Screening Casings TRIZ Cases

Enclosed wireless modules inside the truck-trailer connector maintain a short, shielded link for reliable high-speed data transfer across repeated coupling cycles.

A thermally coupled separator splits battery electronics into shielded zones, cutting EMI while moving heat to coolant paths.

A conductive back cover with grounding protrusions cuts PCB EMI noise while adding rigidity and enabling a thinner vehicle display.

A ferrite-backed shield beside a wired port attenuates magnetic noise, protecting nearby wireless antennas in compact devices.

Stacked IGBT and power supply cooling layers enlarge coolant space, improve heat dissipation, and reduce electromagnetic interference.

A lightweight insulating enclosure uses conductive layers and grounding features to shield battery-pack electronics while improving service access.

Symmetric matching traces around HDMI clock pairs equalize parasitics, cutting EMI and preserving signal quality on longer mainboard routes.

A loss-free dielectric interlayer improves impedance matching and broadens wave absorber bandwidth without the mass penalty of heavy lossy layers.

A flexible snap-on cover encloses protruding fastener ends to reduce abrasion, smooth electric fields, and protect cable sleeves.

A low-resistance ground bus bar enables surface grounding in a non-metallic high-voltage junction box to improve radiated noise absorption.

Conductive housing and propeller guard strips shield UAV electronics from arcs and EMI near high-voltage lines, improving stable inspection flight.

A conductive surface between internal supports lets non-conductive vehicle body panels dissipate stray current with lower cost and complexity.

Separate shielded chassis with air gaps and heat spreaders cool vehicle head-unit boards while blocking EMI and protecting interface components.

Electromagnetic shielding inside a sealed truck-trailer connector enables reliable high-speed wireless data transfer with less interference and wear.

A conductive handle frame creates uniform grounding in a power tool, improving EMC and ESD compliance while simplifying assembly.

A conductive surface spread between internal bodywork structures dissipates unwanted currents in non-conductive vehicle panels while simplifying molding.

A conductive housing and cooling plate split RF and power sections to block spurious emissions and improve MRI amplifier EMC.

A conductive housing and cooling plate isolate RF, power, and control modules to suppress EMI and common-mode currents in MRI amplifiers.

Environmental sensing and composite shielding let an induction lamp string balance EMI suppression, lighting output, and heat dissipation.

Conductive members in a resin ECU case create local shielding to improve EMC while preserving ICT, AOI, and X-ray inspection.

Detachable extension circuits add camera or base-station functions after delivery while preserving air tightness, heat dissipation, and stable connection.

A standardized cooling blade with liquid cooling and EMI shielding simplifies vehicle compute unit integration across interchangeable modules.