Stands/Trestles TRIZ Cases

A segmented ring-and-fastener connection lets one frame fan be detached without removing others, easing maintenance and reducing impact transfer.

Independent ring-and-fastener connections let one fan frame be replaced without disassembling others, reducing maintenance effort and impact transfer.

A cam-activated lever simplifies ball-head locking while a protrusion and shaped clamp improve Picatinny rail grip and reduce slippage.

A disengagement set pushes a locking piece into a lock-bar slot, enabling quick screen splicing, angle adjustment, and easier disassembly.

A threaded rod and sliding block tune spring preload to balance different display weights and enable smooth free-stop height adjustment.

Multiple transceivers on adjustable track segments enable simultaneous multi-angle SAR imaging with lower complexity, less ambiguity, and wider coverage.

An adjustable hanger, sunshade, and integrated power source keep recording devices stable, shaded, and powered on varied outdoor structures.

Tiltable planar mounts and curved supports let display modules form stable curved walls with precise alignment and lower structural stress.

Pre-hanging members and fasteners balance load in a camera mount, improving stability and resisting loosening under vibration.

A modular rotating disc, reinforcing beams, and AI voice control improve camera mount stability, interaction, and maintenance access.

A U-shaped sleeve mounts a feeder or waterer by its handle at adjustable height to cut feed waste, mold, and rodent access.

An adjustable tripod base fits Arca, Manfrotto, and Tilta plates while adding remote pan-tilt control and dynamic balance for different camera loads.

A locking link and groove let the panel rotate only after vertical lifting creates safe floor clearance, preventing collision damage.

An openable magnetic ring support can be worn on a strap after removal, reducing loss risk while providing stable adjustable device support.

Elastic members, return rollers, and retention arms passively stabilize a suspended camera while allowing one-handed tension adjustment.

A rotating lock pin and anti-disengagement structure keep the umbrella center pole stable while enabling quick assembly and disassembly.

A friction-damped rotating joint levels multi-monitor crossbars precisely and holds tilt position without extra fastening parts.

A detachable support frame and bottom plate cut holder package volume while preserving stable vertical or horizontal placement.

A dense rectangular tripod weight uses spring latches and offset latch placement to improve stability and avoid interference during stacking.

An elastic member between front and rear stand legs lets the display move closer to a wall while maintaining stability and resisting overturning.

A front camera is moved below the headlamp and above the fender, with yaw-pitch adjustment and rubber mounting to resist stones and vibration.

A gimbal support with gyroscopes and microprocessor control keeps laser beams precisely oriented and stable under vibration and impact.

Nested yokes and decoupled X-Y axes remove gimbal singularities, enabling precise pitch and yaw motion for robotic tasks.

Transfers a heavy portable device load to fixed structures with a pivoting bracket, power tray, and lock for access without detachment.

An annular rail, motor drive, and rotating bracket automate cinematic photo capture without manual camera movement, improving booth efficiency.

A buckle-driven push-member structure locks the gimbal ball quickly, avoiding multi-turn threaded adjustment while keeping angle fixation stable.

A stroke-amplifying linkage turns short drive motion into fast treadmill slope adjustment while cutting energy use, noise, and cost.

A friction-damped rotary clamp lets paired photography devices shift between stable holding and smooth angle adjustment with a simpler structure.

A reinforced threaded mount lets image capture devices connect directly to accessories while limiting over-tightening damage and insulating the interface.

A cone-handle and tilted-chute locking structure cuts locking time while maintaining strong clamping force to prevent camera shake.

A dual-slide lift lets one camera scan a wide height range, cutting the number of image devices, robot size, and inspection cost.

Two endless rails and multiple push-pull motors decouple 6-DOF motion to expand workspace, improve stability, and enable infinite yaw.

Finger-accessible recesses and dual latches keep IFE handsets secure while allowing manual release if the actuator wears or fails.

A sliding key releases clamped tripod legs while stored elastic energy unfolds them automatically, enabling one-hand setup.

Multi-axis transducer articulation with orientation sensing and GPS tracking improves submerged object detection from moving platforms.

A spiral spring, ball joint, and elastic fixing bands secure a phone to nearby structures for stable selfies at flexible angles.

A hinged, adjustable bracket aligns binoculars and a spotting scope to the same focal point, avoiding target loss during switching.

A sliding key disengages leg clamps so a preloaded elastic portion can automatically unfold tripod legs with one press.

A biasing spring and set screw automatically swivel a lowered display to a preset viewing angle while keeping it parallel to the wall when raised.

A stud catch adapter replaces slow bowl-clamp screwing, enabling quick camera release, upright handling, and precise levelling.

A spring-loaded lock protects camera dampers from excessive forces while preserving vibration isolation and image quality during operation.

Rotatable couplers, channels, cleats, and latches let utility modules connect in multiple orientations while maintaining stable engagement and power transfer.

Magnetic attraction rotates a device mount into position on a handheld gimbal, reducing manual center-of-gravity adjustment and setup time.

A rotating lock, sliding member, and spring-biased hold mechanism speed camera mounting while keeping the quick assembly plate securely locked.

A magnet-actuated retainer locks the wearable camera to the outer bracket during use, preventing accidental detachment while allowing easy release.

A one-way roller clutch lets the monitor mount rise freely but resist lowering, improving stable multi-monitor support with portable modular setup.

A dual-hinge bracket with a stopper mechanism enables wall-mounted tilt adjustment while keeping electronic apparatus depth and protrusion low.

An upright optical support panel improves access to both mounting surfaces while reducing footprint through height and rotation adjustment.

Elastic snap-on straps secure handheld consoles to headrests or other supports without bulky frames, improving stability and easy removal.

An adjustable damping gear balances added screen weight and friction wear to keep height positioning and push force consistent.