Devices With Rotatable Camera TRIZ Cases
- Rotary Slide Camera Module Using Magnetic Alignment
Magnetic coupling replaces wear-prone gears and elastic supports to keep a slide-out rotary camera aligned and prevent tilting over time.
- Rotating Functional Module With Integrated Motor Output Shaft
An integrated motor and protruding output shaft rotate the module directly, cutting gear sets, backlash, space use, and cost.
- Shake Correction Circuit Board Layout for Low-Resistance Rotation
Bent first and second circuit boards disperse stress during optical-axis rotation, cutting elastic resistance and driving power for image stabilization.
- Retractable Camera Module With Rotating Shaft for Flush Device Housing
A rotating camera module retracts into the housing to protect exposed parts while preserving structural strength and a unified device appearance.
- Telescopic Rotary Camera Module With Parallel Sliding Pairs
Parallel shaft-sleeve sliding pairs guide camera extension and rotation more accurately, reducing jamming, stuttering, and motion instability.
- Flip Camera Linkage Assembly for Adjustable Viewing Angles
A driven linkage flips the camera module to adjust viewing angle, reducing hand-tremor image tilt and enabling front and rear use.
- Rotating Integrated Control Structure for Single-Hole Electronic Housings
A rotating multi-function control in one shell opening preserves rapid physical input while improving device strength and appearance unity.
- Rotatable Functional Module Linkage for Hand-Tremor Compensation
A driven two-link hinge lets a camera or other module rotate to offset hand tremors, preserve image quality, and support flexible viewing angles.
- Rotating Pop-Up Camera Module With Automatic Gear Engagement
A screw-driven transmission engages meshing gears after camera ejection, enabling automatic module rotation with less user handling.
- Flip Camera Hinge Friction for Stable Angle Positioning
A rotating resistance mechanism adds friction at the flip camera shaft to prevent shake and unwanted rotation under external forces.
- Mobile Camera Transmission Mechanism for Full-Screen Multi-Angle Shooting
A movable camera transmission mechanism lets one module switch between front and rear positions, preserving full-screen display space and wider shooting angles.
- Rotating Pop-Up Camera Module for Full-Screen Mobile Imaging
A screw-and-gear pop-up camera rotates automatically after ejection, reducing manual handling while enabling full-screen mobile design.
- Rotating Pop-Up Camera Assembly With Integrated Screw Drive
A screw-driven transmission lets a pop-up camera extend and then rotate automatically, saving phone space while preserving imaging.
- Wearable AI Interface Using Host-Mediated Context Processing
Context data from cameras and microphones is offloaded to a host or cloud layer, improving wearable AI interaction without adding device weight.
- Camera Assembly Rotation for Optical-Axis Anti-Shake Compensation
A telescopic linkage rotates the camera assembly around its optical axis to counter rotational shake beyond standard linear OIS.
- Mobile Terminal Lens Control Using Shared Motion Sensing
Shared motion sensing stabilizes multiple camera lenses while reducing sensor count and space.
- Rotating Camera Mount Conceals Lens in Rear Groove for Mobile Terminals
A rotatable mounting seat positions a photographing module within a rear housing groove to reclaim screen area.
- Rotatable Camera Module for High Screen Ratio
A rotatable camera module uses a turnover element to switch between front and rear positions.