mhurhangee/patent-ind-claim-en huggingface dataset:
Method for detecting anomalies (A) in a spectrogram, spectrum or signal using a detection module , said detection module comprising a first machine learning submodule , a second machine learning submodule and a comparison submodule , the method comprising the following steps: a) receiving the spectrogram, spectrum or signal, as measured data (M) by the detection module , b) generating filtered data (F) based on the measured data (M) by the first submodule , wherein the filtered data (F) is a denoised version of the measured data (M), c) comparing the filtered data (F) with the measured data (M) by the comparison submodule , d) generating predicted data (P) based on the measured data (M) and/or the filtered data (F) by the second submodule , wherein the predicted data (P) is a predicted version of the measured data (M) and/or filtered data (F) for a predetermined point in the future, e) comparing the predicted data (P) with the measured data (M) and/or the filtered data (F) by the comparison submodule , and f) determining by the comparison submodule , that the spectrogram, spectrum or signal comprises an anomaly (A) if the filtered data (F) deviates from the measured data (M) and/or the predicted data (P) deviates from the measured data (M) and/or the filtered data (F) by at least a predetermined amount, wherein first submodule comprises a pre-trained artificial neural network and the second submodule comprises a pre-trained artificial neural network , wherein the first submodule and the second submodule have been pre-trained with a training data set free of anomalies (A), wherein the first submodule is pre-trained to remove noise and/or anomalies from the measured data (M). a) receiving the spectrogram, spectrum or signal, as measured data (M) by the detection module , b) generating filtered data (F) based on the measured data (M) by the first submodule , wherein the filtered data (F) is a denoised version of the measured data (M), c) comparing the filtered data (F) with the measured data (M) by the comparison submodule , d) generating predicted data (P) based on the measured data (M) and/or the filtered data (F) by the second submodule , wherein the predicted data (P) is a predicted version of the measured data (M) and/or filtered data (F) for a predetermined point in the future, e) comparing the predicted data (P) with the measured data (M) and/or the filtered data (F) by the comparison submodule , and f) determining by the comparison submodule , that the spectrogram, spectrum or signal comprises an anomaly (A) if the filtered data (F) deviates from the measured data (M) and/or the predicted data (P) deviates from the measured data (M) and/or the filtered data (F) by at least a predetermined amount,
A panel for a cooktop , mainly or completely manufactured of a plate body , wherein the panel comprises a multilayer structure located in at least an outer edge area of the panel , any two adjacent layers of the multilayer structure abut against each other, and the multilayer structure is formed by folding the plate body ; characterized in that glue filling holes used to bond the layers are provided in the multilayer structure . the panel comprises a multilayer structure located in at least an outer edge area of the panel , any two adjacent layers of the multilayer structure abut against each other, and the multilayer structure is formed by folding the plate body ; characterized in that glue filling holes used to bond the layers are provided in the multilayer structure .
A humanized antibody capable of binding to interleukin-10 (IL-10), wherein the antibody comprises the amino acid sequences of the variable domains SEQ ID No: 69 and SEQ ID No: 70, and wherein the antibody comprises a human IgG1 constant domain.
A method for operating a gas turbine comprising a compressor , a combustor , and a turbine , the method comprising: compressing air with the compressor and feeding compressed air continuously to the combustor , supplying a first portion of fuel continuously to the combustor , continuously firing the mixture of fuel and gas in the combustor , feeding combustion gases from the combustor to the turbine , supplying a second portion of fuel intermittently to the combustor , where the first portion of fuel and the second portion of fuel make together the total amount of fuel supplied to the combustor , characterized by supplying the second portion fuel to the combustor in pulses, and supplying steam intermittently to the combustor . compressing air with the compressor and feeding compressed air continuously to the combustor , supplying a first portion of fuel continuously to the combustor , continuously firing the mixture of fuel and gas in the combustor , feeding combustion gases from the combustor to the turbine , supplying a second portion of fuel intermittently to the combustor , where the first portion of fuel and the second portion of fuel make together the total amount of fuel supplied to the combustor , characterized by supplying the second portion fuel to the combustor in pulses, and supplying steam intermittently to the combustor .
A spacer knit construction comprising: a first surface ; a second surface ; and spacer pole filaments connecting the first and second surfaces, wherein the first surface and the second surface are kept apart by the spacer pole filaments, wherein the spacer knit construction is comprised at least partially of metallic wires. a first surface ; a second surface ; and spacer pole filaments connecting the first and second surfaces, wherein the first surface and the second surface are kept apart by the spacer pole filaments, wherein the spacer knit construction is comprised at least partially of metallic wires.
A steering shaft for a motor vehicle, comprising a hollow shaft and an inner shaft which is arranged coaxially in the hollow shaft , can be telescoped relative to the hollow shaft in the direction of the longitudinal axis of the steering shaft , and is connected in a torque-transmitting manner to the hollow shaft via at least one rolling body , the rolling body being received in a rolling body cage such that it can roll in the direction of the longitudinal axis (L) between the inner shaft and the hollow shaft , characterized in that the rolling body cage has at least one seal element which bears sealingly against the hollow shaft and/or the inner shaft .
A display device comprising: a display panel ; a light blocking arrangement for selectively blocking light which is directed to a lateral output direction from the display panel; an array of lenses arranged in front of the display panel and in front of the light blocking arrangement, wherein the display panel has a polarized output and the display device is configurable in a privacy mode in which the light blocking arrangement blocks laterally directed light output from the display panel based on the polarization of the light and a public mode in which the light blocking arrangement allows light to pass which is directed to a lateral output direction, wherein the light blocking arrangement comprises a stack of layers , each layer comprising a pattern of light blocking arrangement portions of two different types such that in the stack of layers, the portions align to form light blocking members of two different types, wherein the light blocking arrangement portions of one type or of both types in the layer closest to the display panel comprise switchable polarization rotators, wherein each light blocking member is associated with an associated lens such that the light blocking members form a pattern with a repeating pattern pitch which is double the lens pitch and the light blocking members have a width corresponding to the lens width, wherein, in the privacy mode, the switchable polarization rotators are switched such that the light blocking members each allow the passage of normally directed light but block laterally directed light. a display panel ; a light blocking arrangement for selectively blocking light which is directed to a lateral output direction from the display panel; an array of lenses arranged in front of the display panel and in front of the light blocking arrangement, wherein the display panel has a polarized output and the display device is configurable in a privacy mode in which the light blocking arrangement blocks laterally directed light output from the display panel based on the polarization of the light and a public mode in which the light blocking arrangement allows light to pass which is directed to a lateral output direction, wherein the light blocking arrangement comprises a stack of layers , each layer comprising a pattern of light blocking arrangement portions of two different types such that in the stack of layers, the portions align to form light blocking members of two different types, wherein the light blocking arrangement portions of one type or of both types in the layer closest to the display panel comprise switchable polarization rotators, wherein each light blocking member is associated with an associated lens such that the light blocking members form a pattern with a repeating pattern pitch which is double the lens pitch and the light blocking members have a width corresponding to the lens width, wherein, in the privacy mode, the switchable polarization rotators are switched such that the light blocking members each allow the passage of normally directed light but block laterally directed light.
An articulated work vehicle in which a front frame is linked to a rear frame , the articulated work vehicle comprising: a joystick lever configured to be operated by an operator, the joystick lever being able to be used to set a target steering angle (θin); a hydraulic actuator driven by hydraulic pressure, the hydraulic actuator configured to perform an articulation for changing an actual steering angle (θs) of the front frame with respect to the rear frame in response to operation of the joystick lever ; a control valve configured to control flow of fluid supplied to the hydraulic actuator so as to make the actual steering angle (θs) coincide with the target steering angle (θin); and a force imparting component configured to apply an assisting force or a counterforce to operation of the joystick lever ; characterized by a controller configured to control the force imparting component so as to generate resistance to operation of the joystick lever on the basis of a start timing of articulation. a joystick lever configured to be operated by an operator, the joystick lever being able to be used to set a target steering angle (θin); a hydraulic actuator driven by hydraulic pressure, the hydraulic actuator configured to perform an articulation for changing an actual steering angle (θs) of the front frame with respect to the rear frame in response to operation of the joystick lever ; a control valve configured to control flow of fluid supplied to the hydraulic actuator so as to make the actual steering angle (θs) coincide with the target steering angle (θin); and a force imparting component configured to apply an assisting force or a counterforce to operation of the joystick lever ; characterized by a controller configured to control the force imparting component so as to generate resistance to operation of the joystick lever on the basis of a start timing of articulation.
A sheath heater comprising: a metal sheath ; a heating wire arranged in a space within the metal sheath so as to rotate with respect to an axis direction of the metal sheath, wherein the heating wire is arranged in a double helix structure in a biaxial region of the metal sheath; an insulating material arranged in the space; and connection terminals arranged at one end of the metal sheath, the connection terminals electrically connected with both ends of the heating wire respectively; characterised in that the heating wire has a band shape, wherein the surface directions formed by the width of the biaxial heating wire are substantially parallel, wherein the rotation direction of each helix of the heating wire is substantially the same and the rotation pitch is substantially the same, and wherein a thickness (d4) of the metal sheath is in the range of 0.5mm or more and 1.0mm or less. a metal sheath ; a heating wire arranged in a space within the metal sheath so as to rotate with respect to an axis direction of the metal sheath, wherein the heating wire is arranged in a double helix structure in a biaxial region of the metal sheath; an insulating material arranged in the space; and connection terminals arranged at one end of the metal sheath, the connection terminals electrically connected with both ends of the heating wire respectively; characterised in that the heating wire has a band shape, wherein the surface directions formed by the width of the biaxial heating wire are substantially parallel, wherein the rotation direction of each helix of the heating wire is substantially the same and the rotation pitch is substantially the same, and wherein a thickness (d4) of the metal sheath is in the range of 0.5mm or more and 1.0mm or less.
Electromagnetic radiation-emitting optoelectronic front headlamp for a vehicle, comprising a luminescent diode chip which has at least two emission regions which are differently shaped, differently sized and/or differently oriented in a plan view of a main extension plane assigned to them, wherein the emission regions are arranged without overlapping, wherein the emission regions can be controlled independently of each other, wherein the luminescent diode chip is arranged on a carrier body and, together with the carrier body , is covered with an electrically insulating layer on which an electrical conductor track structure is formed, the emission regions each having at least one electrical connection area which is connected to the conductor track structure , and wherein the headlamp has an optical element for forming a beam cone.
A method for producing a magnetic Nd 2 Fe 14 B- powder, comprising: mixing neodymium oxide, boron, and iron to prepare a first mixture; adding calcium to the first mixture and mixing them to prepare a second mixture; mixing an alkali metal with the second mixture to prepare a third mixture; and placing a carbon sheet on the third mixture, placing silica sand thereon, and then heating at a temperature of 800°C to 1100°C, wherein the alkali metal is one or more selected from the group consisting of Li, Na, K, Rb, and Cs and wherein in the mixing of the alkali metal with the second mixture to prepare a third mixture, the content of the alkali metal is 1 wt% to 20 wt%. mixing neodymium oxide, boron, and iron to prepare a first mixture; adding calcium to the first mixture and mixing them to prepare a second mixture; mixing an alkali metal with the second mixture to prepare a third mixture; and placing a carbon sheet on the third mixture, placing silica sand thereon, and then heating at a temperature of 800°C to 1100°C, wherein the alkali metal is one or more selected from the group consisting of Li, Na, K, Rb, and Cs and wherein in the mixing of the alkali metal with the second mixture to prepare a third mixture, the content of the alkali metal is 1 wt% to 20 wt%.
A graphics processing unit, GPU, to accelerate machine-learning operations, the GPU comprising: a multiprocessor wherein the multiprocessor is to execute a same instruction for multiple threads and to execute parallel threads of a thread group, each thread of the thread group having independent thread state, the instruction to cause a first compute unit (1411,..., 1418) to perform at least a two-dimensional matrix multiply operation; wherein the operation is performed on three 16-bit unsigned integer input operands a, b and c, and includes computing, by a signed 16-bit × 16-bit multiplier, a 32-bit intermediate product between 16-bit unsigned integer operand a and 16-bit unsigned integer input operand b and computing, by a 32-bit adder, a 32-bit sum based on the 32-bit intermediate product and 16-bit unsigned integer input operand c. a multiprocessor wherein the multiprocessor is to execute a same instruction for multiple threads and to execute parallel threads of a thread group, each thread of the thread group having independent thread state, the instruction to cause a first compute unit (1411,..., 1418) to perform at least a two-dimensional matrix multiply operation; wherein the operation is performed on three 16-bit unsigned integer input operands a, b and c, and includes computing, by a signed 16-bit × 16-bit multiplier, a 32-bit intermediate product between 16-bit unsigned integer operand a and 16-bit unsigned integer input operand b and computing, by a 32-bit adder, a 32-bit sum based on the 32-bit intermediate product and 16-bit unsigned integer input operand c.
Device (1; 20; 40; 60; 80; 100; 120; 160) for at least partially covering a vehicle floor pan of a motor vehicle, comprising a carrier element (2; 22; 42; 62; 82; 102; 122; 142; 162) made at least by a hard foam material, a vibration decoupling element (3; 23; 43; 63; 83; 103; 123; 143; 163) made at least by a soft foam material, a surface layer (4; 24; 44; 64; 84; 104; 124; 144; 164) to visually cover the device from the top, wherein the device has a shield element (5; 25; 45; 65; 85; 105; 125; 145; 165), which is made at least by a plastic material and is configured for accepting, absorbing and distributing the energy of a localized impact stress, which is applied on the device from above against the shield element characterised in that the shield element has at least one passage section (5a; 25a; 45a; 65a; 85a; 105a; 125a) configured for allowing the soft foam material to pass through at least a part of the shield element during production of the device.
Method for producing a fibrin-based bioartificial and acellular construct, comprising the following steps: - provision of a fibrinogen-containing and cell-free composition; - provision of a thrombin-containing and cell-free composition; - application of the fibrinogen-containing cell-free and the thrombin-containing cell-free compositions to a surface; - pressurization of the mixture of compositions applied to the surface at least until the fibrin formation is essentially completed; and - removal of the fibrin-based acellular bioartificial construct from the surface, wherein pressure is applied to the surface and wherein the pressurization takes place at a relative pressure of at least 100 kPa (1 bar) and the applied layer has a thickness of at least 1 mm. - provision of a fibrinogen-containing and cell-free composition; - provision of a thrombin-containing and cell-free composition; - application of the fibrinogen-containing cell-free and the thrombin-containing cell-free compositions to a surface; - pressurization of the mixture of compositions applied to the surface at least until the fibrin formation is essentially completed; and - removal of the fibrin-based acellular bioartificial construct from the surface, wherein pressure is applied to the surface and wherein the pressurization takes place at a relative pressure of at least 100 kPa (1 bar) and the applied layer has a thickness of at least 1 mm.
A monitoring system (1, 1', 1") for measuring and communicating properties of a liquid , wherein said monitoring system (1, 1', 1") is configured to be arranged in a mounted position above and at a distance from a surface of the liquid , and wherein said monitoring system (1, 1', 1") comprises: a light source configured to emit light towards the surface of said liquid along an optical axis , such that at least a portion of said light is transmitted through said liquid , wherein said light source is configured to emit a focused light beam , a light detector configured to detect light that has been emitted from said light source , reflected by the liquid surface and and transmitted through said liquid and to generate an image representation (501, 501', 501") of the intensity and spatial distribution of the detected light, and a processing circuitry being configured to determine the turbidity of the liquid based on said image representation and wherein said image representation (501, 501', 501") is analyzed by means of an image recognition algorithm. a light source configured to emit light towards the surface of said liquid along an optical axis , such that at least a portion of said light is transmitted through said liquid , wherein said light source is configured to emit a focused light beam , a light detector configured to detect light that has been emitted from said light source , reflected by the liquid surface and and transmitted through said liquid and to generate an image representation (501, 501', 501") of the intensity and spatial distribution of the detected light, and a processing circuitry being configured to determine the turbidity of the liquid based on said image representation and wherein said image representation (501, 501', 501") is analyzed by means of an image recognition algorithm.
A method of reducing the amount of matrix-bound NNK in cured tobacco plant material, comprising the steps of: (a) providing cured tobacco plant material; (b) treating the plant material to reduce particle size; (c) mechanically separating lignified tissue from non-lignified tissue in the cured tobacco plant material by size; and (d) obtaining cured tobacco plant material in which the amount of lignin is reduced and the amount of matrix-bound NNK is reduced as compared to the cured tobacco plant material provided in step (a). (a) providing cured tobacco plant material; (b) treating the plant material to reduce particle size; (c) mechanically separating lignified tissue from non-lignified tissue in the cured tobacco plant material by size; and (d) obtaining cured tobacco plant material in which the amount of lignin is reduced and the amount of matrix-bound NNK is reduced as compared to the cured tobacco plant material provided in step (a).
Hydraulic system for driving a vibratory mechanism of a compaction roller , the hydraulic system comprising at least one hydraulic motor connectable to vibratory mechanism and a first hydraulic pump fluidly connected to the at least one hydraulic motor and arranged for supplying pressurised hydraulic fluid to the at least one hydraulic motor , the hydraulic system further comprises a second hydraulic pump fluidly connected to the at least one hydraulic motor and arranged for supplying pressurised hydraulic fluid to the at least one hydraulic motor , wherein the hydraulic system is an open circuit system, wherein the first and second hydraulic pumps are arranged to draw hydraulic fluid from one or more tanks adapted to store hydraulic fluid at substantially atmospheric pressure, and wherein fluid exiting the hydraulic motor is guided back to said one or more tank, characterized in that the hydraulic system comprises a control unit, wherein the control unit is configured to control the hydraulic system such that pressurised hydraulic fluid is supplied to the at least one hydraulic motor from only one of the first and second hydraulic pumps during a first part of a hydraulic motor acceleration phase, and such that pressurised hydraulic fluid is supplied to the at least one hydraulic motor from both of the first and second hydraulic pumps during a second part of the hydraulic motor acceleration phase.