Telescopes TRIZ Cases

A diffractive optical element filters scattered photons to enhance signal-to-noise ratio and resolution in scattering media.

Internal actuator placement merges stabilization functions to reduce volume while maintaining reliability, resolving the trade-off between size and function.

Linear motor windings push flexures to counteract jitter-inducing movements, minimizing relative angular motion between the target and imaging system.

A translucent optical carrier element integrates diffractive coupling and decoupling elements to guide image light into a target lens beam path.

A seven-lens optical imaging system uses specific surface curvatures to compress the overall length while maintaining image quality.

Embedding ferrous powder in a structural matrix enables wireless charging by minimizing eddy currents while maintaining corrosion resistance.

Segmented optical components minimize aberrations while controlling assembly length.

A fiber optic rotary joint uses a light intensity sensor to measure optical interference and dynamically adjust the gap between fiber end faces.

A freeform beamsplitter surface reflects and transmits multi-spectral light bands within an optical telescope system.

Moving the second lens unit adjusts focal position in a wide-angle optical system, resolving narrow depth of field issues with high-resolution sensors.

A spacer tube supports the objective lens and window directly, eliminating internal steps that reduce fiber tube diameter and impair cleanability.

Sensor-based detection calculates optimal interpupillary distance from folding bridge angles, eliminating manual trial-and-error alignment for users.

Integrating zoom and focusing mechanisms within the eyepiece module reduces wobble during simultaneous adjustments.

A monocular bridge assembly uses a laterally sliding adapter plate to reposition the optical device between left and right eyes.

An adjustable mirror assembly relays obscured heat tape LED status through a rotatable tube, eliminating the need to remove protective skirting.

Segmented diaphragms block stray light in image reversing systems, eliminating brightening and color errors.

Replacing failure-prone magnetic switches, accelerometer sensors detect stowed positions to cut power and extend battery runtime.

Lateral projections enable easy removal of a protective film adhered to a socket end face, preventing particle contamination on optical elements.

A remote optical device integrates a camera module with automated focusing to streamline image capture operations.

A rotatable lens barrel integrates a detection device and image generator to display simulated star images on a micro display.

Rotating second and third lens groups together around an optical axis point prevents image shake while maintaining optical performance.

A corrector diffractive optical element reflects light at high incidence and exit angles to provide reverse diffractive power.

Reflective elements in a detachable optical structure displace the camera axis, resolving space constraints that restrict perspective options.

Independent rigid connections decouple support stresses from the primary mirror, elevating eigenmode frequencies to mitigate vibration-induced amplitudes.

An endoscope imaging lens system pairs a flat-aspheric lens with a transparent plate to achieve compact design and high light transmission.

Piezo actuating units displace the focal plane and secondary mirror to compensate for thermal drifts and maintain imaging quality in space.

Positioning cameras on multiple surfaces resolves distance measurement limits while enabling optical zoom and wide-angle capture.

An all-reflective optical system uses four mirrors to provide afocal functionality.

Segmenting the optical path into objective, relay, and eyepiece systems resolves the contradiction between high magnification and narrow field of view.

Hinged barrel members rotate to adjust pupil distance while a foldable outer screen unfolds for situational awareness without increasing device size.

Segmented front and rear groups with specific Abbe number relationships suppress chromatic and spherical aberrations while maintaining a short optical length.

A telescope focusing apparatus uses an eccentric gear mechanism to switch between electric and manual modes via a rotating rear sleeve.

A focal length extender uses a relay lens to shift the object image and achieve 1.8x magnification within a compact cylindrical housing.

An on-axis unobscured telescope design uses a convex secondary mirror and four aligned mirrors to direct optical radiation without obstruction.

Replacing electromagnetic drives with shape memory alloy wires reduces lens module weight and manufacturing costs while maintaining anti-shake reliability.

Segmented objective lens design corrects chromatic aberrations while reducing size by combining negative and cemented positive groups.

Four-mirror catoptric system with equal curvature radii and aspherical surfaces corrects spherical aberrations, coma, and astigmatism for 85-degree fields.

Segmenting the drive wire and using magnetic mediation reduces shape memory alloy stress, improving endoscope actuator durability.

Segmented housing and universal mounting holes enable retrofitting existing optical devices without increasing integration complexity.

Inclined surfaces on lens supporting portions align optical axes to resolve assembly precision constraints in compact lens modules.

An automated rotary device exchanges eyepieces to maintain telescope stability, resolving the contradiction between ease of operation and equipment sway.

Corner-connected triangular frame metering structure increases resonant frequency to decouple vibrations and reduce jitter in large aperture telescopes.

A binocular focus mechanism uses a 3D magnetometer to detect the position of a sensor magnet on the adjustor.

A helmet mount for night vision devices features a multi-directional breakaway connection and automatic shutdown mechanism.

A piezoelectric element features a physical cutout portion to identify its polarization direction.

A variable magnification optical system uses five lens groups with varied inter-group distances to achieve high zoom ratios.

Objective lens system corrects chromatic aberrations using optimized cemented components.

A magnet arrangement on a rod lens uses magnetic repulsion to maintain precise distance between adjacent optical elements without mechanical contact.

A day-night vision device uses a shared prism to direct radiation from both channels into one reception path.