A substantially moisture tight container and lid assembly for storing and packaging moisture-sensitive items comprising an assembly with a container and a lid, the lid is attached by a hinge to an upper housing portion of the container, the lid includes a lip seal member that depends downwardly from the lid, the lip seal member is configured to abut at least a portion of the interior side of the container when the lid is in the closed position resulting in a substantially moisture tight seal between the lid and the lid, and the container assembly further comprising a base portion and an upper housing portion, the upper housing portion is capable of being snap-fit into the base portion by employing a lip seal mechanism to form a substantially moisture-tight seal.

A closure can include a base having an opening. The base can be connected to a container such that a liquid in the container, for example a creamer, is pourable through the opening of the closure into a beverage cup. The closure can include an overcap having a plug, and the plug can seal the opening when the overcap is in a closed position relative to the base. A hinge can connect the overcap to the base and be biased to establish and maintain an angle of the overcap when the overcap moves out of the closed position. Liquid retained on the overcap during opening of the overcap can then fall directly into the beverage cup during pouring due to the angle of the overcap in the open position. Any retained liquid ingredient that falls from the overcap onto the base can be confined within a ring on the base.

A dispensing closure (40) includes a body (54) for being located at the opening of a container (44) defining a central axis (30) and having a pour spout (72). The body (54) including a crushable seal (200) surrounding the pour spout (72), and the body (54) including a lateral projection (210) extending therefrom. The closure (40) includes a closing element (56) for being removably attached to the body (54) and having a lateral projection (220) extending therefrom. The closing element (56) and the body (54) have a closed condition in which the crushable seal (200) seals between the closing element (56) and the body (54) and the lateral projections (210, 220) are confronting to inhibit separation of the closing element (56) away from the body (54) along the central axis (30).

The invention relates to a closing cap arrangement (80) for being disposed on an outlet opening of a vessel realised as a pot or a bottle, the closing cap arrangement having a multipart design, the closing cap arrangement comprising an enveloping cap (81) and an inner cap (82) provided with a connective element for detachably connecting the closing cap arrangement to the outlet opening and realised independently of the enveloping cap, the inner cap and the enveloping cap being connected to each other via a detachable connection realised as a form-fit, substance-to-substance or force-fit connection.

Multiple seal spouts is provided. The multiple seal spout include an outer frame, inner frame flange, a template, a seal and sliding door on all version. The seal spout will have multiple fasteners to secure seal spouts to bag, container or flat surface. The multiple seal spout are releasable attachable to bag, container or any flat surface. The seal spout can be used to pour or dispense product. The present invention further invention includes a u/j-shape seal spout bag holder bracket that may be screwed to wall to hold bag with attached seal spout. The present invention may include an option horse shoe frame with u/j hooks seal spout holder that will hold bag with attached seal spout.

A substantially moisture tight container and lid assembly for storing and packaging moisture-sensitive items comprising an assembly with a container and a lid, the lid is attached by a hinge to an upper housing portion of the container, the lid includes a lip seal member that depends downwardly from the lid, the lip seal member is configured to abut at least a portion of the interior side of the container when the lid is in the closed position resulting in a substantially moisture tight seal between the lid and the lid, and the container assembly further comprising a base portion and an upper housing portion, the upper housing portion is capable of being snap-fit into the base portion by employing a lip seal mechanism to form a substantially moisture-tight seal.

A closure can include a base having an opening. The base can be connected to a container such that a liquid in the container, for example a creamer, is pourable through the opening of the closure into a beverage cup. The closure can include an overcap having a plug, and the plug can seal the opening when the overcap is in a closed position relative to the base. A hinge can connect the overcap to the base and be biased to establish and maintain an angle of the overcap when the overcap moves out of the closed position. Liquid retained on the overcap during opening of the overcap can then fall directly into the beverage cup during pouring due to the angle of the overcap in the open position. Any retained liquid ingredient that falls from the overcap onto the base can be confined within a ring on the base.

Provided is a liquid storage bottle that can ensure sufficient sealing performance when a liquid tank is replenished with a liquid. A liquid storage bottle stores a liquid with which a liquid tank is replenished, has a bottle body and a discharge port that discharges a liquid stored in the bottle body, and has a discharge nozzle in which a liquid injection tube of the liquid tank can be inserted via the discharge port and an annular fixed seal member that is provided to the discharge port and seals a part between the discharge port and the liquid injection tube inserted in the discharge port. The fixed seal member has a plurality of annular seal portions that are arranged apart from each other in the axis direction of a discharge nozzle and are individually in contact with the liquid injection tube inserted in the discharge port.

A method of over-molding materials includes: providing a first material in a groove in a first portion of a mold such that only a single surface of the first material is exposed to a vacant portion of the mold; providing, via an injection molding process, a second material in a liquid form in the vacant portion of the mold adjacent to, and in engagement with, the first material; and allowing the second material to solidify and become directly coupled to the first material, thus forming a single component. During the method, the entire single surface of the first material is flush with a plane defined by outer surface of the first portion of the mold. The second material has one or both of a greater hardness when solidified than the first material and/or a higher melting temperature than the first material.

A two-piece spill proof open cup (10) is disclosed comprising a container (12) suitable for holding liquids, such as a beverage, and a lid (14). The container (12) has a sidewall (13), a neck (15) adjacent the sidewall (13) and an opening (40) defined by the neck (15). The neck (15) has a flange (28) along an edge (42) of the neck (15) and a plurality of posts (30) adjacent the flange (28). The lid (14) is adapted to fasten to the container (12). The lid (14) has an upper surface (46) external to the two-piece spill proof open cup (10) and a lower surface (48) internal to the two-piece spill proof open cup (10). The lid (14) also has a flap (16), a lid body (25) with a vent (22), a hinge (18) connecting the flap (16) to the lid body (25), a handle (20) on the upper surface (46) and a bead (34) having channels (32). The bead (34) is integrated into the lower surface (48). The lid flap (16) is adapted to form a liquid tight seal between the lid (14) and container (12).