Patent Assignment
Reel/Frame 033561/0029
Assignment of Assignor's Interest
Recorded: 2014-08-19
Pages: 6
Assignor
HITACHI, LTD.
Executed: 2014-07-31
Assignee
MITSUBISHI HITACHI POWER SYSTEMS, LTD.
3-1, MINATOMIRAI 3-CHOME, NISHI-KU, YOKOHAMA, KANAGAWA, 220-8401, JAPAN
Covered Properties
(75)
Feed Water Supply System of Power Plant
Patent:
5,533,337 →
Application:
08/279,119 →
Oxide Dispersion-Strengthened Alloy and High Temperature Equipment Composed of the Alloy
Patent:
5,510,080 →
Application:
08/310,410 →
Thermal Stress Relaxation Type Ceramic Coated Heat-Resistant Element
Patent:
5,630,314 →
Application:
08/320,780 →
Condenser and Power Plant
Patent:
5,960,867 →
Application:
08/565,894 →
Exhaust Recirculation Type Combined Plant
Patent:
5,794,431 →
Application:
08/568,176 →
Gas Turbine Rotor
Patent:
5,860,789 →
Application:
08/791,510 →
Exhaust Recirculation Type Combined Plant
Patent:
6,173,562 →
Application:
09/022,441 →
Insulating Material and Windings Thereby
Patent:
6,069,430 →
Application:
09/257,013 →
Condenser and Power Plant
Patent:
6,269,867 →
Application:
09/356,702 →
Electric Rotary Machine
Patent:
6,288,461 →
Application:
09/429,953 →
Rotating Machine
Patent:
6,201,323 →
Application:
09/443,105 →
Electric Rotating Machine with Reduced Thickness and Volume of Insulation
Patent:
6,242,825 →
Application:
09/443,106 →
Insulating Material Windings Using Same and a Manufacturing Method Thereof
Patent:
6,288,341 →
Application:
09/457,259 →
Dynamo-Electric Machine
Patent:
6,724,107 →
Application:
09/509,768 →
Exhaust recirculation type combined plant
Patent:
6,202,400 →
Application:
09/521,609 →
Rotary electric machine
Patent:
6,359,350 →
Application:
09/547,393 →
Rotating machine
Patent:
6,316,852 →
Application:
09/556,175 →
Electric rotating machine
Patent:
6,346,754 →
Application:
09/579,523 →
Turbine Generator and Operating Method Thereof, and Nuclear Power Plant and Operating Method Thereof
Patent:
6,459,750 →
Application:
09/585,333 →
Rotating machine
Patent:
6,262,501 →
Application:
09/587,289 →
Rotating Machine
Patent:
6,265,795 →
Application:
09/587,292 →
Rotating machine
Patent:
6,262,502 →
Application:
09/587,293 →
Armature winding and rotating electric machine using the same
Patent:
6,359,361 →
Application:
09/659,820 →
Electric Rotating Machine and Method of Connecting Feeding Lead Wires Thereto
Repair Method for a Gas Turbine
Patent:
6,546,627 →
Application:
09/824,641 →
Electric Rotating Machine
Rotating machine
Patent:
6,359,351 →
Application:
09/871,907 →
Rotating Electric Machine and Cooling Method Thereof
Insulating Material, Windings Using Same, and a Manufacturing Method Thereof
Rotating Machine with Plural Coolers in Plural Ventilation Passages
Rotary Electric Machine
Electric Rotating Machine and Method of Connecting Feeding Lead Wires Thereto
Welding Material, Gas Turbine Blade or Nozzle and a Method of Repairing a Gas Turbine Blade or Nozzle
Rotating Electric Machine and Cooling Method Thereof
Turbine Generator Having an a/C Exciter
Seal for Generator
Rotating Machinery
Rotating Machine
Stator of Rotating Electric Machine and Structure Thereof
Winding Applied Single Vacuum Pressure Impregnation Insulation System, a Winding Applied Global Vacuum Pressure Impregnation Insulation System and an Electrical Rotating Machine Having Said Insulation Systems
Thrust Bearing Device
Electric Rotating Machine
Rotating Electrical Machine Winding, Rotating Electrical Machine, and Semiconductive Insulating Component Used Therein
Rotary Electric Machine
High-Temperature Steam Turbine Power Plant
Nickel Based Alloy for Forging
Nickel-Based Superalloy and Gas Turbine Blade Using the Same
Ni-Base Alloy, High-Temperature Member for Steam Turbine and Welded Rotor for Turbine Using the Same, and Method for Manufacturing the Same
Method for Assessing Remaining Lifespan of Bolt Used at High Temperatures
Nickel Base Wrought Alloy
Turbine Rotor
Turbine Rotor Blade
High-Temperature Resistant Component and Gas Turbine Hot Part
High-Reliability Turbine Metal Sealing Material
Gas Turbine Shroud with Ceramic Abradable Coatings
Application:
13/012,017 →
Publication:
US 2011/0182720
Precipitation Hardenable Martensitic Stainless Steel and Steam Turbine Blade Using the Same
Gas Turbine Blade and Manufacturing Method Thereof
Gas Turbine Shroud with Ceramic Abradable Layer
Application:
13/242,951 →
Publication:
US 2012/0107103
Ni-Based Heat Resistant Alloy, Gas Turbine Component and Gas Turbine
Precipitation Hardening Martensitic Stainless Steel and Steam Turbine Component Made Thereof
Gas Turbine Component Having Thermal Barrier Coating and a Gas Turbine Using the Component
Application:
13/332,605 →
Publication:
US 2012/0159952
Ni-BASED SUPERALLOY, AND TURBINE ROTOR AND STATOR BLADES FOR GAS TURBINE USING THE SAME
Titanium Alloy Turbine Blade and Method of Making Hardened Surface Region of Turbine Blade
Application:
13/337,636 →
Publication:
US 2012/0183410
Operation Control Method for Gas Turbine and Operation Controller for Gas Turbine
Dissimilar Metal Welds and Its Manufacturing Method of Large Welded Structures Such as the Turbine Rotor
Application:
13/477,289 →
Publication:
US 2012/0301309
Ni-BASED ALLOY, AND TURBINE ROTOR AND STATOR BLADE FOR GAS TURBINE
Precipitate Hardening Stainless Steel and Long Blade Using Same for Steam Turbine
Ni-Base Alloy Large Member, Ni-Base Alloy Welded Structure Made of Same, and Method for Manufacturing Structure Thereof
Application:
13/571,492 →
Publication:
US 2013/0052474
Spinning Method, Spinning Machine, and Shaped Component
Application:
13/870,458 →
Publication:
US 2013/0284304
High-Reliablity Turbine Metal Sealing Material
Application:
14/011,941 →
Publication:
US 2014/0064939
Gas Turbine Combustor
Gas Turbine Combustor with a Premixing Burner Having a Reduced Metal Temperature by Injecting Air Along a Burner End Face
Steam Turbine Stationary Blade and Steam Turbine
Equipment and Method for Diagnosing Sliding Condition of Rotating Electrical Machine
Ni-Based Heat Resistant Alloy, Gas Turbine Component and Gas Turbine
Application:
14/178,448 →
Publication:
US 2014/0169973