Coupling Light Guides TRIZ Cases

Guiding grooves and protruding blocks allow sleeve movement for adapter alignment, reducing manufacturing complexity.

A mounting element secures an optical adaptor to a receptacle, enabling connector type compatibility without replacing existing infrastructure.

A fiber optical connector uses a handle and slidable block to operate an elastic arm.

An N×1 spatial mode multiplexer couples light between input ports and multimode fiber modes to enable selective signal transmission.

Cavity-based alignment decouples optical and electrical tolerances, resolving lattice mismatch challenges between silicon and III-V materials.

A unified design environment lays out and adjusts electronic and photonic components within a single graphical interface.

Segmented splice slots isolate maintenance operations on single circuits, preventing service disruption and excessive bending loss across other active cables.

Dielectric constant modulation in two-dimensionally distributed waveplates redirects light to resolve alignment precision trade-offs.

Thin laminate structures shield splices from mechanical stress while matching fiber flexibility.

A pin clamp nests a guide pin within a ferrule recess to enable detachable attachment, preventing guide pin fall-out while maintaining compact connector size.

Complementary under positioning portions on the coupling member and base engage to achieve precise alignment, reducing assembly time.

A substrate-embedded arrow waveguide uses a trench core with cavities to guide optical signals.

A pluggable optical connector uses a single transverse leaf spring to exert longitudinal force for locking and release.

Segmented bridge structures enable individual fiber access unit insertion while reducing manufacturing precision requirements.

Consolidating control circuits on one host board eliminates redundant transceivers, lowering manufacturing costs while maintaining signal quality.

A prismatic optical fiber holding structure with a protruding columnar portion enables precise alignment and compact mounting on substrates.

An indexed cable arrangement manages varying optical line lengths between multi-fiber connectors within a re-enterable housing.

A modular optical bridge couples photonic components with flexible arrangement, reducing connection area and enhancing packaging density.

Faraday rotators in an optical isolator prevent unwanted port coupling, ensuring high isolation and reducing capital expenses.

Segmented screens isolate single-core light to measure leakage intensity, resolving the trade-off between measurement precision and device complexity.

Distinct visual features on optical module exposed parts prevent incorrect port insertion and enhance reliability.

An optical module uses a multi-directional shielding strip at the port junction to contain electromagnetic interference generated by internal components.

Segmented drum and management regions constrain bend radius while enabling secure connector access.

A fiber optic connector employs a snap-fit latch and threaded coupling nut to resist axial pull-out forces in high-density enclosures.

Single-bore insert aligns ceramic sleeve and lens via press-fit engagement, eliminating complex multi-bore manufacturing steps.

A shared multimode interference waveguide implements multiple angled interferometers within a single optical path.

An optical fiber holder uses an elastic body and pusher to sandwich the fiber.

A curved single mode fiber converts light propagating direction between vertical and horizontal axes.

Tapered diameters in a fused fibre coupler match effective refractive indices, enabling scalable OAM multiplexing without free-space components.

Segmented ferrule design allows selective rotation for concentricity measurement while maintaining environmental protection.

Rib-shaped bent waveguides improve monitoring accuracy in optical multiplexing circuits by resolving size versus precision trade-offs.

An integrated lens combines multiple optical surfaces to focus and transmit signals within a compact assembly.

A compact optical transceiver module positions its circuit board outside the connector shell to reduce footprint.

Plastic optical connector eliminates specialized tools via a latch mechanism, resolving the trade-off between connection reliability and operational ease.

A rotary clip joins two simplex fiber optic connectors into a duplex assembly using non-circular flanges and side arms.

A coupling nut captures radial ears from both connectors to align termini and maintain stable connection.

A fiber optic connector dust protector integrates a cleaning component within a pivotable cover to maintain optical surface purity.

A fiber optic connector uses a motion conversion assembly to transform handle translation into rotation for unlocking.

Nested in-line optical fibers and a viscous fluid delay mechanism resolve the trade-off between activator volume and switch stability.

Segmented substrate patterns and vias create a Faraday cage that blocks electromagnetic wave leakage while accommodating increased component density.

An integrated lidar transceiver employs a 1xN optical switch for beam steering, reducing control complexity and power consumption.

An optical connector uses an intermediate refractive index adhesive to join the fiber core wire and lens ferrule.

A radiation-directing element combines first and second electromagnetic radiations on a coupling-out surface to achieve uniform luminance distribution.

A fiber optic splice jacket holds vertically mounted patch cords that rotate in opposite directions along a vertical axis.

An optical rotary joint transfers analogue RF signals via modulated light and opto-electrical converters.

Grating reflection directs signals to diodes, reducing bonding wire length and manufacturing costs.

A fiber optic cleaner uses a cam mechanism to sequentially clean multiple ferrules with a single activation.

Hollow dielectric microspheres and optical absorbers in the encapsulant reduce cross-talk penalties while maintaining photodetector sensitivity.

Rotating a compensator varies the optical path length, resolving screening time trade-offs while improving central wavelength uniformity.

Flame hydrolysis deposition creates homogeneous glass bonding that eliminates thermal expansion mismatch and improves optical coupling reliability.