Stands/Trestles TRIZ Cases

Tabs engaging the handle improve scanner gun retention while preserving easy insertion, removal, and stable adjustable mounting.

A slidable support with oversized lead-through openings and a Teflon layer absorbs horizontal floor movement while preventing platform lift.

A tool-less pin-and-slot coupling lets a display swivel arm switch between 360° and partial rotation, easing setup while limiting collisions.

A self-locking motor and screw linkage let the bracket automatically adjust computer tilt and height, reducing manual effort for disabled users.

A light-blocking shroud with a tortuous air path prevents ambient UV, IR, and visible light from falsely tripping photoelectric smoke detectors.

A movable stop tab in a sliding channel enables equal 180° monitor rotation in both directions while preventing cable twisting and over-rotation.

Rotating threaded arms let a camera mount clamp securely to trees at height while preserving downward-to-horizontal viewing adjustment.

Spring-biased tongues and a control ferrule let a support pivot smoothly while setting rotation limits for stable monitor or TV positioning.

A tripod-mounted holder adjusts rod angle of attack while a control circuit detects fish strikes and triggers visible and audible alarms.

A sliding clamp and rotatable counterweight secure screen lamps on thin or thick monitor frames while maintaining stable fastening.

A two-piece extendible L-plate lets cameras switch between landscape and portrait mounting while preserving stability and side-cable clearance.

A sliding locking ring with elastic positioning members enables secure pan-tilt quick release in tight spaces for smaller imaging equipment.

A rotatable, tiltable tablet arm for mobile C-arm imaging improves viewing angles while routing cables downward to minimize torque and strain.

A coaxial guide rod and spiral cable keep a telescopic standing tool aligned during extension and retraction, preventing kinks and bunching.

A magnet-driven hook and slot let dual displays snap together securely while staying easy to detach for flexible, portable use.

An oblique supporting shaft and sliding lead-screw drive adjust exercise bike incline quickly while reducing motor power use.

By detecting force applied directly to the gimbal, this case replaces unstable remote control input for faster, more accurate attitude positioning.

A snap-fit locking switch fixes the gimbal yaw axis at a preset position, preventing unwanted rotation during storage and transport.

A gas-spring telescoping support post lifts and holds overhead items so one person can position fixtures or ductwork without fatigue.

A spring-loaded talon-and-perch mount lets binoculars lock onto a tripod quickly, reducing fatigue without complex threaded adapters.

A slot-and-pillar support with resilient damping replaces bulky universal joints to give cameras smoother rotation and easier assembly.

Nested ring mounts and motion-sensor feedback keep camera roll and tilt aligned while reducing imbalance and inertia during agile vertical moves.

A segmented tripod bracket opening fits both cylindrical top plates and spherical leveling supports without disassembly or special tools.

Webbing straps and a ratchet let this column bracket mount heavy objects on varied column shapes without drilling, extra tools, or damage.

Buckled ring-frame support cuts press components and material use while enabling stable parallel pressing with lower manufacturing cost.

A lead-screw height adjuster, horizontal sliders, and a leveling mechanism let wall-mounted displays be repositioned precisely after installation.

Two nested constant-force springs increase lift travel, reduce assembly space, and limit spring deformation for longer elevating-device life.

An internal slide and conduit track keep roadside camera power and communication modules protected while making pole maintenance easier.

Wedge-retained modular clamp segments fit varying beam sizes while six-way strap channels secure multiple cables without creasing or chafing.

An internal spring in a four-bar display arm balances different monitor weights without angle adjustment, cutting bulk, cost, and safety risk.

Flexible living hinges let support arms self-adjust to thin or thick laptops, creating stable vertical support without manual width settings.

External adjusting plates let camera optical axes be aligned without opening the imaging housing, simplifying installation and precise correction.

A split spring-and-motor torque compensation layout balances the microscope arm while reducing interference and preserving overhead clearance.

A magnetic tray, pivoting arm, and telescopic mast hold and drain a funnel hands-free while containing residue and reducing spillage.

An eccentric cam and ratcheting jaws replace external knob screws, enabling compact one-handed camera mount clamping with quick release.

A spring-based bidirectional rotation lock and link rods absorb phone displacement, correct shaking, and protect the device and motor.

A spring-biased camera mount enables tool-free positioning, concealed wiring, and secure attachment with tamper-resistant release.

A cam and spring latch replaces complex screw clamping to secure a vertical rail quickly while allowing fast release and repositioning.

A rocker and potentiometer layout replaces multiple gimbal controls, enabling accurate one-hand pitch and tilt operation with better hand feel.

A rotating base board reflects radar waves back to the sensor, simplifying multi-vehicle calibration without repeated software angle calculations.

Elastic clamping arms and a rotating camera shaft improve grip on narrow screen edges while enabling adjustable viewing angles.

Wire length measurement lets paired winches determine relative position and move suspended loads accurately without design data or external sensors.

A split ball member lets cables with large connectors pass through while keeping electronic equipment securely mounted, adjustable, and tamper-resistant.

A leveling base, rotatable lock, and adjustable rails simplify panoramic camera setup while improving centering and reducing parallax.

An elastic locking assembly keeps a radar calibration bracket from free fall while allowing smooth height adjustment on the upright rod.

A threaded locking ring secures the gimbal clamping and connecting arms to keep phone orientation stable after power-off.

A spherical receptacle and spring clamp hold and aim a torch steadily, reducing hand fatigue while freeing flame direction adjustment.

A locking adaptor, telescopic legs, and flexible joints make the shooting stick easier to carry, quick to deploy, and stable on uneven ground.

A runner-driven coaxial screw mechanism adjusts IPD and object distance together, reducing HMD mechanism complexity and improving accuracy.

Arc-shaped bolt slots let a gas detector flange fit varied mounting plates without precise alignment, improving installation reliability.