Coupling Device Connections TRIZ Cases

Segmented circuit boards with dynamic relays eliminate manual redesign, enabling scalable automated testing across varying supply voltages.

A pressing surface secures an interface card extension plate against a connecting surface on the computer case.

Integrating a heat spreader into the SODIMM latch arm conducts voltage regulator heat to the motherboard, mitigating thermal deleterious effects.

A foldable watch charging adapter uses a rotatable joint to adjust connector orientation for compact storage.

Modular press blocks with independent sensors monitor fitting curves to resolve precision versus productivity trade-offs.

A unified Container Networking Interface plugin configures diverse virtual network interfaces through a single codebase.

A compact connecting terminal uses an S-shaped spring element to enable secure clamping of conductors with minimal lever travel.

Segmented fixed terminals spaced across the bracket maximize fixation strength on the circuit board without increasing structural complexity.

A dual-inverter assembly integrates a single-input and dual-output copper busbar configuration to optimize space utilization within compact power modules.

Bridge portions absorb vibration and increase current path resistance, ensuring stable soldering quality while preventing short circuits.

Slots in the insulative plate expose differential signal terminal edges to air, lowering impedance and reducing cross-talk between adjacent terminals.

Integrating a socket into the connector housing enables daisy-chaining multiple apparatuses, eliminating sequential connection delays.

A lamp socket mount moves longitudinally to accommodate thermal expansion of the straight tube lamp.

Segmented extruded lighting strips nest between insulated roof panels, preserving structural integrity and weather resistance during installation.

Segmented support pieces in a metal housing hold the circuit board, preventing damage from connector stress and rattling.

Hidden gripper elements engage upright grooves via an actuating lever, resolving the trade-off between aesthetic concealment and assembly speed.

A magnetic latch assembly secures solid-state drives to a printed circuit board without tools.

Bent brush arm extends through base hole to increase effective length, preventing phase shift and deformation during assembly.

Rotating sockets in a double-ended lamp system prevent electrical shock and arc discharge by isolating contacts until both lamp ends are properly engaged.

Fingerprint reader verifies user credentials to prevent unauthorized access and secure sensitive data.

A universal connecting device uses an L-shaped conducting member to establish electrical contact across multiple spatial configurations.

Dual surface powered rails enable modular LED placement while integrated thermal management prevents overheating during operation.

Nesting live conductors inside a U-shaped profile protects light sources from accidental contact while enabling flexible placement.

An optical patch panel device manages signal conversion between optical and electrical domains using dedicated converters.

Integrated mounting elements distribute holding forces across three contact faces, reducing housing weight and production complexity.

U-shaped clamping grooves secure a PCB to a backlight back plate, replacing screw locks and adhesive tapes that fail in high temperature or humidity.

A power supply system uses a detection controller to switch between utility and auxiliary power sources for optical network termination devices.

A surgical instrument integrates ultrasonic cutting with electrosurgical coagulation using a segmented boot barrier.

A coaxial cable connector uses a universal adapter to join cables of varying specifications through elastic hooking portions and a finger clamp.

Interlocking hooks on opposing fasteners press-fit over each other to eliminate tools and reduce mounting complexity.

A universal receptacle accommodates 1-to-16 lane cables, eliminating stranded ports and reducing component variety.

A wireless charger integrates a USB connector and embedded magnets to hold mobile devices securely during charging.

Interface connector joins stacked semiconductor substrates through socket terminals and internal wiring for compact integration.

Segmented carrier and bridge structures enable tool-free assembly of relay sockets, eliminating waste from severed comb connectors.

Center connect cable assemblies route power through a single-sided junction block, eliminating custom couplers for intersecting modular wall panels.

Outward bent terminal fittings create staggered spacing to prevent short circuits while allowing narrower widths for miniaturized PCB connectors.

A connector guide pillar transmits 50 A current while providing mechanical positioning.

A motor-driven mechanical arm physically depresses push button switches, eliminating the need for brand-specific signal selection or additional wiring.

A modular bus system uses a grid backplane to arrange input output modules transversely.

Segmented elastic conductive members accommodate manufacturing tolerances and environmental stresses while maintaining stable electrical connections.

Integrates gate and data drivers into a single chip, reducing dead space and manufacturing costs caused by separate driver circuits.

Daisy chain connectors link rigid plane substrates at specific angles, eliminating long harnesses and reducing electromagnetic interference.