A tap dispenser assembly for use with a fluid container including a tap body, a spring button, and a valve. The tap body includes an attachment portion, a dispensing portion, and a fluid channel with an upper wall and a lower wall. The dispensing portion includes a valve stem guide and a guide support. The guide support is above the lower wall and/or the upper wall. The valve is connected to the spring button and is slidingly inserted into the valve stem guide. The tap dispenser assembly has a closed position where the spring button is not depressed and the valve seals the dispensing portion and an open position where the spring button is depressed and the seal between the valve and dispensing portion is broken, allowing fluid to flow from the tap dispenser assembly.

A flexible package assembly may include a pouch configured to hold a fluid, a valve fluidly coupled with the pouch and having an open outlet, the valve defining a conduit through which the fluid may be directed to the open outlet responsive to pressure being applied to the pouch to force the fluid toward the valve. A frangible seal may be disposed between the pouch and the open outlet of the valve or disposed within the valve at the open outlet, the frangible seal may be configured to retain the fluid within the pouch until the frangible seal is broken by the pressure applied to the pouch.

A one-piece drink-through cup lid with a straw section includes a conic section and a detachable tube section. The conic section is axially protruding at a center of the cup lid and forming a rim at a top surface of the conic section. The detachable tube section is axially protruding from the rim of the conic section with a closed surface at a top thereof and an annular tear line at a bottom periphery thereof. The conic section and the tube section are formed in one-piece to ensure the cup lid is fully closed and sealed for practical use, and when the tube section is removed by manually tearing along the tear line, a through hole is formed at a top of the conic section so as to form a conic straw section for easily consuming the drink.

Disclosed is a water container for camping. The water container for camping of the present invention comprises: a connector part which is coupled to a main body in which water is stored and provided as a discharge passage of the water stored in the main body; an opening/closing part which is coupled to the connector part and provided as an air passage while discharging the water flowing into the connector part by opening/closing one side portion of the connector; and a water inflow prevention part of which one side portion is floated by the water stored in the main body and the other side portion is connected to the connector part so as to prevent the water from flowing into a passage of air to be discharged through the connector part and the opening/closing part.

The invention provides a mould core and injection moulding apparatus for the production of a preform using a mould core which in the zone for defining the neck part of the preform comprises a combination of a raised portion and a shallow groove with a depth of 0.01 to 1 mm provided in the raised portion, for defining an internal attachment means in the neck of the preform. The invention also provides a preform and a container made from the preform, with internal attachment means in the neck. The internal attachment means is carried out rotation symmetrically with respect to the longitudinal axis of the preform. The combinations with an insert piece, preferably a pouring spout, flexible hose or dosing cap, have also been described. Furthermore, the invention provides an injection moulding method for the preform production and a stretch blow moulding method for the container production.

There is described lid-spout assembly for a package having a designated pour opening and being filled with a pourable product. The lid-spout assembly comprises at least a collar, a coupling ring arranged around a portion of the collar, a lid and a connecting element connecting the lid and the coupling ring with one another. The collar comprises a first annular interaction ridge and the coupling ring has at least one flap comprising at least one engagement surface abutting and/or designed to abut against an abutment surface of the first annular interaction ridge. The collar also comprises a second annular interaction ridge protruding from the outer surface of the collar and being axially displaced from the first annular interaction ridge. The flap further comprises at least one contact surface designed to interact and/or interacting with a guiding surface of the second annular interaction ridge so as to direct the engagement surface towards and/or against the abutment surface.

A safety lid for bottles, comprising a pouring element that can be attached to the neck of a bottle, a closure cap attached to the pouring element through a rear hinge, a flexible protrusion, located in its part closest to the pouring element, which contacts the pouring element in the open position, and two lateral flanges. The lid comprises a first opening indicator element located in the space delimited between both flanges, consisting of a flange comprising a first sector attached to the pouring element, a second sector attached to the closure cap, and a breakable central sector that allows a break and separation of the flange when a first opening of the lid occurs and a subsequent torsion deformation of the first sector and the second sector of that flange.

A lid assembly includes an internal component assembly having a first end, a second end opposite the first end, and a button disposed at the first end. An external component receives the internal component assembly. The external component is configured for engaging a container. The internal component assembly cooperates with the external component to translate axially upon a first pressure to the button to permit a fluid to enter the external component adjacent the second end of the internal component assembly and to militate against the fluid to enter the external component adjacent the second end of the internal component upon a second pressure to the button.

A container including a container body adapted for containing a liquid for storage and dispensing through an opening in the container body. An exterior recess is formed a wall of the container body and defines a location for a pour spout in a stowed position. The pour spout is attached to the container body and is movable between the stowed position within the recess and a deployed use position in liquid dispensing communication with the opening in the container body.

Multiple seal spouts are provided. The multiple seal spout includes an outer frame, inner frame flange, a template, a seal and sliding door on all versions. The seal spout will have multiple fasteners to secure seal spouts to bags, containers, or flat surfaces. The multiple seal spout is releasable and attachable to bags, containers, or any flat surfaces. The seal spout can be used to pour or dispense product. The present invention further includes a seal spout bag holder bracket that may be screwed to wall to hold bag with attached seal spout.