Machine Supports TRIZ Cases

An asymmetric pivot and T-shaped clip distribute mounting force to secure partition sheets without shifting or damaging drop-ceiling tiles.

Rotating clamping arms, buckles, and springs replace binding strips to secure golf bags with simpler operation and better protection.

A ball-and-socket swivel hanger uses a threaded anchor and stop structure to simplify installation while preventing pinching and restricted rotation.

A hinged mounting collar and spring retention assembly let compact LED recessed fixtures fit through apertures with less heat and visible hardware.

A secondary line and speed restrictor curb sudden retraction in elevated load supports, protecting operators and nearby patients.

Removable support posts hold a ceiling fixture near the mounting surface, freeing both hands for wiring and solo installation.

An elastomer-suspended fastener stud with a tight centering fit prevents sliding under vibration and impacts, limiting stress on inertial devices.

An immovably joined holding protrusion boosts axial load capacity and prevents release of stop points inserted into undercut openings.

A flexible housing-to-plate connection and multi-point lever lift increase suction stability while releasing safely under excessive load.

An adjustable two-arm decoy mount improves game attraction by creating a more convincing safe-area appearance on varied support surfaces.

Integrated pivot bosses in a composite thrust reverser gimbal cut fasteners, part count, weight, and space envelope while preserving strength.

A backing plate with repositionable fasteners lets one knife sheath mount fit belts or MOLLE webbing at vertical, horizontal, or angled carry.

A stepped adapter plate fits both rubber and fluid isolation mounts, cutting redesign time during prototyping, testing, and maintenance.

An integrated bicycle smartphone dock combines charging, rider data links, and phone-based locking while avoiding bulky retrofit accessories.

Polymer sliding bearing surfaces replace complex ball bearings in a camera lens suspension, reducing friction, wear, and manufacturing complexity.

A removable ball-joint mount leaves a low-cost base bracket in place for quiet setup, stable camera aiming, and lower theft risk.

Nested conduit-wall convolutions tune local stiffness at engine connector joints to cut dynamic and thermal fatigue stress without added weight.

Concentric slits around a metal mount damping hole cut engine-to-frame vibration while avoiding elastomer heat degradation.

A hoisted scissor frame uses sliding rails and gravity to match changing tower diameters, enabling safer maintenance without separate adjustment gear.

A frangible edge seal keeps laminated gusset sleeves closed during filling, then opens to form stable stand-up packages with less distortion.

A flexible circumferential connection stabilizes the housing, absorbs vibration, and preserves the vacuum seal under load.

An internal ratchet and thumbwheel let VR glasses headbands lock tightness securely while still allowing quick, comfortable size adjustment.

Sliding engaging assemblies and pivoting wall hooks let one display backframe fit different wall openings without re-drilling.

A trapezoidal corner bracket uses a backing panel, step panel, and outward flange to simplify installation while securely supporting indirect lighting.

A vernier adjustment mount aligns sensor position and orientation during installation, avoiding software calibration and signal compensation.

Elastic clamping brackets secure sensors on rails with different foot widths without multiple variants or complex adjustment.

A hinged clamp and extendable beam create a fixed joist on omega rails, securing elevator cars for reliable shaft repairs and rigging.