Stands/Trestles TRIZ Cases

A movable two-part holder uses friction retention to fit different media sizes securely and keep screens stable during exercise.

A spreader device and force transfer surface keep binocular hinge resistance precise and stable while reducing assembly space.

A threaded carrier and translucent indicator make extension arm load capacity visible during adjustment while preserving endcap strength.

A nested wedge-lock joint lets body-worn cameras adjust pitch securely in a low-profile mount while keeping captured perspectives more consistent.

Linear artificial muscle actuators rotate a rod-mounted camera quietly and simply, avoiding the bulk, cost, and noise of motors.

A thin X-shaped base, telescopic tube, and ball joint let seated musicians position an instrument precisely while reducing strain.

A lever-driven stud catch and drag ring replace the under-tripod clamp nut, speeding head levelling, detachment, and secure locking.

An adjustable screed-mounted control panel uses sliding rotation and a dovetail lock to fit different operators and allow tool-free removal.

Pivoting legs and local locking points let a professional TV camera stand fold into a compact form without sacrificing setup stability.

A dual support plate with wedge ribs fits ARCA-style clamps to switch camera orientation without cable blockage or bulky L-brackets.

Anchored rails and slidable arm connectors let users adjust display angle without fighting high post friction or removing the adaptor.

A curved, height-adjustable cradle supports animals without straps, prevents sitting, and reduces groomer and veterinary fatigue.

Multi-axis X, Y, and Z adjustment lets a plumb laser rotate and reposition precisely for accurate vertical dots and line alignment.

A single multiply bent sheet metal housing replaces extrusions and welds, cutting overhead monitor assembly cost while protecting and ventilating the control module.

A pressing module compresses a spherical friction part between a base and limit ring to hold angles with simpler ball joint construction.

A hinged, slidable camera bracket keeps mounting stable while opening side access to ports and fitting different device sizes.

A movable mounting plate keeps display depth and centroid consistent with or without a rotary unit, improving stand stability and usability.

A detachable spherical base and flat platform let one tripod bracket fit both flat-bottomed and spherical ball heads with secure switching.

When light is low, a gimbal stabilizes the camera for longer exposure, capturing more light without raising sensitivity and noise.

Ball-bearing helical clamping and spring latching give camera plates stable one-handed locking and intuitive release for larger optical devices.

Offset pivot joints between the running ball, annular frame, and support let pets change direction during play for more varied exercise.

An H-shaped bar frame absorbs erratic terrain movement to keep a camera stable and improve recorded video quality at lower cost.

A single pulling handle coordinates dual locking joints and magnetic latching to improve camera frame positioning and operating convenience.

A single fastener locks two sliding seating bodies at once, speeding gimbal load balancing while preventing torque and wear.

Movable holding units and a pivoting support bar secure different mobile device sizes without spring fatigue or complex stand structures.

A segmented arm, pulleys, and weight-based force control enable fast balancing of varying loads with lower operator strain in pick-and-place work.

Concentric control rings and a spherical head let this tripod pack tightly while enabling rapid camera adjustment and secure locking.

Internal wire routing parallel to the pivot axis reduces bending in a concentric video arm and improves wiring durability in passenger seats.

A stretchable silicone cap fits multiple lens diameters, seals out dust and water, and absorbs impact without separate cap sizes.