Urns TRIZ Cases

See how a segmented urn pedestal with an anchored base and removable shaft maintains eye-level

See how segmented support structures with adjustable bases and platforms accommodate various ur

A concentric urn-planter uses slotted rings and porous partitions so roots migrate into ash-soil zones for indoor memorial planting.

A weighted base and shared interment cylinder layout secure multiple cremains in one gravesite while avoiding separate hole drilling and wet-soil dislodgment.

A degradable grid coffin enables precise sea burial placement, controlled submersion, and rapid marine decomposition without land use.

A flexible double-sided adhesive decoration conforms to curved urn surfaces while supporting engraving and optional removable attachment.

Wax composition keeps cremated remains isolated from plant roots, then supports natural ash absorption without chemical treatment.

A tilted urn base exposes ornamental designs from multiple angles while a threaded hatch securely seals cremated remains.

The movable urn support shifts through the casket compartment, enabling stowed, transport, and ceremonial positions.

A repositionable urn support fits the casket compartment, enabling secure transport and ceremonial display in one funeral vehicle.

Embedding the cremains container inside a decorative object resolves the contradiction between storage reliability and aesthetic discretion.

One-way latching seals the cavity without tools, preventing adhesive failure and preserving gas-tightness.

Segmenting the container into a standard body and custom heads resolves the trade-off between manufacturing cost and product versatility.

A book-shaped LIFEBOOK container holds cremated remains and displays memorabilia on library shelves.

Offset vertical positions prevent capsule interference in corner regions while maintaining high storage density.

A shallow cremation urn hangs on a crypt shutter interior face to occupy the narrow wall gap.

A communication container holds a handwritten letter and user ashes to preserve personal memories.

Segmented chamber components resolve sealing complexity while dynamic supports adapt the container to various display orientations.

Vertical storage with a secure locking mechanism increases urn capacity while maintaining ground-level accessibility.

A biodegradable urn system containing cremated remains and a seedling for memorial planting.

A database system stores geolocated plots and virtual gravestones to enable remote family interaction with interment sites.

A method extracts biomaterial from body tissue to create personalized synthetic gemstones.

Solvent welding joins acrylic panels into a sealed box that resists soil pressure and moisture while remaining lightweight for consumer installation.

Polymeric sports urns replace metal to eliminate corrosion while reducing weight and manufacturing costs.

Nested containers reduce land area requirements while GPS identifiers maintain precise location tracking without external infrastructure.

Segmented cover design enables washable exterior customization while maintaining a secure containment seal.

Segmented containers hold ashes to prevent dispersal by wave currents, allowing loved ones to revisit fixed locations via GPS assistance.

Kiln firing fuses the glass base and ceramic image to resolve durability versus manufacturing complexity.

A cremation urn latch uses a protrusion and living hinge to secure the lid.

Coating horns or antlers creates precise molds, enabling accurate urn replicas while simplifying fabrication complexity.

A rotating yoke supports an hourglass bulb for ash visibility, while a recessed base protects the plaque from scuffs.

Segmented UV resin curing prevents wear damage to embedded cremation remains.

A memorial plaque stores cremated remains in a sealed rear cavity, enabling discreet home display.

HVAC-controlled desiccation vessels enable secure, portable storage of human remains within modular memorial suites.

Twisted filigree wires grip enamel layers while electroplated nickel finishes exposed surfaces, reducing labor intensity and polishing steps.

Segmented bezel design merges multiple sample compartments into one housing, resolving complexity trade-offs in versatile memorial jewelry.

A polycarbonate memorial card houses cremation ashes in a permanently sealed internal cavity.

A fabric urn uses a nested keepsake pouch to securely contain cremains within soft support layers.

Transparent resin encapsulates cremation ashes within jewelry settings, avoiding the dull appearance and oversized volume of traditional glass encasement.

Self-service collection point uses refrigerated boxes and electronic locks to eliminate staff dependency and reduce transportation costs.

Pivoting chutes distribute flexible urns into a central ossuary, eliminating noise and breakage risks associated with rigid containers.

LED illumination replaces open flames to eliminate fire hazards in memorial vessels.

A three-dimensional casket ornament mounts via a cylindrical hole and upstanding post to secure the decorative object.

Segmented construction balances structural integrity with ash dispersal capability, enabling respectful commemoration without compromising play performance.