Abstract: A feeding assembly for a baby feeding bottle includes a control nipple for receiving a fluid from a container, and an outlet nipple positioned to receive the fluid from the control nipple and having a feeding outlet through which the fluid flows from the feeding assembly. The control nipple and outlet nipple are moveable relative to each other from a first position to a second position, such that in the first position the fluid is transferred through a tip of the control nipple to the outlet nipple at a first flow rate, and in the second position the fluid is transferred through the tip of the control nipple to the outlet nipple at a second flow rate different from the first flow rate. A baby feeding bottle includes a container portion for containing a fluid, and the described the feeding assembly.

Abstract: A feeding assembly for a baby feeding bottle includes a control nipple for receiving a fluid from a container, and an outlet nipple positioned to receive the fluid from the control nipple and having a feeding outlet through which the fluid flows from the feeding assembly. The control nipple and outlet nipple are moveable relative to each other from a first position to a second position, such that in the first position the fluid is transferred through a tip of the control nipple to the outlet nipple at a first flow rate, and in the second position the fluid is transferred through the tip of the control nipple to the outlet nipple at a second flow rate different from the first flow rate. A baby feeding bottle includes a container portion for containing a fluid, and the described the feeding assembly.

Abstract: A baby feeding bottle includes a bottle base having a fluid container, and a feeding assembly from which an infant feeds. The feeding assembly includes a bottom nipple secured at the top of the bottle base, and having an outlet for providing a maximum flow rate of a feeding liquid. A middle nipple may be provided over the bottom nipple. The middle nipple may include a plurality of selectable setting outlets, each of which corresponds to a different flow rate setting. The bottle is adjustable so that a setting outlet corresponding to a single flow rate setting at a time may receive liquid from the first nipple. In this manner, the maximum flow from the first nipple may be reduced by a setting outlet corresponding to one of the flow rate settings. In addition, the flow rate setting may be changed in-use or prior to use to accommodate varying flow rates corresponding to each setting.

Abstract: A feeding assembly for a baby bottle includes a bottom nipple secured at the top of a bottle base, and having an outlet for providing a maximum flow rate of a feeding liquid. A middle nipple may be provided over the bottom nipple including a plurality of selectable setting outlets, each of which corresponds to a different flow rate setting. The bottle is adjustable, and may be adjusted in use, so that a setting outlet corresponding to a single flow rate setting at a time may receive liquid from the first nipple. In this manner, the maximum flow from the first nipple may be reduced by a setting outlet corresponding to one of the flow rate settings. A top nipple may be provided over the second nipple from which an infant may feed.

Abstract: A baby feeding bottle includes a bottle base having a fluid container, and a feeding assembly from which an infant feeds. The feeding assembly includes a bottom nipple secured at the top of the bottle base, and having an outlet for providing a maximum flow rate of a feeding liquid. A middle nipple may be provided over the bottom nipple. The middle nipple may include a plurality of selectable setting outlets, each of which corresponds to a different flow rate setting. The bottle is adjustable so that a setting outlet corresponding to a single flow rate setting at a time may receive liquid from the first nipple. In this manner, the maximum flow from the first nipple may be reduced by a setting outlet corresponding to one of the flow rate settings. In addition, the flow rate setting may be changed in-use or prior to use to accommodate varying flow rates corresponding to each setting.