Conveyors TRIZ Cases

A vision element detects fruit arrangement to activate specific load cells, resolving unpredictable weight distribution across containment units.

Segmented drive lugs replace worn vulcanized units on endless rubber tracks, eliminating full track replacement costs.

Interdigitating end modules on a bridge section eliminate recesses that trap contaminants in food industry conveyors.

Continuous unidirectional rotation cycles the gripper open and closed, eliminating stress on drive components during pouch handling.

A gantry handling apparatus moves delivery containers between automated storage and loading frames.

Integrated manifolds and clamps simplify reciprocating slat conveyor drive frames, reducing device complexity while maintaining power transmission efficiency.

Varying corrugation amplitude across the base and side walls reduces localized stress concentrations while maintaining structural integrity.

Asymmetric corner geometry eliminates clamping zones in punched chain links, resolving the trade-off between smooth peripheral edges and material loss.

A transporter uses a movable second conveyor to receive objects from a first conveyor, enabling simultaneous operations.

Vertically displaceable drive drums eliminate external rollers to reduce contamination and cleaning time.

A path forming device uses a movable side conveyor that lifts and linearly moves to create passages for workers.

Upright ribs on a conveyor belt interface with frame grooves to prevent fine particles from contaminating drive elements.

A capsule feeding apparatus uses a stacked tray magazine and shearing device to extract single empty capsules for packaging lines.

Nested housing in the cogged belt secures abutting elements, preventing play and damage from heavy article stress.

Offset cleat patterns prevent material roll-back on inclined conveyors while reducing energy consumption and roller costs.

A vacuum holder with an extensible skirt gasket and autonomous valve secures articles without continuous hose attachment.

Segmented pan assemblies prevent male and female birds from accessing each other's feed, ensuring accurate ration distribution.

Convex inner shaft surfaces allow the carriage axle to self-adjust, eliminating perfect leveling requirements while maintaining accurate weight measurement.

Pivotably mounted feed section redirects spilled aggregate via baffles, preventing material loss and eliminating cleanup downtime.

A cardan suspension spout pivots about two perpendicular axes using a rotary motor and supplementary joint.

Telescopic conveyors capture high-speed material flow to prevent dust generation during silica sand transfer.

A thermoplastic polyurethane belt incorporates a dispersed modified ethylene copolymer to enhance material toughness.

Segmented traction elements replace individually on a reusable hub, reducing maintenance time and effort for aircraft cargo loading systems.

Rotatable bottom panels on the transport tray shift from a closed position to an open state, allowing heavy food products to slide off automatically.

A cast support device guides conveyor belts from trough to flat shapes using a tapered insertion section and pyramid laying area.

Segmenting the gate and inverting the curved design reduces friction and jamming while maintaining reliable grain flow control.

Load-sensing modules measure belt tension and transmit data wirelessly for continuous monitoring.

A conveyor belt rotates to position a protruding section upstream during clamping, enabling reliable circuit board push-out.

Support reinforcement part extends along building floor and main frame upper face to reduce moment around support angle base corner during seismic events.

A conveyor drive system uses a toothed rotational member to engage belt followers for reliable propulsion.

A vehicle-based conveyor system maneuvers between logistics unloading points to transfer stacked goods efficiently.

An automated tube pickup mechanism and elevator stack round tubes into a box plunger, reducing manual labor time.

A transverse endless belt diverts articles across a conveyor module via selective roller activation.

Extending the upper conveyor past the lower belt confines folding boxes, preventing edge damage and misalignment during stacking.

Cam-actuated carriers lift and translate articles across the belt width, preventing damage from friction while ensuring reliable diversion of small items.

Lateral traction mechanisms maintain pretension in plate stacks while a counterholding unit prevents dropping during vertical lifting.

Non-contact sensors measure cover rubber distance to determine wear, resolving the trade-off between detection precision and broad range coverage.

Parallel fluidic actuators and bias systems replace complex mechanical linkages, reducing device complexity while maintaining high positioning accuracy.

Counter-rotating brushes with a vacuum system remove saw dust from lumber, preventing processing bottlenecks on longer boards.

A support plate line distributor uses movable plates to route material across multiple tracks.

A conveyor weighing apparatus calculates material weight using load determination devices and drive parameters.

Pre-shaped housing seat aligns ASi-interface cables to prevent piercing needle damage and electrical connection failures.

A container guiding device uses a spiral control element to convert rotational drive motion into precise linear displacement of guide elements.

A dispensing device positions a second feeder unit downstream to take over when the first unit empties, enabling continuous operation.

A remotely operated vehicle uses an upper base engaging a downward-facing guide system to stabilize movement along horizontal rails.

A polyester conveyor belt cover with monofilament weft prevents buckling and bacterial accumulation by maintaining alignment and flexibility.

An adjustable clamping starwheel uses synchronized upper and lower rings to grip containers securely.

Symmetric steel cords balance deflection forces in coreless crawler bodies, preventing separation from drive sprockets and extending product lifetime.

A spiral chute assembly guides packages from upper to lower levels using inclined entry slides and curved surfaces.