Stands/Trestles TRIZ Cases

A removable end element links the tripod column and leg to prevent loss, ensure correct reassembly, and secure monopod conversion.

An integrated spring couples sliding clamp parts to hold a phone with fewer fasteners, reducing assembly steps and resource use.

A dual-lifter panel with support and elastic joint portions folds into a zigzag form, reducing stored volume while preserving display stability.

A ball-and-plate locking mount keeps a LiDAR scanner aligned on pitched grain bins, enabling accurate volumetric measurement from point clouds.

Two sliding arms between non-parallel surfaces keep display support force stable across positions while reducing wear and precision demands.

A conical threaded adapter lets lightweight microphone stands securely hold sound baffles and other accessories with faster setup and easy swapping.

A C-shaped arm with multiple attachment positions keeps camera mounting stable while preserving access to ports and controls across devices.

A flip-over 3/8 UNC and 1/4 UNC conversion structure lets tripod heads switch camera interfaces quickly without loose screw parts.

A sliding gimbal frame nests into the body when idle, cutting handheld gimbal volume while preserving practical operation and portability.

A multi-part stabilizer frame aligns the handle with the camera system's center of gravity to cut arm effort and improve operating posture.

A ball-joint support mount secures a device while allowing hands-free repositioning, control access, and power cord accommodation.

A foldable leg base with a concentric anchor secures temporary safety signs in wind without relying on heavy, hard-to-transport weights.

A sliding leg section replaces external levers, enabling precise tripod positioning with lower accidental movement risk and compact construction.

A rotatable connecting member lets the shaft arms fold into a tighter layout while the holder keeps the camera secured for easier storage.

A constant force spring keeps screen and spring torque equal through rotation, enabling smooth 180° display adjustment with a simpler holder structure.

An offset-axis folding stand lets dual monitors ship pre-assembled in a smaller package by preventing arm and leg interference.

A linked rotating housing lets the camera exceed 180-degree coverage while keeping lens distance to the transparent cover consistent to limit distortion.

Gravity-driven counterweights and a rotary damper keep different camera types level and stable without electronics or power.

A motor-driven parallelogram mechanism offsets gravity-direction vibration that gimbals miss, improving image stability in photography devices.

Spring-loaded clamping columns lock tripod support rods for compact storage and quick release without added binding or instability.

Magnets hold a retractable phone strap flat for a slim profile, then extend it into a loop for secure grip and adjustable viewing.

Gear teeth, slide portions, and an elastic set enable stable multi-angle logo positioning while compensating spacing changes during rotation.

A recessed bracket edge lets installers pull against unstable ceiling panels, easing camera mounting and reducing visible finger marks.

Modular bottom supports and rotating stands replace heavy steel frames, enabling faster LED screen splicing, lighter transport, and strong connections.

A lateral knob drives camera rotation without touching the lens, enabling easy angle adjustment while reducing contamination and maintenance.

A friction-locking rotating platform secures irregular extrication tools during transport while allowing quick access in low-visibility emergencies.

A resilient strip mast lifts sensors from a compact base, then yields and resets after impact to reduce collision damage in mobile robots.

A rear stand hidden behind a glass cover preserves a floating display look while adding non-slip support and concealed cable routing.

A harness-mounted swivel elbow support redistributes arm load to reduce shoulder, neck, and back strain during extended playing.

A tool-free clamping and vacuum-mounted drill stand lets a battery-powered core drill switch between stand use and handheld operation.

An elastic belt and graded polymer layer simplify the frame while resisting deformation and failure during repeated display bending.

A screw-rod drive and electromagnet relay let one camera module protrude, retract, and rotate while preserving screen area and dust-water sealing.

Integrally formed flexure blades enable dual-axis mirror tilt while constraining unwanted motion, reducing fragility and assembly complexity.

An internal handle cavity stores the wireless remote, cutting selfie stick bulk while keeping detachable control and foldable portability.

Motorized height and tilt adjustment with counterweights and dampers improves display comfort and accessibility for users of different heights.

Spring-loaded pawls and a rotating lock let a bipod snap onto a firearm sling stud faster while improving mounting security and reducing errors.

Integrated control rings condense pan, tilt, and camera release functions to enable one-hand adjustment, secure locking, and compact tripod packing.

A hook profile with a mount groove and locking part cuts LED screen installation time while keeping large panels firmly fixed.

Meshed connecting rods synchronize a pop-up image capturing unit, delivering smoother lift motion with lower assembly complexity and slim frame styling.

A pedal-actuated supporting tube and gas spring extend monitor lift height without a larger pneumatic cylinder or higher stand cost.

Spring-damped transport and a self-leveling telescopic pier let fragile telescope equipment travel safely and deploy quickly at remote sites.

A quick-release lever and drag ring replace the under-tripod clamp nut, speeding levelling and safe head removal for heavy cameras.

A chest-mounted support with a releasable hinged leg redistributes body weight to ease lower back and knee strain during hands-free kneeling work.

A ball head and connector replace multiple angle mechanisms, enabling one-step 3D adjustment with simpler support structure.

By distinguishing intended camera movement from shake using motion state signals, the gimbal preserves framing while stabilizing the load.

Magnetic stand mounting and a movable receptacle cover simplify display installation while hiding the opening to reduce dust.

A separable infinite rotation joint lets suspension arms carry optical signals, power, and HD video without cable twisting or motion limits.

A pivoting bracket with a lock and ball joint enables precise sensor alignment, greater rotation, and cable protection across sensor sizes.

A moving spring attachment point lets a support arm maintain stable counterbalance without gas cylinders, excess friction, or spring over-extension.

One-way freewheel friction hubs and a four-bar linkage let heavy monitors move up easily, stay stable, and avoid bounce during lowering.