Abstract: A process for separating an olefin stream from a methane stream is disclosed. The process comprises providing an olefin stream comprising C2 and/or C3 olefins. The olefin stream is cooled in a heat exchanger with a mixed refrigerant stream to provide a cooled olefin stream. The cooled olefin stream is passed to a demethanizer column operating at an overhead pressure of about 344 kPa gauge (50 psig) to about 2069 kPa gauge (300 psig). The cooled olefin stream is fractionated in the demethanizer column to provide a demethanizer column overhead vapor stream and a demethanizer column bottoms liquid stream. The process provides an improved recovery/yield of olefins and also optimizes the cooling and/or heating of other process streams.

Abstract: Disclosed is a soap composition comprising 45 to 75 wt % total fatty matter: 0.1 to 3 wt % electrolyte comprising sodium sulphate; silica gel; and 15 to 30 wt % moisture. The invention also provides process of making high moisture soap bars with good hardness by in situ generation of silica gel during the soap making process.

Abstract: The integration of renewable energy resources and employment of multi-terminal dc links have dramatically transformed the structure of traditional power systems into hybrid networks with reduced inertia levels. A novel approach is proposed for determining bus inertia that captures power system dynamics and facilitates the real-time computation of grid flexibility. The bus inertia is defined as the distribution of the total inertia across all of the system buses, located in different geographical regions. The computation of bus inertia can use augmented admittance matrix, bus voltages, line parameters, inertia constants, and internal voltage setpoints of synchronous machines. The determination of bus inertia can be used during planning and operation phases that span long and short-time horizons to enhance system flexibility.

Abstract: The present invention relates to an extruded soap bar composition. It more particularly relates to a soap bar composition which comprises low amount of soap where high amount of water can be incorporated. This is achieved by including selective amount of zeolite therein. The soap bars of the invention are easy to extrude and stamp.

Abstract: A method for providing lawful interception information for an Internet of Things network (IoT Network) is provided. The method is performed by a topology of probes and comprises: receiving, through an interface, a request for information about a lawful interception target, the request including a specification for the information to be tracked and reported; generating a hierarchy of information elements based on the specification; determining a set of data sources for providing the requested information according to the hierarchy of information elements; determining a hierarchy of probes based on the set of the data sources; configuring the topology of probes based on a set of configurations; activating LI operation in the topology of probes; performing LI operation by the topology of probes; verifying effectiveness of reporting conforming to reporting requirements and taking corrective action; and updating learning data in the historical database at the end of LI operation.

Abstract: A method and device for provisioning collective perception in a communication network is disclosed. The method includes receiving a perception data from a plurality of communication entities in the communication network upon satisfaction of at least one of predefined criteria. The method further includes assimilating the perception data in a global collective experience record table, based on at least one perception data category associated with the predefined criteria. The method includes processing the perception data associated with each of the at least one perception data category to create composite perception information based on entries in the global collective experience record table. The method further includes determining perception distribution information to be shared with at least one communication entity from the plurality of communication entities, based on the composite perception information.

Abstract: An apparatus for separating a feed stream into product streams. The apparatus includes an upper section, a middle section, and a lower section. The middle section has a dividing wall separating it into two portions. A liquid barrier blocks the flow of liquid from the upper section into the middle section and allows vapor to flow from the middle section to the upper section. A vapor and liquid barrier blocks both the flow of both vapor from the lower section to the middle section and the flow of liquid from the middle section to the lower section. Vapor conduits allow vapor to flow from the lower section to each of the middle portions in varying amounts. Also processes for separating a feed stream.

Abstract: This disclosure relates generally to methods and systems for minimizing privacy intrusion during internet of things lawful interception. In one embodiment, a topology of probes system for providing lawful interception information for an internet of things network is provided. The topology of probes system may comprise a super-probe connected to a lawful interception gateway by a set of LI-interfaces and a hierarchy of probes connected to the super-probe. Further, the super-probe and the hierarchy-of-probes may be configured to perform LI operation according to one or more privacy requirement settings and to provide lawful interception information collected by the LI operation. Additionally, the privacy requirement settings may comprise rules that govern at least one of: content-based data exposure, prevention of access of information by predetermined users, and obfuscation of predetermined information.

Abstract: The present disclosure provides method and system for dynamically adapting privacy and security for IoT communication. The method determines allowance of pre-engagement communication between communicating local entity (CLE) and communicating remote entity (CRE) based on perception information formed for the CRE. The method determines session filters to be applied during pre-engagement communication to identify violations. Further, if interest level for the pre-engagement communication is greater than a predefined threshold, engagement communication is established between the CRE and CLE. During the engagement communication, engagement filters are determined and applied to identify any violations. Further, during the engagement communication, one or more privacy and security related events are identified and actions are also identified to handle the one or more privacy and security related events, for dynamically adapting privacy and security for IoT communication.

Abstract: An apparatus for separating a feed stream into product streams. The apparatus includes an upper section, a middle section, and a lower section. The middle section has a dividing wall separating it into two portions. A liquid barrier blocks the flow of liquid from the upper section into the middle section and allows vapor to flow from the middle section to the upper section. A vapor and liquid barrier blocks both the flow of both vapor from the lower section to the middle section and the flow of liquid from the middle section to the lower section. Vapor conduits allow vapor to flow from the lower section to each of the middle portions in varying amounts. Also processes for separating a feed stream.

Abstract: A method and device for provisioning collective perception in a communication network is disclosed. The method includes receiving a perception data from a plurality of communication entities in the communication network upon satisfaction of at least one of predefined criteria. The method further includes assimilating the perception data in a global collective experience record table, based on at least one perception data category associated with the predefined criteria. The method includes processing the perception data associated with each of the at least one perception data category to create composite perception information based on entries in the global collective experience record table. The method further includes determining perception distribution information to be shared with at least one communication entity from the plurality of communication entities, based on the composite perception information.

Abstract: Energy modeling of target infrastructure for energy management in distributed-facilities.

Abstract: Energy modeling of target infrastructure for energy management in distributed-facilities.

Abstract: A method for providing lawful interception information for an Internet of Things network (IoT Network) is provided. The method is performed by a topology of probes and comprises: receiving, through an interface, a request for information about a lawful interception target, the request including a specification for the information to be tracked and reported; generating a hierarchy of information elements based on the specification; determining a set of data sources for providing the requested information according to the hierarchy of information elements; determining a hierarchy of probes based on the set of the data sources; configuring the topology of probes based on a set of configurations; activating LI operation in the topology of probes; performing LI operation by the topology of probes; verifying effectiveness of reporting conforming to reporting requirements and taking corrective action; and updating learning data in the historical database at the end of LI operation.

Abstract: This disclosure relates generally to methods and systems for minimizing privacy intrusion during internet of things lawful interception. In one embodiment, a topology of probes system for providing lawful interception information for an internet of things network is provided. The topology of probes system may comprise a super-probe connected to a lawful interception gateway by a set of LI-interfaces and a hierarchy of probes connected to the super-probe. Further, the super-probe and the hierarchy-of-probes may be configured to perform LI operation according to one or more privacy requirement settings and to provide lawful interception information collected by the LI operation. Additionally, the privacy requirement settings may comprise rules that govern at least one of: content-based data exposure, prevention of access of information by predetermined users, and obfuscation of predetermined information.

Abstract: A system and method for energy management for multi customer multi time zone distributed facilities are disclosed. In one embodiment, data associated with the energy management of the multi customer distributed facilities located in different time zones is obtained based on associated energy models by a data acquisition/integration layer. Further, the obtained data for energy management of the multi customer distributed facilities is transformed by a data management layer. Furthermore, control commands are generated using the transformed data and associated one or more pre-defined thresholds and set-points by an energy transaction layer. Also, energy of the multi customer distributed facilities is substantially simultaneously managed using the generated control commands by the energy transaction layer.

Abstract: A method for managing communication in a plurality of Internet of Things (IoT) networks includes receiving a communication request initiated by an IoT device in one of the plurality of IoT networks for a destination IoT device located in one of the plurality of IoT networks. Suitability of an existing communication session between the IoT device and the destination IoT device is determined. Based on determining unsuitability of the existing communication session, a new communication session between the IoT device and the destination IoT device is selectively initiated. In response to determining suitability of the existing communication session, the existing communication session for the communication request is selectively reused. At least one initiating cause for a communication event and associated resolutions on occurrence of the communication event to maintain one of the new communication session and the existing communication session that is suitable is iteratively determined.

Abstract: The present disclosure provides method and system for dynamically adapting privacy and security for IoT communication. The method determines allowance of pre-engagement communication between communicating local entity (CLE) and communicating remote entity (CRE) based on perception information formed for the CRE. The method determines session filters to be applied during pre-engagement communication to identify violations. Further, if interest level for the pre-engagement communication is greater than a predefined threshold, engagement communication is established between the CRE and CLE. During the engagement communication, engagement filters are determined and applied to identify any violations. Further, during the engagement communication, one or more privacy and security related events are identified and actions are also identified to handle the one or more privacy and security related events, for dynamically adapting privacy and security for IoT communication.

Abstract: The invention relates to an antimicrobial particle and to a composition for use in personal or home care products comprising the same. The invention also relates to a process for preparing the antimicrobial particle. The antimicrobial particle comprises thymol and terpineol incorporated in a cage-forming inorganic silicate or aluminosilicate particle which is coated with a coating material selected from a water soluble alkali or alkaline earth metal salt.

Abstract: A method for managing communication in a plurality of Internet of Things (IoT) networks includes receiving a communication request initiated by an IoT device in one of the plurality of IoT networks for a destination IoT device located in one of the plurality of IoT networks. Suitability of an existing communication session between the IoT device and the destination IoT device is determined. Based on determining unsuitability of the existing communication session, a new communication session between the IoT device and the destination IoT device is selectively initiated. In response to determining suitability of the existing communication session, the existing communication session for the communication request is selectively reused. At least one initiating cause for a communication event and associated resolutions on occurrence of the communication event to maintain one of the new communication session and the existing communication session that is suitable is iteratively determined.