CN109806173A - Gas-liquid shunts necking down side setting type nipple - Google Patents
Gas-liquid shunts necking down side setting type nipple Download PDFInfo
- Publication number
- CN109806173A CN109806173A CN201910217436.9A CN201910217436A CN109806173A CN 109806173 A CN109806173 A CN 109806173A CN 201910217436 A CN201910217436 A CN 201910217436A CN 109806173 A CN109806173 A CN 109806173A
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- nipple
- mammary areola
- air inlet
- newborn
- neck
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Abstract
Gas-liquid shunts necking down side setting type nipple, including nipple, mammary areola, newborn support portion and interconnecting piece, the newborn hole of suction is formed on nipple, the side in newborn support portion is formed with air inlet seam, the mammary areola is offset mammary areola, mammary areola is located at the upper end in newborn support portion, and it offsets to one side, the nipple is side setting type nipple, nipple is located at the upper end of mammary areola, and it is arranged above mammary areola one side, it offsets to one side, nipple and mammary areola are deviated towards same side direction, skew back face is formed in the head side of nipple, the head other side of nipple is formed with side convex globoidal, the upper end of side convex globoidal is formed with the newborn hole of suction, neck is formed between nipple and mammary areola, the transversal cross-section of neck is ellipse, big concave arc is formed between mammary areola on front side of neck, small concave arc is formed between mammary areola on rear side of neck, air inlet duct is formed in the newborn support portion, the bottom of air inlet duct is formed with air inlet seam, air inlet Seam is corresponding with newborn hole is inhaled.
Description
Technical field
The present invention relates to nipples, shunt necking down side setting type nipple more particularly to gas-liquid.
Background technique
Nipple is the common tableware for feeding infant, and the construction of nipple can be divided into nipple, mammary areola, newborn support portion and interconnecting piece
Deng interconnecting piece is connected with feeding bottle, and the newborn hole of suction is formed on nipple.The mammary areola of existing nipple is all that the center in newborn support portion is arranged in
The heart, and the center of mammary areola is arranged in nipple, nipple, mammary areola, newborn support portion and interconnecting piece are all concentric structure, and the neck of nipple
Portion is cylindrical structure, and nipple outer diameter is more slightly larger than neck, which has the drawback that: one, since teat is located at milk
The center of mouth, baby often suck air and milk when having milk together, cause flatulence, and tripe swollen pain is vomitted when serious；
Two, since teat is located at the center of nipple, baby is when having milk, when milk gradually decreases it is necessary to which feeding bottle is gradually upward
Inclination, when tilt angle is larger, head, which needs significantly to face upward just, to be finished off, and be easy milk of choking, and long-time head is faced upward to baby
Neck is also had damage；Three, movement when due to infant drinks is to contain teat, and can stretch, squeeze teat, and cylindrical neck
Portion's structure, and nipple outer diameter is only more somewhat larger than neck, baby does not allow easily stretchable, extruding teat, is not easy to temper baby's the upper jaw and the lower jaw
The function in portion；Four, the cross section of neck is circular configuration, and baby squeezes milk incidence when having milk, is not easy to flatten neck, from
And air can not be sealed, it is easy together to suck air, so as to cause flatulence.
Summary of the invention
The purpose of the invention is to overcome prior art there are the shortcomings that, a kind of air of reduction when sucking is provided and is inhaled
Enter, prevent baby's flatulence, head low-angle is faced upward the milk that just can be finished off in feeding bottle, is not easy milk of choking, baby is easier to contain milk
Head, it is easy to have milk, and the gas-liquid for tempering the upper jaw and the lower jaw portion shunts necking down side setting type nipple.
The technical solution that gas-liquid of the present invention shunts necking down side setting type nipple is: including nipple, mammary areola, newborn support portion and connection
Portion is formed with the newborn hole of suction on nipple, and the side in newborn support portion is formed with air inlet seam, and the mammary areola is offset mammary areola, and mammary areola is located at cream
The upper end in support portion, and offset to one side, the nipple is side setting type nipple, and nipple is located at the upper end of mammary areola, and is arranged in cream
Dizzy top on one side, offsets to one side, and nipple and mammary areola are deviated towards same side direction, is formed with skew back face in the head side of nipple,
The head other side of nipple is formed with side convex globoidal, and the upper end of side convex globoidal is formed with the newborn hole of suction, neck is formed between nipple and mammary areola
Portion, the transversal cross-section of neck are ellipse, form big concave arc on front side of neck between mammary areola, are formed between mammary areola on rear side of neck
Small concave arc is formed with air inlet duct in the newborn support portion, and the bottom of air inlet duct is formed with air inlet seam, and air inlet seam is corresponding with cream hole is inhaled.
The invention discloses a kind of gas-liquids to shunt necking down side setting type nipple, mainly by mammary areola and nipple offset setting, and
Mammary areola and nipple are all deviated towards the same side, so that nipple is located at the unilateral top of nipple, and be formed with skew back in the head side of nipple
Face, the head other side of nipple are formed with side convex globoidal, and the upper end of side convex globoidal is formed with the newborn hole of suction, and the transversal cross-section of nipple neck is
Ellipse forms big concave arc, forms small concave arc between mammary areola on rear side of neck between neck front side and mammary areola, its advantage is that: one,
Mammary areola and nipple positioned at the unilateral top of nipple, make to inhale newborn hole and also offset to one side, and such air, milk separate up and down, air
Upper, milk is under, and air is biased to a upper side of milk, and when suck milk, air is not easy to be inhaled into, to prevent because of suction
Enter excessive air and cause flatulence, tripe swollen pain, in addition it is serious when the phenomenon that vomitting etc.；Two, mammary areola, nipple and the newborn hole edge of suction
After setting offset, baby head when sucking can finish off milk without significantly facing upward, and prevent milk of choking, and avoid because it is long when
Between the damage faced upward to baby's neck of head；Three, the upper side that newborn hole is located at nipple is inhaled, air inlet seam is located at the other side of nipple
Top, the two is corresponding, and when inclination feeding bottle sucks, the flowing of milk air separation, the air entered and the milk come out be not straight
Contact, milk do not generate bubble, and nutrition is not lost, and is better protected from flatulence；Four, the transversal cross-section of nipple neck is ellipse
Shape, meets the nozzle type of baby, is easier to seal air when having milk, reduces the probability of sucking air, be better protected from flatulence；
Five, big concave arc is formed on front side of neck between mammary areola, small concave arc is formed between mammary areola on rear side of neck, according to the dynamic of infant drinks
Make (contain, stretch, squeezing), the design of big concave arc and small concave arc, allow baby there are more extruding spaces as far as possible, have milk more easily,
Also there is the function of tempering the upper jaw and the lower jaw portion simultaneously；Six, it is above-mentioned all in order to imitate breast-feeding, mother can be fed with breast milk and feeding bottle
It supports while carrying out, so that baby is not repelled feeding bottle, while can allow baby from breast-feeding smooth transition to bottle feeding.
Gas-liquid of the present invention shunts necking down side setting type nipple, and the mammary areola upper end is located at convex there are six the surrounding systems of neck
Point.Six salient points imitate the salient point at mother's nursing period mammary areola, and constantly rub lip when having milk, and allows baby shorter as far as possible
Milk is finished off in time.The upper end of the side convex globoidal is formed with the newborn hole of 1-9 suctions.According to the baby in different months using different
The milk outlet of quantity, capable of preventing milk choking, anti-nausea.The outer diameter L of the interconnecting piece is 35-90mm.Milk suitable for different size size
Bottle.The air inlet duct wall thickness S suitable for reading with newborn support portion junction1For 10-12mm, air inlet trench bottom is located at the wall at air inlet seam
Thick S2For 2-3mm.The wall thickness top of air inlet duct is thicker, and bottom is gradually thinning, increases the wall thickness at air inlet position, baby is allowed to exist
After sucking the milk of 8-12ml, then air inlet imitates breast-feeding, deliberately causes small negative pressure, allows baby's lung during having milk
It is taken exercise in portion.
Detailed description of the invention
Fig. 1 is the positive stereoscopic diagram that gas-liquid of the present invention shunts necking down side setting type nipple；
Fig. 2 is the back three-dimensional diagram that gas-liquid of the present invention shunts necking down side setting type nipple；
Fig. 3 is the structural schematic diagram that gas-liquid of the present invention shunts necking down side setting type nipple；
Fig. 4 is partial enlargement diagram at the A of Fig. 3.
Specific embodiment
The present invention relates to a kind of gas-liquid shunt necking down side setting type nipple, as shown in Fig. 1-Fig. 4, including nipple 1, mammary areola 2,
Newborn support portion 3 and interconnecting piece 4 are formed with the newborn hole 5 of suction on nipple, and the side in newborn support portion is formed with air inlet seam 6, and the mammary areola 2 is inclined
Mammary areola is moved, mammary areola is located at the upper end in newborn support portion, and offsets to one side, and the nipple 1 is side setting type nipple, and nipple is located at mammary areola
2 upper end, and be arranged above mammary areola one side, it offsets to one side, nipple and mammary areola are deviated towards same side direction, in the head of nipple
Portion side is formed with skew back face 7, and the head other side of nipple is formed with side convex globoidal 8, and the upper end of side convex globoidal is formed with the newborn hole 5 of suction,
Neck 9 is formed between nipple and mammary areola 2, the transversal cross-section of neck is ellipse, forms big concave arc between mammary areola on front side of neck
10, small concave arc 11 is formed between neck rear side and mammary areola, is formed with air inlet duct 13, the bottom system of air inlet duct in the newborn support portion 3
There is air inlet to stitch 6, air inlet seam is corresponding with newborn hole 5 is inhaled.Mainly mammary areola 2 and the offset of nipple 1 are arranged, and mammary areola and nipple all courts
The same side offset, makes nipple be located at the unilateral top of nipple, and be formed with skew back face 7, the head of nipple in the head side of nipple 1
The other side is formed with side convex globoidal 8, and the upper end of side convex globoidal is formed with the newborn hole 5 of suction, and the transversal cross-section of nipple neck 9 is ellipse, neck
Big concave arc 10 is formed on front side of portion between mammary areola 2, forms small concave arc 11 between mammary areola on rear side of neck, its advantage is that: one, it is located at
The mammary areola 2 and nipple 1 of the unilateral top of nipple, make to inhale newborn hole 5 and also offset to one side, and such air, milk separate up and down, and air exists
On, milk is under, and air is biased to a upper side of milk, and when sucking milk, air is not easy to be inhaled into, to prevent because of sucking
Excessive air and cause flatulence, tripe swollen pain, or even it is serious when the phenomenon that vomitting etc.；Two, mammary areola 2, nipple 1 and the newborn hole 5 of suction
While baby head when sucking is not necessarily to significantly face upward that milk can be finished off after setting offset, milk of choking is prevented, and avoid because of length
The damage that time head is faced upward to baby's neck；Three, the upper side that newborn hole 5 is located at nipple is inhaled, air inlet seam 6 is located at the another of nipple
One upper side, the two is corresponding, and when inclination feeding bottle sucks, milk air separation flows, the air entered and the milk come out
It is not directly contacted with, milk does not generate bubble, and nutrition is not lost, and is better protected from flatulence；Four, the transversal cross-section of nipple neck 9 is
Ellipse, meets the nozzle type of baby, is easier to seal air when having milk, reduces the probability of sucking air, be better protected from swollen
Gas；Five, big concave arc 10 is formed between 9 front side of neck and mammary areola 2, small concave arc 11 is formed between mammary areola on rear side of neck, according to baby
The movement (contain, stretch, squeezing) that youngster has milk, the design of big concave arc and small concave arc allow baby to have more extruding spaces as far as possible, drink
Milk is easier, while also having the function of tempering the upper jaw and the lower jaw portion；Six, it is above-mentioned all in order to imitate breast-feeding, make mother female
Cream and bottle feeding carry out simultaneously, so that baby is not repelled feeding bottle, while can allow baby from breast-feeding smooth transition to feeding bottle
It feeds.2 upper end of mammary areola is located at the surrounding system of neck 9, and there are six salient points 12.Six salient points 12 imitate mother's nursing period cream
Salient point at dizzy 2, constantly rub lip when having milk, and allows baby to finish off milk in the short period as far as possible.The side convex arc
The upper end in face 8 is formed with the newborn hole 5 of 1-9 suctions.The milk outlet of different number, capable of preventing milk choking, anti-evil are used according to the baby in different months
The heart.The outer diameter L of the interconnecting piece 4 is 35-90mm.Feeding bottle suitable for different size size.The air inlet duct 13 it is suitable for reading with it is newborn
The wall thickness S of 3 junction of support portion1For 10-12mm, 13 bottom of air inlet duct is located at the wall thickness S at air inlet seam 62For 2-3mm.Air inlet duct
13 wall thickness top is thicker, and bottom is gradually thinning, increases the wall thickness at air inlet position, allows baby in the milk for sucking 8-12ml
Afterwards, then air inlet, imitation breast-feeding deliberately cause small negative pressure, baby lung during having milk are allowed to be taken exercise.
Claims (5)
1. gas-liquid shunts necking down side setting type nipple, including nipple (1), mammary areola (2), newborn support portion (3) and interconnecting piece (4), in nipple
On be formed with the newborn hole (5) of suction, the side in newborn support portion is formed with air inlet seam (6), it is characterised in that: the mammary areola (2) is offset mammary areola,
Mammary areola is located at the upper end in newborn support portion, and offsets to one side, and the nipple (1) is side setting type nipple, and nipple is located at mammary areola (2)
Upper end, and be arranged above mammary areola one side, it offsets to one side, nipple and mammary areola are deviated towards same side direction, on the head of nipple
Side is formed with skew back face (7), and the head other side of nipple is formed with side convex globoidal (8), and the upper end of side convex globoidal is formed with the newborn hole of suction
(5), it is formed between nipple and mammary areola (2) neck (9), the transversal cross-section of neck is ellipse, between neck front side and mammary areola
It is formed big concave arc (10), is formed small concave arc (11) between mammary areola on rear side of neck, be formed with air inlet duct on the newborn support portion (3)
(13), the bottom of air inlet duct is formed with air inlet seam (6), and air inlet seam is corresponding with newborn hole (5) are inhaled.
2. gas-liquid as described in claim 1 shunts necking down side setting type nipple, it is characterised in that: mammary areola (2) upper end position
In neck (9) surrounding system there are six salient point (12).
3. gas-liquid as described in claim 1 shunts necking down side setting type nipple, it is characterised in that: the side convex globoidal (8) it is upper
End is formed with the newborn hole (5) of 1-9 suctions.
4. gas-liquid as described in claim 1 shunts necking down side setting type nipple, it is characterised in that: the outer diameter L of the interconnecting piece (4)
For 35-90mm.
5. gas-liquid as described in claim 1 shunts necking down side setting type nipple, it is characterised in that: the air inlet duct (13) it is suitable for reading with
The wall thickness S of newborn support portion (3) junction1For 10-12mm, air inlet duct (13) bottom is located at the wall thickness S at air inlet seam (6)2It is 2-
3mm。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910217436.9A CN109806173A (en) | 2019-03-21 | 2019-03-21 | Gas-liquid shunts necking down side setting type nipple |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910217436.9A CN109806173A (en) | 2019-03-21 | 2019-03-21 | Gas-liquid shunts necking down side setting type nipple |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109806173A true CN109806173A (en) | 2019-05-28 |
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ID=66609907
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910217436.9A Pending CN109806173A (en) | 2019-03-21 | 2019-03-21 | Gas-liquid shunts necking down side setting type nipple |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109806173A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2527277Y (en) * | 2001-11-22 | 2002-12-25 | 台湾优生股份有限公司 | Thumb type teat with function of removing coated tongue |
| CN102113964A (en) * | 2010-01-06 | 2011-07-06 | 陈晓燕 | Simulation nipple |
| CN107920958A (en) * | 2015-08-28 | 2018-04-17 | 杰克尔国际有限公司 | Nipple and milk nozzle assembly |
| CN209916729U (en) * | 2019-03-21 | 2020-01-10 | 蔡海华 | Gas-liquid shunting necking edge-mounted nipple |
-
2019
- 2019-03-21 CN CN201910217436.9A patent/CN109806173A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2527277Y (en) * | 2001-11-22 | 2002-12-25 | 台湾优生股份有限公司 | Thumb type teat with function of removing coated tongue |
| CN102113964A (en) * | 2010-01-06 | 2011-07-06 | 陈晓燕 | Simulation nipple |
| CN107920958A (en) * | 2015-08-28 | 2018-04-17 | 杰克尔国际有限公司 | Nipple and milk nozzle assembly |
| CN209916729U (en) * | 2019-03-21 | 2020-01-10 | 蔡海华 | Gas-liquid shunting necking edge-mounted nipple |
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