mhurhangee/ep-ind-claims huggingface dataset:
A self-propelled harvester comprising a front-mounted harvesting attachment, which harvester has two drive shafts (52 and 52a) of a travel drive, that are arranged displaced with respect to the harvesting attachment in the longitudinal direction of the harvester, wherein the drive shafts (52 and 52a) are drivingly connected to track-laying units (19 and 19a) which extend on both sides of the harvester and in the longitudinal direction thereof, wherein provided in a rear region of the harvester is a rear axle having rear wheels (18, 18a) steerable by way of a steering device, and wherein a steering movement transmitted from the steering device to the steerable rear wheels (18, 18a) is variable, characterised in that each drive shaft (52 and 52a) is driven by way of a respective separate hydraulic motor (36 and 36a) and a hydrostatic transmission, wherein a displacement volume of each one of the two hydraulic motors (36 and 36a) is variable in dependence on the steering movement transmitted from the steering device to the steerable rear wheels (18, 18a) in such a way that with simultaneous steering of the rear wheels (18, 18a) an additional moment about a vertical axis of the harvester can be achieved, and wherein each of the hydraulic motors (36 and 36a) drives the respective drive shaft (52 and 52a) by way of a mechanical transmission (40 and 40a) which can be shifted into at least two transmission ratio steps.
A process for separating polymeric and gaseous components of a reaction mixture obtained by high-pressure polymerization of ethylenically unsaturated monomers in the presence of free-radical polymerization initiators, the process comprising the steps of entering the reaction mixture into a separation vessel; separating the reaction mixture into in a gaseous fraction and a liquid fraction; and withdrawing the gaseous fraction from the top of the separation vessel and withdrawing the liquid fraction from the bottom of the separation vessel, wherein the separation is carried out at a pressure of from 15 MPa to 50 MPa and a temperature of from 120°C to 300°C; the filling level of the liquid fraction in the separation vessel is measured by a radiometric level measurement system comprising at least two radio-active sources and at least three radiation detectors and the filling level is controlled by a product discharge valve which operates based on data coming from the level measurement system, wherein radioactive sources are installed at at least two different heights of the separation vessel, and radiation detectors are installed at least three different heights of the separation vessel, wherein the radiation detectors are installed within or close to oriented cavities in the wall of the separation vessel and the cavities are oriented along a line running from a radioactive source to the radiation detectors, and wherein the cavities are prepared by drilling a hole from the outside into the wall of the separation vessel which does not go through the wall while keeping sufficient material that the separation vessel can withstand the applied pressure. wherein the separation is carried out at a pressure of from 15 MPa to 50 MPa and a temperature of from 120°C to 300°C; the filling level of the liquid fraction in the separation vessel is measured by a radiometric level measurement system comprising at least two radio-active sources and at least three radiation detectors and the filling level is controlled by a product discharge valve which operates based on data coming from the level measurement system, wherein radioactive sources are installed at at least two different heights of the separation vessel, and radiation detectors are installed at least three different heights of the separation vessel, wherein the radiation detectors are installed within or close to oriented cavities in the wall of the separation vessel and the cavities are oriented along a line running from a radioactive source to the radiation detectors, and wherein the cavities are prepared by drilling a hole from the outside into the wall of the separation vessel which does not go through the wall while keeping sufficient material that the separation vessel can withstand the applied pressure.
A gas turbine engine stage comprising: a rotor having a slot; a blade having a root received in the slot, wherein the root has a firtree shape having at least one undulation and a base at a terminal end opposite the airfoil; characterised by further comprising: a shank that extends radially outward from the root to a platform that supports an airfoil; and a seal supported on the shank, and extending from the upper side of the topmost undulation of the blade root to the underside of the platform and in engagement circumferentially between and with the shank and the rotor within the slot. a rotor having a slot; a blade having a root received in the slot, wherein the root has a firtree shape having at least one undulation and a base at a terminal end opposite the airfoil; characterised by further comprising: a shank that extends radially outward from the root to a platform that supports an airfoil; and a seal supported on the shank, and extending from the upper side of the topmost undulation of the blade root to the underside of the platform and in engagement circumferentially between and with the shank and the rotor within the slot. a shank that extends radially outward from the root to a platform that supports an airfoil; and a seal supported on the shank, and extending from the upper side of the topmost undulation of the blade root to the underside of the platform and in engagement circumferentially between and with the shank and the rotor within the slot.
A single-layer container for the transport of hazardous substances consisting of one layer made of a polymer blend composition consisting of 68-87% by weight of a homopolymer or copolymer of ethylene, 5-15% by weight of a polyamide homopolymer, 8-17% by weight of maleic anhydride grafted polyethylene (MAgPE), in combination with suitable additives, wherein the suitable additives are selected from the group consisting of antistatics, UV protection-agents, compatibilisers, nucleation agents, colours. 68-87% by weight of a homopolymer or copolymer of ethylene, 5-15% by weight of a polyamide homopolymer, 8-17% by weight of maleic anhydride grafted polyethylene (MAgPE), in combination with suitable additives, wherein the suitable additives are selected from the group consisting of antistatics, UV protection-agents, compatibilisers, nucleation agents, colours.
Plug screw for a pressurised container, comprising a head which has a tool engagement region, and comprising a cylindrical shank which extends along an axis, is provided with an external thread and has a hollow space which is open at the free end of the shank and closed at the head, the outer surface of the shank having an annular groove which divides the external thread into a head-end first threaded portion and a second threaded portion adjacent to the free shank end and which contains a securing ring consisting of an elastomeric material, the outer diameter of which is greater than the core diameter of an internal thread compatible with the external thread, a radial hole penetrating the shank in the region of the first threaded portion and opening into the hollow space, characterised in that the outer surface of the shank has a longitudinal groove which extends from the radial hole to the free shank end and the depth of which reaches at least the core diameter of the external thread.
A medical image processing apparatus, comprising: a three-dimensional model estimating section for estimating a three-dimensional model of an object based on a two-dimensional image of an image of the object which is inputted from a medical image pickup apparatus; an image dividing section for dividing the two-dimensional image into a plurality of regions each of which includes at least one or more pixels; a feature value calculation section for calculating each of a feature value according to a grayscale of each pixel in one of the plurality of regions and a frequency component of the one of the plurality of regions; and a lesion detection reference setting section for setting a lesion detection reference for detecting a locally protruding lesion, the lesion detection reference being a size of a cubic region which is used in quadric surface approximation in the three-dimensional model which correspond to each of the plurality of regions, based on the feature value according to the grayscale and the frequency component. a three-dimensional model estimating section for estimating a three-dimensional model of an object based on a two-dimensional image of an image of the object which is inputted from a medical image pickup apparatus; an image dividing section for dividing the two-dimensional image into a plurality of regions each of which includes at least one or more pixels; a feature value calculation section for calculating each of a feature value according to a grayscale of each pixel in one of the plurality of regions and a frequency component of the one of the plurality of regions; and a lesion detection reference setting section for setting a lesion detection reference for detecting a locally protruding lesion, the lesion detection reference being a size of a cubic region which is used in quadric surface approximation in the three-dimensional model which correspond to each of the plurality of regions, based on the feature value according to the grayscale and the frequency component.
A splicable fiber optic sensing system comprising: a core; a sheath surrounding the core; an adhesive disposed between the core and the sheath at some locations and not at other locations; and characterised by further comprising at least one optical fiber disposed between the core and the sheath being sense transmissively locked to the core by the adhesive at the locations containing the adhesive so that the fiber is locked to the core so that the physical quantity being sensed can be transmitted from the core to the optical fiber. a core; a sheath surrounding the core; an adhesive disposed between the core and the sheath at some locations and not at other locations; and characterised by further comprising at least one optical fiber disposed between the core and the sheath being sense transmissively locked to the core by the adhesive at the locations containing the adhesive so that the fiber is locked to the core so that the physical quantity being sensed can be transmitted from the core to the optical fiber.
A reel based closure device for tightening an article, comprising: a housing; a spool rotatably positioned within the interior region of the housing, the spool being configured for gathering there around a tension member for tightening the article; a pawl disk positioned axially above the spool, the pawl disk being operably coupled with the spool to cause the spool to rotate in a first direction while preventing rotation of the spool in a second direction; and a tightening component positioned axially above the pawl disk and coupled therewith such that rotation of the tightening component relative to the housing causes the spool to rotate in the first direction, such rotation for gathering around the spool the tension member for tightening the article; wherein the housing comprises an annular ridge protruding radially outward and the tightening component comprises one or more radially protruding flanges protruding radially inward; wherein the annular ridge and one or more radially protruding flanges are configured to snap together to couple the reel assembly together; wherein the one or more radially protruding flanges and the annular ridge are configured so that an interaction between the one or more radially protruding flanges and the annular ridge prevents the tightening component from being detached from housing, characterized in that, when coupled together, the one or more radially protruding flanges is at least temporarily separated from the annular ridge by a gap. a housing; a spool rotatably positioned within the interior region of the housing, the spool being configured for gathering there around a tension member for tightening the article; a pawl disk positioned axially above the spool, the pawl disk being operably coupled with the spool to cause the spool to rotate in a first direction while preventing rotation of the spool in a second direction; and a tightening component positioned axially above the pawl disk and coupled therewith such that rotation of the tightening component relative to the housing causes the spool to rotate in the first direction, such rotation for gathering around the spool the tension member for tightening the article; wherein the housing comprises an annular ridge protruding radially outward and the tightening component comprises one or more radially protruding flanges protruding radially inward; wherein the annular ridge and one or more radially protruding flanges are configured to snap together to couple the reel assembly together; wherein the one or more radially protruding flanges and the annular ridge are configured so that an interaction between the one or more radially protruding flanges and the annular ridge prevents the tightening component from being detached from housing,
An implantable defibrillation assembly (100, 300), comprising a defibrillation device (110, 310) having a sensing component and a defibrillation component, and an electrode lead (150, 350) having a lead body, a connector, a sensing electrode (351, 352) for sensing cardiac action potentials using a first electrode feed line and a defibrillation electrode (160, 360) for transmitting shock pulses to heart tissue using a second electrode feed line, wherein a switching unit for switching the sensing electrode to the potential of the defibrillation electrode during the response to the delivery of a defibrillation shock by the defibrillation component is provided, wherein the first and second electrode feed lines are installed in the lead body with reciprocal insulation and at a distance below the requirements in regard to high voltage resistance for the transmission of common defibrillation voltages via the electrode lead, wherein in each case a switching element acting automatically as a function of the voltage is connected between the second electrode feed line and the first, and an optionally provided third electrode feed line, characterized in that the or each voltage-dependent switching element is disposed in the connector.
An intraocular lens, comprising: an optic being substantially circular and having an optic anterior surface, an optic posterior surface, and an optic edge surface at a periphery of the optic, the optic edge surface connecting the optic anterior surface and the optic posterior surface; and at least two haptics, each haptic having a shoulder segment coupled to the periphery of the optic, an arm segment extending out from the shoulder segment, a haptic anterior surface, and a haptic posterior surface, the haptic posterior surface comprising a step feature at the shoulder segment, characterized in that the haptic anterior surface of each haptic comprises a taper surface extending across the shoulder segment, the shoulder segment of each haptic has a through hole from the haptic posterior surface to the taper surface of the haptic anterior surface, the haptic anterior surface of each haptic comprises an anterior arm surface, wherein the taper surface is concave and intersects the anterior arm surface. an optic being substantially circular and having an optic anterior surface, an optic posterior surface, and an optic edge surface at a periphery of the optic, the optic edge surface connecting the optic anterior surface and the optic posterior surface; and at least two haptics, each haptic having a shoulder segment coupled to the periphery of the optic, an arm segment extending out from the shoulder segment, a haptic anterior surface, and a haptic posterior surface, the haptic posterior surface comprising a step feature at the shoulder segment, characterized in that the haptic anterior surface of each haptic comprises a taper surface extending across the shoulder segment, the shoulder segment of each haptic has a through hole from the haptic posterior surface to the taper surface of the haptic anterior surface, the haptic anterior surface of each haptic comprises an anterior arm surface, wherein the taper surface is concave and intersects the anterior arm surface.
A turbine oil used in a turbine of a jet engine, comprising: a base oil containing a polyol ester; an antioxidant containing an amine-based antioxidant; a polymethacrylate having a weight average molecular weight of 50,000 to 600,000; and an alkyl aromatic compound, having a content of the component of 1,000 parts by mass or less per 100 parts by mass of a total resin content of the component, and satisfying the following requirements and: requirement: a viscosity index of 140 or more; requirement: a coking amount attached to a panel of 80 mg or less after continuously performing a panel coking test for 6 hours according to Fed. Test Method Std. 791-3462 under the condition of a panel temperature of 320°C and an oil temperature of 130°C, and in a cycle of a splash time of 15 seconds and a suspend time of 30 seconds, which has a content of the component of 0.01 to 10% by mass based on the total amount of the turbine oil, a content of the component of 0.1 to 17% by mass based on the total amount of the turbine oil, and a content of the component of 0.1 to 10.0% by mass based on the total amount of the turbine oil. having a content of the component of 1,000 parts by mass or less per 100 parts by mass of a total resin content of the component, and satisfying the following requirements and: requirement: a viscosity index of 140 or more; requirement: a coking amount attached to a panel of 80 mg or less after continuously performing a panel coking test for 6 hours according to Fed. Test Method Std. 791-3462 under the condition of a panel temperature of 320°C and an oil temperature of 130°C, and in a cycle of a splash time of 15 seconds and a suspend time of 30 seconds, which has a content of the component of 0.01 to 10% by mass based on the total amount of the turbine oil, a content of the component of 0.1 to 17% by mass based on the total amount of the turbine oil, and a content of the component of 0.1 to 10.0% by mass based on the total amount of the turbine oil. requirement: a viscosity index of 140 or more; requirement: a coking amount attached to a panel of 80 mg or less after continuously performing a panel coking test for 6 hours according to Fed. Test Method Std. 791-3462 under the condition of a panel temperature of 320°C and an oil temperature of 130°C, and in a cycle of a splash time of 15 seconds and a suspend time of 30 seconds, which has a content of the component of 0.01 to 10% by mass based on the total amount of the turbine oil, a content of the component of 0.1 to 17% by mass based on the total amount of the turbine oil, and a content of the component of 0.1 to 10.0% by mass based on the total amount of the turbine oil.
A multi-voltage output camera kit handle for realizing power supply needs of different voltages of different devices, configured to a camera kit for a camera, comprising a housing, a lithium battery, an intelligent control circuit, a power interface and a power switch, wherein the lithium battery, the intelligent control circuit, the power interface and the power switch are installed on the housing; the housing comprises a lithium battery accommodating cavity and a power interface window; the lithium battery is installed in the lithium battery accommodating cavity; and the power interface is installed at the power interface window; the power interface comprises a charging interface and a discharging interface; the charging interface is used for charging the lithium battery, and the discharging interface is used for discharging to the different devices; the power switch is used for starting or turning off the discharging function; and the power interface, the lithium battery and the power switch are welded on the intelligent control circuit. the lithium battery, the intelligent control circuit, the power interface and the power switch are installed on the housing; the housing comprises a lithium battery accommodating cavity and a power interface window; the lithium battery is installed in the lithium battery accommodating cavity; and the power interface is installed at the power interface window; the power interface comprises a charging interface and a discharging interface; the charging interface is used for charging the lithium battery, and the discharging interface is used for discharging to the different devices; the power switch is used for starting or turning off the discharging function; and the power interface, the lithium battery and the power switch are welded on the intelligent control circuit.
A method for determining a representative parameter of a porous sample, comprising the following steps: - providing a porous sample containing a first fluid; - establishing a steady state profile of a second fluid content in the porous sample by applying a first mechanical load, to create a plurality of regions having different second fluid contents in the porous sample; characterized in that the successive regions are slices of the porous sample taken in succession longitudinally along the length of the porous sample, each slice being delimited by two parallel transverse planes which are perpendicular to a longitudinal axis (X-X') of the porous sample; - measuring, in each of the plurality of regions, a local saturation (S w) in the first fluid or/and in the second fluid; - measuring, in each of the plurality of regions, a corresponding local electrical resistivity (R t) and/or conductivity; - determining a value of the representative parameter based on the corresponding values of local saturation (S w) and of local electrical conductivity and/or resistivity (R t) in each of the plurality of regions. - providing a porous sample containing a first fluid; - establishing a steady state profile of a second fluid content in the porous sample by applying a first mechanical load, to create a plurality of regions having different second fluid contents in the porous sample; characterized in that the successive regions are slices of the porous sample taken in succession longitudinally along the length of the porous sample, each slice being delimited by two parallel transverse planes which are perpendicular to a longitudinal axis (X-X') of the porous sample; - measuring, in each of the plurality of regions, a local saturation (S w) in the first fluid or/and in the second fluid; - measuring, in each of the plurality of regions, a corresponding local electrical resistivity (R t) and/or conductivity; - determining a value of the representative parameter based on the corresponding values of local saturation (S w) and of local electrical conductivity and/or resistivity (R t) in each of the plurality of regions.