Circuit Arrangements On Support Structures TRIZ Cases

See how a detachable controller with charging, connectivity, and movable-plate control transfor

See how a telescopic shield and spiral cable eliminate excess wire bundles in modular shelving,

See how a projected, sloped control panel and segmented door frame enhance interior space, redu

See how a forward-projecting, sloped control panel enables standardized front covers across pro

See how a projected, sloped control panel body with standardized recess coupling reduces produc

See how a forward-projected, upward-sloped control panel resolves the contradiction between int

See how pre-formed frame channels and friction-fit corner copulas eliminate drilling, reduce as

An exchangeable hinge and handle layout lets a washer door switch sides easily, improving opening comfort for left- and right-handed users.

Lateral apertures in shelf reinforcements route and protect label wiring without weakening the shelf or interfering with displayed goods.

Placing the junction box at the module frame end simplifies instrument cabling, avoids scaffolding, and shortens plant construction time.

Vertical stacking cuts welding area while routing heat through the magnetic component to raise current density and improve module cooling.

Reusable mounting blocks secure a converter box in two orthogonal orientations for vehicle testing while preventing loosening, waste, and wire abrasion.

A stepped prism energy director enables cleaner, more consistent plastic welds with lower energy input and better tolerance to misalignment.

Perpendicular L-shaped terminals replace jumper cross-wiring, enabling cleaner stacked housing assembly and reducing leakage risk.

Dielectric holes and localized ground layers reduce field coupling, stabilize line-end impedance, and improve high-frequency signal integrity.

A housing-mounted switching device uses a thermally conductive insulator and support block to enable wave soldering while improving heat dissipation.

A resilient pull tab inside a recessed connector prevents accidental unlatching while allowing tool-free cable release and flat housing installation.

A clamped protective sleeve and cured hard bonding layer secure the cable to the shell while reducing assembly complexity and cost.

Integrated bus bars in modular wall panels distribute power across connected plates, simplifying installation while reducing wiring loss and voltage drop.

A modular power base uses solar charging, separate 4V and 12V circuits, and wireless control to run batteries and air compression together.

A plastic water jacket with separate cooling circuits cuts inverter weight and size while simplifying housing structure and manufacturing.

A horizontal elastic buckling fastener secures expansion cards without screws, reducing loss risk, saving height, and avoiding permanent deformation.

Aligned guide, sealing, and through holes let one cable entry seal different cable counts and diameters while simplifying installation.

A footed sleeve locked into a connection-track opening prevents welding shift, blocks resin intrusion, and keeps pin placement consistent.

A slit FFC folds into overlapping regions to cut cable stress and wire break risk while fitting image readers into tighter space.

Separated relay and wire compartments cut high-low voltage interference and enable independent moisture drainage for more reliable battery power relays.

A wired harness unifies the lock, lights, camera, and sensors in one door assembly, improving secure entry, installation, and backup power.

A modular protective mesh with integrated circuit opening devices simplifies branch wiring and protects building loads from excess current.

A conductive shield layer over built-in busbar sections blocks casing-borne EMI, protecting circuit boards and nearby devices from noise.

Elastic buffer bars in a guide panel absorb external impact around the chip on film, reducing damage in slim display assemblies.

A narrowed fuse section built into each flexible flat conductor breaks the circuit under overcurrent to protect connected electronics.

Front-rear separation of AC cable attachment points cuts UPS cabinet width while preserving insulation distance and installation access.

Asymmetric extraction points and clamped wiring areas keep panel harnesses properly routed when attachment direction changes, avoiding slack and bent wires.

Built-in camera, sensing, and backup power simplify door installation while maintaining electrical coupling through the jamb and hinge area.

Single-point shield grounding with an insulated shield case breaks vehicle ground loops and suppresses radio noise while preserving EMC shielding.

Moving fastener holders into the upper case frees lower-case layout space, enabling denser circuit packaging and better heat dissipation.

Separate cooling chambers for the reactor, power unit, and switch cut cabinet volume and heat-dissipation cost while supporting higher power.

Matched high-side and low-side busbar layouts cut signal loop inductance, speed switching, and avoid extra PCB routing in power modules.

Embedded wiring in a foam-filled door core integrates cameras, sensors, lighting, and backup power without extensive machining or complex installation.

Curved buckling and bending in the insulating plate reduce deformation and alignment tolerance in transformer power module assembly.

Integrated cable dividers in a rotatable cabinet side panel separate wiring paths and speed cabinet-to-cabinet cabling without extra parts.

Integrated locks, cameras, sensors, and backup power in a composite door reduce machining and keep key functions running during outages.

A through-body current path and externally mounted semiconductor shorten heat flow, cut connector load, and improve compact module performance.

An insulating layer fills bonding-layer openings to block impurity diffusion and protect enclosed functional layers in sealed panels.

Embedding the power panel in a FAB wall shortens cable runs, frees ceiling space, and uses front-side airflow for stable heat dissipation.

A spacer beside the outlet opening holds the bent lead frame against the case, preventing PCB deformation during screw fastening.

Modular snap-fit cable glands with O-rings seal chassis cable openings while fitting different cable sizes and simplifying assembly.

Independent threading holes with a peel-off sealing core simplify multi-cable installation while maintaining IP66 dustproof and waterproof sealing.

Identical DC terminals across single- and multi-phase power modules enable a common DC supply, compact layout, and low-inductance connections.

A tower frame stabilizes modular current-limiting resistors for safer handling, natural-convection cooling, and reliable fault-current operation.

Matched-CTE mold compound routing layers reduce EMIB warpage and thermomechanical stress while lowering dense interconnect packaging cost.

A graded Ag, Zn, or Ge alloy layer at the ceramic-metal interface boosts thermal-cycle bond strength without brazing filler.

Integrated cable dividers in a rotatable cabinet side panel separate wiring and speed neighboring cabinet connections without extra side parts.

A housing guide steers a heat-radiation plate and attached lower PCB through a wall opening, avoiding contact, flipping, and extra parts.

An identification module lets detachable outdoor accessories receive matched voltage and current, avoiding overheating, underpowering, and manual setup.