Welding/Cutting Auxillary Devices TRIZ Cases

A vehicle floor carrier moves via frictional force between a drive wheel and bar, simplifying the transport mechanism.

Laser deposition on a hollow tubular support creates spiral ribs, resolving mechanical strength and wear resistance trade-offs in thread forming tools.

Rotating workpieces within a particle beam achieve full-surface densification and cleaning without multiple passes.

Segmented conductive and isolating layers in a laser detector enable reliable fault detection by converting laser damage into electrical signals.

Stationary cantilevered head reduces device complexity while maintaining manufacturing precision.

Gravity suspension via adjustable legs holds components without obstructing heat distribution or adhesive application.

A wedge ring actuation element drives radial clamping elements to secure thin-walled hollow profiles with high precision.

Tensioners apply force to clamps for even mask sheet fixation, preventing large area drooping.

A flexible pressing device with a T-shaped pressure element closes gaps up to 0.3 mm while preventing excessive panel deformation during laser brazing.

A welding fixture uses alignment blocks and locating pins to position vapor chamber parts before laser joining.

Portable and fixed metering devices detect flammable gases to trigger alarms or disable equipment via a central control unit.

A laser machining head employs a belt drive to displace beam-shaping optics along the optical axis.

Monitoring servo motor torque trends while a movable electrode approaches the workpiece eliminates dynamic friction errors in contact detection.

A clamp device uses an inclined surface to convert linear motion into distance changes detected by proximity sensors.

Pressing a stripped wire section into a laser-direct structured metal foil channel on plastic ensures secure electrical contact without complex assembly steps.

Segmented laser modules on a satellite arm reduce operational clutter while maintaining energy transmission efficiency.

A jig information setting device recognizes new workpiece cross-sections at clamping positions to retrieve similar existing data.

A weld validation system measures interconnect member temperature during battery cycling to verify joint integrity.

Merging laser cutting and punch press forming onto one moving carriage eliminates workpiece transfer errors while reducing installation space.

Radial cooling openings in segmented electrode body improve gas flow efficiency, extending wearing part lifespan without liquid coolant risks.

A cylindrical bushing with a tapered flange guides plate mounting holes into precise alignment on modular welding frames.

Detects 3D pipe shapes to determine spatial penetration curves, ensuring regular weld seams and corrosion resistance despite manufacturing tolerances.

An integrated separator apparatus uses airflow deceleration within a fluid chamber to separate chips from coolant, eliminating manual waste disposal.

Integrating supply and take-up reels on a movable table reduces installation area while protecting flexible workpieces from damage.

Automated motion control modules drive step motors for the torch carriage and lead screw, enabling versatile field operations without manual intervention.

Adjustable magnetic belts follow the laser head position to maintain stable sheet support and enable automatic scrap sorting.

A joining method uses a low melting point interlayer to fuse dissimilar materials through eutectic reaction.

A clamping tool bushing uses an O-ring to constrain rotational mobility of the receptacle for precise angular positioning.

Segmented movement mechanisms enable radial adjustment without widening the rotary member, allowing butt welding of tubes at small pitches.

Lubricating vapor condenses on the bonding tool surface to prevent conductive material adhesion, extending tool life and ensuring bond consistency.

Biasing means prevent tool detachment during welding, enabling automated changing and simplified force control.

Segmented fixtures with movable plates allow automated welding head access, eliminating manual finishing and ensuring consistent quality.

Hydraulic actuators adjust turbine workpiece projections across three axes, resolving manual alignment inaccuracies and improving efficiency.

Recessed portions capture excess molten metal to eliminate stress concentration and surface collapses during tube welding.

Co-forms base and liner strips into internally-lined tubing using a tubing mill to roller-form the assembly.

Segmented compression space with transverse delimitations prevents longitudinal conductor movement, enabling higher energy input for stronger welds.

Real-time vision tracking compensates for workpiece thickness variations to maintain scribe line alignment and uniformity across large solar panels.

Magnetic holding means secure sheet metal blanks on a conveyor belt to enable continuous laser butt-welding without complex cooling systems.

Interlocking form-fitting elements on vehicle body parts ensure precise relative positioning independent of system alignment accuracy.

A wire bonding method forms a contact-bonded ball and presses its side surface to create a protruded portion for horizontal wire drawing.

Precision cut acrylic and polypropylene pieces resolve complexity issues in traditional hooping frames while ensuring durability.

Dynamic controlling rules reduce material waste in beam cutting by segmenting rough and finish phases to minimize piercings and position distances.

A die bonder load shaft couples to a bond force motor via a bearing coupler that allows independent rotation.

A wire bonding apparatus uses a capillary scrubbing operation to pre-crush conductive wires for stable cutting.

A transformable light-shielding cover adjusts its coverage area to protect the processing zone while maintaining operator visibility.

Side surface light scanning detects electrode tab steps to define precise laser welding ranges for overlapping tabs.

Tilting the clamping device ninety degrees enables precise contour cutting on curved bottoms of pressure vessels.

Segmenting the assembly into pre-buck and main-buck stations reduces facility weight while maintaining welding precision across multiple vehicle types.

A side home-position device returns a common use side jig to its working position via a movable member and clamper.

Adjustable cutting heads maintain optimal orientation relative to the tube surface during orbital rotation.