Personal physiograph
View Patent ↗Disclosed are systems and methods which provide a relatively small, preferably easily transportable, interpretive biotelemetric monitor, such as may utilize platforms developed for use as personal digital assistants, adapted for use by non-health care personnel. A preferred embodiment biotelemetric monitor comprises a self-contained EKG monitor providing ICU cardiac monitoring with accurate real-time diagnostic heart rhythm analysis directly to the wearer. Preferred embodiment biotelemetric monitors implement multiple interactive screens to guide a user through a series of screens to help understand the monitored conditions. Moreover, the biotelemetric monitor may operate to analyze and interpret the monitored data to thereby present information with respect to the probable implications of the monitored condition and/or make recommendations which may be useful to the patient at that time. Preferably, communications functionality is included to facilitate communication between the biotelemetric monitor and a host system.
1. A portable electrocardiograph monitor system comprising:
a display providing for display of both textual and graphical information;
a screen hierarchy for presenting information upon said display;
a probe interface for receiving 3 leads of electrocardiograph data from a plurality of probes;
a processor operable to accept data received via said probe interface and present at least a portion thereof upon said display, wherein a first screen of said screen hierarchy provides said at least a portion of said data presented upon said display; and
an alarm for providing audible instructions to a patient relating to interpreted electrocardiograph data; and
wherein said first screen further provides alarm information associated with said at least a portion of said electrocardiograph data displayed upon said display, wherein a second screen of said screen hierarchy provides alarm specific details associated with said alarm information, and wherein said second screen is accessible from said first screen by operation of an alarm button by a user.
2. The system of claim 1 , wherein said display comprises a touch screen element for accepting user input.
3. A portable electrocardiograph monitor system comprising:
a display providing for display of both textual and graphical information;
a screen hierarchy for presenting information upon said display;
a probe interface for receiving 3 leads of electrocardiograph data from a plurality of probes;
a processor operable to accept data received via said probe interface and present at least a portion thereof upon said display, wherein a first screen of said screen hierarchy provides said at least a portion of said data presented upon said display; and
an alarm for providing audible instructions to a patient relating to interpreted electrocardiograph data; and
an event recorder operable to record data received via said probe interface for later access wherein said event recorder is controlled to record an event upon input by a user, wherein said input by a user is provided by operation of an event recorder button available to said user throughout a plurality of screens of said screen hierarchy.
4. The system of claim 3 , wherein said event recorder is controlled to record an event upon interpretation of said data received via said probe interface by said processor.
5. The system of claim 4 , wherein said interpretation provides a determination that said data received via said probe interface indicates an irregularity.
6. The system of claim 4 , wherein said interpretation provides a determination that said data received via said probe interface is abnormal as compared to a user's normal data as monitored by said system.
7. A portable electrocardiograph monitor system comprising:
a display providing for display of both textual and graphical information;
a screen hierarchy for presenting information upon said display;
a probe interface for receiving 3 leads of electrocardiograph data from a plurality of probes;
a processor operable to accept data received via said probe interface and present at least a portion thereof upon said display, wherein a first screen of said screen hierarchy provides said at least a portion of said data presented upon said display; and
an alarm for providing audible instructions to a patient relating to interpreted electrocardiograph data; and
a reference database storing general information for use with respect to electrocardiograms.
8. The system of claim 7 , wherein said general information comprises a glossary of terms.
9. A portable electrocardiograph monitor system comprising:
a display providing for display of both textual and graphical information;
a screen hierarchy for presenting information upon said display;
a probe interface for receiving 3 leads of electrocardiograph data from a plurality of probes;
a processor operable to accept data received via said probe interface and present at least a portion thereof upon said display, wherein a first screen of said screen hierarchy provides said at least a portion of said data presented upon said display; and
an alarm for providing audible instructions to a patient relating to interpreted electrocardiograph data; and
a database of context sensitive help with respect to use of said system.