mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine rotor blade comprising • a blade tip, • a blade root for attachment to a rotor hub, the blade root defining a z-axis of a right-handed coordinate system, • an aerodynamic shell having a leading edge, a trailing edge, a pressure side, a suction side, and, at a longitudinal position close to the blade tip, an aerodynamic profile with a chord and a profile height, the chord defining a direction of a y-axis of the right-handed coordinate system and the profile height defining a direction of an x-axis of the right-handed coordinate system, and • a load carrying structure including a shear web connecting the pressure side and the suction side, wherein • the wind turbine rotor blade has a prebend towards the pressure side such that the blade tip is offset from the z-axis along the direction of the x-axi s, • the wind turbine rotor blade has a sweep towards the trailing edge such that the blade tip is offset from the z-axis along the direction of the y-axis, • the shear web is a planar shear web defining a shear web plane, and • the shear web plane comprises the z-axis or has a constant distance therefrom, characterized in that • the shear web plane is inclined with regard to the x-axis and • the shear web extends over a large part of a length of the wind turbine rotor blade, including a longitudinal section having the sweep and the prebend. • a blade tip, • a blade root for attachment to a rotor hub, the blade root defining a z-axis of a right-handed coordinate system, • an aerodynamic shell having a leading edge, a trailing edge, a pressure side, a suction side, and, at a longitudinal position close to the blade tip, an aerodynamic profile with a chord and a profile height, the chord defining a direction of a y-axis of the right-handed coordinate system and the profile height defining a direction of an x-axis of the right-handed coordinate system, and • a load carrying structure including a shear web connecting the pressure side and the suction side, wherein • the wind turbine rotor blade has a prebend towards the pressure side such that the blade tip is offset from the z-axis along the direction of the x-axi s, • the wind turbine rotor blade has a sweep towards the trailing edge such that the blade tip is offset from the z-axis along the direction of the y-axis, • the shear web is a planar shear web defining a shear web plane, and • the shear web plane comprises the z-axis or has a constant distance therefrom, characterized in that • the shear web plane is inclined with regard to the x-axis and • the shear web extends over a large part of a length of the wind turbine rotor blade, including a longitudinal section having the sweep and the prebend.
A multi-plane annular brush seal extending circumferentially about an axial centerline, the brush seal comprising: a front plate; a back plate; and a plurality of bristles, wherein each bristle has a first lengthwise portion extending from a base end of the brush seal, a second lengthwise portion, and a third lengthwise portion, and the second lengthwise portion of each respective bristle is disposed between the first lengthwise portion and third lengthwise portion of the respective bristle, and each third lengthwise portion terminates in a tip end; wherein the front plate and back plate are configured to maintain the bristle first lengthwise portions substantially parallel to a first plane, to maintain the second lengthwise portion of the bristles through a transition region, and to maintain the bristle third lengthwise portions substantially parallel to a second plane; wherein the first plane is skewed from the second plane by an obtuse angle(β); and wherein at least some of the bristle second lengthwise portions are maintained in contact with the front plate through the transition region and at least some of the bristle second lengthwise portions are maintained in contact with the back plate through the transition region, characterized in that the plurality of bristles is attached to the front plate and the back plate at the base end of the brush seal. a front plate; a back plate; and a plurality of bristles, wherein each bristle has a first lengthwise portion extending from a base end of the brush seal, a second lengthwise portion, and a third lengthwise portion, and the second lengthwise portion of each respective bristle is disposed between the first lengthwise portion and third lengthwise portion of the respective bristle, and each third lengthwise portion terminates in a tip end; wherein the front plate and back plate are configured to maintain the bristle first lengthwise portions substantially parallel to a first plane, to maintain the second lengthwise portion of the bristles through a transition region, and to maintain the bristle third lengthwise portions substantially parallel to a second plane; wherein the first plane is skewed from the second plane by an obtuse angle(β); and wherein at least some of the bristle second lengthwise portions are maintained in contact with the front plate through the transition region and at least some of the bristle second lengthwise portions are maintained in contact with the back plate through the transition region, characterized in that the plurality of bristles is attached to the front plate and the back plate at the base end of the brush seal.
A sanitary ware vessel including a central raised fin or ridge with one or more concave side surfaces (11, 12) against which a stream of fluid may be directed; wherein the longitudinal length of the fin or ridge is arranged in a substantially vertical plane, the sanitary ware vessel further comprising a waste outlet having a waste outlet cover, wherein the central raised fin or ridge comprises a first portion provided by a fin integral with the sanitary ware vessel and a second portion provided by a fin or ridge provided by the waste outlet cover so as to form a continuous fin or ridge.
A method of placing an emergency phone call from a mobile communication device enabled for voice communication and for data communication, the method comprising: receiving, at the mobile communication device, a selection of an enterprise emergency-response service; obtaining, at the mobile communication device, enterprise location data associated with the mobile communication device based on interaction between a token and an enterprise electronic location system, the token being uniquely associated with the mobile communication device; determining, at the mobile communication device, an emergency phone number based on said selected emergency-response service and on said enterprise location data associated with the mobile communication device; and placing the emergency phone call from the mobile communication device to said determined emergency phone number. receiving, at the mobile communication device, a selection of an enterprise emergency-response service; obtaining, at the mobile communication device, enterprise location data associated with the mobile communication device based on interaction between a token and an enterprise electronic location system, the token being uniquely associated with the mobile communication device; determining, at the mobile communication device, an emergency phone number based on said selected emergency-response service and on said enterprise location data associated with the mobile communication device; and placing the emergency phone call from the mobile communication device to said determined emergency phone number.
Exhaust gas cleaning component, having a housing with an inflow port and an outflow port, a first honeycomb body arranged in the housing and having a shell, wherein the shell has an outer surface, over which exhaust gas can flow within the housing, and furthermore having a feed device, by means of which an exhaust gas cleaning additive can be fed onto the outer surface of the shell, wherein at least one bypass duct is formed between the outer surface of the shell and the housing, through which duct a partial exhaust gas flow of an exhaust gas flow flowing from the inflow port to the outflow port can bypass the first honeycomb body, wherein the feed device is arranged on the bypass duct, allowing the exhaust gas cleaning additive to be fed into the bypass duct, characterized in that a second honeycomb body, through which the partial exhaust gas flow flowing through the bypass duct flows, is arranged in the bypass duct ahead of the feed device in an exhaust gas flow direction.
A method for diagnosing glioblastoma, comprising (a) determining the expression of CD95L in a glioblastoma sample, and (b) classifying the glioblastoma according the level of CD95L expression, wherein the glioblastoma is classified by the level of CD95L expression into a CD95L positive glioblastoma or a CD95L negative glioblastoma, wherein the glioblastoma is regarded as CD95L positive if at least 5% of the cells in the sample express CD95L and/or if CD95L can be detected on at least 5% of the area of tumor tissue in a glioblastoma tissue sample. (a) determining the expression of CD95L in a glioblastoma sample, and (b) classifying the glioblastoma according the level of CD95L expression, wherein the glioblastoma is classified by the level of CD95L expression into a CD95L positive glioblastoma or a CD95L negative glioblastoma, wherein the glioblastoma is regarded as CD95L positive if at least 5% of the cells in the sample express CD95L and/or if CD95L can be detected on at least 5% of the area of tumor tissue in a glioblastoma tissue sample.
A composition comprising a dendritic cell, wherein said DC has internalized a tumor cell expressing a fusion protein, said fusion protein comprising: a flagellin or fragment thereof and a tumor associated antigen, wherein the flagellin or fragment thereof is a ligand of one or more of Toll-like receptor-5, Naip5 or Ipaf. a flagellin or fragment thereof and a tumor associated antigen, wherein the flagellin or fragment thereof is a ligand of one or more of Toll-like receptor-5, Naip5 or Ipaf.
Method for obtaining reference signals for systems for controlling a vehicle, in function of a geographical position of said vehicle along a route to travel, comprising the operating steps of: - providing at least data relating to said vehicle and at least data relating to a route to travel; - determining, on the basis of said data, at least one reference signal of a driving force F of said vehicle and at least one reference signal of a speed v for said vehicle, in function of the position s of said vehicle along said route to travel, through a first optimisation process configured to optimise the driving force F along said route to travel; and - determining at least one reference signal of an engaged gear γ and/or of gear change u sh of said vehicle, in function of the positions of said vehicle along said route to travel, through a second optimisation process configured to optimise a fuel consumption of said vehicle along said rout to travel; said second optimisation process being subsequent to said first optimisation process and receiving as input said data relating to said vehicle, said data relating to a route to travel, as well as said at least one reference signal of the driving force F and said at least one reference signal of the speed v, determined through said first optimisation process. - providing at least data relating to said vehicle and at least data relating to a route to travel; - determining, on the basis of said data, at least one reference signal of a driving force F of said vehicle and at least one reference signal of a speed v for said vehicle, in function of the position s of said vehicle along said route to travel, through a first optimisation process configured to optimise the driving force F along said route to travel; and - determining at least one reference signal of an engaged gear γ and/or of gear change u sh of said vehicle, in function of the positions of said vehicle along said route to travel, through a second optimisation process configured to optimise a fuel consumption of said vehicle along said rout to travel;
An ultra-high-strength hot-rolled steel sheet having an excellent hole expandability and yield ratio, comprising, in terms of wt%: 0.05-0.2% of carbon; 2.0% or less of silicon (Si); 4.1-9.0% of manganese (Mn); 0.05% or less of phosphorus excluding 0%; 0.02% or less of sulfur excluding 0%; 0.5% or less of aluminum (Al) excluding 0%; 0.02% or less of nitrogen excluding 0%; and a balance of iron (Fe) and other inevitable impurities, and further comprising at least one selected among 0.1% or less of titanium (Ti) excluding 0%, 0.1% or less of niobium (Nb) excluding 0%, 0.2% or less of vanadium excluding 0%, and 0.5% or less of molybdenum (Mo) excluding 0%, and optionally further comprising at least one selected among 1% or less of nickel (Ni) excluding 0%, 0.5% or less of copper (Cu) excluding 0%, 1% or less of chromium (Cr) excluding 0%, and 0.01-0.1% of antimony (Sb), wherein the following Equation 1 is satisfied, wherein microstructures includes, in volume percentage, 10-30% or retained austenite, 50% or more of annealed martensite, and 20% or less of other phases including alpha martensite and epsilon martensite, and wherein the steel sheet includes precipitates having a size of 30 nm or less in an amount of 10 13 ea./m 2 or more, wherein the precipitates are carbides, nitrides, or complex carbonitrides including at least one among titanium (Ti), niobium (Nb), vanadium, and molybdenum (Mo), and wherein the steel sheet has a hole expansion ratio of 15% or more, a yield ratio of 0.65 or more, and a tensile strength of 900 MPa or more, wherein a product of the tensile strength and the elongation ratio is 23,000 MPa% or more, Equation 1: C/12 + Ti/48 + Nb/93 + V/51 + Mo/96 ≥ 0.015, wherein in Equation 1, each element symbol represents a value of the content of each element expressed in wt%.
Apparatus (10, 20, 40) comprising: a signal processor or processing module configured to: receive signaling containing information about a fluid flow passing through a pipe that is channelized causing flow variations in the fluid flow; and determine corresponding signaling containing information about a fluid flow characteristic of the fluid flow that depends on the flow variations caused in the fluid flow channelized, based upon the signaling received, characterized in that the signaling contains information about the fluid flow that is channelized by inducing flow perturbations caused by a modulated standing wave across the pipe that sweeps back and forth across a flow cross-section of the pipe and imparts lateral momentum into a combed fluid flow. receive signaling containing information about a fluid flow passing through a pipe that is channelized causing flow variations in the fluid flow; and determine corresponding signaling containing information about a fluid flow characteristic of the fluid flow that depends on the flow variations caused in the fluid flow channelized, based upon the signaling received, characterized in that the signaling contains information about the fluid flow that is channelized by inducing flow perturbations caused by a modulated standing wave across the pipe that sweeps back and forth across a flow cross-section of the pipe and imparts lateral momentum into a combed fluid flow.
A receptacle assembly, comprising: a receptacle, the receptacle including at least three electrical terminals contained within a receptacle housing, wherein the receptacle is configured to operate as a C13 and C19 receptacle, wherein the at least three electrical terminals are configured to connect with one of a C14 plug or a C20 plug, wherein each electrical terminal of the at least three electrical terminals is configured to connect with one of a pin of the C14 plug or a pin of the C20 plug, characterized in that the receptacle housing includes a flange at a base of the receptacle housing, configured to provide a more secure fit between the receptacle housing and one of a C14 plug or a C20 plug that is connected with the receptacle.
Ion trap, preferably an ion cyclotron resonance analyzer cell, comprising at least one integrated pixelated ion detector, preferably a position-sensitive and/or time-sensitive detector, wherein at least part of said pixelated ion detector is configured as an electrode of said ion trap.
An SCD5 inhibitor for use in a method of treating a neurological disorder in a subject in need thereof, the method comprising administering an effective amount of the SCD5 inhibitor, and wherein the neurological disorder is Parkinson's disease or dementia with Lewy bodies.
Use as solvent, cosolvent, crystallization inhibitor or plasticizing agent of a compound of the following formula: R a R b C(OR 1) -CONR 2 R 3 where: - R a is a linear branched C 1 -C 6 alkyl group, - R b is H, - R 1 is chosen from the methyl, ethyl, propyl, isopropyl, n-butyl, isobutyl, n-pentyl, isopentyl, isoamyl, n-hexyl, cyclohexyl, n-octyl, isooctyl, 2-ethylhexyl, decyl, dodecyl, tridecyl, phenyl and 1-phenylethyl groups, - R 2 and R 3, which are identical or different, are optionally substituted hydrocarbon groups comprising a mean number of carbon atoms ranging from 1 to 15 chosen from saturated or unsaturated and linear or branched acyclic aliphatic groups, saturated, unsaturated or aromatic, monocyclic or polycyclic, carbocyclic groups and the sequences of the said groups, it being possible for R 2 and R 3 to optionally together form a ring comprising the nitrogen atom to which they are bonded, which is optionally substituted. - R a is a linear branched C 1 -C 6 alkyl group, - R b is H, - R 1 is chosen from the methyl, ethyl, propyl, isopropyl, n-butyl, isobutyl, n-pentyl, isopentyl, isoamyl, n-hexyl, cyclohexyl, n-octyl, isooctyl, 2-ethylhexyl, decyl, dodecyl, tridecyl, phenyl and 1-phenylethyl groups, - R 2 and R 3, which are identical or different, are optionally substituted hydrocarbon groups comprising a mean number of carbon atoms ranging from 1 to 15 chosen from saturated or unsaturated and linear or branched acyclic aliphatic groups, saturated, unsaturated or aromatic, monocyclic or polycyclic, carbocyclic groups and the sequences of the said groups, it being possible for R 2 and R 3 to optionally together form a ring comprising the nitrogen atom to which they are bonded, which is optionally substituted.
A method for optimizing the efficiency of data sharing among a set of radio nodes in a radio environment, comprising on each node the steps of: identifying a data unit; assigning a class to said data unit; identifying a connectivity type for the node; computing a significance factor based on said connectivity type and said assigned class; mapping said significance factor to a priority factor; and scheduling output of said data unit based on the priority factor; characterised in that said step of assigning a class is based on which one or more nodes of the set of radio nodes possesses copies of the data unit at a given time. identifying a data unit; assigning a class to said data unit; identifying a connectivity type for the node; computing a significance factor based on said connectivity type and said assigned class; mapping said significance factor to a priority factor; and scheduling output of said data unit based on the priority factor; characterised in that said step of assigning a class is based on which one or more nodes of the set of radio nodes possesses copies of the data unit at a given time.
An assembly comprising: a photochromatic indicator associated with a component, the photochromatic indicator being in a first state under ambient light and configured to be in a second state under the ambient light after being exposed to a UV light source, wherein the first state is different than the second state, the photochromic indicator being configured to change from the first state to the second state in response to the UV light source to indicate that the component has been cleaned, characterised in that the photochromatic indicator comprises a plurality of apertures (204, 206, 208, 210, 212, 214) of various geometries configured to allow access to a control or selection feature of the respective component associated with the photochromatic indicator. a photochromatic indicator associated with a component, the photochromatic indicator being in a first state under ambient light and configured to be in a second state under the ambient light after being exposed to a UV light source, wherein the first state is different than the second state, the photochromic indicator being configured to change from the first state to the second state in response to the UV light source to indicate that the component has been cleaned, characterised in that the photochromatic indicator comprises a plurality of apertures (204, 206, 208, 210, 212, 214) of various geometries configured to allow access to a control or selection feature of the respective component associated with the photochromatic indicator.
A light guide unit, comprising: a light guide plate; and a support member, the light guide plate and the support member including therebetween a fixing member, the fixing member being provided around the light guide plate to fix the light guide plate to the support member, wherein the fixing member is a leaf spring in contact with a plurality of discrete areas on each side of the light guide plate. a light guide plate; and a support member, the light guide plate and the support member including therebetween a fixing member, the fixing member being provided around the light guide plate to fix the light guide plate to the support member, wherein the fixing member is a leaf spring in contact with a plurality of discrete areas on each side of the light guide plate.
Method for operating a resistance welding device having a welding transformer, which comprises a first and a second secondary winding (4b, c), which are coupled to one another, and a primary winding and also a synchronous rectifier, which comprises a first and a second rectifier branch (3a, 3b), which are respectively activated by means of the first and second secondary winding (4b, c), and which supplies a first and a second welding electrode (5a, b) with welding current, each rectifier branch (3a, 3b) comprising a transistor and the activation of the transistors of the synchronous rectifier (3a, 3b) being performed by means of an activation device in such a way that the rectifier branch (3a, b) activated with regard to the winding direction of the mutually corresponding windings of the primary circuit and the secondary circuit (4b, c) with the welding electrode polarity (5a, b) opposing that of the activation at the time is only ever blocked when the primary winding is activated.