Non-Rotating Vibration Suppression TRIZ Cases

A high-speed brushless fan module shrinks HVLP spray gun size and weight, improving balance, ergonomics, and user comfort.

A sliding inserting member and screw-driven positioning frame keep a display stable while enabling quick demounting for maintenance.

Magnetic attraction in the ball seat stabilizes locking force, preventing tripod head nodding and protecting attached camera accessories.

Integrated support parts and damping elements cut mount complexity while maintaining a gap that limits compression and vibration transfer.

Four U-shaped steel plates in a cross layout deliver large seismic displacement deformability while staying manufacturable on standard bending machines.

Sliding contact between paired flexures adds frictional damping, reducing vibration transfer between a supported body and the floor.

A frustoconical elastomer contour creates radial form fit and normal force to stop sleeve migration and preserve vibration decoupling.

Controlled bismaleimide, sulfenamide accelerator, and sulfur ratios improve vulcanization reversion resistance without sacrificing rubber durability.

Spring-mounted intermediate elements and active vertical actuation let frame-mounted electric machines run full speed without excessive vibration.

Micro- and nano-structured stand-offs protect HMD waveguides from impact while preserving tight optical spacing and compact form factors.

A linked vibroisolator layout with elastic and gas-cushion bodies disperses ripper vibration in all directions while limiting outer-body shaking.

A wire-and-damper image sensor mount enables 3-axis OIS, suppresses oscillation, and helps block dust ingress in compact cameras.

Three steel plates with different yield points create staged yielding in a buckling-restrained brace core to cut residual drift and keep seismic strength.

A resilient fastener insert and vibration mat decouple building studs to cut vibration transmission without sacrificing structural stability.

A configurable foundation plate, adapter rings, and damped bolting isolate payload vibration while standardizing positioning mounts across vehicles.

A thermally conductive silicon buffering pad absorbs and disperses drop and vibration stress to keep the lens module stable and protect the circuit board.

An elongated-hole connector eases buckling-restrained brace mounting and releases construction-induced axial force to protect seismic damping.

Guide rails, a sliding mechanism, and hydraulic drive shift equipment in place to create maintenance space in narrow sites with less effort and delay.

A metal-powder chamber with retained particles damps PCB vibration in tight spaces while reducing reliance on prefinished metal parts.

A collar-and-securing-element bearing cup keeps a steering column rolling bearing axially fixed while simplifying tube assembly.

Magnetic bearings support and align a precessing flywheel to cut friction and wear while improving marine vessel roll stabilization.

By tuning suspension resonance above the drive frequency, this case cuts noise and vibration transfer from an internal operative element to outer surfaces.

An elastic motor cushioning member adds axial and peripheral support to reduce toothbrush vibration, noise, and handle transmission.

Segmented 3D hollow cushioning rubber lowers reaction force while preserving compression margin for weak parts such as sheet metal.

A crosslinked EPDM and BR rubber blend controls storage modulus change from -30°C to 90°C to keep mounts and grommets isolating vibration.

An elastic support member with crosswise protrusions buffers transport vibration at the core, reducing copper foil defects and instability.

Acceleration gas boosts exhaust flow in shared substrate processing lines, removing fumes and by-products without extra fans or exhaust facilities.

Movable connection members let the support frame match glass panel size, preventing assembly gaps, crushing, and bonding failure.

Alternating hollow protrusions and exhaust passages keep reaction force low at large compression margins, helping protect weak sheet-metal supports.

A passive beam-node layout excites node rotation to create anti-resonance, cutting vibration transfer without sensors, actuators, or control circuits.

A bushing and compressive fit rod absorb excess shock during automated coupler decoupling, protecting vibration test components.

An elastomeric bushing and fit rod stay inactive during vibration testing, then absorb decoupling shock to protect test components.

A spiral-connected resonator tunes resonance to target frequencies, improving damping in heavy machinery without oversized vibration hardware.

Resilient spiral connections let a compact resonator match target vibration frequencies to improve damping, stability, and noise control.

An auxiliary mass damper in the measuring arm suppresses probe vibration, improving fast, accurate CMM measurement of large gear features.

A liquid-linked eddy current and tuned liquid damper suppresses wind turbine vibration while cooling magnets to prevent damping loss.

A two-piece rubber isolator with tuned durometer supports rooftop equipment on dimensional lumber while damping lateral vibration.

Spaced block supports and high attenuation concrete preserve semiconductor vibration isolation while leaving room for cables and pipes.

Offset stops along the cylinder axis add damping volume in tight spaces, reducing stress on elastomer layers and extending service life.

Elastic link members and air-cushion isolators reduce ripper shaking and disperse vibration up-down, front-back, and left-right.

Progressive locking with a buffer-pressed ball head improves tripod stability, resists loosening, and expands tilt adjustment to 35°.

Composite housing, heat-dissipation shields, and shock bumpers help a portable display stay rigid, cool, and impact-resistant.

A hinged top-bottom case with panel frame, side cover, and corner bumper improves portable display storage, rigidity, heat dissipation, and shock absorption.

Nested inner and outer support frames with resilient elements isolate microphone vibration and reduce handling noise during constant movement.

A beam-and-cross-beam frame helps portable hinged displays stay rigid, absorb shock, and dissipate heat without sacrificing compact storage.

A modular display housing uses graphite sheets, rigid lightweight framing, and cushioning parts to improve portability, cooling, and drop durability.

An electrically controllable damper suppresses shaft torsional vibration in hand-held tools, reducing wrist strain and improving operating comfort.

A through-opening damper mass and bracket-held spring simplify assembly, keep the mass captive if springs snap, and reduce knocking noise.

Spring-damper mass isolation and pressure-sealed suspension cut cryocooler vibration transfer while preserving stable temperature control.

Peripheral grooves on anti-vibration rubber cylinders enable straighter compression, reducing radial distortion and improving durability.