Patent Assignment
Reel/Frame 067096/0320
Assignment of Assignor's Interest
Recorded: 2024-04-12
Pages: 17
Assignor
TOTALENERGIES MARKETING SERVICES (PREVIOUSLY TOTAL MARKETING SERVICES)
Executed: 2023-12-05
Assignee
TOTALENERGIES ONETECH (PREVIOUSLY TOTALENERGIES ONE TECH)
2 PLACE JEAN MILLIER, LA DÉFENSE 6, COURBEVOIE, 92400, FRANCE
Covered Properties
(136)
Use of Inorganic Acids with Crosslinking Agents in Polymer Modified Asphalts
Method for Preparing Bitumen Base
Marine Lubricant for Fuel Oil Having High and Low Sulphur Contents
Aqueous Solution for the Treatment of Exhaust Gases of Diesel Engines
Use of a Fluid Composition with Delayed Cross-Linking for Holding a Casing Inside a Drill Hole and Method for Reinforcing a Drill Hole
Propellant Compositions and Methods of Making and Using the Same
Cylinder Lubricant for a Two-Stroke Marine Engine
Hydrocarbon Diluent with a Low Voc Level for Construction Materials
Hydrodewaxed Hydrocarbon Fluid Used in the Manufacture of Fluids for Industrial, Agricultural, or Domestic Use
Composition of Special Fluid and Use
Use of Waxes in a Cross-Linked Bitumen/Polymer Composition for Improving Its Resistance to Chemical Attack and Cross-Linked Bitumen/ Polymer Composition Comprising Said Waxes
Process for the Production of Hydrocarbon Fluids Having a Low Aromatic Content
Process for the Production of Hydrocarbon Fluids Having a Low Aromatic Content
Emulsifiable Concentrate for a Phytosanitary Composition, Phytosanitary Composition and Phytosanitary Film
Bituminous Composition with Thermoreversible Properties
Engine Lubricant Composition
Modified Alkyl-Phenol-Aldehyde Resins, Use Thereof as Additives for Improving the Properties of Liquid Hydrocarbon Fuels in Cold Conditions
Additive Compositions That Improve the Stability and the Engine Performances of Diesel Fuels
Tray for Dispensing a Gas and a Liquid, Reactor Provided with Such a Tray, and Use of Said Tray
Lubricant Composition for Marine Engine
Grease Composition
Process for Producing a Cross-Linked Bitumen/Polymer Composition with a Reduction in H2S Emissions
Engine Lubricant Composition
Lubricant Composition for an Engine
Additive Compositions and Use Thereof for Improving the Cold Properties of Fuels and Combustibles
METHOD FOR OBTAINING HYDROCARBON SOLVENTS WITH BOILING POINT ABOVE 300 °C AND POUR POINT LOWER THAN OR EQUAL TO -25 om
Additive for Improving the Oxidation and/or Storage Stability of Motor Fuels or Liquid Hydrocarbon-Containing Fuels
Modified Alkyl-Phenol-Aldehyde Resins, Use Thereof As Additives For Improving The Properties Of Liquid Hydrocarbon Fuels In Cold Conditions
Plasticiser for Sealants, Plastisols and Adhesives
Process for Preparing a Complex Calcium Sulphonate Grease
Bituminous Compositions Based on Phosphoric Derivatives
Isolation Valve with a Dead Chamber
Plasticizer for Mastics, Plastisols and Adhesives
Improved Process for the Dearomatization of Petroleum Cuts
Dissolved Air Flotation Use with Cationic Metal Processing Fluids
Thermoassociative and Exchangeable Copolymers, and Compositions Comprising Same
Lubricating Compositions Comprising Thermoassociative and Exchangeable Copolymers
Use of a Bituminous Composition as an Adhesive Binder
Process for the Dearomatization of Petroleum Cuts
Aviation Gasoline Composition, Its Preparation and Use
Lubricating Compositions for Motor Vehicles
Method for the Transportation and/or Storage of Road Bitumen
Anti-Dust Additive Composition for Construction Material
Method and Kit for Dosing Iron Ions in Lubricating Compositions
Compositions of Thermoassociative Additives with Controlled Association and Lubricant Compositions Containing Them
Dispersing Additive for Asphaltenes and Its Uses
Ultra-Fluid Lubricating Composition
Cosmetic Nanoemulsion
Process for the Production of Biodegradable Hydrocarbon Fluids by Hydrogenation
Application:
15/574,582 →
Publication:
US 2018/0155636
Long Duration Fuel Economy Lubricating Composition
Use of a Fatty Amine for Preventing and/or Reducing the Metal Losses of the Parts in an Engine
Lubricity Additive for Fuel with a Low Sulphur Content
Biosourced Emollient Composition Comprising Isoparaffins
Additive Compositions That Improve the Stability and the Engine Performances of Diesel Fuels
Method for Obtaining Hydrocarbon Solvents with Boiling Point Above 300 °C and Pour Point Lower Than or Equal to -25 2S
Lubricant for a Two-Stroke Marine Engine
Polyalkylene Glycol-Based Lubricant Composition
Paraffinic Phytosanitary Oil Composition
Bitumen Solid at Ambient Temperature
Lubricant Composition for a Gas Engine
Clear Binder That Is Solid When Cold
Lubricanting Composition for a Marine Engine or a Stationary Engine
Composition for an Electric Vehicle
Lubricant Composition
Use of Biodegradable Hydrocarbon Fluids for Aluminium Cold-Rolling
Use of Biodegradable Hydrocarbon Fluids as Drilling Fluids
Use of Biodegradable Hydrocarbon Fluids in Electric Vehicles
Use of Biodegradable Hydrocarbon Fluids as Heat-Transfer Media
Thermoassociative and Exchangeable Copolymers, Composition Comprising Same
Thermoassociative Additive Compositions, the Association of Which Is Controlled, and Lubricating Compositions Containing Same
Lubricant Composition for Industrial Gearing Coming into Contact with Food
Method for Processing Used Oils
Method for Improving the Sensorial Properties of Oil-in-Water Emulsions, to Reduce the Adhesive Effect of Such Glycerin-Based Oil-in-Water Emulsions
Method for Improving the Sensorial Properties of Oil-in-Water Emulsions
Application:
16/470,395 →
Publication:
US 2020/0093713
Binder That Is Solid at Room Temperature
Process for the Production of Isoparaffinic Fluids with Low Aromatics Content
Novel Emollient Composition
Application:
16/481,017 →
Publication:
US 2020/0002247
Gear Lubricant Composition
Non-Therapeutic Use of a Biodegradable Hydrocarbon Oil
Hydrocarbon Oil for a Therapeutic Use
Biosourced Gelled Composition of Hydrocarbon Oil and Gelling Polymer
Bituminous Compositions Comprising an Amine Additive and a Hydroxide, Their Preparation Process and Applications
Aviation Gasoline Composition, Its Preparation and Use
Compound Comprising Polyamine, Acidic and Boron Functionalities and Its Use as a Lubricant Additive
Compound Comprising Polyamine, Acidic and Boron Functionalities and Its Use as a Lubricant Additive
Lubricating Composition Comprising a Diester
Use of Esters in a Lubricant Composition for Improving Cleanliness of an Engine
Gear Lubricant Composition
Grease Composition Displaying Improved Adhesivity
Application:
16/771,366 →
Publication:
US 2021/0171855
Method of Providing Drilling Fluid and Solvent
Process for the Oligomerization of Olefins
Thermoassociative and Exchangeable Copolymers, and Composition Comprising Same
Composition Comprising Thermoassociative and Exchangeable Copolymers
Preparation of Olefin by Alcohol Dehydration, and Uses Thereof for Making Polymer, Fuel or Fuel Additive
Lubricant Composition for Industrial Engines with Increased Fe Potential
Application:
17/048,012 →
Publication:
US 2021/0171854
Associative and Exchangeable Oligomers, and Composition Comprising Them
Associative and Exchangeable Oligomers, and Composition Containing Same
Associative and Exchangeable Oligomers, and Composition Comprising Same
Associative and Exchangeable Oligomers, and Composition Containing Same
Composition for Cooling and Lubricating a Propulsion System of an Electric or Hybrid Vehicle
Cooling and Flame-Retardant Composition for a Propulsion System of an Electric or Hybrid Vehicle
Cooling and Flame-Retardant Composition for a Propulsion System of an Electric or Hybrid Vehicle
Cooling and Flame-Retardant Lubricating Composition for a Propulsion System of an Electric or Hybrid Vehicle
Cooling and Flame-Retardant Composition for a Propulsion System of an Electric or Hybrid Vehicle
Deep Desulphurization of Low Sulphur Content Feedstock
Use of a Diester to Improve the Anti-Wear Properties of a Lubricant Composition
Bituminous Composition Solid at Ambient Temperature
Bituminous Composition Solid at Ambient Temperature
Method for Determining the Sensitivity to Oxidation of a Bituminous Binder by Electron Spin Resonance
Application:
17/297,128 →
Publication:
US 2022/0026381
Hydrogen Sulphide and Mercaptans Scavenging Compositions
Hydrogen Sulphide and Mercaptans Scavenging Compositions
Hydrogen Sulphide and Mercaptans Scavenging Compositions
Hydrogen Sulphide and Mercaptans Scavenging Compositions
Application:
17/297,561 →
Publication:
US 2022/0025285
Quaternary Fatty Amidoamine Compound for Use as an Additive for Fuel
Use of Biodegradable Hydrocarbon Fluids as Drilling Fluids
Bitumen Granules Which Are Solid at Ambient Temperature
Rubber Composition Comprising Esters from Renewable Sources as Plasticizers
Coating Comprising Petroleum Coke
Application:
17/415,317 →
Publication:
US 2022/0056273
Biobased Thickening Composition Comprising a Poly(Farnesene)
Adjuvant Composition for a Vaccine
Application:
17/430,554 →
Publication:
US 2022/0125918
Lubricating Composition for Preventing or Reducing Pre-Ignition in an Engine
Use of an Ester in a Cooling Composition
Application:
17/438,525 →
Publication:
US 2022/0131205
Bituminous Composition Solid at Ambient Temperature
Application:
17/440,850 →
Publication:
US 2022/0145079
Compositions Based on Alkanes and Ester(S) with Temperature Storage Stability, Use Thereof as Softening Agents and Emulsions Comprising Same
Use of a Lubricant Composition for Transmission
Method for Reducing and/or Controlling Abnormal Gas Combustion in a Marine Engine or a Controlled-Ignition Engine
Lubricant Composition and Use as a Lubricant Additive of Guanidinium-Based Ionic Liquids
Lubricant Composition for Preventing Corrosion and/or Tribo-Corrosion of Metal Parts in an Engine
Application:
17/619,486 →
Publication:
US 2022/0411712
Lubricant Composition for Preventing Corrosion and/or Tribocorrosion of Metalparts in an Engine
Application:
17/619,804 →
Publication:
US 2022/0411713
Use of a Triazole Compound as an Additive for Improving the Anti-Corrosion Properties of a Lubricant Composition for a Propulsion System of an Electric or Hybrid Vehicle
Use of a Succinimide Compound as an Anti-Corrosion Additive in a Lubricant Composition for a Propulsion System of an Electric or Hybrid Vehicle
Application:
17/619,859 →
Publication:
US 2022/0364010
Use of a Sterically Hindered Aromatic Amine or Phenol Compound as an Anti-Corrosion Additive in a Lubricant Composition for a Propulsion System of an Electric or Hybrid Vehicle
Application:
17/619,863 →
Publication:
US 2022/0372392
Use of a Phosphorus Compound as a Non-Corrosive Extreme-Pressure and Anti-Wear Additive in a Lubricant for a Propulsion System of an Electric or Hybrid Vehicle
Application:
17/619,872 →
Publication:
US 2022/0380697
Lubricant Composition for Gas Turbines
Deaeration of a Lubricant Composition
Novel Emollient Composition
Related Assignments
(7)
Other recorded transfers of the patents in this record — the chain of ownership.
Change of Name
Oct 24, 2016
From: TOTAL RAFFINAGE MARKETING
To: TOTAL MARKETING SERVICES
Reel/Frame 040098/0136 →
Change of Name
Dec 23, 2016
From: TOTAL RAFFINAGE MARKETING
To: TOTAL MARKETING SERVICES
Reel/Frame 040759/0004 →
Change of Name
Jan 23, 2017
From: TOTAL RAFFINAGE MARKETING
To: TOTAL MARKETING SERVICES
Reel/Frame 041049/0904 →
Change of Name
Mar 23, 2021
From: TOTAL RAFFINAGE MARKETING
To: TOTAL MARKETING SERVICES
Reel/Frame 055680/0118 →
Nunc Pro Tunc Assignment
Nov 30, 2022
From: TOTALENERGIES MARKETING SERVICES
To: TOTALENERGIES ONETECH
Reel/Frame 061918/0386 →
Change of Name
Nov 30, 2022
From: TOTAL MARKETING SERVICES
To: TOTALENERGIES MARKETING SERVICES
Reel/Frame 061918/0114 →
Corrective Assignment to Correct the the Name of the Assignee Previously Recorded at Reel: 67096 Frame: 320. Assignor(S) Hereby Confirms the Assignment.
Jun 26, 2024
From: TOTALENERGIES MARKETING SERVICES (PREVIOUSLY TOTAL MARKETING SERVICES)
To: TOTALENERGIES ONETECH
Reel/Frame 067845/0906 →