Lifting Frames TRIZ Cases

A lifting mechanism uses a rocking member to convert horizontal force into vertical motion while maintaining stable load support.

An overflow channel connects to the inlet only at end positions to enable hydraulic fluid supply and drainage.

Segmentation and self-service principles reduce device complexity while gravity-driven sliding along an inclined bottom plate increases unloading speed.

Horizontal pedestal drive shifts a cam against an inclined portion to lift the table, reducing installation area.

A mobile lifting column with a movable carrier positions hydraulic actuators to raise rail-cars.

An angled magnetic spirit level replaces manual gauging during aircraft jacking operations.

Lateral link displacement secures maintenance workspace while reducing installation space.

Autonomous robotic shuttles equipped with extendable conveyors and robot arms transfer containers along rack rails to automate mixed SKU handling.

Interchangeable form-fitting bodies on a universal lifting platform resolve positioning precision conflicts across varying vehicle geometries.

Segmented screw grooves and rotatable connection shafts reduce lifting time by minimizing required rotation.

A spring-mounted bearing device elastically supports a telescopic support arm axis to enable smooth extension and retraction.

An active heave compensation system balances power demand using electrical storage to discharge during lifting phases.

A decoupleable lifting platform receptacle transfers vehicle support to a carrying device, freeing the main structure for rapid reuse.

A retractable arm vehicle lift uses a movable stop to secure lifting arms within the platform structure.

A movable platform uses a pulley mechanism to lift large automobile parts like hard tops and bumpers.

A vehicle hoist uses sensor feedback to measure support arm coordinates against stored target positions for precise placement.

Single-action release mechanism simplifies slope detachment while maintaining structural strength against vibration.

Retractable ear assembly transitions between extended and retracted configurations to accommodate unibody, pinch weld, and truck frames without adapter changes.

A vehicle-powered passive motion device uses wheel-driven rollers to actuate mechanical lifts and change vehicle position.

Merged movement and adjustment systems position aircraft engines with high precision, reducing equipment weight and operator requirements.

A lift pad projection unit emits an alignment beam to indicate correct positioning relative to vehicle lift points.

Segmented base and stacker blocks resolve space constraints by balancing length and steepness.

Segmented base and multi-directional adjustment apparatus enable precise alignment of heavy electrical apparatuses without external hoisting mechanisms.

Parallel ramps pivot on supports and connect via a rigid cross-beam to provide stable vehicle elevation without complex locking mechanisms.

Pivot lift struts move a trunk platform upward and rearward, reducing back strain during package handling.

A combined transporter system uses an elevating assembly to move vehicles between parking levels within a vertical shaft.

Segmented arms joined by branched rivets create isotropic stability against bending forces, resolving the traditional linkage weakness in robotic applications.

Telescoping lift arm adjusters pivot and extend to align with vehicle frame points, eliminating operator exposure under the chassis.

Variable energy storage segments enable independent operation, reducing downtime from recharging cycles.

Curved scissor arms improve mechanical advantage, reducing power requirements and eliminating bulky motors in collapsed positions.

A central lifting device with extendable arms raises railway track bridges, reducing material costs and operational complexity compared to corner-mounted units.

Pivoting carriage rotates heavy aircraft engine modules from vertical to horizontal orientation using a strongback support system.

An automated tray disposal system uses infrared sensors to detect trays and a manipulation arm to separate waste from containers.

A vertical spring element with horizontal actuation reduces installation space and entry height while absorbing vibrations.

Hydraulic cylinders replace mechanical gearwheels to lock support arms at any angle, eliminating wear from truncated cone mechanisms.

Dual rebar systems anchor inground lift housings in concrete and backfill, resolving stability issues caused by single-point floor connections.

Distributed power sources eliminate hydraulic hose clutter while coordinated jack control ensures accurate alignment during heavy lifting operations.

Segmenting the control cabinet from a mobile pendant resolves visibility constraints while vehicle profiles automate superstructure placement.

Synchronized dual scissor lift motors drive independent belt systems to reduce shaft and arm wear from undesired pivot movement.

A scissor lift uses a hydraulic pulling cylinder to raise a support assembly, resolving stability issues for diverse vehicle shapes.

Automated lift system uses laser distance measurement to position moveable arms under vehicle axles.

A storage system uses a movable container rack to retrieve containers at multiple vertical levels.

Funnel device and tapered pin guide pintle orifices into alignment, reducing external force required for assembly.

A lifting device coupling unit features a locking mechanism adjustable between locked and unlocked positions for longitudinal displacement on support arms.

Segmenting the drive into independent column modules eliminates shared gearing wear, ensuring precise load balancing and safe rail car positioning.

Relocating the pantographic mechanism to the car sides expands the story height adjustment range, enabling installation in buildings with low ceiling heights.

Scissor lift mechanism reduces pit depth requirements for railway drop table installation.

Cam profiles balance motor thrust against frame resistance, ensuring precise wheel centering during lifting operations.

Segmented scissor arms replace deep trenches to reduce installation complexity and minimize hydraulic fluid leakage risks.

A lift and rotate unit combines vertical lifting and horizontal rotation mechanisms to handle warehouse payloads.