Multiple Spring Combinations TRIZ Cases

See how a pin-protrusion vibration isolator secures the pump while minimizing vibration transfe

See how one-piece connecting elements moulded onto spring elements enable modular assembly and

See how a pin-locked vibration isolator merges mounting and damping functions to reduce pump as

A rectangular seven-gauge border wire cuts steel use and cost in spring cores while preserving beam strength and secure spring connections.

Rotating reinforced carrier profiles changes flexural stiffness from soft to hard, giving furniture spring systems wider comfort adjustment.

A single friction lining contacts opposite housing walls to cut damper cost while preserving adjustable attenuation and quieter washer operation.

Multi-height elastomeric buckling walls redistribute load while a stabilizing layer prevents bottoming out and maintains cushion shape.

Eccentric rotatable beams let users fine-tune mattress support height from outside the frame, then lock it securely under load.

Corrugated support wires nest stacked bedding foundations for shipping while U-shaped channels secure slats and preserve compressive strength.

Skewed wire support legs create cross-bracing that resists multi-directional loads while enabling easier nesting, stacking, and handling.

Skewed wire legs help bedding foundations resist forces from multiple directions while keeping the support modules nestable and easy to assemble.

Shape-memory pulling elements bend elastic panels to shift support zones, easing pressure peaks without bulky alternating mattresses.

Adjustable spring-buffer modules fit different vehicle coil gaps to limit compression, control rebound, and reduce oil leaks.

A crossover isolator or gas chamber cushions spring coupler contact to smooth dual-rate transitions and cut suspension noise and harsh jolts.

A stop damper limits radial and axial bearing travel, preserving vibration decoupling while controlling crash loads in vehicle assemblies.

Segmented mount rubber with different rebound resilience suppresses hydraulic unit resonance while improving bracket assembly and removal.

Dual air chambers, valves, and shifting pillars spread impact over time to reduce head acceleration and support fast shape recovery.

An L-shaped restraining member and recessed elastic body create low initial rigidity, then higher reaction force without a housing.

Progressive helmet dampers with concentric compressible elements absorb linear and rotational impacts without adding harmful mass.

Two independently molded sleeves deliver different radial damping and resilience, avoiding costly bi-injection tooling in vehicle elastic links.

A ring-shaped polypropylene elastic member replaces metal springs to prevent cosmetic contamination while keeping pump discharge smooth and consistent.

A barrier-coated spreader spring prevents metal-to-metal pin contact in bicycle brake pads, cutting noise and simplifying one-piece assembly.

A meshed strand-and-junction absorber controls seat elongation and load distribution under tensile stress for better occupant protection.

Threaded spring engagement in nested housings helps a telescoping strut deliver consistent force, secure assembly, and durability over repeated cycles.

Variable-hardness thermoplastic spring dies replace metal springs to prevent noise, corrosion, deformation, and mattress perforation.

Opposed elastic supports let a deformable mirror actuator deliver bidirectional force with lower wear and no continuous power hold.

An ordered porous unit-cell mesostructure creates adjustable restoring force mechanically, reducing material use and maintenance.

Ordered porous cells generate tunable reset force with less space and material than springs or separate actuators.

Axial springs and lateral shock reducers shield the scintillation crystal and photomultiplier from drilling vibration, improving detector life and accuracy.

An isoprene rubber covering layer improves flame retardancy while preserving bonding, flexibility, and low-temperature durability in laminated vibration-proof rubber.

Three damping inserts and internal/external cooling let one damper absorb tensile, compressive, shear, and torsional loads.

A nested second elastomer band engages only at higher deformation, reducing stress cracks and extending rocker damper service life.

A meshed strand-and-junction absorber spreads traction stress more evenly and adapts seat energy absorption to different occupant morphologies.

Concentric compressible helmet dampers use progressive compression to absorb translational and rotational impacts while limiting force transfer to the head.

Elastic arc elements in a foldable helmet cell structure spread and dissipate impact energy without component separation, improving protection and storage.

Multiple damping inserts and integrated cooling elements let one damper absorb asymmetrical loads while improving heat dissipation.

A spring-loaded roller slide retainer secures sliding mould regions with undercuts and enables reliable demoulding without screw loosening.

A spring-loaded roller retainer locks heavy mold slides securely for precise positioning, reliable demolding, and clean-room use without lubrication.

A tensioning element uses stretchable elastomer bands routed around a rigid support body and pivot points to generate tensile spring force.

Segmented plate pads with transverse pins distribute impact forces, reducing stress on connecting pins and improving durability during vehicle docking.