Material Gluing TRIZ Cases

Segmented adhesive chambers enable rapid curing and decentralized tolerance compensation, eliminating long curing times from large adhesive volumes.

Adhesive bushing prevents settlement behavior in carbon fiber connections by separating clamping forces from the composite material.

A headless crimp nut deforms against a sandwich panel wall to create a flush, secure fastening point without protruding flanges.

A heat-activatable sealant bonds surfaces and expands to form a protective layer.

A metallic drive-in bushing with an internal thread connects fiber-reinforced plastic components via adhesive bonding.

A thermosettable epoxy adhesive sheet bonds metal panels through heating.

A pivoting fastener assembly integrates a magnet carrier with an overmolded base member to create a unified structural unit.

A composite sandwich shell edge joint uses bonded buildup pads and mechanically fastened barrel nuts to transfer loads.

A vacuum manipulator applies components using negative pressure to secure parts during robotic handling.

A metal functional element with a centering section and adhesive ring bonds securely to plastic components.

A male fastening tool integrates a resinous ring-shaped member within an annular concave part to form a liquid-tight seal.

Pre-applied adhesive expands during heating to fill gaps and secure inserts, eliminating labor-intensive manual glue injection.

Position-detection electronics guide a welding robot to align a connecting element with a through hole for secure component joining.

Screw connections maintain module alignment during adhesive curing, preventing deformation while eliminating lengthy curing delays in production.

A magnet fastener assembly uses a tilting cup to secure components against irregular surfaces.

Segmented cap and insert design secures polysulfide sealant via interference fit, preventing spark ignition in aircraft fuel tanks.

Segmented bearings and a V-shaped adhesive gap manage thermal stress to prevent structural damage while reducing material usage.

Integrated clamping profiles eliminate external jigs while distributed anchoring prevents stress concentration in vehicle bodywork.

A speaker vibration assembly uses through holes in the diaphragm central part to bond the voice coil and reinforcement part with a single adhesive application.

Internal strap assembly bridges aircraft components, maintaining flush aerodynamic surfaces while enabling rapid panel replacement without external fasteners.

A shoulder-centered sleeve biases the load path from peripheral to central regions within an adhesively bonded composite joint.

Vertical wedges join wooden tower panels to compensate for manufacturing tolerances and ensure dimensional accuracy.

Segmented arm housing receives crossbeam ends to enable even glue distribution, resolving inconsistent joint thickness and unglued areas.

Varying pinion shaft surface finishes resolve the trade-off between location accuracy and adhesive retention strength without extending cure time.

A rotor blade manufacturing method positions elements to create a joint gap and introduces adhesive directly into that gap for joining.

Staged curing of expandable adhesive distributes thermal stress between dissimilar materials, preventing deformation while preserving joint shear strength.

Curing a display screen cover directly onto a lamp panel fills gaps between LED lamp beads with glue, preventing structural damage during assembly.

Turbulent heated air cures adhesives between fiber reinforced plastic members in under ninety seconds.

A railing post mounting arm with integrated drainage channels prevents water accumulation within the sleeve.

Overlapping internal profile elements reinforce adhesive frame connections, preventing detachment under transport stress while preserving a sleek exterior.

An electromagnetic susceptor heats hot melt adhesive to bond components, eliminating machining operations and reducing part counts.

Thermal spray corrosion-resistant coatings protect adhesively bonded steel joints from moisture penetration and galvanic degradation in marine environments.

Angled bracket design resolves connection strength versus adaptability trade-offs through integrated fastener and adhesive openings.

Carbon fiber-reinforced plastic caps suppress electrical discharge around fasteners, eliminating thick elastomeric sealant layers and simplifying manufacturing.

Plastic flange embeds an RFID tag to enable remote identification of medical containers without visual obstruction.

Ribs divide bonding areas into visible regions, enabling precise repair of water leakage caused by incomplete adhesive application.

Segmented magnetic coupling allows authorized technicians to remove the cover plate with a release tool while preventing unauthorized access.

A spring biased mounting assembly secures handheld devices using a clamp plate and engagement arms.

Adhesive bonding joins fiber-reinforced plastic profiles to metal elements, reducing mass while maintaining lateral stiffness.

A drywall brace uses adhesive and flexible lines to distribute weight across the wall surface.

A thinner splice strap bonded across a splicing region reduces internal stresses that degrade fatigue life in thick metal laminates.

A mounting base integrates structural and pressure-sensitive adhesives to bond components.

A transition sleeve joins dissimilar bodies using compatible materials and mechanical locking features to prevent galvanic corrosion.

A pivotable aluminum clamp mount secures a multilayered illuminated laminate system using frictional engagement without adhesive.

Snap-fit web sections join aircraft panels without mechanical fasteners, reducing weight and manufacturing costs.

A bolted-bonded joint uses a separate shear transfer layer to distribute loads between structural members.

Offset surfaces create a trough filled with epoxy resin, resolving the trade-off between structural strength and seam visibility.

Dynamic hold-down pressure prevents gap formation between components during flow-hole creation while reducing surface damage on sensitive materials.

A cam assembly engages a stud head to join composite sandwich panels without potting material.