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swasti.d.sahoo
12-06 20:00
Model Name
haptic glove 3d model
Tags
fingertip
machine
machine realistic
machine rendering
machine rendering realistic
realistic
rendering
rendering realistic
Prompt
"Design a production-grade Symbiome wearable glove prototype: an ergonomic, anatomically accurate right-hand glove engineered for adult hands (parametric: palm width 85–95 mm, palm length 95–105 mm) with a slight relaxed natural curvature in the fingers (10° MCP flex), thumb at ~35° opposition; model the glove as a two-material assembly: a flexible outer skin (TPU/medical silicone look, shell thickness 1.2–1.6 mm) and removable rigid internal inserts (PLA/ABS look, wall thickness 2.5–3.0 mm) that snap into keyed sockets. Provide 5 articulated finger cavities with realistic taper (proximal > distal), knuckle bulges, and three dorsal flex relief channels across MCP/PIP/DIP (each 6–12 mm long with 0.6–1.0 mm radius) to indicate flexibility. Integrate clearly labelled, serviceable sensor housings and hardware features: (1) PPG_HOUSING_INDEX — index fingertip optical pocket: outer diameter 10.0 mm, recessed depth 3.0 mm, internal lens seat 6.0 mm dia × 3.0 mm depth, O-ring groove 1.5 mm wide × 0.8 mm deep and a 1.8 × 1.8 mm rectangular cable exit to the dorsal trunk; (2) GSR_PAD_MIDDLE and GSR_PAD_RING — palmar flush conductive pad recesses 12.0 mm dia × 0.6 mm deep with a 0.8 mm isolation trench, rear mounting boss for a 2-pin snap connector (boss OD 5.0 mm, ID 3.0 mm), internal 1.8 × 1.8 mm wiring channels; (3) PH_PORT_PINKY — micro-reservoir for sweat/pH proxy: 4.0 mm dia × 1.5 mm deep with snap cap seat (3.0 mm thread depth) and a 0.6 mm microchannel for demo sample routing; (4) IMU_HOUSING_DORSAL — back-of-hand IMU bay 28 × 18 × 6 mm with four M2.5 screw bosses and a 2 mm foam cushion recess underneath; (5) ENV_PORT_WRIST — radial wrist slotted vent 18 × 6 mm with internal baffle geometry to allow airflow while mitigating sweat ingress; (6) MCU_HOUSING_WRIST — dorsal wrist microcontroller & battery module: PCB seat 60 × 30 × 2.8 mm with four M2.5 boss locations and countersinks, removable hatch with rubber gasket groove 1.5 mm, LiPo battery pocket 35 × 20 × 6 mm, USB-C cutout 6.6 × 2.4 mm, external JST-SH 4-pin demonstration breakout recess and antenna aperture. Route wiring via a continuous dorsal trunk channel (1.8–2.2 mm wide × 1.2–1.6 mm deep) with smooth 5–8 mm radius turns from fingertips and palm to wrist; provide snap-on wire covers every 30–40 mm (press-fit rails) and micro-clip anchor slots (2.5 mm) at each sensor exit for cable strain relief. Include mechanical/service details: print-friendly snap-fit sockets (0.5 mm draft), alignment dowel pins (3.0 mm × 4.0 mm) between skin and insert, boss geometry for M2.5 screws (OD 5.0 mm, inner 3.0 mm), countersunk screw holes in wrist hatch, removable underside service hatch, embossed part labels on rigid inserts (PPG, GSR, IMU, ENV, MCU), and recessed QR code plate on dorsal wrist for project ID. Add user interface & haptics features: palm haptic pocket for 12 mm coin motor depth 3.5 mm with flexible membrane, radial wrist tactile pushbutton 6 mm dia with 2 mm travel, three status LED windows (2.5 mm dia) with translucent diffuser groove along dorsal spine. Apply comfort & sealing: silicone gasket grooves around sensor capsules and wrist hatch (face width 1.5 mm), palm micro-vent pattern (0.8 mm holes grid) in flex zones, micro-textured grip pattern (0.3 mm hex or dot) on palm. Split model into printable sub-assemblies: GLV_SKIN_TOP, GLV_SKIN_PALM, GLV_FINGER_MODULE_INDEX, GLV_FINGER_MODULE_MIDDLE, GLV_FINGER_MODULE_RING, GLV_FINGER_MODULE_PINKY, INSERTS_DORSAL, MCU_HOUSING_WRIST, WIRE_COVERS, HAPTIC_POCKET. Use fillets (0.6–1.2 mm) at interiors, edge chamfers 0.8–1.2 mm visible, minimum printable feature 0.8 mm, snap fit tolerance +0.20 mm; specify flexible skin thickness 1.2–1.6 mm and rigid inserts 2.5–3.0 mm. Finish: matte black flexible skin, charcoal grey rigid inserts, subtle translucent LED diffusers. Export requirements: provide watertight STL parts for printing and a STEP file for rigid inserts (named files: symbiome_glove_v1_skin.stl, symbiome_glove_inserts.step, symbiome_wire_covers.stl), include high-res 4K renders (front, back, palm close-up, exploded, cross-section), and an 8–12 second turntable MP4. Include a one-page BOM recommending materials (TPU Shore 85A skin; PLA/ABS inserts), recommended sensor footprints (MAX30102 optical pocket 6 mm lens, GSR pads 12 mm), JST-SH connector, LiPo 3.7 V 350 mAh battery spec, and assembly instructions PDF. The final model must be manufacturable, serviceable, ergonomic, fully labelled, and visually indistinguishable from an expert-designed research prototype suitable for presentation at top competitions.A realistic human glove, smooth surface, simple and clean folds, solid watertight mesh, manifold geometry, low-poly, optimized topology, 3D-printable, no floating parts, no overlapping faces, clean normals, STL-ready file, suitable for CAD import or 3D printing. MAKE SURE ALL THE WIRING AND COMPARTMENTS ARE CLEARLY VISIBLE AFTER EXPORTING AND THEY ARE INCREDIBLY GOOD AT EXPORTING ALL THE DETAILS TO BE PUT INTO ONSHAPE, EVERY SINGLE THING NEEDS TO BE PERFECT"
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