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"A way to provide first responders with depth and rate feedback…

- - - - Using the built in Accelerometer to measure Depth and rate of chest compression
- - - - Inexpensive
  - - - Visually
        
        LED's
        
        Screen
        
        Delivered wired or wirelessly to a phone or another device
      - Audibly
        
        Sounded noises
        
        Recorded message or speech
    - - Patient Heart Rate. Important for monitoring patient condition to gauge if SROC occurs
      - Target Chest Compression Depth
      - Target Chest Compression Rate
- - - - Mechanically ventilate patient/ provide rescue breaths
      - Mechanically assist rescuer to provide chest compressions
    - - Automate chest compressions
      - Automate patient ventilation
      - Automate defibrillation
  - - - Effective chest compression depth
        
        Concepts
        
        Concept 1: Mechanical assist device
        
        Mechanical Assist Device is a tool to assist in delivering deeper chest compressions.
        
        Concept 3: AED add-on
        
        AED add-on is an electronic chest compression feedback device that will be able to connect with existing AEDs
        
        Concept 9: Mini-Auto (Miniaturized Automated Chest Compressor)
        
        Mini-Auto is a smaller version of an existing automated chest compression devices that mechanically provides chest compressions.
        
        Concept 8: Chest Compression Feedback Device
        
        Chest Compression Feedback Device is handheld device which is placed on the patients chest and provides chest compression feedback
        
        Concept 4: Smart watch app
        
        This is an app that is installed on a smart watch (e.g. Apple Watch), it harnesses the built-in accelerometer to measure chest compressions quality and feedback information via built-in smart watch screen and haptics.
        
        Concept 7: Single Use Patch
        
        Single Use Patch is an affordable and accessible single use patch that is applied on the patient’s chest and provides chest compression feedback.
        
        Concept 2: Chest compression card
        
        Chest Compression Card is a chest compression feedback device that is the size of a credit card. It fits in your wallet and allows immediate access in emergency situations.
        
        Concept 10: DIY Home Built Device
        
        DIY Home Built Device is an idea to create a DIY kit with instructions to build chest compression feedback device at home.
        
        Concept 5: Smartphone Accessory
        
        Smartphone Accessory is a sensor that is able to connect via cable into smartphone charging port or via Bluetooth to monitor chest compression quality and display information via an smartphone app.
        
        Concept 6: Smartphone as a Device
        
        This is an app that converts your smartphone into a chest compressions feedback device.
        
        Radio frequency
        
        Pressure
        
        Optics
        
        Visible light
        
        IR
        
        LIDAR
        
        Ultrasound
        
        Gyrometers
        
        Accelerometers
        
        Impedance/resistance
        
        Electromagnetic fields
      - Blood Flow & Cardiac output for Indicating effective CPR
        
        Heart sounds
        
        Ultrasound for indication
        
        Blood flow gradient
        
        Impedance cardiography
      - Effective chest compression rate
        
        Force Sensor
        
        Visual measurement
    - - Through touch
        
        Change in temperature
        
        Vibration
      - Through sound
        
        Tones
        
        Recorded messages/speech
      - Visually
        
        On a mobile device
        
        Screen/GUI display
        
        Lights/LEDs
        
        Colour changes
- - - - Mechanical assist devices
      - Automated mechanical chest compression device
      - AED with chest compression feedback functionality
      - Hand-held feedback devices
    - - CPRcard
      - SmartRubber
  - - - A depth of 5cm at 120 beats per minute are the recommended parameters
    - - Timing
  - - - One way to ensure early and effective chest compressions is to provide quick access to chest compression feedback
    - - Leads to a large market and can save many lives
    - - In Australia, 33,000 people suffer from CA each year with a 5-7% survival rate
    - - Market gap for easily accessible, quality-driven, 'can-be-used by anyone' device