Flatus proof porous unit of feeding bottle

Abstract

The invention relates to a milk bottle anti-expansion porous device, which is formed by muffle cover and connected hollow ventilate frame. Wherein, the muffle cover has horn open through to the hollow ventilate frame; the bottom of ventilate frame has several discharge outlets. The invention has simple structure and it can treat the foam inside the milk bottle, to eliminate milk discharge of baby.

Description

technical field [0001] The invention relates to a feeding bottle device for babies to suck milk, in particular to a feeding bottle anti-colic device. Background technique [0002] At present, the feeding bottles sold on the market are used for feeding babies. Because the baby is sucking the milk, it is easy for the air to enter the feeding bottle with the breathing, so that the milk in the feeding bottle will have a group of air bubbles. These bubbles After being sucked by the baby, the milk enters the abdomen. After the accumulation reaches a certain amount, the baby is prone to spit up milk, such as hiccups, choking, flatulence, etc.; Otitis media caused by sucking, and the use of this feeding bottle increases the loss of trace elements (vitamin C) in the milk, which is not conducive to the healthy growth of babies; in order to solve this problem, a feeding bottle anti-flatulence device is disclosed on the market , it is placed in the bottle body of the feeding bottle, an...

AI Technical Summary

Problems solved by technology

[0002] At present, the feeding bottles sold on the market are used for feeding babies. Because the baby is sucking the milk, it is easy for the air to enter the feeding bottle with the breathing, so that the milk in the feeding bottle will have a group of air bubbles. These bubbles After being sucked by the baby, the milk enters the abdomen. After the accumulation reaches a certain amount, the baby is prone to spit up milk, such as hiccups, choking, flatulence, etc.; Otitis media caused by sucking, and the use of this feeding bottle increases the loss of trace elements (vitamin C) in the milk, which is not conducive to the healthy growth of babies; in order to solve this problem, a feeding bottle anti-flatulence device is disclosed on the market , it is placed in the bottle body of the feeding bottle, and is connected with the bottle cap and the nipple. At the bottom of the feeding bottle when feeding, when the air reaches a certain amount, the pressure inside the bottle increases, so that the milk with bubbles is pressed into the milk outlet of the sleeve through the connecting groove on the sleeve and enters the nipple Inside

Although this setting reduces the number of air bubbles in the bottle entering the baby's abdominal cavity, the effect is not ideal because the air bubbles are rarely treated, and it cannot fundamentally solve the baby's spit-up phenomenon.

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