Moulds TRIZ Cases

Photoactive coating decomposes organic contaminants on nano-imprint lithography templates, eliminating maintenance downtime.

A perforated base plate and stripper plate enable through-thickness needling of fibrous preforms within a single fixture.

Independent side walls in a precast concrete mould maintain precise flank orientation, eliminating costly rigid moulds and lengthy wet joint assembly.

Automated material delivery system guides and compacts pre-preg composite material on forming surfaces using integrated tacking and cutting actuators.

A pyramidal bollard design incorporates overhanging lips on planar sides to facilitate secure handling by cranes and hand carts.

Segmented steel forms with mechanical jacks adjust wall geometry, eliminating wooden resupply costs and material waste.

Segmented mould bottom with movable release plate prevents clay residue adhesion during green brick demoulding.

Separate shell supports eliminate complex seals and thickness constraints while accommodating polymerization shrinkage.

A ceramic heater mold forms spaced burrs on conducting portions to enable low-cost manufacturing without manual removal steps.

A bi-directional platform moves interchangeable form bases between an auger and crane units.

A stack injection molding machine uses a rotary central block and grippers to position partial pre-molds for multi-component production.

A sequential injection process for transparent plastic plates uses half-open mold positioning to distribute pressure uniformly during material filling.

Hydroelectric generator recovers potential energy from descending carrier water in underwater pelletizing systems.

A chamfered ring creates a uniform stripping bevel in blind holes while porous jackets prevent moisture accumulation and mold.

Multi-row teeth engage recesses on both components to increase load-bearing capacity while maintaining low overall height.

Lower transparency covering masks sprue marks on optical surfaces, enabling direct injection molding without film gates.

Web-equipped nozzle projections isolate thermal zones, preventing plastic melt solidification in pass-through openings during operation.

Vacuum vibrocompression shapes non-flat agglomerated stone, eliminating weak joints and enabling color differentiation in sinks.

Successive mix layer deposition on a conveyor belt prevents contamination and enables precise aesthetic reproduction in conglomerate stone production.

A dough shaping machine uses controlled spreading and partition walls to form uniform pieces from a single mass.

Strategically positioned tarp openings mark ground layout while crenellated edges form slots for easy forklift lifting of cured concrete members.

A pliable liner with a notch creates a pivotable joint between end and side walls, allowing easy removal of cured concrete columns without damaging form panels.

Plastic frame members with mitered flanges define concrete openings, preventing wood warping and metal corrosion during curing.

Segmenting molding and coating into separate cavities allows independent parameter optimization, ensuring uniform lacquer thickness while reducing cycle time.

Tilting elevator arms reduce air entrapment and facilitate build release, resolving maintenance issues caused by tacky uncured products.

Segmented die ports with asymmetric cross-sections twist extrudate, resolving complexity trade-offs in manufacturing versatile twisted food shapes.

Displaceable surface elements reduce the head element area to detach the cured concrete module without damage, eliminating separate wall connections.

Internal constraining means prevent elastic deformation of ceramic mould parts under pressure, maintaining wall thickness precision and extending mould life.

Pressure rolling board with formed troughs curls and divides dough strips, preventing overworking to maintain round shape during baking.

A multi-station injection mold uses transfer mechanisms to move part portions between stations for simultaneous molding operations.

A rubber feeding system adapts strip width to match extruder consumption rates using continuous cutting and storage swapping.

Multi-point injection feeding reduces pressure loss and burr formation, maintaining dielectric strength in spark plug insulators.

A moulding device uses a vacuum envelope to hold formwork during deformation.

A core puller device neutralizes operative connections to enable symmetrical movement within stone moulds.

A reversible sealing member integrates contact sealing and negative formwork imprinting within a single thermoplastic elastomer profile.

Standardized attachment systems enable quick replacement of expandable cavity parts, reducing machine downtime and labor costs during maintenance.

Multi-zone cementitious products use distinct material compositions for visible and core sections to lower production expenses.

Embossing elements press into fresh concrete to create textured surfaces on slatted grating beams.

A liquid-ejecting head mold design prevents resin intrusion during secondary injection molding.

Pre-cutting heating of thermoplastic sheet zones ensures complete blank temperature, reducing material waste from incomplete thermal processing.

A rotatable mold system orients barrier wall forms vertically to reduce floor space and accelerate curing cycles.

A bulbous mold protrusion creates an undercut slot in a waste container wall to receive an RFID case.

On-site moulding with removable form inserts eliminates heavy material transport and associated carbon dioxide emissions.

Asymmetric retention features and push-out mechanisms ensure accurate part alignment, preventing obstruction in complex internal construction molding.

A gel-casting method bonds two molded parts using a curing reaction between material slurries.

A bio-artificial periosteum uses micropatterned biomimetic mineralized calcium-phosphorus nanoparticles to create a structured scaffold.

Real-time sensor feedback adjusts the leveling plate to eliminate height variations and reduce filler usage.

A fluid transfer system redistributes weight to stabilize the rotator in either position, preventing hazardous self-rotation during disassembly.

Gear-driven liner plates retract before ejection to preserve surface texture patterns and reduce component wear.