Building Constructions TRIZ Cases

Slidable inner profiles adjust the roof pitch of a collapsible pop-up shelter structure for rapid deployment.

Segmented concrete skirting assemblies resolve installation difficulty while delivering wind resistance and durability.

A frame positioning device with a multiplex plate and adjustment mechanism enables precise alignment.

An alignment tool engages door frame brackets to hold the door in position while marking fastener locations.

A workstation panel uses a lifting mechanism to move a screen portion between retracted and deployed positions.

A protective skirting board anchors a stainless steel layer to a concrete core using modified silane polymer adhesive and physical interlocking.

Interlocking male and female heads on prefabricated shear walls enable quick alignment and cement injection, reducing complex on-site assembly processes.

A unitary patch body integrates an inner channel to hold fasteners for flush mounting against a surface.

Pneumatic delivery replaces adhesive pumping systems, and controlled water mist retains insulation without requiring enclosures or complex equipment.

Integrated anchor body and sealing screw simplify installation by eliminating complex assembly steps while ensuring precise hole alignment.

Replacing hydraulic complexity with a mechanical torsion spring, this steering assist mechanism reduces operator fatigue and eliminates fluid leak risks.

A tile end profile rail with an elongated web and closed hollow body creates uniform joint channels directly.

Segmenting the coupling system into a connection element and a separate pressure body reduces formwork complexity while maintaining structural reliability.

A hinge cell system absorbs seismic loads through a rotatable joint and resistive bar mechanism.

A preassembled holdown post integrates a recessed holdown secured by upward-angled screws to simplify structural installation.

A modular building system uses a planar reticular structure to enable rapid, skill-free assembly of standardized components.

Integrated cement panels eliminate costly fire cladding steps while maintaining structural strength in building frames.

Profile recesses define connecting piece positions, resolving welding tolerance issues in track device support structures.

A space frame uses a three-dimensional unitary cell formed from a single sheet of material to reduce assembly complexity.

Hydraulic unloader valve system dynamically controls rotor RPM and pump flow based on sensed pressures.

Injection-molded thermoplastic baseboard uses integrated ventilation channels to remove moisture from under sports floors while masking flow lines.

Remote controls adjust pump speed wirelessly, eliminating the need to return to the pump and disrupting continuous application processes.

A prefabricated post assembly uses modular coupling plates and guide holes to align horizontal and vertical structural members for rapid bolted connection.

Segmenting the hopper and power modules via universal interfaces resolves complexity trade-offs while enabling versatile pump configurations.

A ventilation screed uses a drainage cavity shroud to direct moisture away from the wall structure.

Flexible support leg adjusts holding device height to secure cover profiles on base profiles.

Segmented top rail creates a channel for skirting insertion, resolving trade-offs between structural integrity and installation simplicity.

Parallel inner and outer frames in modular units resolve the trade-off between assembly speed and structural complexity, enabling quick deployment.

Motorized canopy uses sensor strips and control units to guide movement along a predetermined path without external rails.

Recessed connectors concealed by removable cover pieces eliminate water infiltration risks while maintaining simple installation accuracy.

A molded spacer element uses a pre-defined breaking line to snap cleanly between base and plate.

A pneumatic control system supplies drywall compound to an automatic finishing box assembly via a remote source.

A wheeled tape applicator dispenses adhesive tape through a roller mechanism for mat installation.

Telescopic screed board slides inner member within outer shell to maintain flush leveling surfaces during extension.

Segmented connecting elements bridge panel spacers to eliminate thermal bridges while ensuring mechanical strength and airtightness.

A mounting bar features spirit bubble tubes for leveling and a notch to support panel edges during installation.

Recessed stiffening ribs in the bearing walls minimize heat transfer through load-bearing zones without compromising compressive strength.

Electronic trowels integrate temperature and movement sensors to detect installation errors and ensure consistent material bonding.

A flooring laying device integrates a profile section, adjustable spacer, and locking mechanism for precise measurement and cutting operations.

Foldable physical structures use offset creases and hinge shifts to enable single-degree-of-freedom expansion between flat and expanded states.

A pivotable support member and latch arrangement hold crown molding during installation.

A steel beam support embed uses detachable anchors to secure connections during concrete pouring.

Metal connector device joins roof purlins to trusses using perpendicular tabs and wings for secure fastening.

Outwardly projecting support webs stabilize inwardly protruding flanges in anchor rails, preventing web bending and enabling higher holding forces.

A connecting member uses a tapered convex part to provide directional installation guidance for steel pipe columns.

Flexible seals prevent concrete ingress at actuator junctions while segmented bearings minimize blade wiggling for stable surfacing.

Aligning the brush disk with the central plane eliminates tilting moments that cause operator fatigue during weed joint cleaning.

Metal gauge straps replace traditional nailed connections in wooden shear walls, increasing lateral load capacity and preventing nail slip failures.

Extruded skirting board uses renewable raw materials to create a cost-effective building component with improved sealing capabilities.