US PATENT SUBCLASS 526 / 148
.~.~.~.~ Contains two or more diverse non-transition elemental metals, different non-transition hydride compounds, different carbon to non transition metal compounds, or mixture thereof

Current as of: June, 1999
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526 /   HD   SYNTHETIC RESINS OR NATURAL RUBBERS -- PART OF THE CLASS 520 SERIES

*  DD  SYNTHETIC RESINS (Class 520, Subclass 1) {8}
72  DF  .~ POLYMERS FROM ONLY ETHYLENIC MONOMERS OR PROCESSES OF POLYMERIZING, POLYMERIZABLE COMPOSITIONS CONTAINING ONLY ETHYLENIC MONOMERS AS REACTANTS OR PROCESSES OF PREPARING {43}
89  DF  .~.~ Polymerizing in the presence of a specified material other than monomer {28}
90  DF  .~.~.~ Material contains transition metal or compound thereof {15}
148.~.~.~.~ Contains two or more diverse non-transition elemental metals, different non-transition hydride compounds, different carbon to non transition metal compounds, or mixture thereof {3}
149  DF  .~.~.~.~.~> At least one atom of As, Sb, or Bi, in elemental form or bonded to hydrogen or carbon atom
150  DF  .~.~.~.~.~> At least one atom of Ge, Sn, or Pb in elemental form or bonded to hydrogen or carbon atom
151  DF  .~.~.~.~.~> At least one atom of Group IIIA metal (Al, Ga, In, Tl) in elemental form or bonded to hydrogen or carbon atom {2}

DEFINITION

Classification: 526/148

(under subclass 90) Subject matter wherein the specified material contains a transition metal compound (1) in admixture with two or more diverse elemental nontransition metals; or (2) in admixture with at least two different nontransition metal hydride compounds; or (3) in admixture with at least two different nontransition metals to carbon-bonded compounds; or (4) in admixture with a nontransition elemental metal and a nontransition metal hydride compound or a nontransition metal-to-carbon-bonded compound; or (5) is in admixture witha nontransition metal hydride compoundand a nontransition metal-to-carbon-bonded compound.

(1) Note. Different for purposes herein regards to the compounds of a nontransition metal bonded to hydrogen or carbon is meant to include the same nontransition metal existing in different compounds, e.g., one being the hydride

and the other containing a nontransition metal to carbon bonds, or even two different compounds of the same nontransition metal each bonded to carbon, but in different compounds, or in different hydride forms.