Machine Supports TRIZ Cases

A folding strap bracket secures rescue gear using self-tightening hook and loop fasteners, eliminating elastic member manipulation in low-visibility conditions.

A magnetic hanging frame secures hand tools to a sidewall using integrated magnet mounts and locating grooves.

Nested elastic loops and a hook secure varying article shapes while maintaining compact storage and quick release.

An annular ring supports a camouflage portion and connects to telescoping pole assemblies for mounting.

An adhesive-backed harness mounts cameras to shields without damaging integrity, preserving evidence collection.

A mounting assembly uses a ratchet strap to attach cable feeders to trays.

One-piece housing secures a support arm before inserting an elastomeric bearing spring to simplify the manufacturing sequence.

A profile rail mounting system uses a clamping body to interlock locking devices along the rail.

A pedestal base isolation assembly uses textured and smooth plate surfaces to control friction coefficients for seismic stability.

A vehicle seat sliding structure uses a movable positioning pin and guide mechanism to enable anteroposterior displacement.

A variable stiffness structure uses a clutch mechanism to adjust connectivity between negative and positive stiffness elements.

A vehicle slide rail memory mechanism uses an elastic structure to guide the release lever back to its default position.

Segmented sealing elements at the cover and wiring interfaces prevent water penetration that causes short circuits while allowing easy cover removal.

An angled mount extends low-cost accelerometer range via trigonometric projection, avoiding expensive high-dynamic sensors.

Asymmetric pin spacing achieves precise seat adjustment without compromising rail strength.

Integrated flanges and projections couple tubular extenders to electrical boxes, reducing fastener count and installation complexity in thick block walls.

An L-shaped non-conductive bracket suspends tools from aerial bucket edges using vertical space and multiple support holes.

A self-locking holder secures a formwork guide shoe slide part against unintentional movement via a threaded drive, eliminating manual safety interventions.

Segmentation principles enable an adjustable-weight umbrella base that stacks vertically while adapting stability to environmental needs.

A shock mount assembly protects inertial sensors using a geometric support structure and elastomer absorber.

A sleeve member with a cavity receives an elongated support while a bracket slides along the wall to secure cargo.

Segmented spring steel strips with nested catch clips prevent dislodgment during installation while accommodating varying panel thicknesses.

A handheld climbing aid uses a toothed groove to grip ropes securely without attachment.

Spring-biased arms engage the inner surface of a hollow core block to fix an electrical box, eliminating the need for cement or mortar during installation.

Modular battery system attaches to mobile workstation posts via universal docking mounts.

A multifunction support integrates body securing, headlamp mounting, and header tank positioning into a single assembly unit.

A laparoscopic instrument holder uses adjustable clamping claws and a motorized securing mechanism to grip surgical tools securely.

A module attachment device uses a push-actuated moving member to engage a mounting surface without tools.

Slotted plates enable adjustable depth and height positioning on wall brackets, reducing cable clutter and eliminating extra storage needs.

A magnetic bracket uses upward posts and notches to attach body panels to vehicle chassis surfaces.

Movable stands and rollers enable independent rotor removal, eliminating costly crane operations and reducing inspection downtime.

A spring-loaded pawl clamp mechanism secures medical devices to support poles through elastic biasing and mechanical engagement.

A quick fastener uses a clamping blade to hold a threaded body against a profile rail, eliminating manual pretensioning.

Rotatable easy entry lever engages end stop bracket to control seat longitudinal movement between comfort and access ranges.

Integrating photo-sensitive transistors into the active matrix eliminates separate touch panels, resolving contrast and complexity trade-offs.

An adjustable rigid clip assembly replaces multiple non-adjustable designs with a single unit featuring slide plates and locking mechanisms.

A unloading mechanism assembly uses a guiding component and push rod to pivotally rotate a driving module for single-handed optical disk extraction.

A connector fitting includes a recessed section that maintains a clearance gap between the washer and the mounting portion.

Segmented half-shells with nested seals secure access points to handrails, resolving architectural constraints in stadiums.

Compressible elastomeric elements absorb impact forces while securing the skirt panel to varying frame rail positions.

Curved slots and pins on a mounting plate allow rotation for precise alignment, resolving cumbersome manual support during installation.

Self-energizing bow hanger clamp stabilizes tonneau cover attachment on truck bed rails.

Adjustable L-channel fasteners join wood substrates through pre-formed t-slot routs, eliminating edge damage and enabling tool-less assembly.

A symmetrical mounting bracket isolates load cell sensors from structural distortion using flexible intermediary elements.

A spring steel main stem with V-mounts and an adjustable strap secures gadgets to vertical structures without permanent hardware.

Side-mounted chainsaw holder preserves aerial bucket floor space by utilizing vertical dimensions for tool storage.

A pivotable electrical box cover rotates to an obtuse angle, exposing receptacles for easier plug insertion.

Segmented mounts use flexible deformation or brittle fracture to protect cameras during collisions.