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Sensor glove 3D Models

Find the best Sensor glove 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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guante con sensores en los dedos utilizanado tripo v2.5
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Anonymous1772871937
RRECTED 3D MODELING PROMPT (ENGINEERING / CAPSTONE STYLE) Create a realistic 3D model of an IoT-based Smart Glove for Filipino Sign Language (FSL) translation, based on an actual student-built electronics prototype, focusing only on the external physical structure and mounted components. Show both hands wearing gloves. LEFT HAND (PRIMARY HAND WITH OUTPUT): A rectangular LCD module mounted on the LEFT wrist, positioned on the top side of the wrist, similar in size to a small Arduino-compatible LCD The LCD is housed in a simple rectangular enclosure (3D-printed or acrylic case), visibly attached to the glove A small round or rectangular speaker module mounted near the wrist enclosure, with visible speaker holes A single wrist-mounted electronics enclosure that contains the ESP32 and battery (slightly thick, practical, not sleek) Five flex sensors physically attached along each finger, visible as thin strips running from the base to the knuckles A small MPU6050 sensor board mounted on the back of the ha
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细节保持不变，生成一张高清的三维模型
Anonymous1769593849
A 3D model of a full-fingered Lycra compression glove extending to the elbow. The glove MUST have closed fingertips. Material is matte charcoal grey. Anatomically accurate sensor placement on two distinct sides: ON THE PALM SIDE (Front): Three circular silver FSR sensors located at the center of the palm, the thenar muscle (base of thumb), the tip of the index finger, and the tip of the pinky finger. ON THE UNDERSIDE FOREARM: One rectangular EMG sensor with metallic electrodes. ON THE BACK OF THE HAND (Reverse side): One small square IMU sensor module. All fingers are fully covered by the glove fabric. The design is a professional medical wearable with visible integrated circuit traces connecting the sensors. 4k resolution, industrial design, realistic fabric folds.
Anonymous1768887559
A 3D model of a full-fingered Lycra compression glove extending to the elbow. The glove MUST have closed fingertips. Material is matte charcoal grey. Anatomically accurate sensor placement on two distinct sides: ON THE PALM SIDE (Front): Three circular silver FSR sensors located at the center of the palm, the thenar muscle (base of thumb), the tip of the index finger, and the tip of the pinky finger. ON THE UNDERSIDE FOREARM: One rectangular EMG sensor with metallic electrodes. ON THE BACK OF THE HAND (Reverse side): One small square IMU sensor module. All fingers are fully covered by the glove fabric. The design is a professional medical wearable with visible integrated circuit traces connecting the sensors. 4k resolution, industrial design, realistic fabric folds.
Anonymous1768887559
A 3D model of a full-fingered Lycra compression glove extending to the elbow. The glove MUST have closed fingertips. Material is matte charcoal grey. Anatomically accurate sensor placement on two distinct sides: ON THE PALM SIDE (Front): Three circular silver FSR sensors located at the center of the palm, the thenar muscle (base of thumb), the tip of the index finger, and the tip of the pinky finger. ON THE UNDERSIDE FOREARM: One rectangular EMG sensor with metallic electrodes. ON THE BACK OF THE HAND (Reverse side): One small square IMU sensor module. All fingers are fully covered by the glove fabric. The design is a professional medical wearable with visible integrated circuit traces connecting the sensors. 4k resolution, industrial design, realistic fabric folds.
Anonymous1768887559
glove with flex sensors connected to each finger that are connected to MPU6050,ESP32 / Arduino, lithium battery that are all connected together by wires on the backside
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black haptic glove with sensor pads and wrist box
Anonymous1766577670
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