KR200296969Y1 - Feeding Device Further Comprising Outer Connecting Tube - Google Patents

Abstract

The present invention relates to a feeding mechanism with an additional external connection pipe, and more specifically, a nipple unit, a low oil bottle, a first internal suction pipe installed in an oil storage bottle, an air inlet valve, a coupling device for combining an oil bottle and an air inlet valve. In the feeding device consisting of, the feeding device characterized in that the external connection pipe connected to the nipple part from the upper end of the milk suction pipe is further installed. In addition, the nipple part of the present invention may be filled with a viscoelastic material such as silicone so that the remaining space except for the milk suction tube of the nipple part to have a similar feeling of suction through the nipple of the human body.

Description

Feeding Device Further Comprising Outer Connecting Tube}

The present invention relates to a feeding mechanism with an additional external connection pipe, and more specifically, a nipple unit, a low oil bottle, a first internal suction pipe installed in an oil storage bottle, an air inlet valve, a coupling device for combining an oil bottle and an air inlet valve. In the feeding device consisting of, the feeding device characterized in that the external connection pipe connected to the nipple part from the upper end of the milk suction pipe is further installed. In addition, the nipple part of the present invention may be filled with a viscoelastic material such as silicone so that the remaining space except for the milk suction tube of the nipple part to have a similar feeling of suction through the nipple of the human body.

In general, the feeding mechanism consists of a nipple part at the top and a body at the bottom, and a connecting device connecting the nipple part and the body, which is difficult to feed in various postures because the nipple part is directly connected to the body by the connecting device. There was this.

In order to solve this problem, a weight was installed at the end of the milk bottle so that sedentary and standing feeding could be possible, but only infants of at least 6-7 months can sit and eat. Was still only able to feed, but did not completely solve the problem.

Meanwhile, when an infant ingests milk, as much air as the amount of milk ingested by the infant must be introduced into the feeding apparatus. When the infant sucks milk, a very strong suction force is required because the vacuum is to be overcome and the milk must be inhaled.

In this case, the infant sucks the nipple part with excessive force, and as a result, the nipple part and the feeding device may be separated, so that the milk may be poured into the infant who consumes the milk. Attempts can cause ear strain, and infants may also have earaches (aka otitis media).

Therefore, the feeding through the conventional feeding device requires a much stronger suction force than infants suck the nipple of breast milk, which causes a significant adverse effect on the distortion of oral development and emotional development of the infant. In addition, since the suction force required for the oral cavity of infants in the feeding through the conventional feeding mechanism fluctuates corresponding to the decompression formed in the feeding mechanism, the infants are also required to control the relaxation and reinforcement of the suction force. There was also a compelling problem.

In addition, when an infant ingests milk through these feeding devices, the infant takes his or her mouth from the nipple part and inflows air into the milk spout located at the upper part of the nipple part in order to easily ingest the milk. Rather than taking in the air, so-called stomach ache could occur.

In addition, in the case of a bottle equipped with an existing air inlet device, when the infant ingests the milk, there is a problem in that the milk flows back through the air inlet passage after the air is introduced through the air inlet passage.

Republic of Korea Utility Model Registration No. 0190036, Republic of Korea Utility Model Registration No. 0270892, etc. discloses an improved air inflow device of the feeding mechanism.

In Korean Utility Model Registration No. 0190036, the nipple part and the supporter are coupled to the nursing appliance main body, and the annular groove is formed at the lower part of the nipple part by connecting to the groove part and the groove part, and a thin part is inserted into the insertion part extending downward. A feeding mechanism is disclosed in which an annular air passage is formed at a portion where the insertion portion and the horizontal portion bottom meet so as to form a gap and slightly open to the outside. Therefore, in the feeding mechanism, when the milk in the main body is eaten, negative pressure is generated in the bottle body, and the outside air passes through the incision part of the support, the recess of the nipple part, the annular recess, and the annular space part sequentially through the thin part of the insertion part. As it is pushed in, it enters the bottle body.

In addition, Korean Utility Model Registration No. 0270892 discloses an air inlet top of a plastic material with an air inlet, an air inlet bottom plate of a silicon material with a valve to control backflow of milk, an air inlet bar, and milk connected to the end of an air inlet bar. A bottle comprising a silicone head with a non-return valve, a bottle body, a silicone nipple and a tightening device is disclosed.

However, the above-described conventional feeding device has made an air hole at the lid or bottom of the bottle to achieve the above object, and made an air inlet device during feeding, but when the air inflow through the air hole is small, the vacuum in the feeding device is completely It does not alleviate, there is a disadvantage that milk flows when upside down or sideways, there are many inconveniences when disinfecting or disinfecting feeding equipment.

Therefore, in the art, it is possible to easily feed in various postures in a state where the oil bottle and the nipple part are separated, and to solve the problem of increasing suction power due to the reduced pressure when feeding through the air inlet device, and separate the air inflow passage and the feeding passage separately. Therefore, it is urgently required to develop a feeding mechanism that does not inhale air during feeding.

An object of the present invention is a nipple part, a bottom bottle, a first inner suction pipe installed in the bottom of the bottle, an air inlet valve, a feeding device consisting of a coupling device for coupling the bottom bottle and the air inlet valve, the nipple from the upper end of the milk suction pipe It is to provide a feeding mechanism, characterized in that the additional connection is further installed to the external connection pipe.

1 is an exploded perspective view of the feeding mechanism according to the present invention.

Figure 2 is a perspective view of the combined state of each part of the feeding mechanism according to the present invention.

3 is a perspective view of a feeding mechanism filled with viscoelastic material except for the second internal suction pipe inside the nipple part of the present invention.

Figure 4 shows a longitudinal section of the feeding mechanism according to the present invention.

5 illustrates a longitudinal section of the feeding mechanism of FIG. 3.

Description of the main parts of the drawing

1. Oil storage 2. Nipple

3. Connecting device 4. First internal suction pipe

5. Check valve 6. Milk outlet

7. Weight 8. Magnet

9. Metal part 10. Second internal suction pipe

11. External connector

An object of the present invention is a nipple part, a bottom bottle, a first inner suction pipe installed in the bottom of the bottle, an air inlet valve, a feeding device consisting of a coupling device for coupling the bottom bottle and the air inlet valve, the nipple from the upper end of the milk suction pipe It is achieved by providing a feeding mechanism, characterized in that the external connection pipe to the part is further installed.

In addition, the length of the external connecting tube may be 10 cm to 200 cm, preferably 30 cm to 100 cm, more preferably 30 cm to 80 cm.

Therefore, the feeding device of the present invention can be used in a state in which the nipple part and the milk bottle are directly connected by a connecting device as in a normal milk bottle, and can be used even when the nipple part and the milk bottle are connected by an extended milk suction tube. have.

The oil bottle refers to the bottle part of the feeding device containing milk, and the connection device refers to a device for connecting and tightening the oil part and the nipple part.

The oil bottle can be used to consume not only milk but also various liquids such as water and taste.

The metal is embedded in the check valve, and contacts the magnet at the upper end by magnetic force to perform the function of the check valve. The check valve allows the inflow of external air while blocking the outflow of the internal liquid so that milk does not leak out, and may be operated by means selected from the group consisting of magnets, rubber, metal and synthetic elastomer. In addition, the magnet is coated with a synthetic resin to suppress the release of human harmful substances, it is coated with an elastic body can easily perform the function of the valve. Such a check valve can be made separate or integral with the connecting device.

The first and second internal suction pipes and the external connection pipes are made of a flexible material, and the feeding pipes during feeding are supplied with a slight vacuum in the storage bottle due to the suction force of the infant during feeding and the original recovery force due to the elasticity of the suction pipe. The remaining milk was flowed back into the bottom of the bottle when stopping feeding to prevent leakage of milk through the discharge port of the nipple.

In addition, a weight at the lower end of the first inner suction pipe was installed to enable sitting and feeding.

The feeding mechanism of the present invention may further include a second inner suction pipe connected to the milk outlet of the nipple part from the outer connecting pipe end. Therefore, the air inflow passage and the milk intake passage are separated to prevent the intake air from being sucked during feeding.

The remaining space except for the second internal suction pipe inside the nipple part of the feeding mechanism may be filled with viscoelastic material, and the viscoelastic material is preferably silicon.

In the case of using the feeding device of the present invention, the milk bottle and the nipple part are connected by a milk suction tube extending to the outside of the milk bottle, so that the baby can be held in various postures such as when the baby is held, raised or laid down or sitting. For infants, only the nipple part connected to the milk suction tube can be sucked into the mouth, so feeding is very easy and feeding time is saved. Therefore, the present invention can be widely used when dealing with a large number of infants as well as at home.

In addition, in the case of using the feeding device of the present invention, it is not necessary to prevent inhalation of the air during feeding, so as not to have a stomach ache, ear ache or burp, and to reduce the depressurization state when feeding by the check valve, This can help prevent shortness of breath or shortness of breath. In addition, by filling the inside of the nipple part with silicon so that the inhalation of the oral cavity is similar to the case of feeding through the nipple of the human body is beneficial to the emotional development of the infant.

Claims (7)

Feeding mechanism consisting of the nipple part (2), the oil storage bottle (1), the first internal suction pipe (4) installed inside the oil storage bottle, the air inlet valve (5), the connecting device (3) for coupling the oil bottle and the air inlet valve The feeding device according to claim 1, wherein an external connection pipe (11) connected to the nipple part from the upper end of the milk suction pipe is additionally installed. The breast feeding apparatus according to claim 1, wherein the external connecting pipe (11) further installed is 10 cm to 200 cm, preferably 30 cm to 100 cm, and more preferably 30 cm to 80 cm. The feeding device according to claim 1, characterized in that the air inlet valve (5) and the connecting device (3) are integrally formed. 2. The feeding device according to claim 1, wherein a second inner suction pipe (10) is further provided inside the nipple part and is connected from the end of the outer connection pipe (11) to the milk outlet (6) of the nipple part. The feeding device according to claim 4, wherein the remaining space except for the second internal suction pipe (10) inside the nipple part is filled with viscoelastic material. The check according to claim 1, wherein the air inlet valve (5) is operated by means selected from the group consisting of magnets, rubber, metals, and synthetic resin elastomers, which permits the inflow of external air while blocking the outflow of the internal liquid. Feeding mechanism, characterized in that the valve (5). The feeding device according to claim 1, wherein the first internal suction pipe (4) in the oil storage bottle is a conduit of a flexible material having a weight (7) installed at a lower end thereof.