Liquid Flow Controllers TRIZ Cases

Real-time sensor data on water conditions enables automated pump adjustments that maintain consistent beverage quality while reducing manual intervention.

A retractable tap uses a pivoting handle lever to actuate an inner sleeve valve.

A universal manifold with angled ports and an exchangeable washer system delivers chemical liquids to storage containers.

A biosurgical adhesive applier with a pivoting tip portion dispenses liquid adhesives at multiple angles through a flexible conduit.

Attachment arms secure the container while venturi action mixes chemicals, resolving limited flexibility in connecting external diluent sources.

Disposable plastic containers eliminate heavy metal keg handling and complex cleaning infrastructure while maintaining optimal beverage quality.

A closure cap integrates a dip tube and flexible flow pipe into one unit for rapid liquid withdrawal.

A rotomolded insulated beverage dispenser features a multifunctional lid housing a pressure regulator and quick-disconnect fittings for rapid keg coupling.

Off-center port design guides flexible container placement within rigid tote structures.

A submerged pump reservoir maintains liquid levels via bleed and recirculation paths, eliminating messy changeover processes that expose pumps to moisture.

Electronic control in a pour spout ensures precise liquor dispensing and accurate volume accounting.

An optical sensor activates a pump upon container detection, eliminating physical contact and reducing germ transmission risks.

A connector assembly couples multiple beverage containers via a valve and locking plate mechanism.

Segmenting the cooling process protects dispensing reliability by pre-chilling diluent above zero degrees before final subzero carbonated solution chilling.

Networked computing device enforces age restrictions by selecting authorized valves based on user identifiers, ensuring accurate billing.

A beverage extractor uses a needle to inject pressurized gas into sealed containers for controlled dispensing.

Nested folding legs minimize storage volume while multiple spigots resolve single-user bottlenecks.

Segmented base flaps deploy perpendicular to the housing to prevent tipping, eliminating assembly time and anchoring needs.

Separate needles introduce inert gas and extract liquid to preserve seal integrity while preventing oxidation during repeated extraction.

A sensor detects containers to activate liquid dispensing in a wall-mounted bottle filling station.

Hinge assemblies articulate the tap wall from a recessed shipping position to an extended dispensing orientation for easier coupling.

Removable pipe stopper prevents clogging and residue stagnation in industrial tasting taps by eliminating flow guide chambers.

A single-piece plastic dispensing tap features an integrated non-return valve and self-driven safety mechanism.

A rotating lever engages threaded collar threads with spout threads to affix the lid, preventing liquid spillage during manual dispensing.

A tap line cleaning system uses a vapor barrier to separate beverage and cleaning solution during on-demand maintenance cycles.

An optic sensor detects syrup presence in transmission lines, preventing carbonated water dispensing.

Segmented tray channels ice into receptacles via sloped walls, eliminating manual filling delays.

Segmented insulation and pressure regulation resolve portability constraints while maintaining consistent temperature and flow.

A portable spirit dispenser integrates a digital portion control system with casters for mobility.

An elastic element drives a movable closure component axially to seal the liquid outlet upon detachment, preventing tobacco liquid leakage during refilling.

Optimized guide supports above the channel wall reduce flow resistance for viscous liquids while maintaining reliable sealing.

A liquid pourer device uses a venturi effect to retain fluid in the spout after dispensing stops.