Abstract: An enamel paste composition includes glass frit; a pigment; and an organic carrier medium; wherein the glass frit includes at least two glass frits including a first glass frit and a second glass frit, and wherein the first glass frit has a larger particle size and a higher glass transition temperature than the second glass frit. Also described is a method of forming an enamel coating by depositing the enamel paste composition on a substrate; and firing the enamel paste to form an enamel coating on the substrate, the enamel coating having a heterogeneous frit microstructure with particles of the first frit embedded in a matrix of second frit.

Abstract: The present invention provides novel pharmaceutical formulations of a substituted phenylacetic acid ester compound, which is useful as a short-acting sedative hypnotic agent for anesthesia and sedation. The pharmaceutical formulations are oil-in-water emulsions suitable for administration by injection. The invention further provides processes for the preparation of the formulation and the use of the formulation in medical treatment of a mammal.

Abstract: An inorganic pigment, the pigment comprising a compound which is an oxysulphide or oxyselenide of tin and a metal chosen from niobium or tantalum. The pigments are brightly colored in the color range from yellow, through orange to red, and are especially suitable for the coloration of glass and plastic substrates. Methods for the production of the pigments are also described.

Abstract: A monolithic implant comprising a biodegradable polyester and a luteinizing hormone releasing hormone (LH-RH) analogue. The implant provides continuous release of the LH-RH analogue over a period of six months when the implant is placed in an aqueous physiological-type environment.

Abstract: The invention provides a method and apparatus for the dynamic generation and regeneration of software objects that can have logic that specifies structure, functionality and behavior in a computing system. One embodiment is the regeneration function that produces related, but different instances of software objects, including System Logic Objects. The regeneration function comprises ordered sequences of tasks, whose definition, and parameterization are obtained from a Generative Model, and which are performed by software objects called Builders. Each Builder accepts a set of input parameters and a reference to a container that contains zero or more generated software objects, including System Logic Objects. The regeneration function directs each Builder to work on the contents of the container, add, modify, and delete objects, and return the container with updated contents. The behavior of the regeneration function can be altered by disabling selected Builders, and by changing the inputs to the Builders.

Abstract: A system is described for providing at least one interface for a repository (102). A first interface (304) is provided with a plurality of objects (502), each object (502) representing an entity or group of entities for which there is metadata (306) provided in the repository (102). A means for selecting an object (502) in the first interface (304) provides access to the relevant metadata (306) in the repository (102). The first interface (304) represents a metamodel of the repository (102). The first interface (304) also has a plurality of lines (504) joining the objects, each line representing a relationship between the entities or group of entities represented by the objects (502) and a means for selecting a line (504) provides access to relevant metadata (306) in the repository (102) relating to the relationship represented by the line (504).

Abstract: A mechanism for generating customized graphical user interfaces for applications in an object-oriented environment is disclosed. Such applications may comprise Java beans, applets or components. The graphic user interface comprises a visual user interface, e.g. an action bar which contain a set of buttons and menus as well as a set of widget and property/command panels, as well as a communication interface through which configuration and user responses are exchanged with the applications. The relationship between the graphic user interface and an applet is based on the applet communicating selection and user interface information to the graphic user interface, and the graphic user interface handling the user gestures by calling methods on specific interfaces of the applet. Communications between the graphic user interface and applets occur over an information bus architecture referred to as the InfoBus.