Abstract: The liquid, polymer-containing coating materials of this invention comprise a polymer of a polymerizable, nitrogen-containing, hydrophilic monomer, which may give thermoresponsive properties, and which is copolymerized with a hydrophobic, polymerizable siloxy-containing monomer, in a solvent system of a volatile hydrophobic (non-polar) liquid that is non-stinging to a user. The material forms a coating or bandage in the form of a film when applied to a surface or the skin of a user.

Abstract: Liquid hemostatic coating materials comprise a cyanoacrylate monomer and a solvent system comprising a volatile, non-reactive liquid that is non-stinging and non-irritating to a user. The material forms a coating or bandage in the form of a film that when applied and adhered to a surface or to the skin of a user inhibits the application surface from adhering to another surface.

Abstract: A prototype object reference for use in a distributed object computing environment is described. The object reference includes a specified object reference portion and an unspecified object reference portion. The prototype object reference is transformed into a valid object reference by insertion of specification information into the unspecified object reference portion and the specified object reference portion is not fully parsed in connection with insertion of the specification information.

Abstract: A prototype object reference for use in a distributed object computing environment is described. The object reference includes a specified object reference portion and an unspecified object reference portion. The prototype object reference is transformed into a valid object reference by insertion of specification information into the unspecified object reference portion and the specified object reference portion is not fully parsed in connection with insertion of the specification information.

Abstract: A prototype object reference for use in a distributed object computing environment is described. The object reference includes a specified object reference portion and an unspecified object reference portion. The prototype object reference is transformed into a valid object reference by insertion of specification information into the unspecified object reference portion. An indirect object reference for use in a distributed object computing environment comprising is also described, comprising a persistent object reference portion for communicating with a location service; and an object key; wherein a direct object reference is generated from the indirect object reference by insertion of the object key into a prototype direct object reference comprising transient information sufficient to communicate with the current location of an object referenced by the object key.