Method and device for patient monitoring using dynamic multi-function device
The present invention is directed to an improved method, system and product to provide wireless ECG patient monitoring. Although embodiments make specific reference to monitoring electrocardiogram signal with an adherent patch, the system methods, and device herein may be applicable to any application in which physiological monitoring is used. The present invention also presents a reliable means for docking the interface while minimizing signal interference and user error. In addition, a novel means for transmitting and receiving a patient's ECG measurements is introduced which includes the use of an epidermal communication network (ECN) and an ECG enabled module for ECN communications and interface. Although embodiments make specific reference to the use of the ECN for ECG measurements, the system methods, and protocol herein may be applicable to any wearable device and/or other smart device which is ECN enabled.
1. A system comprising:
a memory; and
a transceiver, the transceiver configured to:
receive data signals from a communication device;
a processor, the processor configured to:
determine if the communication device is enabled to operate on an epidermal communication network (ECN);
treat the data signals received for communication over the ECN; and
process the data signals using an analog-front-end located in the system; and
a docking component for interfacing the communication device to operate on the ECN, wherein interfacing the communication device on the system includes placement of the communication device on the system via direct attachment and/or via at least one of a UART, USB, and SPI; and
wherein the data signals received travel on the ECN and take the form of a parasitic coupling, wherein a path of the parasitic coupling is between a signal-out and a signal-in and occurs through the skin of a user, and said parasitic coupling is stronger than that of a coupling that occurs through the air between a ground of a transit module and the ground of a receive module.
2. A method comprising:
receiving, by a transceiver, data signals from a communication device in a system;
determining, by a processor, if the communication device is enabled to operate on an epidermal communication network (ECN);
treating, by the processor, the data signals received for communication over the ECN; and
processing, by the processor, data signals using an analog-front-end located in the system;
employing a docking component for interfacing the communication device to operate on the ECN, wherein interfacing of the communication device on the system includes placement of the communication device on the system via direct attachment and/or via at least one of a UART, USB, and SPI, and
receiving the data signals that travel on the ECN in the form of a parasitic coupling, wherein a path of the parasitic coupling is between a signal-out and a signal-in and occurs through the skin of a user, said parasitic coupling being stronger than that of a coupling that occurs through the air between a ground of a transit module and the ground of a receive module.
3. A non-transitory computer readable medium having instructions stored thereon that when executed by at least one processor of a communication device perform a method comprising:
receiving, by a transceiver, data signals from a communication device in a system;
determining, by a processor, if the communication device is enabled to operate on an epidermal communication network (ECN);
treating, by the processor, the data signals received for communication over the ECN; and
processing, by the processor, the data signals using an analog-front-end located in the system;
interfacing the communication device with a docking component to operate on the ECN, wherein interfacing the communication device on the system includes placement of the communication device on the system via direct attachment and/or via at least one of a UART, USB, and SPI, and
wherein the data signals received travel on the ECN and take the form of a parasitic coupling, wherein a path of the parasitic coupling is between a signal-out and a signal-in and occurs through the skin of a user, said parasitic coupling being stronger than that of a coupling that occurs through the air between a ground of a transit module and the ground of a receive module.