Health monitoring systems and methods
Systems, methods and devices for reducing noise in health monitoring including monitoring systems, methods and/or devices receiving a health signal and/or having at least one electrode or sensor for health monitoring.
1. A method for temperature monitoring or measuring including:
disposing on a child a temperature sensing device having at least first and second thermally isolated temperature sensors disposed therein, one on each of two opposing sides of the device, the two opposing sides of the device defining a child side on and as a first side of the two opposing sides, and a parent side on the second of the two opposing sides;
obtaining one or more of a temperature difference between the two sensors, a first temperature reading from the first temperature sensor and a second temperature reading from the second temperature sensor;
one or more of:
thermally insulating the child side sensor to reach equilibrium, and
providing an accurate core temperature of the child, and
alternatively isolating the child's temperature reading from the parent's or ambient; and,
providing a temperature reading for the parent side sensor that is one of an accurate core temperature for the parent, or not an accurate core temperature for the parent but, sufficiently distinctive of parent temperature for differentiating whether or not the child is in the correct direct contact with the parent's skin.
2. A method according to claim 1 further including one or more of:
communicating one or more of the temperature difference, the first temperature reading and the second temperature reading to external data collection and/or processing devices;
generating an alarm upon an appropriate temperature sensing condition.
3. An apparatus for practicing the method of claim 1 comprising:
a substrate disposed to contain
circuitry including
first and second temperature sensors disposed on alternative opposing sides of the apparatus;
the first and second temperature sensors disposed to obtain one or more of:
a temperature difference between the two sensors,
a first temperature reading from the first temperature sensor and
a second temperature reading from the second temperature sensor.
4. An apparatus according to claim 3 further comprising an adhesive, to one or both hold the apparatus to the child or the parent.
5. An apparatus according to claim 4 the adhesive including one or more of:
a composite adhesive;
a disposable adhesive;
a medical grade adhesive; and
a double-sided adhesive.
6. An apparatus according to claim 3 , further comprising,
sensing relative X-Y-Z position;
and/or acceleration, and/or
Bluetooth or other wireless data/signal connectivity,
using a replaceable and/or rechargeable battery for one or both extended use, or seven (7) days of continuous monitoring.
7. An apparatus according to claim 3 the substrate being one or more of:
a small circuit board,
a flexible circuit board, and
twenty (20) mm×thirty (30) mm.
8. An apparatus according to claim 3 the first and second sensors being one or more of:
thermally isolated from each other,
one or more of waterproof, water tight or water resistant.
9. An apparatus according to claim 8 further comprising:
a thermally insulating or isolation layer that may provide the thermal isolation of the electronics and/or first and second sensors;
a spacer disposed through an insulating or isolating layer to provide a throughway for electronic communication of one or more sensors to other electronics;
a silicone bead for one or both isolating and assisting in giving a waterproof or water-resistant seal on the child side; and,
a silicone cover to provide a waterproof or waterproof barrier on the parent side.
10. An apparatus according to claim 3 , further including one or more of:
the sensor on the parent side or top or exterior side is slightly protruding relative to the cover;
the sensor on the parent side or top or exterior side has a thin/thinner layer of covering material and/or silicone thereover;
the sensor on the child side or patient or circuit side is protruding one or both of past, or through the substrate and/or adhesive; and/or
the sensor on the child side or patient or circuit side is one or more of disposed exposed or also/alternatively covered with a thin protectant layer for water proofness, or tightness or resistance.
11. An apparatus according to claim 3 the apparatus being configured for one or more of:
obtaining one or more of:
a temperature of child wearer;
the parent; or
ambient air/environment; or
a temperature difference between the two sensors,
a first temperature reading from the first temperature sensor and
a second temperature reading from the second temperature sensor.