Stands/Trestles TRIZ Cases

Segmented stadium-shaped links allow real-time radius adjustment, resolving the trade-off between structural stability and transportability.

Integrated truss air channels and diffusers reduce installation footprint while maintaining efficient heat dissipation for large displays.

A tensile parallelogram arm assembly uses friction-based locking to maintain payload position without continuous joint engagement.

A vehicle smartphone holder uses a movable cradle and rotatable charging unit to accommodate various device sizes.

Glass fiber reinforced plastic cable support stanchions eliminate galvanic corrosion risks in manholes while maintaining high load-bearing capacity.

Intermediary gears decouple monitor movement from spring stretch, mitigating elastic fatigue and ensuring reliable support for varying weights.

A quick attach accessory mount uses a biased flexible clamp to secure items securely.

A multi-stage drive train uses belt and friction elements to transmit torque while maintaining quiet operation.

Surrounding members limit leg tilt angles during strong vibrations, preventing the main body from falling off stands.

Mounting the seat bottom frame to the upper rail side surface reduces height while maintaining structural stability.

A portable holder unifies fishing rod and beverage storage via a universal joint mount, eliminating the need for separate dedicated containers.

Friction plates in the tripod leg secure continuous angle adjustments, resolving stability trade-offs on uneven terrain.

A tripod joint fixation mechanism uses a coil spring and cam members to enable flexible angle adjustment.

Gas springs balance enclosure weight in a vertical motion pendant arm, eliminating complex locking mechanisms for stable positioning.

Work table featuring elevated support members and an adaptor plate system for secure tool attachment.

A tilt mechanism uses a friction member and mounting fastener to set adjustable force for precise display positioning.

A mounting plate with a hinged attachment member moves between positions to resolve conflicts between stabilization sockets and strap attachment points.

A segmented conductive sphere in a ball joint transmits electrical power to a pivoting vehicle camera without visible wires.

Magnetic attraction couples the display module to the frame, and repulsion rotates a latch to prevent separation on ceilings.

Laser feedback adjusts motor speeds to eliminate position errors, preventing gantry deformation and ensuring accurate radiation detection.

A compact projector mounting device uses a single threaded connection for secure attachment.

A dual track seat adjustment system uses interlocking mechanisms to distribute forces evenly across the base.

Segmented expansion sleeve converts linear motion to radial force, enabling universal attachment of optical units with varied receiving openings.

Segmentation and intermediary mechanisms resolve the contradiction between secure attachment and rapid disassembly time for action cameras.

Segmented toggle levers apply symmetric normal force to joints, resolving asymmetrical distribution and dust sensitivity in articulated arms.

An offset pin arrangement couples roll motion into yaw control, resolving the pan drift problem inherent in remote operator setups.

Gravity-actuated upper and lower stop members lock the slide holder in horizontal position, preventing accidental movement and collision damage.

Segmented expansion joint with adjustable slider plates accommodates thermal expansion and contraction while maintaining structural stability.

Two-teeth detent plates reduce constructional space and weight while ensuring locking without clearance across all positions.

Segmenting the lower rail into front and rear portions with different rigidity disperses crash forces while preventing bending.

A rotatable tablet storage device uses a friction-based locking mechanism to secure the carrier in adjustable positions.

A locking mechanism cover prevents broken projections from clogging fluid chambers, resolving reliability issues during partition member assembly.

A support arm locking device uses a feed screw to drive conical push blocks against pivot portions, enabling precise multi-axis positioning.

A disk cam and spring plunger rotate the banner bracket away from wind direction, reducing stress on the pole when loads exceed preset thresholds.

Pivotable elongate members fold and extend to organize cables, reducing installation time while resisting shock.

A stabilizing mount uses a cylindrical element and adjustable leveling system to position devices at any angle.

An adjustable sliding guide allows the rod to vary its inclination relative to the arm, resolving oscillation response issues in supporting devices.

A slide positioning device uses a segmented hole and latch mechanism to constrain the slide member.

A tree-mounted camera assembly uses a ball-in-socket joint to enable multi-axis articulation for flexible positioning on natural structures.

A display stand uses a four-bar link mechanism to pivot the screen while a sliding assembly moves the unit vertically.

Embedded reinforcement in a rubber mounting base distributes inertial forces, preventing stress concentration on the wall opposite the load direction.

Three-linkage mounts with friction hinges secure cameras to thin displays, solving compatibility issues with narrow panel depths.

Modular pan and tilt frames reduce weight while accommodating varying payloads via nested structures.

Segmented end stops with damping elements reduce metal-on-metal noise while maintaining structural support.

A portable electronic device holder uses a suction base and adjustable hooks to secure devices for hands-free viewing.

Variable width leg heads pivot during screw insertion to expand grip volume, preventing dislodgment under heavy wind loads.

A guide bracket synchronizes stepping locking pins via a lever mechanism, eliminating half-locked states and reducing operational noise.

Fixed width spaces in nested leg assemblies prevent collapse, resolving structural stability issues during deployment.