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Sensor module 3D Models

Find the best Sensor module 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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Anonymous1752106745
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Anonymous1767367266
這是Beacon信標的圖片 幫我生成模型
Anonymous1741057689
Anonymous1765781816
Anonymous1762761303
Anonymous1766559065
帮我生成一个这样的门磁报警器
Anonymous1766720583
帮我生成一个这样的红外报警器
yushang ruan
create a 3d model of urinal
Anonymous1766560665
Design a functional 3D enclosure for a university prototype of an IoT anti-theft system called "Anti-Theft Sentinel". The enclosure must have a TRIANGULAR PRISM shape (isosceles triangle base), designed to stabilize and fit an ESP32 development board, loose electronic modules (no custom PCB), sensors, and small actuators. General requirements: - Overall dimensions: approximately 120 mm (length) × 80 mm (width) × 45 mm (height) - The triangular shape must provide internal flat surfaces and mounting standoffs for electronics - Rounded external edges for durability and ease of installation - Made of plastic (ABS or PETG suitable for 3D printing) Functional features: - Ventilation slots on the side faces for passive heat dissipation - Two circular holes (≈5 mm diameter) on one face for external LEDs visibility - One rear cable exit opening for power and signal wires Magnet mounting: - Include an internal rectangular compartment on the flat bottom face to insert a neodymium magnet - Magnet size: 30 mm × 10 mm
Anonymous1766443263
传感模块安装座图：超声波传感器（HC-SR04）、坡度传感器（MPU6050）的安装位置、密封胶封装尺寸（胶层厚度 2mm）。
Anonymous1766407134
Project Objective: Design a smart, wearable posture corrector brace that monitors the user's back position and provides an alert (haptic, visual, or auditory) when slouching is detected. User Profile: Individuals who work at desks for long hours, students, or anyone needing to improve their thoracic spine posture. 1. Physical & Mechanical Design (The Brace): Overall Form: Design a soft, flexible, and ergonomic pad or cushion that sits comfortably against the upper back (between the shoulder blades, aligned with the thoracic spine). Ergonomics: The pad's curvature must conform to the natural inward curve of the upper back for comfort during extended wear. Attachment Method: Integrate two soft, adjustable straps: They should loop over the shoulders and under the arms, crossing at the back. They connect at the front of the chest using a widely adjustable closure (e.g., hook-and-loop (Velcro) or a sliding buckle) to fit various body sizes. Material Suggestions: Bac
Anonymous1766009594
"Design a smart medical posture corrector brace with body position detection sensor that alerts the user when slouching. The design must include: 1. A soft, flexible strap for shoulders and chest made of hypoallergenic material 2. Central controller unit approximately 4×3×1 cm with rounded, soft edges 3. Gyroscope/accelerometer sensor housing in the controller center 4. Vibration feedback system with two contact points between shoulder blades 5. Adjustable strap with plastic buckle without sharp edges 6. USB-C charging port on the side of the device 7. Power button and sensitivity adjustment 8. Status LED indicator (green=correct, red=slouching) 9. Total weight under 150 grams 10. Ergonomic design wearable under clothing Please create a detailed 3D model with all technical details. Specify different materials: silicone for straps, polycarbonate for main housing, and soft rubber for contact points."
Anonymous1766009594
大棚智能监测小喇叭
Anonymous1764147577
이 평면 2D 그림을 3D 스타일 이미지로 변환
Anonymous1765775815
Enter invite code to get credits!