Abstract: The disclosed systems, methods and computer readable media relate to a centralized gateway. The gateway may receive at least a portion of a first user interface (UI) configuration file that specifies a first set of one or more data sources for first data values to be used in rendering a first page at a first UI. The gateway may receive at least a portion of a second UI configuration file that specifies a second set of one or more data sources for second data values to be used in rendering a second page at a second UI. The gateway serves as a common entry point for the first and second sets of one or more data sources. The gateway may direct different requests to the respective data sources for the data values to be used in rendering the respective pages.

Abstract: The disclosed systems, methods and computer readable media relate to utilizing template configuration files and input configuration files to define a page to be rendered at a client device. A console component may generate a merged configuration file from a template configuration file and a corresponding input configuration file. The template configuration file may specify the page's layout and includes data placeholders. The input configuration file may include data values and/or data sources for populating the data placeholders of the template configuration file. (a) at least a portion of a respective page layout and (b) a respective set of one or more data placeholders. The merged configuration file may be transmitted to a rendering engine that renders the page at a user interface based on the merged configuration file.

Abstract: The disclosed systems, methods and computer readable media relate to abstracting concrete component building for user interfaces. A console component may receive a user interface (UI) configuration file specifying one or more component intents for rendering a page at a user interface responsive to a rendering request. The console component may select a first builder from a plurality of builders, based on one or more attributes associated with the rendering request. The plurality of builders may be configured to build respective concrete components from different UI component libraries. The first build may be executed to build one or more concrete components corresponding to the component intents. The console component may render the one or more concrete components on the user interface responsive to the rendering request.

Abstract: The present disclosure provides methods for treating or inhibiting the growth of MET associated non-small cell lung cancer comprising selecting a subject with cancer and administering a therapeutically effective amount of a MET x MET bispecific antibody where each binding arm of the bispecific antibody interacts with a different MET epitope. In certain embodiments, the cancer harbors a MET alteration such as an exon 14 alteration in DNA or a deletion that leads to exon 14 skipping, a MET gene amplification, or MET protein overexpression.

Abstract: A machine for processing individual sheets comprises at least one processing station, in particular in inkjet printing station, and a transport system (100) for transporting the individual sheets through the processing station, along a transport direction. The transport system (100) comprises at least one gripper conveyor (150) movable along the transport direction, for gripping one of the individual sheets defining a sheet position in transport direction. The transport system (100) further comprises at least one support conveyor (190) movable along the transport direction for supporting a region of the individual sheet, wherein the support conveyor (190) comprises a vacuum system for supporting the individual sheet on an interacting surface of the support conveyor, the vacuum system comprising a plurality of orifices in the interacting surface.

Abstract: An inkjet printing machine for printing individual sheets comprises at least one printing station and a transport system (100) for transporting the individual sheets through the printing station, along a transport direction. The transport system (100) comprises at least one gripper conveyor (150) movable along the transport direction, for gripping one of the individual sheets defining a sheet position in transport direction. The transport system (100) further comprises at least one support conveyor (190) movable along the transport direction for supporting a region of the individual sheet, wherein the supported individual sheet and the support conveyor (190) are movable along the transport direction with respect to each other. The printing machine allows for efficient and flexible handling of individual sheets, in particular large format sheets of materials such as corrugated cardboard or other materials that have a certain degree of inherent stability.

Abstract: An inkjet printing machine for printing individual sheets comprises at least one printing station and a transport system (100) for transporting the individual sheets through the printing station, along a transport direction. The transport system (100) comprises at least one gripper conveyor (150) movable along the transport direction, for gripping one of the individual sheets defining a sheet position in transport direction. The transport system (100) further comprises at least one support conveyor (190) movable along the transport direction for supporting a region of the individual sheet, wherein the supported individual sheet and the support conveyor (190) are movable along the transport direction with respect to each other. The printing machine allows for efficient and flexible handling of individual sheets, in particular large format sheets of materials such as corrugated cardboard or other materials that have a certain degree of inherent stability.

Abstract: A machine for processing individual sheets comprises at least one processing station, in particular in inkjet printing station, and a transport system (100) for transporting the individual sheets through the processing station, along a transport direction. The transport system (100) comprises at least one gripper conveyor (150) movable along the transport direction, for gripping one of the individual sheets defining a sheet position in transport direction. The transport system (100) further comprises at least one support conveyor (190) movable along the transport direction for supporting a region of the individual sheet, wherein the support conveyor (190) comprises a vacuum system for supporting the individual sheet on an interacting surface of the support conveyor, the vacuum system comprising a plurality of orifices in the interacting surface.

Abstract: A device for elevating height of a user comprising a pair of lids having a flat platform for receiving a footwear of the user, a pair of lifts attached to the pair of lids for elevating the pair of lids above a surface, an ankle strap attached to each of the pair of lids for securing ankle and heel of the footwear to the flat platform, the ankle strap having a y-shaped plastic structure, a first Velcro strip and a first adjustable strap, and a toe strap attached to each of the pair of lids for securing toe of the footwear to the flat platform, the toe strap having a pair of plastic strips, a second Velcro strip and a second adjustable strap. The pair of lifts may be replaced to adjust height of the device while allowing for mobility and continuity of task.

Abstract: Embodiments include a silicon-containing antireflective material including a silicon-containing base polymer, a non-polymeric silsesquioxane material, and a photoacid generator. The silicon-containing base polymer may contain chromophore moieties, transparent moieties, and reactive sites on an SiOx background, where x ranges from approximately 1 to approximately 2. Exemplary non-polymeric silsesquioxane materials include polyhedral oligomeric silsesquioxanes having acid labile side groups linked to hydrophilic groups Exemplary acid labile side groups may include tertiary alkyl carbonates, tertiary alkyl esters, tertiary alkyl ethers, acetals and ketals, Exemplary hydrophilic groups may include phenols, alcohols, carboxylic acids, amides, and sulfonamides.

Abstract: An aqueous coating composition having a PVC of from 70 to 80% comprising, based on the total volume solids of the dry coating unless otherwise stated, a) opacifying pigment particles comprising i) from 4 to 10% titanium dioxide ii) from 0 to 20% of hollow polymeric particles b) non-opacifying extender particles comprising i) calcium magnesium carbonate and/or ii) calcium carbonate and/or iii) nepheline syenite and/or iv) kaolin wherein i)+ii)+iii)+iv)=40 to 75% (to be announced by Katy) and iv) is 0 to 45% c) styrene-acrylic polymer binder particles having a calculated Fox Tg of from ?30 to 5° C. having an acid value of from 15 to 65 mg KOH/g of polymer and wherein the polymer particles are derived from acrylic monomers and optionally further comprising styrene and/or its derivatives d) dispersant which is insoluble in water at pH 3 wherein the composition is free of volatile organic solvent.

Abstract: Embodiments include a silicon-containing antireflective material including a silicon-containing base polymer, a non-polymeric silsesquioxane material, and a photoacid generator. The silicon-containing base polymer may contain chromophore moieties, transparent moieties, and reactive sites on an SiOx background, where x ranges from approximately 1 to approximately 2. Exemplary non-polymeric silsesquioxane materials include polyhedral oligomeric silsesquioxanes having acid labile side groups linked to hydrophilic groups Exemplary acid labile side groups may include tertiary alkyl carbonates, tertiary alkyl esters, tertiary alkyl ethers, acetals and ketals, Exemplary hydrophilic groups may include phenols, alcohols, carboxylic acids, amides, and sulfonamides.

Abstract: A method and a structure. The structure includes: a solid core comprising a first photoresist material, the core having a bottom surface on a substrate, a top surface and opposite first and second side surfaces between the top surface and the bottom surface; and a shell comprising a second photoresist material, the shell on the top surface of the substrate, the shell containing a cavity open to the top surface of the substrate, the shell formed over the top surface and the first and second side surfaces walls of the core, the core completely filling the cavity. The core is stiffer than the shell. The method includes: forming the core from a first photoresist layer and forming the shell from a second photoresist layer applied over the core. The core may be cross-linked to increase its stiffness.

Abstract: A method and a structure. The structure includes: a solid core comprising a first photoresist material, the core having a bottom surface on a substrate, a top surface and opposite first and second side surfaces between the top surface and the bottom surface; and a shell comprising a second photoresist material, the shell on the top surface of the substrate, the shell containing a cavity open to the top surface of the substrate, the shell formed over the top surface and the first and second side surfaces walls of the core, the core completely filling the cavity. The core is stiffer than the shell. The method includes: forming the core from a first photoresist layer and forming the shell from a second photoresist layer applied over the core. The core may be cross-linked to increase its stiffness.

Abstract: The invention relates to a network having at least one slave terminal and a master terminal that is connected thereto and that is provided for charging at least one slave terminal with requests to search for at least one other terminal to be incorporated in the network. After receiving a request, a non-incorporated terminal transmits a response to the requesting slave terminal and the requesting slave terminal forwards the response to the master terminal.