Milking Devices TRIZ Cases

A handheld udder washer uses an air motor to drive cleaning belts for efficient sanitization.

A flexible milk tube incorporates secondary ducts within the main duct wall to minimize cross-section.

An adjustable connection device joins mobile milking units to milk mains using a locking setscrew and flexible junction sleeve.

Laser vision system detects teat positions to resolve animal movement contradictions.

A portable apparatus detects identification tags on animals and milk containers to associate data accurately during milking operations.

Optical imaging detects teat positions for precise fluid application, while time-based interruption skips incomplete cycles to maintain milking throughput.

Polygonal teatcup liner barrel with decreasing corner wall thickness enables symmetric collapsing behavior.

Segmented robots handle sequential tasks on a universal rotary platform to increase throughput while managing system complexity.

A buffer tank isolates intermittent milk flow from measurement sensors, allowing accurate volume tracking while preventing pressure drops in the milking lines.

A controlled inlet valve admits air to reduce negative pressure and turbulence during milking.

A bayonet connector secures teatcup liners to milk conduits via rotational locking.

Variable wall thickness creates asymmetric collapse, resolving incomplete vacuum shut-off and inadequate teat massage in existing designs.