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Devam Project・2 minutes read
A safety project utilizing septic tanks and sensors has been developed to prevent accidents like the bridge collapse in Morbi, with essential components and programming required for its implementation. The project ensures safety by automatically closing the bridge barrier when the weight limit is exceeded, with a base model created for installation on bridge structures.
Insights
- The project aims to enhance safety by implementing a system that automatically closes the bridge barrier when the weight limit is exceeded, preventing accidents like the one in Morbi.
- Detailed components such as ordinal sensors, LCD, and servo motors are crucial for the project's functionality, requiring precise connections and programming through Arduino software to ensure proper operation and effectiveness.
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Recent questions
What is the purpose of the project?
To prevent accidents by closing bridge barrier.
What components are required for the project?
Ordinal sensors, LCD, female header, ITC, 7805, servo motor.
How should the connections be made for the project?
Carefully following specific instructions for each component.
Why is programming using Arduino software essential?
To operate the safety system effectively.
What is the current status of the project?
A base model has been created with a circuit ready for installation.
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Summary
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"Bridge Safety Project: Weight Limit Sensor"
- A project was created to prevent accidents like the one in Morbi, where an old bridge collapsed due to excess weight. The project involves 20 septic tanks, with a system that closes the bridge barrier when the weight limit is reached, ensuring safety.
- The project requires components like ordinal sensors, 16 cross LCD, female header, ITC, 7805, and a servo motor. Connections need to be made carefully, following specific instructions for each component to ensure proper functioning.
- Programming the project using Arduino software is essential for its operation. A base model of the project has been created, with a circuit ready to be fitted onto the bridge structure, including the LCD and servo motor for controlling the barrier system.
