3.4 IDENTIFY CONSTRAINTS - W-Div-Engg-Exploration-Odd-2026-27/Repo-12 GitHub Wiki

Constraint	Description
Mechanical Tolerance	3mm copper tubes maintaining smooth internal clearance for moving linkage rods without mechanical binding or friction lockup.
Trigger Sensitivity	Precise sensor and capacitive touch calibration on the pot rim avoiding false triggers.
Safety & Noise	Precision-machined components and smooth alignment minimizing operational hum during blooming.
Cost	Affordable microcontrollers, drivers, and wiring ensuring budget-friendly consumer pricing.
Size	Compact internal layout ensuring all driver modules, wiring, and power components fit entirely inside the ceramic pot base.
Weight	Lightweight brass wire and electronic materials maintaining overall structural stability.
Safety	Ceramic-insulated copper wires and low-voltage DC design preventing internal short circuits and electrical hazards.
Reliability	Consistent motor and leadscrew performance avoiding any mechanical jamming during cycles.
Appearance	Clean tabletop aesthetic with all internal electronics concealed beneath thermocol and decorative white marbles.
Time	Instantaneous execution delivering a seamless, touch-triggered blooming display.

1.2 Problem Identification-

Core Issue: Traditional decorative flower displays are static, non-interactive, and fail to provide synchronized mechanical blooming or dynamic lighting features. Engineering Gap: Existing prototypes often suffer from bulky external wiring, mechanical binding during motion, and unmanaged electrical power spikes within tightly restricted enclosures.