mhurhangee/ep-ind-claims huggingface dataset:
A client apparatus configured to request a service to a server apparatus, which establishes a communication with a web server to obtain resources for the execution process of the requested service, and to receive a result corresponding to the request from the server, the client apparatus comprising: a receiving section configured to receive screen data corresponding to the result of the request and display positions of predetermined areas (72, 73) of a status bar area in the screen data from the server; wherein display contents of the status bar area change according to the change of a communication status of the communication of the server with the web server, the change accompanying the obtainment of the resources; a display section configured to perform a display based on the screen data; a control section configured to cut out a predetermined part of the screen data and to cause the display section to display the predetermined part, to detect a change of display contents of the screen data in the predetermined areas (72, 73) of the status bar area, to cause the display section to display a status bar produced by cutting out and uniting the predetermined areas (72, 73) of the status bar area, when it detects a change of the display contents in the predetermined areas (72, 73) of the status bar area, and to then cause the display section to not perform the display of the status bar when it does not detect any changes of the display contents in the predetermined areas (72, 73) of the status bar area for a predetermined period of time. a receiving section configured to receive screen data corresponding to the result of the request and display positions of predetermined areas (72, 73) of a status bar area in the screen data from the server; wherein display contents of the status bar area change according to the change of a communication status of the communication of the server with the web server, the change accompanying the obtainment of the resources; a display section configured to perform a display based on the screen data; a control section configured to cut out a predetermined part of the screen data and to cause the display section to display the predetermined part, to detect a change of display contents of the screen data in the predetermined areas (72, 73) of the status bar area, to cause the display section to display a status bar produced by cutting out and uniting the predetermined areas (72, 73) of the status bar area, when it detects a change of the display contents in the predetermined areas (72, 73) of the status bar area, and to then cause the display section to not perform the display of the status bar when it does not detect any changes of the display contents in the predetermined areas (72, 73) of the status bar area for a predetermined period of time.
Electrical connection device intended to be connected to the electrical network via an embedding box, the connection device comprising: - a housing comprising a bottom, a side, and an opening defining together a receiving space, the housing being provided with electrical connection means, - a sleeve, suitable for inserting into the receiving space, the electrical connection means each comprising a connector capable of making a connection to the electrical network, and a terminal (21, 22) making a connection with the sleeve, the terminals (21, 22) extending within the receiving space, each of the connectors and the terminals (21, 22) being electrically connected, characterised in that the connectors protrude from the bottom by extending in a direction opposite to the terminals (21, 22) with respect to the bottom, the bottom comprising a first bottom wall and a second bottom wall, the first bottom wall and the second bottom wall being longitudinally offset from each other, so that the first bottom wall is arranged at a smaller distance from the opening than the second bottom wall, the connectors protruding from the second bottom wall in a radial direction perpendicular to the longitudinal direction corresponding to the sliding direction of the sleeve within the housing, the second bottom wall being surrounded by a side wall forming the side, so as to form a compartment, suitable for receiving the sleeve, a terminal (21, 22) extending within the compartment, a connector being in contact with the side wall. - a housing comprising a bottom, a side, and an opening defining together a receiving space, the housing being provided with electrical connection means, - a sleeve, suitable for inserting into the receiving space, the electrical connection means each comprising a connector capable of making a connection to the electrical network, and a terminal (21, 22) making a connection with the sleeve, the terminals (21, 22) extending within the receiving space, each of the connectors and the terminals (21, 22) being electrically connected,
An MEMS switch comprising: a structural layer having a beam structure wherein at least one end of the structural layer is fixed to a substrate; a lower drive electrode layer and a lower switch electrode layer which are provided below the structural layer and over a surface of the substrate; and an upper electrode layer including an upper drive electrode layer and an upper switch electrode layer which are provided on a first portion of a surface of the structural layer, in which the surface of the structural layer faces the substrate, so as to face the lower drive electrode layer and the lower switch electrode layer, respectively, a space between the substrate and the structural layer; wherein the upper switch electrode layer has a larger area than the lower switch electrode layer; wherein the upper drive electrode layer has a smaller area than the lower drive electrode layer; characterized in that the structural layer comprises protrusions (411a, 411b, 411c) extending more towards the substrate at the periphery of the upper electrode layer than surfaces of the upper drive electrode layer and the upper switch electrode layer to prevent contact between the upper drive electrode layer and lower drive electrode layer. a structural layer having a beam structure wherein at least one end of the structural layer is fixed to a substrate; a lower drive electrode layer and a lower switch electrode layer which are provided below the structural layer and over a surface of the substrate; and an upper electrode layer including an upper drive electrode layer and an upper switch electrode layer which are provided on a first portion of a surface of the structural layer, in which the surface of the structural layer faces the substrate, so as to face the lower drive electrode layer and the lower switch electrode layer, respectively, a space between the substrate and the structural layer; wherein the upper switch electrode layer has a larger area than the lower switch electrode layer; wherein the upper drive electrode layer has a smaller area than the lower drive electrode layer; characterized in that the structural layer comprises protrusions (411a, 411b, 411c) extending more towards the substrate at the periphery of the upper electrode layer than surfaces of the upper drive electrode layer and the upper switch electrode layer to prevent contact between the upper drive electrode layer and lower drive electrode layer.
An apparatus for covering eyes of a human, comprising: an eye piece opaque to visible light and configured for covering one of the eyes of the human; and comprising a transversal portion that is positioned in front of the one of the eyes when the apparatus is used by the human, comprising a region that is transparent for electromagnetic radiation with a wavelength range outside a visible range, and an annular peripheral wall that surrounds the transversal portion and extends rearward therefrom, and a peripheral flange surrounding the peripheral wall and having a shape that corresponds with a shape of an orbital rim of the one of the eyes, and an eye patch made of a flexible material of uniform thickness and opaque to visible and infrared light and configured for covering the other one of the eyes of the human. an eye piece opaque to visible light and configured for covering one of the eyes of the human; and comprising a transversal portion that is positioned in front of the one of the eyes when the apparatus is used by the human, comprising a region that is transparent for electromagnetic radiation with a wavelength range outside a visible range, and an annular peripheral wall that surrounds the transversal portion and extends rearward therefrom, and a peripheral flange surrounding the peripheral wall and having a shape that corresponds with a shape of an orbital rim of the one of the eyes, and an eye patch made of a flexible material of uniform thickness and opaque to visible and infrared light and configured for covering the other one of the eyes of the human. configured for covering one of the eyes of the human; and comprising a transversal portion that is positioned in front of the one of the eyes when the apparatus is used by the human, comprising a region that is transparent for electromagnetic radiation with a wavelength range outside a visible range, and a region that is transparent for electromagnetic radiation with a wavelength range outside a visible range, and an annular peripheral wall that surrounds the transversal portion and extends rearward therefrom, and a peripheral flange surrounding the peripheral wall and having a shape that corresponds with a shape of an orbital rim of the one of the eyes, and an eye patch made of a flexible material of uniform thickness and opaque to visible and infrared light and configured for covering the other one of the eyes of the human.
Crystalline Form 4 of the compound of formula wherein said crystalline form is characterized by: - an X-ray powder diffraction pattern a) comprising peaks at reflection angles 2-theta, measured with Cu-Kα1 radiation of wavelength A = 1.54060 Å, of 8.6, 15.6, 17.9 and 39.0 ±0.2 degrees; or - an X-ray powder diffraction pattern b) comprising peaks at reflection angles 2-theta, measured with Cu-Kα1 radiation of wavelength A = 1.54060 Å, of 8.6, 15.6, 17.9, 19.0, 19.2, 19.6, 19.7, 20.7, 21.3, 22.1, 22.7, 24.3, 24.6 ±0.2 degrees. - an X-ray powder diffraction pattern a) comprising peaks at reflection angles 2-theta, measured with Cu-Kα1 radiation of wavelength A = 1.54060 Å, of 8.6, 15.6, 17.9 and 39.0 ±0.2 degrees; or - an X-ray powder diffraction pattern b) comprising peaks at reflection angles 2-theta, measured with Cu-Kα1 radiation of wavelength A = 1.54060 Å, of 8.6, 15.6, 17.9, 19.0, 19.2, 19.6, 19.7, 20.7, 21.3, 22.1, 22.7, 24.3, 24.6 ±0.2 degrees.
Sustained-release matrix-type tablet releasing at least one opioid or one of its pharmaceutically acceptable salts, comprising a compression matrix which represents 50 to 98% by weight of the total weight of said tablet and comprised of a mixture of microcrystalline cellulose and of polyvinyl acetate/polyvinylpyrrolidone (80:20), for its use for limiting acute pain episodes through its administration orally in a repeated manner twice-a-day each administration being spaced apart by 8 to 14 hours, preferably 10 to 13 hours.
A method of preparing neutralized alkyl sulphates and/or alkyl ethoxy sulphates, comprising the steps of: (a) mixing an ethoxylated fatty alcohol of formula: R'-(O-CH 2 -CH 2) x -OH wherein R' is a saturated or unsaturated, linear or branched C 6 -C 16 alkyl, and x is an integer comprised between 1 and 12, with an organic amine base; and (b) adding to the mixture of the previous step a sulphuric acid ester of formula: R-(O-CH 2 -CH 2) m -OSO 3 - H + wherein R is a mixture of saturated or unsaturated, linear or branched C 6 -C 22 alkyls, wherein the amount of C 8 and C 10 alkyls is from 1% to 10%, and m is 0, thereby obtaining a substantially anhydrous composition of alkyl (ethoxy) sulphate neutralised with an organic amine in an ethoxylated fatty alcohol as the solvent. (a) mixing an ethoxylated fatty alcohol of formula: R'-(O-CH 2 -CH 2) x -OH wherein R' is a saturated or unsaturated, linear or branched C 6 -C 16 alkyl, and x is an integer comprised between 1 and 12, with an organic amine base; and wherein R' is a saturated or unsaturated, linear or branched C 6 -C 16 alkyl, and x is an integer comprised between 1 and 12, with an organic amine base; and (b) adding to the mixture of the previous step a sulphuric acid ester of formula: R-(O-CH 2 -CH 2) m -OSO 3 - H + wherein R is a mixture of saturated or unsaturated, linear or branched C 6 -C 22 alkyls, wherein the amount of C 8 and C 10 alkyls is from 1% to 10%, and m is 0, thereby obtaining a substantially anhydrous composition of alkyl (ethoxy) sulphate neutralised with an organic amine in an ethoxylated fatty alcohol as the solvent. wherein R is a mixture of saturated or unsaturated, linear or branched C 6 -C 22 alkyls, wherein the amount of C 8 and C 10 alkyls is from 1% to 10%, and m is 0, thereby obtaining a substantially anhydrous composition of alkyl (ethoxy) sulphate neutralised with an organic amine in an ethoxylated fatty alcohol as the solvent.
A method for carrying out fluorescence lifetime microscopy on a first structure of an eye comprising the steps of sending, by means of a probe light source, a probe beam into the eye, wherein said probe beam interacts with at least said first and a second structure of said eye, with said first and said second structure being spaced apart from each other, measuring, by means of a fluorescence detector, time-resolved raw fluorescence data returning from said eye, wherein the method is characterized by calculating, using a control unit, time-resolved corrected fluorescence data for said first structure from said raw fluorescence data and from estimated fluorescence data originating from said second structure. sending, by means of a probe light source, a probe beam into the eye, wherein said probe beam interacts with at least said first and a second structure of said eye, with said first and said second structure being spaced apart from each other, measuring, by means of a fluorescence detector, time-resolved raw fluorescence data returning from said eye, wherein the method is characterized by calculating, using a control unit, time-resolved corrected fluorescence data for said first structure from said raw fluorescence data and from estimated fluorescence data originating from said second structure.
A shell segment of an aircraft, having a skin field and a stiffening structure for purposes of stiffening the skin field, wherein the skin field and the stiffening structure are made from fibre-reinforced plastic materials, and wherein the stiffening structure is bonded to an inner surface of the skin field and comprises a multiplicity of first stiffeners and a multiplicity of mounts which extend in the transverse of the first stiffener for the connection of second stiffeners, wherein a multiplicity of reinforcement elements (28, 36) for fixing the mounts mechanically to the skin field are provided, wherein each reinforcement element (28, 36) has a connection section (30, 40) and a blocking section (32, 38) having an extension in a direction inclined to the connection section (30, 40), wherein the connection section (30, 40) penetrates the skin field and the mounts, and wherein the blocking section (32, 38) is in contact with an outer surface of the skin field characterized in that the multiplicity of mounts are formed integrally with the first stiffeners.
Cells transduced with a recombinant adeno-associated virus comprising a polynucleotide encoding a fusion protein for use in a method of treating an immune-related disorder or inflammatory disease in a subject in need thereof, wherein the fusion protein comprises: (a) a soluble IL-23 receptor, wherein said soluble IL-23 receptor lacks an IL-12 receptor component; and (b) an immunoglobulin constant region multimerization domain, wherein when the fusion protein is expressed, a multimer of the fusion protein is produced; and wherein the fusion protein binds to and neutralizes IL-23. (a) a soluble IL-23 receptor, wherein said soluble IL-23 receptor lacks an IL-12 receptor component; and (b) an immunoglobulin constant region multimerization domain, wherein when the fusion protein is expressed, a multimer of the fusion protein is produced; and wherein the fusion protein binds to and neutralizes IL-23.
Multifunction display and operator control system for conveying information and sensing operating actions for controlling functions and/or vehicle systems of a motor vehicle, comprising a display apparatus, a control unit, coupled to the display apparatus, for controlling a display of information on a display panel of the display apparatus, a position sensing unit, coupled to the display apparatus and the control unit, for sensing a position of an operating element relative to the display panel, wherein the control unit comprises logic that takes the sensed position of the operating element relative to the information depicted on the display panel as a basis for generating control commands for operator control of the functions and/or vehicle systems, characterized in that the control unit divides the display panel into a coherent area referred to as the output component and a coherent area referred to as the input component, wherein either an area boundary divides the display panel horizontally or vertically or alternatively the input component is a central area, wherein the control unit further comprises a context evaluation unit that captures and evaluates state information and, in accordance with the evaluation, in an operator control mode, stipulates a size of the input component of the display panel for displaying operator control information and a size of the output component of the display panel for outputting output information, wherein the logic is configured so that only sensed positions of the operating element that are correlated with operator control information are used for generating the control commands and, in the operator control mode, exclusively operator control information and operator control elements are displayed in the input component of the display panel and exclusively status information and/or function outputs from a function or from a vehicle system that provide their functionality or can be controlled via the multifunction display and operator control system are depicted in the output component.
An intercalated phyllosilicate having a structure of layers and comprising an intercalating agent between the layers, wherein the intercalating agent is a polyester of a molecular weight of 274 to 30.000 g/mol selected from polyadipate, polyphthalate, or a mixture thereof, and wherein the phyllosilicate is other than a phyllosilicate modified through ionic interchange.
A re-threshing mechanism for a combine, comprising: a rotor having threshing elements mounted thereon, said elements extending at least partially away from a surface of said rotor that orbits an axis of rotation of said rotor; and a housing at least partially surrounding said rotor and having a wall portion with rasp bars extending toward said rotor, said wall portion being substantially solid, said rotor and said housing configured for tailings to be re-threshed between said threshing elements and said rasp bars within said housing, characterized in that said wall portion is adjustable in a direction toward and away from said rotor to adjust the clearance between said rasp bars and said threshing elements, that the wall portion is hinged at its upstream end by a hinge assembly to a stationary portion of the housing to be pivotable with respect to the stationary portion, that the wall portion comprises a plurality of flat plates connected together to approximate a curved surface, each flat plate mounting a rasp bar on an underside thereof, and that the wall portion is supported by a crank bar near its downstream end, whereby the crank bar includes an offset portion that penetrates through two brackets (336, 338) that are fastened to reinforcing ribs (340, 342) that connect the last three flat plates, while end portions (346, 348) of the crank bar are each rotationally fixed to pivotable levers on both sides of the housing. a rotor having threshing elements mounted thereon, said elements extending at least partially away from a surface of said rotor that orbits an axis of rotation of said rotor; and a housing at least partially surrounding said rotor and having a wall portion with rasp bars extending toward said rotor, said wall portion being substantially solid, said rotor and said housing configured for tailings to be re-threshed between said threshing elements and said rasp bars within said housing, characterized in that said wall portion is adjustable in a direction toward and away from said rotor to adjust the clearance between said rasp bars and said threshing elements, that the wall portion is hinged at its upstream end by a hinge assembly to a stationary portion of the housing to be pivotable with respect to the stationary portion, that the wall portion comprises a plurality of flat plates connected together to approximate a curved surface, each flat plate mounting a rasp bar on an underside thereof, and that the wall portion is supported by a crank bar near its downstream end, whereby the crank bar includes an offset portion that penetrates through two brackets (336, 338) that are fastened to reinforcing ribs (340, 342) that connect the last three flat plates, while end portions (346, 348) of the crank bar are each rotationally fixed to pivotable levers on both sides of the housing.
A method for processing identification information for use in a User Equipment, UE, comprising steps of: acquiring at least one subset of Identities, IDs, from a base station, the subset of IDs being a subset of a set of all Participating Service Provider Identities, PSP-IDs, divided by the base station, supported by a current access network; determining information about Participating Service Providers, PSPs, supported by the base station to which the UE currently belongs in accordance with the acquired at least one subset of IDs; and selecting a PSP to be accessed in accordance with the information about the PSPs; characterized in that, the step of acquiring the at least one subset of IDs from the base station comprises: acquiring System Information Blocks, SIBs, carrying the subsets of IDs from different base stations belonging to a same access network, different subsets of IDs being mapped to different SIBs, and, acquiring the at least one subset of IDs transmitted by the base station through an idle channel resource. acquiring at least one subset of Identities, IDs, from a base station, the subset of IDs being a subset of a set of all Participating Service Provider Identities, PSP-IDs, divided by the base station, supported by a current access network; determining information about Participating Service Providers, PSPs, supported by the base station to which the UE currently belongs in accordance with the acquired at least one subset of IDs; and selecting a PSP to be accessed in accordance with the information about the PSPs; characterized in that, the step of acquiring the at least one subset of IDs from the base station comprises: acquiring System Information Blocks, SIBs, carrying the subsets of IDs from different base stations belonging to a same access network, different subsets of IDs being mapped to different SIBs, and, acquiring the at least one subset of IDs transmitted by the base station through an idle channel resource.