Liquid Flow Controllers TRIZ Cases

Segmented design positions the actuator below the housing wall, eliminating upper access constraints for service technicians.

Concentric outlet openings eliminate irregular mixing caused by parallel flow along partition walls, reducing squeezing forces and extrusion energy.

An insulated container maintains liquid below 41°F while a check valve prevents backflow during dispensing.

Nested inner containers and connector assembly enable joint beverage dispensing while reducing space requirements and waste.

Sliding integrated legs lower the center of gravity for transport stability while raising the tank for efficient gravity-fed fuel dispensing.

A reclosable beverage cartridge valve reduces material waste by enabling reuse through reliable pressure containment.

A liquid dispenser integrates a display portion with an electrical control system to project motion graphics during injection.

An elastic sleeve ring and pliable tube transfer perfume through the press ejection head, preventing leakage while accommodating various bottle sizes.

Segmented sensors on a moving apparatus detect obstacles to adjust travel routes, resolving the trade-off between safe navigation and system complexity.

An accelerometer measures container tilt angle to calculate dispensed material volume in real time.

A beverage mixing nozzle uses a disruption plate and stepped internal walls to induce thorough fluid homogeneity.

An inner holding device spaces a wall from the outer container to fix object position, ensuring uniform flavor infusion and consistent aesthetic display.

Segmenting vertical grip points into side and base recesses resolves handling difficulties for heavy 10 kg containers.

A portable beverage dispenser uses a detachable gas canister and pressure regulator to pressurize the reservoir for controlled dispensing.

An air inlet prevents vacuum formation during pouring, ensuring smooth single-handed operation of the liquid dispenser.

Separating the coupling portion prevents contamination during assembly while asymmetric pump placement ensures simultaneous discharge at a predetermined ratio.

An interruption valve controls carbonated beverage flow in collapsible containers using pressure thresholds.

A beverage dispensing adaptor merges tap actuators to mix liquids simultaneously, eliminating manual ratio adjustments.

Interlocking bottom flaps create a self-supporting stand that elevates the carton, eliminating separate stands and simplifying glass positioning.

A liquid sales management device measures dispensed flow rates to track inventory levels in beverage supply systems.

One-piece molded plastic springs urge valves to close outlets, preventing vapor locks during inverted storage and transport.

A modular flow control manifold design enables toolless servicing of high-pressure fluid systems.

A composite valve trim assembly establishes selective passage for user-chosen diluent flow paths within a beverage dispensing system.