Coupling Device Connections TRIZ Cases

By mounting the die and antenna on one substrate, this AiP structure removes flexible substrates to cut packaging cost and process complexity.

Cutoff portions and conductive vias help a flexible PCB survive tight board spacing and repeated bending without wiring disconnection.

A folded hurdle-shaped FPC links boards across a battery array, improving sensor routing, thermal monitoring, and assembly in tight spaces.

Interchangeable LED modules and standardized connectors let recessed lighting be reconfigured for different layouts while keeping secure electrical links.

A modular housing and circuit board let users replace individual battery cells while keeping series or parallel links and cell-level overcurrent protection.

Unequal cable lengths separate opposite-polarity clamps to reduce accidental contact and help prevent user injury and vehicle damage.

Conductive gel routed through vias creates strain-resistant electrical paths across hard-soft material junctions in deformable electronics.

Free-standing busbar bending ends improve thermal coupling, enabling accurate inner winding temperature measurement in dense electric machine windings.

Integrated SiP and antenna PCB packaging uses shielding layers and 3D interconnects to cut thickness, raise pin count, and control warpage.

A planar busbar layout fills the inter-busbar gap with insulating resin to maintain insulation, limit leakage current, and free space for semiconductor mounting.

A separate auxiliary PCA adds movable self-alignment to the cooling conduit, improving heat dissipation and lowering repair cost without risking primary components.

Different-material collars and a gas-tight joint help align adjacent battery terminals, cut resistance, and simplify module assembly.

An added busbar on the connecting wall expands power and data connection options while keeping the luminaire mounting rail simple.

Molded flat lead connections and a bonded plastic housing simplify module assembly while maintaining high insulation strength and low inductance.

Conductive contact patterns let aerosol-generating devices identify consumables, block expired or counterfeit products, and tune aerosol output.

Side inlet notches and flange channels reroute airflow away from the sensor, reducing clogging while preserving cartomizer compatibility.

A conductive member covers the connector travel path to block parasitic resonance and keep antenna frequency and radiation stable.

A detachable expansion module adds loop-through wiring, larger cable connections, and strain relief while keeping lighting components compact.

Integrated wiring inside a shaft member keeps connectors exposed at both ends, reducing twist-related disconnection and easing machine wiring.

Actuated latching lets lighting inserts snap into rail profiles and release from the open side for faster installation and maintenance.

A universal monitor mount uses quick-release coupling, reversible covers, and cable holders to secure mixed patient displays with less clutter.

Bendable board-to-board connectors let rigid PCB lighting arrays form stable 3D shapes while preserving electrical continuity and heat dissipation.

Guide grooves and clamping features align male and female headers to prevent pin damage and improve board-to-board insertion.

A split substrate and connector layout shortens FPCB use in pouch-cell battery packs, reducing interference, cost, and assembly difficulty.

A split first and second substrate layout cuts long FPCB use, eases pouch cell assembly, and preserves external board mounting space.

Overlapping bus bars with removable coupling adjust to different battery module distances, cutting model-specific parts and assembly cost.

A joined bus bar and insulation assembly combines power from multiple PSU rows in narrow racks while cutting installation effort and electrical loss.

Uses the vehicle OBD port and branch lines to access data for auxiliary heater control without cutting existing communication wiring.

Offset connectors on an intermediate PCB member bridge spaced boards, improving component compatibility while lowering manufacturing cost.

A switch-based converter turns mechanical handle motion into an electrical latch signal, enabling vehicle door electrification without full redesign.

Hot-riveted sub-trays cut molding difficulty and let the battery pack tray absorb thermal stress through controlled relative movement.

A snap-fit housing creates a compressive PCB electrical path that tolerates placement variation, avoids board cracking, and removes screws or springs.

Wireless control and verification replace exposed multi-pin trailer sockets, cutting wiring faults and enabling remote diagnostics.

A self-threading PCB spacer forms matching threads in mounting holes, enabling one-sided daughter card replacement without board damage.

A converter between the handle lever and electric latch enables door opening by signal generation without redesigning the full vehicle door.

Visible coarse alignment and symmetric pin loading help CMT sockets avoid bent contacts, fretting damage, and shipping-related electrical failure.

Non-conductive isolation gaps and gentler bend geometry help FFCs carry USB 3.0-class signals with less crosstalk and degradation.

Standardized adapter interfaces on a busbar carrier rail simplify connecting lamps, sensors, and IoT components while reducing installation effort.

Replacing copper wire harnesses with modular aluminum flexible PCBs cuts weight and cost while making assembly, troubleshooting, and repair easier.

Integrated spring-force clamps in a profile rail terminal simplify feed-in and feed-out wiring while reducing components and cabling space.

A modular IDC connector with selectable line interruption lets one wiring harness fit different electronic assembly and data bus configurations.

A flexible link between thin and thick rigid substrates cuts mounted memory thickness while preserving connector standards and electrical reliability.

Integrated terminals in a pivoting extension arm remove junction grooves, cutting assembly effort and improving disinfection in medical supply delivery.

A conductive duplexing member uses cutouts and partitions to shield PCB noise near tall components and external connectors.

A localized shielding portion protects a thermistor in a light emitting module from external light and heat without disrupting device layout.

A low-profile board connector uses offset leads, alignment frames, and screws to cut EMF discharge while maintaining stable board-to-board contact.

A detachable connection module lets one coupling unit fit different battery interfaces and vehicle connectors, cutting cost and weight.

By merging screen and main-subboard FPCs, this case cuts connector area and cost while freeing pins for more complex modules.

Connector detection lets a pluggable display power up only after proper host-panel connection, reducing maintenance risk and electrical damage.