Conveyors TRIZ Cases

A bypass carton accumulator uses a movable stopper and pick apparatus to store cartons adjacent to a conveyor line.

Neodymium polybutadiene rubber in the carry cover layer resists abrasive mining damage while maintaining adhesion to the belt carcass.

Unidirectional motion eliminates collisions, reducing noise and abrasion on sensitive coatings.

Vertical stacking of flat side outlets in a coin sorting chute increases throughput while minimizing device height and shunt switch paths.

Conveyor flooring transports cargo from rear to front, reducing manual labor intensity during loading and unloading operations.

Segmented conveyor stations automate crate handling to resolve the contradiction between high throughput and operational complexity.

A roller track adapter conveys core trays between horizontal and inclined planes.

Perforated metal conveying surface prevents broken glass wedging while maintaining low drive energy through lightweight support structures.

A movable cleaning blade follows the driven roller to maintain uniform contact pressure with the transfer belt.

A movable buffer system uses an inclined track and transmission mechanism to slide storage trays vertically within overhead hoist transfers.

A magazine storage device uses a lifting and lowering mechanism to change delivery height for seamless component transfer.

Segmented pocket modules adapt receiving spaces for beet harvesting, reducing maintenance time and improving capacity.

Annular guide rails bear the material pushing unit weight to reduce chain noise and extend service life.

Angled side elements maintain parallel guide contact to distribute load evenly, reducing friction and noise from irregular axial displacement.

A hydraulic container packer uses a push blade assembly to compress bulk materials into shipping containers.

Telescopic spring links extend and retract to eliminate slack in rigid arms, reducing processing time at distant gates.

Oblique reinforcing ribs distribute forces across unbroken walls, reducing material usage and injection molding time.

An asymmetric triangular lifting column reduces material volume and space requirements while maintaining structural rigidity for stable layer deposition.

Lifting device positions airline service carts to conveyor height, resolving manual loading bottlenecks while maintaining simple construction.

Fluid guiding structures on modular conveyor belts deflect cleaning jets into hard-to-reach gaps, improving hygiene without aggressive disinfectants.

Segmented guide segments reduce abrasive wear on chain modules by allowing pollution discharge through free interspaces.

Flush mounting surfaces eliminate hook interference and body bending, ensuring accurate positioning for larger fluid containers.

Deployable needles penetrate soft food to grip it, preventing surface fouling and clogging during high-speed handling.

A non-contact conveyance device uses compressed air ejected at acute angles along a flat facing surface to hold objects without physical contact.

A magnetic conveyor system presses veneer sheets between opposing elements to eliminate air entrapment and misalignment during automated stacking.

Apical regions on modular conveyor links reduce friction and energy consumption while improving heat transfer efficiency for food products.

Automated picker retrieves bins from dynamic racking structure compartments to resolve throughput bottlenecks in high-density warehousing.

Opposed belt assemblies drive dry coal through a linear passageway, eliminating shear failure zones and flow stagnation.

Masked payload identifiers hide destination data from the conveyor while enabling mobile drive units to determine local routes and synchronize transfer timing.

Laser contouring and ultrasonic breaking replace slow etching to improve productivity.

Segmented roller modules reduce transfer gaps to maintain accurate dynamic weighing of heavy loads.

A mobile automated container handling device moves storage containers within a cavity using an engagement means and drive unit.

A cart loader system uses a bypass mechanism to move carriages between loading and operator ends.

A sensor-based stockpile control system measures conveyor position and pile distance to automate precise material placement.

Segmented belt sections attach to asymmetric receptacles, reducing drive housing mass and simplifying cleaning in food processing lines.

Segmented conveyor modules with parameter-adjustable star wheels reduce changeover time while maintaining container orientation.

Station-specific detection devices record guide roller vibration values to identify faults and enable predictive maintenance.

A flexible mushroom conveyor uses a twister mechanism to rotate the belt plane for lateral discharge.

A movable rail repositions along a support track to bridge gaps between fixed sections.

Rolling elements reduce friction stress on pallets, enabling automated loading.

A multiline scanner uses a multi-row sensor array to capture images of objects on a conveyor belt without mechanical focusing.

Electromagnetic heating mechanism separates walnut red coats through thermal expansion, resolving quality degradation from alkaline processing.

A sorting facility uses a detector and analyzer to monitor article trajectories for automatic conveyor parameter adjustment.

Segmented star wheels maintain precise container distance during continuous transfer, preventing wobbling and self-rotation.

A meat singulator uses a paddle wheel to align food pieces into single rows on a conveyor belt.

An evaluation device analyzes these load curves to detect defective chain links, preventing wear and extending service life.

Sensors monitor unpacked depth to calculate empty volume, generating loading instructions that improve productivity and safety.

A lashing aid device attaches to intermediate bulk container frames using frictional fixation and rim-aligned strap guides.

Integrated trough-shaped crossbars eliminate separate side walls, reducing material costs and assembly effort while preventing detachment.