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Anonymous1766443263
12-22 23:41
Model Name
anti-theft sensor 3d model
Tags
machine
rendering
realistic
Prompt
Design a functional 3D enclosure for a university prototype of an IoT anti-theft system called "Anti-Theft Sentinel". The enclosure must have a TRIANGULAR PRISM shape (isosceles triangle base), designed to stabilize and fit an ESP32 development board, loose electronic modules (no custom PCB), sensors, and small actuators. General requirements: - Overall dimensions: approximately 120 mm (length) × 80 mm (width) × 45 mm (height) - The triangular shape must provide internal flat surfaces and mounting standoffs for electronics - Rounded external edges for durability and ease of installation - Made of plastic (ABS or PETG suitable for 3D printing) Functional features: - Ventilation slots on the side faces for passive heat dissipation - Two circular holes (≈5 mm diameter) on one face for external LEDs visibility - One rear cable exit opening for power and signal wires Magnet mounting: - Include an internal rectangular compartment on the flat bottom face to insert a neodymium magnet - Magnet size: 30 mm × 10 mm × 3 mm (common, easy-to-find neodymium magnet) - The compartment must be accessible from inside before closing the enclosure - The magnet must be fully enclosed and not visible from the outside Branding / text: - Engrave the text “Anti-Theft Sentinel” on the top face of the enclosure - Engraving depth: approximately 0.8–1.0 mm - Clean, centered, professional typography (industrial style, no decorative font) Assembly: - Two-part enclosure: - bottom shell - removable top cover - Screw-based closure (no snap-fit) - Recessed screw holes - Flat base suitable for magnetic attachment and double-sided tape Internal layout: - Internal mounting pillars to hold: - ESP32 dev board - vibration/motion sensor - GPS or GSM module - Extra internal space for jumper wires (non-compact prototype) Design style: - Functional, industrial, and discreet - Matte surface finish - Neutral color (black or dark gray) - No external LEDs or branding other than the engraved name Output requirements: - Generate a watertight 3D mesh - Exportable as STL file - Suitable for FDM 3D printing without support structures if possible
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