Stands/Trestles TRIZ Cases

A dovetail mounting plate and detachable strap connector prevent tripod interference, reduce storage bulk, and speed camera handling.

Independently controlled lateral lighting units vary light direction and intensity without moving fixtures, speeding multi-condition image capture.

An electric drive, transfer module, and control module rotate a display mount precisely between portrait and landscape while reducing manual wear.

A selectable mating frame unit lets one suspension holder fit structures of different widths, cutting mold variation and production cost.

An extendible side plate keeps cameras stable during landscape-to-portrait changes while preserving cable clearance in Arca-Swiss mounts.

An integrated removable dock cuts cable clutter while supporting direct and wireless power and data links for diverse host devices.

Adjustable brackets, cam-guided angle setting, and laser positioning let one fixture calibrate vehicle radars across different models.

A retracting module lets the rack disengage from the gear, protecting a privacy camera lens from foreign-force damage during retraction.

A clamping base secures the support column so a camera dolly moves smoothly and quietly, reducing shake, blur, and crew burden.

Coordinated axis limiting and position adjustment keep a gimbal upright through high-low switching, avoiding image inversion and rotation deadlock.

A threaded locking ring fixes the clamping arm angle in a handheld gimbal, preventing phone rotation and camera drift after power-off.

Compression and extension springs with fin-based friction deliver large-display torque and stable tilt holding without added thickness.

Stacked XY motion stages replace bulky hexapod layouts to give a support plate precise six-DOF positioning with a larger work area.

A moving spring attachment point lets the support arm match torque across its range of motion, avoiding sag, leakage, and sticking.

Annular light sources, one-way tempered glass, and a reflector create layered lighting in a 360-degree camera platform without added external complexity.

A single-piece dual-dome cover enables compact camera head placement, hides internal parts, and supports infrared sensing with lower reflections.

A prism-equipped leveling base transfers reference points between floors while reducing separate surveying devices and setup steps.

An integrated spring hook retainer and eccentric tilt lock simplify viewing screen assembly, cut part count, and reduce positioning errors.

Rotational alignment with distance-sensor feedback keeps a depth camera perpendicular to the calibration surface for more accurate measurements.

A strokable ball holder, screw, and spring create locked, half-locked, and free states for one-handed camera posture adjustment.

A movable threaded block lets the lock screw slide, then re-engage for secure desktop clamping with much faster display bracket installation.

A pin-and-release-lever linkage lets a foldable bracket self-lock when opened and self-unlock for safer one-handed folding.

A floating mounting extrusion lets LED panels self-align while absorbing thermal expansion and installation error in large display structures.

Spring-loaded arcuate jaws with gripping teeth secure heavy cameras on rough trees or posts while allowing adjustable mounting angles.

A movable supporting column works with the upper clamp to shorten lower-clamp travel, cut manipulation time, and handle varied part shapes.

A rotating magnet adjusts display fasteners from the front, enabling precise wall alignment and easier replacement in narrow spaces.

A threaded fine-adjustment bolt works with tooth slots to overcome 7.2° angle steps and improve telephoto camera T-direction positioning.

Conical tapered swivels, a taper-head screw, and an O-ring keep outdoor machine-vision cameras aligned despite temperature and humidity changes.

A rocker with potentiometers replaces multiple keypads, improving gimbal hand feel, directional accuracy, and single-person mode control.

A threaded transmission rod, push block, and elastic link let a camera retract for protection and extend with adjustable shooting angle.

Detachable edge protectors keep the stand mounting area accessible while shielding the display from damage and overturning during assembly.

A rotary plate and check valve control suction cup attachment and release, improving stable mounting on smooth surfaces without heavy pressing.

A hinged, chest-mounted support leg locks at selected angles to distribute body weight and reduce back, knee, and wrist strain.

A sliding template locks into the wall bracket to mark repeatable hole positions, cutting installation time while keeping swing arm mounts level.

Independent prismatic actuators with 5-DOF joints cut hexapod complexity and cost while delivering submicron positioning precision.

A position-limiting element and saw-tooth locking structure let a monitoring bracket adjust by one screw without disintegrating or dropping.

Sliding support mounts and a flexible top plate create a thin accessory that works as both a portable device stand and shoulder rest.

Elastic L-shaped hooks secure different device sizes on a motorcycle while avoiding transparent covers that cause glare and condensation.

An elastic snap-lock folding joint lets the motor base and rocker arm switch between stable use and compact storage while reducing shake and collision risk.

A mask-mounted display and inclination sensor replace bulky dark-room setups for quick subjective visual vertical and otolith testing.

Permanent-magnet height and planar position adjusters align tiled display panels with uniform seams and allow easier panel removal.

Permanently attached leveling screws deploy at selectable angles, speed setup on uneven surfaces, and retract neatly for storage.

A modular bracket with adapter plates and up to 65° angle adjustment enables secure camera mounting in tight corners, hallways, and limited spaces.

Dynamic draw points, cable encoders, and angle tracking improve 3D end-effector accuracy across large operating volumes.

A motor-driven parallelogram linkage moves the camera load against gravity-direction vibrations to reduce image jitter during capture.

An adjustable barrier bracket fits varying bridge barrier widths before placement, supporting screed rails without custom sizes or wedging.

A hexagonal clamp jaw fixture secures different sensor housings with one mount, reducing bracket variety while keeping fixation stable and adjustable.

Multiple gimbal follow modes balance rapid sports tracking with horizontal attitude control to keep footage upright and jitter-free.

A bracket-cover mount secures adjustable security cameras on small or glass surfaces while routing cables discreetly for access control.

Multiple pivot joints, slotted fasteners, and damping surfaces let electronic mounts fit varied post shapes while improving orientation and vibration control.