Difference between revisions of "General Electric Company patent applications published on April 11th, 2024"
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| + | '''Summary of the patent applications from General Electric Company on April 11th, 2024''' | ||
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| + | General Electric Company has recently filed patents for various technologies related to electrical machines, turbine engine components, hydrogen compression and storage systems, and turbomachine engine shaft designs. These patents aim to improve efficiency, performance, and reliability in different industries such as aerospace, power generation, and hydrogen fueling infrastructure. | ||
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| + | Summary of notable applications: | ||
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| + | * The bracket design simplifies the process of connecting busbars to a stator core in electrical machines, improving overall performance and reliability. | ||
| + | * The thermographic data analysis method helps evaluate the performance of turbine engine components non-intrusively, leading to improved efficiency. | ||
| + | * The cryo-compressed hydrogen system efficiently compresses and stores hydrogen at specific temperatures for various applications. | ||
| + | * The turbomachine engine shaft design optimizes performance, increasing power output, reducing fuel consumption, and enhancing reliability. | ||
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| + | These technologies could have commercial applications in industries such as automotive, aerospace, power generation, hydrogen fueling stations, and marine transportation. | ||
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==Patent applications for General Electric Company on April 11th, 2024== | ==Patent applications for General Electric Company on April 11th, 2024== | ||
Latest revision as of 11:05, 16 April 2024
Summary of the patent applications from General Electric Company on April 11th, 2024
General Electric Company has recently filed patents for various technologies related to electrical machines, turbine engine components, hydrogen compression and storage systems, and turbomachine engine shaft designs. These patents aim to improve efficiency, performance, and reliability in different industries such as aerospace, power generation, and hydrogen fueling infrastructure.
Summary of notable applications:
- The bracket design simplifies the process of connecting busbars to a stator core in electrical machines, improving overall performance and reliability.
- The thermographic data analysis method helps evaluate the performance of turbine engine components non-intrusively, leading to improved efficiency.
- The cryo-compressed hydrogen system efficiently compresses and stores hydrogen at specific temperatures for various applications.
- The turbomachine engine shaft design optimizes performance, increasing power output, reducing fuel consumption, and enhancing reliability.
These technologies could have commercial applications in industries such as automotive, aerospace, power generation, hydrogen fueling stations, and marine transportation.
Contents
- 1 Patent applications for General Electric Company on April 11th, 2024
- 1.1 ACCELERATING CUTANEOUS HEALING UTILIZING NON-INVASIVE FOCUSED ULTRASOUND (18481700)
- 1.2 SYSTEMS AND METHODS FOR DEPOSITING PHOSPHOR CONTAINING INK (18502765)
- 1.3 COATED ARTICLE FOR HOT HYDROCARBON FLUID AND METHOD OF PREVENTING FUEL THERMAL DEGRADATION DEPOSITS (18364875)
- 1.4 GRADIENT WITHIN A THERMAL BARRIER COATING AND METHODS OF THEIR FORMATION (17962692)
- 1.5 ROTOR ASSEMBLY FOR A GAS TURBINE ENGINE (18081844)
- 1.6 TURBINE ENGINE WITH COMPONENT HAVING A COOLING HOLE WITH A LAYBACK SURFACE (17960230)
- 1.7 CTE MATCHING HANGER SUPPORT FOR CMC STRUCTURES (18363797)
- 1.8 HANDLING SYSTEM FOR TURBINE SHROUD (18045620)
- 1.9 WASTE HEAT RECOVERY SYSTEM (17961667)
- 1.10 CIRCUMFERENTIALLY VARYING FAN CASING TREATMENTS FOR REDUCING FAN NOISE EFFECTS (17958549)
- 1.11 MIDSHAFT RATING FOR TURBOMACHINE ENGINES (18481597)
- 1.12 MIDSHAFT RATING FOR TURBOMACHINE ENGINES (18486523)
- 1.13 METHODS, APPARATUS, SYSTEMS, AND ARTICLES OF MANUFACTURE TO PRODUCE CRYO-COMPRESSED HYDROGEN (17961326)
- 1.14 METHOD AND SYSTEM FOR INSPECTING COOLING HOLES OF A TURBINE ENGINE COMPONENT (18537983)
- 1.15 END WINDING SUPPORT BRACKET (17960516)
Patent applications for General Electric Company on April 11th, 2024
ACCELERATING CUTANEOUS HEALING UTILIZING NON-INVASIVE FOCUSED ULTRASOUND (18481700)
Main Inventor
Christine A. Morton
SYSTEMS AND METHODS FOR DEPOSITING PHOSPHOR CONTAINING INK (18502765)
Main Inventor
Aharon Yakimov
COATED ARTICLE FOR HOT HYDROCARBON FLUID AND METHOD OF PREVENTING FUEL THERMAL DEGRADATION DEPOSITS (18364875)
Main Inventor
Lawrence Bernard Kool
GRADIENT WITHIN A THERMAL BARRIER COATING AND METHODS OF THEIR FORMATION (17962692)
Main Inventor
Margeaux Wallace
ROTOR ASSEMBLY FOR A GAS TURBINE ENGINE (18081844)
Main Inventor
Michal Tomasz Kuropatwa
TURBINE ENGINE WITH COMPONENT HAVING A COOLING HOLE WITH A LAYBACK SURFACE (17960230)
Main Inventor
Brian Kenneth Corsetti
CTE MATCHING HANGER SUPPORT FOR CMC STRUCTURES (18363797)
Main Inventor
Daniel Patrick Kerns
HANDLING SYSTEM FOR TURBINE SHROUD (18045620)
Main Inventor
Christopher David Runkel
WASTE HEAT RECOVERY SYSTEM (17961667)
Main Inventor
Ryan St. Pierre
CIRCUMFERENTIALLY VARYING FAN CASING TREATMENTS FOR REDUCING FAN NOISE EFFECTS (17958549)
Main Inventor
Trevor Howard Wood
MIDSHAFT RATING FOR TURBOMACHINE ENGINES (18481597)
Main Inventor
Narayanan Payyoor
MIDSHAFT RATING FOR TURBOMACHINE ENGINES (18486523)
Main Inventor
Narayanan Payyoor
METHODS, APPARATUS, SYSTEMS, AND ARTICLES OF MANUFACTURE TO PRODUCE CRYO-COMPRESSED HYDROGEN (17961326)
Main Inventor
Constantinos Minas
METHOD AND SYSTEM FOR INSPECTING COOLING HOLES OF A TURBINE ENGINE COMPONENT (18537983)
Main Inventor
Guanghua Wang
END WINDING SUPPORT BRACKET (17960516)
Main Inventor
Matthew R. Martin
