Storage Devices TRIZ Cases

Thermal segmentation isolates drive components from ultra-low temperatures, ensuring reliable operation while reducing power consumption.

Parallel elevator cycles eliminate empty return trips while maintaining balanced capacity when one station fails.

Magnetic fields propel robots vertically and horizontally through storage structures, resolving friction limits in multi-level order fulfillment systems.

Aligned shuttle and load elevating platforms enable cargo handover during vertical movement, eliminating wait times for loads on shuttles.

Multiple receiving means enable automatic sorting of belt reels into storage compartments without operator intervention.

Wheeled automated vehicles with motorized lifting surfaces transport carriers across flooring levels in storage grids.

A movable article supporting member positions an RFID reader above metal plates to read container tags, eliminating verification delays.

A transport vehicle holder uses a movable holding part with an upward protrusion to securely engage the article handle.

A one-sided tiltable trigger pedal acts as a separator stop actuator, reducing assembly complexity and vulnerability to stress.

Segmented storage channels with driven rollers handle short items, reducing mechanical stress and improving alignment precision.

An automated apparatus sorts grocery items into storage positions based on identification data from mobile support units.

A transport system generates vehicle movement plans to deliver packages while collecting others at the same location.

Passive wheels in the cavity section transfer load to rails, reducing kinetic energy and collision severity for automated storage systems.

Segmented movement units lift storage units vertically, reducing friction and cycle time while maintaining volumetric efficiency in the rack.

Vertical storage bins on a skid lift sand via an elevator and discharge it by gravity, reducing site footprint and preventing particle damage.

Dual lifting cylinders drive cam disks via a lever to raise the platform evenly, reducing mechanism complexity while ensuring uniform pallet support.

Integrated drive assemblies enable autonomous access and transport vehicles to dock at any position, reducing operation time and maintenance costs.

A movable belt ceiling dynamically opens and closes to prevent unauthorized item removal while maintaining high-speed order fulfillment accuracy.

Rotating control element manages stop position to prevent damage from dynamic pressure.

Direct lift connections eliminate front zone sorters, resolving space complexity while maintaining retrieval accuracy.

A pivotable work platform transitions between riding and folded postures to enable worker mobility along movement paths.

A hybrid article storage facility uses a control system to prioritize automated unloading from high-efficiency zones.

Vertical shelf segmentation eliminates manual panel shifting, reducing extraction time while maximizing warehouse storage capacity.

Digital fingerprint matching identifies packages with low-cost cameras, avoiding high-resolution equipment costs.

A pallet shuttle uses coupled wheel displacement to lift support elements without extra motors.

A manipulator with a rotatable second blade grips packages in automated storage systems.

A three-dimensional storage grid uses central voids to form vertical shafts for robotic vehicle traversal.

Operation knob meshes drum and conveyor gears to rotate both simultaneously, resolving jammed banknote removal complexity.

A combined warehouse uses a single manipulator to handle channel and single-place storage zones, reducing mechanical complexity.

Motorized rail rotation separates pallets without damage, resolving speed versus integrity trade-offs.

A reversible drive motor synchronizes receiving units in an order-picking station to convey loading aids efficiently.

Elastic sleeves absorb insertion forces to prevent lateral guide rail dislodgment during container transport.

Segmented lifting mechanisms prevent lateral contact between load units and reduce structural stress in automated warehouse racks.

Segmenting mobile sorters into independent units increases throughput capability without expanding infrastructure complexity.

A suction robot moves items between containers using a flexible end effector for non-orthogonal contact.

A split shuttle assembly moves two load beds independently along guide rails to handle multiple items simultaneously.

A transport layer distribution system conveys packed units to a buffer zone using computer-controlled trolleys.

A lift carrier device uses two article stages that pass each other in a non-overlapping configuration to increase carrying capacity.

Integrating cross conveyance locations within storage racks eliminates external sorting infrastructure, reducing technical complexity and space requirements.

A goods transport vehicle with integrated conveyor and drive moves items directly between stations and rack storage locations.

Elongate carriers on vertical tracks increase storage density without reducing human access efficiency.

Transverse conveyance locations enable direct item exchange between racks, reducing transfer times across multiple aisles.

Rear-mounted pivot axes and lever-like drivers minimize pawl pitch while maintaining operative connectivity between stacked latches.

A storage rack transport device moves products through a buffer area for intermediate holding before final placement.

Integrated profile stops eliminate additional components, reducing device complexity while maintaining item storage reliability under vibration.

Vertical consolidation of horizontal tracks eliminates accumulation bottlenecks while reducing space requirements.

Gripping mechanisms rotate elongated goods to prevent undefined sliding and tipping in automated inclined storage shafts.

A multi-level storage rack segregates fast and slow mover transport units into dedicated levels serviced by independent shuttles.

A multiple conveyor system with dynamic spacing between gripping batteries moves containers through filling stations.

An automatic conveyance apparatus adjusts its loading surface height and inclination to match production devices.