Machine Supports TRIZ Cases

A lift drum braking mechanism uses a ramp to guide a movable brake pad against a rotating disk.

A container retaining system uses a biasing suspension assembly to support flexible PET containers and actuate mechanical fill valves.

A spring-biased latch extends from a base foot to engage a recessed opening in a movable column.

An adjustable rod guide uses a movable second part to position the drive rod within a fixed first part.

A multipurpose mounting bracket connects a float switch to a pump using a flat plate and curved plate with position-limitation strips.

An integral hooking section and harness holder structure prevents detachment from the slide support when wire harnesses generate high resistance forces.

Segmented guide rails with pivot connections enable carriage rotation for maintenance, eliminating road blockages during gantry servicing.

A portable davit base uses transverse members and connector pins extending under a mounting plate to secure the assembly.

A sleeve system encases dock posts using a tongue and groove locking mechanism for secure accessory attachment.

A polygonal vehicle support device uses offset axle alignment and lug bolt supports for secure ground contact.

A piston and cylinder positioning apparatus moves connection equipment on drilling rigs using hydraulic fluid communication to resolve manual alignment errors.

Internal wedge mechanism secures round or square conduits, eliminating wobble from loose fits.

A rotatable beam connector aligns channel members to level positions using a central axis joint and serrated set screws.

A sucker integrates a pressure sensor and warning member to detect vacuum leaks.

Asymmetric flange design prevents misinstallation by creating visible inclination during incorrect mounting of connector housings.

A modular holding device secures gas bottles, drive units, and oxygenators on a base plate for mobile cardiovascular support systems.

Transmission-mounted elastic support synchronizes exhaust vibration phases with the engine, reducing relative amplitude during off-road operation.

A wedge pin suspension system secures electrical cables using frictional and gravitational forces.

Upper rail through holes guide lock lever rotation, eliminating the hinge pin component to reduce part count and production complexity.

A wall-mounted bucket holder uses a sliding lock to secure the bail for single-handed operation.

A base angle attachment assembly couples a connector to a utility pole using fasteners and a containment assembly.

An opaque housing with communication orifices conceals surveillance equipment, reducing detectability while maintaining signal transmission.

Segmented strap design with serpentine spring latches resolves the trade-off between secure mounting and easy detachment of integrated audio systems.

Steel bracket with heat shield protects mounting pads from extreme temperatures while supporting taller APUs.

A breakaway mount uses a flexible collar to maintain engagement between components under impact.

A lens support device uses rigid and flexible portions to maintain optical quality.

A bedrail clamp uses pivotable jaw members to secure accessories directly onto a surgical bed rail without sliding along the length.

A mounting apparatus uses a lever-operated clamp tightener to secure accessory devices without external tools.

Counterweights and tension members brace against surge, sway, and yaw to maintain stability.

A spring-biased cam follower mechanism positions an armour support arm across distinct operational states.

A firearm rest uses a preformed support member with stabilizing compartments and an adjustable base for versatile positioning.

An articulated joint and elastic retention mechanism stabilize the probe to eliminate manual handling instability during medical imaging.

Sliding slots in the charger bracket enable dynamic decoupling, reducing harmful impact loads transferred to pedestrians.

Edge clamps and a magnetic alarm assembly secure handheld devices without obstructing customer inspection or requiring separate cables.

A dual-swivel hinge displays a directional arrow through a window, preventing wire damage from incorrect pivoting.

Oblique stand and rod mechanism enable tool-free case separation, eliminating screw holes to reduce assembly time and material costs.

Integrating a spring element carrier into the scissor frame crossing region reduces space requirements and structural complexity for vehicle seats.

A magnetic stem mounts into a socket recess to position a security sensor body at two distinct fixed angles.

A modular art-post assembly pairs a hollow support pole with an auger for manual soil installation and a nested decorative post.

A composite rod-bed holder features controlled longitudinal flexibility to enable precise cross-directional profiling of coating medium distribution.

A wearable device power transmission unit moves a tool via user motion.

A precision adjustable mount uses conical tip set screws to enable six degrees of freedom adjustments with a single tool.

Segmented bands with opposing extensions suppress tank rotation and rattling without increasing apparatus size or weight.

Extensible clamp portions adapt to different boat features, keeping the flotation device close for safer water activities.

Telescopic rollers reduce rotational repositioning energy by minimizing friction against the pipe interior.

Rotating grab posts and a linkage element secure phones while keeping buttons accessible, resolving the conflict between holding security and interface access.

Nested spring-loaded members eliminate visible brackets and installation openings, reducing product thickness by 2 mm.

A threaded clamping device uses axially displaceable components to enable precise angular positioning of mounted objects.

Removable rods anchor flotation decoys on land, eliminating separate sets and reducing equipment costs.