PAUL P EPSTEIN
Social Work in Brookline, MA
License number
Massachusetts 117375
Issued Date
Dec 17, 2012
Expiration Date
Oct 1, 2014
Type
Licensed Independent Clinical Social Worker
Address
Address
Brookline, MA 02445
Personal information
See more information about PAUL P EPSTEIN at radaris.comName
Address
Phone
73 G St, Hull, MA 02045
71 Peter Parley Rd, Jamaica Plain, MA 02130
121 Nantasket Ave APT 808, Hull, MA 02045
16 Carlton Dr, Acton, MA 01720
26 Toxteth St, Brookline, MA 02445
Professional information
See more information about PAUL P EPSTEIN at trustoria.com
Apparatus And Method For Qualitatively Selecting Between Signals Representative Of A Physiological Characteristic
Apparatus And Method For Qualitatively Selecting Between Signals Representative Of A Physiological Characteristic
US Patent:
4489726, Dec 25, 1984
Filed:
Nov 5, 1981
Appl. No.:
6/318339
Inventors:
Paul Epstein - Brookline MA
John S. Ballas - Newton MA
John J. Mandler - Allston MA
Joseph M. Van Horn - Cambridge MA
John S. Ballas - Newton MA
John J. Mandler - Allston MA
Joseph M. Van Horn - Cambridge MA
Assignee:
American Home Products Corporation - New York NY
International Classification:
A61N 500
US Classification:
128630
Abstract:
Apparatus and method for continuously monitoring the fetal heart rate simultaneously using ultrasonic and electrocardiographic signals. The signals are continuously processed to provide an improved output fetal heart rate indication in terms of better continuity and accuracy.
Pressure Responsive Multiple Input Infusion System
Pressure Responsive Multiple Input Infusion System
US Patent:
4828545, May 9, 1989
Filed:
Apr 16, 1987
Appl. No.:
7/039154
Inventors:
Paul Epstein - Brookline MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Assignee:
Omni-Flow, Inc. - Wilmington MA
International Classification:
A61M 514
US Classification:
604 66
Abstract:
An infusion system for administering multiple infusates at individually programmable rates, volumes, and sequences in any order from any one or more of plural fluid input ports through a patient output port and into the circulatory system of a patient. Infusates may be either continuously or time sequentially administered, and infusates may be either intermittently administered at selectively regular intervals or in time overlap to administer a dilution. Various error conditions are automatically detected and alarms generated in the event of conflicts between infusates, to identify times of no infusions, and to identify system malfunctions. The system is selectively operable, among others, in a priming mode, a maintenance mode, a normal-on mode, and a manual override mode. The system is operative to adapt actual to desired flow rates in normal operation. All fluids flow through a unitary disposable cassette without making any other system contact.
Blood Pressure Monitoring In Noisy Environments
Blood Pressure Monitoring In Noisy Environments
US Patent:
5392781, Feb 28, 1995
Filed:
Apr 16, 1991
Appl. No.:
7/686420
Inventors:
Patrick G. Phillipps - Lincoln MA
Paul Epstein - Brookline MA
David G. Tweed - Chestnut Hill MA
Paul Epstein - Brookline MA
David G. Tweed - Chestnut Hill MA
Assignee:
CardioDyne, Incorporated - Brookline MA
International Classification:
A61B 50225
US Classification:
128680
Abstract:
Several techniques are provided for aiding in the discrimination of detected biological signals indicative of blood pressure from detected signals not indicative of blood pressure (e. g. , noise). A threshold, based predominantly on a level of noise, is developed and used in the discrimination. A second threshold, based predominantly on levels of previously detected biological signals, is developed and additionally used to help discriminate the biological signals from noise. The biological signals are detected during a selected portion of a cardiac cycle, and additional signals detected outside of the selected portion of the cycle are applied to the detected signals. Another threshold may be developed based predominantly on a level of signals sensed by a transducer positioned to preferentially sense noise; the transducer is positioned so that the noise that it detects is related to noise that is detected during the detection of the biological signals. Blood pressure is measured during periodically scheduled measurement cycles, and a measurement cycle is suspended if noise exceeds a predetermined level. The times at which the detected signals (i. e.
Pressure Responsive Multiple Input Infusion System
Pressure Responsive Multiple Input Infusion System
US Patent:
5108367, Apr 28, 1992
Filed:
Apr 8, 1991
Appl. No.:
7/682871
Inventors:
Paul Epstein - Brookline MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
Assignee:
Abbott Laboratories - Abbott Park IL
International Classification:
A61M 3100
US Classification:
604 67
Abstract:
An infusion system for administering multiple infusates at individually programmable rates, volumes, and sequences in any order from any one or more of plural fluid input ports through a patient output port and into the circulatory system of a patient. Infusates may be either continuously or time sequentially administered, and infusates may be either intermittently administered at selectively regular intervals or in time overlap to administer a dilution. Various error conditions are automatically detected and alarms generated in the event of conflicts between infusates, to identify times of no infusions, and to identify system malfunctions. The system is selectively operable, among others, in a priming mode, a maintenance mode, a normal-on mode, and a manual override mode. The system is operative to adapt actual to desired flow rates in normal operation. All fluids flow through a unitary disposable cassette without making any other system contact.
Infusion System Having Plural Fluid Flow Lines
Infusion System Having Plural Fluid Flow Lines
US Patent:
5304126, Apr 19, 1994
Filed:
Dec 31, 1990
Appl. No.:
7/636059
Inventors:
Paul Epstein - Brookline MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
Assignee:
Abbott Laboratories - Abbott Park IL
International Classification:
A61M 3100
US Classification:
604 67
Abstract:
An infusion system for administering multiple infusates at individually programmable rates, volumes, and sequences in any order from any one or more of plural fluid input ports through a patient output port and into the circulatory system of a patient. Infusates may be either continuously or time sequentially administered, and infusates may be either intermittently administered at selectively regular intervals or in time overlap to administer a dilution. Various error conditions are automatically detected and alarms generated in the event of conflicts between infusates, to identify times of no infusions, and to identify system malfunctions. The system is selectively operable, among others, in a priming mode, a maintenance mode, a normal-on mode, and a manual override mode. The system is operative to adapt actual to desired flow rates in normal operation. All fluids flow through a unitary disposable cassette without making any other system contact.
Cassette For Programable Multiple Input Infusion System
Cassette For Programable Multiple Input Infusion System
US Patent:
4865584, Sep 12, 1989
Filed:
Apr 16, 1987
Appl. No.:
7/039314
Inventors:
Paul Epstein - Brookline MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Assignee:
Omni-Flow, Inc. - Woburn MA
International Classification:
A61M 516
US Classification:
604 67
Abstract:
An infusion system for administering multiple infusates at individually programmable rates, volumes, and sequences in any order from any one or more of plural fluid input ports through a patient output port and into the circulatory system of a patient. Infusates may be either continuously or time sequentially administered, and infusates may be either intermittently administered at selectively regular intervals or in time overlap to administer a dilution. Various error conditions are automatically detected and alarms generated in the event of conflicts between infusates, to identify times of no infusions, and to identify system malfunctions. The system is selectivley operable, among others, in a priming mode, a maintenance mode, a normal-on mode, and a manual override mode. The system is operative to adapt actual to desired flow rates in normal operation. All fluids flow through a unitary disposable cassette without making any other system contact.
Remotely Programmable Infusion System
Remotely Programmable Infusion System
US Patent:
5100380, Mar 31, 1992
Filed:
May 16, 1989
Appl. No.:
7/355035
Inventors:
Paul Epstein - Brookline MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framington MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framington MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Assignee:
Abbott Laboratories - Abbott Park IL
International Classification:
A61M 3100
US Classification:
604 67
Abstract:
An infusion system for administering multiple infusates at individually programmable rates, volumes, and sequences in any order from any one or more of plural fluid input ports through a patient output port and into the circulatory system of a patient. Infusates may be either continuously or time sequentially administered, and infusates may be either intermittently administered at selectively regular intervals or in time overlap to administer a dilution. Various error conditions are automatically detected and alarms generated in the event of conflicts between infusates, to identify times of no infusions, and to identify system malfunctions. The system is selectively operable, among others, in a priming mode, a maintenance mode, a normal-on mode, and a manual override mode. The system is operative to adapt actual to desired flow rates in normal operation. All fluids flow through a unitary disposable cassette without making any other system contact.
Remotely Programmable Infusion System
Remotely Programmable Infusion System
US Patent:
RE36871, Sep 12, 2000
Filed:
Mar 9, 1995
Appl. No.:
8/401339
Inventors:
Paul Epstein - Brookline MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Harry Petschek - Lexington MA
Eric LaWhite - South Royalton VT
Clair Strohl - Norfolk MA
Henry Coyne - Framingham MA
Edward Kaleskas - Jefferson MA
George Adaniya - Swampscott MA
Assignee:
Abbott Laboratories - Abbott Park IL
International Classification:
A61M 3100
US Classification:
604 67
Abstract:
An infusion system for administering multiple infusates at individually programmable rates, volumes, and sequences in any order from any one or more of plural fluid input ports through a patient output port and into the circulatory system of a patient. Infusates may be either continuously or time sequentially administered, and infusates may be either intermittently administered at selectively regular intervals or in time overlap to administer a dilution. Various error conditions are automatically detected and alarms generated in the event of conflicts between infusates, to identify times of no infusions, and to identify system malfunctions. The system is selectively operable, among others, in a priming mode, a maintenance mode, a normal-on mode, and a manual override mode. The system is operative to adapt actual to desired flow rates in normal operation. All fluids flow through a unitary disposable cassette without making any other system contact.
Fetal Heart Rate Monitor Apparatus And Method For Combining Electrically And Mechanically Derived Cardiographic Signals
Fetal Heart Rate Monitor Apparatus And Method For Combining Electrically And Mechanically Derived Cardiographic Signals
US Patent:
4519396, May 28, 1985
Filed:
Nov 5, 1981
Appl. No.:
6/318338
Inventors:
Paul Epstein - Brookline MA
John S. Ballas - Newton MA
John J. Mandler - Allston MA
Joseph M. Van Horn - Cambridge MA
John S. Ballas - Newton MA
John J. Mandler - Allston MA
Joseph M. Van Horn - Cambridge MA
Assignee:
American Home Products Corporation (Del.) - New York NY
International Classification:
A61B 502
US Classification:
128698
Abstract:
Apparatus and method for continuously monitoring the fetal heart rate simultaneously using ultrasonic and electrocardiographic signals. The signals are continuously processed to provide an improved output fetal heart rate indication in terms of better continuity and accuracy.
Electronically Augmented Stethoscope With Timing Sound
Electronically Augmented Stethoscope With Timing Sound
US Patent:
5003605, Mar 26, 1991
Filed:
Aug 14, 1989
Appl. No.:
7/393781
Inventors:
Patrick G. Phillipps - Lincoln MA
Paul Epstein - Brookline MA
David G. Tweed - Chestnut Hill MA
Paul Epstein - Brookline MA
David G. Tweed - Chestnut Hill MA
Assignee:
CardioDyne, Inc. - Brookline MA
International Classification:
A61B 704
US Classification:
381 67
Abstract:
A stethoscope, operable in an acoustic or electronically augmented mode, is disclosed. In one electronically augmented mode of operation, the stethoscope simultaneously provides the listener with combined unmodified, familiar audible sounds and sounds which have been electronically augmented to bring them within the human auditory range. Additionally, a timing sound may be provided along with the unmodified, familiar audible sounds and electronically augmented sounds to assist the listener in determining when sounds occur in the heart cycle. The timing sound may be enabled in the acoustic mode of stethoscope operation so that the listener can place familiar audible sounds within the heart cycle.