Welding/Cutting Auxillary Devices TRIZ Cases

Wire clamp mediation maintains connection strength while smoothing bumps, preventing premature separation and boosting yield.

A deflectable lower element part connects to a rigid upper section via a solid body joint with varying section modulus.

A hot wire welding system steers the electric arc using a magnetic field generated by the energized welding wire.

An inverted gas flow arrangement in a welding jig removes fumes and dust from the laser path, preventing oxidation and interference.

Targeted cooling manages heat transfer to confine impurities at the steel interface, reducing thermal stress and improving joint strength.

Integrated UV-C and forced airflow system decontaminates shared workspace air, reducing infection risk while maintaining laser cooling efficiency.

Automated rotating table separates and re-laminates block iron cores to eliminate manual handling errors in lamination order.

A TIG torch connector manages hoses via a nested casing design for secure grip and tool-free assembly.

A ventilation device creates controlled airflow through support strip gaps to remove cutting dust from laser metal plate processing.

Segmented components and remote electrical actuation enable exothermic welding in keyhole excavations without extensive above-ground work.

A mobile car body travels above or below the article to guide and transmit reaction forces for precise welding tool positioning.

A portable workstation uses a conductive uneven surface to support manual metal cutting operations.

An inclined riser part reduces neck height in a semiconductor wire loop, preventing damage to the first bonding point and avoiding wire protrusion.

Overlapping fastener arrangements shield vulnerable stitching on welding cable covers from environmental hazards.

A five-axis positioning apparatus tilts a plasma arc torch to compensate for kerf angles, ensuring perpendicular cut edges on work pieces.

An automated welding apparatus joins flanges to guide thimble tubes using a conveying unit and welding head for nuclear fuel assembly manufacturing.

A movable support device for mesh welding machines uses a clamping mechanism with integrated guide means to enable linear displacement along a rail.

A TIG welding torch and clamp move via a linear drive mechanism to position electrodes precisely.

A spot welding tip changer uses a pin and hole structure to connect swingable nail pieces between rotation bodies.

Protruding grip strips mechanically constrain plies against autoclave side loads, preventing core crush without adding structural weight.

Asymmetric blade geometry enables self-aligning rotational positioning, resolving visibility constraints during automated consumable replacement.

A pivotable torch cradle assembly aligns a plasma torch tip to target material along a rail system.

A clamp assembly uses a spring-biased plunger and threaded stem to secure pipes against support heads.

Welding studs to parts allows attaching separate tabs for tool holding, reducing material waste from large blocks.

A servo motor measuring device corrects rotational angle deviations using reference electrode calibration data to ensure accurate contact detection.

A reflow furnace adjusts blowout pipe pitch near partition walls to stabilize vertical atmosphere flow across the chamber.

Friction stir fabrication deposits nanocrystalline aluminum onto substrates through solid-state stirring.

A wire bonding system uses independent first and second positioning tables to move electronic devices between loading positions and a central bonding tool.

Initial welding joins first and second bars into a grid frame with peripheral extensions, then bending creates the structure while simplifying assembly.

A positioning apparatus adjusts workpiece height and angle via a hydraulic elevating mechanism and rocker assembly.

A roller apparatus applies protective films to electronic devices without wet solutions.

Composite fluorinated polymer and ceramic coating prevents weld slag adhesion on sensors, extending service life beyond 15,000 cycles.

External support rings counteract weld forces without internal mandrels, reducing propellant tank damage and fabrication costs.

A movement device for plasma cutting torches enables complete rotary and translational motion of the working head.

A corrosion resistant fluid conducting part joins dissimilar materials via solid state welding to form a unitary structure.

Applying counter force fixes the mask sheet during laser scanning, preventing position shifts that cause pattern errors.

Adjustable magnetic belts replace decoiling equipment to process irregular blocks, eliminating bulky straightening mechanisms and reducing preparation time.

Inductive preheating reduces thermal stresses during titanium aluminide cladding, enabling precise repair of complex geometries.

Low-height magnetic jointing devices prevent folds and color mixing in AMOLED displays by ensuring complete mask fixation without welding gun interference.

Opposing loop sheath cancels electrode magnetic flux, reducing operator exposure.

A jig device holds the weld product and transmits elastic waves to an acoustic emission sensor for accurate defect discrimination.

An optical sensor system replaces mechanical switches to synchronize electrode movement, eliminating wear while ensuring accurate positioning.

Negative pressure isolation enclosure prevents combustible gas migration from hydrocarbon sources, enabling safe hot work without production shutdowns.

External support rings counteract weld forces, eliminating internal mandrel removal and reducing tank damage risks during friction stir welding operations.

Direct transfer guides connect upstream and downstream magazines, bypassing the welding station to eliminate setup downtime during model changes.

Integrates motor drive assembly with transducer housing, reducing overall welder size while maintaining precise horn positioning.

Preliminary clamping and large circumferential seams enable precise laser welding of thin metal sheets without heat distortion.

A translational torch height controller uses a biasing mechanism to maintain dynamic contact between the plasma arc torch and the workpiece.

Platform base with sub-floor slot calibrates welding tool tip position, resolving visibility and protection trade-offs.