Stands/Trestles TRIZ Cases

A gantry beam uses a truss unit to reduce weight while maintaining structural strength.

A pivoting carriage locks a second hook in a detached position, eliminating accidental re-engagement risks during wall mounting.

Segmented movable connection members extend displacement range while sensors stop motor automatically to simplify operation.

MDI based prepolymer linings eliminate toxic free monomers while maintaining mechanical strength.

Segmented adhesive sheets and gap-filling bonding member prevent bubble formation at step heights while maintaining shock resistance.

A suction cup with non-circular peripheral edges maintains uniform thickness to ensure consistent sealing contact across varying radial distances.

A monitor support arm uses a segmented mounting device with an anchor and fastener to eliminate time-consuming bolt removal during replacement.

Straps on the adapter limit fall distance during attachment, preventing damage while allowing easy detachment.

Eccentric cams modulate resilient member forces to maintain stability during power failures without requiring high-torque motors.

Flexible silicone supports reduce drive energy and heat generation by allowing free vibration while maintaining fixed position stability.

A thermal expansion assembly uses an insulating layer to join dissimilar metals without welding.

Rotatable guide members within a curved armature allow independent flash orientation to eliminate side shadows during camera rotation.

Nested hinged legs pivot into cavities within vertical supports, resolving the trade-off between portable storage volume and stable instrument support.

A retractable headrest mount with clamping units and a telescopic rod.

Segmented clamping members with tenon joints and pre-formed position-constraining holes prevent deformation during tool-free attachment.

Adjustable stopping mechanism resolves the trade-off between fixed angle control and movement freedom by enabling tool-free repositioning of rotation limits.

An asymmetric retainer arrangement prevents rotating balls from falling into indentations simultaneously, reducing vertical vibrations during seat adjustment.

Manifold member consolidates multiple cameras on one tripod, reducing setup complexity.

Pivotable legs fold into base slots to reduce form factor, while blocking means lock the structure for operational stability.

A display mounting assembly uses a carrier member and bearing stops to enable pivoting movement across two degrees of freedom.

Segmented lines of weakness allow the support to break into portions without snapping weakened seams, reducing mechanical stress during detachment.

Ball joints and universal brackets enable multi-positional device mounting across diverse vehicle models without fasteners.

An automatic latching mechanism secures adjustable video wall mounts, resolving the trade-off between reliable positioning and system complexity.

Segmented sliding arms replace complex multi-joint articulating mechanisms, reducing friction and bulkiness while maintaining wide range of motion.

A quick release license plate holder uses a bolt assembly and support plate for tool-less attachment.

A support arm uses a position equalizing assembly to pivot mounting members in opposite directions, maintaining parallel device orientation.

An integrated arm support on a camera handle uses leverage to distribute stabilizer weight, reducing wrist fatigue during video shooting.

Hanging slots and slot holes on adapter allow easy installation and removal of displays while reducing structural complexity.

Midpoint hinges on horizontal rails allow the frame to collapse horizontally, eliminating assembly complexity while maintaining structural stability.

A binocular adaptor assembly uses a spring-loaded clamp and lock pin to secure optical devices to tripods.

Articulated rods and counterbalancing springs reduce cameraman strain while maintaining camera stability.

Slideable collars on a grooved elongated member adjust display positions, reducing bulk and improving repositioning ease.

A bicycle seatpost assembly uses a spherical seal member to control fluid flow within telescopic cylinders.

A vehicle slide rail device positions a lock release lever inside the upper rail to reduce vertical height.

Gas-filled bellows accommodate thermal expansion in quartz chambers, preventing fracture and reducing operational costs.

A mounting device uses a spring-loaded wedge and releasing pin to secure accessories without tools.

Sliding members rotate hinge-coupled supports to transition the back cover between flat and curved states, resolving fixed curvature limitations.

A movable bracket uses a pivoting space and adjusting groove to enable flexible camera angle adjustment.

Dual rails enable a bracket to slide for height adjustment and rotate for tilt, resolving the trade-off between device versatility and structural complexity.

Flexible cables wind around rotation axes to eliminate twisting resistance forces, enabling smooth multi-axis camera orientation without motor strain.

Segmented grooves in the support rod route cables with large plugs, eliminating drilling and protecting against vandalism.

Composite housing material provides structural strength without increasing wall thickness, preventing foreign substance entry into the internal space.

Imbricated mechanical assemblies with connecting rods generate dead centres to resolve the contradiction between high angular precision and device complexity.

Articulating boom assembly maintains deployed position without external power, reducing fuel consumption and pollution from continuous engine operation.

A trolley brake unit uses a spring element to exert braking force on a rail track for secure medical device positioning.

A vehicle seat slide apparatus uses a guide portion on the stopper member to automatically release locking engagement during rail movement.

Helical supports in a telescoping spinal implant maintain disc height and prevent relative rotation between vertebral members.

An oblique column with a positioning switch allows rotation between tripod legs, simplifying assembly and mounting.

Nested tripod legs stow within the camera profile while a ball joint enables multi-axis movement without interfering with normal operation.

Segmented stiffener wings resist bending and twisting forces in monitor enclosures without increasing device weight or bulk.