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DCC Bridge
Anonymous1765101797
12-07 10:03
Model Name
robotic module 3d model
Tags
machine
rendering
realistic
Prompt
Create a 3D CAD model of a compact electronics enclosure designed to mount near the tip of a walking cane. The enclosure must house the following components: 9V battery (standard rectangular battery, approx. 48 × 26 × 17 mm) Arduino Nano (45 × 18 × 8 mm) HC-SR04 ultrasonic sensor Must face forward through a rectangular opening Opening size approx. 46 × 20 mm IR sensor module (TCRT5000-style or similar) Must face downward, through a downward opening approx. 16 × 10 mm Small speaker Add a speaker grill pattern on the top surface Flat vibration motor Internal mounting surface required Enclosure Requirements Outer size around 90 × 35 × 30 mm (can be adjusted for component fit) Internal cavity large enough for all components + wires Wall thickness: 2.0–2.5 mm Open-top box OR two-part enclosure with a snap-fit or screw-on lid Add four screw bosses for M3 screws if using a lid Rounded edges and corners for handheld use Orientation: HC-SR04 at the front face IR sensor on the bottom face angled slightly downward (0–20°) Speaker grill on the top face Cane Mounting System Create a clamp-style mount on the underside of the enclosure: Clamp diameter: 22 mm (for a standard aluminium walking stick) Clamp must be a semi-cylindrical cutout under the enclosure Add a 2–3 mm gap in the clamp to allow tightening Add bolt holes for M3 or M4 screws on each side of the clamp Ensure the enclosure sits parallel to the cane The clamp must be rigid and printable without supports
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