I had an idea of cardboard designs creating a mess all around me full of jealous paper clips and hard to clean up, so I decided to make a handy broom that would enable me to clean up the mess I made out of the cut paper
We designed the circuit on Tinkercad
We have used several tools in this project as a
tool component:
-Screwdriver -Iron pliers - Soldering iron -ruler -scalpel -Rotring compass
-wax gun -scissors
Tool to use prototype:
-cardboard
electronic component:
-DC Motor -ON/OFF Switch -DC Power Adapter -DC Jack to terminal block converter
-Jumper Wires (Male-Female) -Crocodile Wires -Fan Blades
Tool Component
Arduino
resistor
adapter power
DC motor
on/of switch
wire male or female
LED
Tool to use prototype.
I have inserted the required components from the search box, such as searching the power, searching for push bottom, and also searching for the DC motor. Once you click on it and drag it into the area designated for the circuit design, you will be with us.
Here, after listing the required components from the dedicated library, we have prepared the power source so that it can output 0.5 volts
Here we have connected the other end to the positive side of the push button and the negative side to the breadboard
They connected the negative end of the LED to a resistor where the other end of the resistor is connected to the negative end of the power source and the positive end to the positive end of the power source
We connected the motor to the negative terminal of the voltage source and the positive terminal to the positive terminal so that the circuit is complete and works properly
we use power 5V to turn on the circuit
you need to say why did you use parallel not series, what would happen if they were connected in series?
Since it is in series, the current is constant and the voltage is variable, but in parallel with the opposite direction, the voltage is constant and the current is variable
I brought an empty canister to make a fan to put on the motor to suck the air in by drawing a circle using a Rotring compass, then cutting it and making the fan
The motor was without wires from the poles, so I used a soldering iron and tin to solder two wires, one positive to the positive side and the other to the negative side, so that I could connect them to the electrical source
I have connected the DC Power Adapter to the DC Jack to terminal block converter so that I can connect it with wires for the motor, on/off switch and Jumper Wires (Male-Female)
I chose cardboard to make a diagonal circle around which the outer cover wraps, and we install the motor in the circle
We chose an empty can to remove the twisting part responsible for the tight closure, so that I could unpack and empty the trash that I carried and install the lid again with ease and tightly.
We cut out the paper as strong as we want, made the fan and attached it to the motor, equipped the power supply, prepared the wires, and connected them. We also made the electrical circuit in the design.
The problem we face:
The problem that we faced was that the cardboard was pressing on some of the front parts when pressing on it, and it was a problem that the model would be damaged quickly
Solve the problem :
But with scraps of wood that I used to work with in the first part of the diploma, I put it in the middle, as we can see
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