UTS_Sistem Instrumentasi Lanjut_Sistem akuisisi data_Fahrul Indra
Sintesi
TLDRThe presentation outlines a smart garage system designed for advanced data acquisition, featuring fire detection, light adjustment, and vehicle proximity detection. It utilizes a fire sensor to activate a fan when smoke is detected, a light sensor to adjust lighting based on ambient conditions, and an ultrasonic sensor to manage the garage door's opening and closing based on vehicle distance. The system is controlled by an Arduino microcontroller and visualized on an LCD monitor, demonstrating its functionality through various scenarios.
Punti di forza
- 🔧 Smart garage system enhances safety and convenience.
- 🔥 Fire sensor activates fan upon smoke detection.
- 💡 Light sensor adjusts lighting based on ambient light.
- 🚗 Ultrasonic sensor manages garage door access.
- 🖥️ System controlled by Arduino microcontroller.
- 📊 LCD monitor displays system status.
- 🔄 Relay controls fan and light activation.
- 🌙 Lights turn on in darkness, off in brightness.
- 🔒 Garage door opens/closes based on vehicle proximity.
- 📈 Demonstration showcases system functionality.
Linea temporale
- 00:00:00 - 00:06:59
The speaker, Farunda Setiawan from the Master's program in Electrical Engineering, introduces a project on advanced instrumentation systems focusing on a smart garage design. The system includes a fire sensor connected to a motor that acts as a fan, which activates when fire is detected. Additionally, a light sensor adjusts the garage lighting based on ambient light, and an ultrasonic sensor detects vehicle proximity to automatically open or close the garage door. The visualization is done using an LCD monitor controlled by an Arduino microcontroller, with specific libraries and pin configurations for the sensors and actuators. The setup includes input from the fire sensor and output to LEDs and a relay for the fan. The LCD displays the project title upon startup, and the loop function manages sensor and actuator operations based on distance measurements and fire detection. The prototype demonstrates the system's response to fire detection and light conditions, showcasing the functionality of the garage door mechanism based on vehicle proximity.
Mappa mentale
Video Domande e Risposte
What is the main purpose of the smart garage system?
The smart garage system is designed to enhance safety and convenience by detecting fire, adjusting lighting, and managing garage door access based on vehicle proximity.
What sensors are used in the smart garage system?
The system uses a fire sensor, light sensor, and ultrasonic sensor.
How does the fire detection feature work?
When the fire sensor detects smoke, it activates a relay that turns on a fan.
What role does the light sensor play?
The light sensor adjusts the garage lighting based on the ambient light conditions.
How does the ultrasonic sensor function?
The ultrasonic sensor detects the distance of approaching vehicles to automatically open or close the garage door.
What microcontroller is used in the system?
The system uses an Arduino microcontroller.
How is the system visualized?
The system's status is displayed on an LCD monitor.
What happens when the garage is dark?
The light sensor turns on the garage lights when it detects darkness.
What happens when the garage is bright?
The light sensor turns off the garage lights when it detects sufficient light.
What is the significance of the relay in the system?
The relay controls the activation of the fan and lights based on sensor inputs.
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- smart garage
- fire detection
- light sensor
- ultrasonic sensor
- Arduino
- data acquisition
- automation
- safety
- convenience
- sensor integration