mhurhangee/ep-ind-claims huggingface dataset:
Method for managing media in a system comprising at least two devices that are connected to a network, the devices being configured to perform a task for printing image data on an image receiving media, the devices having a media list with entries comprising media attributes for image receiving media, each entry comprising media identification attributes to distinguish individual image receiving media and additional attributes that are associated with the media, the method comprising the steps of: - copying a media list of a first device to a temporary media list; - adding to the temporary media list an entry of a media list of a second device, if the media identification attributes of that entry do not match the media identification attributes of any entry of the temporary media list; - supplementing the additional attributes of an entry of the temporary media list with the additional attributes of an entry of the media list of a second device if the media identification attributes of both entries match; and - replacing the media list of the first device by the temporary media list. - copying a media list of a first device to a temporary media list; - adding to the temporary media list an entry of a media list of a second device, if the media identification attributes of that entry do not match the media identification attributes of any entry of the temporary media list; - supplementing the additional attributes of an entry of the temporary media list with the additional attributes of an entry of the media list of a second device if the media identification attributes of both entries match; and - replacing the media list of the first device by the temporary media list.
A three-dimensional polycrystalline semiconductor material, for use as the primary conductor channel in a lateral field effect transistor, or as the drain region and drift region in a vertical IGBT, comprising: a material body comprising a three-dimensional matrix of polycrystalline semiconducting grains, each grain comprising a three-dimensional electron gas, said three dimensional electron gas being induced by an energy barrier resulting from the interface between the polycrystalline semiconductor grains and a metallic, insulating or semiconducting wide band-gap grain boundary material (124, 126) enveloping each polycrystalline semiconducting grain, wherein in case of a wide band-gap material the band gap must be wider than the band gap of the polycrystalline semiconducting grain, wherein the polycrystalline semiconducting grains have a nominal maximum grain diameter less than or equal to 50 nm and atomic-scale chemical uniformity throughout each grain, wherein the grain boundary material enveloping the polycrystalline semiconducting grains has a nominal thickness of 1 to 10 nm wherein the energy barrier is configured to enable electron or hole tunnelling between adjacent individual polycrystalline semiconducting grains. a material body comprising a three-dimensional matrix of polycrystalline semiconducting grains, each grain comprising a three-dimensional electron gas, said three dimensional electron gas being induced by an energy barrier resulting from the interface between the polycrystalline semiconductor grains and a metallic, insulating or semiconducting wide band-gap grain boundary material (124, 126) enveloping each polycrystalline semiconducting grain, wherein in case of a wide band-gap material the band gap must be wider than the band gap of the polycrystalline semiconducting grain, wherein the polycrystalline semiconducting grains have a nominal maximum grain diameter less than or equal to 50 nm and atomic-scale chemical uniformity throughout each grain, wherein the grain boundary material enveloping the polycrystalline semiconducting grains has a nominal thickness of 1 to 10 nm wherein the energy barrier is configured to enable electron or hole tunnelling between adjacent individual polycrystalline semiconducting grains.
A method of manufacturing a printing blanket ( 30, 40) including an elastic body having a substantially semi-cylindrical shape and a sheet bonded to a side surface of the elastic body having a substantially arcuate cross section, wherein the sheet and the elastic body contain silicone oil, and the sheet is less flexible than the elastic body, the method comprising the steps of: molding an elastic body having a substantially semi-cylindrical shape; forming a sheet having a predetermined size; placing the sheet on a flat surface or a concave surface; pressing a side surface of the elastic body against the placed sheet; applying an adhesive to one or both of the side surface of the elastic body and a surface of the sheet against which the elastic body is to be pressed, prior to the pressing step; and applying a mold release agent to any one of the side surface of the elastic body, the surface of the sheet against which the elastic body is to be pressed, and the adhesive, wherein the sheet is bonded to the side surface of the elastic body in the pressing step. molding an elastic body having a substantially semi-cylindrical shape; forming a sheet having a predetermined size; placing the sheet on a flat surface or a concave surface; pressing a side surface of the elastic body against the placed sheet; applying an adhesive to one or both of the side surface of the elastic body and a surface of the sheet against which the elastic body is to be pressed, prior to the pressing step; and applying a mold release agent to any one of the side surface of the elastic body, the surface of the sheet against which the elastic body is to be pressed, and the adhesive, wherein the sheet is bonded to the side surface of the elastic body in the pressing step.
A method for producing a sliding contact which is formed from a machine element (1, 1 ') and at least one further machine element, wherein a sliding surface (3, 3a, 3b) is provided on the machine element (1, 1'), in particular a cam follower, for sliding use in contact with the at least one further machine element, the at least one further machine element sliding over the sliding surface (3, 3a, 3b) in a sliding direction, wherein the machine element (1, 1'), on at least part of its surface, is first provided with a coating (4, 4 '), into which a surface structure is subsequently introduced by means of laser interference structuring, wherein, when viewed perpendicularly to a coating surface (4a, 4a') of the coating (4, 4 '), the surface structure comprising a number of self-contained structural elements (5a, 5b, 5c) is formed, characterised in that a higher number of structural elements (5a, 5b, 5c) of the surface structure is provided in areas of the sliding surface (3, 3a, 3b), the higher a sliding speed used for the at least one further machine element in this area of the sliding surface (3, 3a, 3b).
An electroluminescent assembly comprising: an electroluminescent structure comprising an electrode layer, a phosphor layer disposed over the electrode layer and a transparent electrode layer disposed over the phosphor layer; and a plurality of discontinuous retroreflective segments disposed over the electroluminescent structure and blocking light emitted by the electroluminescent structure. an electroluminescent structure comprising an electrode layer, a phosphor layer disposed over the electrode layer and a transparent electrode layer disposed over the phosphor layer; and a plurality of discontinuous retroreflective segments disposed over the electroluminescent structure and blocking light emitted by the electroluminescent structure.
A method of manufacturing a drinking straw adapted progressively to add an active ingredient to a carrier liquid drawn through the straw, said method including the steps of: providing a generally elongate tube having a sidewall defining an internal bore and first and second open ends (7 and 8); providing a first filtration means adjacent the first end of the tube; depositing a plurality of pellets containing a measure of soluble active ingredient into the tube through the second end; and providing second filtration means adjacent the second end of the tube, wherein said first and second filtration means retain the pellets substantially within the tube whilst allowing the carrier liquid to be drawn through the tube by oral suction and wherein at least one of said filtration means (5 or 6) is provided by forming a filtration means integrally from the sidewall adjacent the respective end (7 or 8) of the tube. providing a generally elongate tube having a sidewall defining an internal bore and first and second open ends (7 and 8); providing a first filtration means adjacent the first end of the tube; depositing a plurality of pellets containing a measure of soluble active ingredient into the tube through the second end; and providing second filtration means adjacent the second end of the tube, wherein said first and second filtration means retain the pellets substantially within the tube whilst allowing the carrier liquid to be drawn through the tube by oral suction and wherein at least one of said filtration means (5 or 6) is provided by forming a filtration means integrally from the sidewall adjacent the respective end (7 or 8) of the tube.
An Instant Messaging information combining method, comprising: receiving, by a terminal, original prompt information, wherein a portion corresponding to terminal information in the original prompt information is referred to and replaced by a tag (100,200); the tag refers to and replaces terminal information of one terminal; parsing, by the terminal, the tag and searching terminal information stored in the terminal or a second server for corresponding terminal information to which the tag refers; replacing by the terminal the tag in the original prompt information with the corresponding terminal information, and generating final prompt information (101-102, 201-203); and displaying, by the terminal, the final prompt information (103,204). receiving, by a terminal, original prompt information, wherein a portion corresponding to terminal information in the original prompt information is referred to and replaced by a tag (100,200); the tag refers to and replaces terminal information of one terminal; parsing, by the terminal, the tag and searching terminal information stored in the terminal or a second server for corresponding terminal information to which the tag refers; replacing by the terminal the tag in the original prompt information with the corresponding terminal information, and generating final prompt information (101-102, 201-203); and displaying, by the terminal, the final prompt information (103,204).
A compound fireproof glass comprising: a first glass substrate; a second glass substrate provided in parallel with the first glass substrate; a connecting portion connected with the first glass substrate and the second glass substrate; a cavity provided between the first glass substrate and the second glass substrate; wherein the compound fireproof glass further comprises: a thermal expansion portion which is an approximately uniformly distributed structure made from a thermal expansion material, and partially fills the cavity, wherein the thermal expansion portion is made from expandable graphite or a product containing expandable graphite, and is directly and fixedly arranged in the cavity, characterized in that the thermal expansion portion forms an approximately uniform pattern in the cavity, and when heated, the thermal expansion portion can rapidly expand to fill the entire cavity of the compound fireproof glass. a first glass substrate; a second glass substrate provided in parallel with the first glass substrate; a connecting portion connected with the first glass substrate and the second glass substrate; a cavity provided between the first glass substrate and the second glass substrate; wherein the compound fireproof glass further comprises: a thermal expansion portion which is an approximately uniformly distributed structure made from a thermal expansion material, and partially fills the cavity, wherein the thermal expansion portion is made from expandable graphite or a product containing expandable graphite, and is directly and fixedly arranged in the cavity, characterized in that the thermal expansion portion forms an approximately uniform pattern in the cavity, and when heated, the thermal expansion portion can rapidly expand to fill the entire cavity of the compound fireproof glass. a thermal expansion portion which is an approximately uniformly distributed structure made from a thermal expansion material, and partially fills the cavity,
Watch corrector configured to be inserted in a watch middle; said watch middle including a primary contour, in particular of a left-hand shape, preferably of a left-hand curve; said watch corrector comprising at least one: - Case; said at least one case comprising at least one first surface and being configured to be inserted, preferably by force, in said watch middle; said at least one first surface representing a first portion of said primary contour and being configured to follow said primary contour of said watch middle, preferably said at least one first surface being configured to be combined with said primary contour of said watch middle when said at least one case is inserted in said middle of said watch; - Mobile element; said at least one mobile element being configured to be inserted, preferably by force, in said at least one case, preferably to be mobile in said at least one case and said at least a mobile element comprising at least one second surface representing a second portion of said primary contour and being configured to follow said primary contour of said watch middle and/or of said at least one first surface of said at least one case, preferably said at least one second surface being configured to be combined with said primary contour of said watch middle, and/or of said at least one first surface of said at least one case when said at least one case is inserted in said middle of said watch,, characterized in that said at least one case comprises at least one first immobilisation member; said at least one first immobilisation member being configured to immobilise said at least one case in at least one degree of freedom when said at least one case is inserted in said watch middle. - Case; said at least one case comprising at least one first surface and being configured to be inserted, preferably by force, in said watch middle; said at least one first surface representing a first portion of said primary contour and being configured to follow said primary contour of said watch middle, preferably said at least one first surface being configured to be combined with said primary contour of said watch middle when said at least one case is inserted in said middle of said watch; - Mobile element; said at least one mobile element being configured to be inserted, preferably by force, in said at least one case, preferably to be mobile in said at least one case and said at least a mobile element comprising at least one second surface representing a second portion of said primary contour and being configured to follow said primary contour of said watch middle and/or of said at least one first surface of said at least one case, preferably said at least one second surface being configured to be combined with said primary contour of said watch middle, and/or of said at least one first surface of said at least one case when said at least one case is inserted in said middle of said watch,,
A method for determining an eyeglass prescription for an eye, in particular through the use of a non-transitory computer readable medium, the method comprising the steps of: Providing a measurement indicative of the refractive properties of the eye; Establishing an optimization space corresponding to a plurality of possible eyeglass prescriptions for the eye; Determining (130, 140) a merit function, wherein a value of the merit function corresponds to a visual function of the eye when corrected using one of the plurality of possible eyeglass prescriptions within the optimization space, wherein the merit function comprises a term depending on a magnitude of a corrective astigmatism of the one of the plurality of possible eyeglass prescriptions and causing a less optimal value of the merit function the higher the magnitude of the corrective astigmatism and/or the higher the magnitude of a difference between the collective astigmatism and a subjective corrective astigmatism; and Determining the eyeglass prescription by optimizing the value of the merit function. Providing a measurement indicative of the refractive properties of the eye; Establishing an optimization space corresponding to a plurality of possible eyeglass prescriptions for the eye; Determining (130, 140) a merit function, wherein a value of the merit function corresponds to a visual function of the eye when corrected using one of the plurality of possible eyeglass prescriptions within the optimization space, wherein the merit function comprises a term depending on a magnitude of a corrective astigmatism of the one of the plurality of possible eyeglass prescriptions and causing a less optimal value of the merit function the higher the magnitude of the corrective astigmatism and/or the higher the magnitude of a difference between the collective astigmatism and a subjective corrective astigmatism; and Determining the eyeglass prescription by optimizing the value of the merit function.
A substrate material, characterised in that it is highly porous and is provided with a mechanically stable, component-penetrating framework structure of alpha-Al 2 O 3, wherein the substrate material with high porosity and at the same time high mechanical strength has a multimodal pore structure, and a pore diameter distribution curve (measured by mercury intrusion porosimetry) has a relative maximum between 0.3 and 1.3 μm and a further relative maximum between 15 and 60 μm, and wherein it preferably contains up to 30 to 90% by weight (based on the sum of all the inorganic components) of a first alpha-Al 2 O 3 component having a primary crystal grain size of 1 to 3 μm and an agglomerate size of 3 to 5 μm and up to 10 to 70% by weight (based on the sum of all the inorganic components) of a second alpha-Al 2 O 3 component having a primary crystal grain size of 0.3 to 1 μm and an agglomerate size of 0.5 to 1 μm.
An aircraft galley message center comprising: a tablet; a recessed portion defined by an aircraft galley bulkhead; a docking element configured to hold the tablet within the recessed portion and rotate the tablet from an upper recessed portion to a lower recessed portion, substantially flush with a surface of the aircraft wall; a charging element disposed within the docking element; an upper latch configured to engage a superior surface of the tablet and retain the tablet in the upper recessed portion with a screen facing out; and a lower latch configured to engage the superior surface of the tablet and retain the tablet in the lower recessed portion with the screen of the tablet facing a surface of the recessed portion. a tablet; a recessed portion defined by an aircraft galley bulkhead; a docking element configured to hold the tablet within the recessed portion and rotate the tablet from an upper recessed portion to a lower recessed portion, substantially flush with a surface of the aircraft wall; a charging element disposed within the docking element; an upper latch configured to engage a superior surface of the tablet and retain the tablet in the upper recessed portion with a screen facing out; and a lower latch configured to engage the superior surface of the tablet and retain the tablet in the lower recessed portion with the screen of the tablet facing a surface of the recessed portion.
A power module substrate (10, 110, 210, 310, 410, 510, 610), the substrate comprising: an insulating ceramic substrate (11, 111, 211, 311, 411, 511, 611); and a circuit layer (12, 112, 212, 312, 412, 512, 612) that is formed on one surface of the insulating ceramic substrate, wherein the circuit layer is formed by bonding a first copper plate (22, 122, 222, 422, 522, 622) onto the one surface of the insulating ceramic substrate, and prior to bonding, the first copper plate has a composition containing at least either a total of 1 to 100 mol ppm of one or more kinds among an alkaline-earth element, a transition metal element, and a rare-earth element, or 100 to 1000 mol ppm of boron, the remainder being copper and unavoidable impurities. an insulating ceramic substrate (11, 111, 211, 311, 411, 511, 611); and a circuit layer (12, 112, 212, 312, 412, 512, 612) that is formed on one surface of the insulating ceramic substrate, wherein the circuit layer is formed by bonding a first copper plate (22, 122, 222, 422, 522, 622) onto the one surface of the insulating ceramic substrate, and prior to bonding, the first copper plate has a composition containing at least either a total of 1 to 100 mol ppm of one or more kinds among an alkaline-earth element, a transition metal element, and a rare-earth element, or 100 to 1000 mol ppm of boron, the remainder being copper and unavoidable impurities.
An apparatus for estimating a blood pressure, the apparatus comprising: a sensor (110, 720, 820) configured to measure a bio-signal; and a processor (120, 620) configured to: acquire a feature value from the bio-signal; detect a blood pressure change sign, based on the feature value; acquire a scale factor, based on the blood pressure change sign; and estimate the blood pressure, based on the feature value and the scale factor, characterized in that the processor (120, 620) is further configured to detect the blood pressure change sign, based on whether the acquired feature value is greater than a reference feature value being acquired from the bio-signal measured at a time of calibration, when a preset condition for performing calibration is satisfied. a sensor (110, 720, 820) configured to measure a bio-signal; and a processor (120, 620) configured to: acquire a feature value from the bio-signal; detect a blood pressure change sign, based on the feature value; acquire a scale factor, based on the blood pressure change sign; and estimate the blood pressure, based on the feature value and the scale factor, acquire a feature value from the bio-signal; detect a blood pressure change sign, based on the feature value; acquire a scale factor, based on the blood pressure change sign; and estimate the blood pressure, based on the feature value and the scale factor, characterized in that the processor (120, 620) is further configured to detect the blood pressure change sign, based on whether the acquired feature value is greater than a reference feature value being acquired from the bio-signal measured at a time of calibration, when a preset condition for performing calibration is satisfied.
A silica-based precast refractory block for a coke oven, the precast refractory block containing a P 2 O 5 component in an amount of 0.3 to 2 mass%, wherein, in a raw material mixture of the precast refractory block, fused silica is mixed in an amount of 65 mass% or more, silica stone is mixed in an amount of 17 mass% or less, and fumed silica is mixed in an amount of 0.5 to 15 mass%.