Special Building TRIZ Cases

Pivotable side panels fold into a compact transport package, resolving size restrictions while maintaining structural integrity.

Segmented portal sections with nested edges provide ballistic protection in schools without costly new construction.

Segmented wall and floor assemblies connect via standardized interfaces to resolve construction time and cost trade-offs.

Affective empathy system uses dual monitors to simulate perspective-taking exercises for users.

External panel mounting on a separate steel frame eliminates thermal bridges, reducing energy consumption for temperature control in mobile houses.

Pivoting roof sections and inward-folding end walls transform the structure into a compact bundle, reducing space occupied during transport.

A pre-fabricated skeletal frame integrates electrical equipment and rigging components for rapid on-site assembly.

Outrigger beams anchor containers between concrete slabs, creating elevated workspaces that reduce elevator congestion and lower transport costs.

A modular shelter system using stacked ISO containers provides 360-degree protection for troops against explosive threats.

Resolves transportability versus robustness trade-offs by nesting collapsible walls and panels within the frame to meet HUD standards.

Integrates a face panel with a mounting flange via a connecting wall to eliminate installation damage risks and improve structural security.

Standardized connecting knots allow pre-assembled modules to fit shipping containers, resolving transport constraints while maintaining structural adaptability.

Segmented service modules with integrated storage and customer areas eliminate land purchase delays while providing scalable tire repair capabilities.

Guided safety structures slide along beams to cover gaps, eliminating cumbersome continuous support systems.

A packaged container housing structure uses deployable panels and adjustable support feet for rapid on-site assembly.

Segmented layout with central common areas reduces hallway length and construction costs while improving resident privacy.

An inclined panel and top plate edge configuration define a booth entrance while limiting rear visibility of the workspace.

A convertible shipping container uses sliding deployable panels and an extension block to expand interior floor surface area.

Modular expansion units and grease traps increase preparation area while managing waste and electrical loads in mobile field kitchens.

Vertical container orientation resolves design freedom limits in horizontal layouts by enabling multi-story structures with reinforced connector walls.

Multi-sided opening areas on outdoor storage compartments eliminate internal movement corridors, maximizing capacity while simplifying large item transport.

Integrates frame units with piping and processing parts into transportable modules, reducing logistical constraints from oversized ship requirements.

Removable modules on support assemblies generate income from underutilized land while preserving ground-level parking flexibility.

Segmented floor design allows internal fastener adjustment while maintaining structural stability under desk loads.

Segmented hinged panels and support beams deploy the foldable building while maintaining structural integrity during transport.

A container building integrates a wall-mounted supply shaft to route utility lines through inner cladding.

A compact sleeping unit incorporates a second floor to separate standing and sleeping areas within a minimal footprint.

Polygonal ring buildings connect via floor-matched passageways, eliminating central stairwell dependency for horizontal access.

Honeycomb composite panels resolve the weight-strength contradiction in unitary bathrooms, preventing deformation while allowing diverse surface coatings.

Platform extends over pool edge to eliminate blind spots while modular base prevents tipping in high winds.

Perimeter grooves receive battens to join acoustic panels, eliminating complex locking mechanisms that hinder manual assembly.

Hollow profiles with narrow longitudinal grooves enable rapid assembly of stackable housing units, reducing manufacturing time and labor costs.

Pre-assembling wet areas and technical installations within prefabricated modules reduces on-site work complexity while maintaining high construction speed.

Interlocking male and female connectors join modular composite panels for rapid manual assembly of training structures.

A prefabricated living unit kit installs within existing structures using pre-finished walls and insulation.

Molded plastic base with foam core resists sagging and twisting, eliminating on-site mortar curing time for faster installation.

Segmented inner and outer elements couple via a mechanical device to reposition seating while maintaining fire safety boundaries.

A packaged container housing structure uses deployable panels and adjustable support feet for rapid on-site assembly.

A modular building locking system pulls upper and lower horizontal elements together to secure vertical panels, reducing construction costs by half.

A movable inner unit extends laterally from a transport frame to expand floor area.

Hinged perimeter structures join abutting enclosure components while enabling compact folding for transport.

A clamping mechanism secures modular safety enclosure panels using internal tie bolts and a high-tensile receptacle.

Standardized volume templates integrate predefined core libraries to enable efficient off-site fabrication of modular building units.

A portable checkpoint system integrates metal detectors and X-ray scanners within a rugged housing to provide unified security screening.

Movable walls and an extendable tower in a cargo container deliver specialized training while eliminating travel costs to fixed facilities.

Merges room and rack manifolds to remove leak-prone connectors, ensuring reliable data center cooling.

Skid-mounted enclosures with insulated walls and heatable interiors protect pumps from freezing temperatures while allowing easy transport.

Ground beams and X-shaped supports transfer vertical loads while resisting horizontal forces, preserving parking capacity during construction.

Circular stilt house design overcomes cuboid space limits by using spheroidality to maximize meeting capacity while maintaining structural simplicity.