mhurhangee/ep-ind-claims huggingface dataset:
A composite material manufacturing method comprising: an additive manufacturing step of using composite powder containing ceramic and metal and having voids therein to form a composite material containing the ceramic and the metal by repeating steps of melting and solidifying the composite powder, the ceramic being selected from carbide, nitride, carbonitride, oxide or boride of at least one of W, Cr, Mo, V, Zr, Al, Si, Nb, Ta or Ti, and the metal being at least one element selected from Co, Ni, Fe, W or Mo; a remelting step of remelting a surface of the composite material; and a heat treatment step of applying heat treatment in a temperature range of 800 to 1400°C after the remelting step. an additive manufacturing step of using composite powder containing ceramic and metal and having voids therein to form a composite material containing the ceramic and the metal by repeating steps of melting and solidifying the composite powder, the ceramic being selected from carbide, nitride, carbonitride, oxide or boride of at least one of W, Cr, Mo, V, Zr, Al, Si, Nb, Ta or Ti, and the metal being at least one element selected from Co, Ni, Fe, W or Mo; a remelting step of remelting a surface of the composite material; and a heat treatment step of applying heat treatment in a temperature range of 800 to 1400°C after the remelting step.
Method for determining cell properties comprising: receiving, by a processor, images representing manipulation of cellular bodies in a holding space, the holding space comprising a wall surface, the manipulating including exerting one or more acoustic force pulses to the cellular bodies provided on the wall surface based on generating one or more acoustic field gradients in the holding space, the force pulses having a direction away from the wall surface; analyzing, by the processor, the images, the analyzing including determining the size of the cellular bodies and tracking locations of the cellular bodies during each of the one or more acoustic force pulses and after each of the one or more acoustic force pulses, the tracking locations defining one or more first trajectories of the cellular bodies moving away from the wall surface and one or more second trajectories of the cellular bodies moving towards the wall surface; determining, by the processor, densities of the cellular bodies based on the one or more second trajectories and a sedimentation model of the cellular bodies moving towards the wall surface and determining cellular body velocities based the one or more first trajectories and a velocity model of the cellular bodies moving away from the wall surface; and, determining, by the processor, a contrast factor for each of the cellular bodies based on the sizes and the densities of the cellular bodies, the one or more acoustic field gradients and the cellular body velocities and determining a compressibility for each of the cellular bodies based on the determined contrast factors. receiving, by a processor, images representing manipulation of cellular bodies in a holding space, the holding space comprising a wall surface, the manipulating including exerting one or more acoustic force pulses to the cellular bodies provided on the wall surface based on generating one or more acoustic field gradients in the holding space, the force pulses having a direction away from the wall surface; analyzing, by the processor, the images, the analyzing including determining the size of the cellular bodies and tracking locations of the cellular bodies during each of the one or more acoustic force pulses and after each of the one or more acoustic force pulses, the tracking locations defining one or more first trajectories of the cellular bodies moving away from the wall surface and one or more second trajectories of the cellular bodies moving towards the wall surface; determining, by the processor, densities of the cellular bodies based on the one or more second trajectories and a sedimentation model of the cellular bodies moving towards the wall surface and determining cellular body velocities based the one or more first trajectories and a velocity model of the cellular bodies moving away from the wall surface; and, determining, by the processor, a contrast factor for each of the cellular bodies based on the sizes and the densities of the cellular bodies, the one or more acoustic field gradients and the cellular body velocities and determining a compressibility for each of the cellular bodies based on the determined contrast factors.
A switching arrangement for overvoltage protection devices, composed of mechanically pre-tensioned first switching elements that are capable of carrying surge current and form a series connection of a surge current path together with the arrester/s (ÜS1; ÜS2), including a gas arrester (ÜS1) of the overvoltage protection device, and a fault current path connected to the series connection, wherein second elements are disposed within the fault current path and are mechanically coupled to the first switching elements in such a way that in case of permanent inadmissible loads of the arresters (ÜS1; ÜS2) within the surge current path, a triggering of the first switching elements is performed resulting in a galvanic isolation of the surge current path from the respective mains, wherein the surge current path represents a main electric circuit, and the fault current path represents a mapping electric circuit, and an impedance being connected in series to the second elements, and this series connection being connected in parallel to the gas arrester (ÜS1) located in the main electric circuit, in such a way that in case of mains frequency leakage current, an ignition of the gas arrester (ÜS1) is caused via the series connection, characterized in that the second elements are second switching elements realized as an indicator fuse, and the mapping electric circuit has an inherent disconnecting capacity.
A containerboard packaging material comprising a pulp composition comprising hardwood pulp and a non-wood alternative pulp material comprising a combination of wheat straw and red algae, wherein the combination of wheat straw and red algae is present in the composition in an amount of from 5% to 75 wt.%; wherein the hardwood pulp is present in the composition in an amount of from 25 to 90 wt.%; wherein the red algae is present in the composition in an amount of from 5 to 30 wt.%; and wherein said material replaces at least a portion of conventional fiber materials.
A fuel rail assembly for an internal combustion engine, the fuel rail assembly comprising an elongate fuel rail having an interior volume forming a fuel reservoir and at least one fuel injector cup on the fuel rail, each injector cup being adapted to receive an inlet of an associated fuel injector and providing a fuel path between the fuel reservoir and the fuel inlet of the fuel injector, characterised in that at least one component (20, 40) of the fuel rail assembly is formed integrally with the fuel rail and has a skeletal framework, wherein said component comprises a mounting bracket having a fixing part for receiving a fastening device for securing the assembly to an engine, the fixing part being joined to the fuel rail by a pair of connecting elements providing the skeletal framework, wherein each injector cup has associated therewith a fixing bracket formed integrally with the fuel rail, the fixing bracket being adapted to secure the fuel rail to an engine and comprising the skeletal framework.
A lead insertion tool comprising: a first leg having a first leg distal end and an opposing first leg proximal end, a first rail element is pivotally coupled to the first leg distal end; and a second leg having a second leg distal end and an opposing second leg proximal end and parallel extending with the first leg, a second rail element is pivotally coupled to the second leg distal end, the first rail element and the second rail element are configured to receive a lead. a first leg having a first leg distal end and an opposing first leg proximal end, a first rail element is pivotally coupled to the first leg distal end; and a second leg having a second leg distal end and an opposing second leg proximal end and parallel extending with the first leg, a second rail element is pivotally coupled to the second leg distal end, the first rail element and the second rail element are configured to receive a lead.
A method for adding image effects to an existing image in a mobile terminal, which comprises the steps of: displaying an image; adding a selected frame to the image, when addition of a frame is selected; adding at least one selected icon to the image, when addition of icon is selected; adding at least one input text message to the image, when the text message is input, when saving the image is selected, storing the existing image and all image effect types added to the image; when the stored image is selected, combining the existing image with image effects and displaying the combined image, when change of the image is selected during the display of the combined image, displaying the image effect types stored; and when at least one of the displayed image effect types is selected, displaying the selected image with the image effect added. displaying an image; adding a selected frame to the image, when addition of a frame is selected; adding at least one selected icon to the image, when addition of icon is selected; adding at least one input text message to the image, when the text message is input, when saving the image is selected, storing the existing image and all image effect types added to the image; when the stored image is selected, combining the existing image with image effects and displaying the combined image, when change of the image is selected during the display of the combined image, displaying the image effect types stored; and when at least one of the displayed image effect types is selected, displaying the selected image with the image effect added.
A corrosion inhibition coating, comprising: a base comprising a matrix and a metal within the matrix; and an inhibitor comprising: zinc molybdate, cerium citrate, magnesium metasilicate, a metal phosphate silicate, or a combination thereof, wherein the metal within the matrix comprises aluminum, an aluminum alloy, zinc, a zinc alloy, magnesium, a magnesium alloy, or a combination thereof, wherein the base and the inhibitor are two distinct layers, wherein the inhibitor is coated on the base, further comprising a second matrix distinct from the base matrix, wherein the inhibitor is mixed within the second matrix. a base comprising a matrix and a metal within the matrix; and an inhibitor comprising: zinc molybdate, cerium citrate, magnesium metasilicate, a metal phosphate silicate, or a combination thereof, zinc molybdate, cerium citrate, magnesium metasilicate, a metal phosphate silicate, or a combination thereof, wherein the metal within the matrix comprises aluminum, an aluminum alloy, zinc, a zinc alloy, magnesium, a magnesium alloy, or a combination thereof, wherein the base and the inhibitor are two distinct layers, wherein the inhibitor is coated on the base, further comprising a second matrix distinct from the base matrix, wherein the inhibitor is mixed within the second matrix.
A method of decorating an exterior surface of a metallic container using a soft photopolymer plate in a printing process, comprising: providing a first image to be printed onto the exterior surface of the metallic container; transferring said first image to a predetermined portion of a face portion of the soft photopolymer plate by exposing and hardening material of the soft photopolymer plate; removing the soft, unexposed material of the soft photopolymer plate to reveal the transferred first image; removably affixing the soft photopolymer plate with the transferred first image onto a blanket cylinder of a decorator; attaching printing plates to a plate cylinder of the decorator; applying ink from an inker to the printing plates; transferring the ink from a printing plate to the soft photopolymer plate and the transferred first image; and transferring the ink from the soft photopolymer plate to the exterior surface of the metallic container, wherein the metallic container is decorated with the first image. providing a first image to be printed onto the exterior surface of the metallic container; transferring said first image to a predetermined portion of a face portion of the soft photopolymer plate by exposing and hardening material of the soft photopolymer plate; removing the soft, unexposed material of the soft photopolymer plate to reveal the transferred first image; removably affixing the soft photopolymer plate with the transferred first image onto a blanket cylinder of a decorator; attaching printing plates to a plate cylinder of the decorator; applying ink from an inker to the printing plates; transferring the ink from a printing plate to the soft photopolymer plate and the transferred first image; and transferring the ink from the soft photopolymer plate to the exterior surface of the metallic container, wherein the metallic container is decorated with the first image.
A navigation system to navigate a procedure on an anatomy, comprising: an instrument operable to be moved relative to the anatomy, an identification member (170; 172; 174) operably associated with the instrument, wherein the identification member (170; 172; 174) includes field distortion members (170a,170b,170c; 172a,172b,172c; 174a,174b,174c) associated with the instrument; an identification member reader operable to determine information from the identification member (170; 172; 174); a processor operable to identify the instrument based at least in part on the information obtained by the identification member reader from the identification member (170; 172; 174); a tracking system that comprises an electromagnetic localization system; wherein the electromagnetic localization system is operable to at least one of transmit an electromagnetic field, receive an electromagnetic field, or combinations thereof; and a tracking device associated with the instrument operable to be tracked with the tracking system, characterized in that the field distortion members include a plurality of annular rings (170a,170b,170c; 172a,172b,172c; 174a,174b,174c) axially spaced along the instrument. an instrument operable to be moved relative to the anatomy, an identification member (170; 172; 174) operably associated with the instrument, wherein the identification member (170; 172; 174) includes field distortion members (170a,170b,170c; 172a,172b,172c; 174a,174b,174c) associated with the instrument; an identification member reader operable to determine information from the identification member (170; 172; 174); a processor operable to identify the instrument based at least in part on the information obtained by the identification member reader from the identification member (170; 172; 174); a tracking system that comprises an electromagnetic localization system; wherein the electromagnetic localization system is operable to at least one of transmit an electromagnetic field, receive an electromagnetic field, or combinations thereof; and a tracking device associated with the instrument operable to be tracked with the tracking system, characterized in that the field distortion members include a plurality of annular rings (170a,170b,170c; 172a,172b,172c; 174a,174b,174c) axially spaced along the instrument.
A method for authenticating a user of a data processing device, wherein the data processing device comprises a user interface for inputting a user information by the user, the method comprising: capturing a plurality of characteristics of at least one user input of the user by the data processing device; generating an input profile of the user on the basis of the captured plurality of characteristics by a processor of the data processing device; and comparing the generated input profile of the user with a reference profile in order to authenticate the user, wherein a characteristic of the plurality of characteristics is an input speed, a pressure value on an actuation device of the user interface, an input pattern, a gesture, a selection of an actuation device of the user interface, a time of a user input or a time interval between two user inputs, wherein the step of generating the input profile of the user comprises determining statistically significant characteristics from the plurality of characteristics and linking the determined statistically significant characteristics to the input profile, wherein the step of comparing the generated input profile of the user with the reference profile comprises determining a degree of matching between the generated input profile of the user and the reference profile and comparing the determined degree of matching with a predetermined threshold value. capturing a plurality of characteristics of at least one user input of the user by the data processing device; generating an input profile of the user on the basis of the captured plurality of characteristics by a processor of the data processing device; and comparing the generated input profile of the user with a reference profile in order to authenticate the user, wherein a characteristic of the plurality of characteristics is an input speed, a pressure value on an actuation device of the user interface, an input pattern, a gesture, a selection of an actuation device of the user interface, a time of a user input or a time interval between two user inputs, wherein the step of generating the input profile of the user comprises determining statistically significant characteristics from the plurality of characteristics and linking the determined statistically significant characteristics to the input profile, wherein the step of comparing the generated input profile of the user with the reference profile comprises determining a degree of matching between the generated input profile of the user and the reference profile and comparing the determined degree of matching with a predetermined threshold value.
A method for setting a language in a mobile terminal, comprising: acquiring, by the mobile terminal, the language used at a current location of the mobile terminal; and setting, by the mobile terminal, the acquired language as a current default language of the mobile terminal; characterized in that before the step of setting, by the mobile terminal, the acquired language as the current default language of the mobile terminal, the method further comprises: determining, by the mobile terminal, that a language package of the acquired language is not stored in the mobile terminal; and downloading, by the mobile terminal, the language package if it is determined that the language package of the acquired language is not stored in the mobile terminal. acquiring, by the mobile terminal, the language used at a current location of the mobile terminal; and setting, by the mobile terminal, the acquired language as a current default language of the mobile terminal; determining, by the mobile terminal, that a language package of the acquired language is not stored in the mobile terminal; and downloading, by the mobile terminal, the language package if it is determined that the language package of the acquired language is not stored in the mobile terminal.
A method to control or prevent calcium precipitation and/or scaling, characterized by (i) in an aerobic or anaerobic digester that processes process water used in papermaking and containing calcium from pulp being processed, said method comprising in a papermaking process, continuously treating the process water containing said pulp with chloramine comprising monochloramine such that said process water when said pulp is present has a residual chloramine amount of from 0.3 ppm to 15 ppm, wherein calcium is present in said pulp, and then forming paper or paperboard from said pulp, and processing said process water, after pulp removal, to one or more digesters; or (ii) in a biological oxygen demand reduction system that processes process water used in papermaking and containing calcium from pulp being processed, said method comprising in a papermaking process, continuously treating the process water containing said pulp with chloramine comprising monochloramine such that said process water when said pulp is present has a residual chloramine amount of from 0.3 ppm to 15 ppm, wherein calcium is present in said pulp, and then forming paper or paperboard from said pulp, and processing said process water, after pulp removal, to said biological oxygen demand reduction system to reduce biological oxygen demands. (i) in an aerobic or anaerobic digester that processes process water used in papermaking and containing calcium from pulp being processed, said method comprising in a papermaking process, continuously treating the process water containing said pulp with chloramine comprising monochloramine such that said process water when said pulp is present has a residual chloramine amount of from 0.3 ppm to 15 ppm, wherein calcium is present in said pulp, and then forming paper or paperboard from said pulp, and processing said process water, after pulp removal, to one or more digesters; or (ii) in a biological oxygen demand reduction system that processes process water used in papermaking and containing calcium from pulp being processed, said method comprising in a papermaking process, continuously treating the process water containing said pulp with chloramine comprising monochloramine such that said process water when said pulp is present has a residual chloramine amount of from 0.3 ppm to 15 ppm, wherein calcium is present in said pulp, and then forming paper or paperboard from said pulp, and processing said process water, after pulp removal, to said biological oxygen demand reduction system to reduce biological oxygen demands.
A stable, solid protein formulation comprising bovine serum albumin, potassium phosphate, mannitol, sucrose, and polysorbate 20, wherein said protein is darbepoetin.
Melt filter arrangement having a melt channel, having a back-flush channel and having a screening apparatus for filtering melt in the melt channel, wherein the melt channel and the back-flush channel extend at different surfaces (23, 33) of the screening apparatus through the screening apparatus, characterized in that the melt filter arrangement also has a back-flush screw conveyor device (34, 34') within the back-flush channel, wherein the back-flush channel has a flushing nozzle (38, 138) which is directed at a surface of the screening apparatus within the back-flush channel and the screening apparatus is formed by a rotatably mounted screen wheel, wherein the flushing nozzle (38, 138) is provided in the form of a slot nozzle, and wherein furthermore, the melt channel and the back-flush channel are formed within the same main body (50, 150) of the melt filter arrangement (10, 110), and both are formed sectionally as a bore in the main body, and the bore of the melt channel (20, 120) intersects the bore of the back-flush channel (30, 130), whereby the melt channel (20, 120) is directly connected to the back-flush channel (30, 130).