DIY Smart Cleaning Robot

About This Project
This project will show you how to make your own Smart Cleaning Robot.
Project Info
Estimated Time Required: 4 Hrs
Programming Platform:
Difficulty:

Introduction

With holidays and festive season around the corner, everybody wants their house to be as shiny as a mirror’s back. But that can be quite a task! Not anymore, fellas, not anymore! With this easy to build Smart Cleaning Robot, you can now easily clean the floor and the walls of your entire house with a few clicks of the button on your Smartphone! Sit down, grab a cuppa, a plate of your favourite, and clean away!

Want to make one for yourself? Then why are you still here?

Ready. Set. Clean!

Components Required

Building Guide

Step 1: Making

The making is basically divided into three parts:

  1. Assembling Smartphone Controlled
  2. Assembly of Floor Cleaner
  3. Completing the Robot

Step 2: Assembling the Smartphone Controlled Robot

You can find the assembly of the same here.

Now, that we have to mount the cleaning assembly, we need a plain base.

We will attach another chassis on the top of evive, using 60(30+30)mm standoffs.Smartphone-Controlled-Robot

Thus, we got the base is ready.

Step 3: Assembly of Floor Cleaner

We will be making this assembly using BLIX. You can even use LEGO or Cardboard.

We have combined two large pieces of blix using connectors.Blix-pieces connectors

We have made an assembly that will connect the blix pieces to chassis, as shown below.Elongated-Assembly Elongated-Assembly1

Now that we know, the cleaning robot will be having a piece of cleaning cloth attached to the front of it. We will also rotate it so that it can clean in a much better way.

For that, we are going to add two DC Motors.

To fix it properly to the Blix assembly we have added a longer 3D printed shaft at one of its shafts.DC-Motors

This piece will pass through one of the spaces of the blix platform, upon which the cleaning cloth will be mounted.Add-DC-Motors

To fix the DC Motor, tighten it using cable ties.

Now on the shaft, we are going to fix the wheel, upon which we have glued the sponge piece with a cloth.Cleaning-Meachanism

Cleaning-AssemblyLet’s assemble the robot and the assembly together.

Step 4: Completing the Robot

We are going to add the metal servo on to the bottom chassis. Flix the servo using Hot glue & cable ties.Adding-Servo

Now to fix it to the blix assembly, we have added a 3D printed part, which can be attached to the elongated part of the blix assembly.Combining-the-Assembly Combining-the-Assemblyq

We will be adding one more functionality to our robot, that is along with cleaning, the robot will also shower the water and then clean it.

We will need a source where we will be fetching our water from.

Take a water bottle and make a cut on top of it and glue the bottle on top of chassis using hot glue.Adding-Water-source

Fill the bottle.

We will be needing a pump to take water from the bottle to the shower head.

Thus, insert the pump from the cut and fix the pipe into one of the spaces on blix.Adding-Water-Pump

Now, we need a shower or sprayer.

For this, we will add a 3D printed shower and fix it at the centre of the blix assembly.

Fix the pipe to this shower.Add-Water-Shower

Lastly, we need to add an external power source, thus we will be connecting the Lipo battery to the evive.Adding-Battery

Thus the making of the robot is completed.Cleaning Robot

Step 5: Logic

We have used Bluetooth Module, thus we will be able to control the robot using the evive Gamepad app on our smartphone.

The servo is used to set the angle at which you want to clean the surface.

The pump will push the water out through the shower.

The DC Motor is used to rotate the cleaning cloth thus wiping away all the water making your surface shiny.

Step 6: Circuitry

Make the connections as shown below:

fritzing  diagram for cleaning robot

Step 7: Code

We will be assigning the functions to the button of the Gamepad as follows:evive gamepad

  • Left Set of Buttons:
    • Up = Move Forward
    • Down = Move Backward
    • Left = Turn left
    • Right  = Turn Right
  • Right Set of Buttons:
    • Up = Blix Assembly moves upwards
    • Down = Blix assembly moves down
    • Left = To shower the water
  • Extras:
    • Start = To rotate the cleaning Motors
    • Select = To stop the cleaning Motors

code1 code3 code2

Step 8: Conclusion

With this, your DIY Smart Cleaning Robot is ready to make every corner of house your spick and span!

Circuit Diagram

DescriptionCircuit Diagram

Make the connections as shown in the figure:

Code

DescriptionDownload Code
Scratch Code for Cleaning RobotDownload
.STL File of the ShowerDownload
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