Machine Supports TRIZ Cases

Cavity entry elements guide soft box pins into a support ring, eliminating manual bending effort during installation.

A three-pin mounting mechanism accommodates thermal expansion while maintaining optical centerline parallelism.

Segmented dock brackets with pre-adjusted pins cut annual installation time in icy climates.

Profiled inclined slots in the slot hole bracket restrict unintended unlocking of the operating handle, ensuring stability under high G-forces.

Negative pressure from an air pump fixes mobile phones securely, adding wireless charging capability.

Sleeved side plates align wall and fan mounts easily, resolving narrow insertion gap assembly difficulties.

Independent rotor-stator drives eliminate cable winding and mechanical constraints, enabling complex 360-degree rotations.

An integrated flashing and cable riser assembly prevents water leakage by creating a drip curve, reducing roof penetrations while maintaining mounting strength.

Neodymium magnets secure heavy items to metal hinges, eliminating screw damage on louvered or glass doors.

A display housing uses spring-loaded tabs and receiving slots to lock the bracket in an upright position without screws.

A head-mounted display strap system uses a sliding rigid bar and ratchet mechanism for precise fit adjustment.

Resilient members in the mounting attachment apply axial force to prevent loosening, eliminating spot welding while maintaining mounting torque.

An intermediary waterproof wall guides water away from closely arranged signal terminals, preventing short-circuiting caused by fluid intrusion.

An adaptive smartphone mount extends an awning and tilts a holder based on illuminance data to resolve glare-induced visibility issues.

A position sensor with a protrusion and frame-locked positioning section stabilizes vehicle seat slide detection.

A supporting member prevents female thread breakage by distributing force across segmented plate portions.

A lighting fixture uses interspersed slats and ornament strands to surround a light source for efficient illumination.

A steering control system uses a flow sharing valve to manage pivot steering on paving machines.

A multifunctional handle integrates an ergonomic grip with a cable coiling segment to consolidate machine movement and storage functions.

A spring-elastic coupling element connects a wind turbine tower wall to an oscillating body, enabling relative motion for vibration control.

Integrating movement stops into a one-piece bearing housing eliminates assembly complexity while maintaining structural stability and robustness.

A portable computer displayer pivots between landscape and portrait orientations using a supporting frame with straight and curved sliding slots.

Segmented vertical posts and ventilation spaces maintain seismic stability while ensuring thermal cooling capacity for heavy equipment.

A motorized license plate holder extends and retracts via a threaded driver mechanism within a vehicle slide rail.

Extracting computing power into the headset resolves mobility trade-offs while managing device complexity through modular segmentation.

Segmented compartments manage wiring depth to enable flush appliance mounting while maintaining safe electrical access.

Segmented rails with stoppage tabs resolve fixed-length spacing constraints, ensuring secure mounting across varied ceiling structures.

Segmented channel track panels eliminate shipping damage and storage costs through nesting, while the offset ladderless gripper enables safe installation.

A roof-mounted fall-arrest device uses rolling wheels for easy installation and removal on pitched surfaces.

A temporary suspension element with a gravity-activated catch holds structures during installation, eliminating the need for a second operator.

Segmented springs provide variable torsion force to stabilize touch screens and prevent impact during closure.

A hinged clamp uses a polygonal support to secure objects like fences.

A mounting bar and adapter plate enable secure twist-lock engagement for security cameras.

Helical spring suspension clip grips threaded rod members to enable flexible positioning within drilled rock sections.

A slidable extension within an electrical outlet box adjusts depth to match finished concrete wall surfaces, preventing displacement during pouring.

Aircraft latch guides spring arms via a roller and curved keeper profile to minimize mechanical stress and extend service life.

Bracket employs thickness-reduced reliefs to define fold axes, enabling retainers to bend and secure electrical devices without mechanical fasteners.

Flexible accessory holder with elastic loops consolidates multiple items into one unit, preventing awkward handling during transitions.

Segmented rotation mechanisms mimic 360-degree orientation without complex single-stage structures, reducing manufacturing cost.

A storage apparatus suspends a device from an electrical plug to secure it during charging.

A unified interface maps similar settings across diverse device types to a single control point.

Pressurized air pulses counterbalance external water head in the control unit housing, preventing component damage during vehicle fording operations.

Segmented hooks and integrated nuts secure rods of different sizes, cutting installation time.

A magnetic elastic support device uses opposing magnets to hold and return a movable member without physical contact.

An adjustable truss hanger extends a hanging point beyond upper chords to support heavy loads in front of the structure.

Segmented hand grips and modular scanners resolve the trade-off between industrial versatility and fixed device complexity.

Chamfered slanted faces vary elastic support length to tune two resonance frequencies while alleviating stress concentration in rubber members.

Circular arc walls and guide ribs distribute stress and lower friction in tubular fuel tank covers.

A track assembly lever rotates about a pin to transfer forces from side members to the track.