HEALTH MONITOR
A health monitoring device includes a sensor configured to be worn by an individual on a portion of the lower leg such as a foot, ankle, or a portion of the leg just above the ankle. The health monitoring device is configured to track expansion of the body appendage over time, thereby allowing a healthcare professional to see changes in the diameter that may be caused by the pooling of body fluids.
1 . A health monitor, comprising:
a first sensor configured to detect an expansion or contraction of a portion of an appendage of a user wearing the health monitor;
a processor in communication with the first sensor;
a memory containing stored programming instructions, the programming instructions operable by the processor to cause the memory to store data received from the first sensor.
2 . The health monitor of claim 1 , wherein the first sensor is formed as a band configured to encircle the appendage.
3 . The health monitor of claim 1 , wherein the first sensor is incorporated into a sock.
4 . The health monitor of claim 3 , further comprising a second sensor configured to detect an expansion or contraction of a separate portion of the appendage of the user wearing the health monitor.
5 . The health monitor of claim 1 , wherein the first sensor is attached to a sticker configured to be adhered to a portion of skin of the user.
6 . The health monitor of claim 5 , wherein the sticker comprises an adhesive applied to a gauze material.
7 . The health monitor of claim 1 , wherein the first sensor is incorporated into a sock.
8 . The health monitor of claim 1 , further comprising an input/output component, the input/output component being configured to communicate with a local computer.
9 . The health monitor of claim 8 , wherein the input/output component is configured to transfer the data from the first sensor to the local computer.
10 . The health monitor of claim 9 , wherein the local computer includes a component configured to compare the data transferred from the first sensor with a threshold value, the threshold value being associated with a degree of expansion or contraction experienced by the first sensor.
11 . The health monitor of claim 10 , wherein the local computer is further configured to trigger an alarm when the data from the first sensor is outside the threshold value.
12 . The health monitor of claim 9 , wherein the local computer is configured to transfer the data or a representation of the data from the local computer to a remote computer over a network.
13 . The health monitor of claim 12 , wherein the remote computer includes a component configured to compare the data transferred from the first sensor with a threshold value, the threshold value being associated with a degree of expansion or contraction experienced by the first sensor.
14 . The health monitor of claim 1 , wherein the stored programming instructions are configured to compare the data from the first sensor with a threshold value, the threshold value being associated with a degree of expansion or contraction experienced by the first sensor, the programming instructions further being configured to trigger an alarm when the data from the first sensor is outside the threshold value.
15 . The health monitor of claim 1 , further comprising a proximity sensor configured to detect proximity of the health monitor with a user.
16 . A health monitor, comprising:
a sensor, the sensor being attached to a substrate material, the substrate material being configured to allow for expansion and contraction whereby the sensor is configured to detect an expansion or contraction of the substrate material, the sensor and the substrate material further being sized and configured to be attached to an appendage of a person, whereby expansion or contraction of the appendage of the person causes corresponding expansion or contraction of the substrate material when the substrate material is attached to the appendage;
a processor carried by the substrate material and in communication with the sensor;
a memory carried by the substrate material and containing stored programming instructions, the programming instructions operable by the processor to cause the memory to store data received from the sensor.
17 . The health monitor of claim 16 , wherein the sensor comprises a plurality of sensors, the plurality of sensors being spaced apart from one another on the substrate material.
18 . The health monitor of claim 16 , further comprising an input/output component carried by the substrate, the input/output component being configured to communicate with computer to receive and store the data received from the sensor.
19 . The health monitor of claim 18 , wherein the computer further comprises a processor and a memory, the memory containing stored programming instructions to track changes in expansion of the appendage over time.
20 . A method for monitoring health of a user, comprising:
providing a health monitor in accordance with claim 16 ;
attaching the health monitor to the person; and
determining whether the appendage of the person has expanded or contracted beyond a threshold value.