Stands/Trestles TRIZ Cases

A suction cup structure uses a lifting rod and button arm to generate attachment force.

An adjustable neck and rotatable legs secure electronic devices in vehicles, resolving the trade-off between mounting stability and ease of removal.

Elastic members stabilize sliding firearm rests on collapsible legs, resolving fixed-position aiming constraints.

A gimbal center of gravity adjusting unit moves a weight along a strut via a threaded rod, resolving high static friction that hinders balance.

Segmented tab arms engage inner wire ends and outer bases to resolve mounting precision versus adaptability contradictions.

A television mounting system uses a curved linkage assembly to raise and lower the display while maintaining optimal viewing angles.

Universal mounting apertures in the top member accommodate various targets, resolving complexity issues while maintaining structural integrity.

Standard parallel springs in a parallelogram linkage adjust loads, eliminating costly zero-free-length springs and reducing apparatus volume.

An adjustable support arm assembly uses a flexible element to enable manual counterbalance force adjustments without tools.

A tri-axial gimbal servo system uses quaternion complementary filtering to generate precise angular displacement information.

Lockable shoulder, elbow, and wrist joints enable dynamic repositioning of the tray while self-latching sprag clamps maintain stability during surgery.

A centering in-wall mount shifts horizontally between studs to position displays at desired locations without structural modification.

A display module support frame uses auxiliary beams to reinforce the machine support structure.

A quick release handle uses a spring-loaded locking block to mount photographic equipment on screw bolts.

A height adjustable seatpost assembly uses a ratchet mechanism to lock telescopic tubes in position.

A portable trumpet stand folds into the instrument's cylindrical metal tube for compact storage.

Rotating the end stop lever between positions resolves the contradiction between seat stability and easy entry access.

A vehicle camera mounting mechanism uses a clamping member to secure the device onto an existing rubber strip.

Segmented latch post and receiver assemblies with nested springs prevent unintended decoupling while enabling tool-free repositioning of medical devices.

A camera mounting system uses a flex arm and retention lip to secure devices without gravity dependence.

A dead man brake system locks the microscope stand by default and unlocks only when an operator actuates a handle control unit.

An adjustable mounting system positions medical monitors rigidly to eliminate dust-trapping rubber strips and reduce installation time.

A display stand uses a dual-threaded control bar to adjust spring tension for variable torque.

A camera mounting device features a quick release mechanism and hinged lens support for secure strap attachment.

Active gimbal stabilizer applies supplemental counter torques to video camera payloads, resolving angular stability loss in lightweight devices.

Multi-directional shaft displacement aligns dual-stage worm gears, resolving the trade-off between high reduction ratio and positioning accuracy.

A magnetic adapter spigot securely engages a firearm forend to mount weapons on photographic tripods.

A rotatable medical display uses a magnetic locking mechanism to switch between fixed and rotation modes based on touch detection.

An elastomeric skirt on a rigid frame conforms to nonplanar surfaces, preventing slippage and extending service life.

A folding base uses torque hinges to pivotally couple solid legs, providing secure rotational locking for stable device support.

Offset gimbal axes resolve the trade-off between stabilization and range of motion, preventing visual artifacts from motor structures.

A pivoting tow hook system enables secure tether attachment via a bracket-mounted loop and rotating hook.

An apparatus uses a biased contact member to dissipate impact forces, preventing glass breakage without altering manufacturing costs.

A dual loop feedback control system stabilizes a camera platform by combining sensor and encoder signals.

Flexible wrap-around mount secures devices to cylindrical surfaces via elastic tension and rigid inserts.

A mobile device mount uses a rotational connector to adjust orientation and position for secure attachment across various surfaces.

Segmented telescopic legs adapt to helical stairs, resolving stability trade-offs in ladder setup apparatuses.

Resilient projections on the rails form local contact points that compensate for production tolerances, eliminating noise during adjustment.

A firearm bipod uses independent actuators to rotate legs and plates separately.

Segmenting the mount into a rigid coupler and flexible overmold resolves the trade-off between camera stability and oral holding comfort.

A camera mount system uses a rotating shaft to position the device while keeping the cradle stationary.

Segmented mounting frame positions two cameras for balanced weight distribution, eliminating user fatigue from body-mounted stability.

Pliant members absorb vibration in angled camera compartments, resolving FAA compliance risks from unsafe tape or suction cup mounts.

Segmented clutch portions in the locking device prevent imaging device wobbling during transport by abutting against structural components.

A single latching arrangement enables one-handed adjustment of a fishing rod holder across vertical and horizontal pivot axes.

A spring structure uses coaxial opposite-winding compression coils to release torsional forces during expansion and shrinkage cycles.

A universal mounting bracket secures outdoor cameras to various support members using a continuous side wall and interior cavity.

Repositioning the locking handle improves operator accessibility while a spherical interlock prevents unwanted movements under heavy loads.

A clip uses a biasing spring and threaded shaft to control clamping force.

A tripod head resilient force adjusting mechanism uses a cam and cam follower to vary spring compression during rotation.