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(Not Translated)
3G202 | TURBINE ROTOR NOZZLE SEALING | |
F01D1/00 -11/24 |
F01D5/00-5/10 | AA | AA00 CONSTRUCTION OF ROTOR-BLADE-CARRYING MEMBERS |
AA01 | AA02 | AA03 | AA04 | AA05 | AA06 | AA07 | AA08 | AA09 | AA10 |
. Bosses on radial flow | . Discs on axial flow | . . Sides | . . Fixing to shafts | . . Connections of two or more discs | . . Internal fluid path | . Shafts | . . Connections of two or more shafts | . . Bearings | . . Internal fluid path | |||
AA11 | AA12 | AA13 | ||||||||||
. Materials | . . Ceramics | . Metallurgy or molding | ||||||||||
AB | AB00 PURPOSE AND EFFECTS |
AB01 | AB02 | AB03 | AB04 | AB05 | AB06 | AB07 | AB08 | AB09 | ||
. Cooling | . . External cooling | . . Reflux of working fluid | . Heating rotor-blade-carrying members | . Heat-insulating | . Antivibration | . Antierosion or anticorrosion | . Crack prevention | . Thermal deformation prevention | ||||
F01D5/12-5/16 | BA | BA00 FORM OR CONSTRUCTION OF ROTOR BLADES |
BA01 | BA02 | BA03 | BA04 | BA05 | BA06 | BA07 | BA08 | BA09 | BA10 |
. Radial-flow rotor blades | . Axial-flow rotor blades | . . Cross-section type | . . Bottom of flow channels | . Correlation between rotor blades and nozzles | . Metal materials | . Non-metal materials | . . Ceramics | . . Composite materials | . Metallurgy or molding | |||
BB | BB00 PURPOSE AND EFFECTS |
BB01 | BB02 | BB03 | BB04 | BB05 | ||||||
. Reduction of internal losses | . Stress reduction | . Antivibration | . Antierosion or anticorrosion | . Crack prevention | ||||||||
F01D5/18 | CA | CA00 CONSTRUCTION OF HOLLOW ROTOR BLADES |
CA01 | CA02 | CA03 | CA04 | CA05 | CA06 | CA07 | CA08 | CA09 | CA10 |
. Radial-flow rotor blades | . Axial-flow rotor blades | . . Inserts | . . Fixing plates to cores | . . Tips | . . Blow-out holes | . . Internal fluid paths | . . . Reversing of cooling flow | . . . Inside of working fluid paths | . Other than air | |||
CA11 | CA12 | CA13 | CA14 | CA15 | ||||||||
. Metal materials | . Non-metal materials | . . Ceramics | . . Composite materials | . Metallurgy or molding | ||||||||
CB | CB00 PURPOSE AND EFFECTS |
CB01 | CB02 | CB03 | CB04 | CB05 | CB06 | CB07 | ||||
. Cooling | . . Uniform cooling | . . Increase in cooling flow volume | . . Increase in area of heat-transfer surface | . . Acceleration of turbulent cooling flow | . Heating | . Heat-insulating | ||||||
F01D5/22;5/24 | DA | DA00 CONSTRUCTION OF ROTOR BLADE CONNECTIONS |
DA01 | DA02 | DA03 | DA04 | DA05 | DA06 | DA07 | DA08 | ||
. Connecting at tips | . . Shroud rings | . . Connections | . Connecting in the intermediate part | . . Lacing wires | . . Connections | . Infinite group of blades | . Materials for connection members | |||||
F01D5/28 | EA | EA00 CONSTRUCTION OF MATERIALS OR MEASURES AGAINST CORROSION FOR TURBINE BLADES |
EA01 | EA02 | EA03 | EA04 | EA05 | EA06 | EA07 | EA08 | EA09 | |
. Erosion prevention pieces | . . Materials | . . Fixing work processes | . Treating the surface | . . Coating | . Metal materials | . Non-metal materials | . . Ceramics | . . Composite materials | ||||
F01D5/30-5/32 | FA | FA00 CONSTRUCTION OF ROTOR BLADE IMPLANTED PARTS |
FA01 | FA02 | FA03 | FA04 | FA05 | FA06 | FA07 | FA08 | FA09 | FA10 |
. Circumferential implant | . . Outside | . Axial implant | . . Xmas tree shaped | . Radial implant | . Securing rotor blades | . . Stopping blades | . . Locking pins | . . Side plates | . Metal materials | |||
FA11 | ||||||||||||
. Non-metal materials | ||||||||||||
FB | FB00 PURPOSE AND EFFECTS |
FB01 | FB02 | FB03 | FB04 | FB05 | FB06 | |||||
. Stress reduction | . Antivibration | . Antierosion or anticorrosion | . Cooling | . Heat-insulating | . Facilitating attach and detach work | |||||||
F01D9/00-9/06 | GA | GA00 CONSTRUCTION OF STATORS |
GA01 | GA02 | GA03 | GA04 | GA05 | GA06 | GA07 | GA08 | GA09 | GA10 |
. Radial-flow stators | . Single-flow stators | . Double-flow stators | . Stators for mixed-pressure turbines | . Nozzles | . . Nozzles without stator blades | . . Stator blades | . . . Hollow | . . . Droplet separation construction | . . . Materials | |||
GA11 | GA12 | GA13 | GA14 | GA15 | GA16 | GA17 | GA18 | GA19 | ||||
. . . Fixing or carrying | . . . . Welding | . Diaphragms | . . Joining upper and lower halves | . . Sides | . . Droplet separation construction | . . Internal fluid paths | . Nozzle boxes | . Guide conduits | ||||
GB | GB00 PURPOSE AND EFFECTS |
GB01 | GB02 | GB03 | GB04 | GB05 | ||||||
. Cooling | . Heating | . Heat-insulating | . Antierosion or anticorrosion | . Reduction of internal losses | ||||||||
F01D5/12-5/18,5/22-5/24,5/28-5/32,9/00-11/10 | JJ | JJ00 COOLING |
JJ01 | JJ02 | JJ03 | JJ04 | JJ05 | JJ06 | JJ07 | JJ08 | JJ09 | JJ10 |
. Parts to be cooled | . . Blades | . . . Restricted to leading edges | . . . Restricted to trailing edges | . . . Restricted to tips (rotor blades only) | . . Platforms (rotor blades only) | . . Shank dovetails (rotor blades only) | . . Outer and inner bands (stator blades only) | . . Shrouds | . . Others | |||
JJ11 | JJ12 | JJ13 | JJ14 | JJ15 | JJ16 | JJ17 | JJ18 | JJ19 | JJ20 | |||
. Using cooling media other than working fluid | . . Other than air and steam (A free word is indispensable.) | . Using cooling types other than convection cooling | . . Impingement cooling | . . . Using inserts | . . . Using impingement plates | . . Film cooling | . . . Characterized by the shape of cooling holes | . . . Characterized by the arrangement of cooling holes | . . Others (A free word is indispensable.) | |||
JJ21 | JJ22 | JJ23 | JJ24 | JJ25 | JJ26 | JJ27 | JJ28 | JJ29 | JJ30 | |||
. Characterized by the arrangement of paths for cooling media | . . Arrangement at blade cross sections | . . . In two rows toward blade chords (dorsal/ventral) | . . . In three rows toward blade chords (dorsal/central/ventral) | . . Arrangement at blade vertical sections | . . . One-way | . . . Meandering | . . . One-way + meandering | . Means to adjust heat transfer coefficients | . . Means to accelerate turbulent flow | |||
JJ31 | JJ32 | JJ33 | ||||||||||
. . . Characterized by the shape of thereof | . . . Characterized by the arrangement thereof | . Characterized by the supply of cooling media | ||||||||||
F01D11/00-11/24 | KK | KK00 SEALING |
KK01 | KK02 | KK03 | KK04 | KK05 | KK06 | KK07 | KK08 | KK09 | KK10 |
. Sealing working fluid | . . Parts to be sealed | . . . Space between components moving relative to each other | . . . . Space between an outer end of rotor blade and stator component | . . . . Space between an inner end of rotor blade and rotator component | . . . . Space between a rotation shaft and stator component | . . . . Space between space around a disc and major flow channel | . . . . Space between rotator components belonging to different rotator systems | . . . . Others | . . . Space between components not moving relative to each other | |||
KK11 | KK12 | KK13 | KK14 | KK15 | KK16 | KK17 | KK18 | KK19 | KK20 | |||
. . . . Space between stator components (segments) adjacent each other in the circumferential direction | . . . . Space between stator components adjacent each other in the axial direction | . . . . Sealing relating to piping | . . . . Space between rotator components belonging to the same rotator system | . . . . Others | . . Types of sealing | . . . Labyrinth sealing | . . . Contact sealing with a number of flexible materials (A free word is indispensable.) | . . . Carbon sealing | . . . Placing sealing members at clearance | |||
KK21 | KK22 | KK23 | KK24 | KK25 | KK26 | KK27 | KK28 | KK29 | KK30 | |||
. . . . Forms of sealing members | . . . . . Plate-shaped sealing members | . . . . . Ring-shaped sealing members | . . . . . Others (A free word is indispensable.) | . . . . Materials of sealing members | . . . . . Metal materials | . . . . . Non-metal materials | . . . . . Composite materials | . . . Using sealing fluid | . . . . Using steam | |||
KK31 | KK32 | KK33 | KK34 | KK35 | KK36 | KK37 | KK38 | KK39 | KK40 | |||
. . . . Using water | . . . . Using other fluid (A free word is indispensable.) | . . . . Control of sealing fluid | . . . Others (A free word is indispensable.) | . Sealing those other than working fluid (A free word is indispensable.) | . Clearance control | . . Passive control | . . . Using pressure difference between working fluid | . . . Using a thermal expansion difference between constituent members | . . Active control | |||
KK41 | KK42 | |||||||||||
. . . Mechanically displacing constituent members | . . . Displacing constituent members by heating or cooling |