A bottle stand includes a bottle holder and at least one posably flexible leg having a proximal end attached to the bottle holder and a distal end resting on a surface, the leg comprising a first member and a second member telescopically coupled to the first member.

An apparatus includes a baby bottle holder configured to support a baby bottle at a deployed position located proximate to a baby. The baby is able to reach the baby bottle in the deployed position. The baby is received and positioned in a movable baby carriage. The movable baby carriage has a carriage handle. The baby bottle holder is also configured to selectively attach to, and detach from, the carriage handle of the movable baby carriage at a storage position. The baby bottle holder, in use, remains positioned away from the reach of the baby who is positioned in the movable baby carriage once the baby bottle holder is selectively attached to the carriage handle of the movable baby carriage at the storage position.

An apparatus includes a baby bottle holder configured to support a baby bottle at a deployed position located proximate to a baby. The baby is able to reach the baby bottle in the deployed position. The baby is received and positioned in a movable baby carriage. The movable baby carriage has a carriage handle. The baby bottle holder is also configured to selectively attach to, and detach from, the carriage handle of the movable baby carriage at a storage position. The baby bottle holder, in use, remains positioned away from the reach of the baby who is positioned in the movable baby carriage once the baby bottle holder is selectively attached to the carriage handle of the movable baby carriage at the storage position.

Provided is a silicone feeding bottle with enhanced water-sealing properties where the upper portion is open for content insertion, while the body gradually decreases in cross-sectional width from the bottom to the top, forming a gentle curvature resembling a trumpet, conch shell, or similar shape, thus comprising a body characterized by a spiral design. Additionally, the feeding bottle includes a nipple portion detachably attached to the body, along with a coupling means for coupling the nipple portion to the body. The basal coupling part of the nipple portion has a cross-sectional shape resembling the numeral ?, comprising a basal coupling protrusion that mates with the upper fastening protrusion, a basal horizontal plane extending horizontally from the upper fastening protrusion, and a basal vertical plane extending perpendicularly from the basal horizontal plane.

A substantially cylindrical interactive baby bottle comprising a base unit having a music-playing digital mechanism, persistent computer-readable memory, and depressible switches adapted to playback prerecorded media while an infant is nursing from the bottle.

A temperature regulator may include a housing extending longitudinally from a first, open end to a second, closed end. The housing may include an outer wall, an inner wall disposed radially inward from the outer wall, and an insulating medium disposed between the outer wall and the inner wall, wherein the insulating medium is a vacuum-sealed chamber having air substantially removed therefrom.

A bottle holder with a body includes an upper portion; a base; a cup seat disposed in the upper portion; and one or more lighting elements, at least one of the lighting elements being disposed below the cup seat and oriented to direct light upward. The bottle holder further includes a cup removably positioned in the cup seat, the cup being constructed to support a bottle. The bottle holder may include a control system configured to control the one or more lighting elements and other electronic components that may optionally be included. A system for illuminating a container includes a bottle holder and a remote control unit constructed to communicate with a control unit of the bottle holder.

A vented baby bottle (28) is disclosed herein and comprises a bottle (30), a nipple (32), a mounting ring (34), and a vent assembly (36). The principle advantage offered by this invention includes decreasing aeration (gas bubbles) in the bottle's fluid by establishing an air passage (168) through the mounting ring into the interior (48) of the bottle. When this air passage is used in combination with a vent assembly having a self closing vent valve (132), the system allows atmospheric air to vent into the interior of the baby bottle when a lower than atmospheric pressure is created within the bottle, thereby preventing the aeration of the fluid contained in the bottle.

A baby bottle grip device is disclosed for optimal gripping by a baby. The baby bottle grip device comprises a body component that is configured in a prolate spheroid shape. The body component would be plastic or rubber with a plurality of through-holes surrounding the exterior of the body component. The through-holes allow for gripping and make it easier for babies to grab and learn how to hold onto a bottle. The body component has a hollow, interior cavity and open ends for receiving a conventional baby bottle. The baby bottle is held within the body component via an interference fit. The body component can be manufactured in different sizes, depending on the size of the baby bottle to be held.

A holding system includes a holder. The holder includes a peripheral lip and a flexible collar extending inward and downward from the peripheral lip. The flexible collar defines an opening configured to receive an object. The holding system further includes at least one of (a) a plurality of slide pads having at least a portion thereof positioned along an upper side of the flexible collar or (b) a biasing element extending along and around a periphery of an underside of the flexible collar.