Coupling Device Connections TRIZ Cases

A socket retainer rotates on a deflectable fixing seat to position a CPU, reducing terminal damage risk during loading.

A display device connection module segments connecting lines into multiple sections with optimized inclination angles to stabilize substrate attachment.

A flat-conductor connector uses a spring piece to automatically return a lock member to its locking position after extraction, preventing conductor slipping.

A multi-layer wiring board routes signals through stacked conductive layers to shorten transmission paths and reduce coupling noise between components.

Relocating the docking interface to a back surface cavity eliminates edge openings that increase device dimensions during transport.

A linear lighting connector integrates male and female plug contacts with a phase selector switch for simultaneous electrical and mechanical coupling.

A lockable connection module uses a crossbar and latching profile to provide positive-locking attachment on busbar modules.

An autonomous drone base minimizes downtime by using a mechanical transfer device to manage power source repowering.

A resilient contact pad abuts a rocker arm pin to transfer electrical power during wide motion ranges.

A counter-arcing component blows arc-quenching medium into the arcing region using a piston design.

A semiconductor module unit uses a flexible board to electrically connect a main board and a sub board.

A back-to-back movable arm electrical contactor uses contra-flowing current to generate repulsive force between arms.

A connection device with a control unit changes operation data based on instruction signals from host and terminal devices.

A neutral connection device adopts a uniform form factor matching phase terminals to simplify assembly and reduce system footprint.

Elastic conduction arms with auxiliary resilience prevent metal sheet deformation and short circuits during insertion.

Elastically predisposed electrodes and magnetic materials secure luminaires in narrow track slots, maintaining reliable electrical contact.

A male connector accepts a female adapter module to form a female interface.

A universal substrate accommodates both MicroSAS and MicroSATA connectors using a shared conductive pad layout on one side.

An electrical connector assembly integrates a circuit card to provide voltage conversion and enhanced features directly within the device structure.

Hollow lamp arms conceal springs and conductors, resolving the trade-off between sleek aesthetics and robust mechanical articulation.

Circumferential guide elements align small diameter filars onto end connector tabs, reducing manual joining time and skill requirements.

A connector block assembly merges multiple input terminals into a single transverse output conductor mounted at an angle within an insulator base.

A cable bridge module bridges electrical connection terminals using a pivoting actuating element and contact pins.

Segmented power sockets use threaded engagement to join receptacles and plugs, reducing installation force on the PCB.

Low CTE ceramic substrates with central and peripheral cavities reduce thermal stress while maintaining signal integrity in microelectronic devices.

Conductive contacts encode chassis type for automatic firmware configuration, eliminating manual setup time.