Camera Body Details TRIZ Cases

Nested first and second hinges enable dual-axis rotation while concealing mechanical joints to reduce protrusion volume.

An electronic viewfinder eyepiece occupies a transmissive region of the rear display device to enable flexible layout within a compact imaging apparatus.

A movable drip-proof member retracts during mounting to ensure compatibility with conventional accessory shoes.

A foldable studio unit uses magnetic coupling to join main body portions into a three-dimensional structure for article photography.

A wearable camera adjusts irradiation unit power based on captured image states to manage energy usage.

A cooling duct extends through a grip portion to cool a recording medium and main circuit board, resolving heat generation from high bit rate writing.

An extendable L-plate mounting system slides its side plate relative to the base plate to accommodate cable assemblies and support camera equipment.

An all-aspheric adapter fisheye lens reduces weight and cost by replacing glass with molded optical plastics while maintaining aberration control.

Linear translation of a non-planar mirror folds the optical axis, expanding the field of regard without rotating components or increasing mechanical complexity.

A segmented adapter ring bridges lens and camera mounts, maintaining flange focal distance while reducing component count.

A detachable camera control circuit adjusts motor driving current based on holder engagement status.

Deformable transparent mount reduces aerodynamic drag and vibration for stable video feeds on curved vehicle surfaces.

A toggle control mechanism replaces pressing buttons in waterproof camera enclosures to enable ergonomic operation.

A movable mirror shock-absorbing mechanism uses biased elastic members to absorb kinetic energy during rotation.

An asymmetric frame opening prevents accidental activation while providing alignment indication for stable one-handed operation.

A mounting plate secures a multi-spectrum light assembly adjacent to a body-worn camera for hands-free illumination.

A five-group zoom lens system uses rear focusing to achieve a fast f-number and compact design.

A focus scale divided into sub-ranges standardizes relative movement across interchangeable lenses of varying focal lengths.

Segmented tabs on a camera accessory mount restrict rotation ranges to minimize backlash while preventing erroneous insertion.

Dual limiting portions distribute collision shock across different claws, reducing wear on the limiting mechanism and extending accessory lifespan.

Antenna unit positioned at water surface level maintains stable wireless communication with external devices during underwater and above-water image pickup operations.

Digital control compensates camera optical unit backlash using sensor data and center of gravity position to improve positioning accuracy.