US PATENT SUBCLASS 523 / 319
.~.~ Utilizing treating or forming motion described by numerical data other than mere temperature, pressure, time, or amounts of material

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

*  DD  SYNTHETIC RESINS (Class 520, Subclass 1) {1}
1  DF  .~ PROCESSES OF PREPARING A DESIRED OR INTENTIONAL COMPOSITION OF AT LEAST ONE NONREACTANT MATERIAL AND AT LEAST ONE SOLID POLYMER OR SPECIFIED INTERMEDIATE CONDENSATION PRODUCT, OR PRODUCT THEREOF {71}
319.~.~ Utilizing treating or forming motion described by numerical data other than mere temperature, pressure, time, or amounts of material {2}
322  DF  .~.~.~> Rotational rate (RPM) or velocity
323  DF  .~.~.~> Work input, e.g., horsepower-hour/pound, etc.

DEFINITION

Classification: 523/319

Utilizing treating or forming motion described by numerical data other than mere temperature, pressure, time, or amounts

of material:

(under subclass 1) Process of treating or forming a desired or intentional composition wherein the motion involved with said treating or forming is described by numerical data other than mere temperature, pressure, amount of material, or time.

(1) Note. The numerical data must describe motion on a macro scale, i.e., more than mere thermal or kinetic molecular motion.

(2) Note. The numerical data must describe motion directly, e.g., velocity or acceleration; or indirectly, e.g., shear rate or Reynolds number or amount of mixing energy expanded.

(3) Note. The numerical data should describe the treating or mixing motion as to intensity or quantity of energy or turbulence imparted but not simply treatment duration, temperature, or amounts of material mixed.

(4) Note. Pressure, per se, does not describe motion unless there is movement in repsonse thereto, e.g., compressing the mixture into a shape at 6000 psi, etc.

(5) Note. The list of excluded numerical data is not intended to be complete since any numerical data is intended to be excluded herefrom if there is no description of motion, e.g., concentration, or grinding to a given particle size, etc., is excluded unless somehow related to motion or intensity of motion.