mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine comprising a fluid based system with a filter arrangement for filtering a working fluid for a point of use in said wind turbine, the system comprising: a fluid circuit (31, 32) configured to direct the working fluid from a source to the point of use; a pump arranged in the fluid circuit to provide a fluid flow; a first branch of said fluid circuit configured to direct the fluid from the pump to a first filter; and a second branch of said fluid circuit configured to direct the fluid from the pump to a second filter; the first filter being configured to filter smaller particles than the second filter and the second filter being connected to the point of use and forming an inline filter in the fluid circuit, where the first filter is an offline filter arranged to deliver filtered working fluid directly to the source, and wherein said wind turbine further comprises a switch for allowing switching said offline filter in and out. a fluid circuit (31, 32) configured to direct the working fluid from a source to the point of use; a pump arranged in the fluid circuit to provide a fluid flow; a first branch of said fluid circuit configured to direct the fluid from the pump to a first filter; and a second branch of said fluid circuit configured to direct the fluid from the pump to a second filter; the first filter being configured to filter smaller particles than the second filter and the second filter being connected to the point of use and forming an inline filter in the fluid circuit, where the first filter is an offline filter arranged to deliver filtered working fluid directly to the source, and wherein said wind turbine further comprises a switch for allowing switching said offline filter in and out.
A tire curing press, comprising: a press cavity for curing vulcanized tires, comprising an upper cavity part and a lower cavity part; a base comprising a main body that at least partially forms the lower cavity part; a movable platen supported by the base and vertically movable relative to the base, the movable platen configured to support a lower tire mold section that is received within the upper cavity part during a tire curing operation; a first cylinder mounted on the base comprising a first cylinder rod; a movable indexing apparatus interposed between the first cylinder rod and the movable platen, and comprising a plurality of steps of differing thickness, whereby moving a selected one of the plurality of steps into alignment with the first cylinder rod establishes a different partially open position of the lower mold section; and a second cylinder mounted on the base comprising a second cylinder rod secured to the movable platen for raising the movable platen relative to the base to permit the moving of the indexing apparatus, the second cylinder having an operative stroke length greater than an operative stroke length of the first cylinder, wherein both of the first and second cylinders (110, 130) are configured to apply a substantially equal squeeze pressure to the movable platen to thereby establish a final tire curing pressure within the press cavity during said tire curing operation. a press cavity for curing vulcanized tires, comprising an upper cavity part and a lower cavity part; a base comprising a main body that at least partially forms the lower cavity part; a movable platen supported by the base and vertically movable relative to the base, the movable platen configured to support a lower tire mold section that is received within the upper cavity part during a tire curing operation; a first cylinder mounted on the base comprising a first cylinder rod; a movable indexing apparatus interposed between the first cylinder rod and the movable platen, and comprising a plurality of steps of differing thickness, whereby moving a selected one of the plurality of steps into alignment with the first cylinder rod establishes a different partially open position of the lower mold section; and a second cylinder mounted on the base comprising a second cylinder rod secured to the movable platen for raising the movable platen relative to the base to permit the moving of the indexing apparatus, the second cylinder having an operative stroke length greater than an operative stroke length of the first cylinder, wherein both of the first and second cylinders (110, 130) are configured to apply a substantially equal squeeze pressure to the movable platen to thereby establish a final tire curing pressure within the press cavity during said tire curing operation.
Method of producing a trench-shaped structure in a III-V multi-junction solar cell with an upper side and a lower side and the III-V multi-junction solar cell comprises a substrate arranged at the lower side, and the substrate is constructed as a semiconductor wafer and has on a front side an epitaxial layer system with a plurality of III-V layers, wherein the epitaxial layer system comprises at least one first III-V solar cell formed at the upper side of the III-V multi-junction solar cell, on which first III-V solar cell an organic layer is arranged, characterised in that - in a first method step a first trench with a width X and with a base surface formed in the epitaxial layer system is produced by means of a laser, - in a second method step a second trench with a width Y and with a base surface formed in the substrate is produced in the base surface of the first trench by means of the laser, wherein the width Y is smaller than the width X so that a first step is formed by the execution of the second method step, - the aforesaid method steps are executed in the indicated sequence or in an alternative the second method step is executed before the first method step and the second trench with the width Y is produced before the first trench with the width X. - in a first method step a first trench with a width X and with a base surface formed in the epitaxial layer system is produced by means of a laser, - in a second method step a second trench with a width Y and with a base surface formed in the substrate is produced in the base surface of the first trench by means of the laser, wherein the width Y is smaller than the width X so that a first step is formed by the execution of the second method step, - the aforesaid method steps are executed in the indicated sequence or in an alternative the second method step is executed before the first method step and the second trench with the width Y is produced before the first trench with the width X.
A seismic insulating structure for buildings characterized by comprising an insulating platform arranged under the foundations of a building and comprising a top block, a bottom block separated from the top block, a plurality of seismic insulators arranged between the top block and the bottom block, an inner underground wall fixed on the bottom to the top block and an outer underground wall fixed on the bottom to the bottom block and arranged about said inner underground wall; said inner underground wall and said outer underground wall defining a seismic joint for their entire height (9, characterized in that the inner underground wall is arranged so as to contain the ground that surrounds said building.
A permanent magnet linear motor, comprising a stator component, a rotor component, and a motor housing, the rotor component being sandwiched by the stator component, the motor housing being cylindrical, the stator component and the rotor component being both flat structures mounted in the motor housing; wherein, the rotor component comprises a shaft, a supporter, and a permanent magnet, the supporter and the permanent magnet are defined flat, the stator component comprises a stator core, and a coil winding, the stator core is mounted in the motor housing, the stator core extends along a radial direction of the motor housing to define a frame having tooth structure, the coil winding is coiled on the frame, two ends of the shaft respectively extends out of a motor, the supporter is fixedly defined on the middle part of the shaft, the permanent magnet is fixedly embedded in the supporter two second covers (7, 7') are respectively defined at two ends of the motor housing along an axial direction of the motor housing, the middle part of 2. each of the second covers (7, 7') defines hole, two ends of the shaft respectively pass through the holes, two sides of the supporter both defines a prop paralleled to the shaft, each of the props defines a guide hole for receiving a guide rail, wherein the two ends of each of the guide rails 100 are fixed in the second covers (7, 7') respectively, to prevent the guide rail from being loosened or moved along the axial direction, so that the rotor component of the motor can be guided and positioned, wherein the rotor component is configured to reciprocally move along the guide rails under an action of the stator component.
A method of producing a linerless label web provided with adhesive and markings as well as optional perforations and/or pre-printed décor (7a, 7b), said web (1, 1a, 1b, 1c) being configured to be separated into individual labels (8, 8a, 8b, 8c), said markings being detectable by a sensor to determine when the web is in a correct longitudinal position for transverse cutting for obtaining said separation, wherein the markings comprise recesses (3a, 3b, 3c, 3d) characterized in that the recesses are provided in the web in the same process step as the single web is cut out from a roll of material, said process step comprising cutting out and removing a slip of material between two label webs (1a, 1b, 1c), wherein said slip is provided with protrusions which protrude into the label web (1a, 1b, 1c) and which are mirror images of the recesses (3a, 3b, 3c).
Catalysts for ammonia oxidation formed of one or more catalytic units each of which formed of a pair of blocks having honeycomb-type structure comprising an ammonia oxidation catalyst, each of said blocks having height of less than 15 cm and more than 2 cm and interplaced between them a layer performing the function of uniformly mixing the reagent gas flow having a height of more than 0.5 cm and not more than 3 cm, formed of foamed material having open, randomly connected cells.
A method of reverse circulation cementing of a liner in a wellbore extending through a subterranean formation, the method comprising the steps of: a. running-in a tubing string having a reverse circulation assembly, and a liner; b. circulating fluid conventionally during run-in by flowing fluid from the surface through an interior passageway of the tubing string, through an outlet at the liner bottom, and uphole along a wellbore annulus to the surface; c. setting an annular isolation device in an annulus defined between a casing positioned in the wellbore and the tubing string; d. flowing cement along a reverse circulation path into the annulus below the annular isolation device and adjacent the liner; e. setting the cement in the wellbore annulus about the liner; and f. after setting the cement, setting a liner hanger into engagement with the casing. a. running-in a tubing string having a reverse circulation assembly, and a liner; b. circulating fluid conventionally during run-in by flowing fluid from the surface through an interior passageway of the tubing string, through an outlet at the liner bottom, and uphole along a wellbore annulus to the surface; c. setting an annular isolation device in an annulus defined between a casing positioned in the wellbore and the tubing string; d. flowing cement along a reverse circulation path into the annulus below the annular isolation device and adjacent the liner; e. setting the cement in the wellbore annulus about the liner; and f. after setting the cement, setting a liner hanger into engagement with the casing.
Electromagnetic flowmeter with a measuring tube, through which a medium flows essentially in the direction of the measuring tube axis, with a magnet arrangement (6, 7), which is designed to generate an alternating magnetic field that crosses the measuring tube and runs essentially perpendicular to the measuring tube axis, and to induce an alternating, flow-dependent measuring voltage in the medium, with a first measuring electrode and with a second measuring electrode, said measuring electrodes being positioned in the measuring tube on a connection line, which is essentially aligned perpendicular to the measuring tube axis and to the magnetic field, and with an evaluation/control unit, which is designed to determine the volume flow or mass flow of the medium through the measuring tube using the alternating measuring voltage measured at the measuring electrodes (3, 4), characterized in that the first measuring electrode is made from a first material, the second measuring electrode is made from a second material that is different to the first material, wherein a DC voltage ( U G), generated by electrochemical potentials and therefore medium-dependent potentials, between the first electrode and the second electrode carries medium-specific information, wherein the DC voltage ( U G) is superimposed on the alternating measuring voltage that is relevant for flow measurement, in that the control/evaluation unit is designed to determine the DC voltage between the two measuring electrodes (3, 4), and in that the control/evaluation unit is designed to provide the medium-specific information using the DC voltage ( U G).
A method of preparing a nacreous pigment, composed of multiple layers, which includes a low refractive index layer and a high refractive index layer coated on a transparent matrix comprising: preparing a suspension by mixing a flake substrate containing at least one of synthetic mica, natural mica, glass, iron oxide flake, alumina flake and silica flake with de-ionized water to produce a flake mixture, followed by stirring and dispersing the mixture; forming a first metal oxide layer on a surface of the flake substrate by titrating a first soluble inorganic metal salt solution composed of at least one selected from SnCl 4, TiCl 4, TiOCl2, TiOSO4, FeCl 3, FeSO 4, ZrOCl 2, MnCl 2 and CoCl 2, and mixtures thereof to the suspension, followed by hydrolyzing the first inorganic metal salt solution; forming said low refractive index oxide layer consisting of MgO.SiO 2 on a surface of the first metal oxide layer by titrating a soluble inorganic salt solution to the suspension obtained by titration of the first inorganic salt solution, followed by hydrolyzing the inorganic salt solution; and forming a second metal oxide layer on the surface of the oxide layer by titrating a second soluble inorganic metal salt solution composed of at least one selected from SnCl 4, TiCl 4, TiOCl 2, TiOSO4, FeCl 3, FeSO 4, ZrOCl 2, MnCl 2 and CoCl 2, and mixtures thereof to the suspension obtained by titration of the inorganic salt solution, followed by hydrolyzing the second inorganic metal salt solution, wherein said low refractive index oxide layer is present in an amount of 5 to 35 wt% with respect to a total amount of said nacreous pigment. preparing a suspension by mixing a flake substrate containing at least one of synthetic mica, natural mica, glass, iron oxide flake, alumina flake and silica flake with de-ionized water to produce a flake mixture, followed by stirring and dispersing the mixture; forming a first metal oxide layer on a surface of the flake substrate by titrating a first soluble inorganic metal salt solution composed of at least one selected from SnCl 4, TiCl 4, TiOCl2, TiOSO4, FeCl 3, FeSO 4, ZrOCl 2, MnCl 2 and CoCl 2, and mixtures thereof to the suspension, followed by hydrolyzing the first inorganic metal salt solution; forming said low refractive index oxide layer consisting of MgO.SiO 2 on a surface of the first metal oxide layer by titrating a soluble inorganic salt solution to the suspension obtained by titration of the first inorganic salt solution, followed by hydrolyzing the inorganic salt solution; and forming a second metal oxide layer on the surface of the oxide layer by titrating a second soluble inorganic metal salt solution composed of at least one selected from SnCl 4, TiCl 4, TiOCl 2, TiOSO4, FeCl 3, FeSO 4, ZrOCl 2, MnCl 2 and CoCl 2, and mixtures thereof to the suspension obtained by titration of the inorganic salt solution, followed by hydrolyzing the second inorganic metal salt solution, wherein said low refractive index oxide layer is present in an amount of 5 to 35 wt% with respect to a total amount of said nacreous pigment.
Microphone system for a motor vehicle, having a. a microphone housing, in which a first microphone, a second microphone and a third microphone are arranged; b. a signal processing device that is configured to process respective signals provided by the microphones (11, 12, 13); wherein the signal processing device is configured to process the signals of the first and second microphones (11, 12) in a first mode of operation such that a driver directivity oriented to a first position of a driver's seat of the motor vehicle is provided, and to process the signals of the second and third microphones (12, 13) in the first mode of operation such that a front-seat passenger directivity oriented to a first position of a front-seat passenger's seat of the motor vehicle is provided, characterised in that the signal processing device is configured to process the signals of the first and third microphones (11, 13) in a second mode of operation such that an alternative driver directivity is provided that is oriented to a second position of the driver's seat, or to process the signals of the second and third microphones (12, 13) in the second mode of operation such that an alternative front-seat passenger directivity is provided that is oriented to a second position of the front-seat passenger's seat, wherein the signal processing device is additionally configured to switch automatically between the first and the second mode of operation by being configured to compare the signals relating to the different driver directivities (A1, A2) and/or front-seat passenger directivities (B1, B2) and to detect, with which directivity (A1, A2, B1, B2) a signal with a more favourable signal-to-noise ratio is captured. a. a microphone housing, in which a first microphone, a second microphone and a third microphone are arranged; b. a signal processing device that is configured to process respective signals provided by the microphones (11, 12, 13);
Method for establishing machine code which can be executed directly by a computer and the execution of which by the computer causes the computer to implement a rolling model based on mathematical/physical equations and to determine an output variable which quantitatively describes at least one material flow occurring in the rolling stock during a rolling process defined by the condition of the rolling stock and the stand setting, said output variable being determined on the basis of the rolling model, a condition of the rolling stock lying within a predetermined range of conditions and a stand setting lying within a predetermined range of settings, - a number of basic conditions (Z') of the rolling stock lying within the range of conditions and a number of basic stand settings (G') lying within the range of settings being predefined for a basic model which is based on the mathematical/physical equations and uses universal formulation functions (φ'), and an output condition (A') respectively being determined using the basic model, - each output condition (A') being described by a number of weighting factors (a') which each specify the extent to which a respective corresponding formulation function of the universal formulation functions (φ') occurs in the rolling stock following the rolling process defined by the respective basic condition (Z') of the rolling stock and the respective basic stand setting (G'), - adapted formulation functions (φ) being determined by analyzing all of the output conditions (A') determined, - the number of adapted formulation functions (φ) being considerably smaller than the number of universal formulation functions (φ'), - the rolling model being established using the adapted formulation functions (φ), and - the machine code being established on the basis of the rolling model. - a number of basic conditions (Z') of the rolling stock lying within the range of conditions and a number of basic stand settings (G') lying within the range of settings being predefined for a basic model which is based on the mathematical/physical equations and uses universal formulation functions (φ'), and an output condition (A') respectively being determined using the basic model, - each output condition (A') being described by a number of weighting factors (a') which each specify the extent to which a respective corresponding formulation function of the universal formulation functions (φ') occurs in the rolling stock following the rolling process defined by the respective basic condition (Z') of the rolling stock and the respective basic stand setting (G'), - adapted formulation functions (φ) being determined by analyzing all of the output conditions (A') determined, - the number of adapted formulation functions (φ) being considerably smaller than the number of universal formulation functions (φ'), - the rolling model being established using the adapted formulation functions (φ), and - the machine code being established on the basis of the rolling model.
A perception device for a vehicle to determine an uncertainty metric of an object, the perception device comprising one or more processors configured to: detect a vehicle environment; obtain a plurality of contextual variables from a plurality of auxiliary devices; wherein the plurality of contextual variables of interrelated conditions in which the vehicle exists; determine a plurality of objects within the vehicle's environment; and determine the uncertainty metric of the at least one of the plurality of objects based on a probability that the at least one of the plurality of objects occurs given at least one of the plurality of contextual variables; characterised by being further configured to: determine an annotation method based on the uncertainty metric of the at least one of the plurality of objects. detect a vehicle environment; obtain a plurality of contextual variables from a plurality of auxiliary devices; wherein the plurality of contextual variables of interrelated conditions in which the vehicle exists; determine a plurality of objects within the vehicle's environment; and determine the uncertainty metric of the at least one of the plurality of objects based on a probability that the at least one of the plurality of objects occurs given at least one of the plurality of contextual variables; characterised by being further configured to: determine an annotation method based on the uncertainty metric of the at least one of the plurality of objects.
A first treatment agent for use in a method of treating a subject with a respiratory inflammatory condition characterized by a detectable clinical symptom, the method comprising: administering to the subject an effective dose in alleviating said condition of said first treatment agent comprising 17alpha-hydroxyprogesterone caproate; wherein upon continuing said administration there is a desired change in the clinical symptom, where the clinical symptom is selected from a group consisting of: (a) lung structure, and (b) lung function. administering to the subject an effective dose in alleviating said condition of said first treatment agent comprising 17alpha-hydroxyprogesterone caproate; wherein upon continuing said administration there is a desired change in the clinical symptom, where the clinical symptom is selected from a group consisting of: (a) lung structure, and (b) lung function. (a) lung structure, and (b) lung function.