Smartwatch-type individual medical monitoring device and method for individual medical monitoring of a user thereof
A smartwatch-type individual medical monitoring device includes a main body with a display screen, a bracelet linked to the main body, a processor and a measurement instrument positioned opposite a radial artery of the wrist of the user. The measurement instrument includes a first sensor to continuously measure the oxygen level, a second sensor measures the heart rate by measuring the vibrations of the blood flow at the radial artery, and a third sensor measures the ascending and descending blood flows at the radial artery. The processor is configured to: acquire the measured data of the three sensors, analyze the measured oxygen level, analyze the number of measured vibrations of the blood flow, analyze the measured ascending and descending blood flows, output detection of an anomaly based on analysis of oxygen level, heart rate and ascending and descending blood flows, and store the measured data of the three sensors.
1 . A medical monitoring device adapted for wear on a wrist, comprising:
a measurement device configured to overly a radial artery in the wrist, comprising a plurality of sensors;
a main body, disposed on an opposite side of the wrist from the measurement device, comprising a display, and a communication device;
a bracelet, connecting the main body to the measurement device;
the plurality of sensors of the measurement device overlying the radial artery, configured to measure an oxygen level, a heart rate, and at least one blood flow; and
a processor configured to:
process the oxygen level, the heart rate, and the at least one blood flow, to determine indicia of an anomaly, wherein the determined indicia is indicative of at least one of drowning, hypoglycemia, and a temperature anomaly;
display the determined indicia on the display; and
transmit the determined indicia through the communication device.
2 . The medical monitoring device according to claim 1 , wherein the determined indicia is indicative of drowning.
3 . The medical monitoring device according to claim 1 , wherein the at least one blood flow comprises an ascending blood flow and a descending blood flow at the radial artery.
4 . The medical monitoring device according to claim 1 , further comprising a memory in the main body, configured to store sensor data from the plurality of sensors, and the bracelet comprises a closure, clasp or lock configured to facilitate placement and removal of the medical monitoring device on the wrist.
5 . The medical monitoring device of claim 1 , wherein the storage medium is configured to store information relating to the user selected from the group consisting of:
an age of said user;
anatomical data of the user;
morphological data of the user;
an ongoing treatment to which the user is subjected;
a pathology of the user;
a medical history of the user;
a blood type of the user;
ablations undergone by the user;
major surgeries undergone by the user; and
results of last examinations; and
the processor is configured to communicate the stored information in conjunction with the determined indicia.
6 . The medical monitoring device of claim 1 , wherein the processor is configured to process at least one of the oxygen level, the heart rate, and the at least one blood flow, with respect to at least one of a user-dependent value and a threshold value.
7 . The medical monitoring device of claim 1 , wherein the processor is configured to transmit an alert through the communication device to at least one predetermined contact defined by information stored in the storage medium.
8 . The medical monitoring device of claim 1 , wherein the processor is configured to identify the user by a unique identifier.
9 . The medical monitoring device of claim 1 , further comprising a geolocation sensor, configured to determine a geolocation of the medical monitoring device, and the processor is further configured to communicate the determined geolocation through the communication device.
10 . The medical monitoring device of claim 1 , further comprising a blood glucose sensor, configured to determine a blood glucose level, and the processor is further configured to communicate the determined blood glucose level through the communication device.
11 . The medical monitoring device of claim 1 , further comprising a temperature sensor, configured to determine a temperature of the user, and the processor is further configured to communicate the temperature of the user through the communication device.
12 . A medical monitoring method, comprising:
providing a measurement device over a radial artery in a wrist of a wearer, comprising a plurality of sensors configured to measure an oxygen level, a heart rate, and at least one blood flow;
providing a main body on an opposite side of the wrist from the measurement device, comprising a display, and a communication device;
connecting the main body to the measurement device with a bracelet;
processing the oxygen level, the heart rate, and the at least one blood flow, to determine indicia of an anomaly, wherein the determined indicia is indicative of at least one of drowning, hypoglycemia, and a temperature anomaly;
displaying the determined indicia; and
transmitting the determined indicia through the communication device.
13 . The medical monitoring method according to claim 12 , wherein the determined indicia is indicative of at least drowning.
14 . The medical monitoring method according to claim 12 , wherein the at least one blood flow comprises an ascending blood flow and a descending blood flow at the radial artery.
15 . The medical monitoring method of claim 12 , further comprising storing information in a memory relating to the user selected from the group consisting of:
an age of said user;
anatomical data of the user;
morphological data of the user;
an ongoing treatment to which the user is subjected;
a pathology of the user;
a medical history of the user;
a blood type of the user;
ablations undergone by the user;
major surgeries undergone by the user; and
results of last examinations; and
communicating the stored information in conjunction with the determined indicia to a predetermined contact.
16 . The medical monitoring method of claim 12 , further comprising processing at least one of the oxygen level, the heart rate, and the at least one blood flow, with respect to at least one of a user-dependent value and a threshold value.
17 . The medical monitoring method of claim 12 , further comprising securing the bracelet on the wrist with a closure, clasp or lock on the wrist.
18 . The medical monitoring method of claim 12 , determining at least one of:
a geolocation of the medical monitoring device;
a blood glucose level; and
a temperature of the user.
19 . A smartwatch, comprising:
a sensor housing comprising a plurality of sensors configured to measure an oxygen level, a heart rate, and at least one blood flow;
a smartwatch body comprising a display, and a communication device;
a bracelet, configured to situate the sensor housing over the radial artery and to situate the smartwatch body on an opposite side of the wrist from the sensor housing;
a processor in the smartwatch body, configured to determine indicia of an anomaly from the oxygen level, the heart rate, and the at least one blood flow, wherein the determined indicia of the anomaly is indicative of at least one of drowning, hypoglycemia, and a temperature anomaly, display the indicia on the display, and transmit the indicia through the communication device.
20 . The smartwatch according to claim 19 , wherein the bracelet comprises a closure, clasp or lock.