Stands/Trestles TRIZ Cases

A spring-loaded rotation mechanism counteracts large display weight, enabling easy flipping and controlled deceleration at the target angle.

A disc spring, bushes, and toothed lock washer stabilize monitor angle adjustment by preventing loosening, torque drift, and wear.

A lightweight board, guard, and modular mounts secure percussion tools without rattle or slip, enabling fast changes in tight stage setups.

A flexible arm and modified j-hook attach a phone or camera mount to a lifting rack for stable positioning and lower damage risk.

A movable mounting assembly shifts the elastic element off its force line to keep spring arm torque more uniform through boom movement.

A friction-damped pivot assembly levels a multi-monitor crossbar and holds precise tilt without added fasteners or complex adjustments.

A sliding, rotating webcam mount moves beyond the display so the lens faces the table directly without screen capture or trapezoidal distortion.

A rotatable shaft on the slider turns cam contact into rolling friction, reducing localized wear and preserving opening and stop angles.

A trigger-actuated clamping mount replaces screw attachment to speed lens changes while keeping camera accessories securely fixed.

Retractable conductive guide pillars power camera expansion modules through the clamp, cutting battery weight and support arm load.

A multi-position rotational adapter secures a bicycle phone mount while allowing quick attachment and removal without manual unlocking.

A nano-suction mounting surface replaces screws and glue to hold heavier devices securely while minimizing wall damage and adhesion loss.

A pivoting threaded receptacle lets a gimbal knob align with angled bolts, enabling secure clamping on curved or non-planar surfaces.

A compact tripod stand integrates fine adjustment and low-height mounting so laser projection tools can align precisely and project to walls and ground.

A rotating assembly and inclined surface create static-friction locking, preventing accidental release and improving mobile clip stability.

A plane-coordinate moving unit replaces bulky telescope mounts to track fast objects and observe near the celestial sphere with stable control.

A reinforced threaded mount with pivotable fold-out fingers enables direct accessory attachment while limiting damage from over-tightening.

Ball bearings and detachable legs let a compact ring carrier securely transport a rodent exercise ball and support 360-degree spinning.

Adjustable compliant elements deliver constant force while shifting the force application point with simple geometry changes and no wear.

Independently rotatable, damped arm axles expand suspended camera coverage in 3D space while preserving smooth, stable movement.

A reconfigurable rotation stop lets an articulating workstation arm move smoothly between stowed and extended positions while controlling arm rotation.

Programmable MCU and wireless motor control vary rotation speed, direction, and duration to expand 360-degree shooting effects.

A gasketed vacuum base and release valve secure larger drills on varied surfaces while allowing quick detachment and transport.

Nested folding legs retract into a recessed housing, turning a mobile device into a portable reading aid without added bulk or cost.

A press-fitted protrusion interface lets the lens rotate in P-direction without removing the upper shell, simplifying camera adjustment.

A recessed ball stud in the airframe skin enables releasable external mounting without protrusions, while reducing weight, corrosion risk, and repair effort.

Housing the ball stud inside the airframe skin enables releasable external attachment without protrusions, corrosion exposure, or extra reinforcement.

A friction-hinge holder stabilizes industrial mobile device connection while guiding cables to reduce bending stress, weight, and handling complexity.

Asymmetric sliding blocks with elastic bending sections distribute vertical-load stress to keep upper-stage alignment precise and durable.

A single preloaded cable and three-pulley layout enables remote tip-tilt control where heat, EMI, and access limits prevent nearby actuators.

A buffer linkage splits locking motion into buffer and traction strokes, easing one-hand display arm locking while avoiding dead-point jamming.

An adjustable rail-mounted adapter combines reflector support and shielding flags to cut tripods, setup time, and studio space.

A pivotable base and adjustable groove fit different mobile sizes, keep an inclined stable hold, and open cavity access for accessories.

An elastic snapping member locks into a mounting slot to keep antenna assemblies secure while enabling fast tool-free removal and reinstallation.

A universal adjusting piece combines pitch, flip, and portrait-landscape switching while simplifying ring lamp support assembly and use.

A lightweight fence-mounted holder secures cameras and accessories, improves viewing angles, and adds removable weather protection.

Multiple spring energy-storage groups and separate actuators let one tripod head match different camera weights with precise balance and stability.

A spring-loaded hook and gravity-actuated cam let one cradle hold an electronic device securely in both horizontal and vertical positions.

A sliding and rotating lock with reset force simplifies camera-tripod assembly and release while avoiding continuous manual holding.

Magnetic attraction auto-aligns a mounted phone or camera on the gimbal, cutting setup time while keeping attachment secure.

Adjustable connection frames and mounting widths let one stand fit thin large displays across VESA patterns while setting height and angle.

Inclined mating surfaces and a rotating lock let a shooting mount switch between horizontal and vertical angles without disassembly.

Real-time feature selection and loop closure improve point-cloud registration in flat or curved environments while reducing manual scan correction.

Magnetic five-DOF joints let prismatic actuators move independently, delivering submicron multi-axis positioning without hexapod complexity.

An above-hub tension handle and dome hub improve tripod leveling access, stability, and pack compactness without wide leg spacing.

A trigger-driven sliding lock lets one camera quick-mount seat fit different camera sizes while keeping the assembly compact and secure.

A drop-down arm and spring or universal joint keep loading dock cameras accessible, impact-resistant, and able to capture detailed trailer footage.

A connectable tier stand uses extendable legs and adjustable support arms to add flexible multi-keyboard positioning without a fixed single-tier layout.

A tapered sheet-metal holder uses elastic side parts and RFID/NFC verification to secure tools, enable charging, and prevent incorrect use.

An intermediary support structure moves display tiles along a safe path, enabling precise alignment and front access without damaging fragile elements.

Rotating extension rods let the display mount fold for compact packaging and unfold to provide the larger span needed during installation.

A spring, pulley, and linkage balance assembly enables stable stepless screen height adjustment with less force and no extra limit parts.

A movable locking rail secures removable template members to support sheet metal panels without deformation during transfer and storage.

A case-integrated storage module keeps stands, grips, privacy shields, and lanyards ready to deploy while preserving compact portability.

Interlocking base and cap components create a lightweight target stand that packs easily and supports rifle or pistol target configurations without tools.

A clip-on folding stand uses rotatable arms and foldable legs to give phones stable, hands-free positioning without a separate tripod.

A top-mounted removable steering handle and quick-release detent pin improve engine stand maneuvering without blocking crank operation.

A removable carriage and pivoting mast let larger drills mount tool-free while keeping secure support across changing work angles.

Routing conductive and coaxial wires through hollow motor shafts and arms prevents winding and scraping while supporting stable high-speed gimbal signals.

A gas strut and modular torque elements keep a mounted display stable through vertical adjustment while allowing force tuning and lower wear.

A nested flexible plate and sliding mounts add stand and shoulder-rest functions to portable devices without increasing case thickness.

Direct force detection on the gimbal replaces repeated remote adjustments, enabling intuitive attitude control with higher positioning accuracy.

A sliding track nut and bolt mount combine fixed and movable connections to hold cameras and accessories securely in flexible layouts.

A locked two-leg pair and one independently movable leg let this tripod stay stable on uneven or steep surfaces while securely supporting cameras and lights.

Rotatable support feet fold into receiving slots and lock when extended, giving selfie sticks stable support without bulky external legs.

A motorized radial counterweight uses orientation sensing to keep a gimbal payload's center of gravity aligned and reduce jitter.

Pivot-ball leg assemblies let the mount lock onto planar or curved surfaces, improving camera stability without fixed-leg limits.

A latch, lock, and control ferrule let a pivotal support set movement limits while improving remote member stability and flexibility.

A wheeled lift assembly raises and repositions a display sign, improving visibility and information access across large auction areas.

Gravity-triggered hook locking and foldable telescopic support secure instruments while improving stand storage and transport.

A threaded tower-and-shaft support holds anchor bolts or plates at the required embed height while cutting setup time and material waste.

Integrated movable supports eliminate cribbing, speed crane mat handling, and keep stacked mats elevated to avoid damage and moisture.

A foldable, lockable kiosk housing secures a removable touchscreen and keeps construction documents accessible on site despite weather and transport limits.

Magnetic leg coupling lets a camera support switch quickly between tripod and handheld use while improving stability and reducing fall risk.

A wedge-assisted screw mechanism secures tripod seat units with less force, faster attachment, and falling-off prevention.

A tripod mounting interface moves around a spherical mating surface, using friction retention to resolve the trade-off between flexibility and stability.