Ultrasonic sensor 3D Models

Find the best Ultrasonic sensor 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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Create a 3D-printable mount for an HC-SR04 ultrasonic sensor.
The mount should have two vertical side walls and a flat base plate.
Include two circular holes on the front, correctly spaced for the sensor’s transmitter and receiver (diameter 17 mm each, center-to-center distance 20 mm).
Add two small side holes for mounting screws (3 mm diameter).
The base should be 3 mm thick and include two mounting slots to attach the mount to a small mobile robot chassis.
The design must be sturdy, symmetrical, compact, and optimized for FDM 3D printing without support.

Anonymous1764612213

“Generate a clean, NURBS-friendly 3D model suitable for Rhino of a compact cylindrical bottle-shaped enclosure used for water-level measurement. Show the model as a precise half-cut section to reveal the internal structure. Inside the enclosure, include a detailed ultrasonic sensor module mounted at the top, aligned vertically, with clear indication of emitted ultrasonic waves and their reflection from the water surface. The lower portion of the bottle should contain calm water with a smooth, slightly rippled surface. The cutaway must show accurate wall thickness, internal mounting geometry, and simple wiring paths. The overall design should be minimal, technical, and engineering-accurate, with smooth surfaces that can be converted to NURBS in Rhino.”

Negative Prompt:
“low-poly mesh, messy topology, jagged edges, cartoon style, unrealistic proportions, background elements, extra components, unnecessary environment, textures only”

Anonymous1764427899

Anonymous1764250089

Generate a realistic 3D model of an IoT-Based Smart Measurement Kit featuring an Arduino UNO, HC-SR04 ultrasonic sensor, ESP8266 WiFi module, 16x2 LCD display, and a project box. Show the wiring connections, the sensor placed at the front, the LCD centered on the box, and the ESP8266 inside the enclosure. Render it in a clean white studio environment with soft lighting

Anonymous1764128851

Create a modern 3D model of a wearable device named ‘SafeStep Tag’. The design should be compact and futuristic, shaped like a small clip that attaches to clothing or a backpack. Include a visible ultrasonic sensor on the front (circular), a thin LED warning strip above it, and a sleek clip mechanism on the back. Use clean metallic and pastel colors like silver, white, or light blue. The device must look like high-tech safety equipment designed to prevent walking accidents caused by phone distraction. Show the model from an angled perspective highlighting the sensor, LED strip, and clip.

Anonymous1763866509

Create box design for nodemcu 8266, lcd 16x2, ultrasonic sensor. Box must have futuristic design.

Anonymous1764009807

Anonymous1763888871

Anonymous1763685985

• 整体结构：

• 仪器的主体是一个长方体结构，放置在桌面上时稳定且占用空间适中。

• 仪器的外壳采用了深灰色的配色，表面光滑，看起来专业且耐用。

• 前面板：

• 前面板是仪器的主要操作区域，包含了显示屏和控制按钮。

• 显示屏位于前面板的上方，是一个四位数的红色LED显示屏，用于显示频率或时间等参数。

• 显示屏：

• 显示屏下方有“KHz”和“μs”两个指示灯，分别对应千赫兹（频率单位）和微秒（时间单位），表明显示屏可以切换显示不同的测量参数。

• 控制按钮：

• 显示屏下方有四个圆形按钮，分别标有“换能器”、“波形”、“波形”和“换能器”，可能用于选择不同的测量模式或功能。

• 右侧有四个方向键，用于在菜单中进行导航或调整设置。

• 在方向键下方，有两个旋钮，分别标有“连续波强度”和“接收增益”，用于调节信号的强度和接收信号的增益。

• 接口：

• 前面板下方有两个接口区域，分别标有“发射端”和“接收端”，用于连接超声波的发射和接收换能器。

• 接口区域设计简洁，便于快速连接和断开换能器。

• 调节旋钮：

• 调节旋钮位于前面板的右下角，标有“调节旋钮”，可能用于微调仪器的某些设置。

• 品牌和型号：

• 仪器的左上角印有“HZDH”品牌标志和“综合声速测定仪信号源SVX-6”的型号信息，表明了仪器的制造商和型号。

Anonymous1758899489

Anonymous1749491704

(Ultrasonic أو LiDAR, (Microcontroller ,LED

Anonymous1762593772

Create a 3d model of this electronic part

Anonymous1762400307

超聲波傳感器, Top-down game view, simple textures, clear silhouette, game-ready 3D asset, orthographic perspective optimized, no background, no shadows.

Anonymous1761943890

The present invention introduces a Smart Elevator Enhancement System that utilizes a combination of ultrasonic and infrared (IR) sensors to improve the efficiency, safety, and reliability of elevator operations. The system is designed to intelligently detect human presence, monitor waiting time, and prevent unnecessary elevator stops using low-cost, privacy-friendly technology.

Anonymous1761679404

ультразвуковой счетчик газа с подключением как в мембранном счетчике газа

Anonymous1760611634

generate it in 3d 360deg model with ai integrated components

Anonymous1758725114

flowchart TD
%% Filtration Flow
subgraph FiltrationFlow[Filtration & Microplastic Capture]
direction LR
A[Water Enters Chamber 3<br>from Medium Filter] --> B[Fine Filter Mesh]
B -- Water flows through --> C[Clean Water Outlet]
B -- Microplastics accumulate on surface --> D["Debris & Microplastics"]
end

%% Triboelectric Sensor
subgraph TriboelectricSensing[Triboelectric Monitoring]
T_Start[Triboelectric Sensor] --> T_Material[PTFE/FEP/PDMS Mesh or Plate]
D -- Particles rub against --> T_Material
T_Material -- Charge Pulse --> T_Circuit[High-impedance Amplifier + Microcontroller]
T_Circuit --> T_Logic[Estimate Particle Count & Mass]
end

%% Ultrasonic Sensor
subgraph UltrasonicSensing[Ultrasonic Monitoring]
U_Start[Ultrasonic Sensor] --> U_Wave[Sound Pulse Transmission]
U_Wave --> U_Target[Water Surface]
U_Target -- Echo --> U_Read[Distance Measurement]
U_Read --> U_Logic[Clogging & Density Calculation]
end

%% Data Processing & Output
subgraph DataProcessing[Microcontroller & Output]
U_Logic --> F[Microcontroller]
T_Logic --> F
F --> G[Real-time Display, Data Logging, Alerts]
end

%% Linking Sensors to Filtration
B -- Microplastics accumulate --> D
T_Material -- mounted on --> B
U_Logic -- monitors water level --> F
T_Logic -- sends data --> F

Anonymous1758635214

Anonymous1758534561