CN202516031U - Novel feeding bottle with automatic milk overflow function - Google Patents
Novel feeding bottle with automatic milk overflow function Download PDFInfo
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- CN202516031U CN202516031U CN2012200948458U CN201220094845U CN202516031U CN 202516031 U CN202516031 U CN 202516031U CN 2012200948458 U CN2012200948458 U CN 2012200948458U CN 201220094845 U CN201220094845 U CN 201220094845U CN 202516031 U CN202516031 U CN 202516031U
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- bottle
- feeding bottle
- milk
- nipple
- novel feeding
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Abstract
The utility model discloses a novel feeding bottle with an automatic milk overflow function. The novel feeding bottle comprises a feeding bottle body and a nipple, wherein the bottom of the bottle body sinks towards the interior of the bottle body to form a nipple-shaped bottle bottom bump; a bottle jack fixing sleeve is sleeved outside a port of the bottle body and can be in threaded connection with a feeding bottle cover sleeved on the outer surface of the bottle jack fixing sleeve; and the bottom of the nipple can be embedded into the feeding bottle cover. According to the novel feeding bottle, after milk flows out from the nipple, vacuum can be produced in the bottle body; after vacuum is produced at the bottom of the bottle, an air inlet hole in the middle is opened by produced suction so as to feed air; and when air uninterruptedly flows into the bottle body, liquid also flows to the nipple under the pressure of the liquid, so that a child can continuously drink the milk or water by only opening the mouth. If a cross nipple is used, the air inlet mode of the feeding bottle can also be improved, and the milk oxidation can be reduced.
Description
Technical field
This utility model relates to a kind of feeding bottle, belongs to the nursing materials technical field, particularly relates to a kind of novel feeding bottle with the milk function of overflowing automatically.
Background technology
At present; The feeding bottle of selling on the market that is used for infant feeding is for the baby; The most important thing is to select nipple, the quality of nipple is directly connected to child is willing to be unwilling suck the breast, and does not choose because of nipple often; And cause choke always milk or be difficult to sucking-off liquid of child, the baby at a glance feeding bottle just not excessive going be unwilling to eat.
Feeding bottle majority on the market is two kinds of circular hole nipple or cross bore nipples; These two kinds of nipples all are added with air inlet aside; Or cover at milk and to be added with airway; Make the milk easy sucking-off that becomes, the former utilizes to inhale to press nipple to make milk flow out feeding bottle, produces vacuum and reaches at circular hole or the air inlet of cross bore on the nipple next door and suck air.It is big that such structure suction is wanted, and when the air admission feeding bottle, will pass through milk, make milk that the process of increase oxidation arranged, and by nipple suction air, air can pass through milk, thereby produces more oxidation, is a kind of adverse effect to newborn baby's health.
And cover the feeding bottle that is added with airway at feeding bottle; What use at present all is plastic material and the possibility that contains bisphenol-A; Though make milk become smooth and can reduce the oxidation imagination of milk; But be added with plasticizer in the plastic material, and also more complicated of structure, the defective that exists because of use is unfavorable for applying of baby bottle.
Summary of the invention
The purpose of this utility model is; Overcome the defective that existing baby bottle exists; And a kind of new novel feeding bottle with the milk function of overflowing automatically is provided; Because the self gravitation of milk or water can make liquid flowed out by the nipple mouth, and can form the effect that liquid uninterruptedly flows out nipple, has the effect of caring.
The purpose of this utility model and solve its technical problem and adopt following technical scheme to realize.A kind of novel feeding bottle according to this utility model proposition with the milk function of overflowing automatically; Comprise feeding bottle body and nipple; Said body bottom is formed with the bottle end lobe that is nipple-like to the body sunken inside; The port of said body is socketed with the bottleneck fixed cover outward, and the bottleneck fixed cover can be threaded with the belled milk bottle cap of its outer surface; The bottom of this nipple can be embedded in this milk bottle cap.
According to the novel feeding bottle of this utility model embodiment, said bottle end lobe sets gradually from down to up and is support portion, first deformed area, first fixed area, second deformed area, second fixed area and air inlet at the bottom of the bottle.
According to the novel feeding bottle of this utility model embodiment, the inner surface of said first deformed area is provided with first and adds bone strengthening; The inner surface of said second deformed area is provided with second and adds bone strengthening.
According to the novel feeding bottle of this utility model embodiment, said air inlet is cross air inlet or five arm of angle shape air inlets; Its thickness of peripheral silica gel of said air inlet is widened a little or is increased a little and is spherical.
According to the novel feeding bottle of this utility model embodiment, said second deformed area is arranged on said first and adds bone strengthening and said second and add between the bone strengthening.
According to the novel feeding bottle of this utility model embodiment, said bottle support portion, the end is a bottle end horizontal segment, and its thickness is greater than the thickness of body wall.
According to the novel feeding bottle of this utility model embodiment, in the port of said body drainage screen is installed.
According to the novel feeding bottle of this utility model embodiment, said bottle support portion, the end forms bone by the body bottom recess that extends internally, and entangles body through the body protective sleeve, formation bottom support face.
According to the novel feeding bottle of this utility model embodiment, said feeding bottle body adopts hard plastics or food grade silica gel material; Said bottle end lobe adopts the food grade silica gel material; Said nipple is to adopt food grade silica gel material to make.
According to the novel feeding bottle of this utility model embodiment, said body protective sleeve adopts the material of plastics or other hard to form; The material of said bottleneck fixed cover can be that plastics or other hard materials are made.
By technique scheme, advantage and beneficial effect that the novel feeding bottle of this utility model has are following:
What 1) this utility model used is the food grade silica gel material; Body can use silica gel because body and nipple are being pressed by bottle cap; Milk contact all be silica gel, so be present safest feeding bottle material, can realize that uninterrupted smoothness overflows milk; Cross bore or pentagon hole through circular hole nipple and body bottom cooperate, and the hole size of circular hole nipple can be controlled the maximum stream flow of milk; Be that the flow that air inlet is opened liquid fully is the size control by the nipple circular hole.
2) make body produce vacuum after milk flows out; And after the bottle end generation vacuum; The suction that produces can be opened intermediary cross air inlet, thereby gets into air, when air uninterruptedly flows into body; Liquid also can flow to nipple under the pressure of self, can make the baby only need open mouth is sustainable milk or the water of drinking.
3) if use the cross nipple, not be used in the nipple next door and add air inlet, this utility model is that the body bottom gets into air, when using, at the top during air admission, the liquid of not flowing through, thus reduce oxidation liquid.
Description of drawings
Fig. 1 is the STRUCTURE DECOMPOSITION sketch map of this utility model.
Fig. 2 is the cross-sectional view of this utility model.
Fig. 3 a is the vertical view of cross air inlet shape of the bottle end lobe of this utility model; Fig. 3 b is the vertical view of five arm of angle air inlet shapes of the bottle end lobe of this utility model.
Fig. 4 is the structural representation of the bottle end lobe of this utility model embodiment.
Fig. 5 is the structural representation of the bottle end lobe of another embodiment of this utility model.
10: body 11: bottle end lobe 111: bottle support portion, the end
The deformed area added 114: the second deformed areas of bone strengthening at 113: the first in 112: the first
Add bone strengthening 116 at 115: the second: air inlet 12: bottleneck fixed cover
13: milk bottle cap 20: nipple 21: the milk hole of overflowing
30: the body protective sleeve
The specific embodiment
See also shown in Fig. 1 and 2, the utlity model has the novel feeding bottle of the milk function of overflowing automatically, its structure mainly comprises: bottle end lobe 11, nipple 20 and body protective sleeve 30 etc. that feeding bottle body 10, the bottle end form to body 10 sunken insides.The port of this body 10 is socketed with bottleneck fixed cover 12 outward, and the material of this bottleneck fixed cover 12 can be that plastics or other hard can play fixed material.This bottleneck fixed cover 12 can be threaded with the belled milk bottle cap 13 of its outer surface.The bottom silica gel of this nipple 20 can be embedded in this milk bottle cap 13.In the port of this body 10 the drainage screen (not shown) can also be installed, be used for filtering big viscosity of feeding bottle liquid or solid matter.
This feeding bottle body 10 adopts hard plastics or food grade silica gel material; Lobe 11 adopts the food grade silica gel material at the bottom of this bottle.Liquid that can not contact plastic material in the feeding bottle, because of 11 employings of lobe at the bottom of its bottle are the soft silica gel materials of food grade.This nipple 20 adopts food grade silica gel material to make, because use is the food grade silica gel material, what milk contacted all is silica gel.Silica gel is one of present safest feeding bottle material, and plasticizer-containing does not contain bisphenol-A, so be present safest feeding bottle manufacturing materials.This body protective sleeve 30 adopts the material of plastics or other hard to form; The effect of body protective sleeve is under external force, and silica gel body pressurized is produced by the nipple liquid jet.
See also Fig. 3 a, 3b and shown in Figure 4, form the bottle end lobe 11 be nipple-like to body 10 sunken insides at the bottom of this bottle, lobe 11 is from down to up successively at the bottom of this bottle: bottle support portion, the end 111, first deformed area 112, second deformed area 114 and air inlet 116; The inner surface of this first deformed area 112 is provided with first and adds bone strengthening 113, and this first adds bone strengthening 113 and be first fixed area with the upper part; The inner surface of this second deformed area 114 is provided with second and adds bone strengthening 115, and this second adds bone strengthening 115 and be second fixed area with the upper part.Its thickness of peripheral silica gel of this air inlet 116 is widened a little, increase form spherical; This air inlet can be cross air inlet (shown in Fig. 3 a, being the A-A directional profile figure of Fig. 2) or five arm of angle air inlets (shown in Fig. 3 b), or the air inlet on other many limits.
See also shown in Figure 5, for another embodiment of this utility model the bottle end lobe structural representation.Shown in corresponding above-mentioned Fig. 1 and 2, the structure of lobe is with above-mentioned structure difference shown in Figure 4 at the bottom of this bottle: the structure of bottle support portion, the end 111 is different, and it entangles body through the body protective sleeve, and the formation bottle end is supported.Be prone to and can protect body condom whole bottle body, also can by overcoat female thread place get into air or again the protective sleeve bottom do an aperture and get into an air.Add the thickness that outwards increases silica gel on the bone strengthening 113 in first of first deformed area 112, purpose is to produce for ease.Can reach the effect of the silica gel thickness attenuation of first deformed area 112 equally.External force makes 112 distortion of first deformed area, adds bone strengthening 113 with the upper part relative fixed.
1. a bottle end is a bottle support portion, the end 111, and because of the thickening of bottle base thickness degree, during the body pressurized, just body distortion is not opened the drainage that causes thereby can not influence because of air inlet 116 is out of shape.
2. first deformed area 112; Because first deformed area 112 is provided with first and adds bone strengthening 113; When body 10 is stressed greater than the bottom holding capacity; The silica gel position of this first deformed area 112 is the thinnest and be out of shape, and adds the state of bone strengthening more than 113 but do not influence first, and air inlet 116 is indeformable and can not leak (first add bone strengthening relatively stable more than 113);
3. second deformed area 114, this second deformed area 114 are arranged on first and add bone strengthening 113 and second and add between the bone strengthening 115; When the external force of the bottle end of feeding bottle during lobe 11 compressive deformations greatly when passing through first deformed area 112; Approach because first adds the silica gel position that bone strengthening 113 and second adds between the bone strengthening 115; So distortion also can produce in the thin glue position of second deformed area 114 (but second add bone strengthening 115 holding capacity add bone strengthening 113 greater than first) second fixed area, air inlet 116 is indeformable and can not leak; External force can not be greater than through all deformed areas and fixed area, otherwise can make the bottom spill liquid; Adding the body protective sleeve also can solve.The air inlet 116 of bottom at the bottom of the bottle can influence the air inlet function when liquid capacity can not be higher than use simultaneously, and a bottle end also can add a cover simultaneously, for not getting into antihygienic air before using.
4. stable air inlet porose area 116, it adds bone strengthening 115 by second and forms with the peripheral silica gel of air inlet 116.
Through the setting in above-mentioned four districts, can realize that body bottom inflow hole can in time open and close, through repeatedly experiment, realize that milk or water are constantly overflowed in the excessive milk hole 21 of nipple 20.And when milk overflow, slight sound took place in the bottle end, and underwater sound sound is very little, and the person that conveniently do not breast-feed judges the process of breast-feeding.
The novel silica gel feeding bottle of this utility model can be realized uninterrupted smooth milk or other liquid of overflowing; Its mainly be cooperatively interact by circular hole nipple 20 and bottle end lobe 11 air inlet 116 due to, the hole dimension size of circular hole nipple 21 is major influence factors of the flow of control milk.Can play maximum metering function, and the concentration of milk (viscosity) also can influence the flow in hole 21 and opening of air inlet 116, thereby influence the air supply speed of body.Milk concentration is big more, and flow velocity is slow more.When milk concentration was big, as long as nipple pressurized or inhale fair milk, air inlet also was very easy to open the entering air, and the spherical colloid of air inlet 116 is when normally placing, and spherical colloid is gained in weight and under the restoring force effect of silica gel, closed rapidly.Because bottle end air inlet 116 is not that the pressure that also can alleviate partially liq in the bottom is opened air inlet 116.
When feeding bottle downwards or 45 degree when tilting, the spherical glue bit gravity of air inlet 116 increases, and after milk flowed out, the vacuum that body produces was opened additional air more easily rapidly, thereby reaches liquid substances such as constantly overflowing milk or water.Whether whether air inlet can close rapidly or open, also can cause the liquid rate of outflow near balanced, and the glue position of spheroid also can increase the accuracy of closing, and the water that prevents to pour body simultaneously flings thin place, cross bore glue position and opens.Because of all being inside and outside the air inlet 116, so there is not very big power not open in the other direction to a direction convexity.
In addition, its operation principle of novel feeding bottle with the milk function of overflowing automatically of this utility model can be explained as follows:
When feeding bottle is upwards placed, have only the top milk of body 10 that air oxidation is partly arranged, feeding bottle usually can 45 degree be tilted to down and breast-feed, at the bottom of oxidation milk wherein partly can flow to bottle.At this moment, because the self gravitation of milk or water can make liquid flowed out by 21 places, excessive milk hole of nipple 20.
After flowing out, can make body 10 produce vacuum, and after the bottle end lobe 11 generation vacuum, the suction of generation can be opened intermediary air inlet 116, thereby get into air; When air uninterruptedly flowed into body 10, liquid also can flow to nipple 20 under the pressure of self, uninterruptedly flow out thereby form liquid, and liquid just at the bottom of bottle lobe 11 get into air, the milk oxidative phenomena that contacts with air has just reduced.
The above; It only is the preferred embodiment of this utility model; Be not that this utility model is done any pro forma restriction; So every this utility model technical scheme content that do not break away from, to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of this utility model technical scheme according to the technical spirit of this utility model.
Claims (10)
1. novel feeding bottle with the milk function of automatically overflowing; Comprise feeding bottle body and nipple; It is characterized in that: said body bottom is formed with the bottle end lobe that is nipple-like to the body sunken inside; The port of said body is socketed with the bottleneck fixed cover outward, and the bottleneck fixed cover can be threaded with the belled milk bottle cap of its outer surface; The bottom of this nipple can be embedded in this milk bottle cap.
2. the novel feeding bottle with the milk function of overflowing automatically according to claim 1 is characterized in that: said bottle end lobe sets gradually from down to up and is support portion, first deformed area, first fixed area, second deformed area, second fixed area and air inlet at the bottom of the bottle.
3. the novel feeding bottle with the milk function of overflowing automatically according to claim 2, it is characterized in that: the inner surface of said first deformed area is provided with first and adds bone strengthening; The inner surface of said second deformed area is provided with second and adds bone strengthening.
4. the novel feeding bottle with the milk function of overflowing automatically according to claim 3, it is characterized in that: said air inlet is cross air inlet or five arm of angle shape air inlets; Its thickness of peripheral silica gel of said air inlet is widened a little or is increased a little and is spherical.
5. the novel feeding bottle with the milk function of automatically overflowing according to claim 3 is characterized in that: said second deformed area is arranged on said first and adds bone strengthening and said second and add between the bone strengthening.
6. the novel feeding bottle with the milk function of overflowing automatically according to claim 2 is characterized in that: said bottle support portion, the end is bottle end horizontal segment, and its thickness is greater than the thickness of body wall.
7. the novel feeding bottle with the milk function of automatically overflowing according to claim 2 is characterized in that: said bottle support portion, the end forms bone by the body bottom recess that extends internally, and entangles body through the body protective sleeve, formation bottom support face.
8. the novel feeding bottle with the milk function of overflowing automatically according to claim 1 is characterized in that: in the port of said body drainage screen is installed.
9. according to each described novel feeding bottle with the milk function of overflowing automatically among the claim 1-8, it is characterized in that: said feeding bottle body adopts hard plastics or food grade silica gel material; Said bottle end lobe adopts the food grade silica gel material; Said nipple is to adopt food grade silica gel material to make.
10. the novel feeding bottle with the milk function of overflowing automatically according to claim 9 is characterized in that: said body protective sleeve adopts the material of plastics or other hard to form; The material of said bottleneck fixed cover can be that plastics or other hard materials are made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200948458U CN202516031U (en) | 2012-03-13 | 2012-03-13 | Novel feeding bottle with automatic milk overflow function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200948458U CN202516031U (en) | 2012-03-13 | 2012-03-13 | Novel feeding bottle with automatic milk overflow function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202516031U true CN202516031U (en) | 2012-11-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200948458U Expired - Fee Related CN202516031U (en) | 2012-03-13 | 2012-03-13 | Novel feeding bottle with automatic milk overflow function |
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| Country | Link |
|---|---|
| CN (1) | CN202516031U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102579268A (en) * | 2012-03-13 | 2012-07-18 | 霍柏海 | Novel feeding bottle with automatic milk spilling function |
-
2012
- 2012-03-13 CN CN2012200948458U patent/CN202516031U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102579268A (en) * | 2012-03-13 | 2012-07-18 | 霍柏海 | Novel feeding bottle with automatic milk spilling function |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20121107 Termination date: 20150313 |
|
| EXPY | Termination of patent right or utility model |