A container for wipes, and a cap for the container, having a pop-up style dispensing means positioned beneath a reclosable lid. The container may be an upright cylindrical container for perforated wipes or a rigid tub for interfolded wipes. The dispensing means comprises a raised member made of flexible, rubber-like material, having at least one opening through which wipes are removed when the lid is open. When the lid is closed it compresses the raised member. When the lid is released from its closed position the raised member pushes the lid open. The dispensing means may have a hard plastic backing member underneath a portion of the rubber-like material adjacent the opening through which wipes are removed.

A portable beverage container (e.g., an insulated, double-walled bottle) is disclosed. The container includes a lid pivotably connected to it by a hinge. The lid is arranged to be automatically pivoted open by the spring assembly when a catch on the lid is released so that the lid opens in a controlled, non-jarring manner. The spring assembly comprises an elastomeric member and a contact surface (e.g., a recess in a cap of the bottle). The elastomeric member is arranged to cooperate with the contact surface whereupon the elastomeric member operates bi-modally to effect the automatic opening of the lid.

A beverage container closure or lid that is adapted for closing an open end of a beverage container is provided. The lid is selectively couplable to the beverage container and includes a selectively openable cover that, when closed, creates a fluid-tight seal between the beverage container and the environment. The lid is provided with a dual-locking mechanism including an actuation disk locking mechanism and a press-button locking mechanism. Each locking mechanism is operable to transition between a locking position and an unlocking position and opening the cover to permit the passage of fluid requires that both locking mechanism be in their respective unlocking positions.

A drinking container has a lid that attaches to a vessel. The lid has a sidewall that forms a chamber with an opening. A spring-loaded door is pivotable between a closed position that seals the chamber opening from the vessel and an open position that allows transfer of fluid or solids between the chamber and the vessel. A lever has a catch that engages and holds the door in the closed position unless the lever is actuated by the user. The lever can be actuated by the user through an area on the lid that allows operation of the lever from the exterior of the container. The drinking container may include additional chambers with corresponding spring-loaded doors that are released through an area on the lid.

A drinking container has a lid that attaches to a vessel. The lid has a sidewall that forms a chamber with an opening. A spring-loaded door is pivotable between a closed position that seals the chamber opening from the vessel and an open position that allows transfer of fluid or solids between the chamber and the vessel. A lever has a catch that engages and holds the door in the closed position unless the lever is actuated by the user. The lever can be actuated by the user through an area on the lid that allows operation of the lever from the exterior of the container. The drinking container may include additional chambers with corresponding spring-loaded doors that are released through an area on the lid.

A receptacle including a safety locking mechanism in a motor vehicle. A lever is providing including a mass, which is held by a snap-fit device releasably in a non-deflected basic position or in a deflected locking position. In the deflected locking position, the lever, by way of a head, holds a closing element of a lock in a closed position. The lock can be opened in a non-deflected position of the lever. During opening, the lock restores the lever to the basic position, whereby the receptacle can be opened after an accident. The lever is deflected by accelerations that occur in the event of an accident.

A portable beverage container (e.g., an insulated, double-walled bottle) is disclosed. The container includes a lid pivotably connected to it by a hinge. The lid is arranged to be automatically pivoted open by the spring assembly when a catch on the lid is released so that the lid opens in a controlled, non-jarring manner. The spring assembly comprises an elastomeric member and a contact surface (e.g., a recess in a cap of the bottle). The elastomeric member is arranged to cooperate with the contact surface whereupon the elastomeric member operates bi-modally to effect the automatic opening of the lid.

A stopper for a beverage container is described. The stopper includes a stopper main body that is attached to an upper opening of a beverage container main body and includes a liquid through hole on the inside thereof; and a lid that is axially supported by a hinge shaft that is provided at an end of the stopper main body, and which opens and closes the liquid through hole in a rotational manner; the hinge shaft connects a hinge portion of the stopper main body, and right and left hinge portions of the lid; a storage portion is provided on at least one of the right and left hinge portions of the lid, and the hinge portion of the stopper main body; at least one end of the storage portion in the axis direction of the hinge shaft forms an opening; and a torsion spring is stored in the storage portion, and a cover member covers the opening of the storage portion.

The invention relates to a lid with drinking closure (5) for a drinking vessel (15) that includes an upwardly curved cover element (1), which internally comprises a screw thread (16) for connection with the drinking vessel (15) and comprises a drinking opening (2) with an upwardly oriented round drinking spout (6), whereby a hinge (3) is arranged on the upper cover surface (14) of the cover element (1) and is connected with a pivot arm (7) with a closure cap (8), and which closes the drinking spout (6) in a form-fitting manner upon downward pivoting. The invention is characterized in that the drinking opening (2) with the drinking spout (6) is arranged laterally offset relative to a straight line (11) through the hinge center (13) and the center point (12) of the cover element (1), and in that the pivot arm (7) is laterally bent or curved from the hinge (3) to the drinking spout (6).

Disclosed is a cover body structure and a bottle thereof. The cover body structure includes: a rotary cover, a dust-proof cap, a driving assembly, and a toggle member. The rotary cover is provided with a straw and the dust-proof cap is rotatably connected to the rotary cover, to enable the dust-proof cap and the rotary cover to have a buckled state and a flip state. By connecting one end of the driving assembly to the dust-proof cap, rotatably disposing the toggle member on the rotary cover, and rotatably connecting the other end of the driving assembly to the toggle member, the toggle member can be driven to enable the toggle member to rotate to a liquid path blocked state in which the straw is bent in the buckled state and rotate to a liquid path conducted state in which the straw is rebounded and restored in the flip state.