Conveyors TRIZ Cases

An adjustable AGV carrier shifts sideways to align delivery and storage chutes, improving container discharge reliability at picking shelves.

Arcuate lug faces and tangent-plane gear contact prevent conveyor surface jumping, reduce chain-link stress, and extend net chain life.

Localized anodizing, heat treatment, or material changes harden high-contact link areas to cut conveyor belt wear and maintenance.

Dedicated thrust units on sorter slopes apply constant force to cut carriage link stress, wear, and drive oversizing on steep level changes.

Structured mixed-case layers with flat-topped stacks improve pallet stability and packing efficiency in automated retail palletizing.

Retained couplings let necking machines adjust starwheel height and replace pockets quickly without lost fasteners or misalignment.

A separate powered lift raises a transportable conveyor platform, letting mobile robots deliver loads at height without draining battery power.

Segmented transport sections and separating devices prevent container mixing during type changeovers, cutting downtime and manual intervention.

An angled running surface turns damaging lead edges into falling edges, easing rail profile alignment and tolerating assembly variation.

A centerline notch and rotatable rollers cut sprocket friction and wear while improving chain durability, vibration behavior, and assembly.

A staged roller mounting process tensions the drive element before final support fixation, speeding conveyor assembly and torque transfer.

Networked modular controllers detect connections, share configuration data, and track articles to reduce jams, collisions, and replacement effort.

Metal fibers embedded lengthwise hold glass fibers in place, keeping the process belt non-stick, stable, and air-permeable over prolonged use.

Sliding bottom panels on sidewall guide tracks open conveyor internals for one-person access, cutting downtime, labor, and disassembly.

Transfer chains replace running lifters and consolidate pallet handling areas to cut floor space, cost, and maintenance.

RFID cargo identification and adaptive multi-parameter sensing improve cargo hold hazard detection and reduce manifest tracking errors.

A gripping manipulator moves cut bars from the measuring path into more storage compartments without gravity unloading, reducing noise and waste.

A one-piece crimp-and-connector fastener reconnects steel cable conveyor belts quickly without vulcanization presses, cutting downtime.

Movable compartments and liftable supports automate bar storage and delivery, reducing manual handling and downtime during bar format changes.

Flexible brush drop bars seal furnace-to-pallet car gaps to curb dust and gas leakage while preserving movement and sealing durability.

Branching can body routes around mixed-speed printers preserves throughput while allowing shared heating, cooling, and inspection facilities.

Twisted branch passages orient weld nuts before merging, reducing collisions and eliminating stopper-pin maintenance.

Spring-loaded catches engage the conveyor beam T-slot for quick guide rail changes while maintaining stable alignment and secure mounting.

A rotating insert-and-latch mount fastens conveyor holders to frame profiles without screws, cutting installation time and avoiding protruding fasteners.

A fixed center of rotation lets torque adjust belt tension precisely and repeatably, improving transmission while protecting component life.

Freely pivoting cart casters are guided by fixed rails in the collection chamber, enabling orderly storage and less manual door handling.

A two-piece sprocket assembly lets conveyor sprockets be replaced without full shaft disassembly, cutting maintenance downtime.

Air bearings let heavy machine modules slide apart with far less friction, improving maintenance access and reducing fulfillment-center downtime.

A classifier and inverter route large film products for inspection while reducing wrinkles, creases, and scratches during transfer.

Precomputed airflow and vacuum settings keep floating height stable as workpiece coverage changes, avoiding slow sensor-based adjustment.

A spring-biased roller tensioner automatically compensates for silicone belt stretch in printing cooling modules to maintain alignment and reliability.

Curved roller or disc deflection with a nearby pressure element shortens insertion distance and keeps panel transport stable for short workpieces.

Profiled or tapered false teeth engage belt grooves to reduce bearing-layer stress and allow smaller-diameter winding with lower breakage risk.

A complementary fleet angle evens tension in twisted flat belts, cutting sidewall abrasion and extending angular drive service life.

Pressurized air creates suction to pull and blow string through innerducts, quickly revealing obstructions before fiber installation.

Coordinated suction and airflow lift the top metal sheet to form a suction chamber that removes adhered separating foil without manual handling.

A bendable pull tool uses a breakable attachment point to protect paper machine belts from overload damage and cut installation downtime.

Pivoting supports and separate carriers align and join a vehicle body and chassis with higher precision and smoother station transfer.

A separating device between transport sections prevents A/B container mixing during changeover, cutting downtime and enabling earlier restart.

Resilient guide-pin clamping stabilizes containers during trimming, threading, and spin forming to prevent rotation-driven defects.

A movable tensioning roller and bell crank keep treadmill belt tension nearly constant during platform vertical movement, preventing belt disengagement.

A constant-length drive band on a movable wheel cross-plate cuts belt wear and maintenance in rail-guided container handling vehicles.

Automated store positioning and bar removal cut manual crane handling, improving transfer efficiency, operator safety, and bar integrity.

Dynamic bin reassignment and sensor-guided parcel handling reduce bin count, space use, and divert complexity while keeping sortation accurate.

A bridge-mounted conveyor unloads cut parts directly from the transport table, cutting manual handling, robot complexity, and cycle time.

Metal lamellar inserts stiffen plastic conveyor supports, limiting thermal and load deformation for more stable articulated link motion.

A motor-driven four-bar and rocker-slider mechanism raises and locks ROV wheels with better stability, lower force, and less space.

A planar spiral hose assembly cuts vacuum circuit bulk in flat object carriers, reducing weight, depth, and construction complexity.

A focal-line laser and vacuum conveyor cut sheet glass at high speed while limiting particles, melt edges, handling time, and scrap.

Mobile sensing and deep learning replace manual shelf checks to detect missing price signs, stock gaps, and layout errors across stores.