Towers TRIZ Cases

A cross-bracing arrangement connects hollow structural poles using pivot pins and threaded rods to enable angular and length adjustments.

Pivotal stabilizers relieve friction torque while rotatable holder acts as lever to screw anchor into varying soil types.

Segmented coupling members separate the installation driver from the ground anchor, resolving stability versus transport trade-offs.

A laminated wooden pole uses an internal tension tendon to maintain structural erectness under wind loads.

A resilient flexible member slides along a guide to deploy objects from ground level.

A post mounting footing with a hinge-mounted upper and lower part enables re-orientation between locked and unlocked positions.

A support system holds a sign post vertically using adjustable arms that contact uneven ground without burial.

A stabilizer anchor assembly with a helical rod and sliding plate reduces installation time.

Segmenting the base into a permanent steel structure and removable cap reduces land damage during mast removal.

A carriage-based adjusting device translates longitudinally to displace an abutment element transversally against a support structure.

A centering plate orients an RFID tag inside a marker post to eliminate manufacturing breaches that compromise structural integrity.

A temporary support structure transfers tower loads to existing piles using a bearing platform and lifting system.

A buckling-restrained brace employs a discrete spring layer to define a controlled gap, reducing friction and preventing premature failure from buckling waves.

Merges utility markers with bird nest boxes to address habitat loss from infrastructure development while maintaining land use adaptability.

Segmented support members engage a post and penetrate the ground, resisting shear forces while allowing easy removal without complex machinery.

Segmented base assemblies replace concrete with reusable metal frameworks, reducing construction time and environmental impact.

Nested composite reinforcement bars inside steel profiles enhance buckling stability to accommodate additional electrical power lines.

Concrete encasement shields guy wire anchor shafts from soil corrosion while maintaining tensile strength for tower stability.

A pile upending device uses segmented wedge assemblies to distribute frictional engagement forces evenly across large diameter tubular elements.

Eccentric holding disks adjust pole angle and position in two planes, resolving the conflict between precise alignment and limited installation space.

A ground anchoring system uses tilted tubular guiding members to insert rods at an angle for enhanced structural stability.

A flexible flag rod system uses reinforced endcaps and a folded binding mechanism to secure the connection between the rod and fabric.

Detachable adjustment legs displace a levelling ring relative to the foundation, resolving heavy component handling and time-consuming shim adjustments.

A re-anchoring clamp encloses and transfers tension from a live tendon to the surrounding concrete structure.

A stanchion coupling permits vertical rotation to align roof assemblies on uneven terrain.

A pole reinforcement sleeve assembly secures around utility poles using retainers and insertion attachments to provide structural support.

Segmented auger and stake components anchor interactive property advertising devices securely while maintaining structural stability.

Pre-positioned pins engage pre-formed slots in swaged tubes to eliminate fit variances and prevent post curvature.

A monolithic connector plate member joins longitudinal tubes with a corner beam section and lip to distribute loads across the joint.

Additive manufactured cellular foundations distribute structural loads via internal walls, reducing concrete usage while maintaining stability.

Nesting a U-shaped bracket between parallel deck joists secures the umbrella shaft while preventing wind displacement.

A crashworthy post uses a sliding rail assembly to guide compressive deformation of an energy absorbing pipe during vehicle impact.

A pillar fixing metal fitting uses a segmented joint base and cover spacer to simplify assembly.

Alternating inwardly bent portions create butt joints that transfer loads and reduce peak stresses at tower corners.

A pole support system uses spaced-apart holders with rotating rollers to guide vertical insertion of structural poles into underground receiving spaces.

Segmented foundation components enable on-site assembly and relocation, resolving the trade-off between structural stability and mobility.

Segmented steel components replace heavy concrete anchors, enabling both pushing and pulling forces for easier pole installation.

A pivotable tilting plate lowers the mast for safe ground-level service, eliminating crane operations and traffic disruptions.

Segmented tower sections nest for transport and assemble via a former, eliminating heavy crane requirements.

Segmented filament-wound polyurethane modules stack to create fire-resistant poles, resolving height and strength trade-offs.

A restoration strip conductor limits voltage to pixel electrodes via high resistance, preventing halftone gradation defects in liquid crystal displays.

Segmented flat trapezoidal precast concrete wall elements eliminate expensive tapered molds and complex scaffolding during tower construction.

A support plate combines elastic pads with a rigid frame to enable vertical orientation adjustment of outdoor equipment bases.

Segmented steel piles with a unified grating base reduce installation difficulty in remote locations while maintaining structural stability.

Segmented retaining elements fix yieldable poles in irregular casting channels, preventing displacement during collisions.

A composite pole structure uses multiple vertical poles connected by horizontal brackets to create a unified support system.

A tower hoist clamp bracket system secures personnel platforms to telecommunication poles using tensioned cables and sheaves.

Segmented cable routing through roller pairs enables independent extension of ladder end parts.

A foundation uses a deformable plate compressed between positioning elements to urge against an elongate structure for secure vertical fixation.