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:: Design Requirements

:: To Review:

The goal of Pillar’s is to have an integrated system that will identify, detect, alarm, locate, and respond to a drowning event. Several criteria and constraints were developed, and used to analyze the design alternatives and choose a final design.

::  Design Criteria:

The design must be:

  • Safe and Reliable

  • Robust

  • Sustainable

  • An attractive solution

  • Cost Effective

::  Design Constraints:

The design must:

  •     Successfully detect an event in less than 10 seconds

  •     Successfully initiate and complete an automated response in less than 40 Seconds

  •     Be water resistant – The mechanism will be exposed to water and therefore the detection and response mechanism should be water resistant. 

  •     Have an operational life span of 30 years – A back-yard pool has a life span of approximately 30 years, according to a private pool installation company, therefore requiring the mechanism to have the same maximum lifespan.  

  •     Have a manual emergency backup system – In case of a failure in the system, the response mechanism can be initiated through a manual emergency backup system.

  •     Have a bystander e-stop – If the mechanism is malfunctioning, it can be stopped by a bystander using an e-stop button.



:: Final Design


After considering several design alternatives and analyzing them against the design constraints, the following final design was chosen:

A rising platform coupled with a heart-rate detection system

This design would include:

  •  Response Mechanism: A buoyant platform resting at the bottom of the pool

  • Detection System: A heart-rate detection system

  • Response Principle: The platform would rise to the surface (due to material buoyancy) once a drowning incident is successfully detected

The project was divided into three main categories, which are outlined in the following figure:




 
Pillars || Life Saving System