Mobil Oil Corporation

Other

Susan W Johnson

Angeline B Cardis

David Joseph Baillargeon

Dale B Heck

Jim Edward Fulbrook

Carl E Shanholtz

A heating/cooling therapy treatment pad system incorporates a plurality of therapy pads that can be coupled together by connectors and attachments to form an integrated therapy pad assembly. The thermal pads have pouches for receiving thermal inserts that may be heated or chilled. The thermal inserts may be cylindrical in shape and there may be thermal insert gaps, or spaces between the pouches to enable better conformability of the therapy pad to a person's body, such as around the neck. The heating/cooling therapy treatment pad system may include a neck therapy pad, spine therapy pad, head and face therapy pads, shoulder therapy pad, lumbar therapy pad, armpit thermal therapy pad and a thermal therapy pad vest. The system of pads interconnect to provide tailored thermal therapy to multiple areas of a user's body and may be used to effectuate rapid cooling and in particular for those suffering from heat exhaustion.

Heating / cooling body treatment therapy pad system

Additives which improve the low-temperature properties of distillate fuels are the oligomeric/polymeric reaction products of aromatic anhydrides and epoxides (or their corresponding acid/diol equivalents), with optional termonomers.

Oligomeric/polymeric multifunctional additives to improve the

The reaction products of (1) anhydrides and/or poly-acids and (2) aminoalcohols or aminoalcohols/amides with long chain hydrocarbyl groups attached improve the low-temperature properties of distillate fuel when added thereto.

Multifunctional additives to improve the low-temperature properties of

Additives which improve the low-temperature properties of distillate fuels are oligomeric/polymeric reaction products consisting of cross-linked anhydride and cross-linked epoxide (or their corresponding acid/diol equivalents), with optional termonomers.

Additives which improve the low-temperature properties of distillate fuels are the oligomeric/polymeric reaction products of anhydrides and one or more of the following long-chain diols: aminodiols, diaminodiols, amidodiols, with optional termonomers.

Additives which improve the low-temperature properties of distillate fuels are oligomeric/polymeric reaction products of anhydrides and long-chain epoxides (or their corresponding acid/diol equivalents) consisting of hydroxyl promoted polyesters and ester promoted polyesters.

Additives which improve the low-temperature properties of distillate fuels are the polymeric and/or oligomeric monomers selected from ester/urethane reaction products of a combination of anhydrides and epoxides (or their corresponding acid/diol equivalents), and a urethane precursor and optionally with various suitable reactive materials to provide optional termonomers.

Additives which improve the low-temperature properties of distillate fuels are the oligomeric/polymeric reaction products of one or more bicyclic or alkyl anhydrides or their diacid equivalents and one or more long-chain epoxides or their corresponding acid/diol equivalents, with optional termonomers.

The reaction product of certain epoxy resins and secondary amines improve the low-temperature properties of distillate fuels.

Poly(aminoalcohol) additives to improve the low-temperature properties

Products of reaction between 1-alkyl-N,N-dialkyl ethanolamines and copolymers of maleic anhydride are new additives which are effective in lowering the cloud point of distillate fuels.

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Centreville, VA, United States of America

Susan W Johnson