inclined surface in the neck portion 30 of the nipple body 100 toward the nipple part 20. Excessive or excessive rehydration of the process of swallowing powdered milk while breathing is too much, which causes difficulty in digestion, prevents excessive air flow into the stomach, and causes vomiting, etc. Entering the organs in a state that is not normally mixed in the mouth prevents normal digestion and at the same time, accumulates pain mentally and accumulates sequelae such as emotional anxiety and prevents problems in growing children due to high physical consumption. can do.

In addition, according to the present invention, a plurality of second guide members 62 are disposed between the inlet portion of the nipple portion 20 at the end of the neck portion 30, and the nipple portion 20 is disposed along the flow path formed at the end portion of the neck portion 30 formed along the inclined surface. When flowing into a narrow space of), the dynamic pressure (speed energy) is lowered to induce a certain amount of powdered milk to be supplied at a uniform pressure.

A concave reservoir 63 is formed at an intermediate portion of the first guide member 61 and the second guide member 62 installed between the nipple body 20 inlet of the nipple body 100 and the neck portion 30. By changing the flow pattern of the fluid can be flowed more slowly.

Therefore, the emotion of the baby to suck the nipple 20 easily with a small force to the weak babies by the action of the first guide member 61, the second guide member 62, the reservoir 63. Instability can be eliminated and feeding can reduce feeding time and promote digestion.

The embodiments of the present invention described above are not implemented only by the apparatus and / or method, but may be implemented through a program for realizing a function corresponding to the configuration of the embodiments of the present invention, a recording medium on which the program is recorded, and the like. Such implementations may be readily implemented by those skilled in the art from the description of the above-described embodiments.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

Claims (10)

A circular neck portion 30 having an inclined surface of upper and lower light in a configuration connecting the root portion 10 to which the flange 11 is connected to the lower portion, and the nipple portion 20 connected to the root portion 10, and The nipple body 100 is formed in an oval shape in contact with the neck portion 30 and the nipple portion 20 having a feeding hole 21 therein; And, the fiber network embedded in the nipple body 100 ( 50) comprising, including: In contact with the neck portion 30 of the nipple body 100, the upper portion of the nipple body 100 is pressed more flatly than the lower portion of the nipple surface of the oval nipple part 20 having a large radius, the left or right of the center of the mouth tail on both sides An artificial nipple having an air inlet groove (1) extending vertically toward the neck portion (30) along the outside of the feeding hole (21). The method of claim 1, Artificial nipples characterized in that the nipple body 100 is coated or coated with a plurality of time temperature different from the temperature range and color of the temperature range is embedded in the fibrous network (50). The method of claim 1, Artificial nipples, characterized in that the coating or coating a light-emitting paint on the fibrous network (50) embedded in the nipple body (100). The method according to any one of claims 1 to 3, Artificial nipples, characterized in that to form a character, figure or character in the fibrous network (50) embedded in the nipple body (100) to enhance the discriminating power and aesthetics. The method of claim 1, Artificial nipples, characterized in that the coating or coating a light-emitting paint on the fibrous network (50) embedded in the nipple portion (20) having a feeding hole (21). The method of claim 2, The first temperature range of the first temperature is 60 ~ 70 ℃, the color is orange, the second temperature of the second temperature is 35 ~ 40 ℃, the color is yellow, the third temperature of the The third temperature range is 20 ~ 30 ℃ and the color is displayed in blue color so that the artificial milk nipple characterized in that it can quickly and accurately measure or confirm the temperature of the powdered milk according to the degree of color change. The method of claim 1, Artificial nipples, characterized in that a plurality of first guide member 61 is disposed on the current side of the nipple body (20) of the nipple body (100) so that a certain amount of milk powder flows at a uniform pressure. The method of claim 1, A plurality of second guide members 62 are disposed between the inlet of the teat part 20 and the neck part 30 so as to flow into a narrow space of the teat part 20 along an inclined flow path from the neck part 30. Velocity energy) Artificial nipple, characterized in that to maintain a uniform pressure by falling. The method of claim 1, A concave reservoir 63 is formed at an intermediate portion of the first guide member 61 and the second guide member 62 installed between the nipple body 20 inlet of the nipple body 100 and the neck portion 30. Artificial nipples, characterized in that. The method of claim 1, Artificial nipples, characterized in that the reinforcement is formed on the opposite surface of the air inlet groove (1) of the inner surface of the nipple body (100) to increase the strength.

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