Anemone Tentacle Mk1 (Arduino YÚN Case)

thingiverse

It looks like you've shared a detailed lesson plan for creating an Anemone Tentacle open hardware device. Here's a summary of the key points: **Materials:** * Arduino TFT LCD Display * Rotary Encoder KY-040 * Buzzer YL-44 * Microswitch TC-0108-T * Red Switch P-PB303B * Green Super Flux LED 913PG2C (x2) * Optocoupler BPC-817C (x2) * Resistor 220 Ohm (x2) * Resistor 10 Kiloohm (x1) * Prototype Shield with Small Breadboard * Stripboard Single Side PCB 5x7cm * RJ-11 Connector Box WEBP 6-4 LP 833-045 * Insulated wire on coil 0,4mm/25m Blue * Breadboard Connectors PROSKIT OP-E351 * Female Headers Row 40 * Male Headers Row 20 Straight * Male Headers Row 20 90-deg * Jumper Cables M-M, M-F, F-F, 40pcs, 10cm * Jumper Cables M-M, M-F, F-F, 40pcs, 20cm **Total Cost:** €114.84 **Skills Learned:** * Soldering * Electronics * Programming **Duration of Lesson:** 18 hours (4 hours preparation + 10 hours 3D printing + 4 hours assembly) **Preparation:** * To 3D print the Tentacle case, you need: + A 3D printer (ABS compatible = with heated bed) + ABS filament * In theory, PLA filament can also be used, but it has not been tested. **Rubric and Assessment:** * The student assessment is a success when: + A. Students were able to construct a working Anemone Tentacle device and install the software on it. + B. (harder variant) Students were able to construct a working Anemone Tentacle device, install their own Anemone application using OTA update. **References:** * The Anemone Cloud platform www.anemone.cloud * Official Anemone GitHub Repository * Anemone Platform Documentation