mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: measuring, with measuring tools within each of a plurality of wellbores, a respective plurality of well logs each comprising data regarding a plurality of rock properties of rock surrounding the respective wellbore; creating, by a computer system, a geocellular model of an underground formation having the plurality of wellbores, the creating by: for each wellbore of the plurality of wellbores, reading a measured value of the plurality of rock properties associated with a first well log, and associating the values of the plurality of rock properties with a respective cell of a plurality of cells of the geocellular model; assigning a value of the plurality of rock properties to each cell of the plurality of cells based on the measured values and a datum of information, the datum of information distinct from the measured values and derived from a variogram regarding the rock property; and determining a rock type for each cell based on the values of the plurality of rock properties assigned to that cell. measuring, with measuring tools within each of a plurality of wellbores, a respective plurality of well logs each comprising data regarding a plurality of rock properties of rock surrounding the respective wellbore; creating, by a computer system, a geocellular model of an underground formation having the plurality of wellbores, the creating by: for each wellbore of the plurality of wellbores, reading a measured value of the plurality of rock properties associated with a first well log, and associating the values of the plurality of rock properties with a respective cell of a plurality of cells of the geocellular model; assigning a value of the plurality of rock properties to each cell of the plurality of cells based on the measured values and a datum of information, the datum of information distinct from the measured values and derived from a variogram regarding the rock property; and determining a rock type for each cell based on the values of the plurality of rock properties assigned to that cell. for each wellbore of the plurality of wellbores, reading a measured value of the plurality of rock properties associated with a first well log, and associating the values of the plurality of rock properties with a respective cell of a plurality of cells of the geocellular model; assigning a value of the plurality of rock properties to each cell of the plurality of cells based on the measured values and a datum of information, the datum of information distinct from the measured values and derived from a variogram regarding the rock property; and determining a rock type for each cell based on the values of the plurality of rock properties assigned to that cell.
Robot gripper comprising a gripper base body having a connecting flange adapted to attach the robot gripper to a tool flange of a robot arm, further comprising a base link which is rotatably mounted on the gripper base body about a first rotational axis by means of a first rotational joint (15.1) which is automatically adjustable by a first drive motor, and comprising a first gripper finger (16.1) which is rotatably mounted with respect to the base link about a second rotational axis which is aligned parallel to the first rotational axis by means of a second rotational joint (15.2) which is automatically adjustable by a second drive motor and comprising at least one further gripper finger (16.2, 16.3), wherein the second rotational joint (15.2) is configured to individually adjusting the first gripper finger (16.1) by the second drive motor independently of the at least one further gripper finger (16.2, 16.3), characterized in that the base link has a rotationally symmetrical outer lateral surface on which the base link is rotatably mounted entirely within the outer contour of the gripper base body, an intermediate link of the robot gripper has a rotationally symmetrical outer lateral surface on which the intermediate link is rotatably mounted entirely within the outer contour of the base link, and a finger carrier of the robot gripper has a rotationally symmetrical outer lateral surface on which the finger carrier is rotatably mounted completely within the outer contour of the intermediate link.
A polypeptide for use in a method of treating or preventing sideroblastic anemia in a human patient, wherein the polypeptide comprises an amino acid sequence that is at least 95% identical to the sequence of amino acids 25-131 of SEQ ID NO: 1, wherein the polypeptide comprises an acidic amino acid at the position corresponding to position 79 of SEQ ID NO: 1, wherein the polypeptide binds to GDF11 and/or GDF8, wherein the method comprises administering the polypeptide to a patient in need thereof, wherein the patient is on a dosing schedule that comprises administering from 0.75-1.75 mg/kg of the polypeptide to the patient and wherein the patient has bone marrow cells that test positive for one or more mutations in SF3BI, DNMT3A, and/or TET2.
A ground illumination aircraft light unit comprising: a mounting portion, which is configured for mounting the light unit to an aircraft; a transparent cover, which is mounted to the mounting portion and which, in combination with the mounting portion, defines an interior space of the light unit; and at least one light source, which is arranged within the interior space of the light unit and which is configured for emitting light for illuminating the ground of an airfield in the vicinity of the aircraft; wherein the light unit is configured: to emit predominantly p-polarized light in a predefined spatial sector; and to emit non-polarized light in an area outside said predefined spatial sector, characterized in that the predefined spatial sector is centered on an axis, which is oriented parallel to a longitudinal axis of the aircraft or which is oriented along the longitudinal axis of the aircraft, and wherein the predefined spatial sector, when projected on a horizontal plane, has an opening angle (β) in the range of 30° to 40°. a mounting portion, which is configured for mounting the light unit to an aircraft; a transparent cover, which is mounted to the mounting portion and which, in combination with the mounting portion, defines an interior space of the light unit; and at least one light source, which is arranged within the interior space of the light unit and which is configured for emitting light for illuminating the ground of an airfield in the vicinity of the aircraft; wherein the light unit is configured: to emit predominantly p-polarized light in a predefined spatial sector; and to emit non-polarized light in an area outside said predefined spatial sector, characterized in that the predefined spatial sector is centered on an axis, which is oriented parallel to a longitudinal axis of the aircraft or which is oriented along the longitudinal axis of the aircraft, and wherein the predefined spatial sector, when projected on a horizontal plane, has an opening angle (β) in the range of 30° to 40°. to emit predominantly p-polarized light in a predefined spatial sector; and to emit non-polarized light in an area outside said predefined spatial sector, characterized in that the predefined spatial sector is centered on an axis, which is oriented parallel to a longitudinal axis of the aircraft or which is oriented along the longitudinal axis of the aircraft, and wherein the predefined spatial sector, when projected on a horizontal plane, has an opening angle (β) in the range of 30° to 40°.
A modular dry heat diffuser comprising a front fin, a rear fin arranged in parallel and connected by a joining fin arranged perpendicularly to the previous two; outer fins perpendicular to both faces of the joining fin; wherein the modular dry heat diffuser further comprises a first electrical heating element arranged next to the lower edge area of the diffuser and a second heating element arranged in a region near the upper edge of the diffuser; the outer fins have an irregular cross-sectional shape comprising a set of segments discontinuous, undulating, irregular and straight; the segments are arranged at a predetermined distance from both front and rear fins; a passageway is formed by the front, rear and joining fin; characterized in that the joining fin is a central joining fin and connects the front fin and rear fin in an H cross-sectional shape; and a segment in a J-type cross-sectional is arranged in the lower end of the passageway and is configured to divide an incoming air current into two separated air flows and to direct a portion of the air current to the lower heating element and another part to the upper heating element; the first electrical heating element is configured to heat a portion of the incoming air current and the second electrical heating element is configured to heat the other portion of the incoming air current; the segments of the outer fins are arranged to direct the hot air heated by the first electrical heating element towards the upper outlet end of the passageway and divert the hot air away from the second heating element.
A torque sensor comprising: a rotor; a stator disposed outside the rotor and including stator teeth having an annular shape; a sensor assembly configured to measure a magnetic field generated between the rotor and the stator; and a housing; the rotor and the stator are disposed outside the housing, the sensor assembly is disposed inside the housing and includes an alignment means configured to align a position of the housing with a position of the stator in a direction of an axis of the rotor, and the alignment means is disposed on at least one of the housing and the stator, wherein the alignment means includes a groove disposed in the stator and a protrusion disposed in the housing and corresponding to a position of the groove, wherein the housing includes a front surface which faces the stator and the front surface includes a curved surface portion, and the protrusion protrudes from the curved surface portion, characterized in that an overall shape of the groove is an annular shape, that the alignment means is configured to align a position of the stator teeth with a position of a collector in the direction of the axis of the rotor, and that a radius of a curvature of the curved surface portion is greater than a radius of a curvature of the stator teeth. a rotor; a stator disposed outside the rotor and including stator teeth having an annular shape; a sensor assembly configured to measure a magnetic field generated between the rotor and the stator; and a housing; the rotor and the stator are disposed outside the housing, the sensor assembly is disposed inside the housing and includes an alignment means configured to align a position of the housing with a position of the stator in a direction of an axis of the rotor, and the alignment means is disposed on at least one of the housing and the stator, wherein the alignment means includes a groove disposed in the stator and a protrusion disposed in the housing and corresponding to a position of the groove, wherein the housing includes a front surface which faces the stator and the front surface includes a curved surface portion, and the protrusion protrudes from the curved surface portion, characterized in that an overall shape of the groove is an annular shape, that the alignment means is configured to align a position of the stator teeth with a position of a collector in the direction of the axis of the rotor, and that a radius of a curvature of the curved surface portion is greater than a radius of a curvature of the stator teeth.
A method for terminating a wire (10; 210) with a contact element (20; 220), the wire comprising a conductor (12; 212) and an insulating layer (14; 214) surrounding the conductor, the conductor being formed of aluminum or an aluminum alloy, the method comprising: removing the insulating layer from the conductor to expose a portion (16; 216) of the conductor, the exposed portion having a circumference; installing a conductive foil layer (18; 218) on the exposed portion of the conductor such that the conductive foil layer (18; 218) entirely surrounds the circumference of the exposed portion of the conductor; welding the conductive foil layer (18; 218) and the exposed portion of the conductor together to form an amalgamated mass; and installing the contact element (20; 220) on the amalgamated mass, the contact element being formed of a different material than the conductor (12; 212) and the conductive foil layer (18; 218), wherein: the conductive foil layer (18; 218) is formed of copper, the method being characterized in that the conductive foil layer comprises a corrugated screen having a plurality of elevated portions distributed along upper and lower surfaces; and when the conductive foil layer is installed on the exposed portion, the elevated portions are configured to abrade the exposed portion of the conductor prior to the welding of the conductive foil layer and the exposed portion. removing the insulating layer from the conductor to expose a portion (16; 216) of the conductor, the exposed portion having a circumference; installing a conductive foil layer (18; 218) on the exposed portion of the conductor such that the conductive foil layer (18; 218) entirely surrounds the circumference of the exposed portion of the conductor; welding the conductive foil layer (18; 218) and the exposed portion of the conductor together to form an amalgamated mass; and installing the contact element (20; 220) on the amalgamated mass, the contact element being formed of a different material than the conductor (12; 212) and the conductive foil layer (18; 218), wherein: the conductive foil layer (18; 218) is formed of copper, the method being characterized in that the conductive foil layer comprises a corrugated screen having a plurality of elevated portions distributed along upper and lower surfaces; and when the conductive foil layer is installed on the exposed portion, the elevated portions are configured to abrade the exposed portion of the conductor prior to the welding of the conductive foil layer and the exposed portion. the conductive foil layer (18; 218) is formed of copper, the method being characterized in that the conductive foil layer comprises a corrugated screen having a plurality of elevated portions distributed along upper and lower surfaces; and when the conductive foil layer is installed on the exposed portion, the elevated portions are configured to abrade the exposed portion of the conductor prior to the welding of the conductive foil layer and the exposed portion.
A method for processing a service data flow, comprising: obtaining a first bearer and a service parameter corresponding to the first bearer; and, performing a rate control process on a rate of a service data flow in the first bearer according to the service parameter, whereby if a rate control condition corresponding to the first bearer is obtained, the service parameter comprises service information, a QCI, an ARP, and a traffic flow template, TFT, and the service information comprises one or more of the followings: a service type, a transmission mechanism, and a transmission protocol, then the performing the rate control process on the rate of the service data flow in the first bearer according to the service parameter comprises: identifying a service data flow corresponding to the TFT in the first bearer, and respectively determining whether the service information corresponding to the service data flow satisfies the rate control condition; and respectively establishing a second bearer according to the QCI and the ARP corresponding a service data flow satisfying the rate control condition and binding the service data flow satisfying the rate control condition to the second bearer. obtaining a first bearer and a service parameter corresponding to the first bearer; and, performing a rate control process on a rate of a service data flow in the first bearer according to the service parameter, whereby if a rate control condition corresponding to the first bearer is obtained, the service parameter comprises service information, a QCI, an ARP, and a traffic flow template, TFT, and the service information comprises one or more of the followings: a service type, a transmission mechanism, and a transmission protocol, then the performing the rate control process on the rate of the service data flow in the first bearer according to the service parameter comprises: identifying a service data flow corresponding to the TFT in the first bearer, and respectively determining whether the service information corresponding to the service data flow satisfies the rate control condition; and respectively establishing a second bearer according to the QCI and the ARP corresponding a service data flow satisfying the rate control condition and binding the service data flow satisfying the rate control condition to the second bearer. identifying a service data flow corresponding to the TFT in the first bearer, and respectively determining whether the service information corresponding to the service data flow satisfies the rate control condition; and respectively establishing a second bearer according to the QCI and the ARP corresponding a service data flow satisfying the rate control condition and binding the service data flow satisfying the rate control condition to the second bearer.
An arrangement having at least one teeth-bearing body with a first sequence of teeth and at least one second sequence of teeth, wherein the teeth of the first sequence are, viewed in a rolling direction of the teeth-bearing body, arranged one behind the other and the teeth of the second sequence are, viewed in the rolling direction of the teeth-bearing body, likewise arranged one behind the other and the first sequence of teeth and the second sequence of teeth are, in a transverse direction orthogonal to the rolling direction, arranged, in particular exclusively, side by side, characterized in that the teeth of the first sequence of the teeth-bearing body are larger than the teeth of the second sequence of the teeth-bearing body, wherein the arrangement has at least one further teeth-bearing body which likewise has a first sequence of teeth and at least one second sequence of teeth, wherein the teeth of the first sequence of the teeth-bearing body engage the teeth of the first sequence of the further teeth-bearing body in an engagement region and the teeth (2, 16), in engagement with one another in each case, of the two first sequences (1, 5) contact at at least one contact point, while at least in one operating state the teeth of the second sequence of the teeth-bearing body are arranged between the teeth of the second sequence of the further teeth-bearing body in a completely contact-free manner.
A web joint apparatus configured to convey a web for an absorbent article folded into two in a cross direction orthogonal to the machine direction with reference to a folding line parallel with the machine direction on a crotch portion, the absorbent article including: paired waistline portions which are continuous in the machine direction along a flow direction of a manufacturing process for an absorbent article; and crotch portions which are discontinuous in the machine direction and located between the paired waistline portions, the web joint apparatus comprising: a joint mechanism configured to join the paired waistline portions; an anvil mechanism facing the joint mechanism and configured to join the web between the anvil mechanism and the joint mechanism; and a hold mechanism configured to hold the web while stretching the web in a direction in which the crotch portions get away from the waistline portions, when the paired waistline portions are joined by the joint mechanism and the anvil mechanism, wherein the hold mechanism stretches the web from the inside of the crotch portions of the doubled web. a joint mechanism configured to join the paired waistline portions; an anvil mechanism facing the joint mechanism and configured to join the web between the anvil mechanism and the joint mechanism; and a hold mechanism configured to hold the web while stretching the web in a direction in which the crotch portions get away from the waistline portions, when the paired waistline portions are joined by the joint mechanism and the anvil mechanism, wherein the hold mechanism stretches the web from the inside of the crotch portions of the doubled web.
An apparatus for providing maintenance services for a separate electrically operated smoking device, comprising: an input comprising an electrical connector configured to engage electrical contacts on a separate electrically operated smoking device; a controller connected to the input wherein the controller is configured to automatically perform electrical testing of the electrically operated smoking device and to provide a test report based on an outcome of the electrical testing, or to perform a software update or software reset of the electrically operated smoking device, or to both provide a test report and perform a software update or software reset of the electrically operated smoking device, when an electrically operated smoking device is connected with the input. an input comprising an electrical connector configured to engage electrical contacts on a separate electrically operated smoking device; a controller connected to the input wherein the controller is configured to automatically perform electrical testing of the electrically operated smoking device and to provide a test report based on an outcome of the electrical testing, or to perform a software update or software reset of the electrically operated smoking device, or to both provide a test report and perform a software update or software reset of the electrically operated smoking device, when an electrically operated smoking device is connected with the input.