Contact Member Assembly/Disassembly TRIZ Cases

Housings shield holes and slots in a connector device to reduce noise interference that deteriorates antenna radiation performance.

Multi-stage lead-in housing with controlled float mechanism aligns contacts before engagement, extending cycle life for mass interconnect devices.

An automated assembly system uses a pressing mechanism to stabilize the first lead, preventing offset errors and improving insertion precision.

Integrated planar impedance equalisation elements adjust connector impedance via precise spacing, maintaining signal quality regardless of shielding presence.

A composite insert uses a premolded part with a three-dimensional sealing surface and stiffeners extending beyond the transition region to an injection mold.

Segmented plates with a lateral shift interface absorb substrate offset forces, maintaining electrical contact pressure without transmitting stress.

A connector production method using insert molding to secure contacts and shells without adhesives.

A connector housing uses foolproof keys and stop portions to link units in series.

A connector latch part uses a dual-point engagement mechanism to secure terminal fittings within the housing.

An inclined surface guides the clamping block to prevent electrode displacement and scratching during insertion.

A board connector housing features a retracted back surface to create necessary tool installation space for terminal fitting bending.

Integrating the terminal reel and crimp tooling into a single cassette reduces setup time and prevents damage during transport.

Front-mounted sealing members resolve water ingress risks by inverting conventional rear seal locations to simplify manufacturing complexity.

Removable sled carries worn contact array for replacement without removing the modular jack from the circuit board.

Thermal embossing permanently bonds secondary locking arms to the contact carrier, preventing unintentional release under mechanical loads.

A connector insert uses optimized ground plane and shield structures to maintain high signal impedance for reliable data transmission.

A contact unit with a secondary piece encircled by primary arms enables efficient high-frequency signal transmission.

Segmenting the housing into modular components reduces assembly complexity and cost, while a dedicated sealing plate ensures reliable waterproof performance.

Modular form boards use interchangeable devices to eliminate custom board storage and reduce setup time.

Terminals nest into adjacent accommodating spaces to reduce front-rear spacing, resolving the contradiction between dense arrangement and clamping reliability.

Molded metallic flexure arrays prevent harmonic resonance and eliminate wear in high-cycle actuator applications.

PCB flexible portions replace stamped contacts to resolve inconsistent pressure and manufacturing complexity in twist-lock connectors.

Interlocking wafer assembly sandwiches conductive spring members between wafers to suppress electromagnetic interference.

Circumferential grooves on the connector body guide injection molding compound to provide high-voltage flashover resistance and reliable prefabrication.

Heat and pressure deform a plastic contact carrier to seal through-holes, eliminating extra sealing elements and reducing assembly complexity.

An integrally-molded grounding structure combines terminals and members to resolve assembly complexity while maintaining terminal pitch alignment.

A spring-loaded pedestal ground connector clamps conductors via a sliding frame mechanism.

Ferrite component surrounds spring pins to suppress electromagnetic interference in modular connectors.

A screw insert with a sacrificial neck breaks at a predetermined torque to ensure consistent fastener force.

A staggered interconnect pattern offsets signal pairs to cancel magnetic flux, reducing crosstalk without sacrificing signal density.

A waterproof electrical connector uses a lateral cover to close the insulator guide channel after conductor insertion.

Segmented heating units with variable busbar lengths control surface resistance and transmittance uniformity for low-voltage operation.

A lead frame connector integrates a coupling zone with conductive fingers to optimize capacitive and inductive coupling between adjacent contacts.

An electrical connector terminal features an indented contact portion with a curved longitudinal surface extending from side edges to the bottom center.

Stacked upper and lower terminal modules eliminate costly MUX integration while maintaining super speed signal integrity.

A connector uses a plate-shaped flat contact nested in an intersecting channel to clamp electrical conductors securely.

A positioning cartridge with scaffold inserts aligns temperature sensors within electrode bores, resolving manufacturing precision trade-offs.

A press-fit pin incorporates a shoulder element to support insertion tools without damaging the wire tip.

An embedded shell layer fills gaps between the plunger and socket cavity, ensuring reliable signal transmission without component breakage.

Dried dilute thermoplastic resin coats conductive particles to form a uniform single layer for fine-pitch connections.

A shield layer reduces RF energy reaching electrical conductors, minimizing electrode heating during MRI scans.

Actuated retention gates grip the cable and brace the connector, eliminating improper connections caused by inadequate bracing in confined spaces.

An integrated latch mechanism reduces service time and equipment downtime by allowing manual operation without disassembly in uncontrolled environments.

An electrical connector merges top and bottom shells with a central shielding plate into a unified metal assembly.

Housing geometry eliminates separate alignment plates, reducing component count and improving soldering reliability for circuit board assemblies.

Winged portions on the spring scrape through e-coating layers during assembly, eliminating masking steps and ensuring reliable electromagnetic shielding.

Spring-biased holding means secure a ring terminal before clamping, eliminating complex screw-and-nut assembly steps.

Segmented locking mechanism distributes stress away from stamped shielding plates to prevent metal fatigue while maintaining manufacturing simplicity.

A male connector uses a terminal projection engaging a housing recess to restrict movement during resin molding.