Army Safety Project | Smart Landmine for Indian Armies | innovative ideas

Summary

In this DIY project, the creator demonstrates how to build a security system that activates when an unauthorized person steps onto a designated area. Using simple materials like push buttons, relays, nichrome wire, and rechargeable batteries, the project integrates a transmitter and receiver to trigger a blast in the event of intrusion. The speaker guides viewers step-by-step, including assembly, wiring, and testing. Additional features like 3D printing and custom PCBs are also introduced. Technical support is offered for those seeking assistance with the project, reflecting the creator's commitment to helping viewers succeed.

Takeaways

• 😀 The video showcases a unique project designed for security purposes, where a blast happens when an intruder steps on a special area, helping prevent unauthorized entry.
• 🎥 The project explanation emphasizes simplicity, with no complex coding or audio needed, focusing on a straightforward approach to construction.
• 🔧 The project requires basic components like a push button switch, a relay, and a connector, with all materials available for purchase through provided links.
• 💡 The project also involves using a PVC pipe and specific connectors to assemble the device, with a focus on durability and ease of assembly.
• 🔋 Power supply for the project involves two rechargeable 3.7V batteries, and charging is facilitated with protection modules for both batteries.
• ⚡ For the connection process, the project makes use of two types of wires: a standard one for electronics and a high-quality copper wire for heating elements.
• 🔌 The receiver and transmitter parts require connection to a relay coil, with further connections using simple soldering methods for reliability.
• ⚙️ The project also includes a remote control car circuit, which is repurposed for the transmitter and receiver communication system.
• 🔒 The project is designed to provide security by automatically activating the blast mechanism when unauthorized entry is detected, ensuring safety.
• 📦 A custom PCB design option is discussed for the project, where users can upload files and select specifications like thickness, quantity, and color for production.
• 🙋‍♂️ Due to high message volume, the creator now has a team member who helps with technical support and project inquiries for a small fee, as the creator is also a student managing his college studies.

Q & A

What is the purpose of the project discussed in the video?

The project is designed to create a security system that detects unauthorized access. It uses a pressure-sensitive switch and a remote-controlled circuit to trigger an action if an intruder steps on a designated area.

How does the security system function?

The system is activated when someone steps on a designated area. If an unauthorized person enters, the system triggers a blast. The mechanism works by detecting the presence of the intruder through a pressure switch.

What components are required to build this project?

The project requires a push button switch, relay (5 or 6 volts), nichrome wire (from a heater rod or soldering iron), two circuits (transmitter and receiver), rechargeable batteries, a charging protection module, and connectors.

How is the pressure switch used in the project?

The pressure switch is connected in a way that it gets activated when an intruder steps on it. The switch remains off until someone steps on the designated area, at which point it triggers the blast mechanism.

What role do the rechargeable batteries play in the system?

The rechargeable batteries provide power to the transmitter and receiver circuits. The batteries are connected to the circuits, and charging protection modules ensure they are charged safely.

What is the function of the relay in the circuit?

The relay in the circuit is responsible for controlling the flow of current to the pressure switch and the blast mechanism. It activates when the system is triggered, causing the blast to occur.

Can this system be customized with additional features?

Yes, the system can be enhanced with additional features like 3D printing and SMT stencils. These can be used to design custom PCBs and integrate more advanced components.

How is the transmitter section of the system constructed?

The transmitter section is built using a simple remote control circuit, a switch, and a battery. The switch connects the wires, and once pressed, it sends a signal to the receiver to activate the security feature.

What should users do if they need technical assistance with the project?

For technical help, users can contact the team members listed in the video description. The team offers support for creating circuits, codes, and designing new projects.

Why is the creator unable to respond to all messages personally?

The creator is a college student, and due to the large volume of messages (over 4000 on Instagram), it has become difficult to reply to each one individually. However, a team member has been appointed to handle technical queries.