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Floating House - Coggle Diagram
Floating House
Power and control the subsystems and their components
Power and Control
enables control of the main motors
Code
Arduino setup
input detection
motor control
C++ coding language
Microcontroller integration
Raspberry Pi
enables connection between power source, motors and Arduino and prevents damage to the motors
Circuit
Resistors
Wires
12V power source
ensures that power and control subsystems are not damaged by water
Waterproofing
usb cable access
compact shape
Removable for easy access
lightweight
Reduce the displacement of the house after water level drops
Drive
reduces load on motor
Pulley
mini pulley
stable mounting
pulls the structure back to its correct position
Winch
motor box
Stepper motor
winch rod
connects ground attachments to the winch
Cabling
tethering cable connection
steel cables
tethering hook
side grooves
Provide a stable buoyant structure that fulfils all design criteria
Structure
provides a water resistant structure to house electronics
centre building
roof
sealant
walls
mountings
fasteners
floor
Door and Windoe
allows the house to return precisely to its original position
Allignment
base plate polls
outriggers
pole mountings
outrigger mountings
winch cable grooves
reduces the amount of movement caused by wind force
drag provider
low-drag element
dropper
mounting
fasteners
high-drag element
ensures that the house is not submerged
floatation
mounting
sealant
foam
provides a stable base for the house to rest on
base
ribbing
sealant
encasing
fasteners
Provides safe, flood resistant housing which prevents displacement or damage from rising water levels