Pipe Supports TRIZ Cases

Adjustable locking assembly secures firefighting nozzles at reachable heights, eliminating dangerous climbing and thread damage.

Localized polyamide reinforcement prevents loose connections and leaks while reducing material usage.

A rail fastener uses a cage holder to move a hammerhead element between locked and sliding positions.

A pipe fixation apparatus integrates receiving, fixation, and bending portions to secure flexible conduits in a unified structure.

A concrete retaining wall assembly uses an embedded cylindrical tube to support structural weight without heavy machinery.

Modular carrier elements connect to fuselage structures via adjustable snap-in coupling devices for rapid equipment installation.

Multi-layered tabs with axial openings distribute loading forces across segmented attachment points, reducing stress concentration at mounting interfaces.

A swivel coupling assembly uses annular grooves and seals to enable rotational movement between members.

A rectangular fir tree mount with flexible springs secures elongated items against a surface.

A fiberglass C-shaped saddle structure carries a UHMWPE bearing block to create a low friction interface between the pipe and support.

Removable cable support members with hinged covers route conductors within server cabinets, eliminating time-consuming tie straps and flexible conduits.

Adjustable retaining mechanisms on modular brackets store varying cable sizes, eliminating bucket truck access and reducing installation labor time.

Segmented elastic design enables rapid installation of multiple cables in narrow M6 rails, resolving handling complexity.

A tap mounting assembly enables straightforward installation using a kidney-shaped base and guide pins.

A laminated U-shaped channel uses interlocking stamped layers to form internal passages for component travel.

Embedded magnets replace complex mechanical clamps to retain centrifuge bearings, eliminating instability from loose fittings during high-speed rotation.

Press-fitting a metal plate into a resin receptacle reduces manufacturing costs and prevents shavings from contaminating device fluids.

A motorized pump reverses direction to wind an integrated air and power cord, eliminating tangled lines that obstruct operation.

Interchangeable base rings on a universal stem allow secure attachment to six or eight inch irrigation pipes without welding.

An asymmetric regulating edge on the clip abuts the adhesive sheet fold to fix positioning and prevent interference with vehicle components.

A rope and pulley system interlocks boarding bridge tunnel sections, reducing noise and wear caused by impact during connection.

An integrated bracket secures vehicle cable harnesses using inlet and exit gates with extending arms to clamp wires firmly in place.

A stamped steel pipe hanger clamp uses bent C-shaped side members to secure overhead support rods.

Datum surfaces on the hanger body align fasteners within a bounded area, resolving trade-offs between structure complexity and placement precision.

Segmented support bar projections secure helical tubes without welding, reducing thermal stress and assembly time.

Segmented cable protectors use pivoting ramps to shield service lines from vehicle damage while enabling easy forklift relocation.

A connection bracket positions its center line outside the fixing section envelope to guide carrying means laterally past tower edges.

A base and spring member form a clamp that secures the fitting in the channel groove.

A coupling member integrates mounting brackets and a coolant distributor to secure the battery pack cooling circuit.

High-density polymer clips replace heavy metal blocks, reducing weight while maintaining secure tube retention.

Grooved sections and folding tabs join mesh cable trays without tools, resolving the trade-off between secure attachment and complex assembly time.

Two identical halves with elastic seals adapt to various cable sizes while maintaining a watertight seal against moisture.

A conductor positioning fixture uses a movable retainer member to engage and force exposed cable conductors into designated presentation positions.

A pipe clamp device uses settable fluid injection to seal defects and restore pipeline integrity.

Elastic deformation of contact surfaces accommodates diverse cap sizes while maintaining consistent frictional forces.

Clamping part engages support tab to secure elongated objects, resolving complexity in handling and orientation flexibility.

An alignment orifice shield stabilizes wastewater conduits and indicates exit orifice locations during installation.

A cable tie device uses a rotating spindle to wind and tighten a strap around elongate objects.

An elastic element extends within a hollow frame to guide the hose, eliminating entanglement risks from ground contact.

A battery charger support uses a winding hub to retain the electrical cable and keep the charger seated on the base.

Segmented locking prevents contraction of the expanded liner, reducing manufacturing complexity while ensuring reliable pipe sealing.

A hanger design allows pipe insertion from the side using a pivotally connected second part that moves between open and closed positions.

Pivoting side plates in a tie-down assembly distribute vertical stresses to prevent strap damage while retaining multiple pipelines simultaneously.

An elastic tube holder uses a deformable base to snap arms into stable positions for quick tube insertion and retention.

A wall-mount support uses a pivoting arcuate cover plate to create an internal space for cable accommodation.

A lightweight slot form device uses flexible straps to secure backfill against pipeline buoyancy forces.

Segmenting the lifting mechanism from complex gantries enables single-person operation on H-profile girders without specialized calculations.

Rotation type snap-fit mechanism connects link modules, resolving insufficient connection strength during large scale assembly.

A conduit stake uses a detection slot in the head to locate buried units.

A clip assembly with an elastomeric middle portion absorbs vibration energy between component assemblies.