Kenneth P Olson

US Patent:

6366809, Apr 2, 2002

Filed:

Apr 8, 1998

Appl. No.:

09/057030

Inventors:

Kenneth F. Olson - Edina MN
William S. Parker - Maple Grove MN

Assignee:

SurVivaLink Corporation - Minnetonka MN

International Classification:

A61N 118

US Classification:

607 5, 607 29

Abstract:

A defibrillator battery includes at least one battery cell, a housing surrounding the at least one battery cell, and a memory connected to the at least one battery cell. The memory can be positioned inside of the housing that surrounds the at least one battery cell. The defibrillator battery can be used with a defibrillator including a battery status indicator which communicates with the defibrillator battery to indicate the status of the defibrillator battery. In a method of determining defibrillator battery status using the defibrillator battery and associated battery status indicator enables an operator to always determine the remaining charge of the battery and to determine when to replace the battery. The defibrillator battery, and associated battery status indicator, insures constant readiness of an automated external defibrillator for defibrillating a patient by preventing defibrillator failure due to an unknown reduced battery charge.

US Patent:

6411846, Jun 25, 2002

Filed:

Oct 4, 2000

Appl. No.:

09/678820

Inventors:

James E. Brewer - Lino Lakes MN
Gary B. Stendahl - Crystal MN
Kenneth F. Olson - Edina MN

Assignee:

SurVivaLink Corporation - Minneapolis MN

International Classification:

A61N 139

US Classification:

607 5

Abstract:

An apparatus and method for determining an optimal transchest external defibrillation waveform that provides for variable energy in the first or second phase of a biphasic waveform that, when applied through a plurality of electrodes positioned on a patients torso, will produce a desired response in the patients cardiac cell membranes. The method includes the steps of providing a quantitative model of a defibrillator circuit for producing external defibrillation waveforms, the quantitative model of a patient includes a chest component, a heart component, a cell membrane component and a quantitative description of the desired cardiac membrane response function. Finally, a quantitative description of a transchest external defibrillation waveform that will produce the desired cardiac membrane response function is computed. The computation is made as a function of the desired cardiac membrane response function, the patient model and the defibrillator circuit model.

US Patent:

6668192, Dec 23, 2003

Filed:

Apr 8, 1998

Appl. No.:

09/057044

Inventors:

William S. Parker - Maple Grove MN
Kenneth F. Olson - Edina MN
Michael A. Tvedt - Savage MN

Assignee:

Cardiac Science, Inc. - Minneapolis MN

International Classification:

A61N 139

US Classification:

607 5, 607 59, 600522

Abstract:

An automated external defibrillator (AED) includes the ability to store rescue information. The AED has a case for housing a power supply that is electrically connected to a circuit for generating a defibrillation pulse. The circuit is electrically connected to a pair of electrodes that are applied to a patient to deliver the defibrillation pulse. The AED further comprises an archival storage means for storing rescue information. The archival storage means is containable within the case and is able to store various types of rescue information including patient data, operational data of the AED, and sound that occurs within the immediate vicinity of the AED during a rescue.

US Patent:

7020520, Mar 28, 2006

Filed:

Apr 23, 2003

Appl. No.:

10/421378

Inventors:

Kenneth F. Olson - Edina MN, US
Gene George O'Brien - Excelsior MN, US

Assignee:

Cardiac Science, Inc. - Minneapolis MN

International Classification:

A61N 1/365

US Classification:

607 5

Abstract:

A defibrillator enclosure system generally includes an automated external defibrillator (AED), an openable cabinet, a detector, and an alarm circuit. The openable cabinet is used to enclose the AED while the detector monitors the presence and absence of the AED within the cabinet. Specifically, upon detecting that the AED is no longer within the cabinet, the detector activates an alarm circuit whereby an alarm indicating the absence of the AED is issued.

US Patent:

7463923, Dec 9, 2008

Filed:

Jan 16, 2004

Appl. No.:

10/760040

Inventors:

James E. Brewer - Lino Lakes MN, US
Gary B. Stendahl - Crystal MN, US
Kenneth F. Olson - Edina MN, US

Assignee:

Cardiac Science Corporation - Bothell WA

International Classification:

A61N 1/39

US Classification:

607 5

Abstract:

An apparatus and method for determining an optimal transchest external defibrillation waveform that provides for variable energy in the first or second phase of a biphasic waveform that, when applied through a plurality of electrodes positioned on a patient's torso, will produce a desired response in the patient's cardiac cell membranes. The method includes the steps of providing a quantitative model of a defibrillator circuit for producing external defibrillation waveforms, the quantitative model of a patient includes a chest component, a heart component, a cell membrane component and a quantitative description of the desired cardiac membrane response function. Finally, a quantitative description of a transchest external defibrillation waveform that will produce the desired cardiac membrane response function is computed. The computation is made as a function of the desired cardiac membrane response function, the patient model and the defibrillator circuit model.

US Patent:

20020138104, Sep 26, 2002

Filed:

Feb 19, 2002

Appl. No.:

10/078735

Inventors:

James Brewer - Lino Lakes MN, US
Gary Stendahl - Crystal MN, US
Kenneth Olson - Edina MN, US

Assignee:

SurVivaLink Corporation

International Classification:

A61N001/39

US Classification:

607/005000

Abstract:

An apparatus and method for determining an optimal transchest external defibrillation waveform that provides for variable energy in the first or second phase of a biphasic waveform that, when applied through a plurality of electrodes positioned on a patient's torso, will produce a desired response in the patient's cardiac cell membranes. The method includes the steps of providing a quantitative model of a defibrillator circuit for producing external defibrillation waveforms, the quantitative model of a patient includes a chest component, a heart component, a cell membrane component and a quantitative description of the desired cardiac membrane response function. Finally, a quantitative description of a transchest external defibrillation waveform that will produce the desired cardiac membrane response function is computed. The computation is made as a function of the desired cardiac membrane response function, the patient model and the defibrillator circuit model.

US Patent:

57229953, Mar 3, 1998

Filed:

Dec 30, 1996

Appl. No.:

8/774533

Inventors:

Kenneth F. Olson - Minneapolis MN
Byron L. Gilman - Plymouth MN

Assignee:

SurVivaLink Corporation - Minneapolis MN

International Classification:

A61N 139

US Classification:

607 5

Abstract:

An external defibillator including an operator interface and a high voltage circuit responsive to a controller for producing monophasic waveform defibrillation pulses and/or biphasic waveform defibrillation pulses. The controller can implement a biphasic waveform test protocol by causing the high voltage circuit to sequentially generate one or more biphasic waveform defibrillation pulses before generating monophasic waveform defibrillation pulses in response to sequential actuations of the operator interface during a patient rescue.

US Patent:

61344796, Oct 17, 2000

Filed:

Feb 3, 1999

Appl. No.:

9/243579

Inventors:

James E. Brewer - Minneapolis MN
Charles D. Swerdlow - Los Angeles CA
Kenneth F. Olson - Edina MN

Assignee:

SurVivaLink Corporation - Minneapolis MN

International Classification:

A61N 104

US Classification:

607142

Abstract:

An energy delivery system for use with an automatic external defibrillator (AED), the AED having a case containing a plurality of AED components, a battery electrically coupled to a control system, the control system communicatively coupled to a charge system, the charge system for generating a stored quantity of energy responsive to a communication from the control system, the control system selectively commanding a discharge of the stored energy to an electrical connector, the energy delivery system includes three electrodes, each electrode for making electrical contact with a skin surface of a patient, each electrode being in electrical contact with the electrical connector for communicating the stored energy to the patient. A method of defibrillating the heart of a patient using an AED, the AED having electrical energy discharge circuitry for generating a defibrillating energy discharge to affect the heart of the patient, the heart being in a state of fibrillation, includes the steps of placing three electrodes on the person of a patient to define a desired electrical path and discharging electrical energy across the electrical path.