Localised Screening TRIZ Cases

See how a recessed circuit board layout for active EMC filters reduces installation space, impr

A metallic shunt contains magnetic leakage while boosting hold strength, enabling secure tablet mounting with easy attachment and removal.

An external movable baffle blocks connector EMI in storage systems while preserving airflow, cable management, and service access.

A separate shielded EMC filter cavity encloses capacitors and inductors to cut leakage, protect control signals, and improve charger EMC stability.

A snap-fit shield coupler uses elastic pressing and radome protrusions to avoid screws, protect the circuit board, and speed radar assembly.

Two circuit boards and a shielding wall create a compact ECU shielded space that cuts parts, assembly effort, and cost while preserving EMI protection.

Embedding a conductive film during injection moulding gives plastic splice housings durable EMC shielding on complex 3D shapes.

An elastic coupler locks the radar shield to a radome protrusion, cutting assembly time, cost, and circuit board damage.

A shielding wall between two circuit boards creates a compact Faraday-cage space that cuts ECU assembly parts, cost, and EMI.

A recessed resin structure exposes a conductive auxiliary layer, creating a lower-resistance path to the conductive film for shielding.

An electrically conductive mesh tube clamps around the cable connection and gland to restore 360-degree EMI shielding at power converters.

A radome with horizontally arranged internal substrates keeps an outdoor antenna unit slim while preserving wireless transmission and reception.

Grooves split the resin-side shield film into isolated portions, suppressing parasitic capacitance while preserving module noise shielding.

A grounded conductive member on the speaker housing redirects electromagnetic noise away from a nearby antenna in compact electronic products.

A narrowed bus bar with magnetic core and arc blocking combines fuse protection and EMI reduction in a compact inverter assembly.

An elastic conductive rubber link grounds the coaxial outer conductor to the camera housing, improving EMC despite manufacturing tolerances.

Dual shield covers and a spaced holder contain EMC leakage around filter components, improving control signal quality in compact chargers.

Elastic conductive contact presses the shield can to the bracket, maintaining grounding despite tolerances and avoiding tape or epoxy.

Multiple coupling portions reshape the resonator conductor to suppress eddy currents, cut radiation loss, and raise Q value.

A conductive shielding portion blocks electromagnetic waves through housing gaps, protecting heat-generating components while preserving compact cooling.

An exterior shielding member over exposed adhesive layers cuts lightning-induced potential differences in conductive composite joints.

Compressed elastic conductive material restores a continuous ground path between boards, maintaining repeatable high-frequency shielding despite tolerances.

A segmented wiring backbone cuts cable length and manual harness assembly while improving power and signal distribution in vehicles.

Non-conductive adhesive points keep headlamp control circuits spaced from conductive shielding, preventing vibration-induced short circuits.

A detachable shielding frame and cover block connector EMI while avoiding module card collision during insertion and reconnection.

Laser-etched grooves plus spray-coated conductive shielding preserve clear package markings while avoiding sputtered film heat-cycle reliability issues.

A conductive elastic seal exposed at the housing edge diverts static charge away from the circuit board while preserving waterproof sealing.

Biased movable covers close vacant transceiver openings to reduce grounding gaps and improve electromagnetic interference shielding.

A single absorber material creates a heat-conduction path while attenuating EMI, reducing separate thermal and shielding layers in electronics.

A conductive mesh shield lets TIM pass through to directly link the SOC die and heat spreader, cutting thermal resistance while preserving EMI shielding.

Two scratched metal films with different surface resistivities widen near-field noise absorption and reduce lot variation without grounding.

A planar substrate layout inside a radome housing cuts thickness while protecting components, limiting signal loss, and easing heat dissipation.

A nanograin-coated RF-transparent housing gains rigidity, then selective coating removal forms an RF window without cutouts or joining steps.

An integrated connection ring encloses the connector for EMI shielding while cutting housing bulk, assembly steps, and manufacturing cost.

A Cu plating layer on thermoset resin housing helps plastic parts retain low weight while delivering effective electromagnetic wave shielding.

A nanograin-coated RF-transparent housing gains rigidity, then selective coating removal forms an RF window without cutouts or complex joining.

A screening layer cloaks part of a conductive member so an exposed spot target improves inductive position accuracy despite geometric changes and misalignment.

A threaded two-piece thermoplastic cap fits varying bolt extensions without liquid sealant, speeding EME isolation and reducing cap variants.

A sliding bracket and rotating mask close a server casing back opening for EMI shielding without removable iron covers, reducing waste.

A metal shield links the transmission filter and IC sensor to track filter heat more accurately and suppress heat-related deterioration.

Electrical-to-optical signal conversion and waveguide routing cut EMI leakage while preserving shielded enclosure integrity.

Waveguide passages and dielectric links let signals cross shielded enclosures while limiting EMI leakage above 1 GHz and preserving shielding.

A multilayer PCB places a driven shielding electrode between sensor and ground to boost door handle proximity sensitivity and cut EMC interference.

Optical signal conversion and waveguide routing let high-speed links pass through shielded enclosures without the filter becoming an EMI source.

A multilayer PCB places a tracking shield electrode between the sensor and ground plane to improve door handle sensitivity and EMC.

A fiber-reinforced laminated cover plate replaces thick glass to cut weight while adding RF shielding, durability, and visible texture.

Magnetically coated ceramic particles in a polymer matrix absorb 1-100 GHz EMI while reducing shield weight and preserving flexibility.

A shield can with covered openings, a metal plate, and a heat conductive member releases heat from electric elements while maintaining EMI shielding.

A pivoting handle and sliding engagement block replace server drive screws, enabling secure mounting with faster installation and removal.

Mounting the shield-can on a flat cover member instead of a stepped board surface improves impact resistance and display stability.

A mounting frame around the PCB edge cuts board material use while preserving mechanical support, recyclability, and flexible manufacturing.

Fabricated bus bar packages reduce differential and common-mode noise in the chassis, improving power delivery system integrity.