A feeding apparatus includes a food container. The food container includes an open end and a closed end. The food container is provided on a surface thereof with one or more apertures. The food container is made of a resilient material for use with foodstuff.

A bottle for baby formula that includes: a main liquid portion; a formula portion attached to the liquid portion, where the formula portion includes an infant formula for consumption and is adapted for removal; an attachment means that provides a means to attach the formula portion to the liquid portion of the bottle; a nipple; and a removable cap, where the removable cap covers the nipple. Preferably, the attachment means is a threaded connection and the liquid portion includes a curved outer surface. The infant formula may be a premixed powder mixable with water.

The present patent application discloses a multifunctional feeding-bottle, including an outer cup, a liner, a nipple assembly connected to an opening of the outer cup, and a bottom cover connected to the bottom of the outer cup. The feeding-bottle further includes a valve piece disposed between the bottom of the outer cup and the bottom cover. An air inlet is disposed in a central part of a body of the valve piece. A stiffener is disposed at a part other than the air inlet. A cavity is formed between one side of the valve piece provided with the stiffener and the bottom cover. A sealing protrusion capable of sealing the air inlet is disposed at a central part of the bottom cover. An air vent is disposed at a part different from the sealing protrusion. The liner is disposed in the outer cup, and is configured to be removed from the outer cup.

A container with a divider designed to hold two liquids separately inside. A cap on the container includes a twist mechanism that permits separate access to one side or the other side of the container without mixing the two materials within the container. The container can have installed infant holding handles. These handles are used to equal out the bottle weight, and are small enough for an infant to grab and hold. Instead of making two bottles to hold each liquid, one bottle can support two separate liquids.

A container with a divider designed to hold two liquids separately inside. A cap on the container includes a twist mechanism that permits separate access to one side or the other side of the container without mixing the two materials within the container. The container can have installed infant holding handles. These handles are used to equal out the bottle weight, and are small enough for an infant to grab and hold. Instead of making two bottles to hold each liquid, one bottle can support two separate liquids.

An airless container includes: an elongated shaft having an open top and an open bottom and having a constant internal cross-section, and having attachment means for securing a fastening collar thereto; a fastening collar; a liquid outlet piece; a piston to sealably and moveably fit within the elongated shaft, the piston having external sides with a peripheral upper blade and a peripheral lower blade, each of said peripheral upper blade peripheral lower blade having a plurality of peripheral ridges running perpendicular to the elongated shaft elongation direction.

A soft core bottle includes a bottle housing and a liner. The liner includes a first bottle opening and a first bottle body. The first bottle body is made of a soft material. The bottle housing is made of a hard material. The liner is attached to the bottle housing via the first bottle opening in an assembled state.

A system, apparatus and method for saliva-conductance based hydration sensors and for a wireless network comprising hydration sensors and base stations. The hydration sensors include electrodes, a means of measuring saliva conductance, a processor, memory and wireless controllers. The hydration sensors output user hydration status based on the conductance of the user's saliva. Saliva conductance is correlated with ion concentration of saliva, which is a biomarker for dehydration. Thus, saliva conductance can be a proxy for dehydration. The hydration sensors may be used in active or hostile conditions, e.g., military use. Symptoms of dehydration are delayed: fatigue and impaired judgment can occur before a user realizes he/she is dehydrated. The hydration sensors indicate dehydration to a user, thus encouraging a user to hydrate and prevent dehydration-related injuries. Data from hydration sensors may be used in determining supply delivery logistics in hostile or inaccessible terrain.

A cooler box or container for containing a one or more bottles for storing human breast milk or infant formula. The container includes four sidewalls and a floor defining an internal volume, and a closure is configured to enclose the internal volume and prevent or provide access thereto. The container is size and shaped for fitting in a stacked arrangement within a refrigerator or freezer, and is easily transportable while keeping the internal volume at a low temperature to prevent the breast milk within the one or more bottles from spoiling. In example embodiments, the container 10 provides for multiple functions throughout its usable life such as functioning as a shipping box or container, a user transport device, and a storage bin in hospital or medical facility refrigerator.

A teat, in particular for infants and small children, having a hollow nipple with at least one through-hole for liquid nutrition, which is connected at the bottom to a substantially annular-disc-shaped nipple flange, which serves to be fastened to the mouth of a vessel by means of a fastening ring with an annular-disc-shaped ring flange overlapping the nipple flange for pressing the bottom side of the nipple flange flat against the front-side edge of the mouth and at least one recess extending in the radial direction of the nipple flange on the top side of the nipple flange so that a ring flange of a fastening ring pressing against the top side of the nipple flange is spaced from the top side of the floor of the recess during the fastening of the teat on the mouth of a vessel, and the nipple flange is sufficiently flexible at least in the area of the recess so that the floor arches up and air from outside flows back into the vessel under the arched floor of the recess in the radial direction when the teat is fastened on the mouth of a vessel and negative pressure is created in the vessel when the nipple is sucked on.