Coupling Device Connections TRIZ Cases

A resilient terminal and housing absorb busbar misalignment while a pressed portion stabilizes the joint to reduce vibration noise and damage.

A resilient terminal coupling and ditched housing stabilize busbar alignment under vibration, cutting noise and damage risk.

A comb tooth jig opens tab leads and positions movable busbars to avoid interference, improving clamping accuracy and mounting efficiency.

Pin-type connectors and limit structures keep battery cell signal acquisition stable by preventing vibration-driven looseness and poor contact.

A four-point cradle with biased latches and a release linkage secures mobile printers while enabling one-hand release and continuous charging.

A clamp-and-frame stiffener secures M.2 connectors against vibration while conducting heat away to protect solder joints and reduce deformation.

Mixed-height socket pins and an internal interconnect layer cut impedance discontinuities, improving CPU-memory bandwidth without board-level routing.

A detachable connector assembly lets one riser card support 8-pair or 16-pair expansion cards, reducing replacement and inventory burden.

Straight, oblique circuit board branches reduce bending damage at bus bar connections and maintain battery pack connectivity under vibration.

Movable support members and elastic coupling let this hybrid connector absorb PCB misalignment while maintaining stable signal and power transfer.

Rollers and elastic members guide a bent flexible circuit path that absorbs cell expansion and preserves battery sensor connections.

A lightweight telescopic pole with pulley and hook lifts grounding clamps safely to 7 m, reducing operator strain and misplacement risk.

A rib through-hole and sealing member guide the hinge FPCB through tight stacked PCB space, limiting bend stress and preserving waterproofing.

A friction snap and profiled through-hole let CAMM, connector, and fastener ship as one unit, easing tight-space PCB assembly.

A stepped busbar lets longer battery cell tabs overlap without trimming, improving weld contact, assembly tolerance, and scrap reduction.

A bus bar bridging structure links multiple racks through one power path, reducing cable routing complexity while improving transmission stability.

Optical signals are converted, voltage is boosted, and both are mixed into one copper output so low-power network devices run without external power.

An elastic mounting post and contact structure keeps the lamp pressed to the track conductor for reliable power transfer and repeated installation.

A dual-plenum manifold uses tapered channels to balance parallel coolant flow, cutting pressure drop and temperature variation in low-profile optical modules.

Rounded ovoid contact bodies stabilize battery cell clamping and contact resistance under strain while reducing jacket damage and oxidation.

A tapered, overlapping solder fillet strengthens rigid-flex PCB electrode joints while improving load distribution and connection durability.

An insulating member supports and isolates the battery pack copper bar, avoiding electrophoresis while reducing short-circuit and electric-shock risk.

Sliding busbars and modular cable connectors let one battery adapter fit varied terminal layouts while cutting adapter inventory and sourcing issues.

A resilient flange clamps and welds the cover to hold the PCB securely, reducing assembly strain, deformation, and contamination risk.

A backplane connector housed inside a card connector cavity improves orthogonal board interconnect density without sacrificing electrical connectivity.

Elongated integrated busbars absorb stator vibration while simplifying terminal module assembly and reducing component count.

Segmented rigid light modules with flexible joints fit curved track rails while protecting internal components and simplifying manufacture.

Spring-biased connector heads replace soldered joints to speed aerosol device assembly and maintain stable electrical contact.

A metal-substrate floating seat absorbs docking impact and misalignment, protecting screw points while keeping connector alignment stable.

An offset base-and-secondary plate connector uses self-positioning tabs to simplify power module assembly and maintain reliable high-current contact.

Internal bus bars, holders, and a bracket simplify battery pack assembly by completing connections before case sealing and absorbing positional variation.

A modular DC inlet with integrated water cooling manages bus bar heat during fast charging while preserving charging-standard compatibility.

Rigid lighting segments linked by flexible joints fit curved mounting tracks while protecting components and simplifying manufacture.

A multilayer flat flexible cable uses insulating layers and an embedded ground plane to curb EMI and crosstalk at higher trace density.

Stacked metal-sheet busbars bend through narrow ports while damping motor vibration, carrying current, and protecting insulation.

Thermoelectric VIAs in a battery interconnect PCB replace wired cell sensors, enabling lighter, lower-cost temperature mapping and earlier anomaly detection.

A detachable interface unit and supplemental battery pack make AED deployment lighter, easier to use, and easier to place in more locations.

An EVSE holster stores a nested charging adapter and automatically locks or releases it to match connector type while reducing loss and misuse.

A bidirectional adaptor lets battery packs charge and power diverse devices through USB PD, balancing charging reliability with wider compatibility.

A controller applies rate, time, preference, and device feedback rules to switch outlet power and improve energy use for legacy devices.

Stacked insulated conductor layers with matched-resistance paths spread current evenly across battery cells, cutting dissipation and stress.

Uses an adapter between an EV charging pile and a charger to power battery packs outdoors when mains access is unavailable.

An insulating busbar coating extends creepage distance, enabling tighter half-bridge spacing with low inductance and stable EV inverter packaging.

A bracket fixes PCB face spacing independent of board thickness, keeping stacked PCA connectors aligned for reliable system mating.

A modular plug with top and bottom contacts lets LEDs on composite boards be replaced individually, reducing fixture waste and upgrade cost.

Embedded track contacts and a base coupler let aircraft seats be moved without rewiring, cutting cabin reconfiguration time and complexity.

Compressed air expanded through internal busbar channels improves rack power rail cooling without liquid-loop complexity or leak risk.

Distributed control boxes with built-in transformers extend lamp strings without overload while keeping bulb voltage and brightness consistent.