Patents
21 granted patents and 10 published applications naming Deepak K. Jain as sole inventor, grouped into 3 invention families and prosecuted across 8 jurisdictions. Every cached copy on this page is stored on jain.com so an office rehost never breaks the record.
Jurisdictions: AU, CA, EP, HK, IL, JP, US, WO. PDF copies cached on this server: 28 of 31. Every patent is a public record; use the "Live at Google Patents" link on each dossier to reach the upstream record.
By invention family
Backup power system and method · 10 patents
Backup power system and method
Australia · Granted patent · 2008-02-07
A backup power controller reduces equipment damage during intermittent power outages by automatically switching between utility power, generators, and battery storage based on two energy thresholds. When utility power flickers repeatedly—an increasingly…
Backup power system and method
Canada · Granted patent · 2008-02-07
A backup power system that switches between primary power, stored energy, and a secondary power source using a two-threshold control strategy. Conventional systems struggle with intermittent power fluctuations—brief repeated outages drain stored energy…
Backup power system and method
European Patent Office · Granted patent · 2008-02-07
A backup power system that uses two adjustable energy thresholds to intelligently manage the operation of a backup generator, stored energy component (such as a battery), and primary power source. When the primary electrical grid experiences intermittent…
Backup power system and method
Israel · Granted patent · 2008-02-07
Backup power system and method
Japan · Granted patent · 2008-02-07
A backup power system that protects sensitive electronics during intermittent power outages using a dual-threshold strategy. When the main power grid experiences brief interruptions followed by quick recovery—repeated multiple times—conventional systems cycle…
Backup power system and method
United States · Published application · 2009-08-13
A backup power system that intelligently selects among three power sources—utility mains, a standby generator, and stored energy (battery or flywheel)—to maintain uninterrupted power to a load. The system addresses the practical problem of intermittent power…
Backup power system and method
WIPO (PCT) · WIPO publication · 2009-08-13
A backup power system that intelligently manages stored energy reserves to keep devices running during power failures and prevent excessive generator cycling. When a primary power source fails, backup generators require time to start and reach full…
Backup power system and method
United States · Published application · 2010-09-16
A backup power system with intelligent threshold-based control that minimizes unnecessary cycling of a backup generator during power fluctuations. The system monitors stored energy in a battery or similar component against two thresholds: the first ensures…
Backup power system and method
United States · Granted patent · 2011-06-14
A backup power system that manages multiple power sources and energy storage to reduce unnecessary generator cycling during power disruptions. The system connects a primary power source, a secondary source (like a generator), and energy storage, with an…
Backup power system and method
Hong Kong · Granted patent · 2019-08-09
A backup power system that intelligently controls when to switch between utility power, a backup generator, and stored energy (such as batteries). The problem it addresses is that when electrical grids experience intermittent power interruptions—caused by…
System and method for efficient power distribution and backup · 19 patents
System and method for efficient power distribution and backup
Australia · Granted patent · 2012-08-24
A parallel uninterruptible power supply system that eliminates expensive active switching components between power sources and backup systems. Traditional UPS installations require active switches to manage power flow from utility grids or generators,…
System and method for efficient power distribution and backup
Canada · Granted patent · 2012-08-24
A parallel-connected backup power system that eliminates expensive active switching components between power sources and uninterruptible power supplies. Conventional UPS systems require active switches between the main power grid (or generators) and each UPS…
System and method for efficient power distribution and backup
European Patent Office · Granted patent · 2012-08-24
A parallel uninterruptible power supply system in which multiple UPS units connect directly to two or more independent power sources, with no active switching components between them. Conventional UPS systems rely on expensive active switches to connect mains…
System and method for efficient power distribution and backup
Hong Kong · Granted patent · 2012-08-24
A parallel-connected uninterruptible power supply system that draws power simultaneously from multiple independent sources without requiring active switching components between them. Multiple UPS units connect directly to at least two separate power…
System and method for efficient power distribution and backup
Israel · Published application · 2012-08-24
System and method for efficient power distribution and backup
Japan · Granted patent · 2012-08-24
A power backup system that connects multiple uninterruptible power supply (UPS) units in parallel directly to two or more independent power sources, without any active switching devices between them. Each UPS features separate primary feeds and maintenance…
System and method for efficient power distribution and backup
Japan · Granted patent · 2012-08-24
A power backup system with multiple uninterruptible power supplies (UPS units) operating in parallel to drive a load, connected directly to at least two independent power sources without active switching devices between them. Each UPS has a primary feed and a…
System and method for efficient power distribution and backup
Australia · Granted patent · 2013-07-18
A parallel uninterruptible power supply system that eliminates expensive active switching components between power sources and UPS units. Conventional backup power systems require active switches and complex synchronization to connect multiple power sources…
System and method for efficient power distribution and backup
Canada · Granted patent · 2013-07-18
A parallel uninterruptible power supply system in which multiple UPS units are connected in parallel to independent power sources without intervening active switches. Conventional systems place expensive active switches between power sources and UPS inputs to…
System and method for efficient power distribution and backup
European Patent Office · Granted patent · 2013-07-18
Parallel uninterruptible power supplies connected directly to independent power sources address the cost and complexity problems of conventional UPS designs. Traditional systems use expensive active switching components to route power from utility and backup…
System and method for efficient power distribution and backup
Israel · Granted patent · 2013-07-18
System and method for efficient power distribution and backup
Japan · Granted patent · 2013-07-18
A parallel uninterruptible power supply system that eliminates expensive active switching components by directly connecting multiple UPS units to two or more independent power sources through passive switches. Conventional UPS systems require active…
System and method for efficient power distribution and backup
United States · Published application · 2014-02-27
A parallel redundant power backup system that eliminates active switching components between power sources and uninterruptible power supplies. Conventional UPS systems require expensive active switches to select between utility power and generator…
System and method for efficient power distribution and backup
United States · Published application · 2014-02-27
A parallel uninterruptible power supply system that eliminates costly active switching components between power sources and individual UPS units. Conventional backup systems require expensive active switches at each UPS input to coordinate power from utility…
System and method for efficient power distribution and backup
WIPO (PCT) · WIPO publication · 2014-02-27
A power backup system combines multiple uninterruptible power supplies connected in parallel, with each UPS receiving power directly from two or more independent utility sources through automatic transfer switches and backup generators. When one power source…
System and method for efficient power distribution and backup
WIPO (PCT) · WIPO publication · 2015-01-22
A power backup system that uses multiple uninterruptible power supplies (UPS units) connected in parallel to provide redundant electricity to critical facilities. Each UPS receives power directly from at least two independent power sources—such as separate…
System and method for efficient power distribution and backup
United States · Granted patent · 2015-09-08
A parallel uninterruptible power supply system that improves efficiency and reliability by connecting two UPS units directly to multiple power sources. Traditional backup power systems rely on a single primary utility feed with a secondary source providing…
System and method for efficient power distribution and backup
United States · Granted patent · 2016-04-12
A parallel uninterruptible power supply system uses two UPS units working together to drive critical loads, with each UPS connected to both utility power sources through switching mechanisms. This creates redundancy at multiple levels—if one utility feed…
System and method for efficient power distribution and backup
Japan · Granted patent · 2021-01-01
A parallel redundant uninterruptible power supply system that connects multiple UPS devices directly to at least two independent power sources without intermediate active switching components. Unlike conventional systems requiring expensive active switches…
Geothermal cooling for modular data centers · 2 patents
Geothermal cooling for modular data centers
United States · Published application · 2014-03-13
An underground cooling system for modular data centers that uses geothermal heat dissipation instead of traditional air-conditioning or chilled-water systems. Rather than relying on centralized chillers that can become single points of failure, this invention…
Geothermal cooling for modular data centers
WIPO (PCT) · WIPO publication · 2014-03-13
Geothermal cooling for modular data centers addresses the unreliability and operational complexity of shared chilled-water systems used in portable computer containers deployed at remote sites. Instead of relying on on-site chillers that create single points…
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