Lifting Frames TRIZ Cases

See how telescopic legs, adjustable arms, and segmented modifiers enable a tire lift to adapt t

See how segmented side members with 1-8 mm gaps enable cleaning foam to penetrate hard-to-reach

See how a hollow-cylindrical stress body integrates load sensors within the bearing assembly to

See how a horizontal-release shelf engagement mechanism enables safe manual removal of heavy ob

See how gas springs counterbalance platform weight to enable safe vertical-to-horizontal mattre

See how a steel wire self-locking mechanism with threaded sleeve and dragline replaces gas spri

See how selectable wake-up words and sound wave comparison prevent unwanted triggering in multi

See how articulated support and adjusting struts with slidable mounting eliminate connecting de

See how segmented side members with gaps eliminate blind areas in lifting tables, enabling clea

See how a drill-engaged screw mechanism and scissor lift enable one person to safely lift and p

See how a pivoting lifting assembly raises bed frames off the floor to reduce back and hand str

A boxed scissor jack with rolling tracks and a lead screw lifts and holds wall cabinets precisely, making one-person installation practical.

A polar-array scissor lift raises and lowers unattached tabletops over a wide height range without fasteners, tracks, or surface damage.

A spring-loaded pawl and release button replace removable pins, making jack stand height changes easier while preventing accidental disengagement.

Elastic damping plates align asynchronously extending lifting columns to prevent worktop warping and drive-part overload.

A locking frame plate, ball seat, and rod with sphere let one wheel rack fit different vehicle lift jamb sizes without duplicate racks.

A tiltable lift uses gravity, a low-friction wall, and load lifting to bring each top pallet layer within reach for easier unloading.

Independent translation and multi-axis rotation let mechanics securely position automotive parts for safer handling and full surface access.

Pivoting support arms lift beams through the cassette to handle sheets and pallets while keeping station height low and forklift access clear.

Air pressure compresses ball bearings to lock the turnplate, preventing unwanted movement and improving wheel alignment accuracy.

Motor-driven rolling elements and adjustable wheel lifting reduce manual effort while adapting vehicle maneuvering to different tire sizes.

Dual brakes lock the lifting shaft while a dual-output telescopic motor cuts space use and helps prevent bin overturning.

Horizontal power devices drive front and rear fork assemblies to cut height, simplify the tractor, and avoid chassis interference on low vehicles.

Scissor linkages and spring-damper struts keep payloads moving only vertically, reducing shock on trucks, ships, and other moving bases.

Before lifting a heavy-duty vehicle, the system verifies lowered suspension, brake release, and support position to prevent tipping and damage.

Before lifting a heavy-duty vehicle, the system verifies lowered suspension, released brakes, and safe fork positioning to prevent instability.

A lever-assisted lifter with telescoping legs, wheels, and quick release cuts the effort and time needed to install or remove a truck rack.

A motor-driven pump and hydraulic actuator simplify vehicle height adjustment, cutting bulk while enabling installation across different vehicle types.

Scissor linkages and spring-damper struts keep heavy payloads moving only vertically, reducing shock without gimbal complexity.

Magnetic resonance charging keeps a battery-powered vehicle lift mobile by removing cords and using a movable transmitter for flexible power transfer.

A ceiling-mounted conveyor with an inverted scissor lift and retractable segments cuts floor footprint while automating loading and unloading.

A frame-mounted support with sliding arms and jack rods lifts the engine block for better access during vehicle servicing and tuning.

A motor-driven rotatable arm repositions suspension dampers to lower the chassis for easier entry, exit, and vehicle leveling.

A spring-biased, movable support pad helps align lift arms under electric vehicles faster while protecting batteries and other sensitive parts.

A cradle and adjustable rear support stabilize reel mower cutting units on a workbench, improving safe access for service and sharpening.

A low-apron ramp with adjustable ground-grip projections elevates the inner dual tire without sliding, making snow chain installation easier.

An elastic pulley and spring structure keeps pressure on battery cells while adapting to swelling, supporting longer life and stable efficiency.

Two internal brakes lock the lifting shaft after power-off, and one dual-output motor replaces two telescopic motors to save arm space.

A pivoting support arm and lifting jack help remove and position heavy wheel hubs safely during large-vehicle maintenance.

A jack cradle mounted below the loading bed lifts heavy trailer loads while lowering overall height, improving stability, and reducing rigging.

A lever, rod, and clamping mechanism lifts vehicle wheels step by step without hydraulics, reducing leakage, maintenance, and complexity.

A sliding frame mount, coupler, and jack rod lift and stabilize the engine for better access to underside components during vehicle servicing.

A frame-shaped carrier with rotating wheel supports and air springs keeps the lifting unit compact while preserving rigidity for vehicle lifting.

A rear-biased lifting unit center of gravity counteracts forward fork extension, reducing carriage tipping during lifting and transport.

Reinforcing members welded between bogie pipes strengthen the main body joint, allowing transport of heavier four-wheeled vehicles.

An integrated jack cradle below the loading bed lifts heavy objects without extra supports, cutting trailer height, labor, and CO2.

A lead screw lifting assembly replaces bulky ring gears in AGV chassis design while keeping dual-parallelogram lifting stable and ground-friendly.

Localized coordination limits exact planning to nearby agents, improving real-time mission allocation under changing communication and state conditions.

A rail-guided control arm, stabilizer arm, and gas spring simplify RV sleeping platform lifting while reducing jamming and operating force.

Motor back-drive plus rotation and current sensing lets the platform adjust to load changes and reduce impact during loading and unloading.

Spring-supported movable guide wheels absorb assembly errors and external forces to keep multi-floor article transfer stable and jam-resistant.

Gas-driven expansion bags between stacked plate members replace column rods, cutting vertical space while enabling lifting and multi-direction tilting.

A foldable rod-and-link lift uses a parallelogram support, locking mechanism, and inclined oil cylinder to enable stable mobile vehicle lifting.

A hinged chassis, damping assembly, and lifting-rotation tray help AGVs handle uneven floors while reducing wear-induced shaking.

A separable hydraulic lifting structure uses linkages, extension support, and locking to enable stable vehicle lifting in mobile repair and road rescue.

A foldable frame, adjustable legs, wheel extensions, and rubber feet make this MTB ramp portable while maintaining stable, customizable jumps.

A nested wheel support and air spring layout keeps the lift carrier compact while adding the rigidity needed for stable vehicle lifting and lowering.

A jack cradle nested below the trailer loading bed lifts and supports heavy objects with lower height, less rigging, and better stability.

A telescoping frame mount with movable jack assemblies lifts and supports truck engines for easier service access across varied vehicle layouts.

A chain-and-pulley pantograph lift replaces hydraulics to cut weight, size, and motor effort while handling non-barycentric loads.

Adjustable gripping width and lift control let one unmanned carrier move and precisely position different vehicle bodies across work stations.

A driven arm and synchronised stabilizing arm lift heavy vehicle fridges more steadily while removing bulky manual handles.

A toothed upper pulley and flat lower pulley cut belt wear, reducing particles and contamination in vertical article conveyance.

Circular beam sections around vertical springs reinforce the lifting table base against horizontal stress while keeping automatic leveling compact.

3D camera sensing and neural-network positioning let a driverless transport vehicle pick up small ground rollers accurately without manual repositioning.

Sensors, cameras, and Mecanum wheels let a lift column self-position at vehicle lift points, cutting manual adjustment time and safety risks.

Vertically stacked push columns lift vehicle tracks with less visible under-track mechanics while allowing flexible lift-height adjustment.