Charge Manipulation TRIZ Cases

A double tube delivers solid and gaseous reducing agents to a blast furnace, eliminating residual particles that impair gassing capability.

A pressurized flux injector apparatus meters and delivers inert gas mixed with salt flux into molten aluminum pools.

Liquid oily lubricant binds fine metal particles into solid agglomerates, maintaining structural integrity and low humidity index during handling.

Inclined blade in the first gas pathway collides with oxygen-rich air to revolve flow toward the furnace lower side.

Concentric ceramic layers minimize thermal expansion differences, preventing deformation and pickup while maintaining a maintenance-free lifespan over 10 years.

Segmented puck design uses softer bumper materials to dampen impact noise and protect worker comfort in automated lines.

Large rounding radii eliminate edges in a dosing furnace riser pipe, preventing turbulence and dead space formation during molten metal dispensing.

Wire-mesh disposable containers separate inert debris through gaps during transport, reducing furnace maintenance needs.

Integrated hydraulic cooling ducts in a copper sill device dissipate heat, preventing rapid deterioration of the component by aggressive molten slag.

A sintering device integrates first and second heating mechanisms within one chamber to provide different temperatures for a workpiece.

An automated detection system monitors the fill level and stops the flow of refractory mass through the telescopic pipe to prevent overfilling.

A rotating tapping duct with a bell-shaped cover creates pressure differences to facilitate continuous molten metal flow.

Pivoting refractory filling dispenser couples to an actuator via a movable connector for automatic operation.

A single transport apparatus selectively delivers assembled batch charges to multiple electric induction furnaces, eliminating idle stations and reducing costs.