Charge Manipulation TRIZ Cases

A reservoir directs ingested furnace material toward a temperature sensor, enabling automatic gas flow shutdown to prevent combustion and extend lance life.

Constricting coolant flow between nested pipes increases velocity and extracts heat, reducing wear on submerged lances.

A conveying apparatus holds and lifts fuel cell separators to warp their intermediate parts into an arch shape for efficient one-by-one handling.

Localized reducing zones prevent magnetite formation in slag, improving matte separation and protecting furnace linings.

A second-level liquid slag cache system buffers molten material while regulating flow area via a stopper control mechanism.

Infrared camera assembly in lance head monitors temperature to prevent rupture from thermal stress and water release.

A shunting device exchanges carrier structures between annealing chambers and a quenching basin to maintain thermal energy.

A multi-axis robotic arm uses tilting clamping jaws and a hydraulic pressure finger to grip fragile glass panels securely.

A frustoconical metal plug uses diagonal compression slits to conform to taphole geometry and create a secure seal.

Pressing plastic slag immediately after removal from the melt reduces metal content loss and prevents dross fires by returning recovered material.

Lance head sensors monitor inlet pressure and temperature to prevent nozzle wear caused by operating deviations.

Automated handling device extracts and inserts metallurgical flushing plugs using a hollow spindle mechanism.

Oscillating the closure panel removes channel debris without damaging refractory coatings.

A conveyor unit uses interleaved beams with reciprocating motion to transport products through industrial heating equipment.

A spring-biased lever and roller mechanism synchronizes grip width across multiple packaging units.

A charging device controller adapts clean gas flow rate and pressure within the main casing based on charging status information.

A movable covering membrane seals the dip coating basin opening to prevent treatment medium evaporation during idle periods.

A rotatable pallet with a cylindrical bearing aligns products on curved conveyor sections, preventing jamming and toppling of off-center loads.

Continuous casting replaces sand casting to reduce copper consumption and corrosion while maintaining manufacturing precision.

An adjustable multi-level rack accumulates cut glass portions, resolving the contradiction between high productivity and low device complexity.

An elastomeric draw belt forms variable-volume chambers to retain glass sheets while preventing clogging from dust and coolant contamination.

Segmented lance design manages high thermal stress through internal water passages, reducing vessel size requirements.

Cam-driven jaws adjust pocket geometry to handle varying container sizes without swapping components.

A rotary charging device for a shaft furnace uses independent tilting and rotary drives to pivot the charge distributor.