mhurhangee/ep-ind-claims huggingface dataset:
A tape comprising: a dimensionally stable transparent polymeric film, with at least one treated surface; a transparent pressure sensitive adhesive layer at least partially coated on the treated surface of the dimensionally stable transparent polymeric film; and a release surface covering the transparent pressure sensitive adhesive layer, wherein the pressure sensitive adhesive layer comprises a crosslinked (meth)acrylate-based polymer comprising 95-99.5% alkyl (meth)acrylate monomers and 0.5-5% acidic monomers, and wherein the transparent pressure sensitive adhesive layer has a refractive index in the range of 1.45-1.55. a dimensionally stable transparent polymeric film, with at least one treated surface; a transparent pressure sensitive adhesive layer at least partially coated on the treated surface of the dimensionally stable transparent polymeric film; and a release surface covering the transparent pressure sensitive adhesive layer, wherein the pressure sensitive adhesive layer comprises a crosslinked (meth)acrylate-based polymer comprising 95-99.5% alkyl (meth)acrylate monomers and 0.5-5% acidic monomers, and wherein the transparent pressure sensitive adhesive layer has a refractive index in the range of 1.45-1.55.
The non-therapeutic cosmetic use of a water-soluble extract of Bixa orellana for preventing and/or reducing sebum secretion and/or for preventing and/or reducing the unaesthetic and/or unpleasant and/or uncomfortable manifestations linked to sebum secretion, wherein the extract of Bixa orellana is a seed extract obtained by aqueous extraction.
A device for separating components of a blood sample, the device comprising: a housing; a door coupled to the housing; a blood sample separation medium; a mesh material; and a desiccant, wherein the device is characterised in that: the blood sample separation medium is disposed between the housing and the mesh material; the desiccant is coupled to the door; the desiccant is distal from the mesh material when the door is in a first open position; and the desiccant is proximal to the mesh material when the door is in a second closed position. a housing; a door coupled to the housing; a blood sample separation medium; a mesh material; and a desiccant, wherein the device is characterised in that: the blood sample separation medium is disposed between the housing and the mesh material; the desiccant is coupled to the door; the desiccant is distal from the mesh material when the door is in a first open position; and the desiccant is proximal to the mesh material when the door is in a second closed position. the blood sample separation medium is disposed between the housing and the mesh material; the desiccant is coupled to the door; the desiccant is distal from the mesh material when the door is in a first open position; and the desiccant is proximal to the mesh material when the door is in a second closed position.
An antenna assembly, comprising: a tool mandrel having a tool axis; a coil including a plurality of windings wrapped about the tool mandrel, wherein portions of the plurality of windings are wrapped about the tool mandrel at a winding angle offset from the tool axis; an antenna shield secured to the tool mandrel and positioned radially outward from the coil, wherein the antenna shield defines a plurality of slots extending perpendicular to the coil at any angular location about a circumference of the tool mandrel and the plurality of slots comprise slots of different lengths, characterized in that the antenna assembly further comprises: a soft magnetic band (704, 904) radially interposing the coil and the tool mandrel and extending about a circumference of the tool mandrel, wherein the soft magnetic band (704, 904) includes a plurality of stacked inserts extending perpendicular to the coil about the circumference of the tool mandrel and each stacked insert includes a plurality of rods positioned end-to-end, wherein each stacked insert is separated from angularly adjacent stacked inserts by a gap, and wherein the plurality of stacked inserts are radially misaligned with the plurality of slots. a tool mandrel having a tool axis; a coil including a plurality of windings wrapped about the tool mandrel, wherein portions of the plurality of windings are wrapped about the tool mandrel at a winding angle offset from the tool axis; an antenna shield secured to the tool mandrel and positioned radially outward from the coil, wherein the antenna shield defines a plurality of slots extending perpendicular to the coil at any angular location about a circumference of the tool mandrel and the plurality of slots comprise slots of different lengths, characterized in that the antenna assembly further comprises: a soft magnetic band (704, 904) radially interposing the coil and the tool mandrel and extending about a circumference of the tool mandrel, wherein the soft magnetic band (704, 904) includes a plurality of stacked inserts extending perpendicular to the coil about the circumference of the tool mandrel and each stacked insert includes a plurality of rods positioned end-to-end, wherein each stacked insert is separated from angularly adjacent stacked inserts by a gap, and wherein the plurality of stacked inserts are radially misaligned with the plurality of slots.
Process for producing a composite material, comprising the steps of a) providing a reactive resin mixture comprising at least one reactive polyisocyanate composition A and at least one crosslinking catalyst B, b) providing a fibrous filler C, the fibres of which have an aspect ratio of at least 1000, c) wetting the fibrous filler C with the reactive resin mixture from process step a), d) curing the resin-impregnated fibrous filler, to give a profile by means of one or more chemical reactions, wherein at least 50% of the free isocyanate groups in the polyisocyanate composition A are crosslinked to give at least one structure selected from the group consisting of uretdione, isocyanurate, biuret, iminooxadiazinedione and oxadiazinetrione structures. a) providing a reactive resin mixture comprising at least one reactive polyisocyanate composition A and at least one crosslinking catalyst B, b) providing a fibrous filler C, the fibres of which have an aspect ratio of at least 1000, c) wetting the fibrous filler C with the reactive resin mixture from process step a), d) curing the resin-impregnated fibrous filler, to give a profile by means of one or more chemical reactions, wherein at least 50% of the free isocyanate groups in the polyisocyanate composition A are crosslinked to give at least one structure selected from the group consisting of uretdione, isocyanurate, biuret, iminooxadiazinedione and oxadiazinetrione structures.
A battery device comprising: a battery pack; and a battery management system configured to determine a charging current to charge the battery pack in each period based on a derating factor of a charge cycle including a plurality of periods, update the derating factor based on a result of comparing a monitored voltage of the battery pack in each period with a voltage upper limit value set in the corresponding period, and use the updated derating factor in a next charging cycle, the battery management system comprises a memory, the memory is configured to store a basic charging current for each plurality of periods, wherein the battery management system is configured to set the derating factor to be the same in the plurality of periods, and to determine the charging current of the corresponding period by multiplying the derating factor by the basic charging current of each period, characterized in that the battery management system is configured to update the derating factor based on the number of periods in which the voltage of the battery pack exceeds the voltage upper limit value among the plurality of periods. a battery pack; and a battery management system configured to determine a charging current to charge the battery pack in each period based on a derating factor of a charge cycle including a plurality of periods, update the derating factor based on a result of comparing a monitored voltage of the battery pack in each period with a voltage upper limit value set in the corresponding period, and use the updated derating factor in a next charging cycle, the battery management system comprises a memory, the memory is configured to store a basic charging current for each plurality of periods, wherein the battery management system is configured to set the derating factor to be the same in the plurality of periods, and to determine the charging current of the corresponding period by multiplying the derating factor by the basic charging current of each period, characterized in that the battery management system is configured to update the derating factor based on the number of periods in which the voltage of the battery pack exceeds the voltage upper limit value among the plurality of periods.
A method of editing text automatically recognized from a speech input, the method comprising, by a speech recognition system: displaying the text to the user; providing a synchronous reproduction of the speech input and the text by providing an audio playback of the speech input to a user while highlighting words in the text synchronous with the playback of the speech input; and pausing the synchronous reproduction in response to receiving an editing instruction from the user, characterized in that a controller detects whether the user has provided an editing instruction for a word processing system while the synchronous reproduction of the speech recognition system is active; and in response to having detected such an editing instruction during the synchronous reproduction carries out the step of pausing by the speech recognition system, and causes the editing instruction to be performed by the word processing system. displaying the text to the user; providing a synchronous reproduction of the speech input and the text by providing an audio playback of the speech input to a user while highlighting words in the text synchronous with the playback of the speech input; and pausing the synchronous reproduction in response to receiving an editing instruction from the user, characterized in that a controller detects whether the user has provided an editing instruction for a word processing system while the synchronous reproduction of the speech recognition system is active; and in response to having detected such an editing instruction during the synchronous reproduction carries out the step of pausing by the speech recognition system, and causes the editing instruction to be performed by the word processing system.
A negative active material for a lithium ion battery, comprising: a core consisting of a carbon material; an intermediate layer consisting of a first material, which is coated on a surface of the core; and an outmost layer consisting of a second material, which is coated on a surface of the intermediate layer, wherein the first material is at least one selected from the group consisting of Si, Ge, Sn, Sb, Al, Pb, Ga, In, Cd, Ag, Hg and Zn, characterized in that the second material is at least one selected from the group consisting of transition metal oxides, transition metal nitrides and transition metal sulfides. a core consisting of a carbon material; an intermediate layer consisting of a first material, which is coated on a surface of the core; and an outmost layer consisting of a second material, which is coated on a surface of the intermediate layer, wherein the first material is at least one selected from the group consisting of Si, Ge, Sn, Sb, Al, Pb, Ga, In, Cd, Ag, Hg and Zn, characterized in that the second material is at least one selected from the group consisting of transition metal oxides, transition metal nitrides and transition metal sulfides.
An acoustic wave detection apparatus comprising: an acoustic source to generate a predetermined guided acoustic wave propagating along an elongate structure, wherein the elongate structure is a conduit of a wellbore, a fiber optic cable disposed along the elongate structure and configured to react to pressure changes resulting from the guided acoustic wave; an optical source to launch an optical pulse into the fiber optic cable; and a data acquisition system coupled to the fiber optic cable to detect coherent Rayleigh noise produced in response to the optical pulse and to track propagation of the guided acoustic wave along the elongate structure based on the detected CRN, and a data processing module configured to determine a location of the guided acoustic wave along the elongate structure based on the detected CRN, characterized in that the data processing module is further configured to determine a velocity of the guided acoustic wave based on the detected CRN, and to determine, based on the velocity of the guided acoustic wave, an acoustic velocity of a fluid flowing within the elongate structure, and to further determine, based on the acoustic velocity of the fluid, a composition of the fluid flowing within the elongate structure. an acoustic source to generate a predetermined guided acoustic wave propagating along an elongate structure, wherein the elongate structure is a conduit of a wellbore, a fiber optic cable disposed along the elongate structure and configured to react to pressure changes resulting from the guided acoustic wave; an optical source to launch an optical pulse into the fiber optic cable; and a data acquisition system coupled to the fiber optic cable to detect coherent Rayleigh noise produced in response to the optical pulse and to track propagation of the guided acoustic wave along the elongate structure based on the detected CRN, and a data processing module configured to determine a location of the guided acoustic wave along the elongate structure based on the detected CRN, characterized in that the data processing module is further configured to determine a velocity of the guided acoustic wave based on the detected CRN, and to determine, based on the velocity of the guided acoustic wave, an acoustic velocity of a fluid flowing within the elongate structure, and to further determine, based on the acoustic velocity of the fluid, a composition of the fluid flowing within the elongate structure.
Method for the fabrication of electrodes, comprising the steps of: a) epitaxially depositing Indium-Gallium Nitride (InGaN) in form of a thin layer onto a surface of a silicon substrate exposing a crystal face, so that the InGaN layer epitaxially grows along the c-axis and consequently exposes the c-plane; b) detaching the deposit of InGaN from the substrate; c) fragmenting the deposit of InGaN; d) transferring the fragments of InGaN thus obtained onto a conductive support (31; 41; 51) with one-, two- or three-dimensional structure. a) epitaxially depositing Indium-Gallium Nitride (InGaN) in form of a thin layer onto a surface of a silicon substrate exposing a crystal face, so that the InGaN layer epitaxially grows along the c-axis and consequently exposes the c-plane; b) detaching the deposit of InGaN from the substrate; c) fragmenting the deposit of InGaN; d) transferring the fragments of InGaN thus obtained onto a conductive support (31; 41; 51) with one-, two- or three-dimensional structure.
A method for anomaly detection on a web client, the method comprising: monitoring using a processor on the web client, a web browser installed on the web client to ensure that web browser activity is consistent with a storage policy, the web browser arranged to render a web page, the web page including content originating from a plurality of origins; intercepting a request from the web page to store data on the web client, the request originating from a particular origin of the plurality of origins; analyzing the request, wherein the analyzing comprises analyzing a characteristic of web browser behavior, the characteristic of web browser behavior including a number of subdomains of the origin requesting to store data, a frequency of subdomain changes, and wherein the characteristic of the web browser behavior is controlled in part by rules defined in the storage policy, and wherein the rules define permissions for at least subdomain names; and approving or denying the request based on the particular origin, wherein the approving comprises approving the request based on the characteristic of web browser behavior. monitoring using a processor on the web client, a web browser installed on the web client to ensure that web browser activity is consistent with a storage policy, the web browser arranged to render a web page, the web page including content originating from a plurality of origins; intercepting a request from the web page to store data on the web client, the request originating from a particular origin of the plurality of origins; analyzing the request, wherein the analyzing comprises analyzing a characteristic of web browser behavior, the characteristic of web browser behavior including a number of subdomains of the origin requesting to store data, a frequency of subdomain changes, and wherein the characteristic of the web browser behavior is controlled in part by rules defined in the storage policy, and wherein the rules define permissions for at least subdomain names; and approving or denying the request based on the particular origin, wherein the approving comprises approving the request based on the characteristic of web browser behavior.
A composition comprising arsenic trioxide, wherein said composition is prepared by a method comprising: (a) adding arsenic trioxide to sterile water to form a first suspension; (b) adding sodium hydroxide to said first suspension to form a second solution; and (c) adding hydrochloric acid to said second solution to form a third solution; for use in the treatment of acute promyelocytic leukemia by oral administration, wherein the length of time for a course of treatment is at least 2 days. (a) adding arsenic trioxide to sterile water to form a first suspension; (b) adding sodium hydroxide to said first suspension to form a second solution; and (c) adding hydrochloric acid to said second solution to form a third solution;
A method for isolation of nucleic acid from a sample, said method comprising the steps of: (a) adding lysis buffer having basic pH to the sample containing nucleic acid to obtain a lysed solution; or (b) adding lysis buffer having basic pH in combination with binding buffer to the sample to obtain a lysed solution; (c) adding a binding buffer to the solution obtained in step (a) to bind the nucleic acid to a cotton matrix or direct binding of the solution of step (b) to a cotton matrix, wherein the binding pH is 8 to 10; and (d) washing with washing buffer and eluting the cotton matrix bound nucleic acid with eluting buffer to isolate and purify the nucleic acid; wherein the lysis buffer comprises guanidine thiocyanate or guanidine hydrochloride, EDTA, Tris, a detergent, and optionally urea, a polyol, a monovalent salt containing group IA cation and/or a divalent salt containing a group IIA cation and protein digesting enzyme. (a) adding lysis buffer having basic pH to the sample containing nucleic acid to obtain a lysed solution; or (b) adding lysis buffer having basic pH in combination with binding buffer to the sample to obtain a lysed solution; (c) adding a binding buffer to the solution obtained in step (a) to bind the nucleic acid to a cotton matrix or direct binding of the solution of step (b) to a cotton matrix, wherein the binding pH is 8 to 10; and (d) washing with washing buffer and eluting the cotton matrix bound nucleic acid with eluting buffer to isolate and purify the nucleic acid;
A catheter tip comprising a proximal segment, a distal segment, and a midsection there between, wherein the midsection includes at least two tip materials (120, 130) in an overlapping configuration and fused together and the distal segment includes one of the at least two tip materials, characterized in that the midsection provides a transition in stiffness between the proximal segment and the distal segment, wherein the proximal segment is stiffer than the distal segment.
A semi-submersible wind turbine platform 440 capable of floating on a body of water and supporting a wind turbine 20, the wind turbine platform 440 comprising: a central buoyant pontoon 444; a plurality of outer buoyant pontoons 442, the outer pontoons being connected to the central pontoon by structural members 446, with the pontoons 444, 442 having sufficient buoyancy to support a wind turbine tower 82, characterised in that the pontoons 442 are formed from a plurality of reinforced concrete sections 450, with adjacent sections 450 being joined at a connecting joint 452; and: a wind turbine tower made of fiber reinforced plastic composite material and mounted on one of the central buoyant pontoon and the plurality of outer buoyant pontoons, and wherein the plurality of reinforced concrete sections 450 are connected by a plurality of post-tensioning cables 454 extending through walls of the sections 450. a central buoyant pontoon 444; a plurality of outer buoyant pontoons 442, the outer pontoons being connected to the central pontoon by structural members 446, with the pontoons 444, 442 having sufficient buoyancy to support a wind turbine tower 82, characterised in that the pontoons 442 are formed from a plurality of reinforced concrete sections 450, with adjacent sections 450 being joined at a connecting joint 452; and: a wind turbine tower made of fiber reinforced plastic composite material and mounted on one of the central buoyant pontoon and the plurality of outer buoyant pontoons, and wherein the plurality of reinforced concrete sections 450 are connected by a plurality of post-tensioning cables 454 extending through walls of the sections 450.
Control device in a motor vehicle, comprising a) a housing cover with a peripheral edge region, b) a flat, electrical connecting apparatus (2, 3) with integrated conductor tracks, wherein the housing cover, in the edge region, is cohesively connected at least to the connecting apparatus (2, 3) so as to form a connecting seam and forms a cavity with the connecting apparatus (2, 3), c) at least one electronic component within the cavity, wherein the connecting apparatus (2, 3) electrically connects the at least one electronic component to electronic components outside the cavity, wherein the housing cover is encapsulated by injection molding in a media-tight manner by a polymer beyond the peripheral edge region. a) a housing cover with a peripheral edge region, b) a flat, electrical connecting apparatus (2, 3) with integrated conductor tracks, wherein the housing cover, in the edge region, is cohesively connected at least to the connecting apparatus (2, 3) so as to form a connecting seam and forms a cavity with the connecting apparatus (2, 3), c) at least one electronic component within the cavity, wherein the connecting apparatus (2, 3) electrically connects the at least one electronic component to electronic components outside the cavity,
Method for non-invasive determination of the concentration of an organic analyte in a biological body, wherein, in an automated manner, the body is irradiated locally by light from a wavelength range of between 6μm and 16μm matched to an absorption signature of the analyte, namely the fingerprint range thereof, wherein at least some of the light penetrates into the body and is absorbed by the analyte, wherein the body heats up at least locally as a result of the absorption by the analyte and a consequently occurring change in a speckle pattern of coherent light (16, 18) scattered at the body is detected, and wherein a value of the concentration of the analyte is deduced from the detected change in the speckle pattern.
An immunogenic composition comprising an immunogenic conjugate comprising an isolated Streptococcus pneumoniae serotype 15B capsular polysaccharide covalently linked to a carrier protein wherein said conjugate comprises at least 0.6 mM acetate per mM of said serotype 15B capsular polysaccharide, for use in a method of preventing infection with serotype 15C Streptococcus pneumoniae, the method comprising administering to a subject an immunogenic amount of said immunogenic composition.