mhurhangee/ep-ind-claims huggingface dataset:
A palladium jewelry alloy composed of - 58.0% by weight to 59.0% by weight, preferably 58.5% by weight, palladium, - 25.0% by weight to 30.0% by weight silver, - 10.0% by weight to 12.0% by weight copper, - 0.9% by weight to 1.1 % by weight of gallium, germanium and/or indium, preferably gallium, - 1.4% by weight to 1.6% by weight zinc, - 0.3% by weight to 0.6% by weight tungsten and/or cobalt, preferably tungsten, and - 0.04% by weight to 0.06% by weight of iridium, rhodium and/or ruthenium, preferably ruthenium. - 58.0% by weight to 59.0% by weight, preferably 58.5% by weight, palladium, - 25.0% by weight to 30.0% by weight silver, - 10.0% by weight to 12.0% by weight copper, - 0.9% by weight to 1.1 % by weight of gallium, germanium and/or indium, preferably gallium, - 1.4% by weight to 1.6% by weight zinc, - 0.3% by weight to 0.6% by weight tungsten and/or cobalt, preferably tungsten, and - 0.04% by weight to 0.06% by weight of iridium, rhodium and/or ruthenium, preferably ruthenium.
A method of estimating a cell count in a blood sample, the method comprising capturing a sequence of frames of the sample with an image capture device as the sample flows through a field of view of the image capture device; identifying cells in each frame; selecting a plurality of frames of the sequence of frames based on an estimate of cell velocity in one or more frames, wherein each frame is selected based on an estimate of the number of frames needed for all cells identified in the previous selected frame to leave the field of view, and determining a frame cell count of identified cells in each selected frame; and combining the determined frame cell counts to compute an estimated cell count, preferably wherein combining the frame cell counts and computing an estimated cell counts includes determining a mean or median value of the frame cell counts.
A method of producing a fuel additive, comprising: passing a feed stream comprising C 4 hydrocarbons through a first hydrogenation unit producing a first process stream, wherein the feed stream comprises methyl acetylene, propylene, 1, 3-butadiene, 1, 2-butadiene, isobutylene, cis-2-butene, trans-2-butene, 1-butene, isobutane, n-butane, or a combination thereof, and wherein at least a portion of the butadiene present in the feed stream is converted to 1-butene and 2-butene within the first hydrogenation unit; passing the first process stream through a distillation unit; withdrawing a 2-butene stream from the distillation unit; withdrawing an iso-stream from the distillation unit, wherein the iso-stream comprises isobutane and isobutylene; passing the 2-butene stream through a second hydrogenation unit producing a 1-butene stream (38, 40); passing at least a first portion of the 1-butene stream through a separation unit producing a separated 1-butene stream; and passing the separated 1-butene stream and a water stream through a hydration unit producing the fuel additive. passing a feed stream comprising C 4 hydrocarbons through a first hydrogenation unit producing a first process stream, wherein the feed stream comprises methyl acetylene, propylene, 1, 3-butadiene, 1, 2-butadiene, isobutylene, cis-2-butene, trans-2-butene, 1-butene, isobutane, n-butane, or a combination thereof, and wherein at least a portion of the butadiene present in the feed stream is converted to 1-butene and 2-butene within the first hydrogenation unit; passing the first process stream through a distillation unit; withdrawing a 2-butene stream from the distillation unit; withdrawing an iso-stream from the distillation unit, wherein the iso-stream comprises isobutane and isobutylene; passing the 2-butene stream through a second hydrogenation unit producing a 1-butene stream (38, 40); passing at least a first portion of the 1-butene stream through a separation unit producing a separated 1-butene stream; and passing the separated 1-butene stream and a water stream through a hydration unit producing the fuel additive.
A laser system (1, 31) comprising: a master laser, the master laser comprising a Ti:sapphire gain medium that generates a first continuous-wave output field having a first frequency (f 1) and a first power (P 1), and a first resonant ring cavity slave optical amplifier, the first resonant ring cavity slave optical amplifier comprising a Ti:sapphire gain medium within an arm thereof, that, when free running, generates a second continuous-wave output field having a second frequency (f 2) and a second power (P 2), characterised in that the first resonant ring cavity slave optical amplifier is configured such that a fraction of the first continuous-wave output field is injected into the first resonant ring cavity slave optical amplifier to seed the first resonant ring cavity slave optical amplifier resulting in the second continuous-wave output field having the same frequency (f 1) as the first continuous-wave output field and a remainder of the first continuous-wave output field is combined with the second continuous-wave output field forming a single output field for the laser system (1, 31) at the first frequency (f 1) and a power (P out) substantially equal to the sum of the first (P 1) and the second (P 2) powers. a master laser, the master laser comprising a Ti:sapphire gain medium that generates a first continuous-wave output field having a first frequency (f 1) and a first power (P 1), and a first resonant ring cavity slave optical amplifier, the first resonant ring cavity slave optical amplifier comprising a Ti:sapphire gain medium within an arm thereof, that, when free running, generates a second continuous-wave output field having a second frequency (f 2) and a second power (P 2), characterised in that the first resonant ring cavity slave optical amplifier is configured such that a fraction of the first continuous-wave output field is injected into the first resonant ring cavity slave optical amplifier to seed the first resonant ring cavity slave optical amplifier resulting in the second continuous-wave output field having the same frequency (f 1) as the first continuous-wave output field and a remainder of the first continuous-wave output field is combined with the second continuous-wave output field forming a single output field for the laser system (1, 31) at the first frequency (f 1) and a power (P out) substantially equal to the sum of the first (P 1) and the second (P 2) powers.
A concentrated krill protein hydrolysate fraction prepared by enzymatic hydrolysis of krill comprising after separation and after evaporation a fluoride reduction of over 85% on a dry matter basis as compared to an 1.500 ppm fluoride value in commercial krill meal.
An electrode substrate comprising a plane and a through-plane direction, first and second carbon fibers respectively arranged in the plane and through-plane directions, the substrate having a thickness in the through-plane direction and the second fiber having a length less than the thickness, and the first carbon fiber having a length greater than the thickness, wherein the first fibers are PAN-based carbon fibers and the second fibers are meso-phase pitch fibers, and wherein the second fibers include a ratio of fiber length to substrate thickness of 0.25-0.50:1. wherein the first fibers are PAN-based carbon fibers and the second fibers are meso-phase pitch fibers, and wherein the second fibers include a ratio of fiber length to substrate thickness of 0.25-0.50:1.
A method for delivering encoded content data over a network, the content data being encoded at one or more quality levels, the method comprising: determining one or more respective data rates required to deliver the encoded content data at the one or more quality levels; and selecting a quality level for delivery in dependence on at least the one or more determined respective data rates; the method being characterised in that the determining of a data rate for a particular quality level comprises: being provided with pre-calculated data defining one or more critical points on a decoding schedule of the encoded data at the particular quality level, the critical points being points at which a piecewise monotonic decreasing constant bit rate delivery schedule required to deliver the encoded content data so that buffer underflow does not occur is equal to the decoding schedule; and when actual delivery of the encoded content data is ahead of the constant bit rate delivery schedule, calculating the data rate required for delivery of remaining encoded data at the particular quality level in dependence on at least the critical points on the decoding schedule. determining one or more respective data rates required to deliver the encoded content data at the one or more quality levels; and selecting a quality level for delivery in dependence on at least the one or more determined respective data rates; the method being characterised in that the determining of a data rate for a particular quality level comprises: being provided with pre-calculated data defining one or more critical points on a decoding schedule of the encoded data at the particular quality level, the critical points being points at which a piecewise monotonic decreasing constant bit rate delivery schedule required to deliver the encoded content data so that buffer underflow does not occur is equal to the decoding schedule; and when actual delivery of the encoded content data is ahead of the constant bit rate delivery schedule, calculating the data rate required for delivery of remaining encoded data at the particular quality level in dependence on at least the critical points on the decoding schedule. being provided with pre-calculated data defining one or more critical points on a decoding schedule of the encoded data at the particular quality level, the critical points being points at which a piecewise monotonic decreasing constant bit rate delivery schedule required to deliver the encoded content data so that buffer underflow does not occur is equal to the decoding schedule; and when actual delivery of the encoded content data is ahead of the constant bit rate delivery schedule, calculating the data rate required for delivery of remaining encoded data at the particular quality level in dependence on at least the critical points on the decoding schedule.
A method for improving the ex vivo viability of a skin tissue type, the method comprising the steps of: mounting samples of the skin tissue type in a skin sample holder; applying separate tensions to at least some of the samples; and measuring the ability of the at least some of the samples to maintain live skin characteristics, such that, for the skin tissue type, the measurements of live skin characteristics determine values of skin tension which improve the ex vivo viability of the skin tissue type, wherein the values of skin tension comprise a continuous range of tension values and tension measurements are made in multiple samples of the skin tissue type to populate the range of tension values between unstretched and a maximum stretch. mounting samples of the skin tissue type in a skin sample holder; applying separate tensions to at least some of the samples; and measuring the ability of the at least some of the samples to maintain live skin characteristics, such that, for the skin tissue type, the measurements of live skin characteristics determine values of skin tension which improve the ex vivo viability of the skin tissue type, wherein the values of skin tension comprise a continuous range of tension values and tension measurements are made in multiple samples of the skin tissue type to populate the range of tension values between unstretched and a maximum stretch.
A fireproof covered structure for penetration part, the structure covering a penetration part formed in a fire prevention section forming member of a wooden building, or a penetration part formed in a fireproof constructional member of a wooden building, to make the penetration part fireproof, wherein a tubular fireproof covering material is attached to the penetration part while covering an inner peripheral surface of the penetration part, and the tubular fireproof penetration part covering material is formed to have a tubular shape by stacking a plurality of gypsum board pieces in a thickness direction and unitarily connecting the plurality of gypsum board pieces.
A tire comprising a plurality of helical springs (55, 310), each helical spring (55, 310) comprising: a first end portion, a second end portion, and an arching middle portion, each helical spring (55, 310) being interlaced with at least one other helical spring thereby forming a laced toroidal structure extending about an entire circumference of the tire; characterized in that a subset of helical springs (55, 310) are secured to a first annular rim of a wheel and a second annular rim of the wheel. a first end portion, a second end portion, and an arching middle portion, each helical spring (55, 310) being interlaced with at least one other helical spring thereby forming a laced toroidal structure extending about an entire circumference of the tire; characterized in that a subset of helical springs (55, 310) are secured to a first annular rim of a wheel and a second annular rim of the wheel.
A stopper member for being sealed between two sheets (F1, F2) of a fluid reservoir, said member comprising: • a base body defining a front face, a rear face, an internal edge, and an external edge, the body forming a fluid dispenser orifice that passes through the body from the rear face to the front face, the front and rear faces (1a, 1b) defining front and rear heat-sealing zones (14, 15) for the two sheets (F1, F2) respectively of the reservoir, the front face defining a fluid collection zone at the dispenser orifice, and the rear face defining a fluid delivery channel that is open along its length and that extends from the dispenser orifice to the internal edge of the base body; and • a closure lid for closing the dispenser orifice of the base body on the front face, the stopper member being characterized in that: · the lid is connected in integral manner to the external edge via a hinge; · the body defines tapering opposite side edges where the front and rear heat-sealing zones (14, 15) are contiguous; and · the front and rear faces (1a, 1b) are convex, in such a manner as to define a maximum thickness of the body where the dispenser orifice, the delivery channel, and a fraction of the collection zone are formed. • a base body defining a front face, a rear face, an internal edge, and an external edge, the body forming a fluid dispenser orifice that passes through the body from the rear face to the front face, the front and rear faces (1a, 1b) defining front and rear heat-sealing zones (14, 15) for the two sheets (F1, F2) respectively of the reservoir, the front face defining a fluid collection zone at the dispenser orifice, and the rear face defining a fluid delivery channel that is open along its length and that extends from the dispenser orifice to the internal edge of the base body; and • a closure lid for closing the dispenser orifice of the base body on the front face, · the lid is connected in integral manner to the external edge via a hinge; · the body defines tapering opposite side edges where the front and rear heat-sealing zones (14, 15) are contiguous; and · the front and rear faces (1a, 1b) are convex, in such a manner as to define a maximum thickness of the body where the dispenser orifice, the delivery channel, and a fraction of the collection zone are formed.
A device for controlling a transfer of a communication session, comprising: - a communication interface for connecting to a data source, and - a processor system arranged to maintain a communication session between a radio terminal and said data source via a first base station in a communications network in response to a situation in which said radio terminal is under said first base station, wherein the processor system is also arranged to carry out the following operations in response to a situation in which said radio terminal is being handed over during said communication session from said first base station to a second base station in the communications network: - sending session data related to said communication session to another device arranged to provide a data transfer connection with said second base station, where said session data are arranged to indicate session settings used in said communication session and status of the communication session when said radio terminal is being handed over from said first base station to said second base station, and - sending a first portion of payload data related to said communication session and stored in said data source to said other device, characterized in that the session data indicates a second portion of the payload data which still has to be sent to the radio terminal during the communication session. - a communication interface for connecting to a data source, and - a processor system arranged to maintain a communication session between a radio terminal and said data source via a first base station in a communications network in response to a situation in which said radio terminal is under said first base station, - sending session data related to said communication session to another device arranged to provide a data transfer connection with said second base station, where said session data are arranged to indicate session settings used in said communication session and status of the communication session when said radio terminal is being handed over from said first base station to said second base station, and - sending a first portion of payload data related to said communication session and stored in said data source to said other device,
Compression device comprising at least: - two interleaved scrolls (3, 5) and each of which is made of an alloy with a density less than 5, wherein one of the scrolls, referred to as the fixed scroll, is fixed and the other scroll, referred to as the orbiting scroll, moves eccentrically without rotating, - anti-rotation means made of an aluminium alloy and suitable for allowing anti-rotation of said orbiting scroll, and - a flat thrust bearing suitable for axially retaining the orbiting scroll, characterised in that the surface of the scroll intended to come into contact with the flat thrust bearing is covered with a thick coating, with a thickness between 40 and 200 μm, with a hardness greater than 1100 HV and mostly comprised of an oxide coming from the light alloy, and in that the flat thrust bearing is made of a material selected from the set of materials including aluminium, magnesium and titanium alloys, and in that the surface of the flat thrust bearing intended to come into contact with the scroll is covered with a thick coating, with a thickness between 40 and 200 μm, with a hardness greater than 1100 HV and comprised mostly of an oxide coming from the light alloy. - two interleaved scrolls (3, 5) and each of which is made of an alloy with a density less than 5, wherein one of the scrolls, referred to as the fixed scroll, is fixed and the other scroll, referred to as the orbiting scroll, moves eccentrically without rotating, - anti-rotation means made of an aluminium alloy and suitable for allowing anti-rotation of said orbiting scroll, and - a flat thrust bearing suitable for axially retaining the orbiting scroll, characterised in that the surface of the scroll intended to come into contact with the flat thrust bearing is covered with a thick coating, with a thickness between 40 and 200 μm, with a hardness greater than 1100 HV and mostly comprised of an oxide coming from the light alloy, and
A composition comprising beeswax, an extract of Hypericum, an extract of red grape vine, an extract of horse chestnut, an extract of Centella, an extract of butcher's broom, an extract of Aloe for use in the treatment or preventing the onset or the aggravation of diabetic foot ulcers.
A contrast agent for use in MRI and/or MPI for diagnosing ongoing or imminent CRC development, said contrast agent comprising at least one compound being capable of interacting with a polypeptide of SEQ ID No.: 1, said at least one compound being selected from antibodies which specifically interact with the polypeptide of SEQ ID No.: 1, wherein said at least one compound is coupled to a detectable marker molecule, said detectable marker molecule being selected from the group consisting of USPIOS and 19Fluor.
Hydraulic operating device for a cooling fan of a utility vehicle, comprising a hydraulic motor and a fan assembly, which can be driven by the hydraulic motor, for generating a cooling air stream, comprising a hydraulic supply, which is adjustable in terms of its delivery volume in accordance with pressure feedback, for providing pressurized hydraulic liquid, and comprising a control valve for setting, in a manner dependent on a control signal that represents a cooling demand, a volume flow that passes through the hydraulic motor, with a sensor line that is branched off in a supply line between control valve and hydraulic motor leading to a pressure control inlet of the hydraulic supply, characterized in that, in the sensor line, there is arranged a pressure-limiting valve which opens in the direction of the pressure control inlet of the hydraulic supply.
An austenitic nickel-based alloy comprising the following alloying elements in weight%: C ≤ 0.03; Si ≤ 1.0; Mn ≤ 1.5; S ≤ 0.03; P ≤ 0.03; Cr 25.0 to 29.0; Ni 42.0 to 52.0; Mo 6.0 to 9.0; N 0.07 - 0.11; Cu ≤ 0.4; Optionally one or more of the following elements Al, Mg, Ca, Ce, and B in a total content of these elements is ≤ 1.0 balance Fe and unavoidable impurities; having a total crack length which is less than 2.5 mm at a strain, ε, of 2.9 % as measured by Varestraint testing ISO/TR 17641-3.
A method performed by a computing system for generating an allowed list of applications for clusters of machines, the method comprising: for each machine, identifying a set of executed applications that were executed by the machine, and dividing the executed-application set for each machine into a training set and a testing set; generating clusters of the machines; for each cluster of machines, creating an allowed list of applications for the cluster that includes the applications in the training set of the machines of the cluster, the allowed list indicating that only applications in the allowed list are allowed to be executed by the machines in the cluster; for each machine in the cluster, generating enforcement logs during enforcement of the allowed list, wherein the enforcement logs indicate the applications whose execution was allowed and the applications whose execution was blocked by the allowed list for the cluster; and analyzing the enforcement logs to determine whether to adjust the allowed list for the cluster, wherein the allowed list for the cluster is adjusted by removing an application from the allowed list that was never executed by at least one machine in the cluster or by adding an application to the allowed list that was blocked many times by at least one machine in the cluster. for each machine, identifying a set of executed applications that were executed by the machine, and dividing the executed-application set for each machine into a training set and a testing set; generating clusters of the machines; for each cluster of machines, creating an allowed list of applications for the cluster that includes the applications in the training set of the machines of the cluster, the allowed list indicating that only applications in the allowed list are allowed to be executed by the machines in the cluster; for each machine in the cluster, generating enforcement logs during enforcement of the allowed list, wherein the enforcement logs indicate the applications whose execution was allowed and the applications whose execution was blocked by the allowed list for the cluster; and analyzing the enforcement logs to determine whether to adjust the allowed list for the cluster, wherein the allowed list for the cluster is adjusted by removing an application from the allowed list that was never executed by at least one machine in the cluster or by adding an application to the allowed list that was blocked many times by at least one machine in the cluster.