Lifting Devices TRIZ Cases

A top mount system uses a remote control unit to operate a forklift lifting assembly from the ground.

Segmented tapered wedges retained by a looped strap separate pipe flanges, reducing bulk and operational difficulty of conventional tools.

A storage system triggers loading aid unloading via quantity thresholds to automate transfer requests between zones.

Dual sensors detect object and package presence, preventing incorrect conveyance when verification fails.

A battery carrier moves through a lateral opening using a linear drive device and floor support structure.

A forklift sensor measures distances to load tops and calculates an average height level for continuous lifting device adjustment.

Multi-axis sliding units adjust support frames to accommodate varying vehicle dimensions, reducing investment costs and system complexity.

Segmenting the load rest with a biased gate resolves the trade-off between securing loads and enabling safe operator entry.

Autonomous trolleys coordinate via server feedback to resolve the trade-off between high sorting efficiency and system complexity.

Sliding suspension plates guide latching devices along linear paths to prevent lateral misalignment and reduce damage during simultaneous drum transport.

A flat platform with a hinged ramp supports wheelchairs on forklift operator stations.

A deformable lateral scissors kinematic assembly adjusts the track width of a lifting device between minimum and maximum positions.

A vertically movable platform features a gate with an upper bar that rotates from vertical to horizontal.

A dual pump hydraulic system supplies lifting and auxiliary circuits independently to enable energy recovery during lowering operations.

A common travelling cable guide routes control lines and fire fighting hoses with the stacker crane.

Hydraulic rams pull pallets to a lift table, resolving jerky chain drive instability.

Pivotable load sections on a tow bar adjust the longitudinal dimension of an industrial truck, resolving conflicts between towing trailers and loading cargo.

Side wing extensions position controls to maintain a straight wrist, reducing finger fatigue during industrial truck operation.

A side-loading robotic arm with lateral rails and a pivotable tip arm.

An air deflector guides combustion airflow around a vehicle corner section to divert fresh air into the intake aperture.

Mechanical extension presets length for hydraulic spreaders, reducing oil displacement and improving rescue deployment speed.

Pre-stored simulation data adjusts acceleration curves to minimize vibrations, reducing material stress and extending service life without additional sensors.

Integrating a resonance chamber within the counterweight reduces intake noise without compromising space usability.

Integrating a rotary encoder into the sheave mounting boss measures mast height directly, eliminating external sensor exposure and reducing system complexity.

A forklift attachment uses a lift saddle and tilt plate to securely seat and transport stacked waste carts.

A converter transport vehicle uses a pivot hoist to lift heavy loads on a motorized chassis.

Embedded mild steel tiles in cast iron pads provide weldable surfaces for hard-surfacing, extending service life against pavement abrasion.

Automated optical recognition identifies articles and storage units through continuous image analysis.

Segmented pivot and stop elements move the load roller vertically while holding the wheelbase constant, preserving odometric navigation accuracy.

Motorized articulation keeps the work platform level on uneven ground, eliminating the need for separate handling machines during heavy object installation.

Laser scanners on AGVs measure actual pallet distances to reduce spacing requirements, increasing warehouse storage capacity without compromising safety.

Inverted base positions scissors stack assembly below carriage wheels to lower platform height, eliminating intermediate steps for safe worker access.

A locking device uses a friction pad to reduce gangway mobility on track surfaces.

Integrated chassis sleeves receive transport forks to prevent tilting, resolving stability complexity trade-offs.

Powered rollers embedded in lifting forks enable autonomous cargo repositioning on a robotic vehicle platform.

Direct electronic connection between gripper and vehicle hydraulics eliminates mechanical valves, reducing pressure losses and installation time.

Transverse laser scanners detect shelf barcodes to determine vehicle position, replacing complex signage with automated sensor-based navigation.

A driver overhead guard uses a glass roof panel connected to support profiles and straps.

Segmented bumper assemblies allow selective removal of sensor covers, resolving the contradiction between structural strength and ease of servicing.

Segmented climbing shoes enable rail removal without auxiliary platforms, resolving the trade-off between secure attachment and dismantling efficiency.

A spring-loaded wire accumulator prevents pinching hazards by keeping cables taut during elevation, avoiding mechanical damage to the wiring system.

A detachable retaining ring holds the charging cable connector on an industrial truck for direct operator access.

A pallet lifter bracket grips the truck tailgate edge to eliminate complex mounting systems and ensure secure transit.

Segmented steering mechanisms allow multidirectional driving modes, resolving large turning radius constraints in dense storage layouts.

Electric actuator drives mechanical linkage to position locking pin, replacing hydraulic systems and reducing cost while ensuring reliable alignment.

An elastic counterpoise positions a perimeter bonnet over tall or irregular unit loads, stabilizing cargo without adding excessive weight.

A modular power unit with interchangeable motor blocks and roller boxes guides platforms along rack masts.

A mast-mounted sensor array determines lifting height and inclination using contactless distance measurement to multiple non-collinear points.

Segmented support bodies with releasable coupling elements enable retrofitting into industrial trucks without structural modifications.