Abstract: A process of forming a sintered article includes heating a green portion of a tape of polycrystalline ceramic and/or minerals in organic binder at a binder removal zone to a temperature sufficient to pyrolyze the binder; horizontally conveying the portion of tape with organic binder removed from the binder removal zone to a sintering zone; and sintering polycrystalline ceramic and/or minerals of the portion of tape at the sintering zone, wherein the tape simultaneously extends through the removal and sintering zones.

Abstract: A manufacturing system includes a tape advancing through the manufacturing system and a station of the manufacturing system. The tape includes a first portion having grains of an inorganic material bound by an organic binder. The station of the manufacturing system receives the first portion of the tape and prepares the tape for sintering by chemically changing the organic binder and/or removing the organic binder from the first portion of the tape, leaving the grains of the inorganic material, to form a second portion of the tape and, at least in part, prepare the tape for sintering.

Abstract: Systems, methods and computer-readable storage media are utilized dynamically discovering components of a computer network environment. The processing circuit of a data acquisition engine configured to determine a network identifier associated with an entity, the entity comprising information associated with previously stored device connectivity data for the entity, determine network data based on the network identifier, validate the network name and the network data, comprising determining whether the network data is included in the previously stored device connectivity data, and provide additionally collected device connectivity data to a security model.

Abstract: Systems and methods for managing cybersecurity for an entity are disclosed. An example method includes providing a content portal to a user configured to display a security risk profile via a generated GUI; receiving, via the generated GUI, a first input from the user comprising a selection of a component identified in the security risk profile and a response parameter; providing, via the generated GUI, parameters for a targeted scan of the selected component; receiving, via the generated GUI, a second input from the user comprising a selection of a confirmation of the parameters; identifying a vulnerability associated with a first property or a second property from device connectivity data based on the parameters; initiating the targeted scan of the selected component associated with the vulnerability; determining a result of the targeted scan; updating the security risk profile; and updating a multi-dimensional score based on the updated security risk profile.

Abstract: Systems, methods and computer-readable storage media are utilized dynamically discovering components of a computer network environment. The processing circuit of a data acquisition engine configured determine a domain name associated with an entity profile, determine an IP range, validate at the domain name, the IP range, and the IP address, collect additional device connectivity data, and provide the additional device connectively data.

Abstract: Systems, methods, and computer-readable storage media are utilized to analyze multi-channel data based on a security model in a computer network environment. One system includes a plurality of data channels configured to access entity data and a processing circuit communicatively coupled to a data channel of the plurality of data channels, the processing circuit configured to identify at least one vulnerability, determine an impact of the at least one vulnerability, assign the first property to a first cybersecurity dimension, generate a cybersecurity risk score based at least on the impact of the at least one vulnerability, and generate a multi-dimensional score for a target computer network environment based on the cybersecurity risk score.

Abstract: Systems, methods, and computer-readable media for managing cybersecurity risk for an entity are disclosed. An example method includes receiving device connectivity data for the entity; determining vulnerability data based on the device connectivity data; generating a security risk profile of the entity; retrieving an external contact; generating a vulnerability notification; transmitting the vulnerability notification; providing a content portal to a user, wherein the content portal is configured to display the security risk profile via a dynamically generated graphical user interface (GUI); receiving, via the dynamically generated GUI, an input from the user, the input comprising a selection of a component identified in the security risk profile and a response parameter; initiating a targeted scan of the selected component; determining a result of the targeted scan; updating the security risk profile; and providing, via the dynamically generated GUI, the updated security risk profile to the user.

Abstract: Systems, methods and computer-readable storage media are utilized to analyze multi-channel data based on a security model in a computer network environment. A computing system is communicatively coupled to a plurality of data channels configured to access entity data via at least one data channel communication network. A plurality of data sources configured to store entity data are associated with the respective data channels. A processing circuit is communicatively coupled to a particular data channel via a data channel communication network and is structured to receive, via the data channel, entity data comprising device connectivity data, parse properties from the device connectivity data where the properties correspond to particular security dimensions, identify vulnerabilities associated with the properties, determine vulnerability impact, and generate a multi-dimensional risk score for a target computer network environment associated with the entity.

Abstract: A new and novel turkey mount and a process for manufacturing said turkey mount.

Abstract: A new and novel turkey mount and a process for manufacturing said turkey mount.

Abstract: Mounting systems can releasably secure display devices to preexisting surfaces for convenient installation and removal without external tools. A mounting system can comprise lower magnetic assemblies, upper magnetic assemblies, and a mounting sheet. The lower magnetic assemblies can be secured to a rear surface of a display device, for releasably attaching the display device to a preexisting surface. A bottom portion of the mounting sheet can be secured to the rear surface of the display device, while a top portion of the mounting sheet can remain loose from the rear surface. The upper magnetic assemblies can be provided along the loose top portion of the mounting sheet, for releasably attaching the display device to the preexisting surface. The upper magnetic assemblies can retain their connection to the preexisting surface as the display device is pulled away from the preexisting surface, until a threshold condition is met.

Abstract: Interactive systems can include various components that are packaged together and easily assemblable. An interactive system can comprise a mount, a display device, a projector, an input device, and a processing device. The display device, the projector, the input device, and the processing device can together provide an electronic display system, while the mount can carry these other various components and assist in connecting them to one another. The mount and the other components of the interactive system can be conveniently packaged and sold as group for convenient installation by one or two persons.

Abstract: Interactive systems can include various components that are packaged together and easily assemblable. An interactive system can comprise a mount, a display device, a projector, an input device, and a processing device. The display device, the projector, the input device, and the processing device can together provide an electronic display system, while the mount can carry these other various components and assist in connecting them to one another. The mount and the other components of the interactive system can be conveniently packaged and sold as group for convenient installation by one or two persons.

Abstract: Electronic display systems include mobile units for remotely modifying a displayed image. An electronic display system can include a display surface, a processing device, a mobile unit, and an input device. The display surface can receive and display an image rendered by the processing device. The display image on the display surface can be modified through interaction of the input device and the mobile unit. The input device can sense its position relative to the mobile unit and can transmit data relating to its position to the processing device. The processing device can interpret the position data as operations on the displayed image. Accordingly, the processing device can modify the displayed image on the display surface based on interactions between the input device and the mobile unit.

Abstract: Mounting systems can releasably secure display devices to preexisting surfaces for convenient installation and removal without external tools. A mounting system can comprise lower magnetic assemblies, upper magnetic assemblies, and a mounting sheet. The lower magnetic assemblies can be secured to a rear surface of a display device, for releasably attaching the display device to a preexisting surface. A bottom portion of the mounting sheet can be secured to the rear surface of the display device, while a top portion of the mounting sheet can remain loose from the rear surface. The upper magnetic assemblies can be provided along the loose top portion of the mounting sheet, for releasably attaching the display device to the preexisting surface. The upper magnetic assemblies can retain their connection to the preexisting surface as the display device is pulled away from the preexisting surface, until a threshold condition is met.

Abstract: A multi-layered bag with a re-sealable closure assembly attached thereto is provided, as well as a method of manufacturing the same. Specifically, multi-layered paper composite bags with a re-sealable closure assembly attached to the innermost layer of the bag as well as a method of manufacturing the same are provided. A slider-operated zipper is a particularly preferred embodiment of a re-sealable closure assembly. The bags may be gusseted and comprise an outer paper layer, a middle paper layer and an inner plastic film or sheet layer, and the bottom of the bag may be open bottomed or close bottomed.

Abstract: Improved supported catalyst compositions including metalated carbon nitrides and methods of preparation are disclosed.

Abstract: The subject invention relates generally to methods and apparatuses for calcining gypsum. The apparatuses and methods place a gypsum particle optimizer in close association with the impact mill so that all the gypsum supplied to the impact mill has to enter the gypsum particle optimizer prior to the gypsum entering the impact mill, and so that heat generated from the impact mill enters into the gypsum particle optimizer from the impact mill. The gypsum particle optimizer utilizes a rotor to disperse the gypsum throughout the gypsum particle optimizer so that the gypsum is exposed to the heat from the impact mill prior to entering the impact mill. The exposure to the heat removes free water from the gypsum prior to the gypsum entering the impact mill.