Securing Devices TRIZ Cases

A snap-fit mount with retaining tabs, 90-degree indexing, and a pivot nut secures displays on walls or elevated surfaces without gravity-based insertion.

Magnetic attraction and a limiting member secure wall-mounted objects against vibration while allowing stable 360° rotation.

Magnetic attachment replaces adhesive fixing so a collapsible phone holder can grip metal surfaces, reposition easily, and store compactly.

Rare earth magnets replace deformable door clips to hold vehicle opening elements closed without tools, reducing paint damage and waste.

A carbon fiber pressure pocket expands radially to create a lightweight friction coupling with even load distribution and reduced warping.

A flared gusset spreads loads from stiff rectangular tube corners across a larger plate area to reduce joint stress concentration.

A hooded pocket and slot combine magnetic pull-in with mechanical retention to stop lateral disengagement while keeping coupling easy.

A ring magnet and recessed hinged handle improve phone grip while avoiding scratches and working on less-than-clean surfaces.

A rearward code protection protrusion shields the anchor bolt's optical code from hammer-blow damage, preventing false or failed read-outs.

Magnetic attraction and repulsion let one clip hold varying paper stacks while staying self-supporting on whiteboards, glassboards, and similar surfaces.

A magnetic wall plate gives window-covering remotes a fixed, self-aligning home with concealed mounting for easy installation and retrieval.

Magnetic modules with recessed tool features secure tools in any orientation while allowing toolbox layouts to be reconfigured for different tool sizes.

A magnetic clip and toothed hook suspend wet paintbrushes on cans or trays to prevent paint mess, bristle damage, and slow drying.

Self-guiding magnets and pivotable hooks enable one-handed leash attachment while preserving secure harness coupling and easy length adjustment.

A detachable carrier board and support structure stack separately for shipping, then let the board sit flat on a tabletop to prevent cutting deformation.

A resilient mandrel locks a metal rod into a ceramic bore for torque transfer, then releases at overload to prevent ceramic fracture.

Magnetic cap coupling replaces stressed ball joints in aquarium accessory mounts, enabling easy rotation with simpler assembly and better durability.

Magnetic attachment secures an automatic analyzer’s water tank against uplift, reducing leakage risk and simplifying maintenance.

A cable tie fastening head uses a transverse opening to guide the material strip end from inside the loop to the exterior.

Gravity drives a sliding component to actuate a supporting component, eliminating manual adjustment and improving user convenience.

Segmented clamps distribute impact loads across a wider surface area, preventing catastrophic failures in central plastic posts caused by concentrated forces.

Segmenting the permanent mounting base from the removable cover resolves the trade-off between structural integrity and easy customization.

Magnetic attraction pulls closure members together while mechanical locking protrusions engage to resist large loads and prevent unintentional opening.

Segmented wooden nut design prevents loose connections and timber waste while enabling part recycling across models.

A twist-lock fixing uses a resilient locking tab to secure modular rail components during rotation.

Merged bracket design eliminates tie rods by transferring crash loads directly to primary structure, reducing weight and space requirements.

A self-locking spring clip uses a magnetic hook to attract and secure a ring for rapid one-handed operation.

Magnetic bases and elastomeric gaskets secure sockets on pedestals, enabling single-handed ratchet attachment without complex mechanical fasteners.

Magnetic anchors with dynamic latches secure elevated displays, resolving instability risks from traditional string-based mounting methods.

A U-shaped fastening element with bracket-like projections secures a child restraint housing to lattice bars, preventing jamming during pivoting movements.

Segmented lateral walls block foam resin from engagement regions, stabilizing connection force on curved cushion surfaces.

Segmentation and mechanics substitution replace manual holding with a magnetic mount, enabling users to record activities without gripping the device.

Offsetting component parts via a shut-off slot enables elastic averaging alignment that compensates for manufacturing variances.

Expansion joints uncouple core regions in aircraft structural elements, preventing thermally induced cracks from spreading across the entire sandwich component.

Rare earth magnets and a spacer ledge secure tools against vehicle acceleration forces without complex mechanisms.

A resilient latch mechanism with a pivot end and flexible mid portion secures stacked containers, resolving instability from incompatible stacking patterns.

A beam and housing assembly uses magnetic attraction for automatic alignment and sliding ridges for secure interlocking.

A magnetic clasp leash assembly uses embedded magnets and an actuator to align and lock onto a collar ring.

Replacing bulky motors with thermally actuated shape memory polymer strips eliminates noise and reduces volume in automatic lacing systems.