Anti-flatulence feeding bottle
阅读说明：本技术 一种防胀气奶瓶 (Anti-flatulence feeding bottle ) 是由 罗丽枚 吕义雄 于 2019-11-20 设计创作，主要内容包括：一种防胀气奶瓶,包括瓶身和瓶盖,瓶身上部具有端口连接部,瓶盖与端口连接部安装连接,瓶盖上装设有瓶嘴,瓶身的端口连接部内装设有弹性硅胶件,该弹性硅胶件的外侧壁贴着端口连接部的内侧壁,弹性硅胶件内设有液体槽,液体槽的底面设有与瓶身内部空间连通的通孔,奶嘴内设有按压件,按压件上端延伸至奶嘴外表面,弹性硅胶件上装接有延伸至瓶身内底部的吸管。本发明在奶瓶倒置下,再通过按压件压迫弹性硅胶件,奶瓶内的奶才能够进入到奶嘴中,给婴儿吸食时能够首先吸到奶液而不是空气,有效的解决了婴幼儿吸食奶液时因吸入过多气泡造成的呕奶问题,吸食完毕后,再下压按压件,又可以奶嘴中残留的奶液回流到奶瓶中。(The utility model provides an anti-flatulence feeding bottle, including body and bottle lid, body upper portion has the port connecting portion, the bottle lid is connected with port connecting portion erection, the bottle lid facial make-up is equipped with the bottle neck, the built-in elasticity silica gel spare that is equipped with of port connecting portion of body, the inside wall of port connecting portion is being pasted to the lateral wall of this elasticity silica gel spare, be equipped with the liquid groove in the elasticity silica gel spare, the bottom surface in liquid groove is equipped with the through-hole that communicates with body inner space, be equipped with the pressing piece in the nipple, extend to the nipple surface on the pressing piece, elasticity silica gel spare facial make-up has connect the straw that extends to. According to the feeding bottle, when the feeding bottle is put down, the elastic silica gel piece is pressed by the pressing piece, milk in the feeding bottle can enter the nipple, the milk can be sucked into the feeding bottle instead of air when a baby sucks the milk, the problem of milk vomiting caused by too many bubbles sucked into the feeding bottle is effectively solved, and after the feeding is finished, the pressing piece is pressed down, and the residual milk in the nipple can flow back into the feeding bottle.)
1. An anti-flatulence feeding bottle comprises a bottle body and a bottle cap, wherein a port connecting part is arranged at the upper part of the bottle body, the bottle cap is connected with the port connecting part in an installing manner, and a bottle mouth is arranged on the bottle cap;
the bottom surface of the nipple covers and seals the liquid groove when the pressing piece is not subjected to external pressing force; when the pressing piece receives external pressing acting force, the pressing piece presses the elastic silicon piece downwards, so that the bottom surface of the nipple is separated from the elastic silicon piece and does not cover and seal the liquid groove.
2. The anti-flatulence feeding bottle of claim 1, wherein a lower end of the pressing piece is in contact with an upper surface of the elastic silicone rubber when not subjected to an external pressing force.
3. The anti-flatulence feeding bottle of claim 2, wherein a step is formed on an inner side wall of the port connecting portion of the bottle body, and a bottom surface of the elastic silicone member is engaged with the step so that an outer side wall of the elastic silicone member is fitted to an inner side wall of the port connecting portion.
4. The anti-flatulence baby bottle of claim 3, wherein the pressing member is integrally formed on the nipple, and an upper end of the pressing member protrudes on an upper surface of the nipple.
5. The anti-flatulence baby bottle of claim 4, wherein the bottom surface of the nipple is provided with a covering extension surface that covers the port of the liquid tank.
6. The anti-flatulence bottle of claim 5, wherein the mouth end of the nipple is disposed obliquely at a non-central position of the nipple.
7. The anti-flatulence feeding bottle of claim 6, wherein an outer side of a bottom surface of the nipple is snap-fitted between the bottle cap and the port connection portion.
8. The anti-flatulence baby bottle of claim 7, wherein the bottle cap is threadedly engaged with the port connection portion.
9. The anti-flatulence feeding bottle of claim 8, wherein a cap for receiving a nipple therein is fitted over the cap.
Technical Field
The invention belongs to the field of baby products, and particularly relates to an anti-flatulence feeding bottle.
Background
The traditional feeding bottle consists of a bottle body, a bottle cap and an elastic nipple, wherein a cavity is arranged between the nipple and the bottle body, and air exists in the cavity. When a baby sucks the milk, the nipple is sucked forcibly, the milk in the bottle body is sucked into the nipple through the suction force, the air in the nipple is sucked into the body firstly during the suction, and the milk is sucked into the body when the baby continues sucking the milk. Because the air of the nipple part is firstly sucked, the problems of flatulence, hiccup and the like caused by more air entering in the process of sucking the milk liquid and even milk vomit are caused, and much inconvenience is caused.
Disclosure of Invention
The invention aims to solve the technical problem of providing an anti-flatulence feeding bottle.
In order to solve the technical problems, the invention adopts the following technical scheme:
an anti-flatulence feeding bottle comprises a bottle body and a bottle cap, wherein a port connecting part is arranged at the upper part of the bottle body, the bottle cap is connected with the port connecting part in an installing manner, a bottle mouth is arranged on the bottle cap, an elastic silica gel piece is arranged in the port connecting part of the bottle body, the outer side wall of the elastic silica gel piece is attached to the inner side wall of the port connecting part, a liquid groove is arranged in the elastic silica gel piece, a through hole communicated with the inner space of the bottle body is formed in the bottom surface of the liquid groove, a pressing piece is arranged in a nipple, the upper end of the pressing piece extends to the outer surface of the nipple, a central through hole is formed in the elastic silica gel;
the bottom surface of the nipple covers and seals the liquid groove when the pressing piece is not subjected to external pressing force; when the pressing piece receives external pressing acting force, the pressing piece presses the elastic silicon piece downwards, so that the bottom surface of the nipple is separated from the elastic silicon piece and does not cover and seal the liquid groove.
The lower end of the pressing piece is in contact with the upper surface of the elastic silica gel when not being subjected to external pressing acting force.
The inside wall of the port connecting portion of body is equipped with the step screens, and the bottom surface card of elasticity silica gel spare is put at this step screens for the lateral wall of elasticity silica gel spare and the inside wall laminating of port connecting portion.
The pressing piece is integrally formed on the nipple, and the upper end of the pressing piece protrudes out of the upper surface of the nipple.
The bottom surface of the nipple is provided with a covering extension surface which covers the port of the liquid groove.
The nipple mouth end is obliquely arranged at a non-central position of the nipple.
The center area of the elastic silica gel piece is provided with a center hole, the center hole is connected with a suction pipe, and the suction pipe extends to the bottom in the bottle body.
The outer side of the bottom surface of the nipple is clamped between the bottle cap and the port connecting part.
The bottle cap is screwed with the port connecting part by screw threads.
The bottle cap is sleeved with a bottle cap for accommodating the nipple.
On one hand, when the feeding bottle is drunk by a baby, the feeding bottle needs to be inverted, the pressing piece needs to be pressed downwards, the elastic silica gel piece is pressed downwards by the pressing piece, a gap is formed between the bottom surface of the nipple and the elastic silica gel piece, the nipple is communicated with the inner space of the bottle body, milk in the bottle body flows to the nipple through the through hole and the liquid groove in the elastic silica gel piece, and the nipple can be filled with the milk firstly. Then the pressing piece is released, the elastic silica gel piece forms sealing with the bottom surface of the nipple again, and at the moment, the nipple is filled with milk, so that when a baby drinks, the baby can suck the milk of the nipple part instead of air through the adsorption nipple firstly by a first mouth, and when the baby continues to suck, the baby sucks the milk in the bottle through the suction pipe, thereby solving the problem that the first mouth of the traditional feeding bottle is usually mixed with more air when sucking the milk, and effectively solving the problem of milk vomiting and flatulence caused by too much air bubbles sucked by the baby when sucking the milk.
On the other hand, when stopping after the baby drinks the milk, the nipple still probably has remained the milk, need push down the pressing piece again this moment, form the effort to the pressing piece, the effort transmits again on the elasticity silica gel spare for elasticity silica gel spare is formed with the space with the nipple bottom surface, and remaining milk can flow back into the body through liquid groove, the through-hole on the elasticity silica gel spare in the nipple, makes things convenient for whole warm milk operation or other operations, makes no longer remain the milk in the nipple.
Drawings
FIG. 1 is a schematic perspective view of the present invention;
FIG. 2 is a schematic cross-sectional view of the present invention;
FIG. 3 is an exploded view of the present invention.
Detailed Description
For further understanding of the features and technical means of the present invention, as well as the specific objects and functions attained by the present invention, the present invention will be described in further detail with reference to the accompanying drawings and detailed description.
As shown in accompanying figures 1, 2 and 3, the invention discloses an anti-flatulence feeding bottle, which comprises a
When the pressing piece 6 is not subjected to external pressing force, the bottom surface of the nipple 5 covers and seals the
When the bottle is inverted, the elastic silicon rubber part 9 is pressed down by the pressing part 6 when the pressing part 6 is pressed by external pressing force, a gap is formed between the elastic silicon rubber part and the nipple, and at the moment, milk can flow into the nipple through the through hole and the liquid groove.
The inside wall of the port connecting portion 2 of the
The pressing piece 6 is integrally formed on the nipple 5, and the upper end of the pressing piece 6 protrudes from the upper surface of the nipple 5.
The bottom surface of the nipple 5 is provided with a covering extension surface 4, and the extension surface 4 covers the port of the
The suction nozzle end of the nipple 5 is obliquely arranged at the non-central position of the nipple 5, and the suction nozzle end of the nipple 5 is obliquely arranged towards one side, so that milk can be sucked conveniently, and the milk can be sucked conveniently by a baby.
The outer side of the bottom surface of the nipple 5 is clamped between the bottle cap 3 and the port connecting part 2, so that the nipple is fastened, and the nipple is prevented from being loosened in the using process.
In addition, the bottle cap 3 and the port connecting part 2 are screwed, so that the installation and the disassembly are convenient. The bottle cap 3 is sleeved with the
A
The invention may be operated in use with reference to the following modes:
after the milk bottle is filled with the milk, the milk bottle is inverted, then pressure is applied to the pressing piece, the milk in the bottle enters the nipple through the elastic silica gel piece, the nipple is filled with the milk, the nipple does not contain air, and the pressing piece is released after the milk is filled with the milk.
Then take the bottle for the baby, when the baby absorbs the nipple, the first mouth absorbs the milk instead of the air, when continuing to absorb the milk, the suction pipe absorbs the milk in the bottle, thus effectively ensuring that the air can not enter the whole absorbing process.
After the feeding is finished, the adult takes away the feeding bottle, and at the moment, partial residual milk possibly still exists in the nipple, and pressure is applied to the pressing piece again, so that the residual milk in the nipple flows back into the bottle body. The whole operation is simple and convenient.
Generally speaking, have the effect in two aspects, firstly when the baby inhales the milk, invert the feeding bottle earlier, rethread effort oppression pressing member, elastic silica gel spare is given to pressing member effort, makes elastic silica gel spare produce the deformation of certain degree for be formed with the space between nipple bottom surface and the elastic silica gel spare, and the milk in the body flows to the nipple part through-hole, liquid groove this moment, can make the nipple be full of milk earlier, then releases the pressing member, makes elastic silica gel spare form once more sealed to the nipple. Then the baby sucks the milk, and the baby sucks the nipple, so that the baby can be ensured to suck milk instead of air at the first mouth.
On the other hand, when stopping after the baby drinks the milk, the nipple still probably has remained the milk, need push down the pressing piece again this moment, form the effort to the pressing piece, the effort transmits again on the elasticity silica gel spare for elasticity silica gel spare is formed with the space with the nipple bottom surface, and remaining milk can flow back into the body through liquid groove, the through-hole on the elasticity silica gel spare in the nipple, makes things convenient for whole warm milk operation or other operations, makes no longer remain the milk in the nipple.
Although the present invention has been described in detail with reference to the embodiments, it will be apparent to those skilled in the art that modifications, equivalents, improvements, and the like can be made in the technical solutions of the foregoing embodiments or in some of the technical features of the foregoing embodiments, but those modifications, equivalents, improvements, and the like are all within the spirit and principle of the present invention.
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