Violins TRIZ Cases

Segmented base and dynamic arms stabilize a cello horizontally, preventing floor damage while enabling compact transport.

Friction and compression forces applied by a dedicated module increase string compactness, resolving insufficient core-winding interlocking.

A violin shoulder cradle uses pivotally mounted legs and a magnetic coupling system to secure the instrument.

A rotatable endpin holder isolates instrument vibrations from the floor surface, preserving natural resonance.

An isolated resonant panel projects structurally-transmitted vibrations from the cello endpin, enhancing mid-to-high frequency clarity.

Cured resin fills instrument board grooves to create durable purfling, resolving cracking risks from traditional wood grain alignment.

Segmented teeth remove clumps while bristles distribute particles evenly without damaging bow hair.

Offset gut attachment eliminates kinking and skewing in string tension transfer, reducing wolf tones and enhancing sustain.

Varying pre-tension during helical winding creates distinct mechanical properties along the string, resolving limited sound and playing possibilities.

A cello harness uses a peg belt and diagonal strap assembly to secure the instrument on the player.

Dual soundposts join top and bottom plates to enhance resonance, while specific neck angles optimize string tension distribution for mass-produced instruments.

Flexible arc-shaped inserts and memory strands secure a bow guide within instrument bouts, eliminating damage from mechanical attachment.

Internal bracing in a semi-hollow guitar body manages vibration modes, reducing feedback susceptibility while preserving resonant complexity.

A staggered dual-neck instrument design positions guitar and bass strings within a single hand span.

A contoured resilient shoulder rest provides stable support for stringed instruments through an elastic band attachment system.

A bonded bow device uses a resilient base and double-finger collar to secure a string instrument bow for musicians.

Multilayered tailpiece with arcuate triangular shape resolves sound quality trade-offs by reducing string resistance and enhancing resonance control.

An adjustable endpin block redistributes instrument weight to reduce musician strain.

Varying elastic stiffness and density across the resonance box replicates wood-like sound quality while maintaining additive fabrication production efficiency.