Discharging Arrangement TRIZ Cases

A pivotable mold wall attached via a multiple joint guide tilts to release molded pieces with structured side walls.

Vertical arms and tray elevators exchange ceramic tiles between storage boxes and conveyors, reducing installation costs and collision risks.

Segmented receptacles deliver powder via curtain flow to resolve load homogeneity issues in ceramic mold compaction.

Buffer storage containers decouple ceramic honeycomb production stages, preventing immature product waste during process troubles.

Multi-part mold segmentation isolates bristle shaft molding to eliminate flash formation, reducing waste and improving hygiene.

A dualized main core with an air supplying member automatically extracts molded intake hoses.

An automated construction system joins straps and ladders with a press assembly to form insulated concrete form skeletons.

Axially divided inner mold parts allow smooth support bar removal, resolving the trade-off between high molding precision and easy spring separation.

Loading devices drive transport pallets along guideways, eliminating separate motor drives to reduce construction costs.

Segmented inner blocks with horizontal ejectors resolve the trade-off between reliable product removal and pin strength in piezoelectric ceramic molding.

Stackable trays with sealed boxes eliminate handling labor and provide optimal curing conditions for custom-shaped dobies.

Control unit reduces ejecting force and velocity until position detection confirms correct forward end settings, preventing mold separation.

Decoupled lift-and-deposit drives resolve cylinder stroke limits by enabling asymmetric movement for diverse brick models.

Colloidal silica and alkanolamines modify concrete rheology to reduce pressing time while maintaining surface finish and non-eccentricity.

Cured porous polyurethane receivers match honeycomb peripheries to prevent deformation and ensure uniform water content.

A double production line system with two machines and a track system enables simultaneous pouring of segmental beams.

Angled pulling force mechanism displaces sandwiched objects, enabling reliable separation of firmly attached structures in microelectronics.

A graphene-reinforced shape memory polymer system enhances mechanical toughness and surface hardness through nanocomposite integration.

Insulated mold inserts delay fillet curing, reducing tensile residual stresses and porosity in composite joints.

Side doors on a concrete form use pressure transfer mechanisms to separate cast blocks, reducing labor risks and preventing damage during removal.

A multi-cavity die-casting mold synchronizes slurry filling and compressed air emptying across parallel units to accelerate ceramic hollow body production.

A cavity block with semi-spherical cavities and a core block form linked proppant spheres.

Top-down assembly of prefabricated slabs eliminates on-site concrete bonding, resolving uneven roadbed issues that compromise experimental data accuracy.

A fluorine-containing photocurable resin composition forms durable molds with high chemical resistance and mechanical strength.

Vertical lifting tines insert into recesses to lift ceramic articles, reducing breakage risk in confined spaces.

Machined grooves on abutment surfaces form interior air conduits, reducing drilling time and preserving mold structural integrity.

Segmented manipulators with suction cups grip ceramic slabs along the main conveyance direction, eliminating bulky orientation devices.

Polylactic acid hollow articles use nanocomposite fillers to enhance crystallization for improved heat resistance.

A modular conveyance receiver system supports honeycomb formed bodies using adjustable members and coupling means.

Elastic mold deformation releases corner stones, reducing manual labor and improving demolding speed.

An automated system calibrates sensors by moving a sample product through adjacent flutes, reducing manual intervention and human error during machine setup.

Parallel supporting rollers correct tilted orientations during transportation, preventing chippings and cracks in honeycomb structures.

A recessed section on the optical ferrule lower surface contains the ejector pin mark and molding burr below the reference plane.

A perforated shape memory polymer mandrel with an internal bladder enables resin impregnation in external molds.

A movable contact surface extracts ceramic products from moulds via vacuum grip, eliminating tray storage needs.

A mold-bending member moves peripheral edges away to release vacuum pressure, preventing wet-cast concrete products from sticking inside the flexible mold.

A mold design positions pin mounting holes on side walls to align pin members with the ejection direction.

Oscillating longitudinal members distribute flexional stress to maintain roller engagement accuracy despite non-perpendicular storage unit configurations.

Nested core pins extract sequentially through hollow portions to resolve mold release difficulties during thermoplastic coupling formation.

Pressing-up means elevate sheet pieces above the conveyance course, enabling sampling without halting production.

Heated injection molding shapes carbon block filters, reducing manufacturing time and cost without degrading VOC removal performance.

Sliding plates in mould cavities expose aerator openings to introduce air, preventing vacuum formation and enabling shear force release of stuck green bricks.

Continuous transport eliminates multiple pick-up cycles that damage fragile pressed parts and delay weight feedback.

An automated machine uses a wedge to separate formwork and a clamp to retain it, eliminating hazardous manual disassembly.

A parametric release system monitors injection molding process data to divert defective products in real-time.

A separating tool guides force along the lens interface for automated processing.

A ceramic loading conveyor system with variable positioning capabilities for flexible plant integration.

Circuit board contacts die cavity wall during insert molding to resist resin pressure, preventing deformation and eliminating holding pin holes.