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Mind-Mapping Task - Coggle Diagram
Mind-Mapping Task
Recyclable MP3 Amplifier
3D Printing
Cheaper
Larger access to materials
Adds mechanical properties
Molten state to a formatted solid state
Separate components can be printed
Energy consumption
Audio depends of the magnitude of electricity flowing
100 watts of power
Minimal compared to other electrical devices
Key components:
Speaker sensitivity
Amplifier's volume
Priority of materials
Use of recyclable plastics
LDPE
Compare and contrast durability and properties
HDPE
PVC
PET
PS
PP
Output of speaker
Driver can use flexible materials
Single wall PTG prints
Ergonomics:
comfortable for use to handle
Ergon
Single Component Design
Regenerative braking
Us of energy capturing devices
Slow a vehicle down
Store of unused kinetic energy
Innovation of braking pads
Allows transport to have more energy
Reciprocates across different modes of transport
Generator hubs on bikes
In replace of side wall generators
Provide efficient lighting in the dark
Potential use of magnetic induction
Mechanical Power
Solar power
Quick release components on bikes
Substitute for wingnuts
Incorporates a second function
Allows removal of tire in case of a puncture or a tire becomes flat
cam operated
T bar for skateboards
Enables more distinct turns
Change of direction with applied speed
Renewable energy charging station
Micro-windmills
10 micro-windmills can fit on a single grain of rice
Convenient for mobile users that are travelling are in a car and the battery is low
Material wise built of nickel or aluminum based alloy
The embodiment of micro windmills in the sleeve of a phone
Placing the phone in a windy area or by waving it enables the micro windmills to charge the phone
Use of solar panels to
create an electrical supply
Aesthetics: -Natural tree
-Leaves act as solar
-panels
-Charging pads
-USB ports or outlets that
are found on the 'trunk' of the tree
Relates back to the natural environment
a university campus may have
Comfortable for users and is not a large implication that affects the appearance of the university
Material: Sustainable as possible
Use of PLA
Biodegradable plastic
Plywood
By use of a wind turret to convert
mechanical motion into an electrical
charging ports accessible across campus
Structure made of a stainless steel
Layer of paint can be put on top as a protective layer and conserves durability
Main 'pole' acting as support can have outlets to charge devices
Long durability mechanism
Robotic Vehicle or Remote Controlled Drone
Drone that possess a speaker
Drone embedded with speaker
calls out predator sounds
Controlled by a single user
Microcontroller
Arduino Board application of coding and movements
Potential camera to identify when birds of prey may be to said 'calls'
Use of 3D Printing
Separate components
Additive Manufacturing
Material Extrusion
Addition of material likely that of ABS Plastic
Deters birds away from campus
Keeps campus clean
eat lunch in peace
Consistency of birds, such as pigeons and seagulls
Predator calls are used to keep
away from campus
Litter collecting robot
Follows predetermined route
Use of a controller to control movements of robot
Coding to anticipate movement
Arduino Board application of commands
Identify barriers or obstacles