Instructables com Health Glove(Intel iot)

Health Glove(Intel IOT)

by IshaanG on May 14, 2015

Table of Contents

Health Glove(Intel IOT) 1

Intro: Health Glove(Intel IOT) 2

Step 1: Setup using Intel Edison and EHealth's Libelium Kit 2

File Downloads 4

Step 2: Set up Intel Dashboard (Power of Analytics) 4

Related Instructables 5

Advertisements 5

Comments 5

Intro: Health Glove(Intel IOT)

E-Health Glove brings all your body parameters through different sensors interfaced with it and displays the readings on the a small LCD display on the glove.The main crux of the idea was to make a device through which your doctor can analyze you remotely. Although today's ambulance are very well advanced, but we thought of trying a cheap solution which can be set up which can be used even in the ambulance so that doctor will be prepared and well informed for the patient he is going to treat

Step 1: Setup using Intel Edison and EHealth's Libelium Kit

We took the help of Intel Edison which is Arduino Compatible and EHealth's Libelium Kit. We interfaced sensors like Temperature Sensor, Heart Rate Sensor, Pressure Sensor on the hardware.
With the help of Intel Analytics Dashboard Platform we were able to bring out a real time analytics platform where you can analyse,how your body temperature varies(Refer the graph like images ).
We used Intel IOT XDK to interact with the Edison Board.
Node.JS was used to create client-server communication platform:-
Attached Code (temp.js) was used to talk with the temperature sensor interfaced with the board.
We interfaced touch sensor , buzzer, and other mathematical conversions which can be referenced from (main.js)

File Downloads

temp.js (2 KB)

[NOTE: When saving, if you see .tmp as the file ext, rename it to 'temp.js']

main.js (10 KB)

[NOTE: When saving, if you see .tmp as the file ext, rename it to 'main.js']

Step 2: Set up Intel Dashboard (Power of Analytics)

Once you have your device added to your account, you'll need to define in the Dashboard what sensors you're going to be using with your Edison. This is done under the Account > Catalog tab on Dashboard.

There are a few there by default, but of course you'll be adding more. I'll add be adding another Pushbutton component named "button2".

Click "Add Component" on the catalog page and fill in the info page that comes up (shown in my second picture). It's fairly straightforward, but here's a few things I've found so far: --- Booleans aren't displayed on a graph as well as numbers (if at all), but you can easily use them for buttons and some other sensors - it depends on their purpose which one you choose. --- You'll need the name of the component in the command line later, so try not to use_spaces.
Now to get into the Edison itself.
Assuming you've registered your device, from the command line you can run iotkit-admin catalog to get a list of all the components you have registered under your account. You should see the one you've just added somewhere in the list.
You can also use iotkit-admin components to see which components of the catalog are actually being used in your device.

At this point the component you've just added probably isn't in the components list, so type iotkit-admin register where is the name you used in the last step to add the component to the catalog, and is the name that comes up on the Dashboard's catalog screen. If this last part worked the new component should now show up in the device's components list.

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