Project Help
Budget: $30 – $250 CAD
Abstract
This project aims to design and implement an automated soda dispensing machine with an intuitive user interface using LabVIEW's Human-Machine Interface (HMI). The machine will allow users to select from three beverage options, each with controlled dispensing and temperature monitoring. Using a system of sensors and pumps controlled via Arduino, the machine will ensure precise pouring while monitoring the temperature and liquid levels for an optimal user experience.
Project Description
The proposed system replicates a soda dispensing machine where users can select from three distinct beverage options via LabVIEW's HMI. This interface will guide the user through the beverage selection process, enabling them to initiate the dispensing of their chosen drink. The system will utilize Arduino controllers to manage three pumps corresponding to each beverage type, dispensing the selected drink in a controlled and precise manner. Additional sensors are included to monitor temperature and liquid levels, ensuring that drinks are served at optimal conditions. I will be using food colouring to replicate 3 different sodas.
The machine's functionalities include:
•
User input via LabVIEW HMI for beverage selection.
•
Real-time control of pumps for beverage dispensing.
•
Temperature monitoring for each beverage to maintain quality.
•
Ultrasonic sensors to measure liquid levels and prevent overflow or spillage.
Components List
1.
Arduino Pumps (3) - for dispensing each type of beverage.
2.
Temperature Sensors (3) - to monitor and regulate the temperature of each drink.
3.
Ultrasonic Sensors (3) - to monitor beverage levels and avoid overflow.
4.
Arduino Microcontroller - for controlling pumps and sensors.
5.
LabVIEW Software - for developing the HMI interface.
6.
Silicone Tubes – to transfer the liquid from a container to cup.
7.
Water Container (3) – to hold the “3 beverages” one for each liquid.
8.
Relays – to connect the 12V pumps to the Arduino.
9.
Resistors – for stable sensor operation and LED indicators.
10.
Insulated Enclosure – to keep the beverages cold
11.
Wood/Plastic Enclosure – to cover everything so the user only see the soda being dispensed.
This project aims to design and implement an automated soda dispensing machine with an intuitive user interface using LabVIEW's Human-Machine Interface (HMI). The machine will allow users to select from three beverage options, each with controlled dispensing and temperature monitoring. Using a system of sensors and pumps controlled via Arduino, the machine will ensure precise pouring while monitoring the temperature and liquid levels for an optimal user experience.
Project Description
The proposed system replicates a soda dispensing machine where users can select from three distinct beverage options via LabVIEW's HMI. This interface will guide the user through the beverage selection process, enabling them to initiate the dispensing of their chosen drink. The system will utilize Arduino controllers to manage three pumps corresponding to each beverage type, dispensing the selected drink in a controlled and precise manner. Additional sensors are included to monitor temperature and liquid levels, ensuring that drinks are served at optimal conditions. I will be using food colouring to replicate 3 different sodas.
The machine's functionalities include:
•
User input via LabVIEW HMI for beverage selection.
•
Real-time control of pumps for beverage dispensing.
•
Temperature monitoring for each beverage to maintain quality.
•
Ultrasonic sensors to measure liquid levels and prevent overflow or spillage.
Components List
1.
Arduino Pumps (3) - for dispensing each type of beverage.
2.
Temperature Sensors (3) - to monitor and regulate the temperature of each drink.
3.
Ultrasonic Sensors (3) - to monitor beverage levels and avoid overflow.
4.
Arduino Microcontroller - for controlling pumps and sensors.
5.
LabVIEW Software - for developing the HMI interface.
6.
Silicone Tubes – to transfer the liquid from a container to cup.
7.
Water Container (3) – to hold the “3 beverages” one for each liquid.
8.
Relays – to connect the 12V pumps to the Arduino.
9.
Resistors – for stable sensor operation and LED indicators.
10.
Insulated Enclosure – to keep the beverages cold
11.
Wood/Plastic Enclosure – to cover everything so the user only see the soda being dispensed.