Stands/Trestles TRIZ Cases

Multiple pivoting stands and springs let a tablet holder switch between stable incline positions for easier viewing adjustment.

A button-driven rack-and-pinion bracket replaces screws to secure electronic devices while enabling fast tool-free attachment and removal.

Mounted hooks and a mesh tray lift cables off the floor, manage slack, and prevent tangling, damage, and desk-area hazards.

A receiver-and-inserter hinge assembly keeps cantilever light shelves secure on non-plumb walls and corner installs while allowing adjustment.

A sliding cross-member and movable engagers let display rack shelves lock securely at multiple angles with easier adjustment and stable support.

A three-side adjustable clamp secures varied handheld devices on display while keeping screens, ports, and functions accessible for inspection.

Modular legs, beams, and adjustable tables improve desk stability while supporting flexible open-plan layouts and ergonomic work surfaces.

A bent inner skin bonded to an outer sheet reinforces the storage unit base front, distributing forklift impact stress and preventing damage.

Elastic installation members lock a bracket pin into square, circular, and other rack holes to resist vibration and prevent pin retraction.

A detachable forward shield blocks access to the DSLR lens release while allowing authorized lens swaps without removing display security.

Flexible padded grippers and removable legs stabilize uneven tree trunks while simplifying assembly, storage, and water access.

Independent spring force and angle adjustment helps heavy enclosure lids move evenly with low operating force across their full range.

A pallet-mounted turntable rotates articles in place, improving picker access and ergonomics without reducing storage density or redesigning racks.

A multi-bar linkage with counterbalance lowers and tilts high-mounted TVs for eye-level viewing with smooth, low-effort adjustment.

An eccentric nested leg-brace layout lets tripod legs lock firmly when deployed yet fold into the gaps between outer leg tubes for compact storage.

An eccentric nesting leg-brace layout lets tripod support legs stay stable when deployed while reducing folded storage space.

A preloaded elastic sleeve and lock-release mechanism open support legs with one button, cutting manual setup time and improving safety.

A dual VESA and support-bracket interface uses self-aligning ridges and locking slots to simplify tool-free installation and cut bracket SKUs.

A biasing spring and set screw auto-set display azimuth during lowering, avoiding manual swivel adjustment in motorized wall mounts.

A multi-arm lever, spring, and dovetail guide secure medical appliances against vibration while keeping release forces low.

A sliding multiplate and hook-lock handle lower payment terminals for wheelchair access without detaching the unit or disturbing cables.

A friction-grip linkage adjusts screen height and tilt with low effort while keeping the support stable and compact on the desktop.

An adjustable shaft and retainer anchor a musical foot switch to the stand base, preventing slide, quick repositioning, and floor damage.

A magnetic protrusion-and-recess bracket enables quick product removal on vertical surfaces while maintaining secure attachment for servicing.

A separable fiber optic and slip ring joint lets suspension arms rotate indefinitely while preserving high-rate data and power transfer.

A movable retainer and cinch plate keep boom-head conduits organized during vertical adjustment, preventing tangling and undue torque.

An X-link tilt bracket adjusts screen angle and wall distance together, easing large-display setup while avoiding socket and cable interference.

Integrated tracks, guide holes, and alignment features help mount wall-hung objects level and at accurate spacing with fewer separate tools.

A hinged stand and rotating platform improve device positioning while interchangeable grippers keep electronic devices securely attached.

Separating the damping and elastic members stabilizes ball clamping, prevents elastic member failure, and supports smooth 360° rotation.

A segmented frame isolates peripheral image sensors from display warping, preserving precise alignment for consistent 3D video output.

Adjustable uprights, leveling feet, and H-block mounts speed wall installation while keeping display arrays precisely aligned.

Adjustable uprights, sliding H-blocks, and leveling feet speed display array installation while improving wall alignment and leveling.

A shaft-and-rod rotation mechanism removes mast bearings in jib cranes, cutting bearing failures and downtime during load transfer.

Rotating adjustment screws shifts the hanging assemblies vertically, correcting display misalignment without disassembly or re-mounting.

Retaining walls sandwich the rotating shaft in a shooting support, cutting assembly steps, mold needs, and connection-part cost.

A weighted base with parallel arms and pegs supports tablets at adjustable angles and heights without toppling during extended use.

A barrel-and-tongue friction hinge lets exercise displays be repositioned easily while holding their orientation during use.

A height-triggered locking link lets the panel rotate only after it is raised far enough to avoid floor collision and damage.

Quick-release clamping, anti-skid pads, and reinforcing ribs make this plastic support easier to adjust while improving stability and durability.

Angled wings and a threaded rod let one compact adapter clamp securely to both Arca and Picatinny or Weaver rails for fast mount changes.

Tensioned joints and pivoting legs replace manual locks, enabling quick camera angle changes with stable support and compact folding.

Opposing fasteners in an accommodation cavity let CPE insert and rotate into place for scratch-free removal, longer bracket life, and correct orientation.

A ball-and-socket hinge with biasing force and tuned friction keeps HMD displays or cameras movable across axes without losing electrical contact.

Multi-stage rotating joints improve display positioning and angle adjustment while keeping operation more convenient for practical mounting use.

A quick-release latch and adjustable friction cartridge let the support arm detach easily while reducing slack and side-to-side motion.

A stepped rear handle places the shutter under the index finger, reducing thumb-induced shake while keeping selfie stick control easy.

A conical recess, mating cone, and screw-adjusted friction lock let a rifle bipod pivot easily, then hold leg position securely in harsh use.

Coil-spring flexible joints let bipod legs flex independently on uneven ground, reducing cant and preserving firearm stability for faster shots.

A manual lead-screw incline mechanism replaces motorized lift parts to cut treadmill cost, simplify maintenance, and add self-locking safety.

Opposed clamp slots and stacked locking positions let phones or tablets change viewing angle quickly without disassembly while staying stable.

A variable-flex clamping structure cradles the ball mount and boosts holding force to prevent pivoting or slipping under external loads.

A modular bracket, motion sensors, and a rotatable turntable let a fixed camera track motion while mounting securely to corners or trees.

A torsion spring in the PTZ camera cantilever compensates gear backlash and adds damping to prevent image jitter during reciprocating rotation.

Motorized beams, sensors, and articulating mounts standardize centered vehicle interior imaging while reducing manual setup time and variability.

A locking element and tooth-groove structure keep the tripod foot tube from folding inward, improving stability under strong acting forces.

A dual-state adjustment rod enables reliable direct input and on-head nearsighted or farsighted tuning when gesture control is impractical.

A locking slide and guided retaining section replace fragile tabs, making e-bike displays easier to attach, align, and remove reliably.

Rotatable clamping bodies and a telescopic lock simplify frame clamping and release while keeping photography assemblies stably positioned.

A detachable gimbal support with motorized pivots lets laser units aim and stabilize beams more easily for measurement and scanning.

A bearing-based rotating base gives portable device stands stable support and smooth viewing-angle adjustment without sacrificing load capacity.

A spring-loaded securing member lets a ceiling anchor lock automatically after insertion, easing toggle movement while reducing accidental dislodgment.

A single POM sliding member in an aluminum riser simplifies display stand assembly, repair, and material separation for recycling.

An upright column and elastic leg structure simplify setup and storage by locking support legs open for use and folding them inward compactly.

A guided uncoiled routing path through rotating gimbal housings reduces cable stress, friction, and signal degradation during image capture.

A multi-tooth self-aligning interface boosts torque transfer in ball heads, preventing slippage and deformation under heavy loads.

An elongated pivot button releases a clamping mechanism from top, bottom, or center press for intuitive one-hand camera position adjustment.

A stabilized lipstick stand uses bevel-gear rotation, optical sensing, and temperature control to improve precise application for users with tremors.

Bistable composite legs coil around the head unit to cut stand bulk and weight while keeping field setup simple and robust.

A gas spring and lockable hybrid lifter keeps the ultrasound display panel easy to raise manually or electrically during power loss.

Integrated ducts in a moveable power tool carriage reduce hose interference while improving drill mounting stability and setup efficiency.

A spacer-guided wall mount lets a display slide, swivel, and tilt, then lock securely for flexible positioning and stable mounting.

A movable lock and spring-loaded rail clamp make ball-head leveling easier to operate while preventing firearm or camera sliding.

An electric motor-driven rotating arm and driven wheel replace counterweights and manual pushing to deliver stable, jitter-free photo booth rotation.

A shoulder and back-supported camera rig uses quick mounting and adjustable balance to reduce fatigue while preserving handheld camera control.

A motorized ceiling platform lowers for in-bed device access and charging, then retracts overhead to keep the bed area clear.

Point-contact support with jewel bearings or magnets cuts rotational resistance, improving thrombelastography measurement sensitivity and accuracy.

A spherical-end head and concentric control ring enable one-hand camera adjustment and locking while reducing tripod bulk for transport.

Dual-axis camera motion and wireless attitude control enable smoother panoramic tracking while filtering remote jitter during capture.

Parallel pivot arms keep the camera and counterweight aligned, preserving balance across wide movement without user support.

An adjustable clamping block and eccentric lever secure flush-mounted dovetail plates despite width tolerances and tilting.

Rotating joints and sliding rods expand camera stand angle and height adjustment while locking members keep the setup stable.

Slotted mounting plates let a refuse tipper shift vertically and horizontally to fit different container sizes and chassis heights with easier removal for maintenance.

A pulley-and-elastic lifting structure enables compact 3D display adjustment while reducing boosting-unit failure and safety risk.

A worm-gear declination axis and encoder-corrected harmonic right-ascension drive cut counterweight needs, backlash, and periodic error.

A manually adjustable bracket keeps the camera stable and aligned with on-screen gaze to support natural eye contact in video calls.

A locking block turns screw jacking into plane contact, improving lift rail smoothness, positioning precision, and service life.

A spring latch, friction cartridge, and panning insert give this support arm wide ergonomic adjustment without unstable side-to-side motion.

A cambered brake and rolling element keep a universal ball joint aligned under load, reducing wear, separation risk, and adjustment effort.

A distal rotary adjuster drives an internal shaft to tighten a desk clamp, improving access while keeping the peripheral mount compact and stable.

Pivoting and rotating support members let a portable device stand stay stable on flat or uneven surfaces without hand-holding.

A swivel-in aperture and stop-collar bracket secures binoculars with one hand, preventing falls and unwanted orientation changes on stands or raised blinds.

Direct force sensing and IMU feedback let a gimbal reach target attitude more intuitively and accurately than repeated remote-controller adjustments.

Limited pivot adjustment levels a multi-monitor crossbar while low-friction bearings and a motion control plate keep movement smooth and locked.

A safety lever blocks device placement until the suction cup is fully engaged, preventing falls from incomplete vacuum attachment.

A monolithic dual-axis mirror cuts bonding and thermal mismatch, improving stiffness and reducing wavefront errors in fast steering.

A cam-driven plunger and resilient member secure a sphere adapter yet allow full removal during storage to prevent clamp and adapter damage.

Portable supports and a descending fork frame place and hold building materials on pitched roofs without roof labor, improving stability and safety.

A harness-mounted POV camera uses a damped arm and stabilization means to keep images steady without heavy counterweights or blocking both hands.

Guided hanging slots steer rolling receiving portions into place, easing heavy display cabinet assembly while improving positioning accuracy.

A nested end element and locking thread let a removable tripod leg join the column securely, preventing loss, misassembly, and detachment.

A sensor-controlled gear base rotates a display support automatically, eliminating manual adjustment while keeping the screen aligned with the user's face.

A waist hoop, sliding runner, and semi-rigid bracket support hands-free smartphone use while improving viewing angle and reducing arm, shoulder, and neck strain.

Sliding brackets and telescoping arms let multiple monitors be positioned flexibly while keeping the mount compact and structurally stable.

Soft-stop control slows a gimbal near hard limits and alerts users, reducing sudden stops and field-of-view obstruction in stabilized imaging.

A magnetic ball-and-socket holder replaces threaded joints and flexible arms to keep components stable, adjustable, and wear-resistant.

Adjustable blocks and screws remove helmet mount play, stabilize optical devices, and prevent accidental release with dual-action locking.

Internal wiring routed parallel to the pivot axis lets a passenger-seat video arm twist instead of bend, reducing fatigue and extending cable life.

A flat cardstock stand folds into a stable phone support, cutting manufacturing and packaging cost while enabling printed graphics.

Pivoting clamping members and an internal locking member hold the ball shaft inside the base to block outside removal of mounted electronics.

A sliding clamp and touch member replace threaded mounting to speed camera assembly while maintaining a stable bracket connection.