Soldering Apparatus TRIZ Cases

Dual horn vibration transfer joins bent flanges without complex oscillators, preventing deformation during joining.

Deforming fin inserts replace diffusion bonding in laminated microchannels, reducing manufacturing complexity while maintaining reliable heat transfer.

Laser micromachined ceramic plates form nanochannels for controlled drug release, avoiding silicon dissolution and rejection.

Protective sheet prevents electrode oxidation and contamination during delayed bonding.

Segmented micro-channel modules with a parallel flow manifold reduce brazing complexity and scrap rates while ensuring uniform temperature control.

A second laser beam performs post heat treatment on the joint to eliminate surface-breaking pores without mechanical polishing.

Ultrasonic soldering bonds a hermetic cover to an X-ray panel, eliminating voids and preventing moisture ingress that degrades image quality.

Electron beam soldering joins titanium aluminide turbine wheels to steel shafts, reducing technical outlay compared to induction heating.

An oven-style nozzle converts convection heat to radiant energy, eliminating gas turbulence that misaligns bottom-side components.

Direct electrode contact melts solder on non-conductive components, avoiding current damage and eliminating separate heating elements.

Replacing skill-dependent TIG welding with friction stir welding eliminates process complexity while boosting joint reliability.

Immersion plating forms a thin oxidation protection layer on circuit board pads, preventing solder overflow and short circuits during reflow bonding.

A heat exchanger tube employs a looped curvilinear partition profile to resist hydraulic swelling and prevent stress transfer.

Segmenting the transport path with rails expands the flow tank movable region while maintaining high-speed board conveyance.

A magnetic field concentrator focuses induction heating flux at the solder joint, reducing power consumption by 60% and soldering time by 20%.

A ceramic-free metallic compliant layer bonds to a gas turbine blade, absorbing localized stresses through elastic deformation.

A welding torch clamp secures the torch to a wire feeder using a segmented member with a curved portion.

A plate package design using post-assembly thermal holes to create fluid passages within joined heat exchanger plates.

A hollow profile guides laser light to a single sensor for precise beam position detection.

A double-pass seam welding process fuses overlapping advanced high strength steel sheets using distinct current and pressure parameters for each pass.

Bonded laminated clinch pins form a continuous string wound on a reel, eliminating carrier strips to resolve handling difficulties of miniature fasteners.

Vacuum brazing joins microstructured wave profile plates to form precise fluid lines in heat exchanger stacks.

Mathematical model calculates optimal laser power and duration to melt solder while preventing element damage from thermal stress.

Chemical reduction cleans oxidized turbine blades without mechanical routing, conserving parent metal and preventing crack enlargement.

Intermittent pressure fluctuations drive liquid rubbing action to remove adhesive residues from dense wiring, reducing energy consumption.

A multi-layer joining process combines spot welding with spot soldering to connect dissimilar sheet metals using a pre-applied solder depot.

A titanate glass feedthrough seals light metal housings via thermal expansion matching.

Indicator signals complete solder melting to prevent substrate thermal damage during component removal.

A glass plate module connection terminal uses a standing portion to isolate the installation and connection areas.

A chromium-containing steel connection element crimps around a cable to provide stable electrical contact in vehicle panes.

Heat-resisting first insulative layers on single wires prevent thermal damage from adjacent coaxial wire soldering, maintaining electrical reliability.

Wafer bonding at low temperature followed by sealing at ambient pressure sets internal gas levels in microelectromechanical sensors.

Targeted solder application on plate heat exchanger components prevents flow channel narrowing and reduces pressure losses.

Laser brazing joins an annular metal washer to a track link, creating fillets that eliminate sliding seals and reduce wear.

A welded blank assembly uses a capping material to protect the weld joint between sheet metal pieces.

An oval-shaped desoldering nozzle ensures uniform heat distribution to melt solder completely on components with varying width and thickness dimensions.

Composite graphite layers joined via brazing resolve thermal mismatch stress while maintaining handling robustness.

Segmenting high melting support structures from low melting sensing elements prevents premature activation during reflow installation.

A vehicle roof structure uses a negative curved surface to guide brazing material edges into smooth, stable arcs.

Excavated recesses accept matching superalloy splices to restore structural strength without strain age cracking from welding.

Segmented bending steps reduce sputtering during projection welding by widening the contact area between the flange and projected portions.

Segments welding into high current plating removal and low current brazing phases to prevent filler metal evaporation.

An aluminum bonding layer receives ultrasonic vibration energy from a resonator to join metal and ceramic members without thermal distortion or residual stress.

Flangeless fin collars enable uniform capillary flow to reduce contact resistance and prevent groove deformation.

A fluid screen framework embeds an anodic substance that dissolves during electrochemical reactions to open filtration paths.

Retaining recesses guide capillary flow to prevent overflow from joint boundaries, preserving component appearance.

Graded metal members absorb thermal expansion differences, preventing cracks in the ceramic base member while maintaining electrical connection reliability.