Conveyors TRIZ Cases

External rotor motors on a common shaft reduce space usage and friction forces to enhance wire storage capacity.

A pull assembly uses embedded cables and direct mechanical cleat connections to lift heavy loads in automated storage systems.

A ten-foot ISO container uses a movable gate to release proppant by gravity into an underlying conveyor system.

A physical distribution management device classifies articles by use frequency to optimize storage allocation across multiple facility types.

A rotating star wheel uses vertical and circumferential gripping mechanisms to move empty containers between inlet and outlet levels.

Composite adhesive film prevents tear propagation under high-speed conveyor stress by combining a rigid support layer with an extensible adhesive layer.

Control unit detects angular position and bar count to adjust servomotor speeds, maintaining constant torque across traction assemblies.

Adjustable transfer edges and rotating belts resolve misalignment contradictions in multi-row packaging lines.

Single transverse bores in nested retaining members create a continuous flat surface for glass transport while simplifying assembly.

A cam-actuated stack retaining latch system uses electromagnets and follower mechanisms to precisely control tote engagement.

A delivery system moves parcels along a circulation route using a moving apparatus to transfer items based on permission information.

Independent pushers rotate products along a conveyor line, eliminating cumbersome endless screw changes for different shapes.

Alternating engagement cycles expand spacing between hanging units as plants grow, resolving initial space constraints.

A sensor detects material load on a secondary conveyor belt and signals a controller to adjust rotational speed, reducing fuel consumption during idle periods.

Vertical tyre storage eliminates pile instability and sensoring complexity while maximizing warehouse capacity.

Liquid layers support thinned glass sheets to minimize deflection and enable smooth width-direction positioning.

Dual circuits enable simultaneous product transport without mixing, eliminating sequential processing delays.

Co-curing SBR-EPDM blends with sulfur donors and peroxides prevents surface cracking from flex fatigue.

Interconnected pickets and mushroomed cross-rods constrain lateral movement, preventing product entanglement on open structures.

A rotary tray transfer system coordinates multiple assemblies to move items between processing stages.

V-shaped stop surfaces mechanically center belt reels, resolving slow optical detection and ensuring accurate positioning.

A hybrid conductor loop with a flattened cross section and diagonal orientation within the conveyor belt structure.

A belt conveyor motor adjusts driving frequency and current based on detected sample weight to minimize operational noise.

A locking mechanism with protrusions and a saddle secures conveyor components for rapid assembly.

A double conveyor rotates packages while a monitoring device detects actual orientation.

Rotatable dividers adjust to item dimensions on a conveyor, preventing sliding and optimizing vehicle capacity during delivery.

A manually-adjustable conveyor belt lifter apparatus featuring coupled lifts and a telescopic support arm.

Mobile lifting device uses three-axis adjustment to align heavy vehicle doors, preventing tilt damage during re-installation.

A magnetic conveyor belt module uses a recessed element and cover to retain items while preventing wear and jams.

Adjustable magnetic elements secure workpieces on a conveyor belt, resolving the trade-off between reliable fixation and device complexity.

Segmented belt body allows tool-free drive unit access, resolving structural stability versus cleanability trade-offs.

Mass flow conveyor tables distribute vials via gravity, eliminating complex sensor networks and reducing bottlenecks in automated pharmacy systems.

Scanner data drives movable stoppers to match the stacking area length to each board width, preventing uneven layers caused by dimensional variations.

Automated warehouse stores workpieces for three-dimensional measurement apparatus inspection, reducing manual handling time.

Interlocking side parts form a closed surface on hinged slat conveyor rims, preventing material entry into joints and simplifying maintenance operations.

Segmented teeth with convex surfaces guide flexible belts while openings allow cleaning fluid access to reduce debris accumulation.

Varying the roller diameter along its axis aligns peripheral speed with belt surface speed, reducing sliding friction and running resistance.

Overlapping entrance and main cage-bar caps eliminate thermal contraction gaps, reducing pull force and friction in low-temperature spiral conveyor systems.

Real-time sensor feedback dynamically adjusts scraper blade pressure, reducing wear and vibration while maintaining cleaning efficiency.

A stacking device uses sensors to record timber dimensions and an optimization computer to determine placement configurations.

Intelligent carriers read dynamically displayed optical marks on track surfaces to determine navigational information and control motion autonomously.

A timing conveyor accelerates objects to match belt speed, resolving the trade-off between object positioning accuracy and conveyor efficiency.

Direct picking from source pallets eliminates buffer complexity and ergonomic challenges for heavy flatpack items.

A double-belt conveyor system uses vertically arranged jacks to adjust belt pressure during package transport.

A conveyor belt features a carrier-side contour that interlocks with the underside of a transport carrier to enable precise positioning.

A rubber selection method ranks test samples by loss energy, thermal energy, and indentation amount.

A grooved support roll mediates friction between the drive belt and handrail belt, reducing wear while simplifying the travelator drive structure.

Counter-flow heated water and filter assembly eliminate avian flu virus while managing energy consumption.