Sunshades TRIZ Cases

Self-closing mechanism moves hinged pass door frame to seal flexible panel, eliminating manual locking and adjacent wall space requirements.

A conductive connecting element discharges electrostatic charges from the vertical awning winding shaft to ground, protecting the tubular motor control board.

Modular cantilevered shade structures with flexible supports relieve wind loads by bending to open air space, resolving installation complexity.

Cord and intermediate guide mechanism allows single-user RV cover removal without ladders.

Segmented plastic plates and an overhead support system replace heavy concrete blocks to reduce weight and foundation costs.

Spherical joint in integrated arm assembly reduces component count and wear while providing adjustable shade.

Sprocket guide bars constrain hanging rod movement to prevent wind-induced shutter shaking and occupant collision risks.

Grooved brick design paired with interwoven rod lattice prevents misalignment and wind-induced detachment through clamp retention.

An integrated U-shaped guide profile eliminates separate retention components, reducing production costs and simplifying maintenance for roller awnings.

Offset bearing members in circular bores position adjacent light-blocking edges closely, eliminating non-uniform light leakage gaps.

A single drive system synchronizes opposite blade deployment via a common belt, resolving spacing inconsistencies from independent motors.

A power rotating transfer coupler maintains uninterrupted electrical connection between stationary and rotating components in retractable shade systems.

Flexible poles and adjustable straps enable quick reconfiguration between dock and boat positions while maintaining structural stability.

An integrated winding shaft rotates to pull an articulated arm, eliminating external lifting equipment and reducing installation complexity.

Segmented magnetic and adhesive components enable ground-level installation and automatic fail-safe removal during retraction.

Weighted baffles on a flexible curtain divert rainwater off varying trailer heights without mechanized controls.

Clamping anchor secures keder rail to beams without drilling, preventing water intrusion and maintaining structural integrity.

Circular woven hose replaces belts to eliminate twisting wear and rope entanglement noise.

A weighted skirt counteracts wind uplift on the flexible canopy while the hoist assembly enables remote operation.

A shading device integrates a longitudinal drainage channel within a shell-shaped cover to manage water runoff from the fabric roller.

Magnetic coupling replaces mechanical friction in a shading device, allowing a curtain to transition between open and closed positions without rough movement.

Releasable appliance members connect to window tracks or roller shutters, reducing upgrade costs while protecting internal parts from weathering.

Nesting a radial damping element inside the roller tube decouples motor vibrations, resolving the trade-off between noise reduction and shading area.

Segmented fabric shafts position upper and lower textiles to hide the structural arm, resolving aesthetic visibility issues in commercial settings.

An integrated holder uses adjustable clamping elements to secure awning components, eliminating complex assembly and preventing housing distortion.

Nested pivot arms enable compact closure while tilting mechanisms prevent structural damage from external forces.

Tensile strain from axial tension elements counters bending deformation, reducing roller camber and visible folds.

A removable drain bend connects a lateral rain gutter to a vertical downpipe through a support notch, preventing dirt accumulation in drainage perforations.

A gas spring tensioning device manages retraction force within an awning cable store mechanism, resolving design complexity and wind load bracing challenges.

Integrated spraying installation disperses liquid through frame-mounted nozzles, eliminating separate dispensers to reduce device complexity.

Stop mechanisms limit tile rotation range to prevent sticking against securing means under high wind conditions.

Integrating rigid ribbons into selvedges creates a folding zone that prevents creases and jamming during winding while maintaining flat surface geometry.

Sun screen assembly with coilable curtain eliminates complex counter-pull systems by using spring steel bands guided in lateral rails.

Top-mounted furling mechanism utilizes gravity for tension, resolving mechanical stress on materials while enabling automated environmental control.

Clamping anchor secures keder rail to support beam without drilling, preventing water intrusion and structural weakness.

Adjustable corner plates and lateral tensioning profiles eliminate irregular finishes and creasing in terrace coverings.

A slatted roof water channel moves between positions to collect rainwater and hide within a carrier pocket.

A fluorine-containing polymer with short fluoroalkyl chains penetrates fine pores in porous substrates to impart water and oil repellency.

A telescopic awning device uses a spring-loaded ball and toothed rack to extend elements with minimal muscle power.

A sliding barrier assembly moves between stowed and deployed positions to secure wheelchair lift platforms.

An intermediary connector decouples the luminaire from the awning rail to prevent electrical binding during extension and retraction.

A motorized awning repositions its integrated photovoltaic panel to capture sunlight and recharge the system battery.

A retractable awning uses snap-fit connection means between slidable elements and cross-pieces for secure engagement.

Articulated crossbeams attach to a longitudinal member, enabling stage-by-stage assembly at ground level to reduce installation time and safety risks.

Continuous flexible membranes eliminate rigid joints, reducing wear and maintenance costs in folding structures.

Segmented hollow beams join through a central rod to prevent tilting under load.

A folding shutter bracket uses a peg engaging a U-shaped slot to guide and lock shutter elements during carriage movement.

An autonomous actuator adjusts its position to optimize photovoltaic panel exposure for battery charging.