Lifting Devices TRIZ Cases

Autonomous tug robots use sensors, navigation, and switchable manual control to move carts and loads with less labor and oversight.

Direct AGV-to-AGV communication and station-specific markings replace central master control, cutting DTS complexity and cost.

Markers and onboard cameras let AGVs update routes and tasks around layout changes or obstacles without offline reprogramming.

Adjustable leg systems and wheel positions let an inverted pendulum AGV balance heavy or oversized loads without manual reconfiguration.

An endless rotating steering input lets a counterbalance forklift change travel direction smoothly without full stops, reducing load stress and operator effort.

Shared camera-based floor-plan positioning lets industrial vehicles detect people across blind spots and trigger alarms with low latency.

Reusable job templates let operators or logic choose target locations for AMRs, cutting setup time across variable material flow tasks.

A rail-guided lift and rotating mechanism repositions heavy mixing chambers with lower oscillation and noise for smoother media reconstitution.

Mechanical pins, collars, and a modular sled replace adhesive boom joints, improving repair access, assembly time, and articulation on energized powerlines.

A rolling scissor support links three lifted corners to an unsupported corner, keeping a square platform stable without a fourth actuator.

Machine learning combines bystander detection, 3D pose estimation, and behavior prediction to help industrial vehicles avoid collisions and delays.

A plate-mounted jack adapter secures a transmission at its balance point to prevent slippage and reduce manual effort during removal and installation.

Sensors let an AMR detect reachable positions in a lane zone, cutting training effort while enabling flexible load pickup and drop-off.

Pre-stored rack upright positions and onboard sensing guide forklifts through narrow aisles without rails or guide wires while avoiding collisions.

Defined-pressure compensation lets a mobile handling attachment keep steady wall or ceiling contact, improving finish quality with less operator effort.

Angled securing elements and anti-skid pads keep an elevated vehicle from slipping, making portable stands safer for maintenance.

Robots pick fungible goods while shoppers hand-select non-fungible items, cutting fulfillment effort and merging both into one pickup order.

Movable cargo walls, omni wheels, and a hitch let this motorized cart adapt to varied loads, navigate autonomously, and transport easily.

A rod-and-annular-tooth lock keeps clamp jaws open during lifting, enabling single-operator handling and easier object placement.

Camera-based pallet detection highlights selectable targets and guides a remote forklift to the chosen pallet for faster positioning and fork insertion.

Variable-speed approach lets a carrying robot identify shelf marks without stopping, cutting search time and improving pickup efficiency.

Freely movable transport units replace fixed rails to position machine tool accessory modules with higher automation and layout flexibility.

Recent manual acceleration in different travel directions is reused to tune semi-automated forklift motion for steadier load handling.

Sensors and autonomous docking let a mobile drive unit detect holder misalignment and reposition inventory accurately with minimal manual intervention.

Diagonal-travel firefighting on ASRS rail grids cuts response time, stabilizes movement on weakened rails, and avoids halting container handling.

Autonomous navigation and cart engagement let a materials handling vehicle find cart home positions and retrieve mobile storage carts with less manual effort.

Optical marker detection lets an industrial truck find target position relative to movable loading apparatus for safer, more accurate docking.

Independent two-wheel differential assemblies let a forklift AGV move sideways, rotate in place, and handle cargo in narrow spaces.

An automated pallet sled uses sensors and lift tines to move pallets from truck to store in dynamic delivery routes with less labor and delay.

Vision and time-of-flight guidance help a warehouse vehicle locate carts and position totes precisely for faster automated storage and retrieval.

First-object position detection is reused to recalculate routes for aligned objects, improving transport accuracy without repeated marker scans.

Direct vehicle-to-vehicle and marker-based station control removes the master controller while keeping navigation and traffic flow reliable.

Interlocked screw-coupling lets telescopic pipe sections extend and retract heavy mechanical elements with stable, secure operation.

Elevated optical markers and laser rangefinders improve transferred-object positioning, helping mobile bodies avoid collisions in crowded layouts.

Retractable docking pins and four angled receptacles let a robot reattach in different orientations to move carts through tight spaces.

Caterpillar tracks let an autonomous ASRS firefighting vehicle cross heat-damaged rails, suppress fires quickly, and limit handling disruption.

Fifth-order spline paths and iterative speed-profile optimization help omnidirectional forklifts cut travel time while staying within braking and obstacle limits.

A movable AGV and stationary spindle form a rail-free machining center that improves production flexibility and automation across workstations.

An articulated lifting frame aligns bolting tools on inclined flange connections, reducing ladder use, manual effort, and setup time.

Independent conveyor units sense obstacles beneath and beyond the load carrier, enabling safe multidirectional movement in open logistics areas.

Multi-sensor camera, LIDAR, and illumination sensing improves trolley and floor-mark detection for accurate load pickup and transport.

Multi-level detectors combine SLAM localization, wheel data, and obstacle scanning to keep autonomous transport robots accurate in dynamic spaces.

Variable visual markings let forklifts read zone instructions by camera, cutting fixed infrastructure cost while keeping area control flexible.

Compact movable units with wireless coordination and independent navigation improve dense-warehouse order picking without sacrificing aisle maneuverability.

A movable upper and lower tool layout lets both be serviced from one platform, cutting maintenance time and keeping parts out of the machining area.

Diagonal range sensors detect axial, lateral, and vertical misalignment to guide forklift approach and reduce load damage.

A position-sensing adjustment palette measures rack placement shifts so unmanned forklifts can correct routes and pallet coordinates without manual test runs.

A camera-based quality index flags degraded marking detection early, helping maintain precise object positioning and system availability.

Coordinated height matching lets a flat AGV take loads directly from a forklift while reducing impact forces, damage risk, and transfer delays.