CN106389130A

CN106389130A - Quantitative feeding bottle

Info

Publication number: CN106389130A
Application number: CN201611167734.4A
Authority: CN
Inventors: 朱虹斐
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-12-16
Filing date: 2016-12-16
Publication date: 2017-02-15

Abstract

The invention provides a quantitative feeding bottle. The quantitative feeding bottle comprises a bottle body and a bottle cap. The bottle body is partitioned into an upper chamber and a lower chamber through a fixed partition plate, a nipple is formed on the upper portion of the bottle cap, a sucker extending downwards from the nipple, a cover plate orthometric to the sucker is fixedly connected with the lower portion of the sucker, and a water passing hole is formed in the fixed partition plate; after the bottle cap is screwed down on the upper portion of the bottle body, the cover plate just completely covers the water passing hole in the partition plate; after the bottle cap is screwed down, the sucker penetrates through the partition plate and stretches into the lower chamber, and an air supplement system is arranged between the lower chamber and the outside, only allows outside air to flow into the lower chamber and prevents water in the lower chamber from flowing to the outside. The quantitative feeding bottle can continuously provide milk of the determined amount and make the milk feeding amount of each time accurate.

Description

Quantitative feeding bottle

Technical field

The present invention relates to mother and baby's articles for use field, especially, it is related to a kind of feeding bottle.

Background technology

Baby bottle be fed for out-of-date generally require grasp dosage, especially neonatal, be fed for general left in 20ml every time The right side, if deviation is larger, unfavorable to its growth promoter；Though current milk bottle surface is labeled with scale, the height of liquid level in bottle After changing, according to being fed for the scale value corresponding to before and after's liquid level, you can know poured out how much dosage；But for some The extremely limited people of know-how, particularly some rurals old man, when using this kind of feeding bottle, due to memory and computing capability Extremely limited, very difficult grasp is accurately fed for dosage.

Content of the invention

For the problems referred to above, it is an object of the invention to provide a kind of quantitative feeding bottle, this quantitative feeding bottle can only continuously supply The milk of determination amount, can make each milk amount of being fed for precisely errorless.

The technical solution adopted for the present invention to solve the technical problems is：This quantitative feeding bottle includes bottle, bottle cap；Described bottle In vivo upper chamber, lower chambers are divided into by stationary barrier；Form nipple, described nipple extends downwardly a suction above described bottle cap Pipe, the bottom of described suction pipe is fixedly connected one piece of cover plate orthogonal with suction pipe；Limbers is offered on described stationary barrier；Described After bottle cap screwing is above the described bottle, described cover plate covers the limbers on described dividing plate just completely；And described bottle cap After screwing, described suction pipe extend into described lower chambers through described dividing plate, has air compensating system between described lower chambers and the external world, Described air compensating system is only capable of making the air in the external world flow into lower chambers, and the water body of bottom chamber can not be made to flow to the external world.

Preferably, the total measurement (volume) of described bottle is 250ml-300ml；The volume of described lower chambers is 20ml-40ml.

Preferably, the bottom of described lower chambers forms uncovered, and mate and have bottom, in order to clean lower chambers.

Preferably, described air compensating system is to be arranged on the wall of lower chambers side, flow direction to point in bottle from bottle Check valve.

Preferably, described air compensating system include from the top of described lower chambers extend to described upper chamber top one A circulating direction on capillary, and described bottle cap points to the QI invigorating check valve inside bottle cap outside bottle cap.

Preferably, described bottom chamber is additionally provided with a sliding plug, described sliding plug along bottle axis slide up and down, with So that the volume between bottom chamber, described sliding plug and described stationary barrier can be arbitrarily adjusted, can continuously be supplied every time with adjusting The milk amount given；Containing mark is formed with described bottle, the zero point of described scale is at described stationary barrier, upwards positive scale, It is downwards negative scale, in order to the current milk amount in bottle when described sliding plug is in diverse location, all can be known easily, more square It is easy to adjust the milk amount that can continuously supply every time.

The beneficial effects of the present invention is：This quantitative feeding bottle when steeping milk, milk from described epicoele indoor by fixing every Limbers on plate flows into and is full of lower chambers；And after working as described bottle cap screwing, the cover plate on suction pipe below bottle cap is just complete Cover described limbers, so that upper chamber is mutually isolated with lower chambers；Therefore, every time can only be continuously by the milk of bottom chamber Suck, hereafter as being fed for again, then need to open bottle cap, could suction out after the indoor milk of epicoele flows into lower chambers；By This is visible, and this feeding bottle can make each milk amount of being fed for precisely errorless, i.e. the capacity of exactly equal to lower chambers.

Brief description

Fig. 1 is the schematic diagram of this quantitative feeding bottle embodiment one.

Fig. 2 is the schematic diagram of this quantitative feeding bottle embodiment two.

Fig. 3 is the schematic diagram of this quantitative feeding bottle embodiment three.

Specific embodiment

The present invention is further described with reference to the accompanying drawings and examples：

Embodiment one：

In embodiment one shown in Fig. 1, this quantitative feeding bottle includes bottle 1, bottle cap 2；In described bottle 1 by stationary barrier 10 every Become upper chamber 11, lower chambers 12；Described bottle cap 2 top forms nipple 20, and described nipple 20 extends downwardly a suction pipe 3, described The bottom of suction pipe 3 is provided with one piece of cover plate 4 orthogonal with suction pipe；Limbers 100 is offered on described stationary barrier 10；Described bottle cap After 2 are tightened in described bottle 1 top, described cover plate 4 covers the limbers 100 on described stationary barrier just completely；And institute State after bottle cap 2 screws, described suction pipe 3 extend into described lower chambers 12 through described stationary barrier 10, described lower chambers 12 with outer There is between boundary air compensating system, in the present embodiment one, described air compensating system is to be arranged on lower chambers 12 side wall, flow direction Point to the check valve 5 in bottle from bottle, so that after the milk in lower chambers 12 suctions out, outside air enters in lower chambers 12 and supplements Space.

Above-mentioned quantitative feeding bottle, the total measurement (volume) of described bottle 1 is 250ml-300ml；The volume of described lower chambers 12 is 20ml-40ml, to meet the demand being typically always fed for quantitatively feeding.The bottom of described lower chambers 12 forms uncovered, and mates There is bottom 6, in order to clean lower chambers 12.

When steeping milk, milk passes through the limbers 100 stationary barrier 10 in described upper chamber 11 to above-mentioned quantitative feeding bottle Flow into and be full of lower chambers 12；And work as after described bottle cap 2 screws, the cover plate 4 on bottle cap 2 lower section suction pipe 3 covers institute just completely State limbers 100, so that upper chamber 11 is mutually isolated with lower chambers 12；Therefore, every time can only be continuously by lower chambers 12 Milk sucks, and hereafter as being fed for, then needs to open bottle cap 2 again, flows into after lower chambers 12 just after the milk in upper chamber 11 Can suction out；As can be seen here, this feeding bottle can make each milk amount of being fed for precisely errorless, i.e. the capacity of exactly equal to lower chambers 12.

Embodiment two：

In embodiment two shown in Fig. 2, from unlike embodiment one, described air compensating system is included from described lower chambers 12 Top extends to a capillary 71 on the top of described upper chamber 11, and a circulating direction on described bottle cap 2 is from bottle Outer side of lid points to the QI invigorating check valve 72 inside bottle cap；According to the program, because the upper end of capillary tube 71 is in upper chamber 11 Top, epicoele, the milk in 11 can not enter lower chambers 12 under normal circumstances, and the air in the external world then can pass through described first Check valve 72, capillary tube 71 fill in lower chambers 12, so that child easily draws the milk in lower chambers 12；And whole bottle Milk in 1 will not ooze out from bottle again.

Embodiment three：

For the embodiment three shown in Fig. 3, it, from unlike embodiment two, is additionally provided with a sliding plug 8 in described lower chambers 12, Described sliding plug 8 along bottle axis slide up and down so that in lower chambers 12, between described sliding plug 8 and described stationary barrier 10 Volume can arbitrarily adjust, to adjust the milk amount that can continuously supply every time；It is formed with containing mark on described bottle 1, described The zero point of scale is at described stationary barrier, upwards positive scale, is downwards negative scale, in order to be in not in described sliding plug 8 During with position, all can know the current milk amount in bottle easily, more convenient for adjusting the milk amount that can continuously supply every time.

The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all spirit in the present invention and Within principle, any modification of being made, equivalent, should be included within the scope of the present invention.

Claims

1. a kind of quantitative feeding bottle, including bottle（1）, bottle cap（2）；It is characterized in that：Described bottle（1）Interior it is divided into by stationary barrier Upper chamber（11）, lower chambers（12）；Described bottle cap（2）Top forms nipple（20）, described nipple（20）Extend downwardly a suction Pipe（3）, described suction pipe（3）Bottom be fixedly connected one piece of cover plate orthogonal with suction pipe（4）；Described stationary barrier（10）On open up There is limbers（100）；Described bottle cap（2）It is tightened in described bottle（1）Behind top, described cover plate（4）Just cover described completely Limbers on stationary barrier（100）；And described bottle cap（2）After screwing, described suction pipe（3）Stretch into through described stationary barrier To described lower chambers（12）, described lower chambers（12）And the external world between, there is air compensating system, described air compensating system is only capable of making the external world Air flow into lower chambers（12）, and lower chambers can not be made（12）Interior water body flow direction is extraneous.

2. quantitative feeding bottle according to claim 1 it is characterised in that：Described bottle（1）Total measurement (volume) be 250ml- 300ml；Described lower chambers（12）Volume be 20ml-40ml.

3. quantitative feeding bottle according to claim 1 it is characterised in that：Described lower chambers（12）Bottom formed uncovered, and Coupling has bottom（6）.

4. quantitative feeding bottle according to claim 1 it is characterised in that：Described air compensating system is to be arranged at lower chambers（12）Side On wall, flow direction points to the check valve in bottle from bottle（5）.

5. quantitative feeding bottle as claimed in any of claims 1 to 3 it is characterised in that：Described air compensating system include from Described lower chambers（12）Top extend to described upper chamber（11）Top a capillary（71）, and described bottle cap （2）On a circulating direction point to the QI invigorating check valve inside bottle cap outside bottle cap（72）.

6. quantitative feeding bottle as claimed in any of claims 1 to 3 it is characterised in that：Described lower chambers（12）Interior also It is provided with a sliding plug（8）, described sliding plug（8）Along bottle axis slide up and down so that lower chambers（12）Interior, described sliding plug （8）With described stationary barrier（10）Between volume can arbitrarily adjust, to adjust the milk amount that can continuously supply every time；Described Bottle（1）On be formed with containing mark, the zero point of described scale is in described stationary barrier（10）Place, positive scale upwards, be downwards Negative scale.

7. quantitative feeding bottle according to claim 5 it is characterised in that：Described lower chambers（12）Inside it is additionally provided with a sliding plug （8）, described sliding plug（8）Along bottle axis slide up and down so that lower chambers（12）Interior, described sliding plug（8）With described fixation Dividing plate（10）Between volume can arbitrarily adjust, to adjust the milk amount that can continuously supply every time；Described bottle（1）On be formed with Containing mark, the zero point of described scale is in described stationary barrier（10）Place, positive scale upwards, is downwards negative scale.