Abstract: Various embodiments described herein relate to a virtual network with a cloud-based server, cloud-based firewall and a cloud-based service. The cloud-based server is in communication with a client installed on a gateway to receive an encapsulated IP data packet from one or more applications installed on the gateway. The cloud-based configured to decapsulate the encapsulated IP data packet verify a security certificate based on a first information and configure a cloud-based firewall based on a second information. The cloud-based server is configured to route the one or more IP data packets to the cloud-based firewall for processing each IP data packet based on the second information. In response to the one or more IP data packets being compliant with the first information provided to authenticate the gateway and the second information provided to configure the cloud-based firewall, routing the one or more IP data packets to the cloud-based service.

Abstract: Various embodiments described herein relate to a virtual network with a cloud-based server, cloud-based firewall and a cloud-based service. The cloud-based server is in communication with a client installed on a gateway to receive an encapsulated IP data packet from one or more applications installed on the gateway. The cloud-based configured to decapsulate the encapsulated IP data packet verify a security certificate based on a first information and configure a cloud-based firewall based on a second information. The cloud-based server is configured to route the one or more IP data packets to the cloud-based firewall for processing each IP data packet based on the second information. In response to the one or more IP data packets being compliant with the first information provided to authenticate the gateway and the second information provided to configure the cloud-based firewall, routing the one or more IP data packets to the cloud-based service.

Abstract: There is provided a system comprising a touch screen display, a non-transitory memory storing a user interface, one or more software applications, and a game application, and a hardware processor executing the game application to launch a game for playing by the user using the touch screen display, receive a game play input from the user, while playing the game using the touch screen display, unlock a locked game element of a plurality of locked game elements of the game, in response to the game play input by the user, and add one of a plurality of user interface elements corresponding to the unlocked game element for display by the user interface, in response to the unlocking, wherein each of the plurality of locked game elements corresponds to one of the plurality of user interface elements, and wherein the user interface is used by the one or more software applications.

Abstract: There is provided a system comprising a touch screen display, a non-transitory memory storing a user interface, one or more software applications, and a game application, and a hardware processor executing the game application to launch a game for playing by the user using the touch screen display, receive a game play input from the user, while playing the game using the touch screen display, unlock a locked game element of a plurality of locked game elements of the game, in response to the game play input by the user, and add one of a plurality of user interface elements corresponding to the unlocked game element for display by the user interface, in response to the unlocking, wherein each of the plurality of locked game elements corresponds to one of the plurality of user interface elements, and wherein the user interface is used by the one or more software applications.

Abstract: The present invention is concerned with an alarm system and a method for suppressing redundant alarms in a monitored system. The alarm system comprises a process control unit, an FDI unit, a filter, and an alarm display unit. The process control unit detects anomalies in the monitored system and generates alarms corresponding to them. The FDI unit diagnoses failures in the monitored system and generates a failure-cause-effect graph comprising a list of generated alarms, along with the alarms corresponding to the causes and effects of each listed alarm. The FDI unit dynamically updates the failure-cause-effect graph concurrently with the generation of alarms by the process control unit and the diagnosis of failures by the FDI unit. The filter receives the generated alarms and identifies redundant and not-yet-classified alarms from the received alarms, by using the failure-cause-effect graph.

Abstract: The present invention is concerned with an alarm system and a method for suppressing redundant alarms in a monitored system. The alarm system comprises a process control unit, an FDI unit, a filter, and an alarm display unit. The process control unit detects anomalies in the monitored system and generates alarms corresponding to them. The FDI unit diagnoses failures in the monitored system and generates a failure-cause-effect graph comprising a list of generated alarms, along with the alarms corresponding to the causes and effects of each listed alarm. The FDI unit dynamically updates the failure-cause-effect graph concurrently with the generation of alarms by the process control unit and the diagnosis of failures by the FDI unit. The filter receives the generated alarms and identifies redundant and not-yet-classified alarms from the received alarms, by using the failure-cause-effect graph.

Abstract: Melt blown or spun bond nonwoven webs are formed by flowing fiber-forming material through a die cavity having a substantially uniform residence time and then through a plurality of orifices to form filaments, using air or other fluid to attenuate the filaments into fibers and collecting the attenuated fibers as a nonwoven web. Each die orifice receives a fiber-forming material stream having a similar thermal history. The physical or chemical properties of the nonwoven web fibers such as their average molecular weight and polydispersity can be made more uniform. Wide nonwoven webs can be formed by arranging a plurality of such die cavities in a side-by-side relationship. Thicker or multilayered nonwoven webs can be formed by arranging a plurality of such die cavities atop one another.

Abstract: Methods and apparatus for meltblowing utilize an auxiliary manifold to dispense a fluid between an orifice of a die that is expelling polymeric fibers and an exit of a duct that is dispensing a secondary flow of gas onto the fibers. The fluid dispensed from the auxiliary manifold reduces a recirculation zone of the secondary flow between the exit and the orifice that, absent the fluid from the manifold, results in errant fibers that are blown back into the face of the die by the recirculating secondary flow.

Abstract: Manifolds are designed to deliver fluid through multiple orifices of the manifold such that for a given inlet fluid pressure the fluid being output from the multiple orifices has a desired mass flow profile. The desired mass flow profile includes a desired mass flow rate and a desired direction and distribution of flow in three-dimensional space. The manifold is first modeled as a two-dimensional representation to determine manifold parameters necessary to achieve the desired mass flow profile within the two dimensions. Then, the manifold is modeled as a three-dimensional representation based on the parameters previously determined for the two-dimensional representation to determine manifold parameters of the third dimension that are necessary to achieve the desired mass flow profile within the three dimensions.

Abstract: Melt blown or spun bond nonwoven webs are formed by flowing fiber-forming material through a die cavity having a substantially uniform residence time and then through a plurality of orifices to form filaments, using air or other fluid to attenuate the filaments into fibers and collecting the attenuated fibers as a nonwoven web. Each die orifice receives a fiber-forming material stream having a similar thermal history. The physical or chemical properties of the nonwoven web fibers such as their average molecular weight and polydispersity can be made more uniform. Wide nonwoven webs can be formed by arranging a plurality of such die cavities in a side-by-side relationship. Thicker or multilayered nonwoven webs can be formed by arranging a plurality of such die cavities atop one another.