IP Library › Assignment 065265/0848
Patent Assignment
Reel/Frame 065265/0848

Security Agreement

Recorded: 2023-09-21 Pages: 18
Assignor
Assignee
MTERRA VENTURES, LLC
1990 MAIN STREET, SARASOTA, FLORIDA, 34236
Covered Properties (138)
Thermodynamic Power Converion Cycle and Methods of Use
High Efficiency Absorption Heat Pump and Methods of Use
Hybrid Power Generation and Energy Storage System
System and Method for Managing Thermal Issues in Gas Turbine Engines
System and Method for Managing Thermal Issues in One or More Industrial Processes
Heat Pump with Integral Solar Collector
Solar Collector with Expandable Fluid Mass Management System
Heat Engine and Heat to Electricity Systems and Methods
Heat Engines with Cascade Cycles
Parallel Cycle Heat Engines
Driven Starter Pump and Start Sequence
Hot Day Cycle
Heat Engine Cycles for High Ambient Conditions
Heat Engines with Cascade Cycles
Carbon Dioxide Refrigeration Cycle
Heat Engine and Heat to Electricity Systems and Methods with Working Fluid Mass Management Control
Turbine Drive Absorption System
Heat Engine System with a Supercritical Working Fluid and Processes Thereof
Bypass and Throttle Valves for a Supercritical Working Fluid Circuit
Methods for Reducing Wear on Components of a Heat Engine System at Startup
Process for Controlling a Power Turbine Throttle Valve During a Supercritical Carbon Dioxide Rankine Cycle
Heat Engine Systems with High Net Power Supercritical Carbon Dioxide Circuits
Pump and Valve System for Controlling a Supercritical Working Fluid Circuit in a Heat Engine System
Management of Working Fluid During Heat Engine System Shutdown
Controlling Turbopump Thrust in a Heat Engine System
Turbine Dry Gas Seal System and Shutdown Process
Control System for a Heat Engine System Utilizing Supercritical Working Fluid
Charging Pump System for Supplying a Working Fluid to Bearings in a Supercritical Working Fluid Circuit
Heat Engine System Having a Selectively Configurable Working Fluid Circuit
Control Methods for Heat Engine Systems Having a Selectively Configurable Working Fluid Circuit
Valve Network and Method for Controlling Pressure Within a Supercritical Working Fluid Circuit in a Heat Engine System with a Turbopump
Active Thrust Management of a Turbopump Within a Supercritical Working Fluid Circuit in a Heat Engine System
Passive Alternator Depressurization and Cooling System
Heat Engine System Including an Integrated Cooling Circuit
Systems and Methods for Controlling the Pressure of a Working Fluid at an Inlet of a Pressurization Device of a Heat Engine System
Split Expansion Heat Pump Cycle
Three Reservoir Electric Thermal Energy Storage System
Enhanced Energy Conversion and Manufacturing Method
Application: 11/161,144 →
High Efficiency Absorption Heat Pump and Methods of Use
Patent: 7,313,926 →
Application: 11/306,911 →
Publication: US 2007/0089449
Thermodynamic Power Conversion Cycle and Methods of Use
Patent: 7,900,450 →
Application: 11/612,417 →
Publication: US 2007/0151244
Hybrid Power Generation and Energy Storage System
Patent: 8,099,198 →
Application: 11/860,151 →
Publication: US 2008/0211230
Electrostatic Lubricant and Methods of Use
Application: 12/239,811 →
Publication: US 2010/0077792
Heat Engine and Heat to Electricity Systems and Methods
Patent: 8,096,128 →
Application: 12/631,379 →
Publication: US 2010/0156112
Thermal Energy Conversion Method
Patent: 8,794,002 →
Application: 12/631,400 →
Publication: US 2011/0061387
Thermal Energy Conversion Device
Patent: 9,115,605 →
Application: 12/631,412 →
Publication: US 2011/0185729
System and Method for Constructing Heat Exchanger
Application: 12/716,021 →
Publication: US 2010/0218930
Hybrid Power Systems
Patent: 8,616,323 →
Application: 12/722,125 →
Heat Engine and Heat to Electricity Systems and Methods with Working Fluid Fill System
Patent: 8,281,593 →
Application: 12/880,428 →
Publication: US 2011/0061384
Driven Starter Pump and Start Sequence
Patent: 8,616,001 →
Application: 13/205,082 →
Publication: US 2012/0131919
Parallel Cycle Heat Engines
Patent: 9,284,855 →
Application: 13/212,631 →
Publication: US 2012/0131920
System and Method for Managing Thermal Issues in Gas Turbine Engines
Patent: 9,014,791 →
Application: 13/264,743 →
Publication: US 2012/0067055
Heat Engine and Heat to Electricity Systems and Methods with Working Fluid Mass Management Control
Patent: 8,613,195 →
Application: 13/278,705 →
Publication: US 2012/0047892
Hot Day Cycle
Patent: 8,783,034 →
Application: 13/290,735 →
Publication: US 2013/0113221
Heat Engine Cycles for High Ambient Conditions
Patent: 8,857,186 →
Application: 13/291,086 →
Publication: US 2012/0131921
Heat Engines with Cascade Cycles
Patent: 8,869,531 →
Application: 13/305,596 →
Publication: US 2012/0131918
System and Method for Managing Thermal Issues in One or More Industrial Processes
Patent: 9,441,504 →
Application: 13/380,110 →
Publication: US 2012/0128463
Solar Collector with Expandable Fluid Mass Management System
Application: 13/389,023 →
Publication: US 2012/0247455
Heat Pump with Integral Solar Collector
Patent: 9,316,404 →
Application: 13/389,207 →
Publication: US 2012/0247134
Automated Mass Management Control
Patent: 8,813,497 →
Application: 13/590,853 →
Publication: US 2013/0036736
Heat Engine and Heat to Electricity Systems and Methods for Working Fluid Fill System
Patent: 8,966,901 →
Application: 13/633,966 →
Publication: US 2013/0033037
Carbon Dioxide Refrigeration Cycle
Patent: 9,062,898 →
Application: 13/644,177 →
Publication: US 2014/0090405
Supercritical Working Fluid Circuit with a Turbo Pump and a Start Pump in Series Configuration
Patent: 9,091,278 →
Application: 13/969,738 →
Publication: US 2014/0050593
Heat Engine System with a Supercritical Working Fluid and Processes Thereof
Patent: 9,118,226 →
Application: 14/051,432 →
Publication: US 2014/0103661
Supercritical Carbon Dioxide Power Cycle for Waste Heat Recovery
Patent: 9,341,084 →
Application: 14/051,433 →
Publication: US 2014/0102101
Bypass and Throttle Valves for a Supercritical Working Fluid Circuit
Application: 14/051,435 →
Publication: US 2014/0102098
Heat Engine and Heat to Electricity Systems and Methods with Working Fluid Mass Management Control
Patent: 9,458,738 →
Application: 14/102,628 →
Publication: US 2014/0096524
Driven Starter Pump and Start Sequence
Patent: 9,410,449 →
Application: 14/102,677 →
Publication: US 2014/0096521
Methods for Reducing Wear on Components of a Heat Engine System at Startup
Patent: 9,638,065 →
Application: 14/164,496 →
Publication: US 2014/0208750
Process for Controlling a Power Turbine Throttle Valve During a Supercritical Carbon Dioxide Rankine Cycle
Patent: 9,752,460 →
Application: 14/164,780 →
Publication: US 2014/0208751
Thermal Energy Conversion Method
Patent: 9,816,403 →
Application: 14/450,410 →
Publication: US 2014/0345279
Automated Mass Management Control
Patent: 9,863,282 →
Application: 14/469,711 →
Publication: US 2015/0000281
Heat Engine System Having a Selectively Configurable Working Fluid Circuit
Patent: 9,874,112 →
Application: 14/475,640 →
Publication: US 2015/0076831
Control Methods for Heat Engine Systems Having a Selectively Configurable Working Fluid Circuit
Patent: 9,926,811 →
Application: 14/475,678 →
Publication: US 2015/0377076
Waste Heat Recovery Systems Having Magnetic Liquid Seals
Application: 14/707,041 →
Publication: US 2015/0330261
Heat Engine Systems with High Net Power Supercritical Carbon Dioxide Circuits
Application: 14/772,404 →
Publication: US 2016/0003108
Management of Working Fluid During Heat Engine System Shutdown
Application: 14/773,767 →
Publication: US 2016/0017758
Control System for a Heat Engine System Utilizing Supercritical Working Fluid
Application: 14/774,209 →
Publication: US 2016/0061055
Mass Management System for a Supercritical Working Fluid Circuit
Application: 14/776,200 →
Publication: US 2016/0010512
Supercritical Working Fluid Circuit with a Turbo Pump and a Start Pump in Series Configuration
Patent: 9,759,096 →
Application: 14/801,153 →
Publication: US 2015/0345339
Heat Engine System with a Supercritical Working Fluid and Processes Thereof
Patent: 9,863,287 →
Application: 14/803,242 →
Publication: US 2015/0345341
Heat Engine System Including an Integrated Cooling Circuit
Application: 15/231,047 →
Publication: US 2017/0130614
Valve Network and Method for Controlling Pressure Within a Supercritical Working Fluid Circuit in a Heat Engine System with a Turbopump
Application: 15/523,441 →
Publication: US 2017/0314420
Active Thrust Management of a Turbopump Within a Supercritical Working Fluid Circuit in a Heat Engine System
Application: 15/523,485 →
Publication: US 2017/0314419
Passive Alternator Depressurization and Cooling System
Application: 15/536,404 →
Publication: US 2017/0362963
Systems and Methods for Controlling the Pressure of a Working Fluid at an Inlet of a Pressurization Device of a Heat Engine System
Application: 15/988,023 →
Publication: US 2018/0340450
Systems and Methods for Generating Electricity Via a Pumped Thermal Energy Storage System
Application: 16/453,723 →
Publication: US 2020/0003080
Systems and Methods for Generating Electricity Via a Pumped Thermal Energy Storage System
Application: 16/453,739 →
Publication: US 2020/0003081
Active Thrust Management of a Turbopump Within a Supercritical Working Fluid Circuit in a Heat Engine System
Application: 16/800,420 →
Publication: US 2020/0208536
Split Expansion Heat Pump Cycle
Application: 16/867,447 →
Publication: US 2021/0348806
Three Reservoir Electric Thermal Energy Storage System
Application: 17/546,963 →
Publication: US 2022/0178301
High-Temperature, Dual Rail Heat Pump Cycle for High Performance at High-Temperature Lift and Range
Application: 17/974,913 →
Publication: US 2024/0142143
High Efficiency Absorption Heat Pump and Methods of Use
Application: 60/593,485 →
Thermodynamic Power Conversion Cycle and Methods of Use
Application: 60/766,013 →
Hybrid Power Generation and Energy Storage System
Application: 60/826,899 →
System and Method for Managing Thermal Issues in Gas Turbine Engines
Application: 61/170,364 →
System and method for constructing heat exchanger
Application: 61/209,055 →
Hybrid power systems
Application: 61/209,760 →
System and Method for Managing Thermal Issues in Gas Turbine Engines
Application: 61/219,195 →
Heat Pump with Integral Solar Collector
Application: 61/231,238 →
Solar Collector with Expandable Fluid Mass Management System
Application: 61/231,674 →
Heat Engine and Heat to Electricity System
Application: 61/243,200 →
Heat Engine with Cascade Cycle
Application: 61/316,507 →
Heat Engines with Cascade Cycles
Application: 61/417,775 →
Parallel Cycle Heat Engines
Application: 61/417,789 →
CO2 Jet Pump Refrigeration Cycle
Application: 61/542,478 →
Turbine Drive Absorption System
Application: 61/550,017 →
Supercritical Working Fluid Circuit with a Turbo Pump and a Start Pump in Series Configuration
Application: 61/684,933 →
Supercritical Carbon Dioxide Power Cycle for Waste Heat Recovery
Application: 61/712,907 →
Bypass and Throttle Valves for a Supercritical Working Fluid Circuit
Application: 61/712,914 →
Heat Engine System with a Supercritical Working Fluid and Processes Thereof
Application: 61/712,929 →
Process for Controlling a Power Turbine Throttle Valve During a Supercritical Carbon Dioxide Rankine Cycle
Application: 61/757,590 →
Method for Maintaining Carbon Dioxide in Supercritical State at Startup of Heat Engine System
Application: 61/757,612 →
Waste Heat Exchanger Bypass in a Supercritical System
Application: 61/757,629 →
Power Cycles and Heat Engine Systems
Application: 61/772,204 →
Pump and Valve System for Controlling a Supercritical Working Fluid Circuit in a Heat Engine System
Application: 61/776,567 →
Management of Working Fluid During Heat Engine System Shutdown
Application: 61/777,014 →
Control System for a Heat Engine System Utilizing Supercritical Working Fluid
Application: 61/779,275 →
Turbine Dry Gas Seal System and Shutdown Process
Application: 61/779,310 →
Charging Pump System for Supplying a Working Fluid to Bearings in a Supercritical Working Fluid Circuit
Application: 61/779,686 →
Turbine Case Vent System and Shutdown Process
Application: 61/780,276 →
Mass Management System for a Supercritical Working Fluid Circuit
Application: 61/782,366 →
Heat Engine Systems with High Net Power Supercritical Carbon Dioxide Circuits
Application: 61/782,400 →
Controlling Turbopump Thrust in a Heat Engine System
Application: 61/782,578 →
Heat Engine Systems with a Dual Turbocompressor Split Cycle
Application: 61/818,355 →
Highly Efficient Heat Engine System with a Supercritical Carbon Dioxide Circuit
Application: 61/874,321 →
Waste Heat Recovery Systems Having Magnetic Liquid Seals
Application: 61/993,530 →
Heat Engine System Having a Selectively Configurable Working Fluid Circuit
Application: 62/010,706 →
Control Methods for Heat Engine Systems Having a Selectively Configurable Working Fluid Circuit
Application: 62/010,731 →
Systems and Methods for Balancing Thrust Loads in a Heat Engine System
Application: 62/011,678 →
Systems and Methods for Controlling Backpressure in a Heat Engine System Having Hydrostatic Bearings
Application: 62/011,690 →
Valve Network and Method for Controlling Pressure within a Supercritical Working Fluid Circuit in a Heat Engine System with a Turbopump
Application: 62/074,182 →
Active Thrust Management of a Turbopump within a Supercritical Working Fluid Circuit in a Heat Engine System
Application: 62/074,192 →
Passive Alternator Depressurization and Cooling System
Application: 62/093,544 →
Heat Engine System Including an Integrated Cooling Circuit
Application: 62/204,962 →
Systems and Methods for Controlling the Pressure of a Working Fluid at an Inlet of a Pressurization Device of a Heat Engine System
Application: 62/511,806 →
Systems and Methods for Generating Electricity Via a Pumped Thermal Energy Storage System
Application: 62/690,803 →
Heat Pump Steam Generator
Application: 63/392,646 →
Waste Heat Integration into Pumped Thermal Energy Storage
Application: 63/443,775 →
Related Assignments (10)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Jul 31, 2009
From: GURIN, MICHAEL H.
To: REXORCE THERMIONICS, INC.
Reel/Frame 023039/0395 →
Assignment of Assignor's Interest Mar 1, 2010
From: HELD, TIMOTHY J.; HOSTLER, STEPHEN; MILLER, JASON D.; HUME, BRIAN F.
To: REXORCE THERMIONICS, INC.
Reel/Frame 024004/0220 →
Corrective Assignment to Correct the Serial Number Previously Recorded on Reel 024004 Frame 0220. Assignor(S) Hereby Confirms the Correct Serial Number Is: 12631379. Mar 9, 2010
From: HELD, TIMOTHY J.; HOSTLER, STEPHEN; MILLER, JASON D.; HUME, BRIAN F.
To: REXORCE THERMIONICS, INC.
Reel/Frame 024048/0296 →
Change of Name Mar 9, 2010
From: HELD, TIMOTHY J.; HOSTLER, STEPHEN; MILLER, JASON D.; HUME, BRIAN F.
To: ECHOGEN POWER SYSTEMS
Reel/Frame 024050/0419 →
Change of Name Aug 9, 2010
From: REXORCE THERMIONICS, INC.
To: ECHOGEN POWER SYSTEMS, INC.
Reel/Frame 024807/0701 →
Assignment of Assignor's Interest Sep 13, 2010
From: GURIN, MICHAEL H.
To: ECHOGEN POWER SYSTEMS, INC.
Reel/Frame 024972/0705 →
Assignment of Assignor's Interest Sep 13, 2010
From: GURIN, MICHAEL H.
To: ECHOGEN POWER SYSTEMS, INC.
Reel/Frame 024972/0736 →
Assignment of Assignor's Interest Sep 13, 2010
From: HELD, TIMOTHY J.
To: ECHOGEN POWER SYSTEMS, INC.
Reel/Frame 024974/0106 →
Assignment of Assignor's Interest Sep 13, 2010
From: HELD, TIMOTHY J.
To: ECHOGEN POWER SYSTEMS, INC.
Reel/Frame 024974/0125 →
License Mar 24, 2015
From: ECHOGEN POWER SYSTEMS, LLC
To: DRESSER-RAND COMPANY
Reel/Frame 035245/0190 →