3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
Anonymous1770394972
02-06 16:30
Model Name
waterproof wrist device 3d model
Tags
3d printing
3d printing realistic
machine
machine 3d printing
machine 3d printing realistic
machine realistic
realistic
waterproof
Prompt
Design a professional waterproof wearable drowning-detection safety device consisting of two integrated assemblies: a wearable wrist safety unit and a spring-loaded floating LoRa fail-safe buoy. The model must be engineering-grade, suitable for FDM 3D printing, and include both assembled and exploded views showing component placement. Assembly 1 — Wearable Wrist Safety Unit Create a compact ergonomic wrist-mounted enclosure with a curved bottom surface designed for comfortable long-duration wear. Approximate dimensions: 65 mm (length) × 40 mm (width) × 18 mm (height). Housing Design Two-piece enclosure: top rigid shell (ABS or PETG) and bottom flexible gasket layer (TPU or silicone interface). Wall thickness: 2.5–3 mm. Integrated O-ring groove around enclosure perimeter for waterproof sealing (IP68 target). Four screw bosses positioned at corners for stainless-steel screws. Transparent LED viewing window positioned on the top front surface. Small external marking zone indicating magnetic reed-switch activation area. Side cable gland opening for waterproof wiring or buoy tether routing. Internal antenna routing channel along the enclosure sidewall for LoRa antenna wire placement. Internal Mounting Features Provide internal mounting rails or standoff bosses for: ESP32 development board Li-Po battery (approx. 2000 mAh flat pack) MPU6050 motion sensor board MS5837 pressure sensor interface port with external waterproof membrane opening GPS antenna mounting pocket facing upward for improved satellite reception LoRa RF module slot separated from MCU to reduce EMI Include realistic wire routing channels and cable-tie anchor points. Assembly 2 — Spring-Loaded Floating LoRa Fail-Safe Buoy Design a cylindrical floating buoy intended for emergency deployment when the burn-wire release activates. Dimensions Height: 100 mm Diameter: 50 mm Structural Design Upper dome made of transparent polycarbonate-style geometry for LED visibility. Internal circular foam flotation ring integrated within outer wall. Two-piece threaded or screw-sealed housing with waterproof O-ring channel. Vertical antenna mast integrated internally in the top dome region. Internal Compartments Create mounting spaces for: Mini LoRa transmitter PCB Backup coin-cell battery holder High-brightness flashing LED module Nichrome burn-wire release retention slot Vertical compression spring chamber centered in the buoy Release Mechanism Interface Bottom section includes a latch notch where a nylon retention thread holds the buoy in place inside the wearable housing. Compression spring positioned beneath buoy base pushes the buoy outward when the retention thread is released. Buoy must be designed to float upright after deployment. Mechanical Integration Between Units The wrist device must include a side cylindrical ejection chamber designed to house the buoy. Chamber includes internal spring guide rails. Burn-wire latch mechanism integrated at chamber entrance. Ensure smooth sliding clearance between buoy and chamber (0.5–1 mm tolerance). Include small drainage slots to prevent trapped water pressure. Printing & Engineering Requirements All parts optimized for FDM 3D printing without excessive supports. Include realistic fillets (2–3 mm) at edges to improve durability. Provide labeled exploded assembly showing: Enclosure parts Electronic module placements Spring mechanism Buoy components Use neutral engineering CAD rendering style, matte gray or white material. Generate: Fully assembled render Exploded view render Orthographic front, side, and top views Ensure screw holes, mounting bosses, gasket grooves, and antenna channels are clearly visible and manufacturable. Output Expectation The generated model should represent a functional engineering prototype, not a conceptual shape. All internal compartments must be dimensionally realistic for standard development boards and battery sizes, with clear mounting provisions and sealing structures, suitable for conversion to STL manufacturing files.
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
Anonymous1770394972
Anonymous1770394972