An article holder device, is disclosed. The holder device includes a suction device, configured to create a vacuum on a fixed surface, resulting in being affixed to the fixed surface. The holder device includes a base member configured to provide leveling support to an article. The holder device includes a hollowed-out portion centrally positioned on the base member, and extending in an upward direction. The holder device includes a grip positioned within the inner periphery of the hollowed-out portion, configured to prevent the article from inadvertent slipping.

A baby bottle holder for supporting a baby bottle in a manner that allows a baby to feed from a baby bottle. A substantially planar support frame has a bottom portion, a top portion with a rounded first side and a rounded second side with an opening configured to accept a portion of a baby bottle. A first side portion of the support frame is spaced apart from a second side portion, so that a baby can grasp one or both side portions. A bottle gripping element lines the opening. In one example, the bottle gripping element is a thin layer of rubbery material. In another example, the bottle gripping element includes a compliant seal portion adapted to accepting bottles of various diameters. In various examples, the frame includes rattles, movable elements such as rotatable wheels, or decorative elements such as ears.

A load determination device (1) is provided, comprising a load cell component (10), a hull component (20) of which the load is to be determined, the hull component (20) being provided in contact with the load cell component (10), a base component (30) for supporting the load cell component (10) on a surface, a sealing component (50) for sealing the load cell component (10) within the load determination device (1) being arranged in sealing connection between the hull component (20) and the base component (30), wherein the sealing component (50) comprises a bellows portion (52) surrounding the base component (30), wherein the bellows portion (52) comprises a rotational symmetric rolling (58) directed away from the surface. The load determination device (1) and a corresponding method for manufacturing such load determination device (1) provide an improved sealing of the load cell component (10).

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 bottle holding system for a baby device has a frame assembly having a beam. An attachment is inserted through the beam and securing a bottle on the beam.

The present application relates to the technical field of baby appliance structure, and provides a feeding bottle, including: a body and at least one non-return valve integrally formed at a lower of the body. The non-return valve includes a connection portion that is connected at the body, an extension portion for disturbing the laminar flow state of the internal liquid of the body when shaking the body, and a valve for allowing only the air outside to enter into the body, the extension portion is tapered and extends along a surface of the body toward the interior of the body, the extension portion is located at the inside of the bottom of the body, or located above the inside of the bottom of the body and in the vicinity of the inside of the bottom of the body. This design can solve the problem that the structure of the existing feeding bottle may cause flatulence to the baby due to the unbalanced pressure and may easily lead to incomplete dissolution of the milk powder.

A beverage holder includes a frame, an insert, and a cover. The frame includes a sidewall having an upper end and a lower end, and a bottom wall extending across the lower end. The upper end defines a plurality of protrusions. The sidewall and the bottom wall cooperatively define a chamber. The insert includes a peripheral rim defining a plurality of apertures that receive the plurality of protrusions and a flexible collar extending from the peripheral rim and at least partially into the chamber. The flexible collar defines an opening leading to the chamber. The cover includes a plurality of interfaces that engage with the plurality of protrusions to couple the cover to the upper end of the sidewall and to secure the insert between the frame and the cover. The cover defines an aperture that aligns with the chamber and the opening.

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.

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 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.