Conveyors TRIZ Cases

See how a movable platform with two-dimensional dispensing distributes ice cube bags into even

See how a movable safety plate and sensor system automatically stops or reverses drawer motion

See how a tiltable chain conveyor assembly pivots between operational and cleaning positions wh

See how a circulating conveyor with form-fitting holding elements enables intuitive loading by

See how a meandering conveyor with self-aligning retaining elements enables continuous dishwash

See how a radiant cooling system with chilled panels and thermal barriers maintains multiple te

See how chiller units and zoned air circulation maintain ±2.5°C precision in densely packed gri

See how stackable sifter bins with drainage holes and central knobs enable dishwasher-safe, han

See how zoned horizontal airflow in spiral conveyors solves uneven thermal exposure from variab

See how an auxiliary guiding member with low-temperature resistant material prevents cryogenic

See how a comb-like distribution element with rocking motion disperses bulk solids to prevent a

See how a two-angle conveyor belt with protrusions uses center-of-gravity sorting to lift speci

See how rotatable connecting members join multiple supports to convey elongated promotional obj

See how a filtering module with continuous ventilation replaces automatic doors in factory tran

See how a buffer station decouples filling and sorting operations, allowing continuous bag fill

See how a unified grid storage structure maintains separate temperature zones using segmented c

See how vertical tray nesting, rotatable fork transfer, and elevator positioning organize cooke

See how a rack master, turn skid, and automated guided vehicle replace manual handling of cylin

See how actuators and sensors autonomously compress and distribute unfolded laundry in containe

See how individual tote climate control resolves the vertical space underutilization caused by

See how automated identification and database-driven routing reduce manual sorting labor and ti

See how a modular cooking system uses AI-controlled ingredient discharge and conveyor modules t

See how a mobile container with enhanced refrigeration recirculates sanitizers during precoolin

See how multiple sensors at different heights and positions detect dish geometry to distinguish

See how individually climate-controlled totes enable vertical warehouse space utilization by se

See how a rotating tray mechanism with limit track and rollers resolves the contradiction betwe

See how segmented clamps align rectangular laundry edges in stages to enable reliable high-spee

See how plastic deformation at a point spaced from the edge creates upward curvature and negati

See how plastic deformation introduces upward prestress in a shelf base, reducing downward curv

See how modular swing arms with oscillating brushes and adjustable orientation clean all surfac

See how an elevator, rotatable fork, and shuttle organize cooked food in stacked trays, maintai

See how a turning wheel and gravity-fed ramps automate tableware reorientation and waste remova

See how refrigerant-filled pockets in container walls enable passive cooling for frozen goods s

See how vertical stacking and multi-functional robotic handling enable continuous tray reloadin

See how dual recessed parts and a solenoid-actuated projecting part lock returnable boxes durin

See how an automated rack system with dual forks, turn skid, and sensors eliminates manual hand

See how a spiral-conveyor steam chamber enables commercial sous-vide cooking at 150–200°F to el

See how a transportation machine moves articles between compartments based on temperature needs

See how an insertable tablet receptacle enables accurate stocktaking by reusing the dispensing

See how movable workstations with lifting points, positioning markers, and vertical stacking ad

See how an automatic unloader transfers printed garments from pallets to a drying belt, reducin

See how segmented air supply and exhaust ports across shelf layers ensure uniform ventilation i

See how positioning refrigerated storage within 200mm of the cooking tank reduces transport tim

See how integrated modular lane dividers with lateral conduits maintain product separation whil

See how a rotating comb-like distribution element prevents material accumulation on conveyor be

See how a conveyor toaster uses input sensors and dynamic belt speed control to reduce wear dur

See how a sliding belt portion scrapes frozen juice from injection plate holes to stabilize coo

A 1 MHz reading device enables reliable garment data capture from closely spaced hangers, boosting sorting capacity without interruptions.

Series elastic supports cut FOUP shelf vibration while preserving load capacity and countering tilt from the lid-side center of gravity.

An axially movable screw and integrated bore seal block water vapor and air ingress, preserving dry loose product and accurate beverage dosing.

Baffle-defined frying chambers restrict air ingress, recapture steam, and keep debris out of oil to improve fryer efficiency and safety.

Paired clip carriage feeding and edge-sag measurement raise laundry transport throughput while identifying item type and dimensions.

Asymmetrical pivoting carrier plates and gap plates enable smooth tight-turn conveying with a continuous support surface in confined spaces.

Roller carriers in a continuous oblong track let diners manually move food around a table without motors, reducing friction and easing cleaning.

A flexible bottom wall and clutch coupling let conveyor-carried transport bags unload and re-close automatically with precise station alignment.

An interlocked dual crimped warp weave boosts fastener pullout resistance while keeping conveyor belts flexible for multi-ply use.

A movable vacuum box loads and sorts textiles directly into overhead trolleys, cutting manual steps without increasing system height.

Pressurized fluid cushions support wafers without contact, improving thermal uniformity while reducing contamination, slippage, and ESD risk.

A wedge-pin clamp replaces rust-prone threaded skirtboard fasteners, making conveyor pressure adjustment easier in dusty, hard-to-access areas.

Radial sub-holes and alternating intake-exhaust patterns cut air use while keeping pressure uniform for stable, damage-free transfer.

A routing conveyor and higher outbound lane ratio reduce pallet handling delays, traffic jams, and shuttle dependence in automated warehouses.

Imaging-guided gripping locates favorable grasp points and aligns separated laundry items for reliable automatic feeding to folding or mangle lines.

Pressurized cooling fluid moves food through segmented conduits for rapid cooling while limiting heat transfer medium crossover and waste.

A pivoting roller mechanism keeps conveyor belt height stable near sealing heads, correcting drift accurately even when the belt is bent.

A mobile beam-positioning template enables off-site rack segment assembly with accurate spacing, less lumber waste, and lower labor needs.

A manually advanced hook chain keeps blister packs aligned and allows one-at-a-time removal without spring pushers or motorized transport.

Localized pressure and vacuum control at edge zones stabilizes thin flat objects, reducing deformation and collisions over gaps.

Opposed conveyor belts position compressed springs between fabric layers, enabling sequential welding that cuts pocketed spring unit cost and complexity.

RFID tags, an RF interrogator, and a comparator validate picked articles on the move, catching missing or wrong items before dispatch.

A pivoting slotted transport channel rotates eggs through a meandering path so heated water wets the full shell in compact pasteurizers.

Alternating layer turners and a moving stack table speed anode-cathode stacking while reducing separator tearing and misalignment.

Air bearings float a movable cargo plate so aircraft loads can be repositioned quickly to maintain center-of-gravity balance and flight stability.

Adsorption pads with a rotating support hold stacked electrodes and separators during transfer to prevent tearing and improve battery cell production.

Removable glide bearing cartridges cut noise and vibration during wheel-lift direction changes while preserving smooth, repeatable motion.

A detachable hoist built into the tool frame lifts chamber covers in tight cluster layouts, cutting maintenance time, labor, and downtime.

Grouped battery handling coordinates inspection, storage, and retrieval so matched sets exit together while keeping inspection devices running.

A removable-cartridge glide bearing smooths wheel raising and lowering in storage robots, cutting vibration, noise, and maintenance.

A winch, transfer rollers, and guide rollers let heavy battery modules be separated from racks more safely and moved in alignment with lifts.

Multiple 2D X-ray views reconstruct electrode sheet edge positions in a stack, enabling faster battery production quality checks.

Multi-stage shaft alignment and a flexible coupling let a gearless conveyor drive fit existing installations with faster motor-to-pulley setup.

A transfer vacuum chamber acting as a load lock keeps the treatment atmosphere stable during carrier exchange, raising substrate throughput.

Temperature sensors, fans, and Peltier cooling keep a load handling battery stable in chilled zones without enlarging the vehicle footprint.

A two-position rotating body aligns rubber plug orientation with one simple actuator, avoiding costly three-position control and extra complexity.

A wire-pulley cable carrier moves fiber and electronics cables above racks in one pull, cutting ladder repositioning, cable damage, and injury risk.

A switching arrangement lets a regenerative drive draw power from solar or wind sources without separate circuitry, cutting cost and complexity.

Arc-shaped radial nozzles guide pressure fluid by the Coanda effect to reduce eddies and pressure loss for stable non-contact workpiece holding.

Eccentric wheel positioning enables stable grid-direction changes with lower torque and less mechanism complexity for container handling.

Movable third shelves open transfer clearance while multi-group vertical shelf layout increases carrier capacity in substrate processing.

Regenerative braking stores motor energy in each stocking vehicle, cutting AMHS power demand and allowing more wafer-handling vehicles to run.

A funnel-guided tool and twist-release mechanism align and secure fragile cartridge parts, improving aerosol device assembly reliability.

A battery placed above the container space balances center of mass and uses thermal management to improve stability and battery life.

A movable tray platform automates jaw tooth and sucker changeover, cutting battery module line downtime and reducing manual handling risks.

An extension member blocks misoriented battery cell baskets at vertical stops, preserving electrode orientation before welding.

Direct vehicle-to-vehicle wafer handoff across fab OHT tracks removes interface devices, easing congestion and saving clean room space.

Telescoping conveyor sections and a movable operator platform extend into trailers to reduce strain while improving package loading and unloading.

A ceiling-mounted rotating plate keeps semiconductor carriers level during overhead storage and transfer while improving space use and contamination control.

Deformable grounding pads with teeth scrape rail coatings during fastening, creating a durable conductive path without separate grounding washers.

A coupling clip cushions and straightens secondary battery electrode leads during sealing and transfer to prevent tab damage and line defects.

A mobile trailer combines battery swapping, onboard charging, and renewable power generation to support EVs in remote areas without fixed stations.

Magnetic repulsion and sensor-based transfer control reduce stopper impact on battery trays, helping prevent crack defects during handling.

A rotating vacuum carrier with a check valve keeps peeled display materials clean and cuts lamination time by avoiding re-loading.

Rail-guided carrier robots reorganize package racks inside vehicle cargo areas to speed loading, sorting, and delivery access.

Maglev vertical motion and horizontal path control help a tower lift move containers across layers with less waiting and higher transport efficiency.

Batteries charged during rail travel let FOUP carriers run in cable-free fab zones, avoiding cable entanglement and transport delays.

Isolated branch valves let one shelf module be replaced without stopping main purge gas flow, reducing contamination risk and operator workload.

Multiple rail paths to a shared access point cut vehicle congestion around delivery columns and keep container handling continuous.

Direct-drive torque motors remove drivetrain play in log sorting ejectors, improving discharge accuracy, sorting speed, and deposition order.

Selective cartridge transfer and jig adjustment let one line pre-align different stator hairpins with less space and faster changeovers.

Single-clamp vertical transport welding improves bipolar plate access, limits spatter contamination, and raises production throughput.

Non-overlapping operating zones let multiple loading vehicles fill one haul truck faster while preventing collisions in open cut mining.

Buffer bodies contact the container first to absorb load, reducing pin wear and particle generation while keeping precise positioning.

A controller selects the access direction that occupies fewer grid cells during article transfer, reducing blocking zones and improving transport flow.

An integrated guider in the rotating coupler keeps a ceiling vehicle body aligned through track switches without extra direction-change hardware.

Pivotable link arms and contact pads stabilize wafer stacking boxes during linear transfer, reducing shaking and wafer damage.

Pre-tested detachable storage, picking, and conveyor modules cut on-site commissioning and enable warehouse setup within hours.

A lift raises storage containers from a lower delivery level to an access opening, easing port congestion while hiding automated handling from consumers.

Preplanned wafer transfer and condition switching keep multi-cassette grinding continuous, cutting standby time and thickness variation.

A self-powered multi-level unit brings pruning, spacing, and fertilization into the field to cut plant transport time and labor.

Rear-mounted, downward-angled detection light avoids mistaking another ceiling vehicle for an obstacle while still detecting travel hindrances.

Translatable locating fixtures use longitudinal and lateral datums to prevent battery cell tolerance stack-up and improve module packaging.

Reflective restraining surfaces limit laser heating of dross conveyor plates, reducing deflection and keeping transport smooth.

Automated lifting and sliding rail positioning install goods delivery terminal modules at height, cutting manual work, time, and equipment needs.

Shaft-mounted load, temperature, and vibration sensing with self-generated power enables real-time idler diagnostics and earlier maintenance.

A push-rod valve cuts gas before nut arrival so the feeder holds securely in transit and releases cleanly at the target position.

Timed fingers, paddles, and photocell control create stable article gaps and orthogonal registration for high-throughput serialization inspection.

A pivoting pig holder aligns ports during transfer so pigs can be diverted between pipeline loops without interrupting fluid flow.

A pressure relief valve vents heat-driven gas buildup in a sealed conveyor drive roller, protecting seals and extending service life.

Independent carriers, robots, and mini load units handle containers in parallel to cut corridor space, downtime, and warehouse costs.

Using five or fewer uprights per four grid cells, this framework preserves stability while freeing storage space and speeding assembly.

Subsection-specific speed and acceleration limits keep container handling vehicles within local rail thresholds, preventing stops and crashes without slowing the whole system.

A locking frame and fastening plate keep the trolley securely engaged during lifting, preventing separation in slope gravity storage.

A movable control spout redirects grain forward, rearward, downward, and outward to fill trailer corners with less spillage and manual input.

Tracks belt type and wear to recommend replacement timing and machine setting changes that sustain processing quality with less downtime.

Movable containing and translation units order and transfer long bars automatically, cutting operator effort, format-change delays, and downtime.

A linear drive and detachable control mounting let bottle grippers adjust height quickly, cutting changeover time and maintenance downtime.

A telescoping mobile carrier replaces fixed docking and static platform heights to improve multi-object transfer flexibility and maintenance access.

Buffer-zone routing and container relocation keep automated storage and retrieval systems running during rail layout rebuilds.

Obliquely oriented textile reinforcement in the adhesive layer helps conveyor belt side profiles resist cracking under radial stretching.

A dual-filter unit uses a rotating mesh screen and wash nozzle to keep aluminum chips flowing through spiral conveyors without clogging.

Synchronized laser heads rotating with the bottle conveyor raise marking speed, reduce deformation, and simplify pressing mechanics.

Light-based links in a 3D storage grid replace RF to cut interference, improve security, and speed communication with handling vehicles.

Hardened stainless steel linking pins and bushings cut spiral conveyor chain elongation and galling, extending maintenance intervals.

By moving guide and drive mechanisms to the slider sides, this platform raises pallet stack capacity and cuts setup frequency.

Deployable covers block non-ordered compartments so users can safely collect items from an automated storage container without reaching moving parts.

Marking elements on the belt connection make splice locations easy to spot, cutting inspection time and maintenance effort.

A pivoted weldment and tensioning roller enable precise timing belt tension measurement in cross-belt carts without extra external space.

Partial route locking lets storage-grid vehicles reroute in short intervals, avoiding conflicts while cutting planning time and delays.

An overhead load handler retrieves stacked containers from a single grid space, improving access speed while preserving high storage density.

Computer-guided transport vehicles sort articles into order-specific containers, then remove filled containers for downstream processing with less labor and error.

Reader-based vehicle identification at the service grid updates robot status records automatically, reducing registration errors and collision risk.

Coordinated rotary and transverse arm motion turns conveyor-fed panels smoothly, avoiding abrupt acceleration that can damage panels and equipment.

Sensors detect trailer pose and wall contact so an autonomous robot can side-shift forks, align pallets, and unload safely in tight trailers.

Wheel sensor data and a trained model estimate creep to determine load handler kinematic state without added position sensors.

A liftable depth-sensing module on a navigation trolley automates warehouse pile counting, cutting manual checking time, labor, and errors.

Alcohol-based lubricant fed through modified pre-roll members cuts cannabis adhesion and clogging, enabling smoother high-volume production.

Adjusting pulley pitch, diameter, and wheel coatings improves belt tooth load distribution, cutting energy loss, wear, and NVH.

Partial route locking lets storage-grid vehicles reroute continuously, cutting route search time, waiting, and journey delays.

Simulation and machine learning monitor conveyor power and temperature, then auto-tune configuration to improve throughput and reduce downtime.

A vibrating chamber and reciprocating recess separate and place one glazing support at a time, avoiding airflow errors and stray granules.

Embedded sensors in conveyor clamping connections wirelessly track pressure, traction, and temperature without stopping operation.

Destination weighting lets a conveyor assign each item to a suitable placement location, reducing manual sorting time while keeping routing flexible.

By syncing goods positions with unshelving orders, nearby robots can guide picking from random storage without manual searching or transfer delays.

Sensor data is aligned with conveyor speed and offset time to track material across process stages and pinpoint quality issues.

Pivoting support elements and separate vacuum circuits help one gripper hold varying sheet metal parts securely at higher transport speeds.

Automatic socket signal detection lets a conveyor control unit identify drives and sensor types, cutting setup time and configuration errors.

Switching between production and non-production modes lets conveyor control collect weight-based learning data without reducing yield.

An elastic gear rim lets more baffle disks engage the feed chain, cutting noise, vibration, and wear in long livestock feed lines.

Pre-mounted support pins on a guided rigid chain enable repeatable reactor sensor placement, faster installation, and a smaller measurement dead zone.

An upstream suction hood and diffuser capture dust-laden air before proppant discharge, reducing turbulence, dust exposure, and material loss.

Orientation slots and a divider separate misoriented parts from pick-ready parts, improving robot picking without complex vision systems.

Movable target containers shift between transfer and grid waiting positions to boost sorting flexibility, speed, and space use.

Intermittent conveyors and suction transfer automate truncated-cone tubular element handling, improving packing speed, quality consistency, and labor cost.

Sensor feedback tracks conveyor contamination and friction, triggering targeted cleaning or lubrication to reduce waste and downtime.

Automated clamping, hanger motion, and sensor feedback close packaging bags after filling to limit powder scattering, agglomeration, and manual handling.

A movable inclined support stabilizes stacked articles in containers while the weighing device measures their weight.

A resilient scraper mount adapts to belt irregularities while limiting premature wear.

An image formation section projects a viewable aerial interface, letting users check baggage without touching the machine surface.

Buffer zones with upwardly extending hills and oppositely rotating screw feeders prevent clamping of larger food products in compact trenches.

Grooved clip spikes guide controlled deformation during insertion to prevent stripping, eliminating external matrix requirements.

A temporary storage system uses a grid-patterned travel rail to position vehicles above transfer ports and storage locations.

Segmented splice fingers nest into belt recesses to distribute traction forces, preventing joint loosening while maintaining constant thickness.

A conveyor belt uses a woven reinforcement layer with weft threads in edge sections to prevent fraying.

A piston with a receptacle accepts loose components from a hopper to deliver them in a known orientation.