Solid Material TRIZ Cases

A continuous filling device uses meandering transport paths to move packagings between dispensing units.

A rotary element system rotates at variable speeds to distribute product doses uniformly across multiple filling seats.

A dosing device uses an ionizer to neutralize static charges on non-conductive vessels during sample transfer.

A waste liquid container uses a side wall protrusion to guide insertion into the recording portion.

Segmented aluminum manifolds with valve-controlled outlets ensure uniform resin coverage and cure across large composite surfaces.

A rotary shutter mechanism segments continuous product flow into discrete doses, reducing weight variability across filter bags.

A rotary packaging machine silo uses a controllable closing member to regulate bulk material flow into the storage volume.

A liquid dispensing fitment uses a sensor and operating arm to automatically close the tap when the required volume is reached.

An extendable tube assembly and direction adjustment mechanism enable precise positioning of the oil filling funnel relative to the engine.

A package assembly uses a rupturable seal to release marinade into meat upon pressure application.

A thermoforming tool creates a hollow floor with varying thicknesses using plug assist and gauge pressure.

Folding bars flatten transverse seals to prevent damage during shipment, resolving seal integrity issues in flexible packaging.

Segmented processing units distribute paste goods evenly, resolving uneven packing density limits.

A packing machine uses a spreading device to pull out side gussets from open bags, creating a larger filling opening.

A fuel tank opening-closing device uses segmented nozzle detection parts to reliably unlock the flap valve mechanism across varying fueling nozzle diameters.

Preliminary empty container weighing combined with parallel conveyor operation resolves the contradiction between measurement precision and productivity.

A modular filler neck system uses interlocking inserts to convert between capped and capless configurations.

Multiple flow channels in the filling valve prevent overfilling and clogging when bottling liquids with solid matter.

Controlled vibration prevents blockages and ensures uniform flow, resolving productivity trade-offs in automated powder filling.

Welding beverage capsule lids directly to reinforcement edges eliminates filtering material at the seal interface.

A gas-based apparatus compresses bulk material within a channel assembly to isolate portioned instances using pneumatic discharge.

Dual feeders and a load cell weigh smokable product within tolerance, resolving inaccuracy from manual volume methods.

Segmented compartments with a frangible seal enable material transfer between distinct chambers, resolving bottlenecks from identical chamber geometries.

Pneumatic linkages convert vertical motion into elliptical vibration, preventing containers from walking off the table while settling contents.

Adjustable slip conveyor segments direct snack products to weighing machines via variable gap spacing.

Vacuum suction removes air from powder in a filtering tube to maintain constant flow rate and prevent oxidation during packaging.

Rotating magazine holds cut cucumber spears while actuators push them into container centers, eliminating manual packing delays.

Integrating heating into the metering valve eliminates separate welding steps, reducing hygienic contamination risks in aseptic environments.

Segmented holders move independently to resolve guide complexity and space constraints in bag filling.

A handling device uses longitudinally movable gripping arms to exchange open-mouth bags on a rotary packaging machine.

Stationary grippers buffer empty bags, reducing conveyor mass and vibration while allowing bottom weld cooling without active units.

Additional jaws stabilize a film bag section below the primary clamp, preventing creases and reducing mechanical stress during filling.

A rotatable apparatus with funnels and arms directs material articles into containers moving along an arcuate path.

Longitudinal displacement of the attachment head adapts valve bag transfer mechanisms to varying widths without complex couplings.

A transformation system dynamically modifies nutritional substances to optimize content and quality.

Side insertion into arcuately extending arms eliminates retaining rings and reduces lifting burden during maintenance.

Offset gripping means prevent fold formation in sacks, ensuring clean weld seams and stable stacking of filled bags.

Gas injection accelerates vegetable products via the Venturi effect, preventing jamming in narrow conduits and reducing film consumption.

A closed-loop conveyor system synchronizes linear motion with a heating carousel to enable continuous thermoforming of plastic blanks.

A filling spout transfers displacing air into a collecting tank using pressure surges generated during bulk material packaging.

Sensors measure container void space while processing means calculate required material volume, eliminating manual estimation errors and reducing waste.

A combined weighing system uses upstream and downstream X-ray inspection devices to verify product weight and article count simultaneously.

A fluidizing hopper uses pressurized gas streams to suspend solid particles and regulate flow through an inflation valve.

A medicine dispensing device uses posture keeping and measuring members to identify vial bottle types.

Segmented crate walls nest in a base recess to maximize transport volume while maintaining structural integrity.

A rotating carousel with individually rotatable pickers transfers closing seals from a fixed magazine to containers.

Rotating side walls in a packaging receptacle enable flexible orientation of units, resolving slipping and damage risks during grouping.

A dosing device uses a vibration-isolated platform to weigh loose infusion product in a stationary position.