mhurhangee/ep-ind-claims huggingface dataset:
Device for the directional detection of a ground fault in a multiphase network, characterized in that it includes: - first means for receiving signals representative of a norm of the current (∥I A ∥, ∥I B ∥, ∥I C ∥) of each of the phases; - second means for receiving a signal representative of the zero-sequence current (I 0) of all of the phases, - first means for processing the signals representative of the norm of the current (∥I A ∥, ∥I B ∥, ∥I C ∥), comprising means for calculating the mean of the norms (∥I A ∥, ∥I B ∥, ∥I C ∥) over a predetermined duration (T acq); - means for activating said first processing means on the basis of a signal for detecting the occurrence of a ground fault in the network, said activation means being associated with the second means, - first means for interpreting the results of the processing of the signals in order to determine whether the fault is upstream or downstream of the device, comprising means for comparing said mean with said norms (∥I A ∥, ∥I B ∥, ∥I C ∥, if just one norm of the phase currents after the occurrence of the fault is higher than the mean of the norms calculated for the three phases, the fault being considered downstream of the detection, if just one norm is lower than the mean, the fault being considered to be located upstream. - first means for receiving signals representative of a norm of the current (∥I A ∥, ∥I B ∥, ∥I C ∥) of each of the phases; - second means for receiving a signal representative of the zero-sequence current (I 0) of all of the phases, - first means for processing the signals representative of the norm of the current (∥I A ∥, ∥I B ∥, ∥I C ∥), comprising means for calculating the mean of the norms (∥I A ∥, ∥I B ∥, ∥I C ∥) over a predetermined duration (T acq); - means for activating said first processing means on the basis of a signal for detecting the occurrence of a ground fault in the network, said activation means being associated with the second means, - first means for interpreting the results of the processing of the signals in order to determine whether the fault is upstream or downstream of the device, comprising means for comparing said mean with said norms (∥I A ∥, ∥I B ∥, ∥I C ∥, if just one norm of the phase currents after the occurrence of the fault is higher than the mean of the norms calculated for the three phases, the fault being considered downstream of the detection, if just one norm is lower than the mean, the fault being considered to be located upstream.
Load carrier, in particular a carrier for bicycles and/or luggage, for attachment to the rear side of a vehicle, with a basic structure having a basic frame and a coupling device for attachment to a vehicle arranged at a front end of the basic frame, a sliding frame for receiving a load, in particular for receiving bicycles or a luggage box, wherein the sliding frame is slidingly movable relative to the basic frame between a front transport position and a rear access position, and a functional device, which is movably held at the basic frame, in particular at a rear end section of the basic frame, between a working position, in which the functional device extends at least partially into the movement range of the sliding frame, and a release position, in which the functional device is moved out of the movement range of the sliding frame allowing to move the sliding frame into its rear access position. a basic structure having a basic frame and a coupling device for attachment to a vehicle arranged at a front end of the basic frame, a sliding frame for receiving a load, in particular for receiving bicycles or a luggage box, wherein the sliding frame is slidingly movable relative to the basic frame between a front transport position and a rear access position, and a functional device, which is movably held at the basic frame, in particular at a rear end section of the basic frame, between a working position, in which the functional device extends at least partially into the movement range of the sliding frame, and a release position, in which the functional device is moved out of the movement range of the sliding frame allowing to move the sliding frame into its rear access position.
Method for the continuous recirculation of extract water in the polyamide production process, having the steps of polymerisation, of granulation and of subsequent extraction of the granulates with water, the extract water of at least one production line being concentrated and being subjected as extract water flow to a repolymerisation in order to decompose cyclic oligomers, being diluted as repolymer (12, 16) with at least one inflow (20, 23) and subsequently being supplied as a mixed flow to the polymerisation, characterised in that during repolymerisation: a) the temperature is adjusted in the range of 220°C to 280°C, the water content in the range of 20 to 40% by weight and the dwell time in the range of 0.5 to 20 h in order to maximise the oligomer decomposition, b) the increasing pressure is reduced by metering-in of at least one inflow (20, 23) comprising essentially caprolactam so that immediate feeding of the mixed flow (22, 26) into the polyamide production process is made possible. a) the temperature is adjusted in the range of 220°C to 280°C, the water content in the range of 20 to 40% by weight and the dwell time in the range of 0.5 to 20 h in order to maximise the oligomer decomposition, b) the increasing pressure is reduced by metering-in of at least one inflow (20, 23) comprising essentially caprolactam so that immediate feeding of the mixed flow (22, 26) into the polyamide production process is made possible.
Device for fitting solar cell contact wires providing a series connection, said contact wires running continuously in a string direction on an upper side of a front solar cell wafer (W 1) and an underside of a rear solar cell wafer (W 2) following the front solar cell wafer in a solar cell string to be formed, comprising - a wafer-holding device, on which the solar cell wafers can be positioned in succession in the string direction in respective wafer-holding positions (C 1 to C n), - a wire-laying mechanism having a wire feed gripper (G Z) and a wire transport gripper (G T) movable in the string direction relative to the wire feed gripper, the grippers being arranged above the wafer-holding device, a wire-holding gripper (G 1) which is designed to grip and to hold the contact wires behind the wafer-holding position for the rear solar cell wafer, and a wire cutter, and - wire-laying control means, which control the wire-laying mechanism to carry out a wire-laying procedure, in which, once the front solar cell wafer has been positioned in its respective wafer-holding position and before the rear solar cell wafer has been positioned in its respective wafer-holding position, the contact wires are transferred from the wire feed gripper to the wire transport gripper, are advanced by the wire transport gripper in the string direction over the wafer-holding position for the rear solar cell wafer and over the upper side of the positioned front solar cell wafer, are gripped and held by the wire-holding gripper behind the wafer-holding position for the rear solar cell wafer, and are subsequently cut off behind the wire-holding gripper by the wire cutter. - a wafer-holding device, on which the solar cell wafers can be positioned in succession in the string direction in respective wafer-holding positions (C 1 to C n), - a wire-laying mechanism having a wire feed gripper (G Z) and a wire transport gripper (G T) movable in the string direction relative to the wire feed gripper, the grippers being arranged above the wafer-holding device, a wire-holding gripper (G 1) which is designed to grip and to hold the contact wires behind the wafer-holding position for the rear solar cell wafer, and a wire cutter, and - wire-laying control means, which control the wire-laying mechanism to carry out a wire-laying procedure, in which, once the front solar cell wafer has been positioned in its respective wafer-holding position and before the rear solar cell wafer has been positioned in its respective wafer-holding position, the contact wires are transferred from the wire feed gripper to the wire transport gripper, are advanced by the wire transport gripper in the string direction over the wafer-holding position for the rear solar cell wafer and over the upper side of the positioned front solar cell wafer, are gripped and held by the wire-holding gripper behind the wafer-holding position for the rear solar cell wafer, and are subsequently cut off behind the wire-holding gripper by the wire cutter.
Processing tool of a sheet processing machine, wherein at least one adjusting means is arranged so as to change the tool geometry of the processing tool, wherein the at least one adjusting means is liquid at the time of application, wherein the at least one adjusting means is arranged in a manner applied to a rear side of the processing tool and/or to a side of the processing tool facing away from a processing contour, characterized in that, at the time of application, the at least one adjusting means is a dispersion comprising a disperse phase and a dispersion medium, and in that the disperse phase comprises particles and/or pigments.
A pressure sensitive adhesive assembly comprising at least a first pressure sensitive adhesive layer comprising a hollow non-porous particulate filler material, wherein the surface of the hollow non-porous particulate filler material is provided with a hydrophobic surface modification, wherein the hollow non-porous particulate filler material consists of hollow glass microspheres, and wherein the first pressure sensitive adhesive layer takes the form of a polymeric foam layer.
A steering wheel including a main body assembled on a steering shaft for converting a rotating action into a steering action, and a pad unit provided at almost the center of the main body, the pad unit being assembled to the main body such as to be movable in an axis direction of the steering shaft, and a horn switch being provided between the main body and the pad unit, wherein the steering wheel comprises a first horn plate fixed to the main body, a second horn plate fixed to the pad unit, a guide pin standing on one of the first horn plate and the second horn plate, a stopper provided at a distal end of the guide pin, an insulator inserted slidably along the guide pin, an elastic body fitted on an outer periphery of the insulator, and a coil spring fitted on the guide pin to bias the insulator toward the stopper, wherein the insulator includes a first flange portion provided between the stopper and the elastic body, and a second flange portion provided between the coil spring and the elastic body, and the elastic body includes a first diameter-increased portion increased in diameter to be contactable with the first flange portion, and a second diameter-increased portion increased in diameter to be contactable with the second flange portion, characterized in that the steering wheel further comprises a protector fitted on an outer periphery of the elastic body and provided engageably with the other of the first horn plate and the second horn plate, wherein a contact surface of the first flange portion with the first diameter-increased portion has a plurality of linear projections arranged in a substantially radial fashion.
Apparatus for therapeutic application of energy to a tissue, comprising: a delivery fiber arranged to deliver optical energy from a laser to a tissue at a treatment site, said treatment site being at a distal end of the delivery fiber; and a feedback circuit including a detector arranged to detect, during delivery of said optical energy from the laser to the tissue, damage radiation emitted during overheating by, at least one of: (a) an instrument used in said therapeutic application of energy and (b) said tissue; further comprising: an element situated near the distal end of the fiber for amplifying or enhancing detectability of said damage radiation, said element absorbing selected wavelengths of said damage radiation emitted by said instrument or tissue as a result of said overheating, said element itself emitting additional radiation so that said damage radiation emission, can more easily be detected by said detector in order to minimize damage caused by overheating, characterized in that said element is a sacrificial element designed to be sacrificed upon said overheating. a delivery fiber arranged to deliver optical energy from a laser to a tissue at a treatment site, said treatment site being at a distal end of the delivery fiber; and a feedback circuit including a detector arranged to detect, during delivery of said optical energy from the laser to the tissue, damage radiation emitted during overheating by, at least one of: (a) an instrument used in said therapeutic application of energy and (b) said tissue; (a) an instrument used in said therapeutic application of energy and (b) said tissue; an element situated near the distal end of the fiber for amplifying or enhancing detectability of said damage radiation, said element absorbing selected wavelengths of said damage radiation emitted by said instrument or tissue as a result of said overheating, said element itself emitting additional radiation so that said damage radiation emission, can more easily be detected by said detector in order to minimize damage caused by overheating, characterized in that said element is a sacrificial element designed to be sacrificed upon said overheating.
A method for determining risk of autism spectrum disorder in an offspring subject comprising analyzing DNA methylation status in a sample containing sperm from a prospective paternal parent, wherein a methylation pattern that is different from the pattern found in a sample not associated with ASD is indicative of a risk of ASD in the offspring, wherein determining a methylation status comprises determining the methylation at differentially methylated regions (DMRs) in the DNA, and wherein the DMRs reside on SNORD115-15, SNORD115-11, SNORD115-17 and SMYD3.
A hydroelectric power plant, comprising a screen inclined relative to the horizontal between 5 ° and 25 °, in particular between 10 ° and 20 °, in particular between 14 ° and 16 °, in the direction of the tailwater, said screen being arranged in front of a turbine and in the shaft crown of a vertical shaft, said shaft crown forming an inlet plane below the water level of the headwater, wherein the inclination of the screen in the direction of the tailwater represents a screen cleaning device, in which, due to the downhill force, debris is automatically flushed into the tailwater.
An electrical contact for mating with a mating contact, comprising an aluminium body, extending along a longitudinal axis, made of aluminium or an aluminium alloy, said aluminium body being provided with a connecting portion for connection to an aluminium conductor, a contact zone, arranged on a surface of the aluminium body, for electrical connection to the mating contact, and at least one contact spring connected to the aluminium body with a contact region for contacting the mating contact, wherein the at least one contact spring at least partially rests on the contact zone and is formed from a material which is harder than the aluminium or aluminium alloy, wherein the at least one contact spring extends away from a sleeve which is connected in a form-fitting manner to the aluminium body, characterized in that the contact zone is formed from a material which is more creep-resistant than the aluminium or aluminium alloy, and in that the sleeve is connected in a form-fitting manner to a free end of the aluminium body, said free end facing away from the connecting portion. an aluminium body, extending along a longitudinal axis, made of aluminium or an aluminium alloy, said aluminium body being provided with a connecting portion for connection to an aluminium conductor, a contact zone, arranged on a surface of the aluminium body, for electrical connection to the mating contact, and at least one contact spring connected to the aluminium body with a contact region for contacting the mating contact, wherein the at least one contact spring at least partially rests on the contact zone and is formed from a material which is harder than the aluminium or aluminium alloy, wherein the at least one contact spring extends away from a sleeve which is connected in a form-fitting manner to the aluminium body, characterized in that the contact zone is formed from a material which is more creep-resistant than the aluminium or aluminium alloy, and in that the sleeve is connected in a form-fitting manner to a free end of the aluminium body, said free end facing away from the connecting portion.
Apparatus for forming fine scale structures in the surface of a dielectric substrate to two or more depths, the apparatus comprising: a first laser arranged to provide a first laser beam; a first mask having a pattern for defining a first set of structures at a first depth, a projection lens for forming a reduced size image of said pattern on the surface of the substrate and a beam scanner arranged to scan said first laser beam, characterized in that: the first laser is a first solid state laser and the first laser beam is a first pulsed laser beam; the beam scanner is arranged to scan the first pulsed laser beam in a two-dimensional raster scan relative to the first mask to form a first set of structures at a first depth in the substrate; and the apparatus comprises: the first or a further solid state laser arranged to form a second set of structures at a second depth in the substrate. a first laser arranged to provide a first laser beam; a first mask having a pattern for defining a first set of structures at a first depth, a projection lens for forming a reduced size image of said pattern on the surface of the substrate and a beam scanner arranged to scan said first laser beam, characterized in that: the first laser is a first solid state laser and the first laser beam is a first pulsed laser beam; the beam scanner is arranged to scan the first pulsed laser beam in a two-dimensional raster scan relative to the first mask to form a first set of structures at a first depth in the substrate; and the first laser is a first solid state laser and the first laser beam is a first pulsed laser beam; the beam scanner is arranged to scan the first pulsed laser beam in a two-dimensional raster scan relative to the first mask to form a first set of structures at a first depth in the substrate; and the apparatus comprises: the first or a further solid state laser arranged to form a second set of structures at a second depth in the substrate. the first or a further solid state laser arranged to form a second set of structures at a second depth in the substrate.
A nucleic acid comprising a Lactococcus CRISPR repeat region and a Lactococcus cas gene, wherein: (a) the Lactococcus CRISPR repeat region is SEQ ID No: 24, or a sequence having at least 85% identity to SEQ ID No: 24; and (b) the Lactococcus cas gene is selected from the group consisting of SEQ ID Nos: 2, 3, 5, 7, 9, 11, 13, 15, 17, 19 and/or 21, or a sequence having at least 85% identity to any one of SEQ ID No: 2, 3, 5, 7, 9, 11, 13, 15, 17 and/or21. (a) the Lactococcus CRISPR repeat region is SEQ ID No: 24, or a sequence having at least 85% identity to SEQ ID No: 24; and (b) the Lactococcus cas gene is selected from the group consisting of SEQ ID Nos: 2, 3, 5, 7, 9, 11, 13, 15, 17, 19 and/or 21, or a sequence having at least 85% identity to any one of SEQ ID No: 2, 3, 5, 7, 9, 11, 13, 15, 17 and/or21.
A sliding element for an engine, the sliding element comprising a polymer-based overlay layer and a metallic substrate, the polymer-based overlay layer comprising: a polymer-based matrix; a metal particulate and a pigment; wherein the pigment has a hardness of at least 4 on the Mohs hardness scale, wherein the pigment comprises a complex inorganic colour pigment, characterized in that the pigment comprises cobalt chromite green spinel. a polymer-based matrix; a metal particulate and a pigment; wherein the pigment has a hardness of at least 4 on the Mohs hardness scale, wherein the pigment comprises a complex inorganic colour pigment, characterized in that the pigment comprises cobalt chromite green spinel.
An α-MSH (a-melanocyte stimulating hormone) fusion protein, characterized in that the α-MSH fusion protein comprises a PTD (protein transduction domain) and a HSA (human serum albumin) and an α-MSH, wherein the PTD is located at an N-terminus of the fusion protein, the α-MSH is located at a C-terminus of the fusion protein, the fusion protein further comprises a linker peptide L, the HSA is genetically fused with the α-MSH through the linker peptide L, the fusion protein is referred to by PTD-HSA-L-α-MSH, and an amino acid sequence of the linker peptide L is GGGGSGGGSG.
An oral thin comprising at least one matrix polymer and at least one active pharmaceutical ingredient, wherein the at least one active pharmaceutical ingredient is an acid or a base, characterised in that the at least one active pharmaceutical ingredient is present in the form of a mixture which comprises the at least one active pharmaceutical ingredient both in the form of the free acid or base and in the form of a pharmaceutically acceptable salt, wherein the mixture comprising the at least one active pharmaceutical ingredient both in the form of the free acid or base and in the form of a pharmaceutically acceptable salt comprises the at least one active pharmaceutical ingredient in the form of the free acid or base and the at least one active pharmaceutical ingredient in the form of a pharmaceutically acceptable salt of the free acid or base in a molar ratio of 3:1 to 1:3.
A device for comparing two files containing graphics elements and text elements comprising a memory for the two files, means for dividing the two files into graphics elements and text elements, text recognition means for recognizing text in the text elements and means for converting the recognized text by adapting the reading or running directions of the recognized text to the respective language, raster graphics means for generating a rasterized image from the graphics elements, means for the text comparison of the converted text and means for the graphics comparison of the rasterized images and means for the, preferably joint, output of the two comparison results.