Stands/Trestles TRIZ Cases

Three rigidly coupled adjusters isolate azimuth, elevation, and roll while biasing elements suppress backlash for faster optical alignment.

A nested tripod head and telescopic legs cut packed volume while a single control ring enables one-handed camera adjustment and locking.

Sliding blocks align a tablet mount for secure power and data connection, while a rotating knob enables fast tool-free release.

A tri-lobe center column with concave faces cuts tripod weight and size while preserving stiffness, stability, and debris resistance.

A sliding member and elastic engaging structure simplify bracket angle adjustment while keeping each position stable and securely locked.

A concave shelf and offset suction cups keep phones stable on mirrors at slight angles while allowing portrait, landscape, and charging use.

A nested servo pan-tilt mount fits tight RC vehicle cabins while reducing vibration, drift, and stress on camera electronics.

A sliding coupling between the display bottom and support member improves stability, prevents shaking, and simplifies assembly.

Fold-position detection switches a handheld gimbal between operating and standby modes, preventing motor damage and avoiding slow power cycling.

A dovetail mounting plate and strap anchor prevent tripod tangling while enabling secure anti-twist mounting and fast camera release.

Pre-mounted hanging arms slide onto a radially constrained TV mount body, enabling stable single-person installation with lower labor cost.

A telescopic post, pivoting legs, and rung brackets let ladders stand securely on varied surfaces without leaning on a wall.

An extendible L-plate keeps camera support stable during portrait-landscape rotation while creating clearance for attached cables.

A one-way bearing and tapered tightening member let a support frame joint adjust angles in one motion while holding position without sequential bolt tightening.

A clip body and lip-supported bracket keep a monitor-mounted camera stable during rotation, preventing detachment while allowing aiming changes.

A motorized rotating base adds oscillation to non-oscillating fans or heaters, expanding coverage without the cost of dedicated oscillating models.

Dual motors enable vertical translation and two-axis rotation, improving laser beam alignment precision on uneven construction surfaces.

Combined springs and a fin-based friction unit let a thin display support deliver stable tilt torque for large screens.

A motor-driven screw and slider let a display adjust height precisely and follow face-tracking signals without manual repositioning.

Motorized actuators and counterbalance let a high-mounted TV lower, tilt, and swivel for comfortable viewing above furniture or fireplaces.

Limiting protrusions stop tripod feet at a preset angle, preventing reverse folding and damage while keeping camera support stable.

A biasing spring and set screw return the display to a preset azimuth after powered extension, avoiding manual swivel adjustment.

A nested mount base inside the main body cuts biaxial pivot thickness while preserving horizontal, vertical, and roll adjustment for display holders.

Projecting members and cavities let a planar chain flex in one plane while carrying compression loads and resisting lateral motion.

A modular VESA bracket uses a rotary stem, portable base, and lock slot to enable secure angle adjustment, cable routing, and flexible mounting.

An angled bracket and pivoting adjustment mount place cameras in tight architectural spaces while protecting them and preserving access-control views.

Motion sensors coordinate holder-side and camera-side stabilization to prevent overcompensation and improve image quality.

An attachable rotary unit keeps the display at the same depth, preserving stand stability and reducing front leg obstruction.

A two-plate monitor bracket creates a protected cavity for electronics and cables, enabling one-person installation and easier cleaning in healthcare.

A curved-plate locking mechanism aligns a LiDAR grain-bin scanner on pitched surfaces to improve point-cloud volume measurement accuracy.

A beam-based secure base anchors EV charging stations against tampering while enabling four-side forklift handling for easier installation.

A foldable locked stand protects a removable touchscreen on site and keeps construction documents available with a removable UPS battery.

Movable latches on a wheeled wire-frame stand keep display boards secure while allowing quick removal, repositioning, and transfer.

A tool-coupled orthotic stiffens only during fastener installation to counter torque and friction, reducing arm fatigue without limiting movement.

A sealed direct-drive pan-tilt layout cuts transmission error while protecting sensors and controls from dust, moisture, and pressure changes.

A pivot arm, lock lever, and adjustable tray let one mount securely hold a controller and smartphone while also converting into a stand.

Flexible tripod legs, ball heads, and a telescopic pole secure portable devices on uneven surfaces while adjusting height and viewing angle.

A hand mirror fastens a phone camera in front of the reflective surface and adds lighting and shutter control for easier, higher-quality selfies.

A movable measuring unit tracks vehicle alignment at different lift heights without blocking operators or requiring camera recalibration.

A pivoting linkage and rotatable bracket let 5G CPE reach better signal positions while guiding cables in a groove to reduce interference.

A multi-arm pivot mount lets facility cameras be quickly repositioned and reoriented to overcome rigid ceiling or wall mounting constraints.

A gas strut, torque elements, and a washer-gasket interface enable smooth vertical display adjustment while resisting unintended rotation.

A dual-actuating knob drives a linear bolt to lock, unlock, and detach an angle-adjustable holder with fewer parts and no extra spring.

A linked upper, intermediate, and lower plate layout suppresses unintended tilt momentum and keeps the object moving in the intended direction.