Trauma Care 60 puts everything you need after having a road accident, on your palm. This app has been built to enhance the quality of care to trauma victims in Delhi.

This app is to be used by general public. This app can be used by the trauma victims to receive proper care after having an accident and it can also be used by people who want to help a trauma victim to get proper care after an accident.

This app focuses on improving outcomes for individuals in Delhi undergoing trauma care as a consequence of accidents by: 1) decreasing the time to get to treatment or to get to a trauma center; and/or 2) increasing availability of information related to treatment needs within the “Golden Hour.”

App features:

  • Perform emergency tasks: This feature lets the user send a message containing an emergency message, user's location and the phone's battery level to emergency contacts, which is set up during app installation (explained in detail later) and then makes a call to an ambulance service provider and then puts the call on speaker.
  • Tips for managing road accidents: This feature tells the user how to handle a road accident and also provides additional tips.
  • Search for hospitals: This option displays the user's current location and nearby hospitals. The information is updated in regular intervals. The user's location is displayed using red marker and the hospitals are shown using blue markers. Tapping on a blue marker will display the hospital name and the rating of that hospital.
  • Medical data: This feature is for accessing medical data of the trauma victims. If the care providers get access to this data they can provide better quality care to the user. In research it was discovered
    that India has a long way to go in digitisation of medical records. Some organisations have launched their own solutions but none of them has been adopted widely. In international level, the digitised medical data storage solutions are not very successful. In research it was also discovered that Indian government is considering using Unique Identification Number (UID), also known as Aadhaar no. to maintain medical records and that Microsoft offers a solution HealthVault to store and maintain health and fitness information. So this app feature displays the Aadhaar no. of the user and a button which launches HealthVault in the browser.
  • Car stopper: This feature lets the user display a red screen which he/she can use to stop cars. For instance, if the user's vehicle is heavily damaged but, he/she has sustained minor injury then he/she can
    use this feature to stop another vehicle from the road and then request the driver of that vehicle to take him/her to a nearby hospital.
  • Camera tasks: This feature lets the user capture images and record videos. This feature can be used to explain the car crash in a vivid way to the doctor so that the user gets perfect treatment.
  • Update facebook status: This feature lets the user update facebook status after he/she has received treatment so that his/her friends, colleagues and family members knows about the situation.
  • Tweet: This feature lets the user tweet after he/she has received treatment so that his/her friends, colleagues and family members knows about the situation.
  • About: This feature provides the version information and developer information.

Installation, set up, Settings and places attribution information:

When this app is installed and launched for the first time the user sees the "Initial Setup" screen. The user is required to select five contact numbers complete the set up. The user can skip this and add the numbers at a later time but it is strongly recommended that he/she finishes the set up. After completing the initial setup the user sees the "Main Menu". The "Settings" can be launched from the "Main Menu" only and there the user can change the preference values. In "Settings" following options are available:

  • Auto mode: If enabled, when a car crash is detected the app will be launched and the emergency tasks will be performed automatically. If disabled, the app will be launched but emergency tasks will not be performed. This option is enabled by default.
  • Loudspeaker: If enabled, call to ambulance service provider will be placed on speaker. This option is enabled by default.
  • Ambulance service provider: This field contains the ambulance service provider. After research four organisations were selected: CATS, MAX, Apollo and Prime Ambulance. The user can select any of these four organisations as the ambulance service provider. The default option is CATS.
  • Emergency contacts: This field contains the comma-separated list of emergency contacts. The user can add as many contacts as required. The numbers must not contain any spaces or other unnecessary characters and must be separated by comma. The recommended number of emergency contacts
    is five.
  • Hospital finder range in km: User can specify the radius in km within which hospitals will be searched. Default value is 5 km.
  • Aadhaar no: The user should save his Aadhaar no. here. If he/she does not save his/her Aadhaar no. here, in "Medical Data" screen his/her Aadhaar no. will be displayed as not set. In the "Nearby Hospitals" screen the places attribution information is available through the action bar button situated on the top right.

How this app works:

This app installs and starts a service called CarCrashDetectionService in the phone. This service detects car crash using accelerometer sensor and then broadcasts an intent which is received by the
CarCrashDetectionServiceBroadcastReceiver which then launches the app and then the emergency tasks are performed. The app's MainActivity has logic to detect whether it has been launched from the Broadcast Receiver or not.

How Ford’s OpenXC platform could enhance a future iteration of this app:

While researching car crash detection algorithms it was discovered that there is one OpenXC library which can detect car crash. After a deep research it was found that the library is at the moment at a very basic stage and it hasn't seen much attention in the last 3 months. One issue was posted but was not resolved. Developing a new car crash algorithm requires huge testing and so it was not considered a feasible approach. So, it was decided to use the well-known g-force based approach
to detect car crashes. If a good crash detection library is built on OpenXC platform by Ford, which has all the resources for building it, it could be used to detect car crash in a better way in this app.

Other information:

SYNC® AppLink™ was not required to implement this app. Blue Button XML was not used to implement this app because there is no widely used digitised health data source and it doesn't really help in urgent situations. This app is not intended to be used while driving.

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