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US 12,502,084 B2Granted
Healthcare device for persons suffering from chronic respiratory diseases
OwnerAnika Bhatinventor
Life of this patent
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Abstract
A healthcare device for asthmatic patients that can help in reducing and avoiding risk factors that can trigger one or more symptoms of asthma. The healthcare device includes an infrared sensor, a pulse oximeter sensor, a UV sensor, an atmospheric sensor, and an air quality sensor for measuring values of different risk factors including ambient temperature, body temperature, blood oxygen saturation level, heart rate, intensity of ultraviolet radiations, humidity level, altitude, CO2 levels, and total volatile organic compounds (TVOCs).
Claims12
A method for generating alerts for reducing and avoiding risk factors that can trigger one or more symptoms of chronic respiratory diseases and tracking medication compliance, the method comprising:
- determining a plurality of readings from a wearable and portable healthcare device comprising:
- a plurality of sensors configured to measure a plurality of risk factors, the plurality of risk factors comprising ambient temperature, body temperature, blood oxygen saturation level, heart rate, intensity of ultraviolet radiations, humidity level, altitude, CO2 levels, and total volatile organic compounds (TVOCs),
- the plurality of sensors comprises:
- an infrared sensor configured to measure the ambient temperature and the body temperature,
- a pulse oximeter sensor configured to measure the blood oxygen saturation level and the heart rate,
- a UV sensor configured to measure the intensity of ultraviolet radiations,
- an atmospheric sensor configured to measure the humidity level and the altitude, and
- an air quality sensor configured to measure the CO2 levels and the total volatile organic compounds (TVOCs), and
- a control unit operably coupled to the plurality of sensors, wherein the control unit, in near real time, is configured to:
- receive a plurality of readings from the plurality of sensors,
- process the plurality of readings based on predefined rules, and
- upon processing, trigger one or more alerts;
- receiving, by the control unit, in near real time, the plurality of readings from the plurality of sensors;
- processing, by the control unit, in near real-time, the plurality of readings to obtain one or more risk factors of the plurality of risk factors, wherein the one or more risk factors are having the readings within an abnormal values range;
- and
- upon processing, presenting in near real-time, by the control unit, the one or more alerts and additional information to reduce or avoid risk factors that trigger the one or more symptoms of the chronic respiratory diseases;
- sending notifications about the alerts to a registered person;
- and
- creating emergency SOS calls in case of risk to a wearer of the healthcare device,
- wherein the plurality of readings are date, time, and location stamped, wherein the healthcare device comprises a GPS circuitry, wherein the method further comprises analyzing the healthcare device to obtain changes in values of the risk factors over time and in different environments or places, wherein the plurality of readings are analyzed to review changes in values of the risk factors in different environments,
- wherein the method further comprises detecting by the healthcare device about a presence of a nearby inhaler,
- wherein the additional information comprises precautions and actions to be taken by the wearer.
19 more elements
A healthcare device, that is wearable and portable, for generating alerts for reducing and avoiding risk factors that can trigger one or more symptoms of chronic respiratory diseases, the healthcare device comprises:
- a plurality of sensors configured to measure values of a plurality of risk factors, the plurality of sensors include:
- an infrared sensor configured to measure ambient temperature and body temperature;
- a pulse oximeter sensor configured to measure blood oxygen saturation level and heart rate;
- a UV sensor configured to measure an intensity of ultraviolet radiations;
- an atmospheric sensor configured to measure humidity level and altitude;
- an air quality sensor configured to measure CO2 levels and total volatile organic compounds (TVOCs);
- and
- a control unit operably coupled to the plurality of sensors, wherein the control unit is configured to:
- receive in near real-time, a plurality of readings from the plurality of sensors;
- process the plurality of readings based on a set of predefined rules to obtain one or more risk factors of the plurality of risk factors, wherein the one or more risk factors are having the readings within an abnormal values range;
- upon processing, present in near real-time, one or more alerts and additional information to reduce or avoid risk factors that trigger the one or more symptoms of the chronic respiratory diseases;
- sending notifications about the alerts to a registered person;
- and
- creating emergency SOS calls in case of risk to a wearer of the healthcare device,
- wherein the plurality of readings are date, time, and location stamped, wherein the healthcare device further comprises a GPS circuitry, wherein the control unit is further configured to analyze data to obtain changes in values of the risk factors over time and in different environments or places, wherein the plurality of readings are analyzed to review changes in values of the risk factors in different environments,
- wherein the healthcare device is further configured to detect a presence of a nearby inhaler,
- wherein the additional information comprises precautions and actions to be taken by the wearer.
14 more elements
Dependencies are inferred from the claim text.