Aptargroup, Inc.

The Coca-cola Company

Seaquist Closures Foreign, Inc.

Christopher J Wood

Jeffrey T Randall

William H Lampe

Inocencio Martinez

John M Hess

John F Kaiser

Timothy R Socier

Paul E Brown

Jon K Plotkin

Walt Witkowski

Marian Singer

A closure is provided for a container opening. The closure includes a base for mounting to the container and a lid movable between a closed position and an open position. The lid and base are connected by a bistable, snap-action hinge structure having a web with a reduced thickness region along a lateral edge.

Bistable hinge with reduced stress regions

A dispensing structure is provided for an opening to a container. The dispensing structure includes a body for extending from the container around the opening. The dispensing structure defines a discharge aperture communicating with the container opening. An actuator, which defines a pivot axis, is pivotally mounted on the body for occluding flow from the container through the discharge aperture when the actuator is in a closed position and permitting flow from the container when force is applied to the actuator to tilt the actuator to an open position. The actuator includes a first, generally rigid piece which is molded from a material and which defines a force-receiving region on one side of the pivot axis. The actuator includes a second piece which is molded from a material onto the first, rigid, force-receiving region and is bonded to the first, rigid piece to define a finger pad against which a finger may be pressed to tilt the actuator to the open position.

Multiple injection, toggle-action dispensing structure

A dispensing structure is provided for a container that has an opening from which a product can be dispensed. The structure includes a body for extending around the container opening. A foraminous member is provided with a plurality of dispensing holes and is movable between a closed position and an open position. A lid is provided for sealingly occluding the foraminous member and for moving between a closed position and an open position.

Bi-modal dispensing system for particulate material

A dispensing valve closure (10) is provided which includes a closure body (12) and a cap (14). A self-sealing dispensing valve (16) is disposed within the closure (10) and is held in place with a retaining ring (18). An inner seal (20) is also placed within the closure (10) to allow for sealing on a package.

Dispensing valve closure with inner seal

A sealing and dispensing closure for the outlet opening of a package, such as a flexible plastic bottle containing a consumable beverage. The closure comprises a closure base which is threaded onto the outlet opening of the bottle, and a removable overcap which is pivotally connected to the closure base. The closure base includes a spout having a self-sealing dispensing valve therein which is movable from a lowered closed position to a raised open position by an increased pressure in the bottle resulting from the squeezing of the bottle. The valve is positioned at a recessed location within the spout so as to preclude access to the valve by the consumer when the valve is lifted to its raised open position, and the overcap includes a post which seats in the upper end of the spout when the overcap is mounted on the closure base, and so as to form a hermetically sealed chamber above the valve which prevents the valve from lifting to its raised position in the event the bottle is inadvertently squeezed.

Dispensing closure for package containing a consumable beverage

A dispensing valve closure (10) is provided which includes a closure body (12) and a cap (14). A self-sealing dispensing valve (16) is disposed within the closure (10) and is held in place with a retaining ring (18). Drain holes (50-56) allow drainage of any fluids built up under the cap (14).

A dispensing structure is provided for a container which has an opening to the container interior. The structure includes a body for extending around the container opening and a membrane for occluding the container opening. A cover is disposed over the membrane and is sealingly engaged with the body to accommodate axial sliding movement from an outer position to an inwardly displaced position. The cover defines a dispensing orifice and defines an edge for severing at least part of the membrane as the cover is moved from the outer position to the inwardly displaced position. An additive material may be initially stored in the dispensing structure above the membrane and can be combined with the product in the container after the membrane has been severed. A self-sealing, pressure-openable, slit-type valve may be mounted in the cover at the dispensing orifice to control flow through the orifice.

Growing community of inventors

Greenfield, WI, United States of America

Christopher J Wood