Coupling Device Connections TRIZ Cases

An integrated terminal member with intermediate feet merges substrate and external connections, reducing device complexity while maintaining reliability.

Tapered dielectric openings guide conductive pillars into alignment with pads, preventing open circuits caused by substrate roughness or equipment inaccuracy.

Relay wiring on drive circuit boards routes control signals between modular units, reducing electromagnetic noise interference in compact vehicle converters.

A laminated busbar system uses a distribution mechanism to branch conductive paths for vehicle power routing.

A stiffener with upper elastic portions buffers upward force from probing pins.

An electrical indicator system mounted on a vehicle cab verifies power availability and current flow, eliminating manual engine compartment inspections.

Segmenting the LED corn lamp into independent modules distributes heat across multiple transformers, extending lifespan while enabling adjustable brightness.

Edge supports prevent silver conductor slippage to reduce contact resistance and wear in narrow-pitch printed electronics.

Segmented marshalling units with universal connection ports resolve fixed-port bottlenecks, enabling scalable expansion of lighting networks.

Rigid power conduction elements replace flexible wires to transmit high DC current, reducing occupied space and preventing component collisions.

A lighting fixture assembly uses a support bracket to tilt an electrical box toward an opening for clear viewing.

A wiring substrate uses a perpendicular connection terminal to reduce height.

An extruded flexible flat cable insulator maintains tensile strength and elongation through controlled crystallization during molding.

Guides enable orthogonal mating of circuit boards to reduce trace length and eliminate buffer devices for improved signal integrity.

A furniture supply unit with standardized interfaces connects multiple furniture bodies, eliminating complex in-situ cable routing during installation.

Planar relay bus bars connect trunk and branch conductors to increase electrical connection area and improve reliability.

An axially movable compliant conductor in a screw-in lamp base maintains electrical contact during rotation, preventing disconnection hazards.

Selective cable coupling connects terminals to cables, eliminating separate printed circuit boards for different chip patterns.

An elastic locking piece clamps wires inside a hollow column main body, eliminating time-consuming solder joints and preventing short circuits or detachment.

An end cap connector mates with circuit board contacts and fixture sockets to enable automated assembly of solid state light tubes.

Asymmetric quick connectors join inverter and junction boxes, eliminating manual terminal work and reducing assembly time.

A traction battery busbar uses bowed sections to maintain stable electrical contact across adjacent cells.

A printed circuit board design embeds a second substrate within a first substrate through portion to secure component mounting space.

Segmented power modules with universal interfaces reduce installation volume and weight while maintaining adaptability.

Insulating plate cylinder portions absorb reflected laser beams to prevent component damage during narrow spacing welding.

Offset seating protrusions position PCBs precisely while locking features prevent contamination risks during assembly.

A position member allows the insulative housing to move downwardly during soldering, preventing disconnection of solder balls from the substrate.

Integrated power strips on a pivoting gate eliminate cord clutter while keeping tools charged.

Mesh-shaped ground lines reduce capacitance for high-frequency signals, resolving impedance mismatch in thin flexible cables.

A substrate holding structure uses a flexible arm with a hook portion to lock the substrate surface securely.

Poke-in spring beams replace screw terminals to eliminate pin damage during shipping while reducing assembly time.

Parallel electrode fittings with distinct arc radii clamp rod-shaped light sources to secure electrical connections.

A baffle integrated into a riser card cage channels cooler memory airflow to downstream components.

Segmenting the line element into a main body and fastening portion decouples thermal loading from high-current paths, reducing installation space.

L-shaped flexible arms on a circuit board absorb busbar displacement from thermal expansion and vibration, preventing structural damage.

A swivel hitch bar pivots a distal spreader section to minimize lever arm length.

A movable support component slides within a guiding slot to accommodate varying card sizes while preventing loosening and signal instability.

Lateral grooves in the mounting seat guide and clamp LED leads, preventing detachment from irregular reflector covers.

Segmented elastic jigs sandwich circuit boards to prevent vibration loads on connectors and soldered areas.

Proximity sensors measure gap distances to calculate wipe lengths, preventing electrical contact loss from mechanical tolerances.

A camera module cover part integrates a transparent indium-tin oxide heating layer to maintain lens transparency.

A display device uses feedback lines in removable cables to verify voltage input before starting the panel.

Segmenting data paths enables simultaneous host and debug operations on one port, eliminating extra connectors to reduce silicon cost.

A flexible flat cable with a cover shield contacts a connector ground unit for direct electrical grounding.

A wire soldered structure uses a substrate through hole to join conductive layers and minimize overheating risks.

A rotatable multi-plug connector adapts to various electronic device ports and orientations.

Floating conducting lines shield signals from noise interference while thin connectors prevent pressure sores.

Segmented connector members route dedicated terminal groups to individual safety components for direct physical wiring.

Segmented cover caps rotate contact pins 90 degrees to match fluorescent sockets, preventing cable strain during installation.