Difference between revisions of "GM GLOBAL TECHNOLOGY OPERATIONS LLC patent applications published on November 30th, 2023"
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==Patent applications for GM GLOBAL TECHNOLOGY OPERATIONS LLC on November 30th, 2023== | ==Patent applications for GM GLOBAL TECHNOLOGY OPERATIONS LLC on November 30th, 2023== | ||
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Henry ZHAN | Henry ZHAN | ||
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===SYSTEMS AND METHODS FOR DETECTING CONTACT DURING A PROCESS ([[US Patent Application 17664720. SYSTEMS AND METHODS FOR DETECTING CONTACT DURING A PROCESS simplified abstract|17664720]])=== | ===SYSTEMS AND METHODS FOR DETECTING CONTACT DURING A PROCESS ([[US Patent Application 17664720. SYSTEMS AND METHODS FOR DETECTING CONTACT DURING A PROCESS simplified abstract|17664720]])=== | ||
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Joseph Gerard Lovasz | Joseph Gerard Lovasz | ||
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===STRUCTURAL PANORAMIC WINDSHIELD AND ROOF ([[US Patent Application 17825041. STRUCTURAL PANORAMIC WINDSHIELD AND ROOF simplified abstract|17825041]])=== | ===STRUCTURAL PANORAMIC WINDSHIELD AND ROOF ([[US Patent Application 17825041. STRUCTURAL PANORAMIC WINDSHIELD AND ROOF simplified abstract|17825041]])=== | ||
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Bradley Allen NEWCOMB | Bradley Allen NEWCOMB | ||
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===SYSTEM FOR ESTIMATING VEHICLE VELOCITY BASED ON DATA FUSION ([[US Patent Application 17824444. SYSTEM FOR ESTIMATING VEHICLE VELOCITY BASED ON DATA FUSION simplified abstract|17824444]])=== | ===SYSTEM FOR ESTIMATING VEHICLE VELOCITY BASED ON DATA FUSION ([[US Patent Application 17824444. SYSTEM FOR ESTIMATING VEHICLE VELOCITY BASED ON DATA FUSION simplified abstract|17824444]])=== | ||
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Hualin Tan | Hualin Tan | ||
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===SYSTEM AND METHOD FOR DETECTION AND REPORTING OF DATA SIGNAL INTERFERENCE THROUGH VEHICLE CROWD SOURCING ([[US Patent Application 17826241. SYSTEM AND METHOD FOR DETECTION AND REPORTING OF DATA SIGNAL INTERFERENCE THROUGH VEHICLE CROWD SOURCING simplified abstract|17826241]])=== | ===SYSTEM AND METHOD FOR DETECTION AND REPORTING OF DATA SIGNAL INTERFERENCE THROUGH VEHICLE CROWD SOURCING ([[US Patent Application 17826241. SYSTEM AND METHOD FOR DETECTION AND REPORTING OF DATA SIGNAL INTERFERENCE THROUGH VEHICLE CROWD SOURCING simplified abstract|17826241]])=== | ||
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Curtis L. Hay | Curtis L. Hay | ||
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===LOAD LIFTING TENSIONED INFLATABLE STRUCTURE ([[US Patent Application 17825213. LOAD LIFTING TENSIONED INFLATABLE STRUCTURE simplified abstract|17825213]])=== | ===LOAD LIFTING TENSIONED INFLATABLE STRUCTURE ([[US Patent Application 17825213. LOAD LIFTING TENSIONED INFLATABLE STRUCTURE simplified abstract|17825213]])=== | ||
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Wonhee Michael Kim | Wonhee Michael Kim | ||
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===METHODS OF FORMING STEEL SHEETS WITH ENHANCED FLATNESS ([[US Patent Application 17873926. METHODS OF FORMING STEEL SHEETS WITH ENHANCED FLATNESS simplified abstract|17873926]])=== | ===METHODS OF FORMING STEEL SHEETS WITH ENHANCED FLATNESS ([[US Patent Application 17873926. METHODS OF FORMING STEEL SHEETS WITH ENHANCED FLATNESS simplified abstract|17873926]])=== | ||
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Zhou WANG | Zhou WANG | ||
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===VEHICLE INCLUDING RECYCLABLE CAST ALUMINUM ALLOY COMPONENTS AND METHOD OF MANUFACTURING ALUMINUM ALLOY COMPONENTS FROM RECYCLED VEHICLE COMPONENTS ([[US Patent Application 17873740. VEHICLE INCLUDING RECYCLABLE CAST ALUMINUM ALLOY COMPONENTS AND METHOD OF MANUFACTURING ALUMINUM ALLOY COMPONENTS FROM RECYCLED VEHICLE COMPONENTS simplified abstract|17873740]])=== | ===VEHICLE INCLUDING RECYCLABLE CAST ALUMINUM ALLOY COMPONENTS AND METHOD OF MANUFACTURING ALUMINUM ALLOY COMPONENTS FROM RECYCLED VEHICLE COMPONENTS ([[US Patent Application 17873740. VEHICLE INCLUDING RECYCLABLE CAST ALUMINUM ALLOY COMPONENTS AND METHOD OF MANUFACTURING ALUMINUM ALLOY COMPONENTS FROM RECYCLED VEHICLE COMPONENTS simplified abstract|17873740]])=== | ||
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Pan WANG | Pan WANG | ||
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===METHODS OF FORMING MAGNESIUM-BASED ALLOYS HAVING A BIMODAL MICROSTRUCTURE AND MAGNESIUM-BASED ALLOY COMPONENTS MADE THEREFROM ([[US Patent Application 17877024. METHODS OF FORMING MAGNESIUM-BASED ALLOYS HAVING A BIMODAL MICROSTRUCTURE AND MAGNESIUM-BASED ALLOY COMPONENTS MADE THEREFROM simplified abstract|17877024]])=== | ===METHODS OF FORMING MAGNESIUM-BASED ALLOYS HAVING A BIMODAL MICROSTRUCTURE AND MAGNESIUM-BASED ALLOY COMPONENTS MADE THEREFROM ([[US Patent Application 17877024. METHODS OF FORMING MAGNESIUM-BASED ALLOYS HAVING A BIMODAL MICROSTRUCTURE AND MAGNESIUM-BASED ALLOY COMPONENTS MADE THEREFROM simplified abstract|17877024]])=== | ||
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Congjie WANG | Congjie WANG | ||
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===INFLATABLE WITH ELASTIC CONSTRAINT TETHERS ([[US Patent Application 17825218. INFLATABLE WITH ELASTIC CONSTRAINT TETHERS simplified abstract|17825218]])=== | ===INFLATABLE WITH ELASTIC CONSTRAINT TETHERS ([[US Patent Application 17825218. INFLATABLE WITH ELASTIC CONSTRAINT TETHERS simplified abstract|17825218]])=== | ||
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Wonhee Michael Kim | Wonhee Michael Kim | ||
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===RECOMMENDATION SYSTEM FOR VEHICLE PASSENGERS ([[US Patent Application 17824279. RECOMMENDATION SYSTEM FOR VEHICLE PASSENGERS simplified abstract|17824279]])=== | ===RECOMMENDATION SYSTEM FOR VEHICLE PASSENGERS ([[US Patent Application 17824279. RECOMMENDATION SYSTEM FOR VEHICLE PASSENGERS simplified abstract|17824279]])=== | ||
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Alireza Esna Ashari Esfahani | Alireza Esna Ashari Esfahani | ||
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===TESTERS, TESTING SYSTEMS AND METHODS OF TESTING ELECTRICAL COMPONENTS ([[US Patent Application 17664724. TESTERS, TESTING SYSTEMS AND METHODS OF TESTING ELECTRICAL COMPONENTS simplified abstract|17664724]])=== | ===TESTERS, TESTING SYSTEMS AND METHODS OF TESTING ELECTRICAL COMPONENTS ([[US Patent Application 17664724. TESTERS, TESTING SYSTEMS AND METHODS OF TESTING ELECTRICAL COMPONENTS simplified abstract|17664724]])=== | ||
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Michael H. Shaffer | Michael H. Shaffer | ||
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===MULTI-PERSPECTIVE THREE-DIMENSIONAL FLOATING IMAGE DISPLAY ([[US Patent Application 17824210. MULTI-PERSPECTIVE THREE-DIMENSIONAL FLOATING IMAGE DISPLAY simplified abstract|17824210]])=== | ===MULTI-PERSPECTIVE THREE-DIMENSIONAL FLOATING IMAGE DISPLAY ([[US Patent Application 17824210. MULTI-PERSPECTIVE THREE-DIMENSIONAL FLOATING IMAGE DISPLAY simplified abstract|17824210]])=== | ||
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Manoj Sharma | Manoj Sharma | ||
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===PREDICTIVE VEHICLE TROUBLESHOOTING METHODS AND SYSTEMS ([[US Patent Application 17664764. PREDICTIVE VEHICLE TROUBLESHOOTING METHODS AND SYSTEMS simplified abstract|17664764]])=== | ===PREDICTIVE VEHICLE TROUBLESHOOTING METHODS AND SYSTEMS ([[US Patent Application 17664764. PREDICTIVE VEHICLE TROUBLESHOOTING METHODS AND SYSTEMS simplified abstract|17664764]])=== | ||
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Sridhar Kamma | Sridhar Kamma | ||
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===SULFIDE-IMPREGNATED COLUMNAR SILICON ANODE FOR ALL-SOLID-STATE BATTERY AND METHOD OF FORMING THE SAME ([[US Patent Application 17869580. SULFIDE-IMPREGNATED COLUMNAR SILICON ANODE FOR ALL-SOLID-STATE BATTERY AND METHOD OF FORMING THE SAME simplified abstract|17869580]])=== | ===SULFIDE-IMPREGNATED COLUMNAR SILICON ANODE FOR ALL-SOLID-STATE BATTERY AND METHOD OF FORMING THE SAME ([[US Patent Application 17869580. SULFIDE-IMPREGNATED COLUMNAR SILICON ANODE FOR ALL-SOLID-STATE BATTERY AND METHOD OF FORMING THE SAME simplified abstract|17869580]])=== | ||
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Zhe LI | Zhe LI | ||
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===CARBON ADDITIVES FOR SILICON-CONTAINING ELECTRODES ([[US Patent Application 17824601. CARBON ADDITIVES FOR SILICON-CONTAINING ELECTRODES simplified abstract|17824601]])=== | ===CARBON ADDITIVES FOR SILICON-CONTAINING ELECTRODES ([[US Patent Application 17824601. CARBON ADDITIVES FOR SILICON-CONTAINING ELECTRODES simplified abstract|17824601]])=== | ||
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Nicole ELLISON | Nicole ELLISON | ||
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===SOLID-STATE ELECTROLYTE MATERIALS FOR ALL-SOLID-STATE BATTERIES ([[US Patent Application 17824584. SOLID-STATE ELECTROLYTE MATERIALS FOR ALL-SOLID-STATE BATTERIES simplified abstract|17824584]])=== | ===SOLID-STATE ELECTROLYTE MATERIALS FOR ALL-SOLID-STATE BATTERIES ([[US Patent Application 17824584. SOLID-STATE ELECTROLYTE MATERIALS FOR ALL-SOLID-STATE BATTERIES simplified abstract|17824584]])=== | ||
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Thomas A. YERSAK | Thomas A. YERSAK | ||
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===THERMALLY CONDUCTING BRACKET FOR BUSBAR TO COLD PLATE HEAT TRANSFER ([[US Patent Application 17825325. THERMALLY CONDUCTING BRACKET FOR BUSBAR TO COLD PLATE HEAT TRANSFER simplified abstract|17825325]])=== | ===THERMALLY CONDUCTING BRACKET FOR BUSBAR TO COLD PLATE HEAT TRANSFER ([[US Patent Application 17825325. THERMALLY CONDUCTING BRACKET FOR BUSBAR TO COLD PLATE HEAT TRANSFER simplified abstract|17825325]])=== | ||
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Abdullah-Al Mamun | Abdullah-Al Mamun | ||
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===COOLING OF AXIAL FLUX MOTOR WITH STATOR COOLANT CHANNEL ([[US Patent Application 17847705. COOLING OF AXIAL FLUX MOTOR WITH STATOR COOLANT CHANNEL simplified abstract|17847705]])=== | ===COOLING OF AXIAL FLUX MOTOR WITH STATOR COOLANT CHANNEL ([[US Patent Application 17847705. COOLING OF AXIAL FLUX MOTOR WITH STATOR COOLANT CHANNEL simplified abstract|17847705]])=== | ||
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SeungHwan Keum | SeungHwan Keum | ||
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===THERMAL BRIDGE FOR AN ELECTRIC MACHINE ([[US Patent Application 17866910. THERMAL BRIDGE FOR AN ELECTRIC MACHINE simplified abstract|17866910]])=== | ===THERMAL BRIDGE FOR AN ELECTRIC MACHINE ([[US Patent Application 17866910. THERMAL BRIDGE FOR AN ELECTRIC MACHINE simplified abstract|17866910]])=== | ||
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Jian Yao | Jian Yao | ||
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===SYSTEMS AND METHODS FOR REDUCING BATTERY RIPPLE LOSS ([[US Patent Application 17826592. SYSTEMS AND METHODS FOR REDUCING BATTERY RIPPLE LOSS simplified abstract|17826592]])=== | ===SYSTEMS AND METHODS FOR REDUCING BATTERY RIPPLE LOSS ([[US Patent Application 17826592. SYSTEMS AND METHODS FOR REDUCING BATTERY RIPPLE LOSS simplified abstract|17826592]])=== | ||
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Chandra S. NAMUDURI | Chandra S. NAMUDURI | ||
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Revision as of 04:39, 5 December 2023
Contents
- 1 Patent applications for GM GLOBAL TECHNOLOGY OPERATIONS LLC on November 30th, 2023
- 1.1 METHODS FOR EXTRUDING COARSE-GRAINED, LOW ALUMINUM CONTENT MAGNESIUM ALLOYS (17872766)
- 1.2 SYSTEMS AND METHODS FOR DETECTING CONTACT DURING A PROCESS (17664720)
- 1.3 STRUCTURAL PANORAMIC WINDSHIELD AND ROOF (17825041)
- 1.4 SYSTEM FOR ESTIMATING VEHICLE VELOCITY BASED ON DATA FUSION (17824444)
- 1.5 SYSTEM AND METHOD FOR DETECTION AND REPORTING OF DATA SIGNAL INTERFERENCE THROUGH VEHICLE CROWD SOURCING (17826241)
- 1.6 LOAD LIFTING TENSIONED INFLATABLE STRUCTURE (17825213)
- 1.7 METHODS OF FORMING STEEL SHEETS WITH ENHANCED FLATNESS (17873926)
- 1.8 VEHICLE INCLUDING RECYCLABLE CAST ALUMINUM ALLOY COMPONENTS AND METHOD OF MANUFACTURING ALUMINUM ALLOY COMPONENTS FROM RECYCLED VEHICLE COMPONENTS (17873740)
- 1.9 METHODS OF FORMING MAGNESIUM-BASED ALLOYS HAVING A BIMODAL MICROSTRUCTURE AND MAGNESIUM-BASED ALLOY COMPONENTS MADE THEREFROM (17877024)
- 1.10 INFLATABLE WITH ELASTIC CONSTRAINT TETHERS (17825218)
- 1.11 RECOMMENDATION SYSTEM FOR VEHICLE PASSENGERS (17824279)
- 1.12 TESTERS, TESTING SYSTEMS AND METHODS OF TESTING ELECTRICAL COMPONENTS (17664724)
- 1.13 MULTI-PERSPECTIVE THREE-DIMENSIONAL FLOATING IMAGE DISPLAY (17824210)
- 1.14 PREDICTIVE VEHICLE TROUBLESHOOTING METHODS AND SYSTEMS (17664764)
- 1.15 SULFIDE-IMPREGNATED COLUMNAR SILICON ANODE FOR ALL-SOLID-STATE BATTERY AND METHOD OF FORMING THE SAME (17869580)
- 1.16 CARBON ADDITIVES FOR SILICON-CONTAINING ELECTRODES (17824601)
- 1.17 SOLID-STATE ELECTROLYTE MATERIALS FOR ALL-SOLID-STATE BATTERIES (17824584)
- 1.18 THERMALLY CONDUCTING BRACKET FOR BUSBAR TO COLD PLATE HEAT TRANSFER (17825325)
- 1.19 COOLING OF AXIAL FLUX MOTOR WITH STATOR COOLANT CHANNEL (17847705)
- 1.20 THERMAL BRIDGE FOR AN ELECTRIC MACHINE (17866910)
- 1.21 SYSTEMS AND METHODS FOR REDUCING BATTERY RIPPLE LOSS (17826592)
Patent applications for GM GLOBAL TECHNOLOGY OPERATIONS LLC on November 30th, 2023
METHODS FOR EXTRUDING COARSE-GRAINED, LOW ALUMINUM CONTENT MAGNESIUM ALLOYS (17872766)
Main Inventor
Henry ZHAN
SYSTEMS AND METHODS FOR DETECTING CONTACT DURING A PROCESS (17664720)
Main Inventor
Joseph Gerard Lovasz
STRUCTURAL PANORAMIC WINDSHIELD AND ROOF (17825041)
Main Inventor
Bradley Allen NEWCOMB
SYSTEM FOR ESTIMATING VEHICLE VELOCITY BASED ON DATA FUSION (17824444)
Main Inventor
Hualin Tan
SYSTEM AND METHOD FOR DETECTION AND REPORTING OF DATA SIGNAL INTERFERENCE THROUGH VEHICLE CROWD SOURCING (17826241)
Main Inventor
Curtis L. Hay
LOAD LIFTING TENSIONED INFLATABLE STRUCTURE (17825213)
Main Inventor
Wonhee Michael Kim
METHODS OF FORMING STEEL SHEETS WITH ENHANCED FLATNESS (17873926)
Main Inventor
Zhou WANG
VEHICLE INCLUDING RECYCLABLE CAST ALUMINUM ALLOY COMPONENTS AND METHOD OF MANUFACTURING ALUMINUM ALLOY COMPONENTS FROM RECYCLED VEHICLE COMPONENTS (17873740)
Main Inventor
Pan WANG
METHODS OF FORMING MAGNESIUM-BASED ALLOYS HAVING A BIMODAL MICROSTRUCTURE AND MAGNESIUM-BASED ALLOY COMPONENTS MADE THEREFROM (17877024)
Main Inventor
Congjie WANG
INFLATABLE WITH ELASTIC CONSTRAINT TETHERS (17825218)
Main Inventor
Wonhee Michael Kim
RECOMMENDATION SYSTEM FOR VEHICLE PASSENGERS (17824279)
Main Inventor
Alireza Esna Ashari Esfahani
TESTERS, TESTING SYSTEMS AND METHODS OF TESTING ELECTRICAL COMPONENTS (17664724)
Main Inventor
Michael H. Shaffer
MULTI-PERSPECTIVE THREE-DIMENSIONAL FLOATING IMAGE DISPLAY (17824210)
Main Inventor
Manoj Sharma
PREDICTIVE VEHICLE TROUBLESHOOTING METHODS AND SYSTEMS (17664764)
Main Inventor
Sridhar Kamma
SULFIDE-IMPREGNATED COLUMNAR SILICON ANODE FOR ALL-SOLID-STATE BATTERY AND METHOD OF FORMING THE SAME (17869580)
Main Inventor
Zhe LI
CARBON ADDITIVES FOR SILICON-CONTAINING ELECTRODES (17824601)
Main Inventor
Nicole ELLISON
SOLID-STATE ELECTROLYTE MATERIALS FOR ALL-SOLID-STATE BATTERIES (17824584)
Main Inventor
Thomas A. YERSAK
THERMALLY CONDUCTING BRACKET FOR BUSBAR TO COLD PLATE HEAT TRANSFER (17825325)
Main Inventor
Abdullah-Al Mamun
COOLING OF AXIAL FLUX MOTOR WITH STATOR COOLANT CHANNEL (17847705)
Main Inventor
SeungHwan Keum
THERMAL BRIDGE FOR AN ELECTRIC MACHINE (17866910)
Main Inventor
Jian Yao
SYSTEMS AND METHODS FOR REDUCING BATTERY RIPPLE LOSS (17826592)
Main Inventor
Chandra S. NAMUDURI