mhurhangee/ep-ind-claims huggingface dataset:
Method for determining an overhydration parameter or a body composition parameter of a patient comprising: obtaining first bioimpedance measurement data of a patient from a first type of bioimpedance measurement, deriving bioimpedance calibration data from the first bioimpedance measurement data for calibrating second bioimpedance measurement data from a second type of bioimpedance measurement, obtaining the second bioimpedance measurement data from a second bioimpedance measurement of the patient, and calibrating the second bioimpedance measurement data using the calibration data to determine the overhydration parameter or the body composition parameter of the patient. obtaining first bioimpedance measurement data of a patient from a first type of bioimpedance measurement, deriving bioimpedance calibration data from the first bioimpedance measurement data for calibrating second bioimpedance measurement data from a second type of bioimpedance measurement, obtaining the second bioimpedance measurement data from a second bioimpedance measurement of the patient, and calibrating the second bioimpedance measurement data using the calibration data to determine the overhydration parameter or the body composition parameter of the patient.
A heat exchanger having welded plates, comprising metal plates (1, 2) previously stamped, assembled in pairs by welding on two opposite sides (10, 11) and thus forming modular elements stacked defining two independent circuits, respectively for a first fluid and for a second fluid, adjacent plates (1, 2) further having contact points distributed over the extent of these plates, characterised in that the plates (1, 2) include, over their extent, on the one hand parallel ribs (4, 5) giving them a wavy profile, and on the other hand bumps whose vertices lie in a plane containing the bases or the vertices of the ribs (4, 5), two adjacent plates having ribs (4, 5) of different directions such that these plates are in contact both by the points of intersection of the vertices of their respective ribs and by the vertices of their corresponding respective bumps, the vertices of the bumps of one plate being welded to the vertices of the corresponding bumps of the other plate.
A lithium metal oxide powder for use as a cathode material in a rechargeable battery, consisting of a core material and a surface layer, the core having a layered crystal structure consisting of the elements Li, a metal M and oxygen, wherein the metal M has the formula M=Co 1-a M' a, with 0≤a≤0.05, wherein M' is either one or more metals of the group consisting of Al, Ga and B; and the surface layer comprising a mixture of the elements of the core material Li, M and oxygen, inorganic N-based oxides and a cobalt-based spinel phase, wherein N is either one or more metals of the group consisting of Mg, Ti, Fe, Cu, Ca, Ba, Y, Sn, Sb, Na, Zn, Zr and Si.
Plasterboard fixing plug, having a fixing plug body (2, 102) which has a thread (7, 107) that is self-tapping in plasterboard for screwing into a plasterboard panel (19, 119) and an axial screw hole (6, 106) for screwing in a screw (21, 121), and having a drill bit (3, 103) for drilling a fixing plug hole (20, 120) for screwing the fixing plug body (2, 102) into the plasterboard panel (19, 119), wherein the drill bit (3, 103) consists at least partly of a material that is not melted by frictional heat on drilling through a plasterboard panel, and wherein the drill bit (3, 103) is arranged on a front portion (16, 116) of the fixing plug body (2, 102) in a screw-in direction and projects forwards in the screw-in direction beyond a front end (5, 105) of the fixing plug body (2, 102) in the screw-in direction, wherein the drill bit (3, 103) has a predetermined breaking point (17, 117) for separation or for displacement of a front part (10, 110) of the drill bit (3, 103) projecting forwards beyond the front end (5, 105) of the fixing plug body (2, 102) by screwing of a screw (21, 121) into the screw hole (6, 106) of the fixing plug body (2, 102), wherein the plasterboard fixing plug is configured in such a way that, after the separation or displacement of the front part (10, 110) of the drill bit (3, 103), a rear part (15, 115) of the drill bit (3, 103) arranged on the front portion (16, 116) of the fixing plug body (2, 102) remains on the front portion (16, 116) of the fixing plug body (2, 102) as counter-bearing (22, 122) for a screw thread of the screw (21, 121) screwable into the screw hole (6, 106); and the rear part (15, 115) of the drill bit (3, 103) arranged on the front portion (16, 116) of the fixing plug body (2, 102) as counter-bearing (22, 122) for the screw thread of the screw (21, 121) screwable into the screw hole (6, 106) of the fixing plug body (2, 102) has been overmoulded with plastics material of the fixing plug body (2, 102); or the drill bit has been inserted into or mounted on a receiver of the fixing plug body by means of an interlocking snap connection.
An oxygen carrier composition comprising: a synthetic polymer vesicle comprising a plurality of cross-linked block copolymer chains, wherein each block copolymer chain comprises: at least one hydrophilic polymer block; and at least one hydrophobic polymer block; and at least one polymerizable group conjugated to the at least one hydrophobic polymer block or hydrophilic polymer block; and an oxygen-binding compound, an initiator molecule, wherein at least one of the plurality of block copolymer chains is a diblock copolymer chain in which the at least one hydrophobic polymer block is poly(ε-caprolactone), the at least one hydrophilic polymer block is poly(ethylene oxide), and the weight fraction of the poly(ethylene oxide) is from about 11 to about 20 percent of the total weight of the diblock copolymer chain, and wherein the cross-links between copolymer chains are the result of a polymerization reaction activated by the initiator molecule. a synthetic polymer vesicle comprising a plurality of cross-linked block copolymer chains, wherein each block copolymer chain comprises: at least one hydrophilic polymer block; and at least one hydrophobic polymer block; and at least one polymerizable group conjugated to the at least one hydrophobic polymer block or hydrophilic polymer block; and at least one hydrophilic polymer block; and at least one hydrophobic polymer block; and at least one polymerizable group conjugated to the at least one hydrophobic polymer block or hydrophilic polymer block; and an oxygen-binding compound, an initiator molecule, wherein at least one of the plurality of block copolymer chains is a diblock copolymer chain in which the at least one hydrophobic polymer block is poly(ε-caprolactone), the at least one hydrophilic polymer block is poly(ethylene oxide), and the weight fraction of the poly(ethylene oxide) is from about 11 to about 20 percent of the total weight of the diblock copolymer chain, and wherein the cross-links between copolymer chains are the result of a polymerization reaction activated by the initiator molecule.
A portable air projection apparatus, characterized by comprising: a vapor projection curtain generation device which can generate a gaseous curtain wall through a vapor outlet; a communication interface which can be connected with a portable mobile communication device via a signal; a signal transceiving and processing unit for receiving a display signal from the portable mobile communication device through the communication interface, and converting the display signal into a projection control signal; and a projection lens for generating a projection display screen on the gaseous curtain wall according to the projection control signal; wherein the vapor outlet is of a strip shape, and both ends of the strip shape have adjusting plates which adjust the angle of vapor ejection, thereby adjusting the side range of the gaseous curtain wall; and when tilting the adjusting plates to both sides along the lengthwise direction of the vapor outlet, the angle of vapor ejection to the both sides is increased, and in turn the area of the gaseous curtain wall is increased. a vapor projection curtain generation device which can generate a gaseous curtain wall through a vapor outlet; a communication interface which can be connected with a portable mobile communication device via a signal; a signal transceiving and processing unit for receiving a display signal from the portable mobile communication device through the communication interface, and converting the display signal into a projection control signal; and a projection lens for generating a projection display screen on the gaseous curtain wall according to the projection control signal; wherein the vapor outlet is of a strip shape, and both ends of the strip shape have adjusting plates which adjust the angle of vapor ejection, thereby adjusting the side range of the gaseous curtain wall; and when tilting the adjusting plates to both sides along the lengthwise direction of the vapor outlet, the angle of vapor ejection to the both sides is increased, and in turn the area of the gaseous curtain wall is increased.
A method for reducing load in a wind turbine, said method characterised by: measuring displacements or moments resulting from asymmetric loads on the wind turbine by measuring displacement of a main shaft flange; using said measured displacements or moments to determine a pitch for each rotor blade to reduce or counter asymmetric rotor loading and a secondary control loop to determine a favorable yaw orientation to reduce pitch activity and to adjust yaw alignment of the wind turbine in accordance with the favorable yaw orientation; and adjusting the pitch of each rotor blade in accordance with the determined pitch to reduce or counter asymmetric rotor loading. measuring displacements or moments resulting from asymmetric loads on the wind turbine by measuring displacement of a main shaft flange; using said measured displacements or moments to determine a pitch for each rotor blade to reduce or counter asymmetric rotor loading and a secondary control loop to determine a favorable yaw orientation to reduce pitch activity and to adjust yaw alignment of the wind turbine in accordance with the favorable yaw orientation; and adjusting the pitch of each rotor blade in accordance with the determined pitch to reduce or counter asymmetric rotor loading.
An electronic fuel injection control device for an internal combustion engine in which no battery is mounted and that includes a fuel injection device for injecting a fuel devoted to combustion, and a power source circuit for rectifying and stabilizing an alternating current voltage generated by a power source comprising a generator, based on a rotation of a crank shaft of the internal combustion engine being started by rotating the crank shaft through a manual operation, whereby electrical generation power is by manual operation during a period when the power source voltage rises; the electronic fuel injection control device comprising: a power source voltage detection mechanism configured to detect a value of a power source voltage supplied to the fuel injection device by the power source circuit; and an information processing mechanism configured to perform first fuel injection processing of a starting operation when receiving a supply of a direct current voltage from the power source circuit; to initialize itself inputting the power source voltage value detected by the power source voltage detection mechanism; and to instruct a first fuel injection for the fuel injection device when the input voltage value attains a predetermined voltage value in a stable state of fuel pressure; and further configured to output from the information processing mechanism an ON signal for instruction ON of a power source of the fuel pump, when finishing own initialization; to output from the information processing mechanism an OFF signal comprising means for instructing OFF of the power source of the fuel pump when finishing the first fuel injection processing; and to output from the information processing mechanism the ON signal for instructing ON of the power source of the fuel pump, when finishing first ignition processing. a power source voltage detection mechanism configured to detect a value of a power source voltage supplied to the fuel injection device by the power source circuit; and an information processing mechanism configured to perform first fuel injection processing of a starting operation when receiving a supply of a direct current voltage from the power source circuit; to initialize itself inputting the power source voltage value detected by the power source voltage detection mechanism; and to instruct a first fuel injection for the fuel injection device when the input voltage value attains a predetermined voltage value in a stable state of fuel pressure; and further configured to output from the information processing mechanism an ON signal for instruction ON of a power source of the fuel pump, when finishing own initialization; to output from the information processing mechanism an OFF signal comprising means for instructing OFF of the power source of the fuel pump when finishing the first fuel injection processing; and to output from the information processing mechanism the ON signal for instructing ON of the power source of the fuel pump, when finishing first ignition processing.
A method for providing a master tool for production of multi-level diffractive optical elements, the method comprising: modifying a first pixel layout design for multi-level diffractive optical elements to obtain a modified pixel layout design, wherein the first pixel layout design comprises pixels (22, 122), each of which has a rectangular shape, and wherein modifying the first pixel layout design includes approximating a contour of a cluster (20, 120A, 120B, 120C) of pixels in the first pixel layout design by a single polygon that reduces a total number of edges relative to the contour of the cluster of pixels in the first pixel layout design, wherein each respective cluster is constituted by contiguous pixels within a given level of the first pixel layout design; and using the modified pixel layout design to form a master tool for production of the diffractive optical elements. modifying a first pixel layout design for multi-level diffractive optical elements to obtain a modified pixel layout design, wherein the first pixel layout design comprises pixels (22, 122), each of which has a rectangular shape, and wherein modifying the first pixel layout design includes approximating a contour of a cluster (20, 120A, 120B, 120C) of pixels in the first pixel layout design by a single polygon that reduces a total number of edges relative to the contour of the cluster of pixels in the first pixel layout design, wherein each respective cluster is constituted by contiguous pixels within a given level of the first pixel layout design; and using the modified pixel layout design to form a master tool for production of the diffractive optical elements.
Method for manufacturing preforms for a wind turbine blade, with the steps: - Providing a mould and arranging a preform building material on a transferable mould element removably arranged on a mould carrier, - Fixating the preform building material on the mould element, - Removing the mould element with the fixated preform building material from the mould carrier and transferring it into a heating means, - Heating the preform building material for producing the preform, - Removing the mould element with the preform from the heating means and cooling the preform. - Providing a mould and arranging a preform building material on a transferable mould element removably arranged on a mould carrier, - Fixating the preform building material on the mould element, - Removing the mould element with the fixated preform building material from the mould carrier and transferring it into a heating means, - Heating the preform building material for producing the preform, - Removing the mould element with the preform from the heating means and cooling the preform.
Rubber composition based on at least one styrene/butadiene copolymer SBR, the SBR having a content of greater than or equal to 50 parts per hundred parts of elastomer, phr, a reinforcing filler comprising predominantly carbon black with a CTAB specific surface area determined according to French Standard NF T 45-007 of November 1987 (method B), of greater than or equal to 90 m 2 /g, characterized in that the composition comprises an aromatic dicyclopentadiene plasticizing resin comprising essentially styrene, ethylene and dicyclopentadiene units, that is to say comprising at least 80% of units selected from styrene, ethylene and dicyclopentadiene units, at a content ranging from 2 to 40 phr, the composition containing less than 5 phr of another plasticizer.
Method for preparing isolated and preserved microsomes which comprise an irreversibly inhibited cytochrome P450, for extemporaneous use, characterised in that it comprises steps a) to c) in the following order: a) irreversible inhibition of a cytochrome P450; b) concentration of the microsomal proteins; and c) preservation of the isolated microsomes. a) irreversible inhibition of a cytochrome P450; b) concentration of the microsomal proteins; and c) preservation of the isolated microsomes.
Extractor hood, having at least one functional unit (10, 11, 12, 13, 14) for executing functions of the extractor hood and at least one control unit for setting an operating state of the extractor hood, wherein the control unit is arranged behind a panel and includes an actuating element which can be actuated in a non-contact fashion, which represents a sliding switch without mechanically displaceable elements and which is connected to at least one functional unit (10, 11, 12, 13, 14) for setting operating conditions of at least two operating states of the extractor hood, characterised in that one of the functional units represents the air fan unit of the extractor hood, the control unit has at least two selection elements (223, 224, 225) for selecting an operating state, which are embodied as touch or proximity sensor elements, and the actuating element of the control unit is connected to the at least two selection elements for selecting at least one operating state of the extractor hood and the control unit is arranged completely behind the continuous panel and the operating states comprise the normal ventilation, post ventilation or interval ventilation of the extractor hood.
A rail vehicle, comprising: a frame; a pair of wheels that can travel along a rail of a railroad; a joint locator that in use detects a joint bar on a rail; a clamping assembly coupled to the frame, the clamping assembly including a pair of rail clamps disposed laterally outward of the pair of wheels; an actuator disposed between the clamping assembly and the frame, wherein actuation of the actuator provides a lifting force to the rail; and a processor configured to automatically actuate the clamping assembly when the clamping assembly reaches the joint bar. a frame; a pair of wheels that can travel along a rail of a railroad; a joint locator that in use detects a joint bar on a rail; a clamping assembly coupled to the frame, the clamping assembly including a pair of rail clamps disposed laterally outward of the pair of wheels; an actuator disposed between the clamping assembly and the frame, wherein actuation of the actuator provides a lifting force to the rail; and a processor configured to automatically actuate the clamping assembly when the clamping assembly reaches the joint bar.
A release polymer comprising at least 67 mole percent mer units that comprise a pendent group that (a) comprises at least two (thio)carbonyl moieties, the C atom of one of said (thio)carbonyl moieties being bonded to two additional heteroatoms, one of said additional heteroatoms being a nitrogen atom and the other being selected from O, S and N, or (b) is defined by the formula - n R 7 ZR 3 where X is an O or S atom, n is 0 or 1, R 3 is a long chain alkyl group containing at least 12 C atoms, or a larger functionality that includes such a long chain alkyl group, Z is a divalent (thio)carbonyl-containing group that further comprises two additional heteroatoms bonded to the C atom of the (thio)carbonyl moiety, one of said additional heteroatoms being a nitrogen atom and the other being selected from O, S and N, and R 7 is a phenyl or C 1 -C 6 alkylene group said release polymer comprising less than 0.5 ppm volatile organic chemicals. (a) comprises at least two (thio)carbonyl moieties, the C atom of one of said (thio)carbonyl moieties being bonded to two additional heteroatoms, one of said additional heteroatoms being a nitrogen atom and the other being selected from O, S and N, or (b) is defined by the formula - n R 7 ZR 3 where X is an O or S atom, n is 0 or 1, R 3 is a long chain alkyl group containing at least 12 C atoms, or a larger functionality that includes such a long chain alkyl group, Z is a divalent (thio)carbonyl-containing group that further comprises two additional heteroatoms bonded to the C atom of the (thio)carbonyl moiety, one of said additional heteroatoms being a nitrogen atom and the other being selected from O, S and N, and R 7 is a phenyl or C 1 -C 6 alkylene group said release polymer comprising less than 0.5 ppm volatile organic chemicals. X is an O or S atom, n is 0 or 1, R 3 is a long chain alkyl group containing at least 12 C atoms, or a larger functionality that includes such a long chain alkyl group, Z is a divalent (thio)carbonyl-containing group that further comprises two additional heteroatoms bonded to the C atom of the (thio)carbonyl moiety, one of said additional heteroatoms being a nitrogen atom and the other being selected from O, S and N, and R 7 is a phenyl or C 1 -C 6 alkylene group
A method for operating a wind power plant in a wake situation, said wind power plant being connected to a power grid, the method comprising the steps of - operating the wind power plant in a predetermined power mode of operation, wherein the predetermined power mode of operation comprises an optimised wake mode of operation where the wind power plant generates the optimized wake power level, - terminating said predetermined power mode of operation, wherein the termination of the predetermined power mode of operation is triggered by a decreased power grid frequency, and - increasing power generation of the wind power plant to a power level that exceeds an optimized wake power level of the wind power plant, and injecting the increased amount of power into the power grid as a power boost, wherein the method further comprises subsequent steps of - a post-injection period wherein the wind power plant will deliver a new steady-state power production which is lower than the power production prior to the power injection, and - a recovery period bringing the power plant back to an optimized wake mode of operation wherein the recovery period involves a drop in the overall power generation. - operating the wind power plant in a predetermined power mode of operation, wherein the predetermined power mode of operation comprises an optimised wake mode of operation where the wind power plant generates the optimized wake power level, - terminating said predetermined power mode of operation, wherein the termination of the predetermined power mode of operation is triggered by a decreased power grid frequency, and - increasing power generation of the wind power plant to a power level that exceeds an optimized wake power level of the wind power plant, and injecting the increased amount of power into the power grid as a power boost, wherein the method further comprises subsequent steps of - a post-injection period wherein the wind power plant will deliver a new steady-state power production which is lower than the power production prior to the power injection, and - a recovery period bringing the power plant back to an optimized wake mode of operation wherein the recovery period involves a drop in the overall power generation.