TW200938184A - Bottle teat - Google Patents

Abstract

A bottle teat made of a soft elastic material, with a hollow suction nipple, a circumferential mounting edge for fixation on the bottle opening of a drinking bottle, a hollow transition area between the mounting edge and the suction nipple, and at least three drinking slots, which are disposed in an end region of the suction nipple on the sides of an imaginary polygon, without intersection each other on the corner points of the imaginary polygon.

Description

200938184 VI. Description of the Invention: [Technical Field] The present invention relates to a bottle nipple made of a soft elastic material. [Prior Art] A bottle nipple provides nutrients that are not yet weaned or are required for an infant. Conventional bottle nipples have a hollow ¢ 5 person; for example, horn Dan β T and the teat and _ for mounting the edge around the mouth of a drinking bottle. Since the cross section of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ edge. At the end of the mounting edge, inhale your sputum into the milk pan with a drinking hole that allows liquid to flow out. Near the mounting edge, usually ^ m , μ has a venting valve with a valve slit. The bottle of milk thistle is fixed to the open edge of the drinking bottle by a threaded ring and a pair of A. For this purpose, the bottle nipple must be 认 « for the month, & thread ring until the mounting edge is below x ^ edge. The threaded ring is locked to a male thread of the drinking bottle, 铿, ^ pa α ^ ώ _ 贞 attached, and the mounting edge is sandwiched between the open edge of the bottle opening and the threaded ring. Φ f ^ Λ ^ ^ In the case of sputum, it is known to form a ventilated width by placing a suitable grooved female on the opening of the drinking bowl. Within the seating area of the edge of the edge of the edge, the baby is absorbed through the body or other fluid food. It is balanced by the venting valve and the pressure. ° and the result of the liquid immersion in the drinking bottle to cause the food to flow out of the drinking hole, and the bottle with the drinking hole in the surrounding environment by the J M -j* sucking interval intermittently Only the shortcomings of 200938184, which provide a small food stream, are allowed. Further, they are not suitable for providing viscous fluid or syrupy foods. Bottle nipples with drinking slits instead of drinking holes do not have these drawbacks. However, the availability of these bottle nipples depends on the disadvantage of the position of the bottle nipple in the mouth of the baby. From GB 224 675 A, bottle nipples having two drinking slits are known which are arranged to correspond to τ' but do not intersect each other. Due to the arrangement of such a drinking slit, the dependence on the amount of delivery depending on the rotational position of the bottle nipple is reduced. However, the maximum delivery amount is achieved only when the inhalation teat in the longitudinal direction of a drinking slit or other drinking slit is slightly pressed. In the middle position, the amount delivered will drop significantly. SUMMARY OF THE INVENTION From this point on, the present invention provides a bottle nipple based on a target, which is intended to allow delivery of a thick liquid food, and which depends on a reduction in the amount of delivery of the rotational position in the baby's mouth. The pacifier with the special purpose of the 1st jg main item of the patent application has solved this

aims. The advantage of the bottle nipple is that the bottle nipple made by the soft ammunition according to the invention has the nipple made of the soft ammunition according to the invention. Hollow inhaling teat, mounting edge around the mouth of the bottle; at least two drinking slits in the hollow transfer zone between the edge and the inhaling teat, the end of the inhaling teat is placed in the side of the faux polygon, and each other On the corners of the fictional polygon 5 200938184 and not intersecting. The bottle nipple according to the present invention is even more suitable for delivering thick liquid foods due to the drinking slit. Due to the configuration of the drinking slits on the sides of the fictional quadrilateral, the bottle nipple is likely to be in a rotational position in the baby's mouth' wherein at least one drinking slit delivers the maximum possible amount of food. In other rotational positions, the plurality of drinking slits deliver the liquid such that the total amount delivered by the liquid changes with little or little, in a negligible manner, with the rotational position. The amount delivered can be adjusted by the pressure on the baby's lips and inhalation. Even when a slit is blocked, the delivery amount can be maintained at at least two slits. When the bottle is closed with a teat and there is no action from the outside, the drinking slit closes it so that the food is not unintentionally delivered, especially when the bottle is lying flat or upside down. The symmetric configuration of the drinking slits on the sides of the imaginary polygon also provides uniform delivery of liquid, the liquid delivery of which is dependent on the rotational position. Furthermore, the bottle nipple is well protected from damage and failure because the narrow expansion of the drinking caused by the tear does not result in a connection to the adjacent (four) slit as in the conventional configuration. Most = the configuration of the drinking slit on the side of the polygon is also advantageous in manufacturing: Ti, the drinking slit can be present in the flattened end region of the convex center of the inhaled teat. According to a preferred embodiment of the narrow Am, the inhalation anvil ^ region, which is characterized by a quilting, is convex outward. More generally, the bottle nipple is at least at the end of the right end of the 鲕 1 • • grave has a fixed wall thickness. By this configuration, the 4T pa is promoted separately. The wrong drinking opening is opened by the lip pressure or the suction pressure. Knife Institute 200938184 Inhalation nipples can be implemented in different profiles. For example, it can have an elliptical profile. The elliptical profile helps the bottle nipple in the baby's mouth: the: turn position 'where the main axis of the profile is positioned parallel to the baby 3 mouth I can promote the baby evenly to get food. According to other embodiments, the bottle nipple has an inhaled milk having a circular cross section. In this embodiment, the nipple in the baby's mouth is changed to iVl A 丄丨k: The formulation of the slit avoids the dependence on the total amount of delivery depending on the position of the rotary ❹. : Then the 'polygon' can have any number of corners. In a specific embodiment, the drinking slit is disposed on the side of the three fathers, the private field, and the quadrilateral. The seam configuration can be made in a particularly simple manner. The bottle nipple can be made of a suitable soft elastic material. In a specific embodiment, it is made of natural rubber / Tpp. 7 win or 疋 thermoplastic elastomer, ermopIastice Iastomer). For example, a bottle nipple can be made from a soaking-molding body in a latex suspension or by using a blade to make a drinking slit. k method and subsequent [Embodiment] The present invention is explained in detail by the milk of the bottle according to the m of the embodiment.吸入 Inhalation teat 2, which is smeared by the intermediary, is connected to the transfer zone 3 of the second

On the area. The wall thickness of the bottle nipple i is essentially fixed in the bottle mouth to 2 mm). For example, the inhalation teat 2 has a circular cross section with an outer diameter slightly increased to the outer end region 5 of 200938184. The end region 5 of the inhalation teat 2 is convex toward the outside, i.e., hemispherical. In the end region 5 there are 'three drinking slits' 7, 8' each extending from the outside of the inhalation teat 2 to the inside of the inhalation teat. We are placed on the side of the fictional equilateral triangle, standing , τ undeniably, they do not intersect each other at the corners of the triangle. They have a considerable distance from each other, which is about the same as each drinking slit 6' 7, 8 t 'for example, The suction teat 2 is disposed centrally with respect to the transfer region 3 and the mounting edge 4. On the upper side of the transfer region 3, a lenticular recess 9, 11' is disposed which is oriented toward the triangle. The surrounding compressions 12 appear between the mounting edge 4 and the transfer zone 3. A deeper recess u in the region of the compression sits - a venting valve 14 with an air-wide slit 15. The same configuration On the longitudinal center plane of the teat nipple 1 'the longitudinal axis of the lenticular recess 10 is provided. The mounting edge 4 has a peripheral projection on the underside which is intended to be fixed to the outer edge of the drinking bottle hole and Between the cylindrical housings of the threaded ring. In this case The area of the rim 14 is adjacent to the inside to be squeezed against the front side edge of the finish. The bottle nipple secured to the drinking bottle in this manner can be inserted into the mouth of the baby at any rotational position. The delivered liquid is independent of the rotational position. The single drinking slits 6, 7, 8 are clogged and the remaining drinking slits 6, 7, 8 still allow for adequate food delivery. The venting valve 14 allows for pressure compensation. According to Figure 5, the rotating well channel can be four sides of the square. The drinking slits 17, 18, 19, 20 are realized by which the larger maximum liquid 200938184 body throughput is possible and the safety against clogging is increased. The drinking slits 17, 18 according to Fig. 5. 19, 2. The configured bottle of milk is implemented corresponding to Figures 1 to 3. Such a case may be to provide four lenticular shapes in the transfer zone, which are preferably oriented towards the angle of the quadrilateral. Stabilized transfer zone 3. [Simplified illustration] The figure shows: Figure 1: Front view of the bottle nipple; Figure 2: Left side view of the bottle nipple (left half), and vertical section of the bottle nipple (right half) ) Figure 3: top view of the nipple for the bottle; Figure 4: enlarged detail of the configuration of the drinking nipple for the bottle nipple; Figure 5: enlarged detail of another embodiment of the drinking sump. [Key symbol description] 1 Bottle nipple 2 Inhalation nipple 3 Transfer area 4 Mounting edge 5 End area 6, 7, Q Drinking slit 9 , ίο , 11 Concave compression 9 12 200938184 13 Recess 14 Vent valve 15 Air valve slit 16 Surrounding Objects 17, 18, 19, 20 drinking slits 10

Claims (1)

200938184 VII. Scope of application: l The bottle nipple made of soft elastic material has, • hollow suction nipple (2), two) is installed around the bottle mouth of the drinking bottle. (4) The second transfer zone (3) between the inhaled teat (2) and the three drinking slits (6, 7, 8) of 0 ❹ 2, which are placed on the sides of the fictional multiple The end regions (5) of (2) are on each other at the corners of the imaginary polygon and do not intersect. The bottle nipple described in item 1 of the female patent month, J: the end region of the inhaled teat (2) characterized by a drinking slit (6, 7, jn or 4 months old) 5) It is convex outward. k; _3. The bottle nipple of claim 1, wherein the inhaled milk shell (2) has an elliptical or circular cross section. 4. The bottle nipple of claim 2, wherein the inhalation teat (2) has an elliptical or circular cross section. 5. The bottle nipple according to claim 1, wherein the drinking slit (6, 7, δ, θ, : TM 疋 is disposed on the side of the triangle or the quadrangle. 6) The bottle nipple according to item 2, wherein the drinking narrow '', 1) is disposed on the side of the triangle or the quadrangle. 7. The bottle nipple of claim 3, wherein the drinking slits (6, 7, 8) are disposed on the sides of the triangle or the quadrangle. 11 1. The bottle nipple of claim 4, wherein the drinking narrow 200938184 seam C 6, 7, 8) is disposed on the side of the triangle or the quadrangle. 9. The bottle nipple of claim 1, wherein the transfer zone (3) has a recess (9, 1 〇 '11) on the outer side. 10' The bottle nipple of claim 2, wherein the transfer zone (3) has a recess (9, 1 〇, 11) on the outer side. 11. The bottle nipple of claim 3, wherein the transfer zone (3) has a recess (9, 1 〇, 11) on the outer side. 12. The bottle nipple of claim 4, wherein the transfer zone (3) has a recess (9, 1 〇, 11) on the outer side. 13. The bottle nipple of claim 5, wherein the transfer zone (3) has a recess (9, 10, 11) on the outer side. 14. The bottle nipple of claim 6 wherein the transfer zone (3) has a recess (9, 10, 11) on the outer side. 15. The bottle nipple of claim 7, wherein the transfer zone (3) has a recess (9, 10, 11) on the outer side. 16. The bottle nipple of claim 8 wherein the transfer zone (3) has a recess (9, 10' 1 1 ) on the outer side. 1 7 The bottle nipple of the invention of claim 1 wherein the recesses (9, 10, 11) are directed toward the corners of the polygon between the drinking slits (6, 7, 8). 1 8. The bottle nipple 'in which the recesses 1', 11) according to claim 2 is oriented toward the angle of the polygon between the drinking slits (6, 7, 8). 19. The bottle nipple of claim 3, wherein the recess 12 200938184 (9, 10, 1 1 ) faces the angle of the polygon between the drinking slits (6, 7, 8) Orientation. 20. The bottle nipple of claim 4, wherein the recesses (9, 10, 11) are oriented toward a polygonal angle between the drinking slits (6, 7, 8). 2 1. The bottle nipple of claim 5, wherein the recess (9, 10, 11) is oriented toward a polygonal angle between the drinking slits (6, 7, 8). 22. The bottle nipple of claim 6 wherein the recesses (9, 10, 11) are oriented toward a polygonal angle between the drinking slits (6, 7, 8). 23. The bottle nipple of claim 7, wherein the recesses (9, 10, 11) are oriented toward a polygonal angle between the drinking slits (6, 7, 8). 24. The bottle nipple of claim 8 wherein the recesses (9, 10, 11) are oriented toward a polygonal angle between the drinking slits (6, 7, 8). 25. The bottle nipple of claim 9, wherein the recess (9, 10, 1 1 ) is oriented toward a polygonal angle between the drinking slits (6, 7, 8). 26. The bottle nipple of claim 10, wherein the recess (9, 10, 11) is oriented towards a polygonal angle between the drinking slits (6, 7, 8). 27. The bottle nipple of claim 11, wherein the recess 13 200938184 (9, 10, 1 1 ) is oriented towards the angle of the polygon between the drinking slits (6, 7, 8) . 28. The bottle nipple of claim 12, wherein the recess (9, 10, 11) is oriented towards a polygonal angle between the drinking slits (6, 7, 8). 29. The bottle nipple of claim 13 wherein the recess (9, 10' 11) is oriented towards the angle of the polygon between the drinking slits (6, 7, 8). 30. The bottle nipple of claim 14 wherein the recess (9, 10' 11) is oriented toward the angle of the polygon between the drinking slits (6, 7, 8). 3 1. The bottle nipple of claim 15, wherein the recess (9, 1 〇, 1 1 ) is oriented toward a polygonal angle between the drinking slits (6, 7, 8) . 32. The bottle nipple of claim 16, wherein the recess (9, 1 〇, 11) is oriented toward a polygonal angle between the drinking slits (6, 7, 8). 3. The bottle nipple of any one of claims 1 to 32 wherein the surrounding compressed material is present between the mounting edge and the transfer zone (3). The bottle nipple of any one of claims 1 to 32, which has a vent valve (14). 3. A bottle nipple as claimed in claim 4, wherein the venting valve (14) is present in the compressed material (丨2). 14 200938184 ' % 36_ The bottle nipple of claim 35, wherein the venting valve (14) is disposed in a deeper layer of compressed material (12). 37. The bottle nipple of claim 36, wherein the edge (4) is mounted with a projection (丨6) around the outer edge. The bottle nipple of any one of claims 1 to 32 is made of natural rubber or silicone or a thermoplastic elastomer. 39. The bottle nipple of any one of claims 1 to 32, which is produced by immersing in a latex suspension or by injection molding. 40. If you apply for a patent scope! The bottle nipple of the item 32, wherein the drinking slits (6, 7, 8) are formed by cutting the blade. Eight, the pattern: (such as the next page) ❹ 15