Single-Unit Apparatus TRIZ Cases

Telescopic movement and independent rotation of the dispensing head resolve leakage risks during retraction and ensure reliable sealing in extended positions.

A cleaning device mounts to the user's arm and uses a pump to dispense liquid solution through a nozzle.

Flexible dip tube enables complete emptying while hollow needles perforate the reservoir without precise dimensioning.

A fluid dispenser system uses magnetic coupling to transfer liquid between parent and child units without manual handling.

A self-contained cosmetic airbrush system uses a diaphragm pump and peristaltic pump to deliver precise liquid spray.

A spray device uses a rotatable cover to protect the nozzle from contamination while remaining attached to the housing.

A trigger dispenser uses an elastically deformable membrane to form a reliable head seal for the pre-stressing valve.

A trigger sprayer valve body integrates a dip tube retainer vent path with an internal check valve to manage fluid flow.

Segmented design with push-to-release button separates disposable inner bottle from reusable outer pump, reducing waste.

A refillable cosmetic insert uses elastic deformation to manage mounting forces through two local maxima.

A cage spring return mechanism stores energy through bending deformation to drive pump piston actuation.

A pivoting actuating lever integrates into the container contour to prevent breakage and enable controlled product dispensing.

Rotating gland decouples sealing from spring resetting force, preventing deformation and extending service life.

Liquid transfer and air evacuation devices on a refill bottle enable direct pumping from a source without intermediate interfaces or structural modifications.

A dispenser spring folds from an S-shape into U-sections to support paste discharge.

Segmented cap design extracts the filling valve from the source bottle, resolving sealing reliability issues during intuitive refilling operations.

Integrating transverse projections on the reservoir guides axial movement during actuation, eliminating user injury risks from direct force application.

A slidable nozzle cover protects the spray mechanism in a fragrance bottle assembly, preventing accidental emission while maintaining easy one-handed access.

Asymmetric placement of an inclined dip tube allows remaining contents to flow toward the nozzle when tilted, eliminating manual intervention.

An integrated pre-compression valve snap-engages a dispenser head frame, resolving high-pressure retention challenges without adding components.

A push-type nozzle assembly uses a spring-actuated piston to create vacuum suction for liquid retraction.

Replacing metal springs with a plastic design eliminates corrosion risks while simplifying production and recycling processes.

A lateral actuation system uses a pivot lever to move the dispensing member without axial force on the nozzle.

A dual-end dispenser unit integrates a roll-on deodorant stick with a fluidic spray system inside a single container body.

A multi-component fragrance dispensing system uses selector knobs to control valves and mix liquids in a dedicated chamber for spray release.

Actuator element defines collapsible chamber volume while movable valve means control fluid passage to resolve air refilling complexity.

Rotatable nozzle design with stop surfaces prevents leakage during transport by securing the spout in a retracted position.

A liquid dispenser uses a spring-loaded piston to pressurize fluid in a rigid chamber for consistent spray output.

A precompression pump outlet valve member slides within a pump body passage to maintain seal integrity during actuation.

Unitary elastomeric living hinge actuator reduces manufacturing complexity by merging parts while maintaining reusability across containers.

Axial nozzle retraction mechanism protects the outlet aperture within an outer shell during storage.