Hanson Industries Inc.

Cobe Laboratories, Inc.

Jack C Swan, Jr

Keith J Manica

William G Palsulich

Gary B Heath

Paolo Poggioli

A fluid flow chamber cassette that can be mounted with either its front wall or rear wall against a supporting machine and has a flexible tube that extends from a sidewall and forms a loop that is symetrical about a loop axis that is transverse to the side wall so that the loop will be acted upon by a pump roller on the machine both when the front wall is against the machine and when the rear wall is against the machine. Also disclosed is automatically fixing the initial liquid levels and amounts of air in venous and arterial chambers of fluid flow transfer device apparatus by having the arterial chamber inlet enter the arterial chamber at a position higher than the arterial chamber outlet, having the venous chamber inlet enter the venous chamber at a position higher than the venous chamber outlet, and priming the apparatus by causing reverse flow, so that the liquid rises in the venous and arterial chambers to the level of the entrances of the inlets. Also disclosed is sensing pressure of fluid in a fluid flow chamber by placing an impermeable flexible diaphragm over a hole in a rigid wall of the fluid flow chamber, providing a second chamber on the other side of the diaphragm, and sensing the pressure in the second chamber.

Apparatus for use with fluid flow transfer device

A fluid flow chamber cassette that can be mounted with either its front wall or rear wall against a supporting machine and has a flexible tube that extends from a sidewall and forms a loop that is symmetrical about a loop axis that is transverse to the side wall so that the loop will be acted upon by a pump roller on the machine both when the front wall is against the machine and when the rear wall is against the machine. Also disclosed is automatically fixing the initial liquid levels and amounts of air in venous and arterial chambers of fluid flow transfer device apparatus by having the arterial chamber inlet enter the arterial chamber at a position higher than the arterial chamber outlet, having the venous chamber inlet enter the venous chamber at a position higher than the venous chamber outlet, and priming the apparatus by causing reverse flow, so that the liquid rises in the venous and arterial chambers to the level of the entrances of the inlets. Also disclosed is sensing pressure of fluid in a fluid flow chamber by placing an impermeable flexible diaphragm over a hole in a rigid wall of the fluid flow chamber, providing a second chamber on the other side of the diaphragm, and sensing the pressure in the second chamber.

Method of operating a fluid flow transfer device

A flow-through chamber for conveying blood including an elongated container having sides, a top and a bottom for mounting with its longitudinal axis in a vertical orientation, an inflow tube formed integrally with the container, extending vertically along a side of the container and entering the container through a chamber inlet at a flow direction transverse to the longitudinal axis and at a location spaced from the bottom of the chamber, and an outflow tube formed integrally with the chamber, extending vertically along a side of the container and entering the container at its bottom at a chamber outlet.

Drip chamber

Viscous, flowable, pressure-compensating fitting materials or compositions having low density, sturdy, glass microbeads distributed therein, which are suitable for a variety of uses and applications, including, but not limited to, fitting pads for footwear, cushioning structures, medical devices, hand grips, or the like.

Viscous, flowable, pressure-compensating fitting compositions

Viscous, flowable, pressure-compensating fitting materials or compositions suitable for a variety of uses and applications, including, but not limited to, fitting pads for footwear or the like.

Viscous, flowable, pressure-compensating fitting materials or compositions having low density, sturdy, glass microbeads and lightweight, sturdy resinous microbeads substantially uniformly distributed therein, which are suitable for a variety of uses and applications, including, but not limited to, fitting pads for footwear or the like.

Viscous, flowable, pressure-compensating fitting compositions having

Pressure-compensating fitting pads having, among other things therein, glass microbeads, which pads are adapted for a variety of uses, including, but not limited to, use with or in sports footwear, or, more particularly, boots or ski boots, and, when so used, provide proper and ready fitting, firm support, and comfort to desired portions of the foot of the wearer, namely, selected major portions of front and side regions (including the ankle area), for intended purposes and activites. Sports footwear which includes such pressure-compensating fitting pads as means for effectively providing proper and ready fitting, firm support, and comfort.

Viscous, flowable, pressure-compensating fitting materials and their

Methods involving the use of high frequency heating means and temperature-compensating means to expand hollow, thermoplastic resinous microbeads in a controllable manner. The heat-expanded microbeads are suitable for use, for example, in providing viscous, flowable, pressure-compensating fitting materials or compositions.

Method of producing a viscous flowable pressure-compensating fitting

Viscous, flowable, pressure-compensating fitting materials or compositions retained within closures suitable for a variety of uses and applications, including fitting pads for footwear. More particularly, pressure-compensating fitting pads suitable for sports footwear or boots, such as ski boots, which provide proper and ready fitting, firm support, and comfort to desired portions of the foot of the wearer, including, for example, selected portions of side areas of the foot (including the ankle extremities). Footwear which includes such fitting pads as means for effectively providing proper and ready fitting, firm support, and comfort.

Growing community of inventors

Boulder, CO, United States of America

Jack C Swan, Jr