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Anonymous1761400357
10-25 14:14
Model Name
gearbox 3d model
Tags
machine
rendering
realistic
Input
Prompt
Create a high-precision 3D CAD model of an innovative weeding tool in the style of a SolidWorks mechanical design, featuring three core innovations: 1. 3D Spiral Variable Pitch Flail Arrangement: Flails are arranged along the knife shaft in a continuous 3D spiral pattern, analogous to a screw conveyor or helicopter rotor blades. Each flail’s attack angle is finely tuned based on its position on the spiral. The flails are designed as serrated blades with a matte gray engineering plastic appearance (mimicking the default material rendering in SolidWorks), forming a dynamic spiral structure with clear geometric contours. 2. Active Flow-Guiding Hood: The hood’s inner wall incorporates fixed flow-guiding plates and扰流 columns (turbulence columns) at specific angles. The flow-guiding plates are rectangular thin plates inclined at 15° to the hood’s inner wall, while the扰流 columns are uniformly staggered cylindrical protrusions. The hood has a semi-transparent light gray shell texture (simulating SolidWorks’ transparent component display for internal structure visibility), forming a U-shaped structural shell. 3. Integrated Assembly Presentation: The spiral flail roller is embedded within the active flow-guiding hood. The hood connects to support structures and a servo motor power mechanism at both ends, presented with SolidWorks-style technical rendering—featuring crisp edge lines, precise dimensional proportions, and a clean, schematic visual style typical of engineering CAD models. Highlight the precise assembly clearances between components, and use SolidWorks’ default material colors (e.g., light gray for metal components, transparent gray for casings) to present an engineering-grade 3D model of the weeding tool that emphasizes structural innovation and CAD modeling aesthetics.
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