Moulds TRIZ Cases

Merging separate molded components into one piece removes visible seams and reduces aerodynamic wind noise on vehicle article carriers.

Segmented bell-shaped and flat plate components reduce labor time by eliminating fastener cutting during concrete wall fabrication.

A preform forming method uses a grip strip mechanism to apply controlled tension during composite shaping.

A deformable core adapts its shape during cement setting to absorb shrinkage, preventing cracking in large diameter tubular elements.

Interchangeable grids on a flat porous base enable automated production of biodegradable wall panels, reducing labor intensity and environmental impact.

Turning device uses automated fixing elements to secure double-walled parts, eliminating manual adjustments for complex geometries.

A hinged formwork device folds after concrete hardening to enable manual transport and on-site assembly without cranes.

A mesh-type bridge insulating layer prevents lower electrode tilting and electrical shorts by maintaining gap integrity during mold oxide removal.

Angled fluid conduit within an asymmetrical overmold component creates a secure multi-dimensional sealing interface.

Merged cup attaching unit and lens processing apparatus reduce installation space while improving operator workflow efficiency.

Factory-applied low-viscosity resin compensates for manufacturing tolerances in precast concrete flanges, preventing load concentration and structural damage.

A magnetic spacer braces the stripper head plate to prevent upward deflection, ensuring uniformly flat concrete surfaces.

Inflatable support molds expand to shape fluid concrete composites, reducing construction time and labor costs for curved geometries.

Press rubber coverings into vibrating concrete to achieve force-fitting anchoring while eliminating sealing issues and surface irregularities.

Depletable foam carriers position carbon nanotubes within structural composites, resolving high resin viscosity and poor out-of-plane performance.

Motorized traction and thrust units dynamically adjust flexible elastic membrane molds via linear actuators.

A single centrally located roller screw replaces multiple ball screws to reduce device complexity and protect components from dirt.

A deformable jacket bulges under pressure to form undercut blind holes in plastic concrete.

Deformable mould parts enclose liquid ceramic to create catalyst supports, resolving the trade-off between geometric surface area and mechanical strength.

Expandable inflatable tubes form accessible voids within a rigid framework, reducing concrete mass and improving seismic resistance.

Monitors separation load against thresholds to replace templates before defects occur, maintaining yield without reducing throughput.

Replacing mechanical arms, the system uses pneumatic pressure to eject food portions, reducing maintenance and safety risks.

Segmented cutting elements with removable inserts form witnesses near sharp edges, eliminating costly mold restoration and downtime.

Cinder block formwork guides sprayable concrete application to produce durable artificial reefs that resist saltwater corrosion and promote marine growth.

Partial latex penetration into the knitted liner prevents skin irritation while foamed layers provide breathability and grip.

Telescopic side elements adjust casting mould height continuously, eliminating storage needs for multiple discrete additional components.

A Z-directed component uses layered mold forming and conductive deposition to create vertical structures for printed circuit boards.

Fluid tight barriers in porous mould members isolate cavities, preventing cross leakage and ensuring precise product release.

A casted block molding apparatus uses interconnected filler boxes to distribute base and facing granular mixtures into mold cavities during a single displacement cycle.

A vacuum envelope stresses a flexible mold to form complex architectural concrete parts with uniform thickness.

Segmented plywood panels enable transport in remote areas, reducing costs.

Asymmetric knock-out plunger positioning orients freshly cut tuna cake surfaces upward, eliminating inconsistent appearance defects from dual-turret filling.

Flexible elastomeric gasket compensates for pocket former tolerances to resolve fit quality trade-offs in post-tensioning systems.

Printed barrier outlines guide expanding foam that stiffens into flexible joints, accommodating varying object sizes and preventing concrete leakage.

Stationary upper ram prevents material adhesion while stripper separates compact from die.

Drainage holes in the formwork extract water from concrete during compression, preventing surface deformation while increasing pile strength.

Stitched fiber plies on canvases resolve the contradiction between mechanical strength and ease of shaping complex geometries.

Arched trajectories enable movable elements to disengage from threaded articles with shorter strokes.

Segmented pallet circulation reduces waste and enables transverse reinforcement integration in prestressed hollow concrete production.

Polishing both front and back optical tool surfaces eliminates differential friction that causes cylindrical distortion in molded contact lenses.

Segmented inlays adjust between liner protrusions to create customizable brick patterns without cutting full-length masonry units.

Dynamic cutoff bar positioning compensates for uneven settling during vibration, ensuring uniform block height and complete textured surface formation.

Beveled mortar buffers created by mold gussets and filler plugs reduce smears and simplify joint installation.

Extruding viscous polymer compositions between substrates to form microneedles, preserving active ingredient integrity without heat treatment.

Alternating inverted blocks create front-to-back air passages that prevent rain infiltration while maintaining privacy through vertically spaced apertures.

A flexible flap seals formwork beam openings, preventing concrete penetration while allowing unobstructed surface wiping.

A tubular tamping rod with a sliding reference disc ensures correct submersion depth during concrete specimen consolidation.

A mobile stamping machine forms reconstituted limestone blocks directly on-site using a modified batching plant mixture.

A pelletizing machine maintains rotational orientation of non-circular material to produce discrete shaped bits with non-planar surfaces.