Components Used in the Project

• Relay module *2
• Heating element 12Vptc *1
• Battery Pack *1
• Boost Converter module *1
• UV LED *3
• LED (red, yellow, blue) *3
• 12v DC motor *1
• Motor controller module *1
• Salad Dryer Bowl *1
• Arduino Nano *1

Description

Desktop Washing Machine Arduino based desktop washing machine, the size is around 10x10 inches, and the shape is cylindrical, with two handles and a plug-and-play adapter for charging. To avoid contamination or infection, newborn babies' garments must be cleaned separately from adult clothing due to their sensitive skin. Freshly cleaned baby clothing should not be hung outside to avoid tiny insects and dust particles adhering to them. Rather than hand-washing infant clothes, which takes a long time. Rather than handwashing each item one at a time, this device speeds up the washing process by acting as a personal cleaning machine and dryer for the infant. The size is suitable for indoor use, allowing the baby to have his or her own washing machine rather than having to wash and dry goods themselves. The prototype's 3D printed docking system was built to withstand the rotating action of the motor from the inside. Three lights and three buttons are present: green for washing, orange for drying, and red for emergency stop. The power switch is on the cover, and the hose is embedded beneath the basket, allowing you to drain the water by simply pulling the hose down and resting it on the ground. Features: 1. Heating element 2. UV LED 3. Portable with standalone rechargeable battery 4. GREEN wash system, ORANGE dry system, RED stop. 5. Buttons – there are 3 buttons will be installed in this prototype, and on/off system. 6. Programmable wash cycle time and drying time. *Assembly of Components Procedure 3D print and laser cut the required components. Put together the top enclosure, holders, and brackets. Assemble a control circuit with buttons and LED lights. Place the Arduino, motor, and assembled control circuit in the appropriate brackets. Programming and testing of the assembled circuit Install the top cover. Seal. Install the rotor/basket connector on the motor shaft. Assemble the basket. Place the basket on a stand.