Rotary Centrifuges TRIZ Cases
- Centrifuge Separator Inward Solid Discharge Energy Loss
Inward solid diversion via stationary scraper reduces energy loss and contamination in continuous centrifuge operation.
- Self-dumping Separator Fins with Drum Clearance
Spacing radial fins at least 3 mm from the drum wall enables liquid relative motion, resolving inadequate cleaning of the centrifuge space bottom and cover.
- Disposable Centrifugal Unit for Point-of-Care Platelet Separation
A sterile centrifugal separation unit rotates at high speeds to concentrate platelets from whole blood into a compact, single-use device.
- Centrifuge Overflow Weir Deflection Device
Deflection device redirects liquid flow to prevent deposits and simplify cleaning.
- Centrifuge Weir and Choke Plate Assembly for Pond Level Control
Integrated weir and choke plates rotate together to reduce torsion moment while enabling precise liquid pond level control.
- Centrifugal Food Waste Separator With Self-Cleaning Half-Shells
Rotating half-shells generate centrifugal force to clean the outer container automatically, eliminating manual dismantling and residue accumulation.
- Stackable Intermediate Members for Separator Axial Positioning
Stackable intermediate members adjust axial distances in separators, simplifying assembly and maintenance while improving cooling efficiency.
- Centrifugal Separator Liquid Outlet Pumping Mechanism
A centrifugal separator liquid outlet chamber uses a rotating member to pump separated oil back into the engine crankcase.
- Centrifuge Fluidic Diode for Yeast Concentration Control
A centrifugal drum integrates a fluidic diode to regulate phase separation ratios, maintaining constant yeast concentration despite supply fluctuations.
- Supercentrifuge Piston Driven by Pressurized Gas for Non-Intrusive Solid Discharge
Pressurized gas drives a non-intrusive piston to discharge solids, eliminating hermetic seal complexity and safety risks in supercentrifuges.
- Blood Collection Device with Transverse Venting for Uniform Plasma Separation
Transverse venting prevents air trapping in microfluidic channels, ensuring uniform filling and efficient plasma separation.