Coupling Light Guides TRIZ Cases

Segmented collar crimps to metal strength members while outer dielectric portion prevents electrical interference from conductive components.

Angled mirror redirects optical signals to top surface fiber coupling points on semiconductor photonics devices.

A ferrule protruding portion positions the pressing force closer to the connection end surface.

Integrated molded alignment groove and tapered funnels guide optical fibers to reduce Fresnel reflections, eliminating expensive ceramic ferrules.

A resin molded optical connector uses segmented core pins to form precise internal reflection surfaces for light collection.

Preliminary action positions adjustment lens to reduce alignment time while maintaining manufacturing precision for data transmission.

A segmented guide pin retaining plate allows removal of guide pins without disturbing the fiber optic ferrule alignment.

A transparent optical cable uses a filler to minimize outer diameter and blend into indoor environments.

Compact fiber optic apparatus uses vertical stacking and angled mounting to minimize cabinet footprint for retrofit deployment.

An optical coupling module uses a refractive element with an intermediate index to enhance alignment tolerance.

An optical connector design uses a gap between the first optical part and the fiber end surface to vent return light.

Integrated waveguide structure couples optical signals between multicore fiber and converter devices within a compact connector housing.

Segmented casings and intermediary sealing strips prevent liquid permeation damage while maintaining heat dissipation in immersion cooling systems.

Segmented mounting members allow coupling polarity switching without redesigning the main body, reducing part count and simplifying assembly.

Dual-stage guide portions position the ferrule tip to prevent damage and contamination during blind mating.

Basket with insert defines inner and outer channels for optical fiber routing, eliminating buffer tube dependency to reduce assembly time.

An integrated slidable splicing tray resolves storage space constraints in high-density server rooms by consolidating cable management within the patch panel.

A single-component optical connector jig uses a transparent wedge to anchor fibers and enable visual assembly confirmation.

A MEMS translatable optical grating couples light between a waveguide and free space by shifting position to modulate coupling efficiency.

An unguided expansion section expands the optical beam to reduce intensity, preventing optical damage from reflections in high-power applications.

A multi-fiber optical connector uses a spring push to press the ferrule via rotational movement.

Integrating optical connectors into airframe cavities resolves midplane space constraints while enabling high-bandwidth data rates exceeding 56 Gbps per lane.

Actuator disengages connector during rotation to eliminate optical losses, then reconnects for reliable data acquisition.

Applying a temperature gradient in etching liquid shapes tapered optical fiber tips into lenses, resolving manufacturing complexity and precision trade-offs.

Integral molded clips secure ferrules in SFP transceivers, reducing assembly complexity and production costs.

A compact multifunctional optical isolator merges splitting, isolation, and spot-size conversion into a single wedge prism assembly.

A plug portion reflector redirects optical signals between a fiber end and an opto-electronic device.

Light shield member absorbs radiation and diffuses heat, preventing thermal deformation of engaging members during optical connection cycles.

Segmented delivery fiber units with distinct bending radii emit clad light at different locations, dispersing heat concentration that damages cover layers.

Interposer waveguides route optical signals vertically and horizontally, resolving signal transmission deterioration in high-density 3D packaging.

Writing an optical interface pattern via femtosecond laser reduces packaging costs by enabling passive alignment of photonic integrated circuits.

A polarizer structure uses a lossy material layer adjacent to a waveguide core side surface.

Acute angle vertices on multimode waveguide mesas refract stray light away from ports, enhancing the extinction ratio of Mach-Zehnder modulators.

Cartridge module with optical fiber collimators and alignment mechanism achieves good optical coupling for amplification.

A lens clip maintains optical alignment by holding the lens securely, canceling displacement caused by adhesive shrinkage during curing.

A deformable waveguide optical switch uses electrostatic actuation to bend a suspended coupler and control light coupling between immovable waveguides.

Segmented mounting blocks with tilted holes align optical fibers to silicon waveguides, resolving fiber density limits caused by large mounting areas.

A connector assembly couples optoelectronic modules with optical fibers using a resilient member and adhesive injection.

A fiber-optic connector uses a quarter-wave plate to convert linearly polarized light into circularly polarized light for photonic integrated circuits.

A compact optical connector integrates a sharp edge to split unprepared duplex cables directly within the housing.

Inverted multi-channel receiver optical subassembly mounted via L-shaped support transfers heat to the transceiver housing.

A fixing member uses an internal tool to push engagement plates inward for disengagement.

Segmented modules with matched thermal expansion coefficients prevent misalignment during reflow while magnets simplify handling.

Removable coupler aligns fiber ends using keyed connectors, resolving low transmission efficiency by ensuring precise coaxial positioning.

A fiber optic enclosure integrates a blade guide structure to direct cutting tools during jacket stripping operations.

An integrated hinged shutter prevents debris damage and signal loss by eliminating lost caps while maintaining reliable optical connections.

Anchor block secures fiber optic cables to the drop terminal housing via a mechanical interlock mechanism.

A thin-film lithium niobate photonic switch uses a piezoelectric cantilever to route optical signals through an integrated chip.

A batch-molding multi optical transmission sheet assembly integrates embedded plastic optical fibers with a housing member and fixing element.