Welding/Cutting Auxillary Devices TRIZ Cases

A holding and support fixture with wire securing projections maintains tension on fine wires during laser soldering.

Wearable smart glasses display real-time ionizing radiation dose rates and accumulated exposure data directly to workers in controlled areas.

Rotating axle assemblies maintain focal positioning on non-flat surfaces, increasing throughput while reducing setup time.

A C frame ultrasonic weld gun integrates the anvil directly onto the horn assembly to eliminate separate tooling requirements.

Simulation iteratively adds clamps at high-deflection sites to minimize positioning time while maintaining welding accuracy.

Segmented gates with universal clamping mechanisms allow quick changeovers between body styles while maintaining precise welding alignment.

Fixture assembly positions turbine nozzle singlets to resolve grinding-induced alignment inconsistencies.

Adjustable clamps secure elongate members on a rotation platform, eliminating safety hazards from gantry crane slings.

Laser cutting of interconnects isolates capacitors on the substrate, adjusting resonant frequency while preventing manual labor costs and substrate damage.

Annular weld part joins light-absorbable and permeable members via controlled area ratio, eliminating glass plate contamination.

Pulsed light irradiation evaporates resin quickly, resolving the contradiction between drying time and film thickness.

Segmented tool holders allow independent replacement of worn pins, reducing maintenance costs and downtime during friction stir welding operations.

A rotating consumable pin tool deposits material onto a workpiece surface through frictional heating and plasticization.

Hydraulic turbines drive the rotating roller to remove burrs without mechanical transmission damage.

Beam splitter creates spaced laser spots while mask reduces width to prevent device damage during wafer dicing.

A retractable pin welding device maintains constant penetration depth during friction stir welding operations.

A positioning welding robot integrates clamping and joining functions into a single robotic system to streamline vehicle body assembly operations.

Nonparallel surfaces and fluid channels deflect reflected radiation while removing heat to protect optical components.

Tilting the plasma torch compensates for hole taper during rotation, eliminating secondary drilling processes and ensuring consistent cylindrical bolt holes.

Mounting a transducer horn at multiple vibration nodal points increases rigidity while minimizing tip deflection and energy loss during wire bonding.

A closed evacuated chamber with a rotatable pressing unit enables precise component placement.

Bound-free CVD diamond coatings eliminate metal binders to prevent adhesion, extending service life while simplifying production complexity.

Heat-energy fixtures secure thin wall members against thermal warpage during additive deposition, ensuring dimensional stability.

A laser processing machine uses redundant axes on the optical unit to pivot the beam path independently from the main traversing unit.

Intermediate supports on the motion unit bridge minimize inertial deflection, enhancing cutting precision and productivity for large workpieces.