Daniel Eli Goldstein

Author:

Daniel J. Goldstein

ISBN #:

0879934492

Author:

Daniel J. Goldstein

ISBN #:

0892584114

Author:

Daniel J. Goldstein

ISBN #:

0896036359

Author:

Daniel M. Goldstein

ISBN #:

0822333600

Author:

Daniel M. Goldstein

ISBN #:

0822333708

US Patent:

20130048660, Feb 28, 2013

Filed:

Aug 26, 2011

Appl. No.:

13/219113

Inventors:

Daniel E. Goldstein - Mundelein IL, US
Kevin A. Pollack - Chicago IL, US
John C. Japuntich - Harvard IL, US
Scott I. Biba - Highland WI, US
Mark S. Dirr - Kenosha WI, US

Assignee:

STERICYCLE, INC. - Northbrook IL

International Classification:

B65D 51/04

US Classification:

220810

Abstract:

A container for disposing of waste includes a receptacle and a first pivoting member functionally associated with the receptacle. The first pivoting member includes a first disposal surface. A second pivoting member functionally associated with the receptacle includes a second disposal surface. The second pivoting member is operatively coupled to the first pivoting member such that waste deposited on either the first disposal surface or the second disposal surface causes concurrent counter rotation of both the first pivoting member and the second pivoting member to dispose of the waste into the receptacle.

US Patent:

61298883, Oct 10, 2000

Filed:

Aug 20, 1999

Appl. No.:

9/377870

Inventors:

Daniel A. Goldstein - Lafayette Hill PA
Alok Sharan - Easton PA
Elizabeth Ann Fuchs - Livermore CA

Assignee:

Bethlehem Steel Corporation

International Classification:

C21C 528

US Classification:

266 93

Abstract:

A system and method for detecting molten slag in a tap stream between a steel making basic oxygen furnace (BOF) and corresponding ladle. BOFs are used in the manufacture of steel. An infrared (IR) imaging or detecting device is used to image/view the BOF-to-ladle tap stream, the steam transmitting energy indicative of whether molten steel and/or slag is in the stream at a given time. The imaging device uses mainly long IR wavelengths (e. g. wavelengths of from about 8 to 14. mu. m) when imaging the molten tap stream, because these wavelengths are less susceptible to being blocked or absorbed by airborne gases and particles frequently found in BOF environments. In certain embodiments, all IR wavelengths other than those greater than about 8. mu. m are filtered out and are not used to detect slag in the tap stream.

US Patent:

56977913, Dec 16, 1997

Filed:

Mar 21, 1995

Appl. No.:

8/407232

Inventors:

Lewis M. Nashner - Lake Oswego OR
Daniel F. Goldstein - West Palm Beach FL

International Classification:

A63B 6900
G09B 900
G09B 1900

US Classification:

434247

Abstract:

Devices and methods for the assessment and biofeedback training of coordination skills of a subject critical to maximizing the power and accuracy of athletic ball-strike activities. In preferred embodiments, the invention provides for assessment and biofeedback training of weight bearing and center of gravity control under conditions requiring the athlete to strike a ball such that the distance and direction of flight trajectory of the ball are accurate relative to a performance goal. One embodiment of the invention includes a body movement sensor, a ball strike sensor, a display, and a computer. The body movement sensor provides an output indicative of the motion of the subject's body over a period of time including the moment of ball strike. The computer causes the display to show both a trajectory of the motion of the subject's body and the moment of ball strike in relation to a region of the trajectory.

US Patent:

59682272, Oct 19, 1999

Filed:

Nov 13, 1997

Appl. No.:

8/970098

Inventors:

Daniel A. Goldstein - Lafayette Hill PA
Alok Sharan - Easton PA
Elizabeth Ann Fuchs - Livermore CA

Assignee:

Bethlehem Steel Corporation - DE

International Classification:

C21C 528

US Classification:

75375

Abstract:

A system and method for detecting molten slag in a tap stream between a steel making basic oxygen furnace (BOF) and corresponding ladle. BOFs are used in the manufacture of steel. An infrared (IR) imaging or detecting device is used to image/view the BOF-to-ladle tap stream, the steam transmitting energy indicative of whether molten steel and/or slag is in the stream at a given time. The imaging device uses mainly long IR wavelengths (e. g. wavelengths of from about 8 to 14. mu. m) when imaging the molten tap stream, because these wavelengths are less susceptible to being blocked or absorbed by airborne gases and particles frequently found in BOF environments. In certain embodiments, all IR wavelengths other than those greater than about 8. mu. m are filtered out and are not used to detect slag in the tap stream.