Milking Devices TRIZ Cases
- Dynamic Electrode Pairing for Accurate Milk Property Measurement
Dynamic electrode selection improves measurement accuracy and speed by targeting relevant milk layers without requiring homogenization.
- Milking Claw Horizontal Tube Section for Swirl-Free Milk Flow
A milking claw uses a horizontal tube section to guide milk flow without swirl.
- Milking Liner Vent Line Design for Backflow Prevention
A milking liner integrates a linear vent line on the bore part inner surface to maintain air passage and vacuum pressure.
- Teatcup Cartridge With Annular Seal for Hygienic Liner Replacement
A teatcup cartridge integrates an annular seal element to secure the liner within the connector housing.
- Composite Milk Hose With Hard Ends For Milking Units
Hard thermoplastic end regions on a composite milk hose resist bending wear and maintain vacuum stability during milking operations.
- Automated Teat Dip Injection via Pulsation Liner Collapse
An automated dipping system injects teat dip into the liner dome while pulsation stops in the off position to collapse the liner around the teat.
- Asymmetric Teatcup Liner for Gentle Milking and Vacuum Seal
A teatcup liner with a flexible weak side creates asymmetric pressure distribution to enhance teat massage during milking.
- Air Injector Membrane Actuation for Milking Plant Turbulence
A membrane air injector uses electromagnetic actuation to drive rapid cyclic movement for high-frequency air injection in milking systems.
- Elastic Teat Cup Liner Vent for Blockage Prevention
An elastic dome-shaped vent on a teat cup liner prevents air inlet blockage during milking by allowing dirt detachment through mechanical deformation.
- 3D Vision System for Robotic Teat Detection
Real-time 3D imaging tracks livestock movement to adjust robotic arm positioning, resolving interference from legs and tails during milking.