Coupling Device Connections TRIZ Cases

A non-overlapping flex-terminal layout enables simultaneous soldering in rotary connectors, cutting assembly steps while keeping connections stable.

A vehicle rail insert uses a rotating conductive contact to power removable mounts while improving stability, aesthetics, and noise control.

Routing conduction paths between the FPCB and connector cuts battery pack wiring space, lowers module height, and protects traces.

A pluggable retimer extends cable signaling distance without motherboard redesign, improving signal integrity and field serviceability.

Front-access signal extension brings rear rack ports to the panel for faster testing, fault isolation, and reduced maintenance downtime.

Multiple memory channels, stacked dies, and buffer logic raise bandwidth and device density while reducing board space in data processing hardware.

Conductive cable clamping lets the control board detect lock disconnection in real time and trigger RF tamper alerts for container security.

By placing pogo-pad contacts in a logo region, this terminal structure preserves connection functions while improving electronic device aesthetics.

Stacked power connection boards link adjacent cabinet side panels to feed electronic locks without wiring grooves or battery depletion.

An open-slit compliant PCB tail contact uses multiple deflectors to cut insertion force while sustaining durable, low-resistance mating.

A segmented connector holder and base layout simplifies bus bar and component assembly while maintaining stable detachable electrical connections.

Interlocking end plates and accessible power connectors let continuous-run LED fixtures join quickly without disassembly or component damage.

Press-fit connectors retained by compressive force cut power module cost while preserving electrical access, space efficiency, and retention reliability.

A structural network switch and standardized module interfaces enable rugged avionics assembly with easier maintenance and mission flexibility.

An openable cover over a cable test opening enables electrical connectivity checks while protecting the encapsulated conductor from damage.

A recessed heat conduction portion with higher thermal conductivity improves bus bar and electronic component cooling without adding complex thermal hardware.

A recessed bus bar and heat transfer member cut connection-unit height while preserving heat flow to a metal plate for compact vehicle packaging.

A rotating adapter between the wire feeder and torch maintains current flow while relieving cable twisting, wear, and replacement downtime.

Weight-reduction portions lighten the heat dissipation plate while preserving heat flow from resistors through transfer members.

A recessed base member exposes part of the bus bar to improve heat dissipation while preserving electrical connection reliability.

A bus bar plate embedded in the base and partly exposed outside adds cooling area, improving heat dissipation without losing connection integrity.

Separated fixing portions around the base member cut resin thermal stress and improve heat dissipation in multi-circuit electrical assemblies.

A recessed insulating base houses the bus bar horizontally, cutting connection unit height while keeping the protruding contact functional.

Automatic address assignment on the mounting rail lets DIN rail devices be added or replaced live while preserving clear physical position mapping.

Integrated end caps close the rail cavity and insulate busbar wires, improving dust protection and simplifying elongated luminaire assembly.

A modular expansion unit adds fused power branches to vehicle high-voltage cable sets while avoiding dummy interfaces, extra space, and cost.

Modulating data over light-strip power conductors avoids extra cabling and wireless dead zones while keeping indoor control links reliable.

Rotating dual USB connectors let one card reader fit different port types while staying compact and easy to store.

A vertical insertion ring connector and heat spreader keep VCSELs and photodiodes cooler while preserving compact high-speed optical links.

An EVSE holster nests and auto-locks a charging adapter, switching connector types without manual handling to simplify charging and prevent misuse.

A floating mount and flex cable let z-axis compression connectors absorb PCB spacing variation while maintaining contact and reducing stress.

Integrated locking posts and pegs secure PCB connectors against vibration, preserving high-speed, high-density signal integrity in automotive use.

A movable clamping unit replaces screw terminals to secure conductors on an equipotential bonding bar without tools while keeping reliable contact.

A removable wireless module adds WiFi to media processing devices only when needed, cutting base cost and simplifying user installation.

Vertical chip-to-power-module overlap shortens electrical paths and improves heat dissipation in compact semiconductor packages.

A two-stage LGA pad landing area cuts parasitic capacitance while preserving socket-pin contact after actuation across socket designs.

A transfer assembly converts hot shoe control signals between protocols so cross-brand extensions can trigger standby and other functions correctly.

Sealant-filled gaps between stacked busbars create a leak-resistant wall pass-through for powering immersed electronics.

A conductive structural member shortens the FPC ground path near edge USB connectors, reducing parasitic inductance and EMI.

A conductor-bar-free profile rail with insertable LED strips and supply connectors simplifies linear lighting assembly, retrofitting, and polarity-safe power routing.

A daughter board adds bias, sequencing, and thermal control to an RF power pallet while keeping the main PCB simple and low cost.

A single-direction backplane layout lets rectifier and inverter modules expand compactly while reducing impedance and connector wear.

T-slot frame rails with nested bus-bar sleeves let upfit components mount and connect electrically without cutting or drilling the vehicle frame.

A clustered adapter links multiple RRU and antenna ports at once, cutting installation errors and protecting interconnect cables.

Multiple terminal rows are split across flexible printed wiring boards to increase connector polarity without enlarging connector size.

Housing notches at terminal contact areas raise local impedance and suppress signal degradation caused by excessive impedance reduction.

Parallel conductor paths reconnect same-pole busbars at mid-loop taps to balance current and reduce temperature rise in DC busways.