Welding/Cutting Auxillary Devices TRIZ Cases

A wire clamp system stabilizes fine wires against oscillation during laser ablation, ensuring precise insulation removal and reducing processing errors.

A welding device automates industrial belt joining through integrated feeding, positioning, and cylinder-driven welding mechanisms.

A frequency-selectable transmitter broadcasts unique signals to multiple sensors.

Segmented welding fixes side structures to a central frame, preventing position drift during transport and enabling robot flexibility.

Adjustable conveyor lanes and a multi-axis gantry enable high-speed laser blanking, resolving microfracture defects from mechanical presses.

A bond head assembly forms ultrasonic bonds between a continuous ribbon and solar substrates.

Defocused energy beams create overlapping tiles while thermal control prevents material bed deformation, eliminating the need for mechanical supports.

A slender cone connection body penetrates superposed plates to generate interlocking girders.

A CNC water table uses a calibrated rupture disc to regulate air pressure in the secondary volume for safe surface level control.

Segmented clamping modules with elastic flexure joints adapt to non-flat sheet metal geometries, reducing setup time and structural complexity.

A laser protection wall features shadowed openings that block scattered radiation while allowing direct access to the danger region.

Movable plungers adjust clamping pressure automatically in response to thermal expansion, preventing weldment buckling.

An automated cutting system replaces manual operations on concave wind tower segments by using digital coordinates to guide the cutting trajectory.

Adjustable clamps with guide rails align pipe ends for orbital welding, resolving coaxial opposition challenges across varying diameters.

Inflatable membrane presses coating film onto ophthalmic lenses using dual plates for consistent pressure distribution.

Rack and pinion drive units move a setter and staging cart between storage belt shuttles, enabling high-speed gate changes within 30 seconds.

Friction pressure welding joins hollow rack bars via a central joint member to establish precise rotational phase alignment.

Hydraulic jacks adjust roller spacing and height, enabling stable pipe rotation in confined tunnel spaces.

Friction stir welding joins sputter targets to backing plates using mechanical stirring.

A lever arm locks the movable tube holder against the fixed holder to prevent fluid trapping in thick plastic tubing.

Segmented screen conductors carbonize under laser beams to create new paths, ensuring reliable detection and shutdown even when original circuits remain intact.

A transducer assembly holder minimizes contact surface area to reduce ultrasonic vibrational energy loss during bonding operations.

A compact welding apparatus uses a guide member supporting ring gears along a housing surface to transmit torque from electric motors.

A modular glue jig uses segmented stations and alignment pins to secure specimen pairs for lap joint formation.

A flexible protective film wraps the wafer lateral edge to seal the device surface against contaminants during processing.

Atmosphere communication paths in bonding jigs release trapped air before heating, preventing pressure buildup and distortion.

An adjustable fabrication fixture prevents deformation and shear stress failure when moving heavy partially welded workpieces.

Melting a conductive wire sculpture via Joule heating creates unique abstract images that cannot be reproduced by conventional photography.

A welding tool uses adjustable gripping and heating mechanisms to position tank tubes for bracket attachment.

Ribs center studs while grooves vent gases through the neck, preventing molten metal expulsion.

Camera tracking system captures torch motion and process data to resolve the contradiction between measurement precision and training time.

Elastic bands adapt to oval shapes and varying diameters, maintaining peeling precision without specialized supports.

Extruding a plug portion into an anvil cavity creates a weld land that resolves fusion line strength deficits in friction plug welding.

Decoupling compression from the control shaft enables programmable upsetting sequences that adapt to varying chain link materials and geometries.

Controller adjusts power shaft phase to regulate ram oscillation amplitude, resolving non-uniform heating along the welding axis.

Heating copper wire via a gas diffuser reduces free air ball hardness, preventing bond pad damage during semiconductor assembly.

Segmented spindle assemblies reduce run-out tolerance and wear while facilitating faster tool changes for friction stir welding operations.

A triangular cross-sectional horn amplifies ultrasonic vibration amplitude and stiffness in wire bonding applications.

A wire feed motor drive circuit detects faults by applying a test voltage and monitoring current flow.

Cutting machines remove sacrificial parts before workpieces to prevent tilting and jamming during sheet metal extraction.

A pivoting cutting table positions steel slabs horizontally for loading and obliquely for torch cutting.

Tilted pressure rollers apply shearing force to reduce joint portion thickness, preventing stress concentration from steep steps at the weld.

A fiber-optic laser system directs radiation to ablate films from rotating silicon wafer edges in a single step.

Replacing ultrasonic vibration with a clamping system and laser beam eliminates mechanical deformation while ensuring reliable tab-to-foil weld quality.

Dual static laser cutting heads process stationary plate strips, eliminating die maintenance costs and improving production flexibility.

Rail-guided clamping frames lock body shells using cross-braced assemblies, freeing installation space for welding robots.

A combined shearing system merges unrolling, pendulum cutting, and laser processing to produce profiled steel sheets.

Acid-grafted polyethylene topcoat bonds directly to epoxy primers, eliminating intermediate adhesive layers and simplifying field joint coating.

A detachable frame structure merges positioning and guiding roles to align aircraft components, replacing manual riveting with friction stir welding.

A conical pressure foot with a recessed cavity prevents sheet lifting and collects flashing to eliminate post-weld machining.