An insert that has a one-way valve that allows for one-way flow of liquid in response to reduced pressure. The insert is configured to be installed in a baby bottle to form two chambersa reservoir chamber and a dispensing chamber. The insert also is provided with a valve failure mechanism which allows a user to force the one-way valve open in the absence of reduced pressure, which allows a user to prime the dispensing chamber (the nipple) prior to beginning feeding.

A pacifier structure is mounted on a nursing bottle containing a rotatable cap, a body, and a filtration member. The rotatable cap includes a peripheral groove, the body includes a suction portion and a surround plane, the surround plane has an air valve, the surround plane connects with the peripheral groove to produce an air chamber, and a trench is defined between the body and the peripheral groove. The filtration member includes a ring portion, at least one connection tab, and a mesh portion. The ring portion has an arcuate recess, a diameter defined by the at least one connection tab is more than an inner diameter of the body, the mesh portion has a large section adjacent to the ring portion and a small section away from the ring portion. The large section is more than the small section, and the mesh portion has multiple orifices.

Closures are provided consisting of a lid or cap member and a container member. These are inter-engageable with one another. The lid or cap member has a skirt and the container member has an upstanding rim, each of which is of generally polygonal (preferably square) shape. Located on each of the facing walls on each side of the polygonal shape are inter-engageable projections. The inter-engaging surfaces of the projections run substantially in a plane perpendicular to the axis of the polygonal shape and are of relatively small angular extent about that axis. The material of one or both of the skirt and container portion is resiliently elastic. The closure may be assembled with an axial push, and removed by twisting.

An insert that has a one-way valve that allows for one-way flow of liquid in response to reduced pressure. The insert is configured to be installed in a baby bottle to form two chambersa reservoir chamber and a dispensing chamber. The insert also is provided with a valve failure mechanism which allows a user to force the one-way valve open in the absence of reduced pressure, which allows a user to prime the dispensing chamber (the nipple) prior to beginning feeding.

Kindly amend the Abstract, wherein underlining indicates additions and strikethrough indicates deletion, as follows:

An infant feeding bottle is provided that is convenient and easy to use. The bottle can include a formula reservoir, comprising sealed and sterilised formula for consumption by an infant; a teat, through which the formula from the formula reservoir may be consumed; and an exothermic self-heating element, configured to heat the formula in the formula reservoir upon activation thereof. The exothermic self-heating element includes one or more mixing elements, configured to assist in mixing elements of an exothermic reaction of the exothermic self-heating element.

A dispensing cap comprising a grasping body, a spout engaging bore and a dispensing coupling. The dispensing coupling has a dispensing cap coupled thereto through a tether. A pouch assembly is likewise disclosed, as is a process of enteral feeding with a pouch and a dispensing cap attachable to the spout. The dispensing cap can be provided and attached to a spout of a pouch (upon removal of a filling cap) wherein the dispensing cap may be provided in a sterilized bag or pouch prior to use. Methods and processes are likewise disclosed.

A heat seal pouch includes a bag, a cylinder, a partition assembly, and an outer skeleton frame. The bag is configured to hold a provided liquid. The cylinder is configured to hold a provided powder. The partition assembly is between the bag and the cylinder. The partition assembly is operable to form an openable partition in a bottom of the cylinder for selectively separating the cylinder from the bag. The outer skeleton frame is configured to house and seal the bag, the cylinder and the partition assembly. Whereby the heat seal pouch is configured for storing, transporting and selectively mixing the provided powder with the provided liquid.

The invention relates to a container (1) comprising at least one connection opening (3, 4) and at least one connection part (6, 8), wherein grooves (12) and engaging elements (10) are provided as interacting connection elements to connect the container (1) and the connection part (6, 8), and in the connected state a respective engaging element (10) is arranged in a receiving portion (14) of a groove (12), which receiving portion is arranged substantially perpendicular to a longitudinal axis (2) of the container (1), wherein the container (1) and the connection part (4, 6) have run-on elements (9a, 9b) with run-on surfaces (9c) which run obliquely with respect to the longitudinal axis (2) of the container, which run-on surfaces interact by means of rotational movement between the container (1) and the connection part (6, 8), in such a way that the engaging elements (10) can be moved out of the receiving portion (14) of the respective groove (12) and, in a rotated position, the engaging connection between the container (1) and the connection part (6, 8) is released.

The present disclosure relates to a portable multifunctional heating feeding bottle. The portable multifunctional heating feeding bottle solves the problems in the prior art that the feeding bottle has low heating efficiency and is inconvenient to carry. The present disclosure has the advantages that the portable multifunctional heating feeding bottle is conveniently and quickly disassembled and convenient to carry, has high heating efficiency, can achieve continuous heating and thermal insulation during drinking, and has a good use effect.

A hygienic pacifier is set forth. The pacifier includes a base section having a nipple extending therefrom. The base section has a cross-sectional thickness. A substantially spherical recoil shield section is integrally formed with the base section. The shield section forms a wall having a cross-sectional thickness that is thinner in cross section than the cross-sectional thickness of the base section. The wall has recoil properties due to the spherical geometry of the shied section. The wall forms a shield around the nipple when recoiled.