Welding/Cutting Auxillary Devices TRIZ Cases

A modular friction welding head moves between stations and handles multiple operations via a single controller.

Horizontal torch movement during piercing controls molten metal scattering to minimize dross, allowing closer cutout spacing without complex tilting mechanisms.

Laser melting capillary with heat sink suppresses inclusions by cooling Nitinol at 10^6 K/s.

Non-contact laser degating eliminates spoke deformation and manual positioning while boosting production efficiency.

Internal welding torches rotate to create circumferential pipe joints while external laser scanners provide precise alignment feedback.

Copper sheet absorbs friction heat during welding to regulate temperature, preventing localized overheating in thin metal parts.

Clamping printed circuit board edges with contact heaters while blowing hot gas inside prevents warping and positional deviation during reflow soldering.

Offset grounding extensions on a tubular support ring enable effective electrical connections for subsea pipeline welding operations.

A wire bonding arm integrates a pressure sensor to detect capillary pressing loads without disassembly during horn replacement.

Automated detection of welding electrode attachment and polarity prevents poor weld quality caused by improper connections.

A friction stir welding device uses alternating rack and gear meshing to enhance rigidity in the moving device body.

Inclined cutting blades form V-shaped grooves on thick steel strips, enabling automated welding that maintains quality while reducing process interruptions.

A torch attachment uses a fixed pivot point and adjustable radius arm to rotate the cutting nozzle around a stationary center.

Top and bottom flexible flow obstructers prevent air infiltration during board passage, reducing oxide formation and nitrogen consumption in wave soldering.

Vertical support elements counteract catching lance deflection to prevent pipe interior scratches while maintaining automatic part removal efficiency.

Segmenting the suction unit from the holder prevents laser damage and tape melting during high-hardness wafer processing.

A holding means and pressing mechanism apply defined force to position workpiece parts during ultrasonic welding.

Segmented welding lens and vacuum assembly filter ultraviolet light and remove debris, resolving visibility versus safety trade-offs.

Lateral reflectors redirect laser radiation to an absorbing ceiling, reducing intensity in adjacent work areas to safe levels.

An integrated welding device combines an aligner and mover to grip, position, and weld automobile parts in a single continuous operation.

A moving suction duct tracks the cutting head to remove dust and debris from the workpiece area.

Continuous coil feed eliminates manual positioning and secondary processing steps, reducing material waste and labor costs.

A rotatable welding apparatus featuring an articulating boom and swivel joint for flexible positioning.

A refillable carrier plate aligns and dispenses solder columns onto substrates using gravity.

Camera-based object recognition system identifies objects and provides audio feedback to visually impaired users.

Table-mounted rails reduce floor space occupation while mechanically actuated vent doors manage fume evacuation without water immersion.

Heating the substrate above the solder melting point allows a vibrating pin to improve wetting and prevent bleeding during dispensing.

A conductive ball mounting apparatus uses vibration to supply balls through a container opening onto substrate pads.

Interlocking positive-locking elements loosely pre-fix vehicle body components for precise alignment before rigid connection.

Embedded coolant conduits in a nested collar reduce wire feed tip overheating, extending component lifespan to over 250 vehicles.

An integral grounding lug reduces electrical resistance and prevents arcing by eliminating mechanical interfaces in the grounding path.

Positioning members align jig mounting plates on steel pallet bases before welding, reducing manufacturing complexity while maintaining structural integrity.

A laser welding apparatus directs a focused beam to form and rotate a melt pool across superposed steel sheets.

A positioning device suspends handrails perpendicularly above posts using clamping retaining members and a hollow supporting member.

Segmented conveyor system with external skid sections protects chains from laser damage while enabling parallel loading and unloading.

A rotational feeder unit adjusts axial feeding motion through three sequential stages to join plates of varying strength.

An irrecoverable tension rod absorbs high process forces, eliminating large clamping systems and preventing tool damage.

Segmented connection ends with interlocking features prevent offset misalignment during high-frequency welding of metal mesh frames.

Threaded shoulder mechanism adjusts gap automatically to maintain constant welding pressure, eliminating complex control systems for varying plate thickness.

An independent pressing shaft aligns load application with the voice coil motor axis, reducing horn bending and moment effects during flip-chip bonding.

A hybrid laser arc welding system uses dual wire GMAW to fill joints in a single pass.

Segmented floor panels adapt to wheel base variations through adjustable welding configurations, minimizing development time and production costs.

Two-stage laser welding distributes heat across the battery cover plate seam, reducing shell deformation and light leakage caused by uneven energy accumulation.

Pulsed laser ablation creates asymmetric minute holes along streets, allowing a pressing member to divide the wafer without damage or breakage.

A friction stir welding method joins titanium sheets into blanks using controlled thickness ratios to ensure uniform material characteristics.

Segmented arms with detectors maintain sensor alignment during pipe misalignment, preventing offset errors and equipment damage.

Resilient supports decouple rail alignment from flange tolerances, maintaining guide path stability while reducing manufacturing costs.

Independent contact jaw positioning eliminates downtime from partial deconstruction during width changes.

A thermal isolation plate protects thin copper films from heat damage, enabling reliable welding of thick conductors for high-current transmission.

A friction welding apparatus bonds dissimilar metals in storage tanks using mechanical heat generation.