Charge Manipulation TRIZ Cases

Flexible rack supports prevent coating damage from cord contact while interlocking tabs stabilize stacked units against tipping.

A composite distributor assembly combines a steel inner sleeve with a copper outer sleeve to manage thermal loads in post-combustion lances.

Scissor arm mechanisms expand and contract to set precise product spacing, resolving the trade-off between adaptability and device complexity.

Segmented steel slag notch with active cooling prevents thermal damage and solidified metal interference, ensuring continuous metallurgical vessel operation.

A conveyor with a raised platform transfers ingot stacks into a bucket for automatic melting furnace loading.

A charging device uses intersecting axes and bevel gears to rotate a distribution chute.

A track-mounted cantilever uses retractable screws to pierce and lift lumber boards while a laser unit scans stack profiles for precise board selection.

Solid susceptor supports fragile substrates during chamber transfer, eliminating holes that cause thermal non-uniformities.

Intermediary thermal storage decouples discontinuous cooling from continuous turbine operation, recovering waste energy without large drying plants.

Segmented conveyors adapt to staggered glass sheets without complex mechanisms, enabling safe unloading of heavy panes after sealant sets.

Segmented flow via a bridge wall reduces heat loss while variable-speed rotation minimizes oxidation during chip remelting.

A retractable ignition lance extends into a gas mixing zone to ignite fuel and oxygen before withdrawing into a protected area.

A charging shaft system uses a sealed partition to separate preheating and melting zones.

A drive mechanism moves work tools arbitrarily above a melting furnace to perform slag removal and sampling tasks.

Load cells measure hot direct reduced iron weight in transport vessels to control feed rate, reducing heat loss and dust emissions during charging.

A sintering furnace incorporates a sealing member at the lifting device to block the furnace mouth during loading and unloading operations.

Offset dimple seats pellets in carrier bar pockets, resolving loading difficulty while maintaining precise orientation consistency.

Exhaust pipe transfers heat from closed gas heater to furnace rollers, preventing thermal efficiency loss caused by roller cooling.

Optimized installation height formula prevents splashing and contamination while sustaining coherent supersonic oxygen jets for efficient decarburization.

Segmented swirl vanes channel cooling water through internal passages to remove heat from metallurgical gas injection components.

Independent vertical adjustment of conveying supports prevents pane shifting and breakage in insulating glass assembly presses.

Independent upper and lower panels in a cooled slagging door separate molten metal splashes and push scrap, preventing tunnel encrustations that block access.

Alternating honeycomb subsets with varying wall thicknesses reduces temperature differentials below 15°C, preventing structural fissures during firing.

Rotating furnace shell relative to fixed electrodes ensures uniform metal heating during the melting process.

Periodic injector switching maintains supersonic penetration while controlling oxygen quantity to reduce emissions and fuel consumption.

A partitioned annular swivel joint maintains pressure differential and prevents dust contamination without fluid-tight seals.

Variable pitch screw shafts enable automatic tilting of automotive bodies during electrodeposition, eliminating complex multi-motor control systems.

Delimitation parts on parallel rollers constrain axial displacement, preventing misalignment that causes substrate deformation or crush during wet-etching.

Flow control system manages temperature thresholds to convert low grade waste heat into electricity without major infrastructure changes.

Vertical electrostatic storage panel attaches carbon fiber plies using static charge to secure materials without mechanical contact.

Combines low-grade and high-grade process heat from offgases to dry clays, reducing equipment outlay while maintaining handling reliability.

Angled carrier bar pockets align with caplet geometry to secure tablets, preventing ejection and ensuring proper orientation during high-speed processing.

Continuous conveyor system detects metal charge profile using X-ray and laser sensors to maintain consistent bulk distribution.

Pivoting top lance and side wall injectors adjust gas jet angles to minimize shear forces, reducing steel droplet splashing and material loss.

Vibration members settle products into curved totes, reducing breakage during high-speed loading and unloading at shared facilities.

Segmented furnaces control oxygen levels independently to remove organic compounds from aluminum scraps without complex rotating mechanisms.

Roller assemblies replace sliding contact between telescoping boom sections, reducing maintenance time caused by clearance development.

Vacuum pickup assembly lifts glass sheet spacers via pneumatic membrane, preventing pileup obstruction at the station.

An asymmetric laser beam profile creates a steep temperature gradient that stabilizes crack propagation in thin glass, preventing edge damage.

Segmented roller hearth furnace design with alternating heating zones and buffer lifting elements for continuous cast product handling.

A rotating shaft insert with scraper blades removes deposits from furnace inner walls to maintain uniform energy input.

An enclosed feed passage guides bars downward while a retarder controls speed, reducing temperature drop and energy consumption during conveyance.

A telescopic furnace vessel adjusts its height to accommodate varying scrap densities.

Inverting the extraction device near the furnace minimizes false air infiltration and prevents energy loss from cooling off-gases before they preheat scrap.

Segmented bottom plates enable independent hot replacement, extending powder-bottom-injecting converter life from 3000 to 10000 heats.

Gas fluidization creates a uniform particle suspension in the holding vessel, eliminating low-frequency pulsations and segregation from mechanical conveyors.

Cable transmission reduces motor torque requirements, enabling manual operation and eliminating hydraulic fire risks near molten iron.

A slag monitoring device uses cameras and sensors to detect solidification positions of molten slag in coal gasifiers.