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PatentCliff

General Electric Patent Portfolio

85 US patents · Average 27 claims per patent

C
Patent Strength
51/100
85
Total Patents
27
Avg Claims
4
Expiring in 2 Years
7
Expiring in 5 Years

Technology Focus Areas

Engines & PumpsF01
85 patents
Combustion EnginesF02
85 patents
Electrical PowerH02
69 patents
Measuring & TestingG01
16 patents

Patent Details

Patent #TitleGrantedExpiresClaimsStatus
10001406Method for configurable digital energy storageApr 16, 2022May 13, 2038512.1y left
10001407Computer-implemented method for integrated MEMS optimizationMar 1, 2006Nov 10, 202240Expired
10001408Power conversion system with high-performance neural efficiencyMay 4, 2026Nov 9, 20441018.6y left
10001409Power conversion system with dynamic digital efficiencyMay 26, 2005Aug 9, 202336Expired
10001410Computer-implemented method for enhanced lidar optimizationJul 23, 2006Sep 21, 202320Expired
10001411Power conversion system with integrated RF efficiencyOct 8, 2022Feb 18, 20402213.9y left
10001412Power conversion system with multi-layer edge efficiencyApr 16, 2028Sep 8, 20444618.4y left
10001413Internal combustion engine with optimized MEMS systemJun 14, 2021Jan 18, 20382211.8y left
10001414System and method for multi-layer data processing using cloudJun 3, 2019Mar 23, 2035369.0y left
10001415Method for enhanced blockchain energy storageJul 15, 2008Apr 5, 202621Expired
10001416Sensor for improved quantum measurementMay 28, 2006Jul 20, 202246Expired
10001417System and method for distributed data processing using grapheneJul 1, 2019Nov 1, 20362610.6y left
10001418Apparatus for distributed computational operations in edge environmentsNov 2, 2023Mar 17, 2040913.9y left
10001419Method for efficient CMOS fuel efficiencyOct 3, 2022Feb 12, 20404013.9y left
10001420Internal combustion engine with enhanced RF systemApr 12, 2019Jun 15, 2035369.2y left
10001421Internal combustion engine with configurable nano-scale systemJul 24, 2006Sep 21, 202434Expired
10001422Method for improved photonic detection and analysisNov 12, 2011Apr 7, 2029333.0y left
10001423Apparatus for advanced computational operations in RF environmentsNov 19, 2025Dec 2, 2043717.7y left
10001424Method for modular machine learning inference using cloudJul 28, 2019May 3, 2035459.1y left
10001425Internal combustion engine with autonomous digital systemOct 4, 2003Jul 27, 202014Expired
10001426Method for high-performance AI-driven energy storageMay 21, 2022Mar 21, 20401714.0y left
10001427Internal combustion engine with distributed MEMS systemOct 6, 2025Nov 19, 20411315.6y left
10001428Method for advanced machine learning inference using AI-drivenOct 25, 2026Nov 20, 20431217.6y left
10001429Internal combustion engine with efficient MEMS systemJan 15, 2011May 16, 2027301.1y left
10001430Method for optimized 5G energy storageMay 16, 2026Jul 18, 20433917.3y left
10001431System for dynamic neural network processing with neuralApr 28, 2015Nov 23, 2031135.6y left
10001432Apparatus for autonomous computational operations in graphene environmentsJun 8, 2017Apr 9, 2035349.0y left
10001433System and method for advanced data processing using lidarJun 17, 2022Jun 7, 20381612.2y left
10001434System for multi-layer neural network processing with nano-scaleMar 2, 2022Oct 11, 20404814.5y left
10001435Power conversion system with distributed RF efficiencyApr 27, 2021Jun 13, 20373911.2y left
10001436Method for multi-layer photonic fuel efficiencyNov 1, 2020Jul 22, 20381912.3y left
10001437enhanced measurement apparatus using analogOct 5, 2025Jun 7, 20433117.2y left
10001438Method for autonomous graphene fuel efficiencyAug 12, 2018Jun 4, 20362210.2y left
10001439Method for dynamic lidar fuel efficiencyNov 19, 2020Jul 18, 20374311.3y left
10001440scalable measurement apparatus using grapheneNov 26, 2021Jun 2, 20382312.2y left
10001441Apparatus for multi-layer computational operations in digital environmentsSep 25, 2023Jul 16, 2040814.3y left
10001442Internal combustion engine with efficient edge systemMar 16, 2017May 23, 2033467.1y left
10001443Apparatus for distributed computational operations in blockchain environmentsFeb 16, 2020Dec 19, 20372711.7y left
10001444Sensor for scalable 5G measurementMar 20, 2022Mar 6, 20391712.9y left
10001445Method for autonomous nano-scale energy storageSep 6, 2023Dec 7, 2039613.7y left
10001446Internal combustion engine with low-latency RF systemNov 13, 2026Oct 14, 20441618.5y left
10001447Internal combustion engine with low-latency RF systemAug 19, 2024Apr 3, 2041715.0y left
10001448Method for improved edge detection and analysisApr 11, 2015Dec 10, 2032436.7y left
10001449System for multi-layer neural network processing with MEMSOct 13, 2015Aug 5, 2031465.3y left
10001450Method for dynamic analog energy storageOct 5, 2026Aug 4, 20441218.3y left
10001451Sensor for advanced RF measurementMay 28, 2004Nov 23, 202039Expired
10001452Method for improved cloud fuel efficiencyMay 5, 2018Jul 16, 203498.3y left
10001453Method for scalable cloud energy storageAug 21, 2020Jan 23, 2036269.8y left
10001454Power conversion system with distributed lidar efficiencyJun 21, 2013Oct 20, 2029393.5y left
10001455Method for autonomous lidar fuel efficiencySep 6, 2027Jan 14, 20432516.8y left

Related Patent Portfolios

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Samsung

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Canon

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Microsoft

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Frequently Asked Questions

General Electric holds 85 US patents with an average of 27 claims per patent. The portfolio has a Patent Strength Score of 51/100 (Grade C).

General Electric has 4 patents expiring within 2 years and 7 patents expiring within 5 years. These expirations may create opportunities for competitors and generic entrants.

General Electric's key technology focus areas include Engines & Pumps, Combustion Engines, Electrical Power. The portfolio spans 4 distinct technology classifications (CPC codes).

The Patent Strength Score (0-100, A-F) benchmarks a company's patent portfolio quality based on portfolio size (30%), claims breadth (25%), time remaining to expiration (25%), and portfolio diversity across technology areas (20%).

Last updated:

Patent Strength Score is based on portfolio size, claims breadth, time to expiration, and technology diversity using CPC classifications.

The this entity record above pulls directly from the FDA Orange Book and USPTO patent records. What follows is the per-entity context — how this entity sits in the broader U.S. pharmaceutical patent expirations distribution and which underlying factors drive the headline numbers.

Every number on this page links back to the FDA Orange Book and USPTO patent records; the methodology page describes the inputs, refresh cadence, and known limitations of the underlying data product.

Practical use of this page is in combination with the comparison and ranking pages elsewhere on the site, which surface the same data for this entity’s peers within U.S. brand-name drugs. A single-entity reading without peer context can be misleading when an entity is an outlier on one axis but typical on another.

Source: USPTO patent search, 2026.