Bulk Conveyors TRIZ Cases

Vertically spaced nozzles distribute seeds via air entrainment, resolving the trade-off between high-rate volumetric metering and precise singulation.

Segmented apertures in the outer sleeve divert air around blockages while maintaining carrier passage and minimizing pressure loss.

A deviation handling apparatus inspects granulated products using a storage section and switching valve to isolate off-specification batches.

Segmented light blocking pattern prevents blue pixel texture defects caused by column spacer shock.

Segmented rotary valves and a pressurized intermediate channel enable continuous solid particle transfer without gas leakage between different pressure zones.

Pneumatic transfer prevents hot soft gels from sticking to surfaces, eliminating machine shutdowns for cleaning.

Controlled pipeline roughness stabilizes pneumatic transport of water-absorbing resins, preventing property degradation during industrial-scale production.

Multi-hole injector drives pneumatic bulk material transport through a feed hose, eliminating dust generation and reducing equipment weight.

A conveyor device detects rotor-to-housing capacitance for precise gap width monitoring.

Segmented airlock sequencing manages discharge timing to resolve the contradiction between high transport capacity and strict pressure stability.

A pneumatic conveying system uses an elephant bionic trunk pipeline with a gradually enlarged inner diameter to move bulk materials.

A cellular wheel sluice uses paired pressure equalization openings to subject individual cells to ambient pressure.

Integrated aerators fluidize sticky solids in a V-shaped trough, preventing lumps that block pneumatic hoses during fine powder transfer.

A displacement device couples with hardware components to enable fluid actuation within a conduit.

An electronic pipe lock secures stationary vessel inlet pipes using a motorized actuator and retractable locking mechanism.

Segmented storage with a low-capacity filter receiver enables rapid feed rate adjustments within seconds, eliminating pipeline blockage risks.

Electric linear actuator rotates pivot arm to laterally move guides, eliminating manual changeover time for varying bottle widths.

A pressure tank uses check valves to intermittently feed powder into a conveying pipe.

A micro-rotary valve recovers excess powder from a storage hopper for precise re-injection into the main transfer line.

An asymmetric trough utilizes the Coanda effect to redirect material flow, reducing tangential velocity and erosion at the valve outlet.

A pulse controlled material delivery system conveys solids in dense slugs to reduce fluid mixing and increase solid-to-fluid ratios.

Pressure sensors detect stagnation in pneumatic pipelines and trigger localized gas injection to prevent blockages while reducing overall energy consumption.

Pressurized air fluidizes bulk seasonings through apertures to create liquid-like flow, reducing dust generation and equipment wear during pneumatic conveyance.

Staggered lock hoppers and a circulation loop maintain steady material flow, reducing concentration fluctuations in high-pressure systems.

Interlocking grooves and strips align seals on rotary feeders, resolving manual positioning errors.

Deformable baffles in pneumatic tubes propel fruit via pressure gradients, reducing bruising and labor time during harvest.

Insulated spools within a grounded metal housing detect foreign matter while suppressing stray current interference from pipe conveyor systems.

Pivot feet and adjustment arms modify blade height and angle without unbolting, reducing downtime.

Piloted shut-off valves store pressurized gas in injector arrangements, reducing energy consumption and preventing pipeline wear.

A bulk material removal device uses a vertically lifting extraction head to access storage areas.

Segmented vanes and dynamic speed adjust the trade-off between air-tightness and seed size flexibility.

A powder unloading device uses a shearing unit to impart mechanical shear energy for pneumatic delivery.

A potential fluidization device uses depression-creating means to stabilize bubble pressure and flow within the aeroduct.

Piezoelectric sensors detect commodity impact on a diverter to identify blockages and ensure consistent seed distribution.

A cellular rotary valve uses internal cavity overpressure to stabilize the drive shaft and enhance sealing integrity.

A vertical pneumatic separator deposits granular material upward within a silo tube using controlled airflow choking.

A control device manages granular material density and flow rate in a carrier line using dedicated units.

Individual fan shrouds regulate pressure to ensure uniform seed dispersal across varying line lengths.

Variable suction power prevents wall adhesion and angel hair deposits by maintaining consistent granular material transfer speed.

Asymmetric angular configurations in gas lines maintain particle suspension, preventing adhesion and ensuring rapid solidification of extruded materials.

Gas flow transports foamed polymer particles through pipes while wetting them with a water-based lubricant to prevent wall adhesion and blockages.

Dual-tank pump system creates alternating vacuum and pressure cycles to move live fish between receptacles.

A recess in the rotary feeder housing houses the shear edge assembly and doctor blade to protect internal surfaces.

A double-layer tube combines high chromium cast iron and elastomer to enhance wear resistance.

A double-layered suction nozzle removes powders and granular materials from containers using a movable table system.

A self-supporting tubular boom encloses an air gravity conveyor, eliminating bulky truss work to reduce capital expenditures and height requirements.

A hopper tee integrates a ledge to accumulate granular material, forming an internal wear pad that protects the transition zone from abrasion.

An elongated inlet conduit with increasing cross-section manages air stream velocity in particulate loaders.