Anti-expanding nursing feeder

Abstract

A preventing air expansion nursing milk bottle comprises an air inlet nozzle and an opening / closing valve covering on the air inlet nozzle. The air inlet nozzle is arranged with an air inlet hole, the bottle body of the milk bottle is composed of bottle body and foundation connecting with the bottle body, the air inlet nozzle is arranged at the foundation, air filter inner cover arranged with air filter hole covers the opening / closing valve of the air inlet nozzle, and assorting and connecting with the bottle body by the filter inner cover bottom ring and the foundation, leading the foundation, the filter inner cover, and the bottle body to integrate; the present invention resolves the defects of existing the preventing air expansion milk bottle structure complex and effect non-ideal, especially is suitable for new-born or elder and patient nursing use.

Description

technical field [0001] The invention relates to a feeding bottle for a newborn baby to suck milk or for an elderly person or a patient who needs nursing care, in particular to an anti-flatulence feeding bottle. 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.; Sucking caused otitis media, etc., and the use of this feeding bottle increases the loss of trace elements (vitamin C) in the milk, which is unfavorable for the healthy growth of babies; in order to solve this problem, a feeding bottle is disclosed on the market. The milk filter is...

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.; Sucking caused otitis media, etc., and the use of this feeding bottle increases the loss of trace elements (vitamin C) in the milk, which is unfavorable for the healthy growth of babies; in order to solve this problem, a feeding bottle is disclosed on the market. The milk filter is placed in the bottle body of the feeding bottle, and it is connected with the bottle cap and the nipple. The milk filter is hollow, and it is composed of an air intake cover and an air intake seat. The air intake cover is provided with The air intake hole communicated with the outside world, after the air intake cover is matched with the air intake seat, a milk inlet ear is arranged on the air inlet seat, and a plastic opening and closing valve is set on the milk inlet ear, when the baby sucks milk, the plastic opening and closing The valve is sucked open, and the milk at the bottom of the bottle enters the milk filter through the opening and closing valve, and then enters the baby's mouth through the nipple; after the milk is sucked out, the air also needs to enter the bottle from the opening and closing valve, although it solves the problem The problem of anti-flatulence in feeding bottles, but due to the formation of a common channel for sucking milk and air intake, there are defects of easy milk leakage and poor anti-flatulence effect; the applicant of the present invention has improved this

An anti-flatulence and leak-proof feeding bottle device is also provided, which comprises a milk filter arranged in the feeding bottle. The milk filter is provided with an air inlet, and the air inlet communicates with the hollow cavity of the milk filter. There is also an air inlet nozzle connected to the hollow cavity on the milk container, and an opening and closing valve is set on the inlet nozzle; it separates the milk suction and air inlet passages, which better solves the problems of milk leakage and poor anti-flatulence effect , but the device is set on the upper part of the bottle, and its air inlet is located on the device set on the head of the feeding bottle. Therefore, its air intake method is conveyed from the head of the feeding bottle to the bottom of the feeding bottle, so its air The circulation channel is longer, and for newborn babies, it needs to suck with greater force, therefore, it is still necessary to improve the feeding bottle with this device

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