mhurhangee/ep-ind-claims huggingface dataset:
A method of performing a geometric inversion of seismic data comprising the steps of: obtaining petrophysical data relating to valid geological and/or dynamical scenarios within a subsurface volume, wherein valid geological and/or dynamical scenarios comprise those which are petrophysically possible; converting said petrophysical data into valid combinations of elastic parameters; characterised in that the method further comprises: projecting said valid combinations of elastic parameters onto a spherical plot; determining a penalty term from the distances between each cell of the spherical plot and the nearest valid combination of elastic parameters; and performing an inversion to minimise a cost function associated with seismic mismatch between two or more seismic surveys and at least a synthetic dataset computed from the said elastic parameters; wherein said penalty term is used to constrain said inversion. obtaining petrophysical data relating to valid geological and/or dynamical scenarios within a subsurface volume, wherein valid geological and/or dynamical scenarios comprise those which are petrophysically possible; converting said petrophysical data into valid combinations of elastic parameters; characterised in that the method further comprises: projecting said valid combinations of elastic parameters onto a spherical plot; determining a penalty term from the distances between each cell of the spherical plot and the nearest valid combination of elastic parameters; and performing an inversion to minimise a cost function associated with seismic mismatch between two or more seismic surveys and at least a synthetic dataset computed from the said elastic parameters; wherein said penalty term is used to constrain said inversion. projecting said valid combinations of elastic parameters onto a spherical plot; determining a penalty term from the distances between each cell of the spherical plot and the nearest valid combination of elastic parameters; and performing an inversion to minimise a cost function associated with seismic mismatch between two or more seismic surveys and at least a synthetic dataset computed from the said elastic parameters; wherein said penalty term is used to constrain said inversion.
Subsea electronic converter system, comprising a housing configured to receive a dielectric fluid, at least one stackable electric module arranged in the housing, the at least one stackable electric module comprising a first section and a second section, a cooling system comprising a second heat exchanger in thermal connection with the fluid, the second heat exchanger being configured to exchange heat between the dielectric fluid and sea water, a first fluid stream path being configured to receive a first fluid stream passing through the second heat exchanger and the first section to cool the first section, and a second fluid stream path configured to receive a second fluid stream passing through the second heat exchanger and the second section to cool the second section, the second fluid stream having a flow rate that differs from that of the first fluid stream, wherein the second heat exchanger comprises a fluid tube bundle configured to receive the first and the second fluid stream paths and configured to transfer heat energy from the fluid to sea water, and wherein the fluid tube bundle comprises a first and a second separate fluid tube bundle (36, 36'), and wherein each of the first, and the second fluid stream paths is in fluid connection with one of the separate first and second fluid tube bundles (36, 36').
A cable deployment sensing system comprising: a stationary ring gear having external teeth, wherein the stationary ring gear is fixed such that the stationary ring gear does not rotate about an axis; a rotatable ring gear mounted coaxially with the stationary ring gear, the rotatable ring gear capable of rotating about the axis, characterised in that a cluster assembly mounted for rotation about the axis, the cluster assembly comprising: a housing; and a cluster gear supported by the housing, the cluster gear comprising: a first gear mounted on a shaft, the first gear interfacing with the stationary ring gear; and a second gear mounted on the shaft, the second gear interfacing with the rotatable ring gear such that the second gear drives rotation of the rotatable ring gear; and a sensor assembly comprising: a sensor input gear interfacing with the rotatable ring gear and fixed relative to the axis, wherein the rotatable ring gear drives rotation of the sensor input gear; and a transducer interfacing with the sensor input gear and configured to sense rotation of the sensor input gear. a stationary ring gear having external teeth, wherein the stationary ring gear is fixed such that the stationary ring gear does not rotate about an axis; a rotatable ring gear mounted coaxially with the stationary ring gear, the rotatable ring gear capable of rotating about the axis, characterised in that a cluster assembly mounted for rotation about the axis, the cluster assembly comprising: a housing; and a cluster gear supported by the housing, the cluster gear comprising: a first gear mounted on a shaft, the first gear interfacing with the stationary ring gear; and a second gear mounted on the shaft, the second gear interfacing with the rotatable ring gear such that the second gear drives rotation of the rotatable ring gear; and a housing; and a cluster gear supported by the housing, the cluster gear comprising: a first gear mounted on a shaft, the first gear interfacing with the stationary ring gear; and a second gear mounted on the shaft, the second gear interfacing with the rotatable ring gear such that the second gear drives rotation of the rotatable ring gear; and a first gear mounted on a shaft, the first gear interfacing with the stationary ring gear; and a second gear mounted on the shaft, the second gear interfacing with the rotatable ring gear such that the second gear drives rotation of the rotatable ring gear; and a sensor assembly comprising: a sensor input gear interfacing with the rotatable ring gear and fixed relative to the axis, wherein the rotatable ring gear drives rotation of the sensor input gear; and a transducer interfacing with the sensor input gear and configured to sense rotation of the sensor input gear. a sensor input gear interfacing with the rotatable ring gear and fixed relative to the axis, wherein the rotatable ring gear drives rotation of the sensor input gear; and a transducer interfacing with the sensor input gear and configured to sense rotation of the sensor input gear.
Electrical instant water heater with a number of electronic switching elements for switching the heating elements of the instant water heater, a cooling pipe, through with cold water flows during operation to cool the number of electronic switching elements and a conductor plate, characterized by the fact that the power electronic switching elements are placed flat or recumbent on the conductor plate, whereby the cooling pipe is placed on the flat or recumbent electronic switching element.
An article of footwear (100, 400, 1500) having an upper and a sole structure secured to the upper, the upper incorporating a knitted component, the knitted component comprising: a base portion and an extended portion; the base portion having a first side and a second side, the extended portion extending from the first side; the extended portion passing below the knitted component from the first side to the second side, wherein the extended portion extends beyond the second side, wherein the extended portion incorporates a tensile element, wherein the tensile element extends from the first side of the knitted component to the second side of the knitted component, and wherein the tensile element is inlaid within the base portion of the knitted component, characterized in that the tensile element is inlaid within the extended portion of the knitted component. the base portion having a first side and a second side, the extended portion extending from the first side; the extended portion passing below the knitted component from the first side to the second side, wherein the extended portion extends beyond the second side, wherein the extended portion incorporates a tensile element, wherein the tensile element extends from the first side of the knitted component to the second side of the knitted component, and wherein the tensile element is inlaid within the base portion of the knitted component, characterized in that the tensile element is inlaid within the extended portion of the knitted component.
A method for determining a risk of injury to a human being due to an impact comprising: measuring (144, 146, 148, 150) at least one of a linear acceleration and an angular acceleration at a first location on the human being, the first location in a one of a mouth guard and a lip guard worn by the human being; determining an acceleration at a center of gravity of the head of the human being from the measured at least one of a linear acceleration and an angular acceleration at the first location, the first location being remote from the center of gravity of the head; calculating a plurality of impact parameters from the determined acceleration at the center of gravity of the head; associating the calculated plurality of impact parameters with an associated injury class of a plurality of injury classes, each injury class representing a range of probabilities that the human being will suffer an injury to a structure within one of the head and the neck of the human being given the calculated plurality of impact parameters; and communicating the associated event class to an observer via an associated output device. measuring (144, 146, 148, 150) at least one of a linear acceleration and an angular acceleration at a first location on the human being, the first location in a one of a mouth guard and a lip guard worn by the human being; determining an acceleration at a center of gravity of the head of the human being from the measured at least one of a linear acceleration and an angular acceleration at the first location, the first location being remote from the center of gravity of the head; calculating a plurality of impact parameters from the determined acceleration at the center of gravity of the head; associating the calculated plurality of impact parameters with an associated injury class of a plurality of injury classes, each injury class representing a range of probabilities that the human being will suffer an injury to a structure within one of the head and the neck of the human being given the calculated plurality of impact parameters; and communicating the associated event class to an observer via an associated output device.
A method for producing a Kalanchoe interspecific hybrid plant having intermediate compactness, comprising: (a) transforming Kalanchoe plant tissue with A. rhizogenes, wherein A. rhizogenes delivers and integrates one or more rol genes into plant genome; (b) selecting a putatively transformed root having a hairy root phenotype; (c) growing said root on a regeneration medium; (d) regenerating a shoot from said root, thereby generating a plantlet; and (e) growing said plantlet into a mature plant, and; (f) selecting a plant having intermediate compactness, wherein said intermediate compactness is increased from about 5% to about 50% compared to a non-transformed control plant. (a) transforming Kalanchoe plant tissue with A. rhizogenes, wherein A. rhizogenes delivers and integrates one or more rol genes into plant genome; (b) selecting a putatively transformed root having a hairy root phenotype; (c) growing said root on a regeneration medium; (d) regenerating a shoot from said root, thereby generating a plantlet; and (e) growing said plantlet into a mature plant, and; (f) selecting a plant having intermediate compactness, wherein said intermediate compactness is increased from about 5% to about 50% compared to a non-transformed control plant.
An ejector for a heat recovery or work recovery system, comprising: a high-pressure fluid passage comprising a high-pressure fluid inlet and a high-pressure fluid nozzle; a suction fluid passage comprising a suction fluid inlet and a suction chamber surrounding the high-pressure fluid nozzle; a mixing chamber in fluid communication with the high-pressure fluid passage and the suction fluid passage respectively; and a diffusion chamber downstream of the mixing chamber; wherein a front end of an outer wall of the high-pressure fluid nozzle has an arc-shaped rounded portion; characterised in that the outer wall of the high-pressure fluid nozzle comprises a mounting portion, a concave arc-shaped section on a front side of the mounting portion, and a cone-shaped section on a front side of the concave arc-shaped section, and the arc-shaped rounded portion is located at a frontmost side of the cone-shaped section; wherein an interior of the high-pressure fluid nozzle comprises a constricted section, a throat portion, a diffusion section and a high-pressure fluid outlet in sequence. a high-pressure fluid passage comprising a high-pressure fluid inlet and a high-pressure fluid nozzle; a suction fluid passage comprising a suction fluid inlet and a suction chamber surrounding the high-pressure fluid nozzle; a mixing chamber in fluid communication with the high-pressure fluid passage and the suction fluid passage respectively; and a diffusion chamber downstream of the mixing chamber; wherein a front end of an outer wall of the high-pressure fluid nozzle has an arc-shaped rounded portion; characterised in that the outer wall of the high-pressure fluid nozzle comprises a mounting portion, a concave arc-shaped section on a front side of the mounting portion, and a cone-shaped section on a front side of the concave arc-shaped section, and the arc-shaped rounded portion is located at a frontmost side of the cone-shaped section; wherein an interior of the high-pressure fluid nozzle comprises a constricted section, a throat portion, a diffusion section and a high-pressure fluid outlet in sequence.
A charging member for electrophotographic apparatus, the charging member comprising a substrate, an elastic layer and a surface layer, wherein said surface layer comprises: a high-molecular compound having an Si-O-Ti linkage in the molecular structure, and a cyclic polysilane represented by the following general formula; and wherein said high-molecular compound has a constituent unit represented by the following general formula and a constituent unit represented by the following formula: Formula TiO 4/2 where, in the general formula, R 1 and R 2 each independently represent any structure selected from structures represented by the following general formulas to: where, in the general formulas to, R 3 to R 7, R 10 to R 14, R 19, R 20, R 25 and R 26 each independently represent a hydrogen atom, a straight-chain or branched-chain alkyl group having 1 to 4 carbon atom(s), a hydroxyl group, a carboxyl group or an amino group; R 8, R 9, R 15 to R 18, R 23, R 24 and R 29 to R 32 each independently represent a hydrogen atom or a straight-chain or branched-chain alkyl group having 1 to 4 carbon atom(s); R 21, R 22, R 27 and R 28 each independently represent a hydrogen atom, an alkoxy group having 1 to 4 carbon atom(s) or a straight-chain or branched-chain alkyl group having 1 to 4 carbon atom(s); n1, m1, q1, s1, t1 and v1 each independently represent an integer of 1 to 8, p1 and r1 each independently represent an integer of 4 to 12, and x1 and y1 each independently represent 0 or 1; and an asterisk * and a double asterisk ** each represent the position of bonding with the silicon atom and oxygen atom, respectively, in the general formula; and where, in the general formula, R α and R β ach independently represent a hydrogen atom, a hydroxyl group, an alkyl group, an alkoxy group, an alkenyl group, a cycloalkyl group, a cycloalkyloxy group, a cycloalkenyl group, an aryl group, an aryloxy group or a silyl group; and u1 represent an integer of 4 to 12. a high-molecular compound having an Si-O-Ti linkage in the molecular structure, and a cyclic polysilane represented by the following general formula;
A method for generating a time lapse difference image, comprising: performing a first marine seismic survey; performing a second marine seismic survey after a predetermined amount of time has lapsed between the first marine seismic survey and the second marine seismic survey, wherein the shot times and the shot positions of the second marine seismic survey are substantially the same as the shot times and the shot positions of the first marine seismic survey; processing seismic data generated by the first marine seismic survey to generate a first image; processing seismic data generated by the second marine seismic survey to generate a second image; and computing the difference between the first image and the second image. performing a first marine seismic survey; performing a second marine seismic survey after a predetermined amount of time has lapsed between the first marine seismic survey and the second marine seismic survey, wherein the shot times and the shot positions of the second marine seismic survey are substantially the same as the shot times and the shot positions of the first marine seismic survey; processing seismic data generated by the first marine seismic survey to generate a first image; processing seismic data generated by the second marine seismic survey to generate a second image; and computing the difference between the first image and the second image.
A heat exchanger having a longitudinal axis (x), a first end, a second end, an outer wall having an outer surface and a first conduit defining a first fluid passageway canal and a plurality of additional conduits (6, 6') defining a plurality of additional fluid passageway canals, wherein the first conduit and the additional conduits (6, 6') extend along the longitudinal axis (x) and that the heat exchanger comprises one or more extruded one-piece bodies (S 1, S 2, S 3) comprising at least a portion of the first conduit and at least a portion of each of the additional conduits (6, 6'), characterised in that the heat exchanger comprises one or more inspection conduits provided between the first conduit and a plurality of conduits (6, 6'), wherein the inspection conduits are not closed at the first end or at the second end of the heat exchanger, wherein the inspection conduits are visually detectable from the outside, so that in use the heat exchanger is arranged vertically and in case of a leakage due to corrosion fluid will drip from the inspection conduits onto the floor.
A method for producing an article by welding a first piece to a second piece, the method comprising: - providing the first piece, which comprises an open cavity and a first sealing surface, - providing the second piece, which comprises a second sealing surface, - providing a chamber, which has controllable internal pressure (p 2), - closing the chamber such that the first piece and the second piece are inside the closed chamber, - changing the internal pressure (p 2) of the chamber so as to cause a flow of a gas from the open cavity, - closing the open cavity by moving at least one of the pieces (110, 120) such that the first sealing surface forms a partially gas tight preliminary joint together with the second sealing surface, and such that the first piece and the second piece define an interface, - opening the chamber after the preliminary joint has been formed, and - forming a welded seam by focusing a laser beam to the interface after the chamber has been opened, characterized in that the first sealing surface and the second sealing surface are substantially planar, wherein the preliminary joint allows a sliding movement of the second sealing surface with respect to the first sealing surface after opening the chamber before forming the welded seam, and wherein the laser beam is focused to the interface through the first piece and/or through the second piece. - providing the first piece, which comprises an open cavity and a first sealing surface, - providing the second piece, which comprises a second sealing surface, - providing a chamber, which has controllable internal pressure (p 2), - closing the chamber such that the first piece and the second piece are inside the closed chamber, - changing the internal pressure (p 2) of the chamber so as to cause a flow of a gas from the open cavity, - closing the open cavity by moving at least one of the pieces (110, 120) such that the first sealing surface forms a partially gas tight preliminary joint together with the second sealing surface, and such that the first piece and the second piece define an interface, - opening the chamber after the preliminary joint has been formed, and - forming a welded seam by focusing a laser beam to the interface after the chamber has been opened,
Steering column for a steer-by-wire steering system for a motor vehicle, comprising a jacket unit in which a steering spindle is accommodated so as to be rotatable about a longitudinal axis, the jacket unit having an inner jacket tube accommodated coaxially in an outer jacket tube so as to be telescopically displaceable in the direction of the longitudinal axis, and the steering spindle having an inner shaft accommodated coaxially in an outer shaft so as to be torque-locking, telescopically displaceable in the direction of the longitudinal axis, wherein the steering spindle can be connected to a steering wheel and is coupled to a drive unit of a feedback actuator, which has an electric motor (65, 67) for generating and introducing a feedback torque into the steering spindle, the drive unit having a recess which is arranged coaxially with respect to the longitudinal axis, is open towards the outer shaft and has a maximum inscribed inside diameter which is larger than the outside diameter of the outer shaft, characterized in that the inside diameter is smaller than the outside diameter of the inner jacket tube.
An outer housing for a pressure monitoring system comprising: a sidewall shell defining an axis extending centrally therethrough, the sidewall shell comprising an annular inner sidewall projection extending from a top end thereof; and a cap mounted to the sidewall shell, the cap defining an annular cap recess, wherein the annular inner sidewall projection is configured to engage the annular cap recess; the outer housing being characterised in that it further comprises an annular outer sidewall projection, the annular outer sidewall projection positioned radially outward from the annular inner sidewall projection, wherein the annular inner sidewall projection defines a height that is greater than a height of the annular outer sidewall projection. a sidewall shell defining an axis extending centrally therethrough, the sidewall shell comprising an annular inner sidewall projection extending from a top end thereof; and a cap mounted to the sidewall shell, the cap defining an annular cap recess, wherein the annular inner sidewall projection is configured to engage the annular cap recess; the outer housing being characterised in that it further comprises an annular outer sidewall projection, the annular outer sidewall projection positioned radially outward from the annular inner sidewall projection, wherein the annular inner sidewall projection defines a height that is greater than a height of the annular outer sidewall projection.