Coupling Parts Mounting TRIZ Cases

A cage with lock pieces and spring latching secures a compression connector to a substrate without separate nuts, cutting assembly time and size.

A latching retainer separates mechanical release from contact friction, making board removal easier while keeping connector stability under vibration.

By overlapping the connector housing with the holder flange, this case shrinks camera width while maintaining optical axis stability.

A pivoting spring mount keeps a socket box frame pressed against uneven wall surfaces, reducing gaps while allowing secure, removable attachment.

A split fixation plate and mounting plate simplify USB socket assembly while heat emission holes improve thermal dissipation and charging stability.

Internal and external gears let the connector housing rotate for orientation adjustment, then lock in place with spring-assisted resetting.

A branched terminal and multi-port housing connect one internal connector to multiple external connectors while cutting wiring and space use.

A hinged rod-and-link outlet pulls forward from narrow or concealed mounting spaces, making plug insertion and removal easier.

U-shaped side supports and elongated fasteners reinforce the dielectric housing to resist heat- and pressure-driven deformation.

A floating interface with six degrees of freedom and TPA locking helps electrical connectors self-align in blind mating while protecting signal integrity.

Built-in rib wiring spaces let brackets carry wires and metal panels together, cutting separate duct work, installation time, and module coupling effort.

A frame-and-buckle socket mount avoids repeated screw fastening, preventing table cracking while enabling stable tool-free repositioning.

A unitary shaft and coaxial spring simplify plug interlock assembly, reducing wear and failure in repeated locking and unlocking.

A curved plug-receptacle connector lets HMDs use detachable cable power with secure contact, lower headset weight, and less snagging.

A spring-biased floating connector absorbs mating overtravel and misalignment to protect contacts, maintain alignment, and simplify mounting.

A detachable receptacle housing lets outdoor power posts be replaced or upgraded without removing the full post, while supporting varied electrical devices.

A fastened outlet extender relocates power access from hard-to-reach wall sockets, reducing extension cord clutter and trip hazards.

Biasing members and an adapter let a receptacle faceplate move outward to compensate for wall irregularities while staying aligned and secure.

An annular inner lamella contact creates a reliable shield path through a wall bushing while compensating connector tolerances.

Biasing members push the receptacle faceplate outward to absorb wall irregularities and keep it aligned with the electrical insert.

An angled modular base and releasable patch panel enable wall or ceiling mounting, improving cable routing and vertical space use.

Open housing and adapter plates let pre-assembled cable harnesses mount a contact carrier from either side, cutting assembly cost and complexity.

Sliding and guiding terminal assemblies organize control-box wiring to prevent jamming, ease disassembly, and improve connection safety.

Angled contacting bumps on a deformable shielding elastic piece improve connector-to-casing contact and stabilize EMI shielding.

A movable intermediate unit aligns shift lever contacts during insertion, compensates tolerances, and protects soldered connections from force.

A frame assembly uses mounting pins and latching means to secure panel mount connectors without tools.

Shield support plate contacts printed circuit board via stepped arms, establishing electrical conductivity and shielding through nonconductive wall bushings.