VACUM CLEANER | PROJEK P5 REKAYASA TEKNOLOGI | KELOMPOK 2 XI-B

Summary

This video tutorial guides viewers through the process of building a simple, homemade vacuum cleaner using basic materials. The project begins with cutting and shaping a recycled plastic bottle and can, then assembling components like a dynamo, propeller, and switch. The creator demonstrates step-by-step how to attach the necessary parts, including wiring, gluing, and securing the motor. The end result is a functional, creative vacuum cleaner, designed with minimal tools and accessible materials, making it an ideal DIY project for anyone interested in basic engineering or recycling crafts.

Takeaways

• 😀 Prepare a used bottle and cut it into three parts.
• 😀 Remove the top and bottom of the bottle and use the middle part for the project.
• 😀 Shape the middle part of the bottle into a circle and trace a line for cutting.
• 😀 Cut along the traced line to form the desired shape of the bottle.
• 😀 Create a propeller-like shape from the bottle material.
• 😀 Design and cut out patterns for the support structure and handle.
• 😀 Attach the cut-out patterns together using glue.
• 😀 Use a soldering iron to make a hole at the bottom of the bottle.
• 😀 Connect the propeller to a dynamo for the vacuum cleaner functionality.
• 😀 Test the propeller to ensure it works properly.
• 😀 Attach wires from the dynamo to a switch and install a battery to power the device.
• 😀 Secure the components together with glue and finalize the vacuum cleaner's structure.
• 😀 Decorate the vacuum cleaner to make it more visually appealing.
• 😀 The simple vacuum cleaner is now ready to be used.

Q & A

What materials are needed to create the simple vacuum cleaner?

You will need a used bottle, scissors, a can, a soldering iron, a motor (dynamo), a switch, a battery, glue, and possibly a hose for the vacuum cleaner.

How is the bottle prepared for this project?

The bottle is first cut into three parts, and the top and bottom sections are discarded. The middle section of the bottle is used for the main body.

What is the purpose of shaping the can in this project?

The can is cut and shaped into a circular 'propeller' or 'blades' that will help in the vacuuming process once attached to the motor.

How is the motor (dynamo) connected in the vacuum cleaner?

The propeller is attached to the dynamo, and the motor is then tested for functionality. Afterward, the motor is connected to the rest of the structure.

What is the role of the switch in this vacuum cleaner?

The switch is used to control the power from the battery to the motor, allowing the vacuum cleaner to be turned on and off.

What is the purpose of the battery in this project?

The battery is used to power the dynamo, which drives the motor and propeller to create suction in the vacuum cleaner.

How are the parts of the vacuum cleaner assembled?

The parts are glued together, with the propeller being fixed onto the motor, the bottle sections connected, and the hose attached at the top to direct airflow.

How is the vacuum cleaner tested after assembly?

The vacuum cleaner is tested by turning it on using the switch, and ensuring the propeller works correctly to create suction.

How is the vacuum cleaner decorated?

After assembling the basic components, the vacuum cleaner can be decorated to make it more visually appealing.

What is the final step in the construction of the vacuum cleaner?

The final step is to seal the entire unit, ensuring all parts are secured and the vacuum cleaner is ready for use.