mhurhangee/ep-ind-claims huggingface dataset:
A method of collecting charging information for calls made via a plurality of telephone network service providers, comprising prefixing each call with a code representative of call management information identifying a charging control centre and a customer identifier; each network service provider collating call charging information for calls connected via their respective network and including the call management information; the service providers transmitting collated call charging information to the charging control centre; and wherein the charging control centre collates said call charging information for subsequent billing of customers corresponding to the customer identifiers.
A toner comprising a plurality of toner particles, the toner particles each including: a toner base particle including a fluorescent pigment and a binder resin; and an external additive fixed on a surface of the toner base particle, a content of the fluorescent pigment in the toner base particle being equal to or greater than 0.3 weight percent and equal to or smaller than 3.0 weight percent, the content of the fluorescent pigment being calculated on a basis of an analysis of, by liquid chromatography, a solution in which the toner base particle is dissolved, as measured according to the description, a ratio of a particle size distribution on a number basis of the toner particles to a particle size distribution on a volume basis of the toner particles being equal to or greater than 0.66 and equal to or smaller than 1.00, and being measured on a basis of particle size analyzer, as measured according to the description. the toner particles each including: a toner base particle including a fluorescent pigment and a binder resin; and an external additive fixed on a surface of the toner base particle, a toner base particle including a fluorescent pigment and a binder resin; and an external additive fixed on a surface of the toner base particle, a content of the fluorescent pigment in the toner base particle being equal to or greater than 0.3 weight percent and equal to or smaller than 3.0 weight percent, the content of the fluorescent pigment being calculated on a basis of an analysis of, by liquid chromatography, a solution in which the toner base particle is dissolved, as measured according to the description, a ratio of a particle size distribution on a number basis of the toner particles to a particle size distribution on a volume basis of the toner particles being equal to or greater than 0.66 and equal to or smaller than 1.00, and being measured on a basis of particle size analyzer, as measured according to the description.
A method implemented by a processor providing values of components of total carbon dioxide excreted by a subject, the method comprising: receiving one or more signals conveying information related to a rate of total carbon dioxide excreted by the subject, corresponding to a full amount of carbon dioxide that leaves the subject for each breath; implementing a model of one or more body compartments of the subject, the model determining the carbon dioxide excretion of the one or more body compartments of the subject, wherein the model is tuned, during a test period, to match measured carbon dioxide excretion; determining, based at least in part on (i) the received one or more signals and (ii) the implemented model, a first capnometric component indicating a rate of metabolic carbon dioxide production proportional to the whole-body metabolic activity; determining, based at least in part on (i) the received one or more signals and (ii) the implemented model, a second capnometric component that is separate from the first capnometric component, the second capnometric component indicating a rate of carbon dioxide transfer to or from body compartments of the subject that store carbon dioxide; and presenting one or more of the first capnometric component or the second capnometric component to a user. receiving one or more signals conveying information related to a rate of total carbon dioxide excreted by the subject, corresponding to a full amount of carbon dioxide that leaves the subject for each breath; implementing a model of one or more body compartments of the subject, the model determining the carbon dioxide excretion of the one or more body compartments of the subject, wherein the model is tuned, during a test period, to match measured carbon dioxide excretion; determining, based at least in part on (i) the received one or more signals and (ii) the implemented model, a first capnometric component indicating a rate of metabolic carbon dioxide production proportional to the whole-body metabolic activity; determining, based at least in part on (i) the received one or more signals and (ii) the implemented model, a second capnometric component that is separate from the first capnometric component, the second capnometric component indicating a rate of carbon dioxide transfer to or from body compartments of the subject that store carbon dioxide; and presenting one or more of the first capnometric component or the second capnometric component to a user.
A method of increasing the packaging yield, transduction efficiency, and/or gene transfer efficiency of a parental AAV, said method comprising the steps of: (a) comparing a parental AAV capsid sequence with a library of functional AAV capsid sequences in an alignment, wherein said library comprises at least four functional AAV capsids from at least two different clades and further comprises at least two sequences from each clade; (b) identifying at least one singleton in the parental AAV capsid, said singleton being an amino acid residue in a position in the parental AAV capsid which differs from the amino acid residue in the corresponding position of the aligned functional AAV capsid sequences in the library all of which have the same amino acid residue in that position; (c) altering the singleton in the parental AAV capsid to the amino acid located in the corresponding position in the functional AAV capsid sequences in the library to provide a modified AAV capsid sequence, and (d) assessing the modified AAV for increased packaging yield, transduction efficiency, and/or gene transfer efficiency as compared to the parental AAV. (a) comparing a parental AAV capsid sequence with a library of functional AAV capsid sequences in an alignment, wherein said library comprises at least four functional AAV capsids from at least two different clades and further comprises at least two sequences from each clade; (b) identifying at least one singleton in the parental AAV capsid, said singleton being an amino acid residue in a position in the parental AAV capsid which differs from the amino acid residue in the corresponding position of the aligned functional AAV capsid sequences in the library all of which have the same amino acid residue in that position; (c) altering the singleton in the parental AAV capsid to the amino acid located in the corresponding position in the functional AAV capsid sequences in the library to provide a modified AAV capsid sequence, and (d) assessing the modified AAV for increased packaging yield, transduction efficiency, and/or gene transfer efficiency as compared to the parental AAV.
A method for assignment of vehicle control, the method comprising: receiving, by one or more processors associated with a vehicle, route data indicating a route between a starting location of the vehicle and a destination location; determining, by the one or more processors, a vehicle travel configuration for the route based on the route data; receiving, by the one or more processors, a driver requested torque value; determining, by the one or more processors, a passive pedal torque value based on the route data and vehicle powertrain data; and selectively assigning, by the one or more processors, control of the vehicle to a vehicle system or to a driver of the vehicle based on the driver requested torque value and the passive pedal torque value. receiving, by one or more processors associated with a vehicle, route data indicating a route between a starting location of the vehicle and a destination location; determining, by the one or more processors, a vehicle travel configuration for the route based on the route data; receiving, by the one or more processors, a driver requested torque value; determining, by the one or more processors, a passive pedal torque value based on the route data and vehicle powertrain data; and selectively assigning, by the one or more processors, control of the vehicle to a vehicle system or to a driver of the vehicle based on the driver requested torque value and the passive pedal torque value.
A system for an aircraft propulsion system, comprising: an inlet lip extending circumferentially about an axial centerline; a bulkhead extending circumferentially about the axial centerline, the bulkhead configured with the inlet lip to form a cavity axially between the inlet lip and the bulkhead; and a piccolo tube for a thermal anti-icing system, the piccolo tube extending circumferentially about the axial centerline within the cavity; wherein the piccolo tube is configured with an elliptical cross-sectional geometry; and characterised in that the system further comprises a mounting bracket attaching the piccolo tube to the bulkhead. an inlet lip extending circumferentially about an axial centerline; a bulkhead extending circumferentially about the axial centerline, the bulkhead configured with the inlet lip to form a cavity axially between the inlet lip and the bulkhead; and a piccolo tube for a thermal anti-icing system, the piccolo tube extending circumferentially about the axial centerline within the cavity; wherein the piccolo tube is configured with an elliptical cross-sectional geometry; and characterised in that the system further comprises a mounting bracket attaching the piccolo tube to the bulkhead.
Process for manufacturing a sheet of paper and/or board and the like, according to which, in a plant comprising a fan pump and a head box: - a cellulose fibre suspension, referred to as thick stock, is prepared; - the white waters resulting from the drainage of the sheet are introduced into the thick stock; - the mixture thus obtained is homogenized in the fan pump; - the thin stock resulting from the homogenization is transferred to the head box; - the sheet is formed; - the sheet is dried, characterized in that, before homogenization of the mixture in the fan pump, a cationic copolymer obtained by Hofmann degradation reaction is introduced into the white waters and/or the thick stock and/or the mixture formed by the white waters and the thick stock. - a cellulose fibre suspension, referred to as thick stock, is prepared; - the white waters resulting from the drainage of the sheet are introduced into the thick stock; - the mixture thus obtained is homogenized in the fan pump; - the thin stock resulting from the homogenization is transferred to the head box; - the sheet is formed; - the sheet is dried,
A method of manufacturing electrodes each having an asymmetric structure, comprising: providing a planar sheet of material extending along a width direction and having top and bottom edges (486, 488); removing notches of the planar sheet along one of the top and bottom edges (486, 488) at locations between adjacent first and second electrodes, wherein each notch defines a perimeter including a portion of the top or bottom edge (486, 488), a portion corresponding to a perimeter of the first electrode, and a portion corresponding to a perimeter of the second electrode, the perimeter of the notch including a horizontal portion extending along a direction parallel to the width direction at a junction of the first and second electrodes; and separating the first and second electrodes along a line perpendicular to and intersecting the horizontal portion of the notch, characterized in that the step of removing notches of the planar sheet includes cutting the notches with a laser or punching the notches with a machine, and wherein the step of separating the first and second electrodes includes cutting along the line with a laser to separate the first and second electrodes, wherein at least one corner of the perimeter has an asymmetric structure with respect to a central axis normal to the electrodes. providing a planar sheet of material extending along a width direction and having top and bottom edges (486, 488); removing notches of the planar sheet along one of the top and bottom edges (486, 488) at locations between adjacent first and second electrodes, wherein each notch defines a perimeter including a portion of the top or bottom edge (486, 488), a portion corresponding to a perimeter of the first electrode, and a portion corresponding to a perimeter of the second electrode, the perimeter of the notch including a horizontal portion extending along a direction parallel to the width direction at a junction of the first and second electrodes; and separating the first and second electrodes along a line perpendicular to and intersecting the horizontal portion of the notch, characterized in that the step of removing notches of the planar sheet includes cutting the notches with a laser or punching the notches with a machine, and wherein the step of separating the first and second electrodes includes cutting along the line with a laser to separate the first and second electrodes, wherein at least one corner of the perimeter has an asymmetric structure with respect to a central axis normal to the electrodes.
A flexible circuit electrode array for neural stimulation comprising: a polymer base layer including a cable portion and an electrode array portion; metal traces deposited on said polymer base layer, including electrodes suitable to stimulate neural tissue; a polymer top layer deposited on said polymer base layer and said metal traces; and a fold in said cable portion; the flexible circuit electrode array being characterized in that it further comprises: a central opening through all layers of the cable portion in the area of the fold to facilitate further folding or twisting of the cable portion. a polymer base layer including a cable portion and an electrode array portion; metal traces deposited on said polymer base layer, including electrodes suitable to stimulate neural tissue; a polymer top layer deposited on said polymer base layer and said metal traces; and a fold in said cable portion; the flexible circuit electrode array being characterized in that it further comprises: a central opening through all layers of the cable portion in the area of the fold to facilitate further folding or twisting of the cable portion. a central opening through all layers of the cable portion in the area of the fold to facilitate further folding or twisting of the cable portion.
A method for detecting and for the targeted separating out of individual piece goods which are conveyed one after the other in a conveying direction on an extensive conveying element, wherein the piece good to be separated out is displaced transversely to the conveying direction by way of a push element (4, 24, 34, 44) by way of the push element (4, 24, 34, 44) being moved transversely to the conveying direction into the conveying region of the piece goods, and wherein positional information concerning a region of the piece good to be separated out said region facing the push element (4, 24, 34, 44), is determined by way of a position-determining device, and a forward position (V P) is determined on account of the positional information, and wherein the forward position (V P) is determined by a control device in dependence on the positional information concerning the piece good which is to be separated out, on the conveying element, and wherein before the pushing of the piece good which is to be separated out, the push element (4, 24, 34, 44) is moved into the forward position (V P) which lies above the conveying element in the conveying region, and the piece good which is to be separated out is pushed over the conveying element by the push element (4, 24, 34, 44) by way of accelerating the push element (4, 24, 34, 44) out of the forward position (V P) in a push direction, and wherein the position-determining device forms a first and a second measuring beam path, wherein an orthogonal projection of the first measuring beam path and of the second measuring beam path onto a plane, in which a conveying surface of the conveying element lies, is indicated as a first and a second measuring beam path projection, wherein the first measuring beam path projection and the second measuring beam path projection intersect outside the conveying surface.
A method (100, 200) for predicting maintenance/replacement period for a component of a vehicle, the vehicle comprising a power-assisted steering system including a steering actuator configured to assist in steering the vehicle at least as compensation for angular deviations of the road wheels caused by road disturbances, the method characterized by: - acquiring over time steering output data indicative of a magnitude and/or frequency of assisted steering as compensation for angular deviations of the road wheels caused by road disturbances, - comparing the acquired steering output data with stored component wear data, the stored component wear data being indicative of when maintenance/replacement of the component is due based on wear caused by road disturbances, and - determining, based on the comparison of the acquired steering output data and the stored component wear data, whether or not maintenance/replacement of the component is due. - acquiring over time steering output data indicative of a magnitude and/or frequency of assisted steering as compensation for angular deviations of the road wheels caused by road disturbances, - comparing the acquired steering output data with stored component wear data, the stored component wear data being indicative of when maintenance/replacement of the component is due based on wear caused by road disturbances, and - determining, based on the comparison of the acquired steering output data and the stored component wear data, whether or not maintenance/replacement of the component is due.
A mobile phase fitting (16, 60), comprising: a coupling body having a first threaded bore at a first end, a tapered cavity, a narrow bore and a fluid channel, the tapered cavity extending from an internal end of the threaded bore, the narrow bore extending from an end of the tapered cavity that is opposite to the threaded bore to a first internal surface, the fluid channel extending from the first internal surface to a second internal surface; a compression screw having an axial bore to receive a tube for passing a mobile phase and a threaded outer surface in engagement with the threaded bore of the coupling body; a compression member disposed within the tapered cavity and having an axial opening to pass the tube and a tapered surface to engage a surface of the tapered cavity; and a gasket (34, 52) disposed in the narrow bore and having a pair of parallel surfaces with an opening therebetween, one of the parallel surfaces in contact with the first internal surface and the other parallel surface configured to receive an end face of the tube, wherein the mobile phase flows along a path that includes the tube, the opening in the gasket and the fluid channel of the coupling body, characterized in that the gasket (34, 52) further comprises a stem portion having a length that extends from the first internal surface into the fluid channel and wherein the opening in the gasket extends between the parallel surfaces and further through the length of the stem portion. a coupling body having a first threaded bore at a first end, a tapered cavity, a narrow bore and a fluid channel, the tapered cavity extending from an internal end of the threaded bore, the narrow bore extending from an end of the tapered cavity that is opposite to the threaded bore to a first internal surface, the fluid channel extending from the first internal surface to a second internal surface; a compression screw having an axial bore to receive a tube for passing a mobile phase and a threaded outer surface in engagement with the threaded bore of the coupling body; a compression member disposed within the tapered cavity and having an axial opening to pass the tube and a tapered surface to engage a surface of the tapered cavity; and a gasket (34, 52) disposed in the narrow bore and having a pair of parallel surfaces with an opening therebetween, one of the parallel surfaces in contact with the first internal surface and the other parallel surface configured to receive an end face of the tube, wherein the mobile phase flows along a path that includes the tube, the opening in the gasket and the fluid channel of the coupling body, characterized in that the gasket (34, 52) further comprises a stem portion having a length that extends from the first internal surface into the fluid channel and wherein the opening in the gasket extends between the parallel surfaces and further through the length of the stem portion.
Drivetrain having a hydrodynamic retarder which comprises a bladed rotor rotating about an axis of rotation and a bladed stator which, together with the rotor, forms a working chamber for the hydrodynamic transmission of power from the rotor to the stator; having a power input for supplying drive power to the hydrodynamic retarder; having a separating clutch in a drive connection between the power input and the rotor of the hydrodynamic retarder; wherein the separating clutch is designed as a synchronized clutch with two clutch halves (7, 8) and with friction elements (9, 10) that can be brought into contact with one another and with mechanical blocking elements (11, 12), the friction elements (9, 10) are configured to equalize the rotational speed between the coupling halves (7, 8), and the blocking elements (11, 12) are configured to positively lock the two coupling halves (7, 8) to one another; and wherein the separating clutch comprises an actuator, displaceable along a displacement travel (w), which can be displaced over a first initial distance in order to bring the friction elements (9, 10) into mutual contact and which can be displaced over a second distance that follows the first distance in order to synchronize the rotational speed of the two friction elements (9, 10) and thus of the coupling halves (7, 8) and to lock them to one another by means of the blocking elements (11, 12); characterized in that at least one travel sensor is provided which directly or indirectly detects the displacement travel (w) covered by the actuator and/or the position of the actuator on the displacement travel (w). having a power input for supplying drive power to the hydrodynamic retarder; having a separating clutch in a drive connection between the power input and the rotor of the hydrodynamic retarder; wherein the separating clutch is designed as a synchronized clutch with two clutch halves (7, 8) and with friction elements (9, 10) that can be brought into contact with one another and with mechanical blocking elements (11, 12), the friction elements (9, 10) are configured to equalize the rotational speed between the coupling halves (7, 8), and the blocking elements (11, 12) are configured to positively lock the two coupling halves (7, 8) to one another; and wherein the separating clutch comprises an actuator, displaceable along a displacement travel (w), which can be displaced over a first initial distance in order to bring the friction elements (9, 10) into mutual contact and which can be displaced over a second distance that follows the first distance in order to synchronize the rotational speed of the two friction elements (9, 10) and thus of the coupling halves (7, 8) and to lock them to one another by means of the blocking elements (11, 12); characterized in that at least one travel sensor is provided which directly or indirectly detects the displacement travel (w) covered by the actuator and/or the position of the actuator on the displacement travel (w).