A kind of anti-air expansion apparatus for feeding bottle
Technical field
The utility model relates to feeder anti-flatulence field, specially a kind of anti-air expansion apparatus for feeding bottle.
Background technique
Feeding bottle is the necessary utensil of modern infant's drink milk or milk powder, and conventional feeding bottle currently sold on the market,
Since outlet hole is also the channel of supplement air simultaneously, so, when infant has milk due to not supplying air in time, it is easy
It causes milk to suck unsmooth, while infant being caused to be easy sucking air, and infant is caused to have milk rear flatulence, throw up milk, it is conventional
Feeding bottle exists simultaneously corner or spot as yet untouched by a clean-up campaign not easy cleaning, it has not been convenient to adversely affect using and to the healthy growth of infant, institute
An anti-flatulence exhaust valve would generally be added on feeding bottle with people.
But existing anti-flatulence exhaust valve is usually made of PP material, return-air speed is slow, and baby is caused to be easy because of sucking
Air and milk of choking, and because it is combination between rigid plastics that exhaust valve feeding bottle, which combines, the leakproofness combined is poor, is easy out
The phenomenon that existing milk leakage.
Utility model content
The purpose of the utility model is to provide a kind of anti-air expansion apparatus for feeding bottle, the anti-air expansion apparatus return-air performance
It is good, and good seal performance, it is not easy milk leakage.
The utility model can be achieved through the following technical solutions:
The utility model discloses a kind of anti-air expansion apparatus for feeding bottle, cylinder is equipped among the anti-air expansion apparatus
Liquid flow path, it is characterised in that: baffle is equipped with inside the liquid flow path upper end, the baffle is equipped with through-hole,
The anti-air expansion apparatus top edge is equipped with annular projection, and the protrusion is equipped with return-air slot, the liquid of the anti-air expansion apparatus
Air valve is equipped between flow channel and annular projection, the air valve is connected to inside return-air slot and bottle body.Such structure is set
It sets, when feeding bottle for infant has milk, the liquid in feeding bottle is introduced into liquid flow path, then by logical on liquid flow path
Hole enters nipple, and at the same time, air enters air valve by return-air slot, then enters feeding bottle from air valve, keeps feeding bottle inner and outer air pressure
Unanimously, such air pressure balance structure makes feeding bottle return-air fast, so that being not easy when baby sucks because of sucking air and milk of choking.
Further, the baffle is equipped with 3 through-holes, and 3 through-holes are evenly distributed on baffle.Such structure
It is arranged so that liquid in feeding bottle is easier to be sucked by baby, sucks effortless.
Further, the annular projection includes that outer ring-like protrusion and inner annular are raised, the outer ring-like protrusion and inner ring
Cyclic annular air channel is equipped between shape protrusion.Such structure setting, so that air first enters ventilation from the return-air slot in outer lug
Slot, the air in air channel air enter air valve from the return-air slot in internal projection again, and such structure setting makes entire feeding bottle
Return-air speed is fast, and two layers of protrusion isolation is not easy milk leakage.
Further, the outer ring-like protrusion is equipped with 4 return-air slots, and the inner annular protrusion is equipped with 2 return-air slots.
Such structure setting so that the return-air of feeding bottle is fastest, and is not easy milk leakage.
Further, the anti-air expansion apparatus is equipped with 2 air valves, 2 return-air slots difference in the inner annular protrusion
It is disposed adjacent with 2 air valves.Such structure setting can be further improved the return-air speed of feeding bottle.
Further, the anti-air expansion apparatus is made of liquid silica gel.Select liquid silica gel come exhaust valve processed, because of silica gel
To be soft, so the conjugation of exhaust valve and feeding bottle is more preferable, enhance closure, prevent milk leakage, and baby when sucking more
Add laborsaving.
Further, the anti-air expansion apparatus bottom is equipped with handle.Such structure setting makes exhaust valve convenient for cleaning.
A kind of anti-air expansion apparatus for feeding bottle of the utility model, have it is following the utility model has the advantages that
The first, return-air speed is fast, and exhaust valve top edge is equipped with double-layer circular protrusion, and the protrusion is equipped with return-air slot,
Return-air slot is connected to inside bottle body by air valve, and cyclic annular air channel, such structure are equipped between double-layer circular protrusion
It is arranged so that air first enters air channel from the return-air slot in outer lug, the air in air channel air is again from returning in internal projection
Air drain enters air valve, and return-air speed is fast.
The second, it is not easy milk leakage, air valve top edge is equipped with double-layer circular protrusion, is not easy milk leakage, and exhaust valve is by liquid silicon
Glue is made, so that the combination of feeding bottle and exhaust valve is even closer to be not easy milk leakage.
Third is sucked more easily, and when feeding bottle for infant has milk, the liquid in feeding bottle is introduced into liquid flow path, then
Enter nipple by the through-hole on liquid flow path, baffle is equipped with 3 through-holes, and 3 through-holes are evenly distributed on baffle
On, so that the liquid in feeding bottle is easier to be sucked by baby, suck effortless.
Detailed description of the invention
A kind of perspective view of feeder anti-flatulence exhaust valve of 1 the utility model of attached drawing;
A kind of rearview of feeder anti-flatulence exhaust valve of 2 the utility model of attached drawing;
Label includes: 1, liquid flow path in attached drawing;2, baffle;3, through-hole;4, outer ring-like protrusion;5, inner annular is convex
It rises;6, cyclic annular air channel;7, return-air slot;8, air valve;9, handle.
Specific embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, below with reference to embodiment and
Attached drawing is described in further detail the utility model product.
As shown in Figure 1, 2, a kind of anti-air expansion apparatus for feeding bottle, the anti-air expansion apparatus centre are equipped with cylindrical liquid
Flow channel 1, it is characterised in that: baffle 2 is equipped with inside 1 upper end of liquid flow path, the baffle 2 is equipped with through-hole 3,
The anti-air expansion apparatus top edge is equipped with annular projection, and the protrusion is equipped with return-air slot 7, the liquid of the anti-air expansion apparatus
Air valve 8 is equipped between flow channel 1 and annular projection, the air valve 8 is connected to inside return-air slot 7 and bottle body.Such knot
Structure setting, when feeding bottle for infant has milk, the liquid in feeding bottle is introduced into liquid flow path 1, then passes through liquid flow path 1
On through-hole 3 enter nipple, at the same time, air by return-air slot 7 enter air valve 8, then from air valve 8 enter feeding bottle, keep milk
Bottle inner and outer air pressure is consistent, and such air pressure balance structure makes feeding bottle return-air fast, so that being not easy when baby sucks because sucking is empty
Gas and milk of choking.
As shown in Figure 1, the baffle 2 is equipped with 3 through-holes 3,3 through-holes 3 are evenly distributed on baffle 2.In this way
Structure setting make the liquid in feeding bottle be easier to be sucked by baby, suck effortless.
As shown in Figure 1, the annular projection includes outer ring-like protrusion 4 and inner annular protrusion 5, raised 4 Hes of the outer ring-like
Cyclic annular air channel 6 is equipped between inner annular protrusion 5.Such structure setting so that air first from the return-air slot 7 in outer lug into
Enter air channel, the air in air channel air enters air valve 8 from the return-air slot 7 in internal projection again, and such structure setting makes
Entire feeding bottle return-air speed is fast, and two layers of protrusion isolation is not easy milk leakage.
As shown in Figure 1, the outer ring-like protrusion 4 is equipped with 4 return-air slots 7, the inner annular protrusion 5 is equipped with 2 and returns
Air drain 7.Such structure setting so that the return-air of feeding bottle is fastest, and is not easy milk leakage.
As shown in Figure 1, the anti-air expansion apparatus is equipped with 2 air valves 8,2 return-air slots 7 in the inner annular protrusion 5
It is disposed adjacent respectively with 2 air valves 8.Such structure setting can be further improved the return-air speed of feeding bottle.
Especially, the anti-air expansion apparatus is made of liquid silica gel.Liquid silica gel is selected to make anti-air expansion apparatus, because of silicon
Glue be it is soft, it is more preferable to prevent the conjugation of air expansion apparatus and feeding bottle, enhance closure, prevent milk leakage, and baby is inhaling
It is more laborsaving when milk.
As shown in Fig. 2, the anti-air expansion apparatus bottom is equipped with handle 9.Such structure setting makes anti-air expansion apparatus just
In cleaning.
The above, the only preferred embodiment of the utility model not make in any form the utility model
Limitation;The those of ordinary skill of all industry can be shown in by specification attached drawing and described above and swimmingly to implement this practical
It is novel;But all those skilled in the art are not departing within the scope of technical solutions of the utility model, using the above institute
The technology contents of announcement and the equivalent variations of a little variation, modification and evolution made, are the equivalence enforcement of the utility model
Example;Meanwhile the changes of all substantial technological any equivalent variationss to the above embodiments according to the utility model, modification with
Develop etc., within the protection scope for still falling within the technical solution of the utility model.