Suction Cups TRIZ Cases

See how interchangeable lids with flexible membranes, suction cups, and slits prevent spills wh

See how segmented bracket assemblies with nested securing and mounting elements enhance panel s

See how a universal open platform with roller legs and slip-resistant surfaces enables arthriti

A stepped glue tab flexes to spread pulling force evenly across a dent, preventing volcano-shaped defects and reducing rework.

A detachable air control module makes suction cups easier to service, replace, and adapt while preserving stable adhesion and dust protection.

A laterally compliant, longitudinally stable valve seat helps quick-release suction mounts hold an airtight seal under vibration and impact.

A magnet-assisted suction cup with a ribbed screw assembly resists spinning, preserves suction hold, and supports heavier loads on metal surfaces.

Continuous-vacuum cups, pivot joints, and adjustable rods keep watercraft stably moored across varying hull shapes, wakes, and currents.

Multiple coupled wall-climbing modules maintain vacuum adhesion across gaps and irregularities, enabling steadier movement on uneven surfaces.

Separate elastic and rigid adhesive zones transfer dynamic and quasi-static loads without weakening vehicle walls or complicating retrofit.

A threaded rod and rotating nut create negative pressure without a vacuum pump, simplifying suction cup attachment while keeping the structure compact.

A nested plunger valve vents a suction cup on demand, balancing secure surface adhesion with easier detachment and lower release force.

A large suction anchor boosts fitness load capacity to 240 lbs while attaching securely to floors, walls, and doors without damage.

Separated elastic and load-bearing adhesives secure vehicle-mounted parts without welding, reducing cracking under crash and service loads.

A soft auxiliary contact layer improves sealing on transparent surfaces, slowing suction loss so a mounted camera stays fixed longer.

A sliding insertion pin lifts the cup member to form and hold a vacuum space, preventing air leaks and elastic fatigue during long-term use.

Separated adhesive layers with different elongation secure vehicle attachments without welding, reducing wall cracking and retrofit effort.

A soft-hard rubber suction surface improves sealing and suction force on uneven support surfaces while preserving structural support.

A suction cup with a snap-action disk generates vacuum through elastic deformation.

Integrating the vacuum pump inside the slider eliminates absorbing lines, reducing system complexity and enhancing vacuum response speed.

A display substrate uses a micro suction layer to attach graphic sheets without permanent adhesive.

Manufactured dents in elastic contact surfaces visually reveal vacuum loss, preventing heavy object drops while preserving surface integrity.

Rotating cover and adhesive member enable firm attachment to rough surfaces while maintaining assembly simplicity.

An electronic measuring device monitors suction force via a display indicator, preventing detachment under varying environmental conditions.