mhurhangee/ep-ind-claims huggingface dataset:
Drive assembly for a textile machine comprising a provisioning store for a textile, an extraction store for the textile, a plurality of drives (4, 5, 6) combined in an operational assemblage and being disposed between the provisioning store and the extraction store, and with a controller designed to actuate the drives (4, 5, 6), wherein the controller cooperates with the drives (4, 5, 6) in such a way that the drives of the operational assemblage act jointly on the textile, wherein detection means are provided to determine a motor torque signal for at least one of the drives (4, 5, 6), wherein the motor torque signal can be supplied to an evaluation unit, and wherein the evaluation unit is designed in such a way that, on the basis of the motor torque signal, a system condition of the drive assembly is identified by comparison of the motor torque signal with at least one reference signal condition of the drive assembly stored in a reference data memory and/or that the system condition of the drive assembly is determined from the motor torque signal by means of machine learning, characterised in that the reference data memory stores a plurality of reference signal conditions, at least comprising a first reference signal condition which characterises a storage deficiency for one of the drives (4, 5, 6) and/or for the provisioning store and/or for the extraction store, a second reference signal condition which characterises a local thickening of the textile, and a third reference signal condition which characterises a tear in the textile, wherein the controller and/or the detection means and/or the evaluation unit are designed to detect features from the motor torque signal on the one hand and the reference signal condition on the other hand and to compare these features in terms of their similarity.
A method for cutting tensioned tension members (212, 214, 216, 430) of a concrete tower (102, 202), in particular of a wind power installation concrete tower, which has a multiplicity of tension members (212, 214, 216, 430), said method comprising: - coupling a bar-shaped positioning element to a main frame; - positioning the positioning element in such a manner that the cut end thereof that faces the concrete tower (102, 202) is disposed within a cutting region in the interior of the concrete tower (102, 202), wherein at least one of the tension members (212, 214, 216, 430) is situated within the cutting region; - disposing a cutting unit on the cut end of the positioning element; - positioning the cut end in such a manner that the cutting unit has a predetermined spacing from one of the tension members (212, 214, 216, 430); - cutting the tension member (212, 214, 216, 430) with the cutting unit. - coupling a bar-shaped positioning element to a main frame; - positioning the positioning element in such a manner that the cut end thereof that faces the concrete tower (102, 202) is disposed within a cutting region in the interior of the concrete tower (102, 202), wherein at least one of the tension members (212, 214, 216, 430) is situated within the cutting region; - disposing a cutting unit on the cut end of the positioning element; - positioning the cut end in such a manner that the cutting unit has a predetermined spacing from one of the tension members (212, 214, 216, 430); - cutting the tension member (212, 214, 216, 430) with the cutting unit.
A fence system for releasably fixing a thread (8, 8', 8", 8'", 9) to a post, wherein said fence system comprises a fixation member having one or more fixation structures (6, 6', 6", 6′′′) configured to receive the thread (8, 8', 8", 8′′′) and hereby fix the thread (8, 8', 8", 8′′′) to the fixation member (2, 2'), and where the fixation member comprises a first portion and a second portion detachably attached to each other, - wherein the fixation member comprises a basically cylindrical pole contact surface which spans 360 degrees from a first to a second end thereof; - wherein both the first portion and the second portion comprise a pivot joint arranged at diametrically opposed positions of the fixation member (2, 2'); - wherein each pivot joint comprises a pivotal axis arranged in parallel to a length axis of the cylindrical geometry of the pole contact surface; - wherein the fixation member (2,2') comprises a rotatably mounted fastening screw arranged to be radially displaced with respect to the cylindrical pole contact surface upon being rotated in order to engage a pole surface; - wherein a nut corresponding to the screw is provided in a nut recess at the first portion and at the second portion, whereby the first portion and the second portion are axially limited by two parallel opposed planes, which are both arranged perpendicular to the length axis of the cylindrical pole contact surface and wherein the nut recess is open in the axial direction towards the one plane for insertion of the nut, and that a screw recess for the fastening screw is provided axially opposite the nut recess and is open towards the opposed plane. - wherein the fixation member comprises a basically cylindrical pole contact surface which spans 360 degrees from a first to a second end thereof; - wherein both the first portion and the second portion comprise a pivot joint arranged at diametrically opposed positions of the fixation member (2, 2'); - wherein each pivot joint comprises a pivotal axis arranged in parallel to a length axis of the cylindrical geometry of the pole contact surface; - wherein the fixation member (2,2') comprises a rotatably mounted fastening screw arranged to be radially displaced with respect to the cylindrical pole contact surface upon being rotated in order to engage a pole surface; - wherein a nut corresponding to the screw is provided in a nut recess at the first portion and at the second portion, whereby the first portion and the second portion are axially limited by two parallel opposed planes, which are both arranged perpendicular to the length axis of the cylindrical pole contact surface and wherein the nut recess is open in the axial direction towards the one plane for insertion of the nut, and that a screw recess for the fastening screw is provided axially opposite the nut recess and is open towards the opposed plane.
Method for manufacturing mesoporous silica nanoparticles with encapsulated superparamagnetic clusters, said method comprising the following steps: a) coating superparamagnetic nanoparticles with an hydrophobic layer, b) dispersing said superparamagnetic nanoparticles in an organic apolar solvent, c) evaporating said organic apolar solvent under vacuum, so as to obtain a wax constituted of superparamagnetic nanoparticles coated with an hydrophobic layer, d) emulsifying said wax with a first cationic surfactant dispersed in an aqueous solution, e) performing a first homogenisation of said solution, f) adding a basic compound and a polar organic solvent in said solution, g) performing a second homogenisation of said solution, h) heating said solution to a temperature of at least 60°C, i) adding a silicate precursor in said solution, j) stirring said solution at a temperature of at least 60°C, and k) performing a centrifugation in order to yield mesoporous silica nanoparticles with encapsulated superparamagnetic clusters; characterized in that a second cationic surfactant is added between said steps (j) and (k). a) coating superparamagnetic nanoparticles with an hydrophobic layer, b) dispersing said superparamagnetic nanoparticles in an organic apolar solvent, c) evaporating said organic apolar solvent under vacuum, so as to obtain a wax constituted of superparamagnetic nanoparticles coated with an hydrophobic layer, d) emulsifying said wax with a first cationic surfactant dispersed in an aqueous solution, e) performing a first homogenisation of said solution, f) adding a basic compound and a polar organic solvent in said solution, g) performing a second homogenisation of said solution, h) heating said solution to a temperature of at least 60°C, i) adding a silicate precursor in said solution, j) stirring said solution at a temperature of at least 60°C, and k) performing a centrifugation in order to yield mesoporous silica nanoparticles with encapsulated superparamagnetic clusters;
A method for creating a bi-directional segment routing, SR, tunnel, the method comprising: carrying out capability negotiation for whether to support creation of a bi-directional SR tunnel by messaging during a process in which a first network element establishes a session with a second network element; and in response to that the creation of the SR tunnel is supported, sending, by the first network element, an SR tunnel create message carrying a bi-directional flag bit to the second network element to enable the second network element to determine, in accordance with the bi-directional flag bit, whether a bi-directional tunnel or a unidirectional tunnel is to be created, wherein in response to the bi-directional tunnel is to be created, the SR tunnel create message further carries Stateful Request Parameters, SRPs, and Explicit Route Object, ERO, the SRPs comprise the bi-directional flag, and are used to describe basic information of the SR tunnel create message, ERO carries detailed path parameters of the bi-directional tunnel, and comprises a plurality of SR-ERO sub-objects and two SR-Path-ERO sub-objects, the SR-ERO sub-objects respectively represent security identifiers, SIDs, of nodes through which the bi-direction tunnel passes, the SR-Path-ERO sub-objects respectively represent two directions of the bi-direction tunnel and path SIDs corresponding to the two directions, and wherein information of the ERO is delivered to a head node and a tail node among the nodes. carrying out capability negotiation for whether to support creation of a bi-directional SR tunnel by messaging during a process in which a first network element establishes a session with a second network element; and in response to that the creation of the SR tunnel is supported, sending, by the first network element, an SR tunnel create message carrying a bi-directional flag bit to the second network element to enable the second network element to determine, in accordance with the bi-directional flag bit, whether a bi-directional tunnel or a unidirectional tunnel is to be created, wherein in response to the bi-directional tunnel is to be created, the SR tunnel create message further carries Stateful Request Parameters, SRPs, and Explicit Route Object, ERO, the SRPs comprise the bi-directional flag, and are used to describe basic information of the SR tunnel create message, ERO carries detailed path parameters of the bi-directional tunnel, and comprises a plurality of SR-ERO sub-objects and two SR-Path-ERO sub-objects, the SR-ERO sub-objects respectively represent security identifiers, SIDs, of nodes through which the bi-direction tunnel passes, the SR-Path-ERO sub-objects respectively represent two directions of the bi-direction tunnel and path SIDs corresponding to the two directions, and wherein information of the ERO is delivered to a head node and a tail node among the nodes.
A method for adaptive modulation and coding based on second order statistics of channel information in orthogonal frequency division multiplexing, OFDM, systems, said method comprises following steps: a) a mobile station receiving a set of pilot signals from a base station, obtaining Signal-to-Noise ratio, SNR, samples based on the pilot signals, calculating variance of the SNR, β, and average value of the SNR, γ; b) obtaining a current modulation and coding scheme; and c) feeding the related information of the current modulation and coding scheme, which is obtained in step b), back to the base station as a parameter for the base station to transmit data next time; characterized by the steps of: before step a) said mobile station determining the largest among a set of adaptation time windows T 1, T 2,...T n as a current adaptation time window so that the set of pilot signals of step a) is received in the current adaptation time window; wherein the step b) comprises comparing said variance of SNR, β, with threshold values β0, βk, obtaining a final current adaptation time window and current modulation and coding scheme according to the results from comparison and said average value of SNR, γ; wherein the step c) comprises feeding the related information of the final current adaptation time window, which is obtained in step b), back to the base station as a parameter for the base station to transmit data next time, wherein said step b) comprises the step of: comparing β with β0, if β > β0, then updating the current adaptation time window in step a) to a lower level and returning to step a), otherwise implementing the step of obtaining a current modulation and coding scheme in accordance with the average value γ of SNR obtained in step a) and comparing β with βk, if βk< β < β0, then updating the current modulation and coding scheme to a lower level, otherwise keeping the current modulation and coding scheme unchanged, wherein in step b) the threshold values β0 and βk are obtained in combination with simulation test where a target bit error rate and target throughput are approached, β0 being the threshold value for changing adaptation time window, βk being the threshold value for changing modulation and coding scheme, and β0 > βk, and said target bit error rate and target throughout being determined by wireless communications service.
A cybersecurity peer identification system, comprising: a processor; a memory in operable communication with the processor; an identity directory API; a cybersecurity peer-based functionality, CPBF, API; and a cybersecurity peer identification code which upon execution with the processor performs operations that include (a) obtaining definitions of security groups via the identity directory API, the security group definitions including security group identifiers and corresponding security group membership lists, each membership list listing identifiers of user accounts of users of a guarded computing system that are currently members of a respective security group, (b) for one or more pairs of user account identifiers, computing a peerSimilarityScore value which represents a measurement of similarity of security permissions of the user accounts in the pair, the measurement of similarity based at least in part on which security groups, if any, have both user accounts as members, and (c) submitting one or more pairs of user account identifiers and their respective peerSimilarityScore values to the CPBF API; whereby the system identifies and submits pairs of user account identifiers and their respective current peerSimilarityScore values, thereby providing contextual data for utilization by at least one of the following functionalities: CPBF which includes behavior analysis, CPBF which includes intrusion detection, CPBF which includes resource management, CPBF which includes user permissions management, CPBF which includes user location management. a processor; a memory in operable communication with the processor; an identity directory API; a cybersecurity peer-based functionality, CPBF, API; and a cybersecurity peer identification code which upon execution with the processor performs operations that include (a) obtaining definitions of security groups via the identity directory API, the security group definitions including security group identifiers and corresponding security group membership lists, each membership list listing identifiers of user accounts of users of a guarded computing system that are currently members of a respective security group, (b) for one or more pairs of user account identifiers, computing a peerSimilarityScore value which represents a measurement of similarity of security permissions of the user accounts in the pair, the measurement of similarity based at least in part on which security groups, if any, have both user accounts as members, and (c) submitting one or more pairs of user account identifiers and their respective peerSimilarityScore values to the CPBF API; whereby the system identifies and submits pairs of user account identifiers and their respective current peerSimilarityScore values, thereby providing contextual data for utilization by at least one of the following functionalities: CPBF which includes behavior analysis, CPBF which includes intrusion detection, CPBF which includes resource management, CPBF which includes user permissions management, CPBF which includes user location management.
A crosslinked polyvinylidene fluoride-based resin foamed sheet obtained by crosslinking and foaming a polyvinylidene fluoride-based resin composition comprising a polyvinylidene fluoride-based resin and a thermal decomposition type blowing agent, wherein the polyvinylidene fluoride-based resin comprises a vinylidene fluoride-hexafluoropropylene copolymer, a density of the crosslinked polyvinylidene fluoride-based resin foamed sheet is not more than 180 kg/m 3, and an average cell diameter of the crosslinked polyvinylidene fluoride-based resin foamed sheet is not less than 100 μm and not more than 500 μm. the polyvinylidene fluoride-based resin comprises a vinylidene fluoride-hexafluoropropylene copolymer, a density of the crosslinked polyvinylidene fluoride-based resin foamed sheet is not more than 180 kg/m 3, and an average cell diameter of the crosslinked polyvinylidene fluoride-based resin foamed sheet is not less than 100 μm and not more than 500 μm.
Facility for applying paint for the shell of a motor vehicle of the type comprising at least one common-color-paint-distributing main circuit joined to a color main changer supplying, with paint, at least one painting post and at least one secondary circuit for distributing and for applying paint, which is intended to supply the at least one painting post with rare color paint by means of a linking duct connected between the secondary circuit and the color main changer, the secondary circuit comprising at least one rare color paint tank, a solvent supply and compressed-gas supply and a purge collector, and a system for storing and for circulating scrapers (R1-R3) which is suitable for circulating the scrapers in a distribution line of the secondary circuit serving the at least one painting post, characterized in that the system for storing and for circulating the scrapers comprises a start station and a return station for the scrapers, which stations are arranged upstream and downstream, respectively, of the at least one painting post, the start station comprising a first scraper storage supporting means and an indexing mechanism mounted on the first storage supporting means locking the scrapers in indexed positions of the scrapers with respect to the first storage supporting means, the start station further comprising a command member mechanically cooperating with the indexing mechanism in order to successively release the scrapers from the corresponding indexed position thereof and permit the movement thereof from this position toward an outlet of the start station connected to the distribution line upstream of the at least one painting post.
An inverter arrangement comprising at least two grid-connected inverters for feeding current via a transformer into an electric power grid, which are coupled inductively to one another on the AC side, characterized in that the inverters each comprise - an output bridge arrangement that is actuated via a pulse width modulator, wherein a periodic auxiliary signal is used to determine switching times of the output bridge arrangement, - a synchronization unit for phase synchronization of the auxiliary signal with the electric power grid, wherein the synchronization unit is designed to set a predetermined phase offset (ΔΦ 0) of the periodic auxiliary signal with respect to a phase of the electric power grid, such that no compensation currents flow between the inductively coupled inverters, - wherein the synchronization unit comprises a PLL circuit. - an output bridge arrangement that is actuated via a pulse width modulator, wherein a periodic auxiliary signal is used to determine switching times of the output bridge arrangement, - a synchronization unit for phase synchronization of the auxiliary signal with the electric power grid, wherein the synchronization unit is designed to set a predetermined phase offset (ΔΦ 0) of the periodic auxiliary signal with respect to a phase of the electric power grid, such that no compensation currents flow between the inductively coupled inverters, - wherein the synchronization unit comprises a PLL circuit.
A control material that is filled together with a magnesium alloy in a wire in a wire injection process for graphite spheroidization, characterized in that the control material is fired and is a porous, volcanic silicate mineral containing 70 to 75% by weight of SiO 2.
A heparin free aqueous catheter locking solution, comprising: 8.0 to 12.0 weight/volume% ("w/v%") of trisodium citrate; and, 15.0 to 25.0 volume/volume% ("v/v%") of ethyl alcohol; wherein the catheter locking solution exhibits a pH level within a range from 4.0 to 8.0. 8.0 to 12.0 weight/volume% ("w/v%") of trisodium citrate; and, 15.0 to 25.0 volume/volume% ("v/v%") of ethyl alcohol;
A tool component comprising a layer of polycrystalline diamond having a working surface and a softer layer having a thickness of up to 100 microns and containing a metal selected from molybdenum, tantalum and niobium bonded to the working surface of the polycrystalline diamond layer along an interface, the metal of the softer layer being in the form of a combination of the metal carbide and the metal, and metal from the softer layer being present in the region of the layer of polycrystalline diamond adjacent the interface, wherein: the layer of polycrystalline diamond has a second phase containing a metal; the softer layer consists predominantly of the metal in the form of the carbide and a minor amount of the metal, in metal form, and metal from said second phase of the polycrystalline diamond; and the softer layer has a thickness of at least 50 microns. the layer of polycrystalline diamond has a second phase containing a metal; the softer layer consists predominantly of the metal in the form of the carbide and a minor amount of the metal, in metal form, and metal from said second phase of the polycrystalline diamond; and the softer layer has a thickness of at least 50 microns.