IOT component storage search system

Concept

電子創作是需要多種元件組裝，但元件種類過多會有找不到特定元件的困擾，因此會用收納箱裝起各零件並且標註零件種類，以方便辨識。

不過當零件多至數百種時，利用眼睛尋找特定標籤也開始困難了，甚至是每個收納櫃的擺放的位置不同時，這就造成找尋呢困擾了

我提出了一種應用IOT系統板的RF廣播功能，來對多個收納櫃進行顯示管理，在HMI指定需要的元件後，收納櫃會顯示燈號指示零件位置與格數

Electronic creation requires a variety of components to assemble, but there are too many types of components and it may be difficult to find specific components. Therefore, storage boxes are used to pack each part and mark the type of parts for easy identification.

However, when there are hundreds of parts, it becomes difficult to use the eyes to find a specific label, and even when each storage cabinet is placed in a different position, this causes trouble in finding it.

I proposed a way to use the RF broadcasting function of the IOT system board to display and manage multiple storage cabinets. After the HMI specifies the required components, the storage cabinet will display lights to indicate the position and number of parts.

Data Collectino

透過系統版可以將HMI與Arduino結合，將按壓資訊轉換成字串並進行資訊驗證運算，將組合字串(設備名稱，設備編號，收納櫃格數，顯示顏色，CRC驗證)以無線廣播的方式傳至八個收納櫃，即時以RGB LED燈條顯示按壓物品的位置。

Through the system version, you can combine HMI with Arduino, convert the pressing information into a string and perform information verification calculation, and send the combined string (device name, device number, number of storage cabinets, display color, CRC ) to wireless broadcasting Send it to eight storage cabinets, and instantly display the position of the pressed item with an RGB LED light strip.

Final Thoughts

最終在這個專案中，使用了九塊系統版進行無線廣播溝通(八塊在收納櫃，一塊在人機介面)，實現了即時且快速的零件搜尋系統。

Finally, in this project, nine system boards were used for wireless broadcast communication (eight in the storage cabinet and one in the human-machine interface), realizing an instant and fast parts search system.