F-Term-List

3F047 Air transport of granular materials
B65G53/00 -53/28;53/32-53/66@Z
B65G53/00-53/28;53/32-53/66@Z AA AA00
PURPOSE AND EFFECTS OF IMPROVEMENTS
AA01 AA02 AA03 AA04 AA05 AA06
. Prevention of leakage . . Prevention of back-flow . Prevention of blockage in pipes . Prevention of friction . . Prevention of friction of rotating elements inside the casings . . Prevention of friction inside pipe joints
AA11 AA12 AA13 AA14 AA15 AA16
. Adjustment or control of the compaction and fluid volume of particulate material . . Ejection of a quantity of material . . Fluid volume of the transport gas . Means for sorting articles . Continuous transport with multiple tanks . Prevention of blow-outs or break-downs
AB AB00
DETECTION APPARATUSES
AB01 AB02 AB03 AB04 AB06
. Level sensors . Pressure sensors . Density sensors . Temperature sensors . Detection of fluid amounts (e.g., by flowing through an openings)
BA BA00
TRANSPORT PATHS
BA01 BA02 BA03 BA04 BA06 BA07 BA08 BA09 BA10
. Closed air slides . Separated air that is fed into conduit pipes . . Fluidized beds . . Connections of multiple auxiliary ducts to the transport duct . Guide bodies or projections . Flexible paths (i.e., including freely-extensible paths) . Branching and merging paths . . Locking mechanisms . Elimination of foreign substances
B65G53/00;53/04-53/28;53/32-53/50;53/58-53/66@Z CA CA00
TANKS (I.E., INCLUDING CYCLONE TANKS)
CA01 CA02 CA03 CA05 CA06 CA07 CA08 CA09 CA10
. Flux tanks . Cellular tanks . Open tanks attached to fluidized beds . Multiple tanks . . Multiple tanks arranged side-by-side . . . Tanks that store different kinds of material . . . Arrangement to facilitate discharge of materials . . Multiple tanks arranged vertically . Filters placed inside and outside
CA11 CA12 CA13 CA15 CA16 CA17 CA18 CA19 CA20
. Means for prevention of bridging, and agitation devices . . Mechanical means . . . Oscillation . . Controlled feeding of fluid substances . . . Use of elastic members . . . Changes in direction of injection . . . Injection from high-pressure auxiliary tanks . . . Means for preventing nozzles from becoming plugged . . . Intermittent injection
B65G53/02;53/18;53/22;53/36 CB CB00
FLUIDIZED BEDS
CB01 CB02 CB03 CB05 CB08 CB09 CB10
. Perforated plate materials . . Metal sintering . . Cloths or textiles . Annular perforated plate sections . Oscillating perforations . Orifices facing the transfer direction . Divided air vessels
B65G53/06;53/16;53/38-53/48;53/60;53/66 CC CC00
FEEDING DEVICES
CC01 CC02 CC03 CC04 CC06 CC07 CC08 CC09
. Rotary feeders . . Hard bodies (i.e., with rotation around a vertical axis) . . . Multi-step feeders . . Devices that feed and discharge compressed air into the casing . Screw feeders . . Air-injection tubes or pipes that pass through the shaft . . Screw feeders with an adjustable pitch . . Screw feeders with an adjustable blade diameter
CC11 CC12 CC13 CC14 CC15 CC17 CC18
. Ejectors (e.g., compressed air feeders) . . Vertical-type ejectors . . Ring-type air vessels . . Nozzles with adjustable opening angles . . Air-flow ducts . Pistons . . Pistons that close hoppers while sliding
CC21 CC22 CC23 CC24 CC25 CC27 CC28
. Gates . . Counterweights . . Slides (i.e., including oscillation types) . . Rubber gates . . Cone valves . Prevention of cutting-in . Interlocking multiple valves
B65G53/24;53/28 DA DA00
SUCTION POINTS
DA02 DA03 DA04 DA05 DA07
. Injection nozzles . . Injection angles with adjustable orientation and opening angles . Guide members installed in suction ducts . Scraping-in or scraping-out means . Secondary air vessels
B65G53/24;53/28;53/60 DB DB00
SEPARATING DEVICES
DB01 DB02 DB03 DB04 DB05 DB07 DB08
. Cyclones . . Multiple suction ducts . . Filters . . . Means for prevention of blockage . . Shock absorbers . Separation into multiple layers . Recycling of air
B65G53/06 EA EA00
PLUG CONVEYANCE
EA01 EA02 EA03 EA05
. Formation or adjustment of the plug . . Use of air knives . . Recycled duct plugs . Introduction of lubricating oil into the ducts
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