mhurhangee/ep-ind-claims huggingface dataset:
A method to reduce total harmonic distortion, THD, input in a 24-pulse autotransformer system configured to receive an input of a first voltage and produce an output voltage of a second voltage; the method comprising: coupling a first three-phase autotransformer to receive three phases of an AC power source, the first autotransformer having three input terminals (106, 108, 110) and six output terminals (112, 114, 116, 118, 120, 122); coupling a first pair of rectifier units to the output terminals of the first three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal (128, 130); coupling a second three-phase autotransformer to receive the three phases of the AC power source, the second autotransformer having three input terminals (134, 136, 138) and six output terminals (140, 142, 144, 146, 148, 150) with the second three-phase autotransformer input terminals coupled to the first three-phase autotransformer input terminals in a reversed phase sequence configuration; coupling a second pair of rectifier units to the output terminals of the second three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal (156, 158); adjusting turn ratios of two windings of each phase of the first and second three-phase autotransformers to effect a decrease in the voltage across said two windings leg from a symmetric voltage value resulting in a reduced input THD without a zero sequence blocking transformer; and coupling each of the positive and negative output terminals (128, 130, 156, 158) of each of the rectifier units (124, 152) in parallel to an electrical load. coupling a first three-phase autotransformer to receive three phases of an AC power source, the first autotransformer having three input terminals (106, 108, 110) and six output terminals (112, 114, 116, 118, 120, 122); coupling a first pair of rectifier units to the output terminals of the first three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal (128, 130); coupling a second three-phase autotransformer to receive the three phases of the AC power source, the second autotransformer having three input terminals (134, 136, 138) and six output terminals (140, 142, 144, 146, 148, 150) with the second three-phase autotransformer input terminals coupled to the first three-phase autotransformer input terminals in a reversed phase sequence configuration; coupling a second pair of rectifier units to the output terminals of the second three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal (156, 158); adjusting turn ratios of two windings of each phase of the first and second three-phase autotransformers to effect a decrease in the voltage across said two windings leg from a symmetric voltage value resulting in a reduced input THD without a zero sequence blocking transformer; and coupling each of the positive and negative output terminals (128, 130, 156, 158) of each of the rectifier units (124, 152) in parallel to an electrical load.
A portable device characterized by comprising: a cover having a light transmittance of not less than 30%, the cover being structured such that a circuit pattern of a translucent conductive material is provided on a surface of a transparent substrate; a device main body coupling the cover thereto in an openable and closable manner; and a function switching part (20, 21, 22, 23) for switching functions of the circuit pattern between the function as antenna by causing the circuit pattern to function as an antenna when the cover is open and the function as electrostatic capacity switch by causing the circuit pattern to function as an electrostatic capacity switch when the cover is closed, based on an operation of a user. a cover having a light transmittance of not less than 30%, the cover being structured such that a circuit pattern of a translucent conductive material is provided on a surface of a transparent substrate; a device main body coupling the cover thereto in an openable and closable manner; and a function switching part (20, 21, 22, 23) for switching functions of the circuit pattern between the function as antenna by causing the circuit pattern to function as an antenna when the cover is open and the function as electrostatic capacity switch by causing the circuit pattern to function as an the function as antenna by causing the circuit pattern to function as an antenna when the cover is open and the function as electrostatic capacity switch by causing the circuit pattern to function as an electrostatic capacity switch when the cover is closed, based on an operation of a user.
An agricultural harvesting machine for crop material comprising: a crank arm connected to a rotational power source; a plunger having an extended position which is located further rearward in a compression chamber than a retracted position; and a connecting link connected between the plunger and the crank arm, one of the connecting link and the crank arm having a variable length, the movement of the plunger being decoupled from the movement of the crank arm during a startup mode, and the movement of the plunger being coupled to the movement of the crank arm during a run mode characterized in that the agricultural harvesting machine is further configured that during the startup mode, the plunger remains stationary in the retracted position. a crank arm connected to a rotational power source; a plunger having an extended position which is located further rearward in a compression chamber than a retracted position; and a connecting link connected between the plunger and the crank arm, one of the connecting link and the crank arm having a variable length, the movement of the plunger being decoupled from the movement of the crank arm during a startup mode, and the movement of the plunger being coupled to the movement of the crank arm during a run mode characterized in that the agricultural harvesting machine is further configured that during the startup mode, the plunger remains stationary in the retracted position.
Method for conductively heating a metal sheet to prepare the metal sheet for a subsequent shaping press-hardening process, wherein the metal sheet or at least an area of the metal sheet that is to be conductively heated has an outer contour that is rectangular or nonrectangular, wherein the conductive heating is performed by virtue of at least one electrode having a contact area brought into electrical contact with the metal sheet and the contact area being used to supply the electric current for performing the conductive heating to the metal sheet and/or to remove said electric current from the metal sheet, characterized in that the electrode has an uneven, patterned contact area having a multiplicity of contact surfaces, at intervals from one another, that form a multiplicity of individual contact points, at intervals from one another, between the electrode and the metal sheet.
A cosmetic use of a composition comprising a live Cutibacterium acnes strain secreting RoxP (radical oxygenase of Propionibacterium acnes) for preventing or reducing skin ageing in a subject.
Oxygen gas sensor comprising: a housing which encompasses an active media in the form of an Aluminium Nitride AlN nanopowder pellet and has an inlet and an outlet providing flow of an oxygen gas to be measured; a window of the housing allowing a light to pass into the housing; a light source located outside the housing for generating an exciting light; a luminescence recorder located outside the housing and configured to receive a luminescent light from the AlN pellet when it is excited by the light source, wherein the light source is configured to generate a light with an emission wavelength of 263 to 266 nm or of 300 to 330 nm, and wherein the AlN pellet consists of AlN nanopowder with a grain size in the range from 40 to 80 nm, preferably 60, nm and is configured to emit luminescent light with a wavelength of of 420 nm when excited by the exciting light from the light source. a housing which encompasses an active media in the form of an Aluminium Nitride AlN nanopowder pellet and has an inlet and an outlet providing flow of an oxygen gas to be measured; a window of the housing allowing a light to pass into the housing; a light source located outside the housing for generating an exciting light; a luminescence recorder located outside the housing and configured to receive a luminescent light from the AlN pellet when it is excited by the light source,
An in vitro method for diagnosing and/or prognosing a triple-negative breast cancer (TNBC) recurrence or non-recurrence in a subject, comprising the steps of: a) determining from a biological sample of a subject the expression level of at least two biomarkers selected from the group consisting of Desmoplakin, Rho GTPase-activating protein 1, Epiplakin, Glucose-6-phosphate 1-dehydrogenase, Isocitrate dehydrogenase [NADP], Keratin type I cytoskeletal 19, Keratin type I cytoskeletal 8, Dihydropyrimidinase-related protein 3, and Thrombospondin-1, wherein one of said two biomarkers is Desmoplakin; and b) comparing said expression level with a reference expression level of said biomarkers. a) determining from a biological sample of a subject the expression level of at least two biomarkers selected from the group consisting of Desmoplakin, Rho GTPase-activating protein 1, Epiplakin, Glucose-6-phosphate 1-dehydrogenase, Isocitrate dehydrogenase [NADP], Keratin type I cytoskeletal 19, Keratin type I cytoskeletal 8, Dihydropyrimidinase-related protein 3, and Thrombospondin-1, wherein one of said two biomarkers is Desmoplakin; and b) comparing said expression level with a reference expression level of said biomarkers.
A building element having a core layer with at least two core sublayers, which each extend essentially over an element length, each core sublayer having an inner surface and an outer surface opposite to the inner surface, the inner surfaces and the outer surfaces each having at least one transverse groove, and the transverse grooves running essentially in a transverse direction along the building element perpendicular to the element length, the building element having at least one transverse connecting element arranged in the transverse groove of an inner surface and the transverse groove of an outer surface adjacent to the inner surface, the core sublayers having the core layer segments arranged consecutively in the transverse direction, which essentially extend over the element length, and the building element having at least one core layer groove running through the core layer, the core layer groove being formed at a joint position of consecutive core layer segments, and the building element comprising at least one core connecting element arranged in the core layer groove, characterized in that the transverse connecting element has a length which essentially corresponds to half an extension of one of the core layer segments in the transverse direction of the building element.
A refractive index tool to discriminate between a plurality of fluids, the refractive index tool comprising: a wave source configured to generate a non-visible electromagnetic wave; a curved transparent rod configured to receive the wave from the wave source, wherein the wave source is provided at a first end of the transparent rod; a phosphor coated end piece positioned at a second end of the curved transparent rod and configured to reflect the wave coming from the wave source, the second end being opposite to the first end; and a wave detector provided at the first end of the transparent rod and configured to receive, from the transparent rod, the wave reflected by the end piece, wherein the wave detector is not sensitive to the non-visible wave and the end piece is configured to convert the non-visible wave into a visible wave to which the wave detector is sensitive; wherein the wave emitted by the wave source travels through the transparent rod and experiences total internal reflection prior to arriving at the wave detector, and wherein the refractive index tool is configured to measure an intensity of the wave received by the wave detector, the intensity of the wave being related to a refractive index of the transparent rod and a refractive index of a fluid in which the transparent rod is immersed, the refractive index of the transparent rod being higher than the refractive index of the fluid in which the transparent rod is immersed. a wave source configured to generate a non-visible electromagnetic wave; a curved transparent rod configured to receive the wave from the wave source, wherein the wave source is provided at a first end of the transparent rod; a phosphor coated end piece positioned at a second end of the curved transparent rod and configured to reflect the wave coming from the wave source, the second end being opposite to the first end; and a wave detector provided at the first end of the transparent rod and configured to receive, from the transparent rod, the wave reflected by the end piece, wherein the wave detector is not sensitive to the non-visible wave and the end piece is configured to convert the non-visible wave into a visible wave to which the wave detector is sensitive; wherein the wave emitted by the wave source travels through the transparent rod and experiences total internal reflection prior to arriving at the wave detector, and wherein the refractive index tool is configured to measure an intensity of the wave received by the wave detector, the intensity of the wave being related to a refractive index of the transparent rod and a refractive index of a fluid in which the transparent rod is immersed, the refractive index of the transparent rod being higher than the refractive index of the fluid in which the transparent rod is immersed.
An oral care implement including a tissue cleansing implement, comprising: a handle; a head connected to the handle; and a cleaning element that includes a base attached to a face of the head, the base having a plurality of protrusions forming bristle-like structures thereon; wherein the protrusions are grouped tightly to form a plurality of ridges, the ridges defining a plurality of channels therebetween and being formed in a series of patterns having a circular center ridge; wherein the elongated channels are configured to direct a fluid in contact with the head around the center ridges; characterized in that the circular center ridges are each surrounded by two elongated semicircular ridges, and the elongated channels are configured to direct a fluid in contact with the head towards an open distal edge, the distal edge being farthest from the handle, and an open proximal edge of the head. a handle; a head connected to the handle; and a cleaning element that includes a base attached to a face of the head, the base having a plurality of protrusions forming bristle-like structures thereon; wherein the protrusions are grouped tightly to form a plurality of ridges, the ridges defining a plurality of channels therebetween and being formed in a series of patterns having a circular center ridge; wherein the elongated channels are configured to direct a fluid in contact with the head around the center ridges; characterized in that the circular center ridges are each surrounded by two elongated semicircular ridges, and the elongated channels are configured to direct a fluid in contact with the head towards an open distal edge, the distal edge being farthest from the handle, and an open proximal edge of the head.
A network access device, comprising: a first transceiver coupled to a subscriber line, the first transceiver configured to receive a data stream from a first network connection and modulate a first carrier signal with the data stream to form a first modulated data signal, the first transceiver configured to transmit the first modulated data signal across the subscriber line; a plain old telephone system, POTS signaling element coupled to a second network connection, the POTS signaling element configured to receive baseband POTS signaling from the second network connection and to convert the baseband POTS signaling to digital data; a second transceiver coupled to the subscriber line and configured to modulate a second carrier signal with the digital data thereby forming a second modulated data signal, the second transceiver configured to transmit the second modulated data signal across the subscriber line; a power conditioning element configured to receive a direct current, DC, or alternating current, AC, power signal from the subscriber line and to power at least one component of the network access device via the power signal; and control logic configured to control the network access device such that the POTS signaling element is selectively bypassed by the baseband POTS signaling based on the power signal. a first transceiver coupled to a subscriber line, the first transceiver configured to receive a data stream from a first network connection and modulate a first carrier signal with the data stream to form a first modulated data signal, the first transceiver configured to transmit the first modulated data signal across the subscriber line; a plain old telephone system, POTS signaling element coupled to a second network connection, the POTS signaling element configured to receive baseband POTS signaling from the second network connection and to convert the baseband POTS signaling to digital data; a second transceiver coupled to the subscriber line and configured to modulate a second carrier signal with the digital data thereby forming a second modulated data signal, the second transceiver configured to transmit the second modulated data signal across the subscriber line; a power conditioning element configured to receive a direct current, DC, or alternating current, AC, power signal from the subscriber line and to power at least one component of the network access device via the power signal; and control logic configured to control the network access device such that the POTS signaling element is selectively bypassed by the baseband POTS signaling based on the power signal.
Method for producing a flat knitted fabric having a secured termination edge, in particular a bandage, on a flatbed knitting machine having a front and rear needle bed (9, 10), wherein initially the basic knitted fabric is knitted on one or both needle beds (9, 10), wherein at least on that needle bed (9, 10) that forms the one side, namely the knitted-fabric inner side in terms of the wear position, an elastic yarn is incorporated by knitting in the knitted-fabric edge region, characterized in that for forming the edge knitting is only performed on that needle bed (9, 10) that knits the other side, namely the knitted-fabric outer side in terms of the wear position, such that the elastic yarn which is located on the other needle bed (9, 10) is elongated, whereupon the last edge loop course and the elastic yarn are conjointly knitted, wherein the edge, on account of the elastic yarn which contracts under unloading, is urged towards the one side where said edge by way of heating a hot-melt adhesive yarn which has been conjointly knitted into the basic flat-knitted fabric or into the edge on at least one needle bed (9, 10), is fixed.
A method for generating indexed single cell sequencing libraries from a cell population, comprising, distributing individual cells and/or individual nuclei from a cell suspension into a plurality of containers; and creating indexed single cell sequencing libraries from the single cells and/or the individual nuclei in one or more of the plurality of containers, wherein creating the indexedsingle cell libraries comprises subjecting unamplified DNA from the single cells and/or individual nuclei to a transposase reaction, wherein the transposase reaction comprises fragmenting and tagging the unamplified DNA with a tagging sequence to generate tagmented DNA; subjecting the tagmented DNA to 9 to 15 polymerase chain reaction cycles to add unique single cell indices and sequencing adaptors to the tagmented DNA, thereby generating indexed single cell sequencing libraries and pooling the indexed single cell sequencing libraries to make a pooled library for multiplexed sequencing. distributing individual cells and/or individual nuclei from a cell suspension into a plurality of containers; and creating indexed single cell sequencing libraries from the single cells and/or the individual nuclei in one or more of the plurality of containers, wherein creating the indexedsingle cell libraries comprises subjecting unamplified DNA from the single cells and/or individual nuclei to a transposase reaction, wherein the transposase reaction comprises fragmenting and tagging the unamplified DNA with a tagging sequence to generate tagmented DNA; subjecting the tagmented DNA to 9 to 15 polymerase chain reaction cycles to add unique single cell indices and sequencing adaptors to the tagmented DNA, thereby generating indexed single cell sequencing libraries and pooling the indexed single cell sequencing libraries to make a pooled library for multiplexed sequencing.
A radio-frequency identification-equipped pressure chamber for a beverage container, said pressure chamber comprising: - a lid part; - a base part, said lid and said base part defining a sealed inner space for accommodating and encapsulating said beverage container, said base part or lid part comprising: ∘ an inner connector part adapted to be engaged to a corresponding beverage container outlet, said inner connector part arranged on an inside of the base part or lid part; and ∘ an outer substantially annular gasket part arranged on the inside of the base part or lid part and surrounding the inner connector part, said outer substantially annular gasket part adapted to be engaged with a corresponding hollow annular space of a closure of the beverage container, characterized in that; ∘ the outer substantially annular gasket part comprises a substantially planar annular antenna adapted to propagate radio waves to a radio-frequency identification tag arranged on an outer rim of the closure. - a lid part; - a base part, said lid and said base part defining a sealed inner space for accommodating and encapsulating said beverage container, said base part or lid part comprising: ∘ an inner connector part adapted to be engaged to a corresponding beverage container outlet, said inner connector part arranged on an inside of the base part or lid part; and ∘ an outer substantially annular gasket part arranged on the inside of the base part or lid part and surrounding the inner connector part, said outer substantially annular gasket part adapted to be engaged with a corresponding hollow annular space of a closure of the beverage container, characterized in that; ∘ the outer substantially annular gasket part comprises a substantially planar annular antenna adapted to propagate radio waves to a radio-frequency identification tag arranged on an outer rim of the closure. ∘ an inner connector part adapted to be engaged to a corresponding beverage container outlet, said inner connector part arranged on an inside of the base part or lid part; and ∘ an outer substantially annular gasket part arranged on the inside of the base part or lid part and surrounding the inner connector part, said outer substantially annular gasket part adapted to be engaged with a corresponding hollow annular space of a closure of the beverage container, characterized in that; ∘ the outer substantially annular gasket part comprises a substantially planar annular antenna adapted to propagate radio waves to a radio-frequency identification tag arranged on an outer rim of the closure.