Struts TRIZ Cases

A porch post support body features a base with ground grippers and sidewalls containing apertures for direct concrete pouring.

Sealed hook joints prevent moisture ingress in truck trailer wood flooring, extending lifespan.

Segmented protector segments with integrally formed connectors adapt to varying column sizes while absorbing collision energy.

Slits in a multilayer pole cap enable easy installation on varying diameters, while composite layers resist moisture, fire, and handling damage.

An embedded storage part in reinforced concrete releases an alkaline solution via diffusion to passivate rebar and prevent corrosion without invasive exposure.

Prefabricated wall panels use interconnecting rails to align and secure modular building components through friction.

Modular pre-assembled reinforcement cages eliminate complex on-site manual labor and high-altitude safety risks while ensuring precise structural quality.

Hollowed wall studs feature vertically spaced cutouts that create air gaps to reduce thermal bridging between framing members and exterior sheathing.

A multi-axially braided reinforcement sleeve replaces steel rebar in concrete columns to provide structural support.

Segmented U-shaped header with stiffeners resists twisting forces while minimizing weight compared to conventional beams.

Replacing concrete cross-webs with synthetic truss-webs eliminates thermal bridging while maintaining structural integrity in masonry units.

Segmented anchor barrels with integrated seals distribute lateral forces to maintain insulation integrity while preventing air and moisture infiltration.

Interposed gypsum board slows carbonization of the structural portion during a blaze, maintaining building integrity even if the outer coating burns away.

A retrofitting method uses inclined U-shaped stirrups and closed hoops to reinforce beams containing transverse openings.

Strategic openings allow fiber anchors to secure sheets around columns, improving shear capacity without removing blocking structures.

A bridge clip uses vertical tabs to secure studs and enable upward-facing channels for wiring.

Segmenting the pole into a circular base and multi-sided top resolves manufacturing difficulties while maintaining strength.

Segmented anchor rods and plates replace welding to allow adjustable assembly and precise leveling in concrete foundations.

Twisted-tooth connectors join wood and plastic layers in composite assemblies, preventing splitting while ensuring EPA compliance.

A telescopic column connection uses a cap plate and sleeve to slide posts together while isolating water intrusion.

Angular mechanical dowels join inverted lumber sections in a composite wood stud system, providing increased axial compression strength and thermal efficiency.

Inclined head plate joints with elongated holes allow lateral segment displacement to reduce thermal constraining forces while maintaining axial rigidity.

Acetylated wood lamellas bond to aluminum profiles to shield structural timber from condensation damage, reducing heat transfer and environmental impact.

Circular openings in the wall surface member concentrate stress to reduce shear forces on joint portions, improving earthquake energy absorption.

Spray-applied polyurethane adhesive bonds fiber layers to skins in a portable panel, reducing weight while preventing glue failure and edge damage.

Parallel grooves in the webbing guide permanent fasteners, ensuring accurate frame alignment while resisting shear forces.

An insulating component separates metal and polymer profiles to prevent direct contact, reducing thermal energy loss while maintaining structural integrity.

Replacing welding with mechanical fasteners allows galvanized steel components to assemble without removing coatings, eliminating post-assembly painting.

Incising crowned wood edges allows secure bonding of outboard foam insulation, resolving thermal bridging while maintaining conventional lumber dimensions.

Inverted T-shaped connection members bridge irregular wind turbine towers to foundations using segmented base and web portions.

L-shaped profiles welded with rods reinforce concrete columns, resolving instability of external walls during seismic shocks.

Engineered form-inclusion system reduces structural weight using recycled waste materials in reinforced concrete construction.

Unitized assemblies with proprietary joineries create customizable living environments, reducing construction time and cost.

Inverting the filling direction to pump from the bottom resolves cramped space issues, allowing vibration tools to compact concrete effectively.

A three-segment building block uses a serpentine insulated insert with interlocking lips to anchor thermal material within cementitious segments.

A precast column base joint uses an isolating sheath on a non-adhesive steel bar section to reduce strain concentration.

Segmented pre-cast concrete components with post-tensioning reduce construction time while maintaining isotropic load-bearing strength.

Fiber-reinforced plastic sheet isolates support wood from inflammable outer layers to maintain structural integrity.

Displaceable traverse segments adjust length along a longitudinal axis to span structural joints without height offsets.

Injected rigid foam insulation between spaced wood panels breaks thermal bridges in tall building structures while maintaining vertical load capacity.

Tapered hollow tube sections overlap and rest on ledges to transfer vertical loads, eliminating field drilling for easier installation.

A column end joint structure uses cutout portions and internal fittings to distribute tensile and compression forces across the wooden member.

Extended planar web distributes compression and tension forces across composite timber joists, eliminating dowel interference and reducing material costs.

A steel column base uses anchor members with varying tensile strengths to manage horizontal forces and increase seat bending capacity.

Recessed stilt legs with cleats anchor the post to prevent shifting, eliminating multiple site visits.

Orienting flattened bamboo culms in laminated layers with specific exterior-facing directions improves Modulus of Rupture to withstand varying industrial loads.

Segmented beam-to-column connections use sacrificial fuse plates with designated shear zones to absorb seismic energy, reducing repair costs after events.

Offset sandwich panels and frame channels break thermal conduction paths, resolving wiring complexity without compromising energy efficiency.