KR100954853B1 - Environment hormone preventing nursing bottle - Google Patents

Abstract

The present invention relates to an infant bottle which does not generate environmental hormones, and more particularly, an intermediate support member having a through hole at one lower end of one of the left and right cover bodies of the protective cover to protect the glass container. Forming, the upper surface of the intermediate support member is a cushion member is coupled to the through hole to protect the bottom of the glass container, the bottom of the protective cover is coupled to the support member, the top of the glass container is connected to the air inlet packing fastened by a fixing cap Connecting the vent pipe made of a flexible material to the pipe but the end of the air outlet port is configured as a bottle formed with a valve so that milk does not flow, the present invention forms a vent formed with a valve inside the bottle to feed the infant's lower air outlet when feeding Milk flows into the side to prevent air from entering the ventilator, It prevents backflow and prevents infants from eating and vomiting, while elliptical reinforcement ribs are provided at the end of the vent pipe to keep the valve circular without opening the air outlet due to the water's wavelength when mixing milk and water. It is about an environmental hormone prevention bottle.

Bottle, protective cover, fixed cap, air inflow packing, vent pipe

Description

Environmental hormone prevention bottle {ENVIRONMENT HORMONE PREVENTING NURSING BOTTLE}

The present invention relates to a baby bottle that does not generate environmental hormones, and more specifically, to form a container containing milk in a glass material and to combine the protective cover to protect the glass container on the outer surface of the infant from environmental hormones It is possible to protect, but to form a vent inside the bottle, but there is an elliptical reinforcement rib at the end of the vent tube so that the air discharge port due to the water wavelength does not open when mixing milk and water to maintain the circular shape of the valve to the infant It relates to an environmental hormone prevention bottle that prevents air from flowing back when feeding the milk by preventing milk from flowing into the air by introducing milk to the lower air discharge side of the air vent during feeding.

Conventional feeding bottle is made of a plastic container of heat-resistant material, there is no problem, such as breakage, even if dropped because of strong elasticity and elasticity support, but when feeding infants into a plastic container, put the milk powder and shake and mix it after feeding or cold milk In the case of warming using a microwave oven and feeding the infant is a common example.

However, in recent years, as the standard of living has improved, mothers' interest in baby products has increased as they have an interest in health. In addition, the baby bottles are made of plastic, and they are sensitive to the problem that environmental hormones are generated when heated. The problem is that no bottle is suitable.

Therefore, in the related art, as a means for solving such a problem, the glass carafe protective container of the Utility Model Publication No. 2000-14155 is disclosed.

The utility model glass lacquer protective barrel is made of a transparent or semi-transparent plastic material and the upper and lower barrels are combined with a protective cylinder having a single container shape, the upper opening of which is inserted into the protective cylinder and embedded therein. It is disclosed that the glass lacquer bottle is made of a transparent glass having excellent chemical durability, and the upper portion is formed of an open container, and the nipple portion which is coupled to the upper portion of the glass breast bottle and adheres to the lower surface thereof.

The above-mentioned utility model has the advantage of mitigating the breakdown of the glass breast bottle by impact and preventing the glass fragments from scattering to the outside in case of breakage. There was a problem that the protective casing is broken when the impact drop because of close contact. In other words, the bottle of glass container is sealed inside the protective container made of synthetic resin to prevent the glass fragments from scattering in case of breakage.However, it is irrelevant when the mother feeds the infant when the infant eats the milk. When throwing to one side or dropped from a high place after eating, it is not prevented from being broken by the impact, the user has to frequently replace the internal bottle, causing significant economic problems.

In the case of a baby bottle having an air inlet tube developed to improve the conventional problem, when milk is put into the baby bottle, the milk enters the air inlet tube located in the bottle, and when the infant eats the milk, the air inflows through the air inlet tube. By blocking the air backflow and eat the air and milk together, there was a problem of vomiting after eating milk.

The present invention has been invented in view of the above problems, the container containing the milk made of glass material and combined with a protective cover to protect the glass container on the outer surface to protect the infant from environmental hormones and In order to prevent the air from flowing back when the infant eats the milk by forming an air discharge port with a valve so that milk does not flow in the distal end of the tube located in the bottle, and the tube is integrally elastic When the powdered milk is put into the milk bottle, the vent pipe is to stir the milk. When the milk pipe is mixed with an oval reinforcing rib, the air outlet is not opened due to the water wavelength when the milk and water are mixed. The present invention relates to an anti-hormone bottle for environmental purposes.

The present invention is a protective cover is formed on the outer surface to protect the glass bottle, the protective cover formed to protect the glass container is formed of a left and right cover body having a fastening protrusion and a locking groove on both sides, when feeding A vent pipe is located inside the glass container to control the inflow of air, and the vent pipe is combined with an air inflow packing interposed between the top of the glass container and the nipple, and fixed to fix the nipple and the air inflow packing to the top of the glass container. In the bottle coupled to the cap, the cap is coupled to the fixing cap to protect the nipple exposed to the upper fixing cap,

An intermediate support member having a through hole is integrally formed at one of the lower ends of one of the left and right cover bodies of the protective cover to protect the glass container, and a cushion member is coupled to the through hole on the upper surface of the intermediate support member. To protect the bottom and the bottom of the protective cover is coupled to the support member, the upper end of the glass container is connected to the air inlet packing of the inlet packing fastened by a fixed cap connected to the expansion pipe made of a flexible material, but the end of the air outlet through the milk outlet The bottle is provided with a reinforcing rib of the elliptical end portion so that the valve is formed so that the air discharge port due to the wavelength of the water does not open when the milk and water are mixed, so as to maintain the circular shape of the valve. The valve is formed with an air vent so that milk can be fed to the lower air outlet of the air vent when the infant is fed. It is related to the prevention of environmental hormones that prevents the air flow back when feeding the infant by preventing the inflow of air flow through the ventilator prevents the infant from eating and vomiting milk.

According to the present invention, the bottle is composed of a glass container, a protective cover, and a ventilator, so that when the infant eats the milk, the vent pipe is blocked by the milk and prevents the air from flowing back so that the outside air flows into the vent tube as much as the suction force of the infant sucks the milk. The effect of allowing the milk to be sucked at a constant pressure by flowing from the bottom of the bottle, and by forming the vent pipe located inside the bottle integrally made of elastic material, there is no need to touch by hand to assemble the tube through the milk At the same time, the milk powder is put into the bottle and the tube is stirred when mixing with water, so that the milk and water can be mixed well. An oval reinforcement rib is provided at the end of the tube to mix the water when mixing milk and water. The air outlet does not open due to the wavelength The effect of maintaining the mold, and by using a glass bottle made of glass while eating hot milk, such as plastic material does not occur by the environmental hormone by heat has the effect of providing healthy milk to the infant.

Hereinafter, an embodiment of the present invention will be described in detail.

A protective cover is formed on the outer surface to protect the glass container, and the protective cover 3 formed to protect the glass container 2 has a locking protrusion 6 and a locking groove 7 on both sides thereof. ㆍ The right cover body (4) (5) is formed, the vent pipe (8) is located inside the glass container (2) to control the inflow of air during feeding, the vent pipe (8) is the top of the glass container and the nipple ( 9) coupled with the air inlet packing 10 interposed between, the fixing cap 11 is coupled to secure the nipple 9 and the air inlet packing 10 to the upper end of the glass container, fixed cap 11 In the bottle (1) to which the cap 12 is coupled to the fixing cap 11 to protect the nipple exposed to the upper,

The intermediate support member 14 having the through hole 13 at one of the lower end portions of the left and right cover bodies 4 and 5 of the protective cover 3 to protect the glass container 2 is integrally formed. And a cushion member 15 is coupled to the through hole 13 on the upper surface of the intermediate support member 14 to protect the bottom of the glass container 2, and the support member 16 has a lower end of the protective cover 3. It is coupled to the top of the glass container (2) by connecting the vent pipe (8) made of elastic material to the connecting pipe (10a) of the air inlet packing (10) fastened by a fixed cap (11), but the vent pipe (8) end air outlet 17, the baby bottle 1 in which the valve 18 was formed so that milk may not flow in is comprised.

The protective cover 3 is characterized in that the shock absorbing member 19 is installed on the upper and lower left and right cover body (4) (5) is configured to absorb the shock applied from the outside.

The end valve of the vent pipe (8) forms an air outlet (17) shaped in the center of the bottom surface and consists of a plurality of reinforcing ribs (20) and grooves 21 on the outer circumferential surface of the air outlet (17) and the air outlet (17) The inner surface is formed by the inclined surface 22 having a narrow lower end and wider upper portion, so that the outside air can flow into the glass container and the milk in the glass container 2 can flow into the air outlet 17. Characterized in that not configured.

In addition, as another embodiment of the present invention, the vent pipe 8 has a valve chamber 25 larger than the diameter of the vent pipe in the lower portion, the valve opening and closing member 23 is provided in the valve chamber 25, the valve chamber (25) The bottom is characterized in that a plurality of air inlet holes 24 are formed.

The present invention configured as described above will be described in detail with reference to the accompanying drawings.

1 is a perspective view of the combined state of the bottle and the protective cover according to the present invention, Figure 2 is an exploded perspective view of the bottle and protective cover according to the present invention, the left and right cover body (4) (5) on the outer surface of the glass container (2) The protective cover (3) consisting of is coupled and the lower end of the protective cover (3) is fastened by the support member (16).

In addition, the upper cover 3 'of the protective cover 3 is fixed by the fixing cap 11 in a state in which the nipple 9 and the air inflow packing 10 are stacked.

At this time, the connecting portion of the left and right cover bodies 4 and 5 of the protective cover 3 is firmly fixed by the coupling of the fastening protrusion 6 and the fastening groove 7.

In addition, the outer surface of the glass container 2 and the inner surface of the protective cover 3 correspond to the buffer members 19 formed on the upper and lower left and right cover bodies 4 and 5 to absorb shocks applied from the outside and thus the glass container 2. ) To prevent damage.

The buffer member 19 is made of any one of a silicone member, a soft synthetic resin member, and a rubber member to select a material capable of absorbing shock.

The baby bottle 1 of the present invention, after separating the fixing cap 11 to which the nipple 9 is fastened so that the consumer can easily separate and separate the support member 16 coupled to the lower end of the protective cover 3. After pressing, the connecting groove 7 of the left and right cover bodies 4 and 5 is pressed, the fastening protrusion 6 is released from the fastening groove 7 by the self-expansion of the protective cover 3, and the left cover body is removed. (4) can be separated to facilitate washing.

In addition, when using the baby bottle (1) to feed the infant to the left and right cover body (4) (5) to cover the outer surface of the glass container (2) correspond to each other and then the fastening protrusion (6) and the fastening groove (7) Combine the protective cover 3, the lower end of the protective cover is a state in which the cushion member is coupled to the upper surface of the intermediate supporting member 14 and fixed to the lower end by the supporting member (16).

The intermediate support member 14 and the cushion member 15 are coupled to each other so that the protrusion formed integrally with the bottom surface of the cushion member 15 is fitted into the through hole 13 of the intermediate support member 14.

In addition, the intermediate support member 14 is integrally formed on either side of the left cover body 4 and the right cover body 5, in the drawing of the present invention, the intermediate support member 14 is integrally formed at the bottom of the right cover body. It is shown as formed.

The cushion member 15 interposed between the intermediate supporting member 14 and the bottom surface of the glass container 2 can protect the glass container 2 by absorbing an impact from the outside.

After the supporting member 16 and the protective cover 3 are combined as described above, after the water and powdered milk are contained in the glass container 2, the air inlet packing 10 is connected to the connection pipe 10a in a state in which the vent pipe 8 is coupled to the connecting pipe 10a. ) On the top of the glass container (2) and the nipple (9) is laminated on the upper surface of the air inlet packing (10) when the fixing cap (11) is fastened to the upper cover (3 ') of the protective cover (3). (9) and the air inlet packing 10 is firmly coupled.

Put the powdered milk and water into the glass container 2 as described above, and after the fixing cap 11 is combined, shaking the bottle from side to side, the inside of the tube (8) is shaken from side to side, stirring the powdered milk and water is made well mixed.

At this time, the distal end of the vent pipe is provided with a reinforcing rib of the elliptical to maintain the circular shape of the valve without opening the air discharge port due to the water wavelength when mixing milk and water.

The vent pipe (8) is made of any one of environmental hormone-treated silicone, soft synthetic resin, soft rubber, and gently shakes to serve to mix the milk powder and water in the glass container.

3 is a partial cross-sectional view showing a combined state of the protective cap and the cushion member according to the present invention, the cushion member 15 in the through hole 13 of the intermediate support member 14 made of a "┛" shape at the bottom of the right cover body When fitting the protrusion formed on the bottom of the cushion member 15 forms a state coupled to the upper surface of the intermediate supporting member (14).

In addition, the bottom edge outer surface of the left and right cover bodies (4) (5) is in a state in which the supporting member (16) is coupled to the protective cover (3).

Figure 4a is a cross-sectional view of the combination of the air inlet packing and the air inlet pipe of the present invention, Figure 4b is a separate view of the air inlet packing and the air inlet pipe of the present invention, connected to one side of the bottom surface of the air inlet packing 10 The tube 10a is formed to protrude downward and is connected to the upper end of the vent pipe 8.

The connection pipe (10a) formed in the air inlet packing 10 is connected to the air inlet hole (10b) formed on one side of the upper surface so that air is introduced into the glass container (2) through the vent pipe (8).

The air inlet hole 10b formed at one side of the upper surface of the air inlet packing has a fixed cap 11 and the upper cover 3 'of the protective cover 3 coupled to the inlet packing 10 even though the air inlet packing 10 is fastened. Air flows into the air inlet hole 10b along the screw thread, and flows into the bottle through the vent pipe 8.

The air flowing through the vent pipe (8) is in proportion to the suction force of the infant sucking force on the nipple (9), the air is introduced into the bottom of the glass container, so that the baby sucking milk can not eat power and at the same time the infant milk Do not vomit when the baby does not burp because the air does not back up when it is sucked and does not eat with milk. Figure 4b shows an external view of the connection state of the air inlet packing and the vent pipe.

Figure 5 is a cross-sectional view of the vent pipe of the air inlet device of the present invention, Figure 6 is a bottom view showing the air discharge port of the vent pipe of the air inlet device of the present invention, the end of the vent pipe (8) made of a soft stretch material air from the outside It was introduced into the valve and the milk was configured as a valve 18 so that it can not flow into the interior through the end of the vent pipe.

The lower end valve 18 of the vent pipe 8 is formed in an elliptical shape, and an air outlet 17 having a "-" shape is formed at the center thereof, and an outer circumferential surface of the air outlet 17 is formed with a plurality of reinforcing ribs 20 and a recess 21. To act as a valve (18).

That is, the air discharge port 17 forms a "V" shaped inclined surface 22 of which the outer surface is "-" shaped only and the inside is narrowly adhered to the lower end and is widened toward the upper part so that the air inside the exhaust pipe 8 is distal end portion. It can be discharged to the milk through the air discharge port 17 to form a valve 18 so that it can not be introduced into the vent pipe (8).

The reinforcing rib 20 formed in the valve 18 is prevented from being opened by the pressure outside the "-" shaped air discharge port 17 and the groove is formed with a groove inward so that the air discharge port is further formed when milk enters the groove. To be closed.

In addition, the inside of the inclined surface is formed in the "V" shape so that the infant is sucked by the suction force to suck the milk to enter the air to prevent the air flow back blocked by the tube (8) when the infant eats the milk. .

In particular, the vent pipe is provided with an elliptical reinforcement rib at the distal end so that the air discharge port does not open due to the wavelength of the water when the milk and water are mixed to maintain the circular shape of the valve.

Figure 7a is a sectional view through the vent pipe having a valve of the air inlet device as another embodiment of the present invention, Figure 7b is a cross-sectional view of the vent pipe valve of Figure 7a, Figure 8a is a valve of the vent pipe when the milk is embedded in the bottle of the present invention 8B is an exemplary view of a state positioned in the upper portion, and FIG. 8B illustrates an example of a state in which a valve of the exhaust pipe is located at the bottom of the valve chamber when eating the milk of the bottle of the present invention.

7A to 8B illustrate a vent pipe according to another embodiment of the present invention, in which a valve chamber 25 is formed at a lower end of the cylindrical vent pipe 8 with a diameter larger than the diameter of the vent pipe, and a valve opening and closing member 23 is formed therein. Installed.

When the valve opening / closing member 23 installed in the valve chamber 25 is immersed in the milk in the glass container 2, the valve opening / closing member 23 is pushed by the milk like a mouth to block the upper end of the valve chamber 25 so as to be sealed. 8A), the milk is no longer introduced into the vent pipe 8, and when the infant sucks the nipple to eat the milk, a suction force is generated so that the valve opening and closing member corresponds to the bottom of the valve chamber 25. At this time, the lower part of the valve chamber 25 is formed with a plurality of air inlet holes 24 so that the outside air flows into the vent pipe and then flows into the bottom of the glass container through the air inlet hole so that the infant can comfortably eat milk.

FIG. 7A illustrates a sectional view of a vent pipe having a valve of an air inlet device as another embodiment of the present invention, in which a dashed-dotted line shows a surface of milk and shows a state where a valve opening and closing member is floating on the surface of milk.

7B is a cross-sectional view of the vent valve of FIG. 7A, in which the air valve hole is exposed to the outer circumferential surface of the valve opening and closing member 23, which is indicated by a dotted line, in a state in which the valve opening and closing member corresponds to the lower end of the valve chamber 25. It can be introduced into the bottle through the air outlet.

Figure 8a is an illustration of a state in which the valve of the vent pipe is located above the valve chamber when the milk is embedded in the bottle of the present invention, even if the milk is filled in the glass container, the valve 18 'of the vent tube 8 is the valve chamber (25) The valve opening and closing member 23 located inside closes the upper end of the valve chamber 25 to prevent milk from flowing in any more.

Figure 8b is a diagram showing a state in which the valve of the vent pipe is located at the bottom of the valve chamber when eating the milk of the bottle of the present invention, even if the valve opening and closing member 23 blocks the bottom of the valve chamber 25 (air inlet hole ( Since the circumferential length of 24 is greater than the circumferential length of the valve opening and closing member 23, air is introduced into the glass container through the air inlet hole 24 exposed to the outer circumferential surface of the valve opening and closing member 23, thereby allowing the air to flow into the glass container. Push the milk to make it easier for your baby to suck it.

The present invention as described above forms an air discharge port 17 as a valve so that milk does not flow into the distal end of the vent pipe 8 located in the bottle, so that the air flows back when the infant eats the milk and eats the milk together with the air. The tube (8) is formed of an integral stretchable material to prevent the tube from stirring the milk when mixing the milk powder with the water, and the tube has an elliptical reinforcement rib at the end of the tube. When water and water are mixed, the air discharge port can be maintained without opening due to the wavelength of water, and the bottle is adopted as a glass container to prevent the occurrence of environmental hormones by the plastic material to help the health of the infant. Note has the advantage that it can provide a bottle.

1 is a perspective view of the combined state of the bottle and the protective cover according to the present invention.

Figure 2 is an exploded perspective view of the baby bottle and the protective cover according to the present invention.

Figure 3 is a partial sectional view showing the combined state of the protective cap and the cushion member according to the present invention.

Figure 4a is a cross-sectional view of the coupling state of the air inlet packing and the air inlet pipe of the present invention.

Figure 4b is an exploded view of the air inlet packing and the air inlet pipe of the present invention.

5 is a cross-sectional view of the vent pipe of the air inlet device of the present invention.

Figure 6 is a bottom view showing the air discharge port of the vent pipe of the air inlet device of the present invention.

7A is a sectional view of a vent pipe having a valve of an air inlet device as another embodiment of the present invention;

Fig. 7B is a sectional view of the vent valve of Fig. 7A.

Figure 8a is an illustration of a state in which the valve of the vent pipe is located above the valve chamber when the milk is embedded in the bottle of the present invention.

Figure 8b is an illustration of a state in which the valve of the vent pipe is located at the bottom of the valve chamber when eating the milk of the bottle of the present invention.

<Description of Signs of Major Parts of Drawings>

1: baby bottle 2: glass container

3: Protective cover 4: Left cover body

5: Right cover body 6: Fasteners

7: Tightening Home 8: Ventilation

9: nipple 10: air inflow packing

10a: Connector 10b: Air inlet hole

11: fixed cap 12: lid

13: Through 14: Middle support member

15: cushion member 16: support member

17: Air discharge outlet 18, 18 ': Valve

19: buffer member 20: reinforcing rib

21: groove 22: inclined surface

23: valve opening and closing member 24: air inlet hole

25: valve chamber

Claims (3)

A protective cover is formed on the outer surface to protect the glass container, and the protective cover 3 formed to protect the glass container 2 has a locking protrusion 6 and a locking groove 7 on both sides thereof. ㆍ The right cover body (4) (5) is formed, the vent pipe (8) is located inside the glass container (2) to control the inflow of air during feeding, the vent pipe (8) is the top of the glass container and the nipple ( 9) is coupled with the air inlet packing 10 interposed between, the fixing cap 11 is coupled to secure the nipple 9 and the air inlet packing 10 to the upper end of the glass container, fixed cap 11 In the bottle (1) to which the cap 12 is coupled to the fixing cap 11 to protect the nipple exposed to the upper, The intermediate support member 14 having the through hole 13 at one of the lower end portions of the left and right cover bodies 4 and 5 of the protective cover 3 to protect the glass container 2 is integrally formed. And a cushion member 15 is coupled to the through hole 13 on the upper surface of the intermediate support member 14 to protect the bottom of the glass container 2, and the support member 16 has a lower end of the protective cover 3. It is coupled to the top of the glass container (2) by connecting the vent pipe (8) made of elastic material to the connecting pipe (10a) of the air inlet packing (10) fastened by a fixed cap (11), but the vent pipe (8) end air outlet 17 is an environmental hormone prevention bottle, characterized in that the valve 18 having a reinforcing rib is formed so that milk does not flow. The method of claim 1, The end valve of the exhaust pipe forms an air outlet 17 having a "-" shape at the center of the bottom, and is composed of a plurality of reinforcing ribs 20 and a recess 21 on the outer circumferential surface of the air outlet 17, and an inner side of the air outlet 17. Silver bottom is narrow and the upper part is formed with a wide "V" type inclined surface 22 is characterized in that the outside air is introduced into the glass container and the milk in the glass container (2) can not be introduced into the air outlet (17) Environmental hormone prevention bottle. The method of claim 1, The vent pipe 8 forms a valve chamber 25 larger than the vent pipe diameter in the lower part, the valve opening and closing member 23 is provided in the valve chamber 25, and the lower end of the valve chamber 25 has a plurality of air inlet holes ( 24) environmental hormone prevention bottle, characterized in that formed.

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