A liquid receptacle system comprising: a receptacle comprising a bowl (3) having an upper opening surrounded by a rim, wherein a screw thread is provided on the interior surface of the bowl, substantially adjacent said rim; and a removable closure (6) for sealing the bowl, the closure having a corresponding external screw thread which in use engages with the interior screw thread of the bowl to enclose contents within the bowl.

In one example, a lid configured for use with a container includes an upper surface that is generally circular in shape, and further includes a side wall with an annular configuration, the side wall intersecting the upper surface to define an edge of the lid. A grip element is defined in the upper surface and sized and configured to be grasped by one or more fingers of a user, and the grip element includes a grip portion that is set back a distance from the edge of the lid. Finally, a tab is provided that is attached to the side wall of the lid by an elastically deformable standoff element.

A disposable cut resistant glove, including a body, a plurality of fingers attached to the body, a thumb attached to the body, and a plurality of strips of para-aramid synthetic fiber disposed over and around the plurality of fingers and the thumb.

A beverage lid for temporarily and removeably covering beverage cups and glasses to prevent spillage and contamination. The lid is installed on a drinking glass having an enlarged reservoir with a circular rim. The lid has a circular, planar base with an outer surface, an inner surface, and a diameter larger than the diameter of the glass rim. A central handle is affixed at a proximal end to and projects from the base and has an outer, grasping surface and an inner surface. The handle preferably has a shape that allows the outer surface of one handle to nest in the inner surface of the handle of another of the lids. The lid preferably includes an annular lip or tabs that project transverse to the plane of the base to prevent the lid from sliding off the rim of the glass.

A sealing cap includes an outer cap, an inner cap and an air-tight gasket. The outer cap is to be disposed on a container. The inner cap is movably connected beneath the outer cap. The air-tight gasket is sleeved around the inner and outer caps. Two connectors extend through the outer cap and are connected to the inner cap. An operator is disposed above the outer cap and is pivotally connected to the connectors. The operator is operable to move the inner cap relative to the outer cap between a pressurizing position, where the inner cap pressurizes the air-tight gasket against the container, and an unpressurizing position, where the inner cap unpressurizes the air-tight gasket against the container.

A disposable cup has a tamper evident removable membrane secured at or near a rim of an open end of the cup so as to seal off the interior surface of the cup. The membrane is cup-shaped and has a radially-extending rim corresponding to a radially-extending rim of the cup, a substantially axially-extending sleeve corresponding to an inner-side surface of the cup and a radially extending disc-shaped base substantially spanning the diameter of the cup. The cup further includes a plurality of compartments in an operatively bottom region thereof, which are at least partially filled with a consumable product. The bottom region of the cup is at least partially deformable under externally applied force to facilitate dislodgement of the consumable product from the compartments.

A container includes a base, and a jacket adjoining the base and having a peripheral flange which defines an opening cross section which can be closed by a cover. The cover includes first snap-fit hooks distributed about a periphery of the cover for engagement in complementing first latching openings in the peripheral flange to thereby establish a form fit that prevents a movement away from the base and parallel to a vertical axis of the container in perpendicular relation to the base. The peripheral flange has four corner regions, each provided with a second latching opening for engagement of a second snap-fit hook of the cover. The second latching opening has at least one portion configured curved or inclined in relation to both a transverse axis and a longitudinal axis of the container, or has at least two straight portions extending at an inclination in relation to one another.

A leak-proof, interlocking, stackable travel container assembly has a sealing plug and a plurality of travel containers. The sealing plug is designed to create an airtight seal when positioned within an opening. In order to do so, the sealing plug has a first sealing ring, a second sealing ring and a lip. Each of the plurality of travel containers has a neck portion, an opening, a body portion and a base portion. The opening perpendicularly traverses into the neck portion allowing an user to place and remove items within the travel container. When required, the sealing plug is placed within the opening. Next, a protective cap is used to surround the sealing plug. If multiple travel containers are to be used, a base interlocking mechanism and a neck interlocking mechanism are used for interlocking each of the plurality of travel containers.

An insulating container can be configured to retain a volume of liquid, and include a first inner wall having a first end having an opening extending into an internal reservoir, and a second outer wall forming an outer shell. The opening can be sealed by a closure, the closure having an upper portion with a handle that has a circular curvature equal to the cylindrical portion of the closure. The closure may also have a lower portion that is joined to the upper portion by an injection molded polymer element. The closure may also be in the form of flip type of closure such that the lid can be selectably opened or closed by the user by rotating a flip closure into either the opened or closed position. The closure may also be a two-part lid having a lower cap that may be configured to be removably-coupled to the container and an upper cap that may be configured to be removably-coupled to the lower cap.

A sealing cap includes an outer cap, an inner cap and an air-tight gasket. The outer cap is to be disposed on a container. The inner cap is movably connected beneath the outer cap. The air-tight gasket is sleeved around the inner and outer caps. Two connectors extend through the outer cap and are connected to the inner cap. An operator is disposed above the outer cap and is pivotally connected to the connectors. The operator is operable to move the inner cap relative to the outer cap between a pressurizing position, where the inner cap pressurizes the air-tight gasket against the container, and an unpressurizing position, where the inner cap unpressurizes the air-tight gasket against the container.