Coupling Device Connections TRIZ Cases

Conductive clamp structures hold chip solder balls without soldering, enabling stable, repeatable testing while avoiding device damage.

An inclined press-and-guide motion helps robots insert flexible flat cables into NON-ZIF connectors faster and with less alignment sensitivity.

A differential gear driving tool tightens both jackset screws together to keep connectors parallel, cut assembly time, and avoid thread seizure.

Scraper springs lock elongated luminaire rails securely, while a guided disassembly tool releases the coupling for fast maintenance.

Angled coupling end sections narrow the rail connector for easier insertion, faster alignment, and stable fixation in long luminaires.

Asymmetric conductive and non-conductive pins prevent misinstallation, reduce damage, and support color tuning and status testing.

An added contact beside standard SFP+ pins carries distinct control tones, freeing pins for more data while preserving signal integrity.

Pluggable male and female connectors let LED fixtures join end to end without tools, expanding illumination while avoiding cable clutter.

Asymmetric resin volume and gate mark placement balance molding pressure, reducing ECU control board warping and residual strain.

A rotational connector and phase selector let rail lighting assemblies choose electrical phases more flexibly with fewer separate components.

Split floating plates let multiple PCB connectors self-align without a guide frame, cutting module height while supporting thin device designs.

A regulating metal fitting limits press arm deformation to prevent terminal breakage while maintaining contact pressure and ribbon retention.

A multi-axial antenna package uses integrated antenna units, vias, and high-frequency connectors to widen coverage and cut signal loss in thin displays.

External connectors let engineers isolate and monitor daisy-chain links to locate faults without cutting wires or dismantling units.

A center-axis SODIMM connector cuts double-back signal traces, freeing motherboard wiring space while keeping memory channels close to chips.

Stacked motor control boards use plug and receptacle connectors to cut soldering steps, save space, lower cost, and improve vibration resistance.

A low-pressure inner shell shields the battery and PCB components before outer overmolding, improving throughput in compact medical electronics.

Dynamic managed-node composition links processors across compute sleds with coherence control to match workload demand and reduce cloud resource waste.

Ramped keyholes turn bolster plate motion into CAMM compression, enabling toolless installation while preserving signal integrity in a tight space.

Integrating networking modules into wall plates shares AC power, avoids extra wall holes, and saves space for easier IoT retrofits.

Offsetting battery cell leads downward frees space above for outer terminals, raising module energy density without major process changes.

A terminal base adapter keeps existing field wiring in place while converting IO signals, cutting renewal time and connection errors.

Parallel connector groups contact neighboring elevator suspension cords to detect interruptions accurately without tight alignment requirements.

An angled contact and assembly layout lets power-converter cables connect with less bending, lower stress, and tighter cabinet spacing.

A cable-mounted thermometer and cutoff mechanism stops charging when heat crosses a threshold, preventing battery damage and combustion risk.

A spring-loaded latch secures the tap-off box on insertion, while voltage-sensing current monitors detect breaker trips without auxiliary switches.

A bendable connector and flexible PCB link antennas to a metal frame, saving inner space while supporting stable multi-band and 5G layouts.

Parallel FPC tracks form multi-turn antenna loops through contact-zone joining, cutting soldering steps, material cost, and 3D packaging constraints.

A one-piece solder fastening element melts during reflow to cut coplanarity demands while securing PCB connectors against plugging forces.

Integrated lighting and battery warming in a movable job box charging station improve tool visibility and cold-weather battery charging.

One wireless board integrates SMT pads and wire links, cutting part management cost while fitting different main-board connection structures.

Ribbon cables with power bosses and clips route power off-board, freeing signal space and reducing airflow and routing interference.

A three-line outlet assembly delivers different AC voltages from one discharging port, avoiding major connector redesigns for mixed-load power supply.

Piercing members and localized soldering join aluminum traces while sealing gaps against oxide buildup, improving connection durability at lower cost.

Flat-cable routing between three substrates cuts cable processing area, shortens line lengths, and improves maintainability.

An insulating plate swelling interlocks opposing busbar plate portions to increase fitting strength, positional stability, and natural frequency.

An integrated structural connector replaces cables and rigid-flex links to cut chassis wiring volume, assembly complexity, weight, and cost.

A slotted guide and spring cap align DDIMM modules without tools, improving retention while limiting connector wear and board-space impact.

A detachable relay board in the wire harness handles protocol and voltage conversion, easing in-vehicle processing load and scaling.

Adds wireless avionics network access to legacy hosts through a mountable expansion-card interface that avoids major redesign and certification cost.

Angled compression arms and a conductive tab cut through anodized coatings to bond PV module frames directly to rails without separate grounding parts.

A protrusion-and-recess connector joins wires directly to flexible conductors, cutting resistance, size, and connection failure risk.

A guide redirects cooling fluid to downstream hot spots, improving semiconductor module cooling uniformity without heat spreaders or added pressure drop.

Straight busbar ends and holder holes let coils pass through for easier welding, less scrap, and lower axial space in motor assembly.

Positioning features in a toner cartridge retainer align circuit contacts, protect against contaminants, and stabilize printer electrical connection.

A narrow, long bridge section stores heat at the plug-in region, cutting soldering energy loss and reducing thermal stress on components.

A soldered flange and press-fit ground contact link the PCB to a massive ground body, cutting pump assembly parts, cost, and complexity.

A sealed implantable sensor holder stabilizes continuous glucose monitoring while blocking liquid ingress and blood leakage.

Injection-molded marking recesses create secure, laser-inscribable labels on terminal blocks, cutting post-assembly marking cost and complexity.

RGBW LEDs and a moving reflector recreate flame color and flicker while app control coordinates light and motion for realistic effects.