Abstract: Methods and systems for a computer-based quality enhancement training program. In one embodiment, the training program is a Six Sigma quality enhancement training program comprised of a series of multimedia display descriptions presented to a user on a computer display screen. In this embodiment, the training program includes an introduction comprising a case study and an overview of fundamental Six Sigma concepts. After the introduction, the program presents a main menu display description including an icon corresponding to each of the five core phases of the Six Sigma process. Selecting one of these five icons displays links to instructional subject matter related to that phase of the Six Sigma process. A phase quiz is presented upon completion of each phase and a knowledge check that serves as a final exam is provided at the end of the training program.

Abstract: An improved process for the manufacture of plastic articles such as light assemblies, and the articles made by said process, are disclosed. The disclosed process includes a step wherein one or more colors are decorated onto a single film which is then incorporated with other components in an in-mold decorating process to yield the improved articles of the invention.

Abstract: An ultraviolet radiation-curable epoxyfunctionalized silicone controlled release composition having increased release levels is provided, comprising:(A) an epoxyfunctional diorganopolysiloxane;(B) a catalytic amount of a photocatalyst or a combination of photocatalysts; and(C) from about 1% to about 30% by weight based on (A) of an epoxyfunctional siloxane resinous controlled release additive comprising monovalent siloxane and epoxyfunctional siloxane units and tetravalent SiO.sub.2 units.A release of at least 500 grams/2 inches is achieved by using from about 20% to about 30%, preferably from about 25% to about 30%, of component (C) and dispersing components (A)-(C) in (D) an amount of a hydrocarbon solvent sufficient to provide the composition with a solids content of about 20% and a solvent content of about 80%.

Abstract: An ultraviolet radiation-curable epoxyfunctionalized silicone controlled release composition having increased release levels is provided, comprising:(A) an epoxyfunctional diorganopolysiloxane;(B) a catalytic amount of a photocatalyst or a combination of photocatalysts; and(C) from about 1% to about 30% by weight based on (A) of an epoxyfunctional siloxane resinous controlled release addditive comprising monovalent siloxane and epoxyfunctional siloxane units and tetravalent SiO.sub.2 units.A release of at least 500 grams/2 inches is achieved by using from about 20% to about 30%, preferably from about 25% to about 30%, of component (C) and dispersing components (A)-(C) in (D) an amount of a hydrocarbon solvent sufficient to provide the composition with a solids content of about 20% and a solvent content of about 80%.

Abstract: Organopolysiloxane for use in release coating compositions are modified to control release values by substitution with phenolic compounds.

Abstract: There is provided a curable composition, comprising:A. a heterocyclic compound selected from the group consisting of epoxy-functional silicones, epoxy-functional acrylic polymers, and monomers selected from the group consisting of tetrahydrofurans, oxetanes, lactones, spirocarbonates, spiroesters, cyclic sulfur and cyclic nitrogen compounds;B. an Si-H functional silicon compound; andC. a platinum catalyst.There is further provided a method for polymerizing a heterocyclic compound using a platinum catalyst.

Abstract: UV-curable compositions are provided comprising blends of epoxy-functional silicones of various chain lengths. These compositions have improved physical properties as compared to otherwise weak and brittle UV-cured epoxy-functional silicones without adding fillers and without sacrificing fast, efficient UV cure speed. Such compositions are useful as conformal coatings, optical fiber coatings, and electrical encapsulation.

Abstract: Organopolysiloxane for use in release coating compositions arre modified to control release values by substitution with phenolic compounds.

Abstract: Mercaptan substituted silicon compounds are produced by the reaction of amine with carboxyl. UV curable silicon compositions are produced from such compounds.

Abstract: Mercaptan substituted silicon compounds are produced by the reaction of amine with carboxyl. UV curable silicon compositions are produced from such compounds.