Show Cards TRIZ Cases

See how a single elastic band with adjusted resting length replaces separate contraction and li

See how a collapsible pocket with fold lines and couplers enables flat shipping while providing

See how a segmented tongue-and-recess locking assembly eliminates friction-based length problem

See how a segmented display with a rigid main body and collapsible pocket resolves the contradi

See how elastic bands and lines of weakness enable displays to self-erect from a flat state, re

Fold-line back, leg, and stable parts let a retail display erect quickly from flat while the bottom support helps it hold shape.

Slot-tab half pockets let greeting card displays change width quickly without removing fasteners, while keeping cards securely held.

Wrinkled foldable walls and an elastic band let a self-supporting display open automatically without complex internal assembly parts.

Foldable polygonal panels and resilient members let this retail display ship flat, pop up quickly, and stay stable when erected.

A displaceable metal strip across a fold lets a cardboard display stand ship flat, then hold a stable 3D advertising shape.

Rounded BOPP-covered sleever tools guide collectible cards into sleeves without corner scraping, helping preserve item condition and value.

Magnetic labels, category areas, and optional sensors turn a blessing board into a continuous reminder and fortune score display for daily reflection.

A nested pocket structure lets multiple cards fit in a compact enclosed set while keeping each card accessible and visually decorative.

A pivoted two-shell greeting structure protects message substrates and withstands repeated opening cycles with less wear and failure.

Biasing mechanisms let paper sections switch between flat storage and expanded 3D display states, creating lifelike depth with independent control.

Foldable inserts with adhesive strips and locking tabs create stable curved panels, eliminating complex structures and fragile rubber bands.

A modular information pillar uses a clamping support insert to spread casing parts apart for stable deployment.

Foldable pyramidical display panels use integrated elastic stops to lock substrate joints, resolving assembly complexity while maintaining structural stability.

Integrated brackets on foam core panels enable quick assembly of lightweight ceiling structures, reducing installation time and labor costs.

Embedded magnets align with metallic case elements to secure collectibles without adhesives, preserving item integrity while enabling easy swapping.

Segmented foldable flaps create a stable, self-supporting structure that prevents displacement during impact while minimizing material usage.

Curved side walls provide elastic retention for secure card holding, resolving the trade-off between reliable mounting and low manufacturing complexity.

Foldable flaps and slits create a stable obtuse angle in a unitary sign, eliminating separate bases and reducing material usage.

A self-supporting sign uses a single fold to transition from storage to use, eliminating complex assembly steps.

Rigid panels form a hollow cylinder locked by a friction band coupling.

A paper mechanic extends across the fold to actuate a sliceform, resolving placement limits by decoupling the pop-up element from the hinge line.

Biased clips grip planar cards on a panel, resolving the contradiction between secure retention and easy insertion.

Segmented sign bases with interlocking slits enable tool-free assembly, resolving transport weight versus stability trade-offs.

A greeting card drawer system aligns casing and drawer images to create a continuous visual plane upon extension.

A snap-in locking assembly uses sliding tongue members and toggle joints to switch display stands between flat storage and expanded positions.

Elastic members bias a support member against notches in the joints, resolving the contradiction between transition reliability and device complexity.

An elastic band merges holding and tension functions to reduce component count, eliminating external strips that block usable display area.

Foldable display shrouds use resilient support members to bias substrates into a curvilinear shape, resolving cumbersome transportation and storage constraints.

A self-supporting sign transitions from flat storage to a stable display via a single fold line, eliminating complex assembly steps and reducing material usage.

Segmented covers with embedded magnets resolve the trade-off between secure protection and easy handling of trading card collectibles.

Sliding cursors on tracks enable damage-free document repositioning, avoiding pin or glue removal.

Segmenting the rigid display panel from the base frame enables interchangeable panels in elaborate shapes while maintaining structural stability.

Single elastic loop replaces complex counteracting tapes to maintain bent configuration, simplifying assembly and reducing manufacturing costs.

Segmented pockets in a housing allow selective card swapping, resolving the trade-off between update speed and content stability.

A sliding information device uses an elastic base to bend during collisions while maintaining stable attachment to a flat supporting surface.

Snap pins and holographic seals secure collectible cards against tampering while allowing immediate authentication.

Pre-tensioned elastic bands automate erection, eliminating complex assembly training.

Apertures in rigid sign members engage barrier post splines to eliminate expensive metal frames and reduce mounting complexity.

Elastic band biases shroud panels outward to erect the display, eliminating complex assembly steps and reducing material usage.