System and methods for monitoring medical equipment by using cloud-based telemetry
AssigneeSynaptive Medical Inc.
InventorsStewart Bright, Khalil Scott
Life of this patent
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Abstract
A monitoring system and methods for monitoring medical equipment by using cloud-based telemetry involving a graphic user interface and a portal system having a portal, the portal system configured to: receive at least one of telemetry signals and telemetry data transmitted from medical equipment; monitor at least one of the telemetry signals and the telemetry data; generate at least one of an alert and an email notification based on at least one of the telemetry signals and the telemetry data; and transmit at least one of the alert and the email notification to the graphic user interface.
Claims17
A monitoring system for monitoring medical equipment by using cloud-based telemetry, the monitoring system having a processor operable by a set of executable instructions storable in relation to a non-transient memory, the monitoring system comprising:
- a cloud-based graphic user interface (GUI) operably coupled with the processor, the GUI comprising:
- a dashboard configured to display telemetry-related system data in real time;
- an analytic tool configured to apply diagnostic rules to the telemetry data;
- and
- a data-visualization tool for graphically representing variations in current draw over time;
- a portal system operably coupled with the processor and configured to:
- in response to receiving the at least one of telemetry signals and telemetry data, transmit a delay parameter to the medical equipment, the delay parameter defining a delay until the next transmission of the telemetry signals or the telemetry data including current draw from the medical equipment;
- generate at least one of an alert and an email notification based on at least one of the telemetry signals and the telemetry data;
- transmit at least one of the alert and the email notification to the GUI;
- and
- apply a server-side rules engine that, for each telemetry path,
- select a storage policy from a set consisting of Always, On value change, On a period, and On a period only if value changes;
- and
- returns a next-publication delay in a response to a telemetry publish request to thereby throttle device-side telemetry publication without device-side reconfiguration.
A method of providing a monitoring system, having a processor operable by a set of executable instructions storable in relation to a non-transient memory, for monitoring medical equipment by using cloud-based telemetry, the method comprising:
- providing a cloud-based graphic user interface (GUI) operably coupled with the processor, the GUI comprising a dashboard, an analytic tool, and a data-visualization tool;
- and
- providing a portal system operably coupled with the processor and comprising a portal, the portal system configured to:
- receive at least one of telemetry signals and telemetry data transmitted from medical equipment;
- in response to receiving the at least one of telemetry signals and telemetry data, transmit a delay parameter to the medical equipment, the delay parameter defining a delay until the next transmission of the telemetry signals or the telemetry data including current draw from the medical equipment;
- generate at least one of an alert and an email notification based on at least one of the telemetry signals and the telemetry data;
- transmit at least one of the alert and the email notification to the GUI;
- and
- apply, on a server-side rules engine, a policy per telemetry path selected from Always, On value change, On a period, and On a period only if value changes, and return a next-publication delay in the response to a device's publish request to throttle telemetry publication.
A method of monitoring medical equipment by way of a monitoring system, having a processor operable by a set of executable instructions storable in relation to a non-transient memory, using cloud-based telemetry, the method comprising:
- providing the monitoring system, providing the monitoring system comprising:
- providing a graphic user interface operably coupled with the processor;
- and
- providing a portal system operably coupled with the processor, providing the portal system comprising providing a portal, providing the portal system comprising configuring the portal system to:
- receive at least one of telemetry signals and telemetry data transmitted from medical equipment;
- in response to receiving the at least one of telemetry signals and telemetry data, transmit a delay parameter to the medical equipment, the delay parameter defining a delay until the next transmission of the telemetry signals or the telemetry data from the medical equipmen;
- generate at least one of an alert and an email notification based on at least one of the telemetry signals and the telemetry data;
- and
- transmit at least one of the alert and the email notification to the graphic user interface;
- wherein the graphic user interface comprises a cloud-based graphic user interface (GUI);
- wherein the cloud-based GUI further comprises a dashboard, an analytic tool or a data-visualization tool.
Dependencies are inferred from the claim text.