Judith L Cyrus

6990371, Jan 24, 2006

Oct 14, 1999

09/418536

Daniel J Powers - Issaquah WA, US
Karl A Woelfer - Seattle WA, US
Judith L Cyrus - Preston WA, US

Koninklijke Philips Electronics N.V. - Eindhoven

A61N 1/378

600510, 607 5

A novel apparatus and method for recording and replaying patient treatment and response data that occurs during the course of an emergency response on a defibrillator. The data and events of an emergency response may be recorded automatically by the defibrillator. Incidents may then be randomly accessible (i. e. “scrollable”) by medical personnel on the defibrillator by placing the defibrillator into an incident review mode. The ability to quickly review critical ECG and event data on the scene. This provides medical personnel with a reliable and efficient alternative to paper based recording systems.

59514850, Sep 14, 1999

Dec 8, 1997

8/986507

Judith L. Cyrus - Preston WA
Garry R. Gordon - Issaquah WA
Clinton S. Cole - Issaquah WA
Justin Grimley - Seattle WA
Leona Bell - Seattle WA

Heartstream, Inc. - Seattle WA

A61B 50432

600523

A method for displaying time-correlated medical event data including the steps of: providing time-correlated event data to a display device; selecting a first event to be displayed; and displaying the first event together with a time-correlated second event on the display device. Another embodiment is a method for displaying time-correlated medical event data including the steps of: manually entering data comprising a first event into a display device; time-correlating the first event with data comprising a second event collected by a medical device; and displaying the first event together with the second event on the display device.

58998667, May 4, 1999

Dec 8, 1997

8/986508

Judith L. Cyrus - Preston WA
Garry R. Gordon - Issaquah WA
Clinton S. Cole - Issaquah WA
Justin Grimley - Seattle WA
Leona Bell - Seattle WA

Heartstream, Inc. - Seattle WA

A61B 50432

600510

A method for displaying time-correlated medical event data including the steps of: providing time-correlated event data to a display device; selecting a first event to be displayed; and displaying the first event together with a time-correlated second event on the display device. In another embodiment, the invention is a method for displaying time-correlated medical event data including the steps of: manually entering data comprising a first event into a display device; time-correlating the first event with data comprising a second event collected by a medical device; and displaying the first event together with the second event on the display device. In yet another embodiment, the invention is a method of creating a report showing the time correlation between recorded medical events, the method comprising the steps of: connecting a memory device to a display device, the memory device comprising a clock; retrieving event data and time data from a memory device; reading a memory device time from the memory device clock; and using the memory device time to associate time with the event data.

57850437, Jul 28, 1998

May 16, 1996

8/648778

Judith L. Cyrus - Preston WA
Garry R. Gordon - Issaquah WA
Clinton S. Cole - Seattle WA

Heartstream, Inc. - Seattle WA

A61B 5044

128712

A method for displaying time-correlated medical event data including the steps of: providing time-correlated event data to a display device; selecting a first event to be displayed; and displaying the first event together with a time-correlated second event on the display device. In another embodiment, the invention is a method for displaying time-correlated medical event data including the steps of: manually entering data comprising a first event into a display device; time-correlating the first event with data comprising a second event collected by a medical device; and displaying the first event together with the second event on the display device. In yet another embodiment, the invention is a method of creating a report showing the time correlation between recorded medical events, the method comprising the steps of: connecting a memory device to a display device, the memory device comprising a clock; retrieving event data and time data from a memory device; reading a memory device time from the memory device clock; and using the memory device time to associate time with the event data.

53424034, Aug 30, 1994

Apr 9, 1993

8/046280

Daniel J. Powers - McMinnville OR
Judith Cyrus - Newberg OR
Steve Kootstra - Roseville CA
Art Burkhalter - Monmouth OR
J. Daren Bledsoe - McMinnville OR
David C. Shultheis - McMinnville OR
Dan Jordan - McMinnville OR

Hewlett-Packard Corporation - Palo Alto CA

A61N 139

607 5

A defibrillator/monitor architecture is disclosed with a defibrillator-only mode of operation to provide for shocking a patient notwithstanding failure of the monitor subsystem. The defibrillator/monitor subsystem is partitioned into a defibrillator subsystem and a monitor subsystem. The defibrillator subsystem includes the patient charging circuits and other components necessary to carry out basic defibrillation. The monitor subsystem includes an ECG front-end, CRT display, data recorder and other features. In normal operation, the defibrillator subsystem relies on periodic ECG data ready interrupts from the monitor subsystem for system timing. In the event that the ECG interrupts do not arrive within a predetermined time limit, the monitor subsystem is presumed dead and the defibrillator subsystem switches to defibrillator-only mode of operation, in which system timing is provided by a local standby timer.

56118155, Mar 18, 1997

Dec 8, 1994

8/351897

Clinton Cole - Seattle WA
Carlton B. Morgan - Bainbridge Island WA
Judith Cyrus - Preston WA
Daniel Powers - Bainbridge Island WA

Heartstream, Inc. - Seattle WA

A61N 139

607 5

A defibrillator has a treatment mode and a training mode. The defibrillator includes an energy source; an electrode connector; a controller, including a feature for connecting the energy source to the electrode connector; and training mode features for stimulating the operation of the defibrillator in treatment mode. Also included is a method of operating a defibrillator including the steps of providing a defibrillator (with the defibrillator including a defibrillation energy source, a controller and electrode connectors, and with the controller including circuitry for actuating the defibrillator to deliver a defibrillation shock from the defibrillation energy source to the electrode connectors) and operating the defibrillator in a training mode to simulate delivery of a shock from the energy source to the electrode connectors without delivering a defibrillation shock from the energy source to the electrode connectors. An additional method of operating a defibrillator includes the following steps: providing a defibrillator having automatic or semiautomatic operation; activating the defibrillator to provide therapy to a patient; placing the defibrillator in a pause state by actuating a pause actuator; and ending the pause state to provide therapy to the patient.

58910492, Apr 6, 1999

Dec 8, 1997

8/987193

Judith L. Cyrus - Preston WA
Garry R. Gordon - Issaquah WA
Clinton S. Cole - Issaquah WA
Justin Grimley - Seattle WA
Leona Bell - Seattle WA

Heartstream, Inc - Seattle WA

A61B 5432

600523

A method for displaying time-correlated medical event data including the steps of: providing time-correlated event data to a display device; selecting a first event to be displayed; and displaying the first event together with a time-correlated second event on the display device. In another embodiment, the invention is a method for displaying time-correlated medical event data including the steps of: manually entering data comprising a first event into a display device; time-correlating the first event with data comprising a second event collected by a medical device; and displaying the first event together with the second event on the display device. In yet another embodiment, the invention is a method of creating a report showing the time correlation between recorded medical events, the method comprising the steps of: connecting a memory device to a display device, the memory device comprising a clock; retrieving event data and time data from a memory device; reading a memory device time from the memory device clock; and using the memory device time to associate time with the event data.

58910468, Apr 6, 1999

Dec 8, 1997

8/986510

Judith L. Cyrus - Preston WA
Garry R. Gordon - Issaquah WA
Clinton S. Cole - Issaquah WA
Justin Grimley - Seattle WA
Leona Bell - Seattle WA

Heartstream, Inc. - Seattle WA

A61N 504

600510

A method for displaying time-correlated medical event data including the steps of: providing time-correlated event data to a display device; selecting a first event to be displayed; and displaying the first event together with a time-correlated second event on the display device. In another embodiment, the invention is a method for displaying time-correlated medical event data including the steps of: manually entering data comprising a first event into a display device; time-correlating the first event with data comprising a second event collected by a medical device; and displaying the first event together with the second event on the display device. In yet another embodiment, the invention is a method of creating a report showing the time correlation between recorded medical events, the method comprising the steps of: connecting a memory device to a display device, the memory device comprising a clock; retrieving event data and time data from a memory device; reading a memory device time from the memory device clock; and using the memory device time to associate time with the event data.