mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for assessing the level of an analyte within a human, wherein said method comprises: obtaining electrocardiogram results from said human; categorizing individual cardiac cycles from the electrocardiogram results into respective bins based on predetermined criteria associated with different body positions and/or different heart rate ranges, wherein the categorized cycles into respective bins are averaged using a signal averaging technique to create an averaged cardiac cycle for each bin, and comparing a respective averaged cardiac cycle of a respective bin to a corresponding electrocardiogram signal template to determine a difference that is indicative of the level of said analyte within said human, wherein each electrocardiogram signal template is indicative of one body position of said predetermined criteria for a level of the analyte within the human, wherein said electrocardiogram signal templates have been obtained by using content of bins categorizing individual cardiac cycles based on different body positions and/or different heart rate ranges associated with said predetermined criteria, and wherein said signal templates were generated using a signal averaging technique. obtaining electrocardiogram results from said human; categorizing individual cardiac cycles from the electrocardiogram results into respective bins based on predetermined criteria associated with different body positions and/or different heart rate ranges, wherein the categorized cycles into respective bins are averaged using a signal averaging technique to create an averaged cardiac cycle for each bin, and comparing a respective averaged cardiac cycle of a respective bin to a corresponding electrocardiogram signal template to determine a difference that is indicative of the level of said analyte within said human, wherein each electrocardiogram signal template is indicative of one body position of said predetermined criteria for a level of the analyte within the human, wherein said electrocardiogram signal templates have been obtained by using content of bins categorizing individual cardiac cycles based on different body positions and/or different heart rate ranges associated with said predetermined criteria, and wherein said signal templates were generated using a signal averaging technique. wherein each electrocardiogram signal template is indicative of one body position of said predetermined criteria for a level of the analyte within the human, wherein said electrocardiogram signal templates have been obtained by using content of bins categorizing individual cardiac cycles based on different body positions and/or different heart rate ranges associated with said predetermined criteria, and wherein said signal templates were generated using a signal averaging technique.
Filter material for water treatment comprising: - a first granulate containing calcium carbonate, - a second granulate containing magnesium oxide, wherein the first and the second granulate each independently have a bulk density of 1.00 to 1.40 t/m 3 and the filter material contains the first granulate in a quantity of 55 to 85% by weight, in relation to the sum of the quantities of the first and second granulate. - a first granulate containing calcium carbonate, - a second granulate containing magnesium oxide,
A hair styling device configured for curling and / or straightening of hair, comprising: a light source, wherein the light source comprises one or more LEDs or OLEDs, and a luminescent unit for subjecting hair to optical radiation, wherein the light source is configured to emit light (Li) to the luminescent unit. a light source, wherein the light source comprises one or more LEDs or OLEDs, and a luminescent unit for subjecting hair to optical radiation, wherein the light source is configured to emit light (Li) to the luminescent unit.
An industrial process transmitter for transmitting a process variable on a two-wire process control loop, the industrial process transmitter comprising: a loop current control coupled to the two-wire process control loop and adapted to control a loop current level on the two-wire process control loop that is related to the process variable; a power connection coupled to the loop current control and adapted to provide power to primary circuitry of the process transmitter at a quiescent current level and which is derived from the loop current; a databus configured to couple to secondary circuitry of the industrial process control transmitter; and a secondary current control circuit adapted to dynamically limit current delivered to secondary circuitry as a function of an adjustable input wherein the process transmitter is adapted for HART-based communications, wherein the secondary current control circuitry is adapted to adjust current delivered to the secondary circuitry by some positive or negative amount during positive and negative portions of the HART® transmit signal, respectively. a loop current control coupled to the two-wire process control loop and adapted to control a loop current level on the two-wire process control loop that is related to the process variable; a power connection coupled to the loop current control and adapted to provide power to primary circuitry of the process transmitter at a quiescent current level and which is derived from the loop current; a databus configured to couple to secondary circuitry of the industrial process control transmitter; and a secondary current control circuit adapted to dynamically limit current delivered to secondary circuitry as a function of an adjustable input wherein the process transmitter is adapted for HART-based communications, wherein the secondary current control circuitry is adapted to adjust current delivered to the secondary circuitry by some positive or negative amount during positive and negative portions of the HART® transmit signal, respectively.
A method, comprising: disposing a downhole tool in a well, the downhole tool including a sensor having a heater and a temperature sensor, the heater and the temperature sensor positioned about the downhole tool and in thermal contact with a fluid in the well; flowing a fluid in the well; determining a first velocity of the fluid at a first depth via the sensor, wherein determining the first velocity of the fluid at the first depth comprises heating the fluid about the tool and determining a temperature of the fluid; and determining a first parameter of the well at the first depth based on the first velocity of the fluid. disposing a downhole tool in a well, the downhole tool including a sensor having a heater and a temperature sensor, the heater and the temperature sensor positioned about the downhole tool and in thermal contact with a fluid in the well; flowing a fluid in the well; determining a first velocity of the fluid at a first depth via the sensor, wherein determining the first velocity of the fluid at the first depth comprises heating the fluid about the tool and determining a temperature of the fluid; and determining a first parameter of the well at the first depth based on the first velocity of the fluid.
Combustion device which produces fumes containing CO 2 and steam and comprising a circulating fluidised bed reaction chamber (1, 2), a separator (10, 20), heat recovering means of which one portion is arranged in a bed (12, 12a) characterised in that the portion of the heat recovering means arranged in the bed is comprised of catalytic tubes travelled through by a gas mixture, referred to as gas to be reformed, and comprised of natural gas and/or naphtha or refinery gas or of two or more of these gases, with the catalytic tubes being intended to favour the reforming of the mixture of gas into a synthesis gas containing hydrogen.
A method of constructing a box, the method comprising: (a) winding a continuous strip (313, 413) on a plurality of posts of a mandrel in a helical configuration by engaging a stepped mating interface (319,321; 419,421) on adjacent bands of a main body in direct vertical alignment so as to define the main body with a plurality of bands, the main body comprising four panels (19-1, 19-2, 19-3, 19-4) provided from the plurality of bands; (b) coupling together adjacent bands to secure the shape of the main body; (c) forming a plurality of linear notches or scores on an exterior surface of the main body, perpendicular to said posts, each notch or score being arranged to create a region of weakness that facilitates a folding of a respective flap (27, 29); (d) after forming said notches or scores, contracting the mandrel to facilitate removal of the box from the mandrel, and (e) removing the box from the mandrel. (a) winding a continuous strip (313, 413) on a plurality of posts of a mandrel in a helical configuration by engaging a stepped mating interface (319,321; 419,421) on adjacent bands of a main body in direct vertical alignment so as to define the main body with a plurality of bands, the main body comprising four panels (19-1, 19-2, 19-3, 19-4) provided from the plurality of bands; (b) coupling together adjacent bands to secure the shape of the main body; (c) forming a plurality of linear notches or scores on an exterior surface of the main body, perpendicular to said posts, each notch or score being arranged to create a region of weakness that facilitates a folding of a respective flap (27, 29); (d) after forming said notches or scores, contracting the mandrel to facilitate removal of the box from the mandrel, and (e) removing the box from the mandrel.
A fluidized bed granulator comprising a granulation compartment comprising a perforated fluidization plate at a lower part of the compartment and at least one nozzle, wherein the nozzle comprises a first channel for granulation liquid and a secondary gas channel, wherein the secondary gas channel is provided as an annulus around the first channel, wherein the exit of the first channel comprises a diffuser that is sloped and outwardly curved to provide a convex surface in a vertical cross-section for the granulation liquid exiting the first channel, and wherein the nozzle extends through the fluidization plate with the exit of the first channel projecting upward into the granulation compartment.
A cell genetically modified with respect to its wild-type, comprising a gene sequence coding for an autofluorescent protein, wherein the expression of the autofluorescent protein depends on the intracellular concentration of a particular metabolite and wherein the cell overproduces this metabolite after a mutation, - wherein the gene sequence coding for the autofluorescent protein is under the control of a heterologous promoter which in the wild-type of the cell controls the expression of a gene, expression of which in the wild-type cell depends on the intracellular concentration of the metabolite, or - wherein the gene sequence coding for the autofluorescent protein is associated functionally with a DNA sequence which at the level of the mRNA is capable of binding the metabolite, the transcription along the DNA or the translation at the ribosomes being influenced as a function of the binding of the metabolite to the mRNA. - wherein the gene sequence coding for the autofluorescent protein is under the control of a heterologous promoter which in the wild-type of the cell controls the expression of a gene, expression of which in the wild-type cell depends on the intracellular concentration of the metabolite, or - wherein the gene sequence coding for the autofluorescent protein is associated functionally with a DNA sequence which at the level of the mRNA is capable of binding the metabolite, the transcription along the DNA or the translation at the ribosomes being influenced as a function of the binding of the metabolite to the mRNA.
An optical imaging apparatus for generating an optical image of an object using return beams returned by the object, said optical imaging apparatus comprising: a single wavefront aberration detector; and a single wavefront aberration corrector adapted to correct the wavefront aberration in each of the return beams, which enter with different angles, based on the wavefront aberration obtained by said wavefront aberration detector, characterized in that the object is scanned by a plurality of measuring beams; the wavefront aberration detector is adapted to obtain one or more wavefront aberrations in the return beams occurred by scanning the object by the plurality of measuring beams; and the wavefront aberration detector is disposed at a position optically conjugate with that of the wavefront aberration corrector, and detects a wavefront aberration in at least one beam of the plurality of beams, and a correction amount based on a wavefront aberration in one beam detected by the wavefront aberration detector is applied to the plurality of beams, and thereby a wavefront aberration can be corrected. a single wavefront aberration detector; and a single wavefront aberration corrector adapted to correct the wavefront aberration in each of the return beams, which enter with different angles, based on the wavefront aberration obtained by said wavefront aberration detector, characterized in that the object is scanned by a plurality of measuring beams; the wavefront aberration detector is adapted to obtain one or more wavefront aberrations in the return beams occurred by scanning the object by the plurality of measuring beams; and the wavefront aberration detector is disposed at a position optically conjugate with that of the wavefront aberration corrector, and detects a wavefront aberration in at least one beam of the plurality of beams, and a correction amount based on a wavefront aberration in one beam detected by the wavefront aberration detector is applied to the plurality of beams, and thereby a wavefront aberration can be corrected.
An inspection apparatus, comprising: a measurement optics system for scanning an object to be inspected with measuring light from a light source, a dividing means, a photo-receiving means, a recording means and an analysis means, characterized in that the dividing means, at a position conjugate with the object to be inspected, is arranged for dividing return light, being the measuring light returning from the object to be inspected, into a plurality of light beams (708, 709); the photo-receiving means (700, 704-1 to 704-5) is arranged for receiving the plurality of light beams obtained by the division; the recording means is arranged for recording image data of the object to be inspected, which is based on a plurality of intensity signals output by the photo-receiving means, and a division direction in which the return light is divided, the image data being associated with the division direction; and the analysis means is arranged for analyzing the image data based on the associated division direction. a measurement optics system for scanning an object to be inspected with measuring light from a light source, a dividing means, a photo-receiving means, a recording means and an analysis means, characterized in that the dividing means, at a position conjugate with the object to be inspected, is arranged for dividing return light, being the measuring light returning from the object to be inspected, into a plurality of light beams (708, 709); the photo-receiving means (700, 704-1 to 704-5) is arranged for receiving the plurality of light beams obtained by the division; the recording means is arranged for recording image data of the object to be inspected, which is based on a plurality of intensity signals output by the photo-receiving means, and a division direction in which the return light is divided, the image data being associated with the division direction; and the analysis means is arranged for analyzing the image data based on the associated division direction.
A blade outer air seal assembly, comprising: a support structure; a blade outer air seal having a plurality of seal segments arranged circumferentially about an axis and mounted in the support structure by a carrier; a coverplate arranged between the carrier and at least one of the plurality of seal segments, wherein the seal segment has first and second walls (111, 113) extending from an inner platform and joined at an outer wall to form a circumferentially extending passage, wherein at least a portion of the carrier and the coverplate are arranged within the circumferentially extending passage of the seal segment, the coverplate forming a first passage between the coverplate and the carrier and a second passage between the coverplate and the seal segment, wherein the carrier has a channel in a radially inner surface, the channel forming the first passage, wherein a recess is machined into the radially inner surface of the carrier, the recess being generally rectangular in shape and extending most of the width and length of the carrier in the circumferential and axial directions, and wherein the channel is machined into the recess. a support structure; a blade outer air seal having a plurality of seal segments arranged circumferentially about an axis and mounted in the support structure by a carrier; a coverplate arranged between the carrier and at least one of the plurality of seal segments, wherein the seal segment has first and second walls (111, 113) extending from an inner platform and joined at an outer wall to form a circumferentially extending passage, wherein at least a portion of the carrier and the coverplate are arranged within the circumferentially extending passage of the seal segment, the coverplate forming a first passage between the coverplate and the carrier and a second passage between the coverplate and the seal segment, wherein the carrier has a channel in a radially inner surface, the channel forming the first passage, wherein a recess is machined into the radially inner surface of the carrier, the recess being generally rectangular in shape and extending most of the width and length of the carrier in the circumferential and axial directions, and wherein the channel is machined into the recess.
Lens having an outer mount and optical elements which are secured therein in an internal mount, wherein the internal mount is guided linearly in the outer mount and is mounted in an axially displaceable fashion in a cam carrier and the cam carrier can be driven by electric motor, characterized in that a hollow shaft drive is present as a drive for the cam carrier, which hollow shaft drive is composed of a rotor which is connected to the cam carrier and of a stator which is connected to the outer mount, wherein the rotor is embodied as a cylinder element which forms a circumferential axial groove and has permanent magnet elements (13, 13', 13'') which are arranged on at least one inner wall face of the groove, and the stator is composed of a cylindrical coil which is inserted in the axial direction in a positionally fixed fashion into the groove in order to interact electromagnetically with the magnet elements (13, 13', 13'') coaxially with respect to the rotational axis of the cam carrier.
A dishwasher comprising: a body; a washing tub provided inside the body of the dishwasher; a basket configured to accommodate a dish; a driving device configured to reciprocate the basket in the washing tub; an injection nozzle configured to spray washing water toward the basket; and an air nozzle configured to blow air toward the basket, characterized in that the injection nozzle comprises a plurality of injection nozzle arms including injection holes through which the washing water is sprayed, in which a pair of the plurality of injection nozzle arms is disposed at a predetermined interval to be parallel to each other such that the injection holes face each other in the horizontal direction, the basket is configured to reciprocate between the pair of the plurality of injection nozzle arms, the air nozzle comprises a plurality of air injection nozzle arms including air injection holes through which the air is blown, in which a pair of the plurality of air injection nozzle arms is disposed at a predetermined interval to be parallel to each other such that the air injection holes face each other in the horizontal direction, the basket is configured to reciprocate between the pair of the plurality of air injection nozzle arms, and a controller configured such that the basket moves downward to the bottom end of the driving device while the injection nozzle sprays the washing water, and the basket moves upward from the bottom end of the driving device to the top end of the driving device while the air nozzle blows the air. a body; a washing tub provided inside the body of the dishwasher; a basket configured to accommodate a dish; a driving device configured to reciprocate the basket in the washing tub; an injection nozzle configured to spray washing water toward the basket; and an air nozzle configured to blow air toward the basket, characterized in that the injection nozzle comprises a plurality of injection nozzle arms including injection holes through which the washing water is sprayed, in which a pair of the plurality of injection nozzle arms is disposed at a predetermined interval to be parallel to each other such that the injection holes face each other in the horizontal direction, the basket is configured to reciprocate between the pair of the plurality of injection nozzle arms, the air nozzle comprises a plurality of air injection nozzle arms including air injection holes through which the air is blown, in which a pair of the plurality of air injection nozzle arms is disposed at a predetermined interval to be parallel to each other such that the air injection holes face each other in the horizontal direction, the basket is configured to reciprocate between the pair of the plurality of air injection nozzle arms, and a controller configured such that the basket moves downward to the bottom end of the driving device while the injection nozzle sprays the washing water, and the basket moves upward from the bottom end of the driving device to the top end of the driving device while the air nozzle blows the air.
A power electronic vehicle component, such as an on-board charging device, a converter or a voltage converter for electric or hybrid vehicles, having a housing, which is preferably liquid cooled, and in which at least one power electronics component, in particular in the form of an inductive component, such as a coil, choke or transformer, and at least one printed circuit board (2, 3) electrically communicating with the power electronics component are accommodated, whereby the printed circuit board (2, 3) is electrically connected to the power electronics component via at least one plug connection, which is formed by connector parts (5a, 5b) of male and female type that are pressed into one another and form a press-fit connection, wherein one of the connector parts sits directly on the printed circuit board (2, 3), characterized in that the other connector part is directly mounted to the wall of the housing and connected to the power electronics component via a connection cable.