Charge Supports TRIZ Cases

Liquid cooling the induction coil and radiant heater reduces cooling phase duration while maintaining precise temperature control in dental sintering furnaces.

A segmented firing table uses harder support rods to absorb kiln weight and reduce temperature stresses on softer ceramic parts.

Resonant microwave heating activates dopants without lattice damage, resolving the trade-off between implantation precision and crystal defects.

Segmented point supports and gas channels eliminate shadowing during high-pressure quenching, achieving uniform 60-64 HRC hardness.

Triaxial strand constraint prevents mesh deviation in carbon fiber nets, ensuring stable coolant passage and workpiece support.

A susceptor surface feature absorbs incident radiant energy, reducing reflected radiation that creates noise in pyrometer temperature measurements.

Segmented saggar walls with interlocking features reduce thermal stress during high temperature treatments.

Preheated inert gas and segmented heaters maintain uniform temperature distribution, suppressing deposition adhesion on container walls.

Spherical support elements allow dynamic alignment and thermal expansion compensation to prevent conical deformation in large gear wheels.

A crucible-based method heats porous material and infiltrant together before reducing pressure to drive capillary infiltration.

A sintering support features a fully stabilized zirconia outer surface to prevent adhesion during high temperature processing.

A porous mounting device absorbs excess coating material during automated dental prosthesis processing.

A detachable transport coupling connects a base body to a handling system, enabling precise alignment of pre-assembled furnace hoods and reducing setup time.

A reusable kiln furniture kit uses rolling elements to support ceramic products during high temperature firing processes.

Seal curtains create pressure zones to remove adhered substances from metal tubes, preventing surface contamination and carburizing during heating.

Ball joint mandrels on a charging rack accommodate thermal expansion of gear wheels, preventing conical deformation and run-out errors.

Integrating a heat-resistant liner onto the metal frame eliminates the need for a separate hearth layer, increasing material processing volume.

Side-mounted gas supply units standardize pipe lengths across concatenated process modules, reducing footprint and maintenance complexity.

A dual-stage heat treatment apparatus elevates substrate temperature through controlled increments using spaced heating sources and exchange gaps.

Dynamic wafer repositioning prevents accumulated pin damage during repeated thermal processing steps.

Segmented hub and arm components replace bulky castings, resolving manufacturing complexity while maintaining mechanical strength.

A thermal processing shelf uses a board projection inserted into a column recess for secure attachment.

A pivotable rotating plate collects molten metal scum from the melting chamber surface.

Segmenting the return line into parallel processing lines resolves single-line bottlenecks to boost saggar productivity.

Holistic and localized heating strengthens sapphire features while preventing defects caused by overheating well-polished areas.

A collector device in a thermal treatment chamber captures volatile species via a dedicated compartment.

A two-layer support plate combines an insulating ceramic surface with a silicon carbide base to mount electric heaters in continuous furnaces.

A deflector redirects heating light toward a rotation shaft to selectively heat the substrate.

Joule heating through conductive fibers reduces temperature unevenness in thermoplastic resin molding.

An elastic support sleeve compensates for thermal expansions during firing cycles, preventing loosening and shock transmission.

A refractory article incorporates a phase change material to buffer thermal energy during heating cycles.

Shafts and extensions counteract substrate bowing above 50°C, ensuring uniform temperature distribution across the surface.

Continuous line with infrared oven and calibration press resolves productivity versus precision trade-offs in metal foam composite manufacturing.

Segmenting the structure into reusable components resolves thermal shock resistance issues while maintaining structural integrity across varying object sizes.

Infrared laser heating targets partial glass areas to reduce cycle times while maintaining mechanical strength.

Blocking members on lift pins prevent air streams from disrupting heat distribution, eliminating Mura defects in LCD panels.

Alumina ceramic firing members and reducing gas maintain a stable low oxygen state, preventing decomposition product deposition on furnace walls.

Thermally insulating ceramic rods hold vanes away from metallic frame components, preventing yttrided zirconia deposition during heat treatment.

Segmented ingredient storage and preliminary action enable automated vending machines to cook fresh pizzas without pre-frozen assembly.

A double door seal chamber uses a high vacuum gap to generate sealing force against internal pressure and component weight.

Ribs on the base prevent creep deformation under workpiece load during continuous high-temperature heating.

An annular rim on the tray provides a thermal buffer, allowing robots to extract substrates immediately after heat treatment.

Modulating the wafer-to-heater gap via a servo-controlled pedestal decouples temperature from residence time, improving wafer-to-wafer uniformity.

A convective tunnel oven heats brake pads via forced gas flow and vertical tray stacking to resolve non-uniform temperature profiles in continuous processing.

Varying length support ribs eliminate insulating sand beds to prevent cracking from non uniform heating and trapped gas voids.

A chamfered raw setter with tapered edges supports honeycomb bodies during thermal processing to enable uniform dimensional changes.

A heating chamber wall directs electrical current to the nozzle region for targeted thermal processing.

Segmented interlocking panels create a portable modular oven, resolving bulk constraints while maintaining reliable heat curing performance.

Inverting the converter eliminates vertical gas channeling to ensure uniform preheating temperature across the entire charge cross-section.

Transverse recesses in modular refractory blocks accept connecting rods to form adjustable racks, resolving fixed spacing limits.