Coupling Device Connections TRIZ Cases

A segmented switching mechanism enables individual fixture control, resolving the trade-off between adaptability and internal structure complexity.

Electric capacitor buffers peak electrical loads beyond standard connector ratings, eliminating the need for specialized heavy-duty cabling.

Modular power distribution units plug into a direct current bus to supply compute devices with converted voltage levels.

Eliminating power supply conversion circuits allows the module to operate directly with external voltage, reducing overall height for compact systems.

An adapter assembly connects large cables to switching device lug members via an intermediary terminal.

Magnetic angle adjustment in a DC LED light-bar assembly provides multi-area illumination while reducing mechanical complexity and manufacturing costs.

Embedding fixing pins into circuit board holes prevents solder cracks and connector separation under external pulling forces.

A board connector fixing fixture uses vertically arranged locking portions to engage mounting grooves and secure the housing.

A Bluetooth hub relay routes advertising data between client devices and multiple peripherals.

A gender converter links electric vehicle inlets to diverse charger connectors, enabling unified high-speed DC power transfer.

Segmented current-carrying profiles use interlocking projections to maintain clearance and creepage distances despite thermal expansion.

Screw-free holder design eliminates current concentration to reduce magnetic losses by 25 percent.

Bus bar mounting grooves replace insertion holes in the insulating part, reducing die complexity while maintaining reliable electrical contact.

Rigid electrode sheets replace flexible wires in a lamp socket adapter, eliminating bulb shift and reducing material usage.

Standardized fixing pads on a circuit board accommodate varying connector designs, reducing production costs and improving product matching.

A digital signal router captures unprocessed audio from the factory radio and interfaces with the vehicle data network to maintain system controls.

A portable electric device frame guard uses arcuate connection portions to absorb impact forces and disperse stress across the protective structure.

An insert with conductive vias reduces parasitic capacitance and insertion loss in high-density package assemblies.

Segmenting the base into heat sink and emission zones overcomes backward illumination blocking while maintaining thermal management.

A vehicle wiring harness uses integrated two-way in-line connectors to enable flexible communication between primary and slave nodes.

Internal cavities increase surface area to dissipate heat, while angled slots distribute electromagnetic forces to reduce structural support requirements.

Segmented USB docks secure devices during shipping while keeping manufacturing costs low.

A pneumatic operation control structure synchronizes connector locking and probe actuation using differential air flow paths.

A memory card expander assembly connects to host device slots using a nested adaptor structure.

A DC power attachment device reconfigures AC sockets to deliver direct DC power.

A modular adapter uses a removable upper housing to secure electrical units while allowing direct access for wiring operations.

Multi-point elastic terminals secure wedge bulb connectors against vibration, preventing arcing and unstable grounding.

An interconnection meter socket adapter manages bidirectional power flow between renewable sources and the grid.

A flexible power receptacle uses a selector pin to manage AC or DC power sources.

Insulating conductor cage shields busbar ends during transport, preventing mechanical damage to protruding conductors.

Segmenting insulated conductors into separate busbars reduces wiring weight while maintaining voltage detection reliability.

A wire management housing interconnects busbars across intersecting struts using fixed electrical contacts.

Segmented fixing components anchor a probe head to a circuit trace member, preventing deflection while preserving routing efficiency.

Bus bars extend vertically from the header to couple power and ground contacts, eliminating extra PCB layers while reducing voltage drop.

A communications module interface uses signal values to enable serial or parallel data transfer.

Direct bus circuit board attachment to equipment housing eliminates mounting rail requirements.

Angled biasing surfaces and rotational clamping connect non-resilient printed electrodes while preventing substrate buckling during insertion.

A modular suspension rail uses low voltage aluminum conductors to transmit power and data signals efficiently.

Segmented flex extensions eliminate bulky packaging layers, resolving heat dissipation bottlenecks while maintaining mechanical strength.

A detachable busbar connector uses a pin and recess mechanism to establish a longitudinal form-fit connection between receiving parts.

Asymmetric lever design extends gripping surfaces beyond housing sections to resolve the trade-off between manufacturing simplicity and user handling comfort.

Merging circuit groups under one sheath eliminates separate waterproof treatments, reducing manufacturing time and effort.

A rotating connector module uses a foldable flexible printed circuit board to electrically couple display and body parts.

A bridge connector couples circuit boards using tail portions that form an interference fit with board through-holes.

A thermal diffusing unit with high conductivity spreads heat from a small source to a larger case area, overcoming low metal case thermal conductivity.

A metal clip pushes laterally onto an aluminum flat conductor to establish a secure electrical connection.

A non-contact sensor inside a motor control center enclosure detects internal voltage and temperature levels.

A removable electronic module stores electrical energy to power status indicators when disconnected from the server system.