Abstract: A server federation cooperatively interacts to fulfill service requests by communicating using data structures that follow a schema in which the meaning of the communicated data is implied by the schema. Thus, in addition to the data being communicated, the meaning of the data is also communication allowing for intelligent decisions and inferences to be made based on the meaning of the data. Cooperative interaction is facilitated over a wide variety of networks by messaging through a common API that supports multiple transport mechanisms. Also, mid-session transfer between client devices is facilitated by schema and the transport-independent messaging structure. The user interfaces of the client devices will appear consistent even if the client devices have different user interface capabilities.

Abstract: A server federation cooperatively interacts to fulfill service requests by communicating using data structures that follow a schema in which the meaning of the communicated data is implied by the schema. Thus, in addition to the data being communicated, the meaning of the data is also communication allowing for intelligent decisions and inferences to be made based on the meaning of the data. Cooperative interaction is facilitated over a wide variety of networks by messaging through a common API that supports multiple transport mechanisms. Also, mid-session transfer between client devices is facilitated by schema and the transport-independent messaging structure. The user interfaces of the client devices will appear consistent even if the client devices have different user interface capabilities.

Abstract: A server federation cooperatively interacts to fulfill service requests by communicating using data structures that follow a schema in which the meaning of the communicated data is implied by the schema. Thus, in addition to the data being communicated, the meaning of the data is also communication allowing for intelligent decisions and inferences to be made based on the meaning of the data. Cooperative interaction is facilitated over a wide variety of networks by messaging through a common API that supports multiple transport mechanisms. Also, mid-session transfer between client devices is facilitated by schema and the transport-independent messaging structure. The user interfaces of the client devices will appear consistent even if the client devices have different user interface capabilities.

Abstract: A server federation cooperatively interacts to fulfill service requests by communicating using data structures that follow a schema in which the meaning of the communicated data is implied by the schema. Thus, in addition to the data being communicated, the meaning of the data is also communication allowing for intelligent decisions and inferences to be made based on the meaning of the data. Cooperative interaction is facilitated over a wide variety of networks by messaging through a common API that supports multiple transport mechanisms. Also, mid-session transfer between client devices is facilitated by schema and the transport-independent messaging structure. The user interfaces of the client devices will appear consistent even if the client devices have different user interface capabilities.

Abstract: A single sensor that can operate in multiple bands and display either one radiation band alone or multiple overlaid bands, using an appropriate color choice to distinguish the bands. The multiple-band sensor allows the user to look through at least one eyepiece and with the use of a switch, see scenes formed via the human eye under visible light, an II sensor, an MWIR sensor, or an LWIR sensor, either individually or superimposed. The device is equipped with multiple switching mechanisms. The first, for allowing the user to select between radiation bands and overlays, and the second, as with most thermal imaging sensors, for allowing the user to switch between “white-hot/black-hot” i.e., a polarity switch.

Abstract: Various embodiments of the present invention are directed to a storage platform comprising a database engine, a data store, an application programming interface. The data store is implemented on the database engine for storing data therein, and the data store implements a data model that supports the organization, searching, sharing, synchronization, and security of data stored in the data store. Specific types of data are described in schemas. The application programming interface enables application programs to access services and capabilities of the storage platform and to access the data described in the schemas. The storage platform supports interoperability with existing file systems, enables users and systems to synchronize data stored in different instances of the data store, and provides the ability for application programs to be notified about and to track changes made to the data in the data store.

Abstract: A single sensor that can operate in multiple bands and display either one radiation band alone or multiple overlaid bands, using an appropriate color choice to distinguish the bands. The multiple-band sensor allows the user to look through at least one eyepiece and with the use of a switch, see scenes formed via the human eye under visible light, an II sensor, an MWIR sensor, or an LWIR sensor, either individually or superimposed. The device is equipped with multiple switching mechanisms. The first, for allowing the user to select between radiation bands and overlays, and the second, as with most thermal imaging sensors, for allowing the user to switch between “white-hot/black-hot” i.e., a polarity switch.

Abstract: A single sensor that can operate in multiple bands and display either one radiation band alone or multiple overlaid bands, using an appropriate color choice to distinguish the bands. The multiple-band sensor allows the user to look through at least one eyepiece and with the use of a switch, see scenes formed via the human eye under visible light, an II sensor, an MWIR sensor, or an LWIR sensor, either individually or superimposed. The device is equipped with multiple switching mechanisms. The first, for allowing the user to select between radiation bands and overlays, and the second, as with most thermal imaging sensors, for allowing the user to switch between “white-hot/black-hot” i.e., a polarity switch.

Abstract: A server federation cooperatively interacts to fulfill service requests by communicating using data structures that follow a schema in which the meaning of the communicated data is implied by the schema. Thus, in addition to the data being communicated, the meaning of the data is also communication allowing for intelligent decisions and inferences to be made based on the meaning of the data. Cooperative interaction is facilitated over a wide variety of networks by messaging through a common API that supports multiple transport mechanisms. Also, mid-session transfer between client devices is facilitated by schema and the transport-independent messaging structure. The user interfaces of the client devices will appear consistent even if the client devices have different user interface capabilities.

Abstract: This invention relates to thermoplastic, pressure-sensitive solid adhesives capable of transferring an adhesive film to a substrate by friction rubbing of the adhesive on the substrate. The adhesives of this invention consist essentially of polyisobutylene, wax and optionally an adhesive promoter resin. Said ingredients are within certain proportions, molecular weights, melting points, or hardness values.

Abstract: Method of producing dry polyvinyl acetate particles that are readily dispersible in water, are vinyl acetate monomer free and are useful for making polyvinyl acetate dispersion compositions that are low in odor, form clear dried films and may be used in adhesives, sealants, caulks and coatings. The method includes manufacturing an aqueous, e.g. water, dispersion of polyvinyl acetate containing polyvinyl alcohol; drying to remove volatiles by converting the dispersion to dry form under controlled temperature conditions and redispersing the dried polyvinyl acetate particles in an aqueous medium to form a polyvinyl acetate dispersion that is substantially free of vinyl acetate monomer.

Abstract: Adhesive compositions exhibiting fast cure time in solid form, e.g. in the form of an applicator crayon or glue stick. The adhesive exhibiting polymer of the composition is based on a mixture of critical amounts of high molecular weight polyvinylpyrrolidone polymer, with a lower molecular weight polyvinylpyrrolidone polymer, with water, an organic solvent, and a salt of a long-claim fatty acid, e.g. sodium stearate. Color indicators and other optional ingredients, e.g. mildewcide, can be included.

Abstract: Fast recovery from process terminations during atomic database transactions is accomplished by maintaining global memory after process terminations. Database data stored in global memory is accessed through control data structures. Control data structures are updated within atomic transactions that maintain structure consistency. Should a process fail during an atomic transaction that is updating control data structures, consistency is maintained by recovering the control data structures to their initial state existing immediately prior to the atomic transaction. Transactions involving control data structures are journaled as before-images in a log located in global memory. After a process failure, the before-images are installed to return the control data structures to the consistent state existing before the process failure.

Abstract: An aqueous adhesive composition having pH of about 8 to 10 containing from about 25 to 75% by weight of water, the water having dispersed therein:A. from about 25 to 75% by weight of the composition, of a water-insoluble linear polymer of interpolymerized monoethylenically unsaturated monomers in amounts by weight based on the linear polymer:(1) from about 50 to 99% of an acrylic ester monomer of the formula ##STR1## or a mixture thereof, where R is H or methyl and R.sup.2 is lower alkyl of 1 to 4 carbon atoms,(2) from about 0.1 to 10% of acrylic acid or methacrylic acid,(3) from about 0.1 to about 10% of a nitrogen containing monomer selected from the group consisting essentially of vinyl amines and salts thereof, vinyl ureido monomers, vinyl compounds having heterocyclic nitrogen containing groups, and mixtures thereof, andB. 0.001 to 2% of a silane containing both alkoxy and epoxy functionalities.

Abstract: An adhesive composition which comprises for each 100 parts, by weight, of an aqueous dispersion having a pH of from about 3 to 10 of the following ingredients dispersed in 25 to 75 parts of water.A. from 25 to 70 parts by weight of a water insoluble polymer containing the following interpolymerized monoethylenically unsaturated monomers.A. at least 50% by weight, based on the polymer, of acrylate monomers;B. from about 0.1 to 10% by weight based on the polymer, of N-methylolacrylamide, andC. from about 0.1 to 25% by weight, based upon the polymer, of a monoethylenically unsaturated monomer containing carboxylic acid groupsD. from about 2 to 40% based upon the polymer of an acrylonitrileE. from 0 to 40% by weight based on the polymers of an addition polymerizable vinyl monomer other than those defined aboveF. from 0 to 1% by weight based on the polymer of a cross-linking agentB.

Abstract: An adhesive composition which comprises, for each 100 parts by weight thereof, an aqueous dispersion having pH of about 8 to 12 of the following components dispersed in 25 to 75 parts of water:A. from 25 to 75 parts by weight of water insoluble linear polymer containing the following interpolymerized unsaturated monomers in parts by weight based on the weight of the polymer:1. at least 50 parts and up to 99 parts of an acrylate monomer containing from about 4 to 27 carbon atoms selected from alkyl acrylates, alkyl methacrylates, and mixtures thereof:2. from about 0.1 to 10 parts of a nitrogen monomer selected from vinyl amines and salts thereof; vinyl ureido monomers; vinyl compounds having heterocyclic nitrogen containing groups and halogen, hydroxyalkyl or aminoalkyl substituted derivatives thereof; amino and loweralkyl amino loweralkyl acrylates and methacrylates; and mixtures thereof;3. from about 0.1 to 25 parts of an acid selected from acrylic acid, methacrylic acid and mixtures thereof;B.