Daryl Francis Osberg

US Patent:

6707763, Mar 16, 2004

Filed:

Feb 1, 2002

Appl. No.:

10/062137

Inventors:

James Alan Osberg - Palm City FL
Chin Chang Franchi - Stuart FL
Daryl Osberg - Southlake TX

Assignee:

Diduminder Corporation - Palm City FL

International Classification:

G04B 4700

US Classification:

368 10, 368 12, 3403094, 221 2

Abstract:

A closure cap including a housing including a lower housing portion, an enlarged upper housing portion and defining a shoulder therebetween. The closure cap also includes a switch member being biased outwardly from the shoulder and movable between an outwardly extending position and a retracted position. A timer is carried by the housing and cooperates with the switch member for generating an indication relating to a length of time that the switch member has been in the retracted positioned and corresponding to a time since the closure cap was most recently secured onto the pill container. A child-proof adaptor ring may be removably carried by the housing.

US Patent:

59964804, Dec 7, 1999

Filed:

Aug 14, 1998

Appl. No.:

9/134324

Inventors:

Alan R. Kelley - Barrington IL
J. R. Kim - Seoul, KR
Jay S. Moon - Buffalo Grove IL
Daryl Osberg - Palatine IL

Assignee:

Hearthware Home Products, Inc. - Wheeling IL

International Classification:

A23N 1200
A47J 27026
A47J 3142
A47J 4252

US Classification:

99468

Abstract:

An improved apparatus for roasting raw coffee beans includes a main housing (10) having an air inlet (24). A blower assembly (18,20,22) is disposed within the housing (10) and is in fluid communication with the inlet (24). The blower assembly has a discharge location (32) whereat an electric heater (34) is located. A coffee bean receiving vessel (12) is removably mounted on the main housing (10) and in turn, a hull collector (14) disposed on the vessel (12). A control (FIG. 3), including a sensor (38,136), is located in the air stream upstream of the inlet (56,58) to the vessel (12) and downstream of the electric heating element (34).

US Patent:

40686230, Jan 17, 1978

Filed:

Apr 6, 1977

Appl. No.:

5/784967

Inventors:

James F. O'Toole - Elmhurst IL
Daryl F. Osberg - Hoffman Estates IL

Assignee:

Addressograph-Multigraph Corporation - Cleveland OH

International Classification:

B05B 502
G03G 1309

US Classification:

118658

Abstract:

Apparatus for effecting a continuous remixing of magnetic toner material for development of an electrostatic latent image wherein a plurality of magnetic developing rollers are positioned with intersecting magnetic force fields for effecting a blanket of development material extending about and between the developing rollers adjacent an electrostatic latent image bearing surface. The apparatus differs from prior practice in that two mixer rollers are positioned on obtuse angular relationship with respect to the bottom one of the development rollers, with magnetic orientation and hand of rotation such that an orbital magnetic field is created above the mixer rollers in space, lifting all magnetic toner material out of the normal sump area and causing a mixing action and metering action of the development material.

US Patent:

43841651, May 17, 1983

Filed:

Sep 14, 1981

Appl. No.:

6/301793

Inventors:

Robert O. Loving - Streamwood IL
Thaddeus J. Zakrzewski - Chicago IL
Robert B. Stedman - Algonquin IL
Daryl F. Osberg - Hoffman Estates IL

Assignee:

Motorola, Inc. - Schaumburg IL

International Classification:

H05K 900

US Classification:

174 35GC

Abstract:

A high frequency RF gasket is disclosed which provides an electromagnetic seal between a first and second piece of a shielding enclosure. The gasket comprises highly resilient finger projections which are attached to and project out along the perimeter of the first enclosure piece. The relative mating arrangement of the gasket, and first and second enclosure piece is such that a small force imposed on said first enclosure piece is resisted by a much larger resistance force along the longitudinal dimension of the highly resilient finger projections as the fingers engage the second enclosure piece. The larger resistance force causes sufficiently high pressure at the point of contact between the finger projections and the second enclosure piece so that the surface of the second enclosure piece yields to the finger projections. Thus reliable electrical contact between the first and second enclosure pieces is obtained by piercing the surface of the second enclosure piece with the finger projection's point of contact with the second enclosure piece.