Abbott Laboratories Corporation

William J Hook

James P Perry

Peter B Clarke

J Kevin Clay

Ashley A Gohlke

Frank S Walczak

Katherine J Jordan

Jeremy John McBroom

David Edward Compeau

Craig A McCardell

Richard C Darr

Marc A Pedmo

Jack E Elder

Charles R Schotthoefer

Mark E Larkin

Sheldon M Wecker

Thomas D Loughrin

Warren P Frederick

Robert J Kruger

Joaquin Mayoral

Richard K Oglesbee

Roman W Siczek

Kenneth J Timmons

Julie L Soltesz

John C Clark

Peter Carter

Jeremy Mcbroom

Kevin J Clay

David Compeau

A container () for holding granular or powdered material and formed by a top wall (), a bottom wall (), a front wall (), a rear wall (), a first side wall (), and a second side wall (). A rotatably removable lid (D) is interiorly mounted with a scoop () and is pivotally hinged to a collar () that includes a sealing gasket (). The collar () mounts to the walls of the container (). A sealing wallof the lid (D) cooperates with the gasketto prevent the contents from spilling. The container () incorporates powder control features, a container wall junction () preferred geometry and congruent scoop () enabling convenient access to the contents, a tolerance variation accommodating and strength improving, J-shaped collar () and interlocking indentations () and flex clips (), and a pressure controlling portion () that prevents unwanted deformation due to pressure differentials.

Container

A sealing closure for use with a container includes a top wall, an annular skirt, and a resiliently flexible annular flange. The annular skirt extends downwardly from the top wall. The annular flange extends downwardly from the top wall and radially outwardly toward the annular skirt. One or more stop ribs can be provided extending downwardly from the top wall and radially inwardly from the annular skirt to limit upward deflection of the annular flange.

Linerless sealing closure for a container

An adaptor cap for a container. The adaptor cap includes a skirt constructed to engage a fluid container and to retain the adaptor cap on the fluid container. The adaptor cap further includes a dome projecting outwardly from said skirt. The dome defines an interior chamber. The dome further defines a spike port providing fluid communication between the chamber and an exterior environment of the dome, the spike port being constructed to receive and retain a hollow spike therein. The dome also defines at least one vent aperture therethrough, the vent aperture providing fluid communication between the chamber and the exterior environment of the dome. The adaptor cap further includes a microbial filter mounted on the dome across the vent aperture.

Adaptor cap

A stopper assembly for sealing the open end of a container and usable with a blunt entry device includes an elastomeric stopper having an annular flange portion, a hollow plug portion, and a thin diaphragm portion, the flange portion covering and abutting the open end of the container, the plug portion depending from the inner circumference of the flange portion and sealingly engaging the interior of the open end of the container, and the diaphragm portion spanning the center portion of the annular flange portion. A metal ferrule for securing the stopper to the container has an annular top portion and an annular skirt portion for engagement with the exterior of the container.

Two piece stopper for blunt fluid connector

Medical drug formulation and delivery system includes a reverse osmosis device for purifying water from a source comprising a housing having an inlet for passage of water from the source, a first outlet for passage of purified water from the housing and a second outlet for passage of waste water remaining after purification. A first reverse osmosis multilayer assembly is disposed within the housing in fluid communication with the inlet for purification of at least a first portion of the water from the source. Water treatment chemicals can be positioned in a core about which the first reserve osmosis multilayer assembly is wound. The treatment chemicals are in fluid communication with the first reverse osmosis multilayer assembly to receive the first purified portion of water and for removal of at least chemical contaminants therefrom. A second reverse osmosis multilayer assembly is also wound on the core and is in fluid communication with the water treatment chemicals to receive the chemically purified water for purification of at least a second portion thereof. The second reserve osmosis multilayer assembly is in fluid communication with the first outlet so as to permit passage of the second portion of purified water therethrough. In one preferred embodiment, the first and second reverse osmosis assemblies are formed integrally in a side by side configuration. In an alternative embodiment, they are rolled about the core in an interleaf configuration.

Medical drug formulation and reverse osmosis purification device

Growing community of inventors

Galena, OH, United States of America

William J Hook