Stands/Trestles TRIZ Cases

A self-balancing mounting system positions a flat panel display about a horizontal axis near its center of gravity using a curved guide structure.

A mounting base uses a ball shaft and threaded covers to secure monitoring devices.

A fastenerless skid plate mounting assembly uses a retention system to secure fixture mounts on support bases.

A flash bracket uses a curved arm and pivot mount to reposition the unit.

A monitor-mounted storage tray with detachable compartments organizes small items.

Deformable intermediate stop tabs adjust seat track travel length, resolving the contradiction between adaptability and device complexity.

A rigid macro photographic apparatus moves a specimen along an optical axis while rotating it around two perpendicular axes to capture focus stacked images.

Pivotable clamps secure an electronic device for self-recording, solving the trade-off between heavy tripod reliability and portable ease of use.

A telescopic bracket uses an elastic assembly to generate pre-force for single-hand clamping.

A modular camera framework integrates quick locking devices and mounting rails for rigid component assembly.

Segmented joint members enable adjustable accessory angles while reducing component complexity in multi-monitor systems.

Segmented teeth on rotatable locking portions engage spaced-apart rail openings to eliminate free play between telescopically engaged rails.

Motorized adjustment corrects focus drift during pivot actuation, eliminating manual alignment complexity for inexperienced users.

Dynamic spring positioning maintains iso-elasticity and predictable behavior at extreme angles, eliminating locking issues in camera stabilizers.

Rotating plates enable the clamping plate to fold flat, reducing volume while maintaining device stability.

Wire rope suspension isolates sensitive microphones from vibration noise by dissipating energy through friction, avoiding elastomeric wear.

An inverted U-shaped flexible member creates a slip compressive fit over a beam, enabling quick tool-free installation while maintaining stable camera angles.

A firearm mounting system uses a cam lock mechanism and bearing assembly to control elevation and lateral orientation of the weapon.

Segmented receiving spaces and nested components reduce stationary area while maintaining full component integration.

A mounting plate slides into a support head seat and locks via a pivoting hook mechanism.

Circular frame surfaces distribute load and reduce vacuum adhesion, lowering removal effort.

Toggle linkage adjusts support vectors via an adjustment member to resolve cumbersome weight adaptation trade-offs.

An offset vertical axis allows a camera support head to rotate 360 degrees without the tripod blocking the view.

Interchangeable support plates enable wall-suspended or pedestal-mounted display positioning, eliminating complex dedicated structures.

Segmented metal support devices distribute load across large light guide plates to prevent structural damage in LCD backlight modules.

A quick release support channel with a variable width opening guides a mounting assembly into position for secure engagement.

Segmented adjustment mechanisms isolate rotational axes to center the camera payload gravity without interfering with other degrees of freedom.

A pan-tilt hand holder resolves device complexity by offloading display and control functions to a mobile terminal, enabling one-handed multi-angle shooting.

Arcuated arm holding apparatus uses guide grooves and rollers to stabilize C-arm sliding motion.

Non-annular bushings with split tabs prevent misalignment and loose set screws in articulating support arm friction joints.

A tool holder cage assembly uses a transversely movable cradle member to clamp diverse tool handles securely.

A deformable suction-mountable display device uses a periphery bend to curve the inner surface away from the mounting plane.

Adapter uses perpendicular fastening to connect components, resolving geometric constraints in cramped engine bays.

Cuttable sections allow selective removal of attachment pieces, resolving spatial restrictions while maintaining fixing strength.

Motor-driven bracket adjustment system for X-ray stands maintains horizontal alignment through active inclination correction.

Spherical ball rollers guide devices into the holder, preventing scratches on soft elastomer housings during insertion and removal.

Segmented bearings with varying friction and lengths lower costs while accommodating large displacements across earthquake intensities.

A display mounting bracket folds into a hollow sleeve to align with the wall plate.

Primary and secondary regulating assemblies use reversely structured screw threads to achieve distinct moving distances for coarse and fine adjustment.

A stabilized mount rigidly fixes a handheld device to a tripod using detachable arms and a fixed base.

A rack and pinion mechanism converts linear pushing motion into rotational torque to secure a suction cup.

Projections and recesses engage to fix the mounting structure, preventing relative rotation while allowing adjustable positioning.

A flexible base with a bendable aluminum frame supports an electronic device on a vehicle dashboard.

A waste scoop employs a bag frame and clamp to secure a grocery bag, preventing device soiling while maintaining ease of operation.

A multi-legged stand uses a preliminary opening assembly to transition support legs from folded to open states.

Curved structural elements create a three-dimensional visual illusion while reducing wind drag on the support frame.

Curved posts and straps elevate laptops off the floor, preventing damage from foot traffic while maintaining ventilation.