Stands/Trestles TRIZ Cases

A camera mount that slides out and rotates 180° preserves screen coverage while enabling front, rear, and panoramic shooting.

A lead screw and locking assembly enable low-friction gimbal center-of-gravity adjustment, then clamp tightly for stable image capture.

A slotted L-shaped bracket and main plate secure heavy cameras on cranes with fewer parts, reducing wear, maintenance, and instability.

A sequential yaw-pitch-roll gimbal layout avoids axis interference, prevents lock, and supports voice capture and command recognition.

A quick-release mounting head and detachable steering handle let a worm gear engine stand rotate smoothly without blocking engine attachment.

Multiple magnetic engagement points let a small camera be repositioned quickly while maintaining secure angular retention on walls, ceilings, or tables.

Adjustable torque elements and a gas strut improve vertical display positioning, while integrated cable retention reduces arm assembly complexity.

Elastic buffering and pullback limit display screen travel during removal, reducing damage risk and easing disassembly.

Stacked control rings let a camera tripod adjust pitch, yaw, and roll with one hand while collapsing into a compact cylindrical form.

A spine-and-fixture suspension setup uses existing attachment points to reduce lifting strain, injury risk, and part damage during maintenance.

A pivoting plate, pin, and locking device enable precise repositioning of large planar objects without sacrificing holding force.

A rotatable cam and air spring let a screen support arm adjust freely, then lock at any angle to resist unintended movement.

Controller-limited axis rotation lets a three-axis gimbal switch high and low positions without image inversion or joint-angle deadlock.

A dovetail mounting plate and detachable strap let cameras store compactly, avoid tripod interference, and attach or release quickly.

A ball-joint torque hinge mounts seatback displays on the headrest for stable adjustment and faster replacement without removing tray tables.

Detachable extending rods and a guided receiving space let one display bracket fit different sizes while staying compact for packaging.

A grooved spherical head and stud mechanism enables smooth 2-axis adjustment, counters tilting torque, and keeps tripod-mounted optics compact.

Track-slot slider guidance stabilizes cantilever bolt adjustment, cutting shake, friction, noise, and extra machining cost.

Motor-driven display and speaker movement automates hidden-to-exposed operation, improving access, placement flexibility, and audio output.

A spreading element and force transmission surface keep binocular pivot resistance precise and stable without bulky lock nuts.

Magnetic coupling and curved contact surfaces enable precise camera mount alignment with fewer parts while allowing protective disconnection under force.

A widened endpiece insertion zone lets retention elements enter and move along a modular continuous track while keeping mount assemblies secure.

A two-axis sliding mount lets camera loads be centered on the gimbal axis, reducing motor torque and improving service life.

A sleeve-and-guide-rod locking mechanism enables fine center of gravity adjustment with lower friction and stable heavy-camera positioning.

Engaging beams and hooks replace screws to speed display rear housing assembly while maintaining a firm, reliable backplane connection.

Inertial transducers, rotation drives, and adjustable balancing keep an operator-supported camera mount stable with less fatigue in complex shots.

A hinged extendable member lets a phone act as a stand, grip, or hook while smooth edges prevent snagging during everyday use.

Embossed side and corner reinforcements stiffen four-link extension arms, raising suspended-load capacity without added size or weight.

A spring-loaded ball-pin latch secures a bipod to a firearm while enabling fast push-button release, rotation, and pivoting.

Detachable extendable legs let a utility locator stand upright without user support while staying stowable and minimizing signal interference.