Burial Vaults TRIZ Cases

A tabbed plaque support anchors in drilled stone openings, enabling secure front-side plaque mounting without rear-surface access.

A tabbed plaque support anchors in a drilled stone face, letting fasteners secure bronze plaques from the front without rear access.

Interconnected profiled metal elements create a self-supporting columbarium that cuts transport weight and simplifies on-site assembly.

A one-piece ribbed plastic loculus stays self-supporting, stacks without outer racks, and collects liquids through its inclined wedge-shaped base.

A base plate with ground fixing and a detachable trough stabilizes grave markers without concrete while preserving flexible mourning rituals.

Vertical stacking of modular burial blocks stores more cremated remains in one plot while allowing future family expansion without extra land.

Solid aluminum gravestones and frame surrounds cut weight and processing time while enabling weather resistance, personalization, and reuse.

A rigid frame with decorative stone or glass panels cuts columbarium weight, enabling manual transport and installation without cranes.

pH adjustment and solidification turn cremation ash into a safer, lower-salt memorial form that is easier to handle and reintroduce to the environment.

Preformed reinforced modules enable tool-free underground coffin niche assembly while maintaining the load-bearing strength and stability of burial structures.

Profiled elements fixed to a supporting wall create closed recesses for funerary objects, using unused cemetery space with flexible assembly.

Vertical tubes store urns under a concrete base while illuminated leaves identify the deceased, accommodating regions prohibiting ash scattering.

Segmented components and dynamic pivoting resolve the trade-off between ritual functionality and aesthetic uniformity in memorial stone design.

Pre-fabricated modular crypt frames with niche side walls eliminate on-site concrete pouring, reducing construction time and labor costs.

A CTLS memorial marker uses phosphorescent materials to emit light at night, ensuring the grave site remains visible without external power sources.

Segmented foundation supports prevent marker sinking by distributing weight across a grid base while removable inserts allow easy vase placement.

Segmenting the tombstone into a weighted base and lightweight top resolves heavy stone transport issues while maintaining prestigious appearance.

Nested sealed container within grave marker foundation stores memorabilia while maintaining structural integrity and weather resistance.

Segmented plates lock via fasteners to secure urns in memorial blocks, replacing inelegant caulking with a vandal-resistant solution.

Expanded polystyrene blocks cut into grave walls reduce burial structure weight by 97 percent.

Segmented interment containers use intermediary stabilizing members to support side walls, preventing soil collapse while maintaining drainage capacity.

Segmented aluminum frames hold pre-fabricated module inserts, eliminating heavy concrete forms and skilled labor while maintaining structural integrity.

Profiled elements form recesses in a wall-mounted base frame to utilize unused space between thin dividing walls.

A rotatable disc mechanism arranges multiple characters on a tomb base.

A modular stone columbarium system uses interleaved blocks and support rods to enable vertical rotation of adjacent units.