Smart wardrobe

This is my undergraduate graduation design, which won the excellent graduation design award.

This project responds to the boom of smart home and plans to design an AliCloud based IoT wardrobe with automatic clothes selection, touch screen control, disinfection and dehumidification.

Firstly, a 1:1 wardrobe was manually constructed using acrylic plates and stainless steel. Secondly, the AliCloud platform was developed by establishing products and devices in AliCloud and configuring the corresponding rule engine to enable remote communication between upper and lower computers based on MQTT protocol.

Then the APP of the upper computer was developed. By utilizing App Inventor to program the application online, remote control of the lower computer via mobile phone was achieved and data from said computer was also successfully received. From then on, we developed the stm32-based lower computer module and installed all sensors and controllers in the wardrobe. The switch of relays, the display control of capacitive touch screen, the use of temperature sensor and the use of WIFI module were realized by the MCU intelligent control.

The entire system was ultimately debugged, encompassing the communication experiment of AliCloud platform and the upper-lower computer experiment. The results of these debugging experiments align with the mission statement’s provisions and validate the overall feasibility of this system.

Nowadays, the intelligent wardrobe is still in its nascent stage. This product aims to bring smart wardrobes into the lives of ordinary people and innovatively address issues such as cumbersome clothing organization, frequent mold growth, and lack of remote control capabilities.