Loudspeaker Casing Supports TRIZ Cases

See how a device base uses alignment magnets and plungable frictive inserts to automatically po

A deformable heat-conductive mounting improves thermal contact with an audio system, lowering temperature while preserving compact styling.

Spring-biased latching secures sliding rigging links between loudspeaker array elements, speeding setup while improving angle control and operator safety.

A pivoting rigging bar and release pin keep line array loudspeakers at fixed splay angles while speeding assembly, suspension, and transport.

A stud-coupled bracket stiffens in-wall or in-ceiling speaker mounting to cut drywall vibration, noise, and installation complexity.

A keyed foot-and-bracket interface prevents elongated subwoofer housings from rotating during mounting, reducing noise and vibration.

A pivotal rigging bar with quick-release pin locking keeps line array speaker splay angles and curvature stable while speeding setup.

Rear-mounted stacked vibration generators turn the display panel into a thin stereo speaker, improving mid- and low-band sound pressure.

A segmented cradle and bracket with adjustable hooks enables fast tool-free mounting of portable RCL units and speakers on varied locomotive handrails.

A rear-mounted vibration stack turns the display panel into a forward sound source, improving sound pressure and reducing reflection-related audio loss.

Wireless mirror-adjacent speakers and cabin microphones enable two-way vehicle communication without opening windows to weather, health, or safety risks.

A rear-surface vibration stack and pad member turn the display panel into a forward sound radiator, boosting pressure and low-mid audio in tight spaces.

Springs and magnets work together to isolate audio equipment vibrations across a broad frequency range and varying equipment weights.

A spring-magnet isolator uses magnetic damping and eddy currents to cut audio equipment vibration transfer across a wider frequency range.

A two-tier adjustable stand stacks backup amplifiers vertically to save stage space, improve sound dispersion, and fold for compact storage.

A threaded conversion nut and adjusting stud let one speaker stand adaptor fit different speaker hole sizes, reducing extra stands and setup burden.

Movable engaging members, stop pins, and scale-guided adjustment secure speakers of varied sizes and irregular shapes against tipping.

A telescoping cylindrical raiser balances laptop stability and portability with non-slip support and compact transport.

An elastic buffer with holes and displacement gaps isolates speaker vibration in ultra-short-throw projectors without adding thickness.

A pivot-mounted connecting spigot retracts into the connecting arm to avoid obstruction, while enabling stable clamp or rail connection.

A cantilevered adhesive mount moves headphone storage to the monitor side, freeing desk space and avoiding tip-over, view blockage, and knee injury.

A floating absorptive core inside a layered housing decouples shocks and vibrations, improving audio and optical signal quality.

Separated acoustic paths route speaker sound around internal sensors to improve clarity and richer audio in thin portable terminals.

A rear damper regulation unit limits overtravel before diaphragm collision, protecting acoustic characteristics under excessive voice-coil input.

A single horn with elliptical openings replaces multiple guide tubes to cut resonance, improve dispersion, and simplify curved speaker enclosure assembly.

A curved acoustic horn with elliptical openings cuts guide-pipe resonance, improves sound diffusion, and simplifies compact speaker assembly.

An angled surround-to-frame interface lets speakers use a larger diaphragm without a wider or taller frame, while improving stress distribution and bond durability.