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Anonymous1772044852
02-25 18:44
Model Name
environmental smartwatch 3d model
Tags
machine
rendering
realistic
Prompt
Futuristic environmental sensing smartwatch designed for real-world engineering feasibility, focused on external data collection (temperature, humidity, air quality, and noise levels). The device has a compact rectangular body with rounded edges, built with a matte dark gray or black polycarbonate and aluminum hybrid casing. The design prioritizes airflow and sensor exposure over aesthetics. Include dedicated air intake vents on the sides of the watch корпус, with micro-perforations and internal channels to allow proper airflow toward embedded air quality sensors (PM2.5 and VOC). The underside is partially isolated from the skin to prevent thermal interference, with a small standoff structure to reduce body heat contamination in environmental readings. Integrate visible sensor modules: Ambient temperature and humidity sensor positioned away from direct skin contact Microphone port for environmental noise measurement (decibel detection) Air quality sensor chamber with vented structure The watch strap is perforated silicone or fabric to improve ventilation and reduce heat buildup. Include a side button and charging contacts, as well as a small speaker or buzzer for alerts. The screen is minimal, showing environmental metrics: temperature, humidity, air quality index (AQI), and noise levels in decibels. Internal layout should be logically arranged: battery, PCB, microcontroller (ESP32 class), and separated sensor compartments to avoid interference. Style: realistic industrial design, CAD model, exploded view included, clean topology, functional component separation, engineering-oriented, not purely aesthetic. Emphasize manufacturability, sensor accuracy, and ergonomic wearability.
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