Stands/Trestles TRIZ Cases

A wheeled hand-held detector samples air ahead from multiple directions, enabling earlier harmful gas warning and longer operating time.

A lever-actuated stud catch speeds camera head attachment and levelling while keeping a secure friction lock under heavy loads.

Magnetic attachment and electrical pin contacts let the remote and tripod head wake each other for quicker camera stabilizer setup and use.

Continuous leg-angle adjustment from 0 to 90 degrees widens the tripod base and improves camera stability and positioning precision.

A torsion spring counterbalances display gravity torque, keeping the screen stable while making pitch adjustment easier under heavy loads.

A gear-spline mechanism converts rod rotation into controlled spline sliding, enabling one-degree display curvature adjustment without deformation.

A movable battery bracket lets shoulder-rig users reposition the battery pack to avoid obstacles while keeping camera direction and balance.

Proximity switches and magnetic clamps identify forward or backward camera mounting, enabling correct pan-tilt tracking and secure attachment.

A clamping and locking mount structure lets damaged suction cups be removed and replaced quickly without interrupting filming.

Movable stopping portions let one pan-tilt dovetail groove securely fit different quick-release plate specifications without replacement.

A brushless motor and magnetic encoder add closed-loop detent torque control while reducing rubbing and wear in a gimbal knob assembly.

Wireless motor control varies rotation speed, direction, and duration to create richer 360-degree shots while reducing noise and motor damage.

Rolling members and an elastic unlocking assembly let a camera shaft rotate and relock quickly for compact, fast shooting angle adjustment.

Dual-sided suction cup arrays secure a mobile device to both the phone and a support surface for stable hands-free use.

Tilt sensing and slider repositioning let a gimbal quickly align center of gravity without prior load data or continuous power.

A spring-loaded bipod adapter secures the rifle through translational locking while preserving modular leg adjustment, stability, and quick release.

A moving spring attachment point uses linkage geometry to deliver near-constant counterbalance torque without gas cylinders or spring over-extension.

A linked support arm and cylinder lift the display during pivot rotation to maintain floor clearance and prevent impact damage.

An eccentric plate buckle and inclined-plane ball seat mechanism simplify tripod head locking while allowing adjustable, firm positioning.

A motorized lead-screw clamp with proximity sensing automates fixture loading, adapts to device size, and maintains consistent holding pressure.

An elastic self-reset lock replaces laborious friction-only adjustment, making photographic equipment angle changes easier while keeping a stable hold.

User-selected landmarks correct SLAM drift during mobile 3D scan registration, improving map accuracy with less manual alignment.

A telescopic snap-lock mechanism replaces friction fixing to cut manual effort while keeping photographic equipment angle adjustment secure.

Magnetic soft stops replace hard stop contact in gimbals, limiting rotation while absorbing shock to protect cabling, structures, and imaging hardware.

A locking sleeve and elastic mechanism lets support legs open with one pull, cutting manual setup time while covering the spring for safety.

A four-bar linkage uses spring arm and reinforcing arm contact to stop downward motion and prevent balance arm loads from falling after spring failure.

Foldable articulating legs and interchangeable hangers improve transport, uneven-terrain stability, target switching, and shrapnel control.

A rotating two-part anchor locks a coupling ring in place, improving tamper resistance while fitting narrow tool-access spaces.

A 360° rotating tray, toggle lever, and spring-loaded buckles enable one-handed mounting while reducing accidental detachment.

A weighted rolling base and articulating arm let monitors move overhead without wall mounting, while built-in cable channels keep wiring organized.

A quick-assembly monitor connector uses polygonal locking and hemispherical inserts to speed mounting while improving stability and load-bearing.

A shifting latch and lock collar enable tool-free attachment to slotted bases at multiple positions while maintaining controlled engagement.

A pivoting clamp and linked trigger lock let photographic equipment drop in and lift out directly, avoiding slow alignment and sliding.

A rotating disc, elastic self-locking, and suction pad let a phone holder keep stable viewing angles on horizontal and smooth surfaces.

A dual-groove mounting base with linked locking members lets photographers switch between two quick-release plate standards without replacing the base.

Elongated mounting slots shift a monitor’s center of gravity for stable angle adjustment while reducing support arm complexity and space use.

A telescopic tripod support attaches to ladder rungs to keep straight ladders stable on varied surfaces without a wall.

Spring-loaded rollers and guide rails let a telescopic display support adjust height and direction smoothly while holding position without locking screws.

A motor-driven support frame uses a foldable monorail, sensors, and software to move heavy machines accurately for maintenance and cleaning.

Cooperative limiting structures simplify two-axis camera adjustment while keeping rotating members securely locked against loosening.

A shock absorber and dual-seat structure keep low-angle camera motion smooth and stable across 360° rotation and variable swing angles.

Three pivoting arms with lockable fasteners extend or collapse a camera mount to improve maneuverability while keeping the mount out of view.

A multi-axis joint links upper and lower arms to adjust monitor height, position, and orientation with full rotation and no lateral shift.

A collapsible tripod stand integrates a storage container, cup holders, hooks, and charging components to add utility without sacrificing portability.

A selectable slot-and-bushing rotation limiter lets a monitor arm stay adjustable while preventing wall contact and encroachment into adjacent spaces.

Linear actuators and nested rotation units let vehicle screens tilt in three directions while fitting compact installation spaces.

A sliding connector and locking mechanism let cameras switch between horizontal and vertical shooting without dismounting.

Spring-loaded gripping plates and pivoting arms enable fast release, centered clamping, and secure holding across different device sizes.

Top-side clamping with adjustable clip positions fits different desk thicknesses while improving monitor stand stability and saving space.

A removable platform, base, and post raise a fan above furniture for better airflow direction in tight dorm and bunk-bed spaces.

Intersecting support rods, anti-collision slots, and a shock absorber reduce shaking in a 360-degree photo booth and improve user safety.

A coiled-to-extended spring band with clamps and suction cups holds electronic devices at viewing angles on smooth surfaces while staying portable.

Automatic head-mounted camera alignment matches the user's view without manual touching, improving accuracy and protecting sterile environments.

A tapered channel, slide nut, and thumb screw let one stand secure collectibles of varying thicknesses at a consistent angle without shifting.

An arc-shaped rack and nested pitch-roll gear layout extend pan-tilt pitch beyond 180° while maintaining camera levelness in a compact form.

A collapsible spherical rig uses modular arms and joints to place dense camera arrays for accurate volumetric capture with faster setup.

Rotatable lateral members and overlapping top members let one shelter fit changing display angles while blocking ambient light to protect image quality.

A side-wall-actuated clamp and spring seat simplify camera assembly while reducing quick-assembly plate thickness and overall size.

A tripod rod stand uses a pivoting leg, tapered feet, and flexible flanges to stabilize fishing rods on ice, banks, and uneven ground.

Rolling contact bodies and an elastic clip let a display stand slide and stop at any height while reducing bulk and assembly complexity.

A guide-supported swivel torque hinge reduces offset loads on friction washers to stabilize arm stopping behavior and improve durability.

Button-actuated grip and resilient retention let a display arm slide and lock on a post for easy ergonomic height adjustment.

A rotating receiver head, spring clip, and stem groove secure binoculars quickly on a tripod while reducing movement and unclipping risk.

A support plate and limiting plate increase load distribution in wall mounting, reducing hanger deformation and improving heavy equipment stability.

Adjustable legs retract by different amounts on uneven ground, then lock when the last leg lands to keep airborne delivery cargo stable.

A coaxial motor, ring bearing, and slip ring replace heavy counterweights to keep handheld or airborne cameras stable through full 360-degree rotation.

A gas strut and torque elements enable smooth display height adjustment, while integrated cable retention and friction parts prevent drift.

An adjustable gas strut and torque elements let a display arm balance different screen weights while resisting unintended rotation.

A bushing-based rod clamp reduces detachment friction while keeping stable fixation, enabling fast stand reconfiguration for studio equipment.

Dual pressure zones and a vented inner seal keep suction secure yet let the holder detach with low force when the carrier is lifted.

A threaded sliding block tunes spring balance to let a display support stop smoothly at different heights without friction-heavy adjustment.

A modular base, nested panels, and accessory mounts make food and product backdrop setups portable, stable, and easier to light.

Detachable track sections, clamping pins, and leveling feet enable portable setup with precise, stable camera robot motion at high speed.

Pivoting legs and a central support let a laser projection tool mount at low height with fine adjustment for precise wall and ground alignment.

A prism-equipped leveling base simplifies floor-to-floor reference transfer by combining retroreflection and detachable instrument mounting in one unit.

A handle-mounted screen and direct mobile adaptor simplify gimbal docking while preserving real-time viewing and data transfer.

A sliding two-seat mount uses one fastener to quickly balance gimbal loads and lock both positions, reducing torque issues and wear.

A ball screw spline support mechanism adjusts angle and elevation to stably clamp curved workpieces with fewer fixtures and faster machining.

External biasing near the anchor speeds safety post installation, improves maintenance access, and blocks dirt from degrading engagement.

A nested arm and moving counterweight keep a portable camera crane stable while battery power removes the need for a tethered cable.

Pressed coupling areas let the inner plate weld to the main frame, improving ultrathin display rigidity, heat dissipation, and assembly productivity.

Dual grips and one-sided driver placement stabilize optical platform transport and setup while lowering damage risk from concentrated loads.

A fine adjustment bolt assembly adds precise T-direction angle control beyond 7.2° tooth-slot steps for telephoto camera alignment.

Synchronized rack-and-pinion carriages align dual displays smoothly across vertical, horizontal, and angled adjustments with less user effort.

A motorized rotating base with paired clips and an integrated speaker keeps electronic devices upright while adding visual and audio appeal.

A pivoting kickstand and lipped cradle let sheet materials stand upright securely, reducing bottom-edge damage and slippage during handling.

Cold shoe integration adds stable, quick mounting for fill lights and microphones without complicating the camera stand structure.

A set screw and biasing spring automatically return an extended display mount to a preset azimuth, improving remote viewing alignment and wall clearance.

A rotatable magnetic clamp lets a laser mount fit different strut sizes and switch between horizontal and vertical attachment for precise line alignment.

A dual-width slot and sliding carriage let accessories stay securely mounted while being repositioned easily without tools.

A three-link spring arm uses coarse and fine load adjustment to balance varying device weights while extending stable positioning to 120° motion.

A spring-loaded pedal and locking ring let telescopic support posts install quickly between surfaces without separate fasteners.

A legged receiving member secures different expandable phone accessories in one mount without modifying the accessories or holder.

Conductive wires routed through hollow gimbal shafts prevent winding and scraping while enabling a thinner structure and faster signal transmission.

An arc-sliding lockable mount lets one LED screen frame fit different curved radii, improving surface smoothness and reducing custom steel frame cost.

Pre-positioned dual-camera recesses speed focal-length changes for moving subjects while reducing handling time and equipment damage.

An elastic sliding clamp and rotation shaft keep a screen-mounted camera stable on narrow frames while allowing adjustable viewing angles.

A lever-driven cam and plunger clamp secures a spherical adapter during use, then fully releases it for damage-free storage.

A dovetail mounting plate and anchor let cameras detach from straps quickly, avoiding tripod tangles and speeding image capture.

A collapsible base and telescoping mast give cameras stable elevated positioning without sacrificing portability, setup ease, or safety.