system mirrored enviro. output module mirrored environment input -data from user or website -user...
TRANSCRIPT
SystemMirrored Enviro. Output
Module Mirrored Environment
Input -Data from user or website
-User input to select historical / user data / web data
-Power: 120 VAC 60Hz
Output System output is maintaining the mirrored environment
Functionality Using user selected / provided data, system will continuously maintain the tank at conditions
Web site / user data
User Selection(Web, historical
Power 120 VAC
Solutions
Feedback OutputTo Mirrored Envir.
Module Sensors
Input Environmental conditions
Output 0-5V analog signals
Functionality Detect immediate conditions of the tank environment.
ComputerMatlab
Simulink Environment
Sensors ParameterControlSystem
Data
User Select
Power 120 VAC
H20 Solutions
.
Module Parameter Control System
Input Digital and Analog outputs from Computer, Power 120 VAC, Water Solutions
Output Change in parameters in the Environment
Functionality Use signals from computer to change the conditions of the tank.
Module Computer
Input Data, User Selects, Power 120 VAC, Sensor
Output Digital and Analog outputs to parameter control system.
Functionality Collect and record data from sensors and files, then use these values to output signals to parameter control system.
Module Environment
Input Changes in parameters from Control
Output Conditions which the Sensors Read
Functionality To contain living organisms (oysters).
Module Computer and Operating System
Input -Power
-Feedback from Matlab
Output User control to Matlab
Functionality To run the Matlab and Simulink programs.
ComputerAnd
Oper. Sys.Matlab Simulink
QuanserTerminal
Board
ComputerData
User Select
Power 120 VAC
Sensors
ParameterControl
Module Matlab
Input Feedback from Computer
Output Information to Simulink
Functionality To run programs to gather and use data
Module Simulink
Input Information from Matlab
Output 0-5V signals to Quanser board
Functionality To run a program that controls signals sent to Quanser board
Module Quanser Terminal Board
Input - 0-5V from Simulink/computer
- 0-5V from sensors
Output 0-5V to parameter control system
Functionality To gather and collect signals in one common location to be fed to computer/program and parameter control system
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pH Meter
ConductivityMeter
ThermisterCircuit
. . Data ParameterControl
Module pH Meter
Input Acidity of tank environment
Output 0-5V signal
Functionality Convert acidity measurement to analog system
Environment
Sensors
Module Conductivity Meter
Input Ease of movement of electrons
Output 0-5V signal
Functionality Measure the ability of water to move electrons in the tank to analog signals
Module Thermister Circuit
Input Temperature (thermal energy)
Output 0-5V signal
Functionality Measure thermal energy and convert to analog signal
Relay BoardSolenoids
Light
Pump-Overflow
Temp Control
.
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.Environment
Computer
Power 120 VAC
Solution
Parameter Control System
Module Relay Board
Input -Digital signals from Quanser
-Power: 120 VAC, 60 Hz
Output Switching capability for other elements
Functionality To isolate Quanser board and give the ability to turn components on and off at varying voltages and frequencies
Module Solenoids
Input 12 VDC
Output Open or close valve
Functionality To allow or inhibit liquid flow
Module Light
Input 120 VAC, 60 Hz
Output Electromagnetic radiation in visible spectrum
Functionality Imitate daylight
Module Pump Overflow
Input 120 VAC, 60 Hz
Output Liquid flow
Functionality Keep tank level from exceeding acceptable maximum
Module Temperature Control
Input 12 VDC, 120 VAC 60 Hz
Output Heat or a reduction of heat
Functionality To regulate tank temperature
Water / Oysters
Environment
ParameterControl
Sensors
Module Water / Oysters
Input Parameter control system
Output Properties to be measured by sensors
Functionality Contain oysters