mhurhangee/ep-ind-claims huggingface dataset:
A device for managing a battery, the device comprising: a battery cell input terminal connected to a battery and supplied with electric power; a communication signal input terminal (11, 12) through which communication signal is input from the outside; a regulator unit configured to convert electric power input from the battery into electric power that is used inside a device for managing a battery, and to provide the resulting electric power; an electric power line comprising at least one switch (40, 41, 42) that is turned off in a sleep mode for the device for managing a battery and connecting between the battery cell input terminal and the regulator unit; and a charge pump configured to output a voltage for turning on the switch (40, 41, 42) using a signal that is input through the communication signal input terminal (11, 12); characterized in that the electric power line comprises: a line for electric power to be pre-supplied, the line comprising a first switch connected to the charge pump and turned on by the charge pump; and a main electric power line comprising a third switch that is turned on according to operation of the regulator unit due to the pre-supplied electric power. a battery cell input terminal connected to a battery and supplied with electric power; a communication signal input terminal (11, 12) through which communication signal is input from the outside; a regulator unit configured to convert electric power input from the battery into electric power that is used inside a device for managing a battery, and to provide the resulting electric power; an electric power line comprising at least one switch (40, 41, 42) that is turned off in a sleep mode for the device for managing a battery and connecting between the battery cell input terminal and the regulator unit; and a charge pump configured to output a voltage for turning on the switch (40, 41, 42) using a signal that is input through the communication signal input terminal (11, 12); characterized in that the electric power line comprises: a line for electric power to be pre-supplied, the line comprising a first switch connected to the charge pump and turned on by the charge pump; and a main electric power line comprising a third switch that is turned on according to operation of the regulator unit due to the pre-supplied electric power. a line for electric power to be pre-supplied, the line comprising a first switch connected to the charge pump and turned on by the charge pump; and a main electric power line comprising a third switch that is turned on according to operation of the regulator unit due to the pre-supplied electric power.
Use of a nucleic acid protective agent for non-invasive prenatal screening for the identification of fetal characteristics, said nucleic acid protective agent comprising - a preservative agent selected from diazolidinyl urea and/or imidazolidinyl urea in a buffered salt solution; - a solvent selected from water, saline, dimethylsulfoxide, alcohol and mixtures thereof; - EDTA, and - 2-amino acetic acid (glycine). - a preservative agent selected from diazolidinyl urea and/or imidazolidinyl urea in a buffered salt solution; - a solvent selected from water, saline, dimethylsulfoxide, alcohol and mixtures thereof; - EDTA, and - 2-amino acetic acid (glycine).
An assembly comprising: a surgical tool adaptor comprising a distal interface member and a proximal holder, said surgical tool adaptor being formed with a lumen through said distal interface member and said proximal holder for passing a guiding element distally through said distal interface member, said proximal holder comprising a locking element for locking the guiding element in said lumen and said distal interface member comprising a connecting element for connecting to a surgical tool, characterised in that said locking element comprises a screw or a pin against which said guiding element is lockable whereas said proximal holder is movable relative to said distal interface member so that said proximal holder is movable to a position wherein the guiding element does not protrude proximally out of said proximal holder. a surgical tool adaptor comprising a distal interface member and a proximal holder, said surgical tool adaptor being formed with a lumen through said distal interface member and said proximal holder for passing a guiding element distally through said distal interface member, said proximal holder comprising a locking element for locking the guiding element in said lumen and said distal interface member comprising a connecting element for connecting to a surgical tool, characterised in that said locking element comprises a screw or a pin against which said guiding element is lockable whereas said proximal holder is movable relative to said distal interface member so that said proximal holder is movable to a position wherein the guiding element does not protrude proximally out of said proximal holder.
A stator active part for an electric motor having a number of P=3 motor phases (U, V, W), preferably a permanent-magnet-excited synchronous machine, consisting of a hollow-cylindrical yoke comprising an inner cladding and having a receptacle space into which a coil support is inserted, wherein the coil support consists of a peripherally-closed, hollow-cylindrical tubular body extending in the axial direction of the yoke, on the outer jacket of said hollow-cylindrical tubular body a plurality of N coil holders (23a, 23b) being formed, wherein N = 3, 6, 9 oder 12, wherein respectively N/P finely-distributed coils wound in air gap winding technique are mounted on the coil holders (23a, 23b) per motor phase P and the coil holders (23a, 23b) bear against an inner cladding section of the inner cladding of the yoke while forming receptacle spaces, characterized in that said coil holders (23a, 23b) are formed as hollow-profile-shaped coil holders (23a, 23b) integrally formed with said tubular body of said coil support, said coil holders (23a, 23b) extending along the axial direction of the tubular body, having a receptacle space for receiving an inlay, wherein the coil holders (23a, 23b) are formed respectively with a chamber wall arranged radially outwards, and the respective chamber walls bear against the inner cladding or against an inner cladding section of the yoke.
A ventilation apparatus comprising: an inlet port connectible to an oxygen source (18, 18a, 18b) with pressurized oxygen enriched gas; an outlet port connectible over a gas delivery conduit to a patient interface configured for fitment on a patient respiratory passageway; a valve with an input in pneumatic communication with the inlet port and an output in pneumatic communication with the outlet port; a first pressure sensor measuring a patient interface pressure, the patient interface being connectible to the first pressure sensor over a pressure sensor line; a second pressure sensor measuring a valve output pressure; and a controller in communication with the first pressure sensor and the second pressure sensor characterised in that the controller computes an average of a pressure difference ΔP between the valve output pressure and the patient interface pressure and detects a patient inspiratory phase based upon a comparison between the pressure difference ΔP and the average.. an inlet port connectible to an oxygen source (18, 18a, 18b) with pressurized oxygen enriched gas; an outlet port connectible over a gas delivery conduit to a patient interface configured for fitment on a patient respiratory passageway; a valve with an input in pneumatic communication with the inlet port and an output in pneumatic communication with the outlet port; a first pressure sensor measuring a patient interface pressure, the patient interface being connectible to the first pressure sensor over a pressure sensor line; a second pressure sensor measuring a valve output pressure; and a controller in communication with the first pressure sensor and the second pressure sensor characterised in that the controller computes an average of a pressure difference ΔP between the valve output pressure and the patient interface pressure and detects a patient inspiratory phase based upon a comparison between the pressure difference ΔP and the average..
Molten grains consisting essentially of phases of titanium suboxides corresponding to the formulation Ti n O 2n-1, in which said phases are principally Ti 5 O 9 or Ti 6 O 11 or a mixture of these two phases, said Ti 5 O 9 and/or Ti 6 O 11 phases representing, in total, more than 60% of the weight of the grains, said grains also comprising less than 30% by weight of Ti 4 O 7.
Processing receptacle for a kitchen appliance, wherein the processing receptacle has an integrated heating element for heating the receptacle contents, wherein the heating element is embodied as an electrical heating coating, wherein the hearing coating extends both across at least one part of the base and also across at least one part of the wall of the processing receptacle, characterised in that the heating coating is embedded in a material of the processing receptacle.
A non-transitory computer readable medium comprising computer executable instructions to cause a computerized device to perform a method, the method comprising: receiving, at a control module, first pump characteristic data from a data source associated with a pump; sensing second pump characteristic data from a flow system using one or more sensors; comparing the first pump characteristic data to second pump characteristic data; and determining a health of the pump based on the comparison of the first pump characteristic data to the second pump characteristic data; wherein receiving the first pump characteristic data includes receiving the first pump characteristic data only at start-up and/or initialization of the control module; and wherein the method further comprises storing the first pump characteristic data until shut down or reset of the flow system. receiving, at a control module, first pump characteristic data from a data source associated with a pump; sensing second pump characteristic data from a flow system using one or more sensors; comparing the first pump characteristic data to second pump characteristic data; and determining a health of the pump based on the comparison of the first pump characteristic data to the second pump characteristic data; wherein receiving the first pump characteristic data includes receiving the first pump characteristic data only at start-up and/or initialization of the control module; and wherein the method further comprises storing the first pump characteristic data until shut down or reset of the flow system.
A vessel for operating on a body of water comprising: a non-planing hull having a waterline and a longitudinal direction with a forward portion, an aft portion, and a central portion, the hull configured to have the aft portion with a smaller water displacement relative to a water displacement at the central portion; and a foil positioned proximate the end of the aft hull portion, and, in use, below the surface of the water, and spaced from the hull, the foil having a chord, and a leading edge; and a trailing edge relative to a forward direction, wherein the leading edge of the foil, in use, is tilted at a downward angle relative to the horizontal, and wherein the foil has a chord and profile in longitudinal cross section, with a configuration to provide a lifting force, the tilt angle of the foil being measured with respect to the chord, and wherein the foil is arranged in such a way that, apart from an upward lifting force, a forward propulsion force is provided, characterised in that at least half the chord of the foil is behind a vertical line through the location where, in use, the aft portion of the hull leaves the water. a non-planing hull having a waterline and a longitudinal direction with a forward portion, an aft portion, and a central portion, the hull configured to have the aft portion with a smaller water displacement relative to a water displacement at the central portion; and a foil positioned proximate the end of the aft hull portion, and, in use, below the surface of the water, and spaced from the hull, the foil having a chord, and a leading edge; and a trailing edge relative to a forward direction, wherein the leading edge of the foil, in use, is tilted at a downward angle relative to the horizontal, and wherein the foil has a chord and profile in longitudinal cross section, with a configuration to provide a lifting force, the tilt angle of the foil being measured with respect to the chord, and wherein the foil is arranged in such a way that, apart from an upward lifting force, a forward propulsion force is provided, characterised in that at least half the chord of the foil is behind a vertical line through the location where, in use, the aft portion of the hull leaves the water.
A method of operating a wireless communication device, comprising: determining a base value for a transport block size, TBS,, wherein determining the base value for the TBS comprises receiving downlink control information, DCI, and determining the base value according to the received DCI; determining a scaling factor for the TBS; in response to detection of a radio network temporary identifier, RNTI, associated with TBS scaling, applying the scaling factor to the base value to determine the TBS; in response to detection of a RNTI not associated with TBS scaling, not applying the scaling factor to the base value to determine the TBS; and receiving information from a radio access node according to the determined TBS. determining a base value for a transport block size, TBS,, wherein determining the base value for the TBS comprises receiving downlink control information, DCI, and determining the base value according to the received DCI; determining a scaling factor for the TBS; in response to detection of a radio network temporary identifier, RNTI, associated with TBS scaling, applying the scaling factor to the base value to determine the TBS; in response to detection of a RNTI not associated with TBS scaling, not applying the scaling factor to the base value to determine the TBS; and receiving information from a radio access node according to the determined TBS.
Ballast for operating machine, comprising at least one portion removably couplable to at least one hooking seat of said operating machine, characterized by comprising at least one fixed part provided with said couplable portion, at least one movable part and means for constraining said movable part to said fixed part at a plurality of distinct distances (D,D',D") from said fixed part, so that to change the center of gravity position of said operating machine, wherein said constraining means comprise a removal/approach device for moving said movable part away/closer from/to said fixed part along at least one movement direction of said movable part with respect to said fixed part, characterized in that said removal/approach device comprises at least one pantograph member comprising a first arm and a second arm both hinged in a point, said at least one first arm and said at least one second arm being each provided with at least one first end (8a, 9a) sliding along said fixed part and with at least one second end (8b, 9b) sliding along said movable part, said at least one movement direction being substantially orthogonal to the sliding direction of said at least one first sliding end (8a, 9a) of said at least one first arm and one second arm and of said at least one second sliding end (8b, 9b) of said at least one first arm and at least one second arm.
A suture device for use in combination with an endoscope having a working channel and a distal end, the suture device comprising: a suture translation assembly configured to be axially translatable within the working channel of the endoscope, the suture translation assembly including: a needle configured to carry a suture, the needle including a distal end and a distal detent near the distal end; a distal shuttle configured to releasably secure the needle; and a sleeve disposable over the distal shuttle, the sleeve movable between a locked position in which the needle is secured to the distal shuttle and an unlocked position in which the needle is releasable from the distal shuttle; a distal assembly configured to be secured to the distal end of the endoscope and comprising a distal endcap, wherein the suture translation assembly extends into the distal assembly; characterised by the suture device further comprising a needle cap configured to releasably fit over the distal end of the needle, wherein the needle cap is configured to be pushed off the needle inside the patient. a suture translation assembly configured to be axially translatable within the working channel of the endoscope, the suture translation assembly including: a needle configured to carry a suture, the needle including a distal end and a distal detent near the distal end; a distal shuttle configured to releasably secure the needle; and a sleeve disposable over the distal shuttle, the sleeve movable between a locked position in which the needle is secured to the distal shuttle and an unlocked position in which the needle is releasable from the distal shuttle; a needle configured to carry a suture, the needle including a distal end and a distal detent near the distal end; a distal shuttle configured to releasably secure the needle; and a sleeve disposable over the distal shuttle, the sleeve movable between a locked position in which the needle is secured to the distal shuttle and an unlocked position in which the needle is releasable from the distal shuttle; a distal assembly configured to be secured to the distal end of the endoscope and comprising a distal endcap, wherein the suture translation assembly extends into the distal assembly; characterised by the suture device further comprising a needle cap configured to releasably fit over the distal end of the needle, wherein the needle cap is configured to be pushed off the needle inside the patient.
Sample-and-hold circuit comprising - a transistor arranged for switching between a sample mode and a hold mode, - a bootstrap circuit arranged for maintaining in said sample mode a voltage level between a source terminal and a gate terminal of said transistor independent of the voltage at said source terminal and arranged for switching off said transistor in said hold mode, said bootstrap circuit comprising a bootstrap capacitance arranged for being precharged to a given charge voltage level (Vch) during said hold mode, said bootstrap capacitance being connected between said source terminal and said gate terminal during said sample mode, characterised in that said bootstrap circuit comprises a programmable switched capacitor charge pump adapted to tuneably generate said given charge voltage level (Vch) to which said bootstrap capacitance is precharged. - a transistor arranged for switching between a sample mode and a hold mode, - a bootstrap circuit arranged for maintaining in said sample mode a voltage level between a source terminal and a gate terminal of said transistor independent of the voltage at said source terminal and arranged for switching off said transistor in said hold mode, said bootstrap circuit comprising a bootstrap capacitance arranged for being precharged to a given charge voltage level (Vch) during said hold mode, said bootstrap capacitance being connected between said source terminal and said gate terminal during said sample mode,
A method for recovering a copper sulfide from an ore containing an iron sulfide, comprising the steps of a) wet grinding the ore with grinding media to form a mineral pulp, b) conditioning the mineral pulp with a collector compound to form a conditioned mineral pulp, and c) froth flotation of the conditioned mineral pulp to form a froth and a flotation tailing, separating the froth from the flotation tailing to recover a copper sulfide concentrate, wherein hydrogen peroxide is added to the conditioned mineral pulp between steps b) and c) or during step c) in an amount effective to lower the redox potential of the conditioned mineral pulp. a) wet grinding the ore with grinding media to form a mineral pulp, b) conditioning the mineral pulp with a collector compound to form a conditioned mineral pulp, and c) froth flotation of the conditioned mineral pulp to form a froth and a flotation tailing, separating the froth from the flotation tailing to recover a copper sulfide concentrate,
A computerized method for calculating an amount of material removed from a workpiece during a polishing process on a polishing system comprising: receiving at a computer system a set of polishing properties; receiving by the computer system a set of kinematic properties for a lap and a workpiece of a polishing system; calculating on the computer system a time of exposure for a set of lap points on the workpiece based on at least a portion of the set of polishing properties and the set of kinematic properties; calculating on the computer system a friction force between the lap and the workpiece from at least a portion of the set of polishing properties; calculating on the computer system a slope between the lap and the workpiece based on a moment force between the lap and the workpiece, wherein the moment force is based on the friction force; calculating on the computer system a pressure distribution between the lap and the workpiece based on information for a lap type included in the set of polishing properties; calculating on the computer system a cumulative pressure distribution between the lap and the workpiece based on the slope, the pressure distribution for the lap type, and the time of exposure; and calculating on the computer system an amount of material removed from the workpiece based on a product of the cumulative pressure distribution, the friction force, and the set of kinematic properties. receiving at a computer system a set of polishing properties; receiving by the computer system a set of kinematic properties for a lap and a workpiece of a polishing system; calculating on the computer system a time of exposure for a set of lap points on the workpiece based on at least a portion of the set of polishing properties and the set of kinematic properties; calculating on the computer system a friction force between the lap and the workpiece from at least a portion of the set of polishing properties; calculating on the computer system a slope between the lap and the workpiece based on a moment force between the lap and the workpiece, wherein the moment force is based on the friction force; calculating on the computer system a pressure distribution between the lap and the workpiece based on information for a lap type included in the set of polishing properties; calculating on the computer system a cumulative pressure distribution between the lap and the workpiece based on the slope, the pressure distribution for the lap type, and the time of exposure; and calculating on the computer system an amount of material removed from the workpiece based on a product of the cumulative pressure distribution, the friction force, and the set of kinematic properties.
A method for communicating in a MIMO network having a base station and a plurality of secondary stations, said method comprising, at the base station, determining precoding vectors of at least one downlink channel from the base station to a first secondary station, signalling to the first secondary station a first set of parameters representative of a precoding vector applied to a first transmission from the base station to the first secondary station; signalling to the first secondary station a second set of parameters representative of a precoding vector applied to a second transmission from the base station to at least one second secondary station, wherein said signalling the second set of parameters is carried out so that the second set of parameters contains less information than the first set of parameters.