Abstract: The present invention is directed to metering devices, systems, and methods that mitigate differential thermal expansion/contraction for the efficient, accurate, and reproducible metered delivery of fluids. The present invention allows the net fluid volume and a plunger location within a fluid dispensing container to automatically adjust under the influence of differential thermal expansion/contraction between the fluid and the fluid dispensing container that the fluid is contained within. Further, the present invention allows the metering system drive to sense the adjusted plunger location and allows the metering system drive to re-zero itself to produce an accurate volumetric delivery of fluid from the fluid dispensing container. The metering system includes means for controlling the travel of the metering system drive, and hence the travel of the plunger into the fluid dispensing container, for delivering accurate/precise amounts of the fluid from the fluid dispensing container.

Abstract: The present invention is directed to metering devices, systems, and methods that mitigate differential thermal expansion/contraction for the efficient, accurate, and reproducible metered delivery of fluids. The present invention allows the net fluid volume and a plunger location within a fluid dispensing container to automatically adjust under the influence of differential thermal expansion/contraction between the fluid and the fluid dispensing container that the fluid is contained within. Further, the present invention allows the metering system drive to sense the adjusted plunger location and allows the metering system drive to re-zero itself to produce an accurate volumetric delivery of fluid from the fluid dispensing container. The metering system includes means for controlling the travel of the metering system drive, and hence the travel of the plunger into the fluid dispensing container, for delivering accurate/precise amounts of the fluid from the fluid dispensing container.

Abstract: A container closure device for facilitating withdrawal of a liquid from a collapsible sealed packet is disclosed. The device includes a needle guide and a septum retainer wherein the needle guide is fixable to an outer face of the packet and the septum retainer is fixable to an inner face of the packet in alignment with the needle guide. The needle guide includes a tube for receiving a needle and insures proper alignment of the needle. The septum retainer includes a septum chamber having a septum disposed therein.

Abstract: A container closure device for facilitating withdrawal of a liquid from a collapsible sealed packet is disclosed. The device includes a needle guide and a septum retainer wherein the needle guide is fixable to an outer face of the packet and the septum retainer is fixable to an inner face of the packet in alignment with the needle guide. The needle guide includes a tube for receiving a needle and insures proper alignment of the needle. The septum retainer includes a septum chamber having a septum disposed therein.

Abstract: A retention member and a feeding tube having a feeding lumen and an inflation lumen. The retention member including a sleeve section, an expandable section, and a shoulder section of decreasing wall thickness therebetween. The sleeve section sealingly engages the feeding tube distal end and the expandable section everts about the shoulder section to sealingly engage the feeding tube and define an expandable lumen in communication with the inflation lumen.