| 1 |
Taps hidden switch to bloom |
Capacitive touch sends digital interrupt to ESP32-C3 |
| 2 |
Controls flower via smartphone |
ESP32-C3 wifi or bluetooth processes wireless packets |
| 3 |
Watches continuous petal moment |
Stepper motor drives leadscrew and travelling nut |
| 4 |
Observes synchronized vertical blooming motion |
Stepper motor leadscrew lifts center push-rod upward |
| 5 |
Flower opens on user approach |
Ultrasonic distance sensor triggers proximity interrupt |
| 6 |
Views pink and green glowing LEDs |
Micro controller PWM drives LED circuits on brass wire |
| 7 |
Adjust blooming and closing speed |
Firmware modulates stepper motor step delay profiles |
| 8 |
Regulates LED light brightness |
PWM duty cycle adjusted programmatically |
| 9 |
Recharges without plug in cords |
Wireless charging module interphases with internal battery |
| 10 |
Places decor piece anywhere freely |
Compact internal layout inside ceramic pot volume |
| 11 |
Operates with minimal noise |
Precision components and leadscrew alingment reduce friction |
| 12 |
Sees clean table top aesthetics |
Electronics conceled under thermocol/marbles |
| 13 |
Resets or interrupts motion instantly |
Software state machine responds to override triggers |
| 14 |
Conserves power when unattended |
Firmware enters low power deep sleep mode |
| 15 |
Uses device as a gentle night light |
Low intensity static lighting modes enabled via code |
| 16 |
Views animation synced with motion |
Multi-channel lighting patterns synced with motor position |
| 17 |
Touches interior safely |
Ceramic insulated copper tubes and low voltage DC design |
| 18 |
Folds petals into closed buds |
Stepper motor reverses direction to retract linkage arms |
| 19 |
Recieves low battery notification |
Micro controller flashes warning LED pattern |
| 20 |
Operates device instantly |
Pre calibrated linkages and pre flashed firmware setup |