Machine Frames TRIZ Cases

A wavy perimeter decoupler deforms under hydraulic pressure to create a seal without creasing.

Replacing passive resilience with an electromechanical swashplate assembly increases volume change rate and response speed in vehicle active mounts.

Asymmetric inner wedges with elastomeric spacers minimize weight while maintaining fore-aft shaking force attenuation in marine outboard motor mounts.

Overlapping upper and lower restraining members limit relative displacement of the upper member, preventing noise from rubbing caused by lower rubber swelling.

A guide rail holder uses a pivot connection to absorb bending moments and dampen vibrations in submersible machinery.

Epoxy bonding eliminates weld crevices that trap moisture and particles, preventing corrosion in food processing frames.

A vibration damping device uses aligned abutting faces to constrain relative rotation between mounting members.

A mount assembly uses fluid chambers and a valve to select stiffness profiles for vehicle powertrain attachment.

Segmenting the dual-drive gas turbomachine and dynamoelectric machines onto distinct trailers enables high combined power output at remote locations.

Autonomous floor-based supports eliminate repeated levelling operations when moving labelling devices between carousel positions.

Flanged bracket prevents rotation of exhaust isolator, reducing installation complexity and improving structural strength.

A multi-axis pivoting bracket allows wall-mounted sporting equipment to rotate inward, freeing floor space.

A motor mounting assembly uses an elongate slot and threaded adjusting rod to position the motor fixture.

A noise reduction structure uses a rigid support portion and connecting member to embed a buffer member between a power source and fixing plate.

A foldable fan integrates a sliding locking plate with a turnover hinge to secure the base structure.

An elastomeric tubular member contains a spaced insert to limit vertical motion, preventing resonance while radial grooves in the flange drain fluid.

A cylindrical vibration isolating device uses a stepped boundary on the outer cylinder to manage press fitting contact area.

Replacing adhesive bonding with a mechanical interference fit lowers stress concentration in compact engine mounts, improving durability.

A liquid-sealed vibration isolator uses a flexible membrane diaphragm to block orifice flow paths and maintain damping performance.

Segmented motor bracket and check hinge enable post-paint alignment, reducing labor costs while protecting mechanisms from corrosion damage.

Cutout parts in the intermediate member restrain compressive deformation of the rubber elastic body, improving durability against prying forces.

Welded studs on a metal belt anchor equipment to a concrete slab, eliminating second-phase pouring delays and ensuring precise positioning.

Segmented light bands on packaging machine housings guide operators to specific stations, reducing search time and collision risks during fault diagnosis.

A hydraulic mount uses a through hole and sealing member to enable precise damping liquid filling without air pockets.

Integrating a collapsible stand with a stylus holder resolves the trade-off between portability and secure device protection.

A vibration absorption device uses inverted rubber mounts and liquid chambers to dampen engine vibrations through elastic deformation.

Adjustable base frame in modular radiotherapy vault allows independent equipment leveling, resolving disruption from facility modernization.

A fan support arm with a rounded teardrop profile minimizes aerodynamic drag through streamlined geometry.

A single-piece cast frame design integrates ribs, crosshead tubes, and lube rails to distribute stress evenly across the pump power end structure.

Layout modification features in a bulk-acoustic-mode MEMS resonator compensate for edge position variations, reducing frequency drift to under 150 ppm.

A control unit offsets the minimum combined target current to zero, eliminating direct current components in the actuator drive signal.

An air-damped engine mount uses a filter module with porous members to increase flow resistance, regulating internal pressure and reducing vibration.

A vibration isolation device uses a nested stopper rubber within an elastic body cavity to restrict excessive displacement.

An axial latching mechanism prevents stopper slip-out under shock loads, ensuring stable resistance for vehicle stability.

Interlocking projections and recesses lock stacked leveling plates to prevent horizontal slippage from mechanical vibrations.

Active vibration isolating support uses actuators to extend and contract, stabilizing the working point position before engine ignition.

A split outer tube vibration-damping device uses a second rubber elastic body to absorb vibrations and shock waves.

Segmented coils around radial blades generate a perpendicular magnetic field, resolving parallel field inefficiencies in magnetorheological fluid channels.

A liquid sealed vibration isolating device uses segmented detent projections and tapered engaging sections to stabilize relief valve alignment.

Segmented sucker elements on a cap create vacuum adhesion to prevent ladder sliding without increasing structural complexity.

A suspension ring features protruding attachment and hanging surfaces on its circumference for direct equipment mounting.

Ball heads rotate in receiving spaces to provide omnidirectional shooting, resolving stability limits on smooth surfaces.

A resin mount apparatus uses a dropout prevention plate to support vibration receiving parts while saving space and weight.

Interlocking protrusions and grooves prevent moisture ingress and corrosion while simplifying assembly.

A three-axis rotation mechanism uses non-parallel axes and wedge elements to enable precise angular adjustments.

An adjustable fastening bracket uses elastic arms and positioning recesses to secure fixing elements in a radiator assembly.

An inverted coil position creates a perpendicular magnetic field that eliminates parallel-flow invalidity sections, reducing heat generation in engine mounts.

An elastomeric bearing with a movable carriage adjusts wind turbine generator alignment under load, reducing vibration forces.

Capacitive sensor measures hydrostatic pressure in rubber-elastic machine foot, resolving complexity and cost trade-offs.