Discharging Arrangement TRIZ Cases

Detachable shell-supported pinch valves simplify filter and valve replacement in dense-phase powder pumps while reducing leak risk.

Indirectly estimate product surface water activity during drying from dryer humidity and temperature data, avoiding disruptive surface probes.

Magnetic stand-off legs keep the stripper head raised in the mold box, protecting plungers during removal, transport, and storage.

A removable liner and reaction frame simplify demolding and insert reinsertion for reverse-tapered concrete blocks while cutting manual labor.

A reusable foam-and-silicone mold part forms toothed keystone joints while enabling manual demolding and cutting consumable material use.

Flexible foam and silicone mold parts form toothed keystone joints that raise friction, limit relative movement, and allow reusable manual demolding.

Partial demolding keeps mold parts in place to align and bond toilet blanks accurately, cutting handling damage, scrap, and cycle time.

Automated rearrangement of ceramic articles into graspable layouts cuts manual lifting, sorting errors, and shipping unit preparation time.

Rotating molds, vibration, and thermal pressure enable continuous forming of concrete parts with lower voids and higher strength and toughness.

Multiple bearing devices stage new and used support structures together, shortening replacement cycles without stopping ceramic production.

Projecting elements lift tiles between adjacent rollers, allowing a load cell to measure weight without transport inertia and with fewer failure-prone mechanisms.

A detachable housing lets engineers replace clogged filters and pinch valves separately while elastic seals help prevent powder leaks.

Pressure pieces deliver compressed air or other fluids to prevent vacuum damage, speed unmolding, and vary block surface properties.

Direct carrier mounting on chain locks replaces complex riveted fittings, simplifying conveyor assembly and disassembly.

This case replaces Portland cement with metallurgical slag and uses CO2 curing to achieve comparable concrete strength with lower emissions.

Segmented foam layers on flexible substrates replace adhesive bonds in receiving tables, enabling quick maintenance and reducing production costs.

Height-adjustable spacer moves carrier plate according to plate thickness, preventing damage from excessive pressure or air gaps during ejection.

Differentiating shell and flange permeability directs fluid flow to resolve uneven drainage while maintaining effective sealing contact.

Fine-grained metallic embossing dies transfer dual microstructures to polymer surfaces, resolving durability limits in super-hydrophobic manufacturing.

Liquid-phase polyethylene injection molding uses a thixotropic slurry to form parts at low temperatures.

Segmented ejector rods use magnetic fixing to detach from the platen, reducing time and cost during die exchange.

Axial gripping tolerance in zero-point clamping systems allows rapid suction head mounting on roof tile presses without mechanical stops or alignment errors.

Staggered release of segmented mold pieces reduces frictional forces during spark plug insulator demolding, preventing deformation and ensuring shape accuracy.

Cradle positioning 5 to 15 mm below the die suppresses cell wall buckling during horizontal extrusion.

Replacing straight pins with a curved core pin eliminates adhesive joints, creating leak-proof non-linear conduit sections from rigid polymers.

Twisting a partitioned elastic connector balances structural stability with flexibility, preventing channel closure during engine operation.

Integrated Cartesian robot handles parts between platens to resolve productivity versus device complexity trade-offs.

A pneumatic demolding apparatus uses a linear actuator to extract freeze-cast materials from molds at low temperatures.

A continuous conveying loop positions individual packs in a predetermined sequence for robotic palletizing stations.

Applying consignee labels during transport eliminates pre-selection effort in storage yards.

Suspended flexible sheets distribute load across wet ceramic bodies to prevent shape distortion and damage during drying.

A swinging member pivots through a mold hole to form undercuts, eliminating complex fixed geometry and reducing equipment cost.

Dynamic lifting frees carrier feet for precise positioning, preventing foot damage and wear while reducing energy consumption.

Precipitating partially hydrolyzed cellulose with aliphatic polyester creates a biodegradable composite that improves storage modulus and thermal stability.

Independent second movable frames eliminate waiting times during tile transfers, increasing productivity by enabling continuous parallel operations.

An unsmooth path with sharp points breaks vacuum seals between wet-cast concrete products and the flexible mold, preventing sticking.

Photoactive components encapsulated in ORMOSIL nanoparticles enable dynamic window tinting that rejects heat and UV rays without professional installation.

An injection mold for washing machine diaphragms uses movable cores and a cam core to automatically separate the manufactured part from the cavity.

A handling machine re-arranges ceramic articles using a grooved support structure and moving devices for precise positioning.

A concrete test cylinder mold made from expandable polystyrene maintains uniform curing temperature and prevents water absorption.

Pressurized air impinges on concrete samples during mold base perforation, preventing vacuum-induced cracks and ensuring accurate compression test results.