A shaker cup is provided that allows a user choose when to blend a mix, within a pod, with a liquid. The shaker cup includes a lid which has a spout. The shaker cup includes a container which has a reservoir, which is able to hold a liquid. The shaker cup may have a pod placed within, which is sized and shaped to allow the liquid to flow from the reservoir around the pod, and through the spout. The shaker cup also includes a pod holder which has a pod holder mechanism that, in a first position, allows the pod holder to selectively retain the pod or, in a second position, release the pod. The pod holder further includes an actuating mechanism for selectively allowing the pod holder to move between its first and second positions. The container is able to selectively engage with the lid.

A dispenser for applying at least two compositions, the dispenser including at least two reservoirs for storing the at least two compositions separately, at least two pumps for pumping the at least two compositions, which pumps have different strokes, an exit orifice, and an actuator assembly. The difference between the first stroke and the second stroke is accommodated through flexure of a flexing member in the actuator assembly. The first composition includes microcapsules and the second composition includes a volatile solvent.

A portable carbonating dispenser utilizes an onboard supply of carbonation gas and a carbonation control module for permitting a user to carbonate base liquid stored in an onboard base liquid container. The carbonation control module may include a user actuated button for selectively activating the carbonation. The base liquid container may include an extended portion for increasing the exposure of base liquid to carbonation gas. A vertical viewing window enables a user to view carbonation and the level of base liquid in the container. An isolation component may be useful to isolate an additive cartridge from carbonation pressure during carbonation in applications where the dispenser utilizes additive cartridges. Safety venting and locking features may be provided on the mode selector to prevent a user from accidentally pressurizing the cartridge space. A refill station may be provided to refill the portable carbonating dispenser.

A shaker bottle is disclosed. The bottle includes a tumbler having a double walled structure, wherein the tumbler comprises a bottom wall internal surface, a side wall internal surface, a bottom wall external surface and a side wall external surface connected with the bottom wall internal surface and the side wall internal surface respectively through an air space arranged in between. The tumbler is configured to generate centrifugal force for shaking the predefined volume of liquid and the one or more consumable ingredients. The bottle includes a lid detachably coupled to the tumbler through one or more coupling mechanisms; an orifice to dispense a content from the internal chamber of the tumbler upon shaking; a closure to open or close the orifice through a sliding movement corresponding to the orifice. The bottle also includes at least two rubber plugs to pour a liquid coolant to the air space arranged between an external wall and an internal wall of the lid and the tumbler.

EZE CHEF is a device a transparent plastic sheath that when placed over a bottle will measure ingredient levels to insure perfect recipe presentations of finished food entrees is disclosed. My invention improves on others by allowing a user to change the size of the mixing vessel without changing the ratio between ingredients and still come out with the same perfect end result.

A multi-reservoir dispensing, disposable and sterile container has at least two separate and distinct reservoirs positioned adjacent to one another, and which can be readily manufactured using blow-fill-seal technology. The reservoirs contain components of a mixed pharmaceutical formulation, which is prepared at the time of dispensing from the container by blending of the contents of the reservoirs. Liquid flow channels extend from each reservoir and merge together at or near an exit aperture of the container, and a mixing feature can be employed at or downstream of the point of merging. In the container as provided to a user the exit aperture is blocked by a seal, which is removed prior to dispensing.

A beverage bottle includes a bottle body, a bottle lid and a cutting device, wherein the bottle body has a side wall and a bottle bottom disposed at the side wall, wherein the cutting device is provided at the bottle bottom of the bottle body.

A baby feeding container contains a bottle, a whisking ball, a sealing ring, and a liquid outlet. The whisking ball is positioned within the bottle. The liquid outlet is pressed against an opening of the bottle with the sealing ring. The liquid outlet includes a nipple collar and a feeding nipple that ensure the liquid within the bottle flows out of the feeding nipple. If the user intends on measuring the amount of liquid within the bottle, a plurality of quantity markers can be used. Moreover, the whisking ball is insulated in a rubberized coating to minimize any noise generated when the baby formula is mixed in water by shaking the bottle.

A baby bottle blender includes a baby bottle having a top collar and a bottom collar, and a nipple. The nipple cap is removably attached to the top collar of the baby bottle and holds the nipple extending through a central aperture of the nipple cap onto the top collar. An agitating unit is centrally retained within a bottom attaching cap. A base member has a top recess to engage the agitating unit. An electrical mechanism in the base member operates the agitating unit, so that the agitating unit will thoroughly blend a formula in a liquid in the baby bottle in approximately seven seconds.