Rosemary M Maxim

US Patent:

56098278, Mar 11, 1997

Filed:

May 2, 1995

Appl. No.:

8/431675

Inventors:

Donald G. Russell - Kensington CT
Rosemary S. Maxim - Farmington CT

Assignee:

Beekley Corporation - Bristol CT

International Classification:

B01L 300
A61B 500
H05G 128

US Classification:

422102

Abstract:

A biopsy specimen container has a bottom surface and an outer wall extending from the bottom surface. A sheet of absorbent material lines the bottom surface. A container cover engages with the outer wall. The cover, wall and bottom define an internal chamber. A divider is mounted within the chamber to form a central compartment and a plurality of peripheral compartments. Radiographically, readable indicia identify each compartment.

US Patent:

57021287, Dec 30, 1997

Filed:

Jul 18, 1996

Appl. No.:

8/683175

Inventors:

Rosemary S. Maxim - Farmington CT
Hermann K. Kasper - Plantsville CT

Assignee:

Beekley Corporation - Bristol CT

International Classification:

B42D 1500

US Classification:

283 81

Abstract:

Disclosed herein is a radiographic marker system which includes a radiopaque marker mounted on a thin, flexible adhesive label. In one embodiment, the adhesive label has a central portion, the adhesive side of which is covered by a cut-out portion of the base tape to provide for comfortable removal of the marker after use. In another embodiment, the adhesive label has a gripping tab to facilitate removal from a base tape upon which the marker is supported before use, and to facilitate removal from a patient after use. The gripping tab is formed by a projecting tab of the label combined with a cut-out portion of the base tape which covers adhesive on the projecting tab. A method of making a radiology marker system according to the invention also is disclosed.

US Patent:

58874372, Mar 30, 1999

Filed:

Sep 30, 1997

Appl. No.:

8/940788

Inventors:

Rosemary S. Maxim - Avon CT

Assignee:

Beekley Corporation - Bristol CT

International Classification:

F25D 502

US Classification:

62 4

Abstract:

A self-adhering cold pack has an envelope defining a sealed cold pack volume. A cooling agent is positioned in the cold pack volume. A bandage sheet is fixed to the envelope by a bandage adhesive. The bandage sheet defines mounting tabs linearly extending from the envelope outer perimeter. The mounting tabs support a bandage adhesive for temporary adhesion of the cold pack to the skin surface of a patient.