Joseph S Beri

20120285870, Nov 15, 2012

May 10, 2012

13/468288

Nigel Wright - California PA, US
Jeremy Thomas Harbaugh - Cranberry Twp PA, US
Michael John Zang - Allison Park PA, US
Joseph Stephen Beri - Gibsonia PA, US
Douglas Mark Zatezalo - Allison Park PA, US
Tom Monahan - Cranberry Twp PA, US
Ronald Robert Fox - Glenshaw PA, US

A61M 1/14
G01N 29/02

210 85, 73 6453

This disclosure relates to detecting fluid in medical tubing. In certain aspects, a method is performed by a data processing apparatus. The method includes controlling repetitive activation of the ultrasonic transmitter. The method also includes receiving a signal from the ultrasonic receiver during an activation of the ultrasonic transmitter. The method also includes determining that fluid is absent or present in a portion of the medical fluid tube based on a comparison between the signal and a threshold value.

20120289928, Nov 15, 2012

May 12, 2011

13/106431

Nigel Wright - California PA, US
Jeremy Thomas Harbaugh - Cranberry Twp PA, US
Michael John Zang - Allison Park PA, US
Joseph Stephen Beri - Gibsonia PA, US
Douglas Mark Zatezalo - Allison Park PA, US
Tom Monahan - Cranberry Twp PA, US
Ronald Robert Fox - Glenshaw PA, US

FRESENIUS MEDICAL CARE HOLDINGS, INC. - Waltham MA

A61M 5/168

604500, 604 67

This disclosure relates to medical tubing installation detection. In certain aspects, a method is performed by a data processing apparatus. The method includes detecting that a tube is incorrectly installed on a drug delivery device by providing an instruction for a motor of the drug delivery device to pump a drug and receiving, after a period of time has passed since providing the instruction for the motor of the drug delivery device to pump the drug, a signal from a fluid detector connected to the tube, the signal indicating an absence of fluid in the tube.

48346500, May 30, 1989

Jun 14, 1988

7/206526

James P. Docherty - Carnegie PA
Beverly E. Johnson - Pittsburgh PA
Joseph Beri - Morgan PA

Salem Furnace Co. - Pittsburgh PA

F27B 916

432138

The furnace has a hearth which rotates inside a stationary closed chamber and is supported therein on vertical cylindrical conduit which extends through the furnace floor and is supported by a single center bearing. The charge is deposited through the furnace roof on the rim of the hearth as it rotates and is moved toward the center of the hearth by rabbles. Externally generated hot gases are introduced into the furnace chamber below the hearth and rise through perforations in the hearth and up through the charge. Exhaust gases are withdrawn through the furnace roof. Treated charge drops from a center outlet on the hearth into the vertical cylindrical conduit which extends downwardly through the furnace floor to which it is also sealed.

20170128655, May 11, 2017

Jan 20, 2017

15/411134

- Waltham MA, US
Jeremy Thomas Harbaugh - Cranberry Twp PA, US
Michael John Zang - Allison Park PA, US
Joseph Stephen Beri - Gibsonia PA, US
Douglas Mark Zatezalo - Allison Park PA, US
Tom Monahan - Wexford PA, US
Ronald Robert Fox - Glenshaw PA, US

A61M 1/34
A61K 33/26
G01N 29/44
A61K 38/18
A61M 1/16
G01N 29/02

This disclosure relates to detecting fluid in medical tubing. In certain aspects, a method is performed by a data processing apparatus. The method includes controlling repetitive activation of the ultrasonic transmitter. The method also includes receiving a signal from the ultrasonic receiver during an activation of the ultrasonic transmitter. The method also includes determining that fluid is absent or present in a portion of the medical fluid tube based on a comparison between the signal and a threshold value.

20160030655, Feb 4, 2016

Oct 9, 2015

14/879634

- Waltham MA, US
Jeremy Thomas Harbaugh - Cranberry Twp PA, US
Michael John Zang - Allison Park PA, US
Joseph Stephen Beri - Gibsonia PA, US
Douglas Mark Zatezalo - Allison Park PA, US
Tom Monahan - Wexford PA, US
Ronald Robert Fox - Glenshaw PA, US

A61M 1/34
G01N 29/44
G01N 29/04

This disclosure relates to detecting fluid in medical tubing. In certain aspects, a method is performed by a data processing apparatus. The method includes controlling repetitive activation of the ultrasonic transmitter. The method also includes receiving a signal from the ultrasonic receiver during an activation of the ultrasonic transmitter. The method also includes determining that fluid is absent or present in a portion of the medical fluid tube based on a comparison between the signal and a threshold value.

20140345386, Nov 27, 2014

Aug 1, 2014

14/449884

- Waltham MA, US
Jeremy Thomas Harbaugh - Cranberry Twp PA, US
Michael John Zang - Allison Park PA, US
Regis Joseph Winniewicz - Ellwood City PA, US
Joseph Stephen Beri - Gibsonia PA, US
Douglas Mark Zatezalo - Allison Park PA, US
Tom Monahan - Wexford PA, US
Ronald Robert Fox - Glenshaw PA, US

G01N 29/44
G01N 29/04
A61M 1/34

73632

This disclosure relates to detecting fluid in medical tubing. In certain aspects, a method is performed by a data processing apparatus. The method includes controlling repetitive activation of the ultrasonic transmitter. The method also includes receiving a signal from the ultrasonic receiver during an activation of the ultrasonic transmitter. The method also includes determining that fluid is absent or present in a portion of the medical fluid tube based on a comparison between the signal and a threshold value.