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Anonymous1758629325
10-14 22:09
Model Name
soil management system 3d model
Tags
machine
rendering
realistic
Prompt
Design a 3D model of a dual-module IoT-based Smart Soil Management System consisting of: Fermentation Unit: A cylindrical tank (10 L) labeled “Fermentation Chamber” with an inlet for organic waste, pressure release valve on top, and outlet valve at the base. Inside the tank, include a rotating stirrer (gear motor-driven) and temperature sensor (DHT11) attached to the side. Add a small display screen (for temperature/humidity readout) and Arduino UNO controller box near the base. Irrigation Module: Include a rectangular soil bed section (50 × 30 cm) with visible soil layers and plants (small seedlings). Place moisture and NPK sensors inserted into the soil. Add a water pump connected to a pipe system with a servo-operated valve controlling water flow. Connectivity Components: A Wi-Fi module (ESP8266) attached near the Arduino to represent IoT control. A mobile app screen mock-up or holographic projection showing “Real-Time Data: Moisture, NPK, Temp, Humidity.” Base Platform & Labels: Mount both modules on a single labeled baseplate divided into “Fertilizer Unit” and “Irrigation Unit” zones. Add arrows showing data transmission flow between modules and the IoT dashboard cloud. Aesthetic: Realistic materials (metal for tanks, transparent plastic for pipes, brown soil texture, green plants). Use minimalistic design with color coding: Blue = Water system Green = Fertilizer system Orange = Sensors/Control electronics.
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