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Sensor mast 3D Models

Find the best Sensor mast 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1775643120
Basic 3D model water monitoring device Cure-Sense with COMPLETE HANGING SYSTEM, RAW modeling NO glossy, flat shading, solid colors (gray housing, aqua front, red sensor mast, orange support arm, yellow mounting plate, green buttons), includes: overhead support arm that hooks over tank edge, adjustable vertical telescopic pole (500-800mm), 360° swivel mounting plate, C-clamp tank edge mounting system, safety cable, main housing with display, long cylindrical sensor mast (400mm) with probe holes, low-poly technical CAD appearance, engineering prototype, Blender basic materials, complete suspension assembly for concrete curing tank installation
Anonymous1774796477
"Create a professional industrial water quality monitoring device housing with the following specifications: MATERIALS (Basic Solid Colors - NO Shine): Main housing: Solid gray (#808080), matte Front panel: Solid aqua (#00FFFF), matte Sensor mast: Solid red (#FF0000), matte Support arm: Solid orange (#FFA500), matte Vertical pole: Solid gray (#808080), matte Mounting plate: Solid yellow (#FFFF00), matte Clamp system: Solid red (#FF0000), matte Safety cable: Solid dark gray (#404040), matte Antenna: Solid black (#000000) LED indicators: Solid yellow (#FFFF00) Buttons: Solid green (#00FF00) Cable glands: Solid dark gray (#404040) MODELING APPROACH: Use basic primitive shapes (cubes, cylinders, tubes) Boolean operations for holes and cutouts NO subdivision surface (keep low-poly) Visible edge loops Simple extrusion for details Flat shading NO smoothing NO textures (vertex colors only) ADJUSTABLE FEATURES: Height adjustment: Telescopic pole with 4 positions (100mm spacing) Angle adjustment
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在麦克纳姆轮小车底盘的上表面中央，通过 4 组螺栓孔固定一个方形水平转台基座；转台基座上方两侧竖立对称的 U 型金属支架，支架顶端安装一根水平转轴，采用秋千式双轴支撑结构将 FLIR E96 红外热像仪通过定制夹具夹持在转轴中间，确保热像仪镜头朝前、屏幕保持可视角度；在转台基座一侧安装小型直流伺服电机，通过同步带传动与水平转轴连接，驱动热像仪实现 ±90° 俯仰运动；整体结构采用轻量化铝合金材质，夹具内侧粘贴防滑硅胶垫，线缆从转台内部走线并与小车底盘控制板预留接口对接，完成供电与数据传输。
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Anonymous1773233466
A smart ocean sensor device shaped like a futuristic scientific buoy floating on the sea surface. The top part of the device is circular, made of rust-resistant metal in blue and black for high visibility in the ocean. On the top surface are solar panels to power the device all day. At the very top, there is a small tower with a 360-degree camera equipped with blue LED lights for monitoring the ocean surface and surroundings. Around the tower are communication antennas to send data to satellites or research centers. The lower part of the buoy extends into the water and contains a long cylindrical sensor unit. This unit includes multiple sensors: • Water temperature sensor • Salinity sensor • Dissolved oxygen sensor • Underwater hydrophone to record sounds of marine life and ships • Underwater camera protected by strong glass The device is equipped with an artificial intelligence system that analyzes data directly inside the buoy, such as: • Identifying marine creatures in vi
Anonymous1773098595
Создать клипсу для закрепления кабеля ввг без гофры и без стяжек на стену и потолок по бетону с помощью мантажного пистолета по бетону
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