A liquid container includes a container body including an inner space accommodating a liquid formed therein, a liquid port formed at a top thereof to allow the liquid to flow into/out of the inner space, and a holding protrusion which protrudes toward an inside and is formed on an inner circumferential surface thereof, a cap inserted into the liquid port and then coupled with the container body, and a stopper coupled with the cap, disposed to be spaced apart from a bottom surface of the cap, configured to protrude in an outward-radial direction and to be held by the holding protrusion to limit a movement distance of the cap when the cap moves upward, and formed of an elastic material to allow the cap to be separable from the container body by a certain external force applied to the cap.

Provided is a double-walled container (1), which includes an outer layer body (2) and an inner layer body (3). A single adhesive strip (4) is disposed between the outer layer body (2) and the inner layer body (3) in a manner such that the adhesive strip (4) extends along a center axis (C). The outer layer body (2) is provided with a single ambient air introduction hole (2d). The outer layer body (2) includes an inner surface, which is configured by a separation surface (2f) and a pseudo-adhesive surface (2g). The separation surface (2f) faces the ambient air introduction hole (2d) and is separated from an outer surface of the inner layer body (3), and the pseudo-adhesive surface (2g) faces the separation surface (2f) and is separably adhered to the outer surface of the inner layer body (3).

A blender system includes a blender and container. The blender includes a bottle including a blending chamber with a bottle opening and a shoulder about the bottle opening, and a lid configured to couple with the bottle and that includes a container receiver. The container includes a nutrient receptacle to receive contents with a closed end and a receptacle opening opposite the closed end, a lip about the receptacle opening, and at least two flaps coupled to the lip via a lip hinge and positioned to cover a portion of the opening. Coupling the lid to the bottle with the container in the container receiver presses the lip towards the closed end so that the at least two flaps are pushed open to discharge the contents into the blending chamber.

An insert for use with a flexible liquid bag, having upper and lower ends, with the upper end of the bag having a hollow support structure with open upper and lower ends, mounted in an opening formed in the bag adjacent the upper end of the bag. The insert has open upper and lower ends with the lower end of the insert being received by the open upper end of the hollow support structure. A normally closed valve structure is positioned in the insert to prevent liquid from flowing therethrough. An actuator cap is threadably mounted on the upper end of the insert. The actuator cap includes structure to open the normally closed valve so that liquid in the bag may flow through the insert. The bag with the insert secured thereto will be inverted in use so that the liquid will flow downwardly from the bag.

A container assembly includes a container body enclosing a cavity, and first and second openings in the body that communicate with the cavity. A compartment is dimensioned for receipt through the first opening into the body cavity and partially fills the body cavity. The compartment housing is formed of a pliable, fluid sealable material open at a first end, and the housing receives a closure member also formed of a pliable, fluid sealable material to form a fluid-tight connection with the first end of the housing. The compartment includes an external shoulder dimensioned that limits further advancement of the compartment through the first opening and into the body cavity. A cap is dimensioned for receipt over the first opening of the body to selectively open and close access to the body cavity, and access to the compartment. A plug member is dimensioned for operative engagement with the second opening of the body for selectively opening and closing access to the body cavity.

A protected tumbler lid with a protective cap for use with a beverage tumbler. The protected tumbler lid includes a tumbler lid with an upper portion and a lower portion that includes a sealing gasket that can be pressed into the mouth of a tumbler to fit snugly and prevent leakage past the sealing gasket. It also includes a protective cap that covers the upper portion of the tumbler lid when the protective cap is in a closed position. A spring-biased hinge is connected to both the protective cap and to the tumbler lid. The spring-biased hinge enables pivoting of the protective cap between the closed position and an open position. The protective cap of the protected tumbler lid substantially protects the top and side of the tumbler lid from accumulating dust, grass clippings, and/or insects that ordinarily would find their way onto the top surface of the tumbler lid.

A shaker top for dispensing products in a container, including a top unit having a peelable protective cover affixed by heat staking upon a dispensing liner having at least one perforation, the top unit affixed to a mouth of a container. A method of manufacturing a shaker top with a peelable protective cover, including the steps of affixing a peelable protective cover upon a dispensing liner by heat staking, assembling a top unit including the peelable protective cover and the dispensing liner, affixing the top unit to a mouth of a container, and covering the container with a cap. A shaker top with a peelable protective cover attached to a container, manufactured by the method of manufacture. A method of using a container having a shaker top with a freshness seal.

Flame mitigation system for retractable/extendible spout formed in a closure is described. The system meets applicable regulatory requirements and includes a flame mitigating mesh element in a rigid spout section immediately above a flexible section that extends and retracts. A tamper evident panel is disposed above the mesh, while a removable cap can be affixed to the rigid spout. An optional, snap-fitting cylindrical guard may also be used. In each instance, the precise positioning of selected elements and inner diameter and axial travel distance of selected elements can be determinative of the system's ability to pass the regulatory requirements.

Disclosed in the present invention is a flip top lid with a replaceable threaded decorative top, comprising a flip top lid and a replaceable threaded decorative top. The flip top lid consists of a base unit and a flip top unit mounted or connected to the base unit at one side by a hinge structure. The replaceable threaded decorative top is connected and matched with the flip top unit through a threaded joint structure. The flip top unit is configured with a first threaded joint structure and the replaceable threaded decorative top is configured with a matching second threaded joint structure, so that the replaceable threaded decorative top can be tightly screwed on to the flip top unit and also quickly detached from the flip top unit. Through the flip top lid with a replaceable threaded decorative top, consumers will have the freedom to choose various appearance designs for their flip top bottles whenever they want, so as to enhance the aesthetic effect and to express their personal styles.

The present invention provides a multi-purpose container configured to retain granulate material for short- or long-term use. Furthermore, the present invention will provide various rates of flow to access the granulate material at a rate suitable for the user. This is accomplished through a container body, a removable cap, and a measuring cup. The removable cap further includes a plurality of spouts and is configured to removably attach to the container body, while the measuring cup is configured to removably attach to the removable cap. These components work in conjunction to form a multi-purpose container configured to facilitate the pouring of the material held within the container body at a desired flow rate.