mhurhangee/ep-ind-claims huggingface dataset:
A continuous ozone generator, comprising: - at least two electrodes (1, 2), with a dielectric positioned between the electrodes, which define, between them, discharge gaps, - an inlet end for circulation, in the gaps, of a gas charged with oxygen up to an outlet end, - at least one electrode being composed of at least two segments, positioned one behind the other in the direction of flow of the gas, - means for cooling the generator, - and means for supplying with electric current, in order to establish a voltage between the electrodes and to bring about discharges in the gaps where the gas is circulating, the segments of the electrode being divided into at least two electrically separated groups (1a, 1b), one of the groups being closer to the gas inlet and the other group being closer to the outlet, and the means for supplying with electric current comprising at least two separate electrical supply stages (PSU1, PSU2) respectively associated with each group (1a, 1b) of segments, each supply stage being constituted by independent source of electrical energy (PSU1, PSU2) characterized in that it comprises means (G1, G2) for optimizing the furnishing of energy which are provided in order to respectively control each electrical supply stage (PSU1, PSU2) and in order to make use of the different local concentrations of ozone in order to independently control how the energy is supplied to the different sections of the generator localized between the gas inlet and outlet in the generator, by being capable of acting on the power and/or the voltage and/or the current and/or the frequency and/or the waveform of the supply and/or, in the case of a pulsed supply, on the cyclic ratio. - at least two electrodes (1, 2), with a dielectric positioned between the electrodes, which define, between them, discharge gaps, - an inlet end for circulation, in the gaps, of a gas charged with oxygen up to an outlet end, - at least one electrode being composed of at least two segments, positioned one behind the other in the direction of flow of the gas, - means for cooling the generator, - and means for supplying with electric current, in order to establish a voltage between the electrodes and to bring about discharges in the gaps where the gas is circulating,
A surgical bone milling instrument, comprising a milling element having a longitudinal axis and a forward portion designed to mill bone, the milling element rotating around the longitudinal axis thereof, comprising a probe element of elongate shape located internally and coaxially of the milling element and being longitudinally slideable through the milling element, with a forward portion thereof projecting in relation to the forward portion of the milling element, characterized in that it comprises a tubular element coaxially passed through by the milling element, the milling head thereof being located forward of the tubular element, the tubular element having an external surface with a circular cross-section provided with a thread destined to engage, by helical coupling, in a hole formed in bone.
A method for producing a water-absorbent resin, characterized in that a precursor of the water-absorbent resin obtained by polymerizing a water-soluble ethylenically unsaturated monomer and optionally an internal crosslinking agent, is subjected to a post-crosslinking reaction in the presence of a compound having plural hydrazide groups, wherein the water-soluble ethylenically unsaturated monomer is selected from the group consisting of (meth)acrylic acid, 2-(meth)acrylamide-2-methyl-propanesulfonic acid and salts thereof; (meth)acrylamide, N,N-dimethyl(meth)acrylamide, 2-hydroxyethyl (meth)acrylate, and N-methylol(meth)acrylamide; diethylaminoethyl (meth)acrylate and diethylaminopropyl (meth)acrylate, and quaternary compounds thereof; and a combination of two or more kinds thereof.
Sliding door drive for a motor vehicle, comprising a drive unit having a housing, wherein the housing has a housing lower part, a housing center part and a housing cover, and having an electric drive, a transmission connected downstream of the drive and a coupling, wherein at least one winding drum (15, 16) arranged on a shaft can be driven by means of the drive unit, wherein the shaft is mounted at least twice in the housing, in particular at the axial ends of the shaft, wherein axial ends refer to the regions of the shaft that are outside the receptacle or bearing surfaces of the winding shaft, characterized in that the transmission is designed as a planetary transmission which has at least one ring gear, wherein the shaft is inserted into a receptacle of the ring gear so that the shaft can be driven by means of the ring gear, wherein the ring gear is received in a plain bearing in the housing center part, and wherein the receptacle of the ring gear is reinforced with a steel bushing.
An alarm device comprising a control processor connected to at least one input sensor (24, 25, 74) such that when the said at least one input sensor is triggered, it sends a signal to the control processor, in which the alarm device further comprises a cellular modem connected to the control processor such that upon receiving a signal from the said at least one input sensor, the control processor issues an SMS message via the cellular modem, and in which the said cellular modem is also able to send and receive SMS messages or data calls to and from the control processor, characterised in that the device is contained in a hermetically sealed casing, with no external user interface, no charging socket, nor any other contact connections required for its operation and maintenance.
A laundry treating appliance (10, 110, 210) comprising: a tub (14, 114, 214) defining a tub interior with a sump (25, 125, 225); a rotatable container (16, 116, 216) located within the tub interior and at least partially defining a laundry treating chamber (20, 120, 220) with an access opening (23, 123, 223); a closure selectively closing the access opening (23, 123, 223); a motor operably coupled to and rotatably driving the rotatable container (16, 116, 216); and a condenser system comprising: an induction heater comprising an induction coil carried by the tub (14, 114, 214) and an electromagnetic element carried by the rotatable container (16, 116, 216); and a surface in fluid communication with the treating chamber (20, 120, 220) and the sump (25, 125, 225), configured to be cooled for generating a cooled surface; wherein the electromagnetic element is configured to be heated by energization of the induction coil, so to evaporate liquid in the treating chamber (20, 120, 220) into vapor, the cooled surface being configured so that, the vapor which contacts the cooled surface is condensed and delivered to the sump (25, 125, 225), characterized in that the cooled surface is provided on the closure. a tub (14, 114, 214) defining a tub interior with a sump (25, 125, 225); a rotatable container (16, 116, 216) located within the tub interior and at least partially defining a laundry treating chamber (20, 120, 220) with an access opening (23, 123, 223); a closure selectively closing the access opening (23, 123, 223); a motor operably coupled to and rotatably driving the rotatable container (16, 116, 216); and a condenser system comprising: an induction heater comprising an induction coil carried by the tub (14, 114, 214) and an electromagnetic element carried by the rotatable container (16, 116, 216); and a surface in fluid communication with the treating chamber (20, 120, 220) and the sump (25, 125, 225), configured to be cooled for generating a cooled surface; an induction heater comprising an induction coil carried by the tub (14, 114, 214) and an electromagnetic element carried by the rotatable container (16, 116, 216); and a surface in fluid communication with the treating chamber (20, 120, 220) and the sump (25, 125, 225), configured to be cooled for generating a cooled surface; wherein the electromagnetic element is configured to be heated by energization of the induction coil, so to evaporate liquid in the treating chamber (20, 120, 220) into vapor,
A method for classifying colors and grey shades, comprising the classification of colors in a matrix, in which the colors in the matrix belong to a same subfamily and have the same hue value, said subfamily on its turn belonging to a family, each family having two subfamilies, and in which the position of a color in the matrix is determined by the chroma value and the grey value of the color, wherein the scale for the chroma value as well as the scale for the grey value are linear, in which the scale of the grey value depends on the scale of the chroma value and in which the greying steps are dynamic in function of the chroma value, said greying steps increase with each increasing chroma value, characterised in that said families are grouped into segments, in which each segment comprises 6 families, said segments are visualised on a circle, wherein each segment covers 60° of the circle.
A system information receiving method, applied to a receive side and comprising: determining first configuration information, wherein the first configuration information is used to indicate hybrid automatic repeat request, HARQ, processes for receiving different system information, and system information includes: a master information block, MIB, a system information block 1, SIB1, and other system information, SI; and receiving different system information through corresponding HARQ processes according to the first configuration information; characterized in that, the first configuration information comprises one or more of: a first configuration parameter and a second configuration parameter, the first configuration parameter indicates identifiers of the HARQ processes for receiving different system information, and the second configuration parameter is used to distinguish the HARQ processes for receiving different system information. determining first configuration information, wherein the first configuration information is used to indicate hybrid automatic repeat request, HARQ, processes for receiving different system information, and system information includes: a master information block, MIB, a system information block 1, SIB1, and other system information, SI; and receiving different system information through corresponding HARQ processes according to the first configuration information; characterized in that, the first configuration information comprises one or more of: a first configuration parameter and a second configuration parameter, the first configuration parameter indicates identifiers of the HARQ processes for receiving different system information, and the second configuration parameter is used to distinguish the HARQ processes for receiving different system information.
Free-flowing topinambur granulate, characterized by a content of minimum 30 % carbohydrates by weight, minimum 20 % solid water-insoluble binder by weight and a water content of less than 4 % by weight, wherein the weight ratio of the solid water-insoluble binder to the overall carbohydrate content is in the range of 3:1 to 2:3.
A ferrule, comprising: a ferrule matrix, wherein the ferrule matrix comprises an accommodating through hole and one end of the accommodating through hole is located on a first surface of the ferrule matrix; an optical transmission medium, wherein the optical transmission medium has a second surface, the second surface of the optical transmission medium is an optical transmission surface, and the optical transmission medium is disposed in the accommodating through hole; a filler, wherein the filler is disposed in a gap between an inner wall of the accommodating through hole of the ferrule matrix and a circumferential side surface of the optical transmission medium; and a reflective film, wherein the reflective film covers the first surface of the ferrule matrix and is disposed on a same side of the filler as the first and second surfaces, and is opposite to the filler, and a reflective band of the reflective film comprises at least a part of a communication band of the optical transmission medium; characterized in that the second surface of the optical transmission medium protrudes from the first surface of the ferrule matrix, and the reflective film covers a circumferential side surface of the optical transmission medium. a ferrule matrix, wherein the ferrule matrix comprises an accommodating through hole and one end of the accommodating through hole is located on a first surface of the ferrule matrix; an optical transmission medium, wherein the optical transmission medium has a second surface, the second surface of the optical transmission medium is an optical transmission surface, and the optical transmission medium is disposed in the accommodating through hole; a filler, wherein the filler is disposed in a gap between an inner wall of the accommodating through hole of the ferrule matrix and a circumferential side surface of the optical transmission medium; and a reflective film, wherein the reflective film covers the first surface of the ferrule matrix and is disposed on a same side of the filler as the first and second surfaces, and is opposite to the filler, and a reflective band of the reflective film comprises at least a part of a communication band of the optical transmission medium; characterized in that the second surface of the optical transmission medium protrudes from the first surface of the ferrule matrix, and the reflective film covers a circumferential side surface of the optical transmission medium.
A rubber tube characterized by having an inner surface roughened so that a ratio R/D of an inner surface roughness R (as specified in JIS B0601) of the tube to an inner diameter D of the tube is not less than a predetermined level, where in the inner surface roughness R is a maximum height Rz, and a ratio Rz/D is not less than 0.038; or the inner surface roughness R is a maximum peak height Rp, and a ratio Rp/D is not less than 0.019; or the inner surface roughness R is a maximum valley depth Rv, and a ratio Rv/D is not less than 0.019; or the inner surface roughness R is an arithmetic average roughness Ra, and a ratio Ra/D is not less than 0.0036; or the inner surface roughness R is a root mean square height Rq, and a ratio Rq/D is not less than 0.0046.
Panel (1, 1', 1") of a floor covering, in particular a laminate flooring, comprising a first lateral edge (2, 2', 2") and a second lateral edge (3, 3', 3"), - wherein the first lateral edge (2, 2', 2") and the second lateral edge (3, 3', 3") are arranged opposite one another and designed correspond to one another in such a way that the first lateral edge (2, 2', 2") of the panel can be connected to a second lateral edge (3, 3', 3") of a panel (1, 1', 1") of the same type by means of a motion approximately perpendicular to the panel plane, - wherein the first lateral edge (2, 2', 2") has a first locking lug (8, 8") having a first locking surface (9, 9") and the second lateral edge (3, 3', 3") has a second locking lug (11, 11") having a second locking surface (10, 10"), and - wherein the first locking surface (9, 9") and the second locking surface (10, 10") reach behind one another in the connected state in such a way that the first lateral edge (2, 2', 2") and the second lateral edge (3, 3', 3") are locked in a direction substantially perpendicular to the panel plane, characterised in that - the course of the first locking surface (9, 9") is tilted along the first lateral edge (2, 2', 2") relative to the panel plane and the course of the second locking surface (10, 10") is tilted along the second lateral edge (3, 3', 3") relative to the panel plane, in each case at least in some sections and in correspondence with one another. - wherein the first lateral edge (2, 2', 2") and the second lateral edge (3, 3', 3") are arranged opposite one another and designed correspond to one another in such a way that the first lateral edge (2, 2', 2") of the panel can be connected to a second lateral edge (3, 3', 3") of a panel (1, 1', 1") of the same type by means of a motion approximately perpendicular to the panel plane, - wherein the first lateral edge (2, 2', 2") has a first locking lug (8, 8") having a first locking surface (9, 9") and the second lateral edge (3, 3', 3") has a second locking lug (11, 11") having a second locking surface (10, 10"), and - wherein the first locking surface (9, 9") and the second locking surface (10, 10") reach behind one another in the connected state in such a way that the first lateral edge (2, 2', 2") and the second lateral edge (3, 3', 3") are locked in a direction substantially perpendicular to the panel plane, - the course of the first locking surface (9, 9") is tilted along the first lateral edge (2, 2', 2") relative to the panel plane and the course of the second locking surface (10, 10") is tilted along the second lateral edge (3, 3', 3") relative to the panel plane, in each case at least in some sections and in correspondence with one another.
A degenerate nucleobase oligomer capable of hybridizing to a multi-allelic polynucleotide template having a first polymorphic site characterized by multiple nucleobase variations and a second polymorphic site characterized by multiple nucleobase variations, wherein the oligomer comprises: a) a degenerate nucleobase complementary to multiple nucleobase variations at the first polymorphic site, which hybridizes non-selectively to multiple nucleobase variations at the first polymorphic site, said degenerate nucleobase being a pyrimidine or an analog thereof which is complementary to guanine or adenine and has hydrogen-bonding functionality arrayed such that the pyrimidine or analog thereof can form two hydrogen bonds in a wobble conformation with one natural purine and two hydrogen bonds in a reverse wobble conformation with the other natural purine; or a purine or an analog thereof which is complementary to cytosine, uracil or thymine and has hydrogen-bonding functionality arrayed such that the purine or analog thereof can form two hydrogen bonds in a wobble conformation with one pyrimidine-like component and two hydrogen bonds in a reverse wobble conformation with the other pyrimidine-like component, wherein the hydrogen bonding pattern of the degenerate nucleobase of the oligomer is pyAAD or puDDA; and b) a base-specific nucleobase complementary to a single nucleobase variation at the second polymorphic site, wherein the base-specific nucleobase is characteristic of a single allele of the polynucleotide template, wherein the base-specific nucleobase is capable of selectively or specifically hybridizing to another nucleobase either by hydrogen bonding interactions that result from complementary base pairing. a) a degenerate nucleobase complementary to multiple nucleobase variations at the first polymorphic site, which hybridizes non-selectively to multiple nucleobase variations at the first polymorphic site, said degenerate nucleobase being a pyrimidine or an analog thereof which is complementary to guanine or adenine and has hydrogen-bonding functionality arrayed such that the pyrimidine or analog thereof can form two hydrogen bonds in a wobble conformation with one natural purine and two hydrogen bonds in a reverse wobble conformation with the other natural purine; or a purine or an analog thereof which is complementary to cytosine, uracil or thymine and has hydrogen-bonding functionality arrayed such that the purine or analog thereof can form two hydrogen bonds in a wobble conformation with one pyrimidine-like component and two hydrogen bonds in a reverse wobble conformation with the other pyrimidine-like component, wherein the hydrogen bonding pattern of the degenerate nucleobase of the oligomer is pyAAD or puDDA; and b) a base-specific nucleobase complementary to a single nucleobase variation at the second polymorphic site, wherein the base-specific nucleobase is characteristic of a single allele of the polynucleotide template, wherein the base-specific nucleobase is capable of selectively or specifically hybridizing to another nucleobase either by hydrogen bonding interactions that result from complementary base pairing.
An LED drive circuit comprising: - a rectifier circuit which outputs a full-wave rectified voltage waveform; - a main light-emitting LED array which includes a first LED sub-array constructed by connecting a plurality of LEDs in series, and a second LED sub-array constructed by connecting a plurality of LEDs in series; - an auxiliary light-emitting LED array constructed by connecting a plurality of LEDs in series; - a bypass circuit, connected to a connection node between said first LED sub-array and said second LED sub-array, for allowing a current passing through said first LED sub-array to return to said rectifier circuit; and - a current-limiting circuit (162, 164) for limiting a current flowing through said auxiliary light-emitting LED array; characterized in that - said bypass circuit comprises a first shut-off means to shut off the current passing through said bypass circuit when the voltage value of the full wave rectified voltage waveform exceeds the sum of a first voltage threshold of the first LED sub-array and a second voltage threshold value of the second LED sub-array, and - said current-limiting circuit (162, 164) comprises a second shut-off means to shut off the current flowing to said auxiliary light-emitting LED array when the voltage value of the full wave rectified voltage waveform exceeds the sum of the first voltage threshold of the first LED sub-array and the second voltage threshold value of the second LED sub-array. - a rectifier circuit which outputs a full-wave rectified voltage waveform; - a main light-emitting LED array which includes a first LED sub-array constructed by connecting a plurality of LEDs in series, and a second LED sub-array constructed by connecting a plurality of LEDs in series; - an auxiliary light-emitting LED array constructed by connecting a plurality of LEDs in series; - a bypass circuit, connected to a connection node between said first LED sub-array and said second LED sub-array, for allowing a current passing through said first LED sub-array to return to said rectifier circuit; and - a current-limiting circuit (162, 164) for limiting a current flowing through said auxiliary light-emitting LED array; - said bypass circuit comprises a first shut-off means to shut off the current passing through said bypass circuit when the voltage value of the full wave rectified voltage waveform exceeds the sum of a first voltage threshold of the first LED sub-array and a second voltage threshold value of the second LED sub-array, and - said current-limiting circuit (162, 164) comprises a second shut-off means to shut off the current flowing to said auxiliary light-emitting LED array when the voltage value of the full wave rectified voltage waveform exceeds the sum of the first voltage threshold of the first LED sub-array and the second voltage threshold value of the second LED sub-array.
A power conversion device comprising: a switching circuit that converts DC power into AC power; a PWM controller that outputs a switching control signal for controlling the switching circuit to be turned on or off based on a voltage command; a current detector that detects a current flowing in a synchronous motor; and an axis error estimator that estimates an axis error between a control axis and a rotor pole axis of the synchronous motor based on the voltage command and a current detected by the current detector; characterized by further comprising a frequency component extractor that extracts an arbitrary frequency component of the axis error estimated by the axis error estimator by Fourier transformation; and a step-out determination unit that determines whether or not there is step-out based on the frequency component extracted by the frequency component extractor.