Conveyors TRIZ Cases

A screw denester integrates a loose release plate and position sensor to detect operator presence near destacking screws.

A mobile surge conveyor feeder moves bulk material using an endless metal plate conveyor to achieve continuous flow.

A redistribution device directs product portions across multiple transfer conveyors to synchronize filling operations within a packaging unit.

A telescopic intermediate conveyor adapts path length for variable product dimensions while maintaining sorting quality.

A gas injection unit disperses meshed articles on a supply path using pneumatic pressure to prevent clogging.

An elastic band clamp grips container closures between opposing edges to enable reliable mechanical transport.

Collapsible tabs on a spiral conveyor belt module absorb tension surges at the infeed, preventing chatter and wear from positive drive engagement.

J-shaped hooks on splice rods engage modified link slots to enable rapid assembly and disassembly of conveyor belts using basic hand tools.

Rotating screw sets orient vertical containers horizontally to resolve tipping risks and enable high-speed throughput.

An expandable belt guide accommodates varying conveyor section distances and article sizes without requiring device replacement.

Contoured belt modules direct waste laterally away from hinge joints, preventing re-entry and ensuring sanitation compliance.

A modular noseroller assembly uses segmented mounting modules to transition conveyor belts between carryway and returnway sections.

A bill processing apparatus uses adjustable conveyor belts and guide members to ensure stable conveyance of bills into the housing part.

Hydraulic torque rotates a spoke-based cradle to catch falling sod rolls, maintaining structural integrity and preventing unwinding between conveyors.

Dynamic shingling bypasses singulation bottlenecks during high-speed passes, increasing throughput without expanding system footprint.

A deployable conveyor mat assembly transitions between retracted and deployed states using a tensioning system to manage the rolling surface.

A cassette loading system uses position sensors and a control device to adjust conveying alignment across multiple heights.

Segmented anti-drop members prevent elevation of 300 mm and 450 mm FOUPs while retracting to eliminate interference between different article heights.

A truss device uses an integral inner panel with connection parts to fix the outer and inner panels together.

Vertically adjustable support surfaces eliminate time-consuming vertical movements during stacking, increasing palletizing capacity.

Upper and lower holding elements secure delicate items during automated transfer, reducing operator fatigue.

Segmented manufacturing line routes workpieces through dedicated high and low frequency treatment zones to minimize unnecessary travel distance.

Near field only RFID tags eliminate far field reflection errors to sequence objects accurately on a moving conveyor.

An elastic protrusion substrate holder contacts wafer edges and rear surfaces to resolve friction reliability issues in high-speed transfer operations.

A worm sector gear mechanism adjusts draper belt tension through direct rotational motion.

Extended guide rails overlap flanges to eliminate joint gaps, reducing noise and wear on printed product conveyors.

Segmented rigid films replace flexible belts to eliminate displacement errors and ensure precise battery positioning during high-speed conveying.

Nested upstream and downstream members adjust full length while maintaining structural strength to prevent jamming.

A chute liner base with a mounting formation passes through a shelf aperture to engage a locking member.

Inductive position sensors track targets on endless chains to detect misalignment and catenary sagging before damage occurs.

External pivot bolt simplifies assembly and reduces part count while ensuring secure attachment stability.

A rotation assembly pivots sample racks along a travel path using an engagement element and motor.

Transversely moved point devices and height adjustment assemblies enable precise container positioning, reducing jams caused by fixed guide rail limitations.

A dispersion feeder adjusts conveying force based on article loading changes to optimize power usage.

Asymmetric wing geometry directs debris outward to prevent recirculation and fold-over during forward or reverse rotation.

Rigid connection elements replace fatigue-prone flexible tubes to maintain continuous suction during pitch variation.

A coupled gripping unit moves with a circulating conveyor element to transport objects.

Cam-controlled slides lift unstable containers from carriers, enabling labeling in previously inaccessible areas.

Modular frameworks attach linear actuators to bin floors, reducing assembly complexity and leakage risks during installation.

A transport bag uses a pair of rollers and an upper coupling to enable secure driving on suspended conveyor rails.

A curved stopper edge guides workpieces into precise positions for robotic handling.

Adjustable stop cams limit conveying paths to separate stacked profiles without increasing device complexity.

Movable guide elements adapt lane width to container diameter, preventing tipping without complex reconfiguration.

A latch-based attachment assembly secures a controller housing to a conveyor side channel while maintaining a defined structural gap.

Segmented track systems enable universal robotic handling across mixed-size containers, resolving storage density trade-offs.

A transverse driven-roller belt rotates article-supporting rollers to divert conveyed items across the conveyor width.

Separate driving means uses magnetic force to transmit rotation, eliminating wiring deterioration and space requirements.