mhurhangee/ep-ind-claims huggingface dataset:
A method for determining risk of preterm birth in a pregnant individual, comprising measuring in a biological sample obtained from the pregnant individual levels of biomarkers AFP and free hCGbeta, wherein the biological sample is selected from the group consisting of whole blood, plasma, serum, a fraction of whole blood, a fraction of plasma, and a fraction of serum; and determining at least one additional measurement selected from the level of a biomarker selected from the group of FSTL3, sTNR1, PIGF2, Activin A, and sP-selectin from the biological sample obtained from the pregnant individual; and determining the risk of the pregnant individual developing PTB based on the levels of the biomarkers AFP and free hCGbeta, and the level of at least one biomarker selected from the group of FSTL3, sTNFR1, PIGF-2, Activin A, and sP-selectin. measuring in a biological sample obtained from the pregnant individual levels of biomarkers AFP and free hCGbeta, wherein the biological sample is selected from the group consisting of whole blood, plasma, serum, a fraction of whole blood, a fraction of plasma, and a fraction of serum; and determining at least one additional measurement selected from the level of a biomarker selected from the group of FSTL3, sTNR1, PIGF2, Activin A, and sP-selectin from the biological sample obtained from the pregnant individual; and determining the risk of the pregnant individual developing PTB based on the levels of the biomarkers AFP and free hCGbeta, and the level of at least one biomarker selected from the group of FSTL3, sTNFR1, PIGF-2, Activin A, and sP-selectin.
An apparatus for rapidly charging I 2 C bus lines, comprising: a first time delay circuit; a second time delay circuit; an SDA line driver coupled to an SDA line of an I 2 C bus; an SCL line driver coupled to an SCL line of the I 2 C bus; wherein: the first time delay circuit generates a first pulse upon detection of an internal SCL signal at a first logic level, the first pulse having a first pulse time duration, the second time delay circuit generates a second pulse upon detection of completion of the first pulse, the second pulse having a second pulse time duration, the first pulse time duration is shorter than a time duration of an internal SDA signal; the second pulse time duration is shorter than a time duration of the internal SCL signal; and whereby: the SDA line driver charges the SDA line capacitance through a low impedance circuit during the first pulse time duration, and the SCL line driver charges the SCL line capacitance through a low impedance circuit during the second pulse time duration. a first time delay circuit; a second time delay circuit; an SDA line driver coupled to an SDA line of an I 2 C bus; an SCL line driver coupled to an SCL line of the I 2 C bus; the first time delay circuit generates a first pulse upon detection of an internal SCL signal at a first logic level, the first pulse having a first pulse time duration, the second time delay circuit generates a second pulse upon detection of completion of the first pulse, the second pulse having a second pulse time duration, the first pulse time duration is shorter than a time duration of an internal SDA signal; the second pulse time duration is shorter than a time duration of the internal SCL signal; and the SDA line driver charges the SDA line capacitance through a low impedance circuit during the first pulse time duration, and the SCL line driver charges the SCL line capacitance through a low impedance circuit during the second pulse time duration.
An article of footwear comprising an upper and a sole structure secured to the upper, the sole structure extending through a length of the footwear and from a lateral side to an opposite medial side of the footwear, and the sole structure defining a first surface and an opposite second surface, the first surface being joined to the upper, and the second surface forming a ground-contacting area of the footwear that defines: a macro groove having (a) a length extending from the lateral side and toward the medial side and (b) a depth extending into the sole structure and toward the first surface; and a plurality of micro grooves located within the macro groove, the micro grooves forming indentations in the surface of the macro groove and having (a) lengths extending from the lateral side and toward the medial side and (b) depths extending into the sole structure and toward the first surface, the length of the macro groove being greater than the lengths of the micro grooves, and the depth of the macro groove being at least three times the depths of the micro grooves. a macro groove having (a) a length extending from the lateral side and toward the medial side and (b) a depth extending into the sole structure and toward the first surface; and a plurality of micro grooves located within the macro groove, the micro grooves forming indentations in the surface of the macro groove and having (a) lengths extending from the lateral side and toward the medial side and (b) depths extending into the sole structure and toward the first surface, the length of the macro groove being greater than the lengths of the micro grooves, and the depth of the macro groove being at least three times the depths of the micro grooves.
3-Phenyl-5-trifluoromethylisoxazoline-5-carboxamides of the general formula and agrochemically acceptable salts thereof, in which R 1 represents hydrogen, or represents (C 1 -C 6)-alkyl, in each case substituted by m radicals from the group consisting of fluorine, chlorine and (C 1 -C 2)-alkoxy; X 1 and X 3 independently of one another represent hydrogen, halogen, cyano, X 2 represents hydrogen, m is the serial number and is 0, 1. R 1 represents hydrogen, or represents (C 1 -C 6)-alkyl, in each case substituted by m radicals from the group consisting of fluorine, chlorine and (C 1 -C 2)-alkoxy; X 1 and X 3 independently of one another represent hydrogen, halogen, cyano, X 2 represents hydrogen, m is the serial number and is 0, 1.
A forming device that expands a metal pipe material by high-pressure supplied into the metal pipe material to form a metal pipe, the device comprising: an upper die and a lower die that form a main cavity part forming a main body part of the metal pipe and a sub-cavity part (SC1, SC2) forming a flange part (100b, 100c) of the metal pipe by surfaces thereof opposed to each other; an upper die holder holding the upper die; a lower die holder holding the lower die; a shielding member that prevents foreign matter discharged from the main cavity part or the sub-cavity part (SC1, SC2) from scattering, wherein the sub-cavity part (SC1, SC2) is extended to be opened to the outside of the die, when the upper die and the lower die are closed, in a direction crossing an extending direction of the metal pipe material, wherein the shielding member is provided on a line in which the sub-cavity part (SC1, SC2) extends in the expanding of the metal pipe material, wherein the shielding member is provided to be brought into contact with a side surface of the upper die or the lower die and is moved with the movement of the upper die or the lower die to block the sub-cavity part (SC1, SC2) from the direction in which the sub-cavity part (SC1, SC2) is extended in a case where the die is closed, wherein the upper die holder is provided with protrusions that protrude downward, or the lower die holder is provided with protrusions that protrude upward, said protrusions functioning as the shielding member. an upper die and a lower die that form a main cavity part forming a main body part of the metal pipe and a sub-cavity part (SC1, SC2) forming a flange part (100b, 100c) of the metal pipe by surfaces thereof opposed to each other; an upper die holder holding the upper die; a lower die holder holding the lower die; a shielding member that prevents foreign matter discharged from the main cavity part or the sub-cavity part (SC1, SC2) from scattering, wherein the sub-cavity part (SC1, SC2) is extended to be opened to the outside of the die, when the upper die and the lower die are closed, in a direction crossing an extending direction of the metal pipe material, wherein the shielding member is provided on a line in which the sub-cavity part (SC1, SC2) extends in the expanding of the metal pipe material, wherein the shielding member is provided to be brought into contact with a side surface of the upper die or the lower die and is moved with the movement of the upper die or the lower die to block the sub-cavity part (SC1, SC2) from the direction in which the sub-cavity part (SC1, SC2) is extended in a case where the die is closed, wherein the upper die holder is provided with protrusions that protrude downward, or the lower die holder is provided with protrusions that protrude upward, said protrusions functioning as the shielding member.
Pipetting device for an automatic analysis appliance, the pipetting device comprising a. a pipetting needle with a longitudinal axis, for the pipetting of liquids, b. a device which is movable in the direction of the longitudinal axis of the pipetting needle and in at least one direction perpendicular to the direction of the longitudinal axis of the pipetting needle and which is used for moving the pipetting needle within at least one range of movement, c. a holder for the pipetting needle, the holder being mounted on the movable device and the pipetting needle being releasably connected to the holder, and d. a vibration generator which can set at least the tip of the pipetting needle in vibration, characterized in that the vibration generator is mounted on the movable device or on the holder, wherein the pipetting device comprises a movable first connection element with a first resetting element, and wherein the first connection element produces a releasable connection between the pipetting needle and the vibration generator, wherein the first connection element is movable relative to the pipetting needle in the direction of the longitudinal axis of the pipetting needle. a. a pipetting needle with a longitudinal axis, for the pipetting of liquids, b. a device which is movable in the direction of the longitudinal axis of the pipetting needle and in at least one direction perpendicular to the direction of the longitudinal axis of the pipetting needle and which is used for moving the pipetting needle within at least one range of movement, c. a holder for the pipetting needle, the holder being mounted on the movable device and the pipetting needle being releasably connected to the holder, and d. a vibration generator which can set at least the tip of the pipetting needle in vibration,
Tubular combustion chamber for a gas turbine, having - a combustion chamber head end, at which at least one first burner arrangement (11, 26) is arranged, - a substantially cylindrical flame tube, which encloses a first combustion zone and comprises a cylindrical flame tube end region (32, 46, 52, 72), and - a transfer duct, the cylindrical flame tube end region projecting into the transfer duct and the transfer duct connecting the flame tube fluidically with a combustion chamber outlet which may be arranged at a turbine inlet region, - the cylindrical flame tube end region comprising a number of cooling ducts (44, 48, 54, 66, 70), which run substantially parallel to the circumferential surface of the flame tube end region in the interior of the flame tube end region, the burner arrangement (11, 26) comprising at the combustion chamber head end a number of burners, which are arranged annularly around the circumference of the combustion chamber, such that during operation a region of the flame tube exposed to higher thermal load and widening in the direction of flow is formed downstream of each burner, said region extending as far as into the flame tube end region (32, 46, 52, 72) of the flame tube, wherein the regions between the regions exposed to higher thermal load are exposed to lower thermal load, the configuration and/or arrangement of the cooling ducts being such that less cooling air flows on average through regions exposed to lower thermal load than regions of the flame tube end region (32, 46, 52, 72) exposed to higher thermal load, characterized in that the cylindrical flame tube end region (52, 72) is composed of at least two cylindrical sub-regions (58, 60), which are each joined together at a cut face extending perpendicular to the cylinder axis, wherein at least one cooling duct extending in a region exposed to lower thermal load is continued in a straight line through the cut face and at least one duct (54, 70) extending in a region exposed to higher thermal load is assembled from a cooling duct in the sub-region arranged upstream, which sub-region is connected fluidically via a cooling duct portion extending along the cut face with at least one cooling duct extending in the sub-region arranged downstream. - a combustion chamber head end, at which at least one first burner arrangement (11, 26) is arranged, - a substantially cylindrical flame tube, which encloses a first combustion zone and comprises a cylindrical flame tube end region (32, 46, 52, 72), and - a transfer duct, the cylindrical flame tube end region projecting into the transfer duct and the transfer duct connecting the flame tube fluidically with a combustion chamber outlet which may be arranged at a turbine inlet region, - the cylindrical flame tube end region comprising a number of cooling ducts (44, 48, 54, 66, 70), which run substantially parallel to the circumferential surface of the flame tube end region in the interior of the flame tube end region,
An edge protection system for an implement comprising: an edge shroud including an upper leg, a lower leg, and a wedge portion connecting the upper leg to the lower leg, and the upper leg, the lower leg, and the wedge portion forming an opening for positioning the edge shroud upon a forward edge of an implement; and a pry boss for coupling the edge shroud to an implement, the pry boss structured for positioning between the edge shroud and the implement, and having an upper side positionable to face the edge shroud, a lower side, and a plurality of side surfaces, the plurality of side surfaces forming an outer perimeter of the pry boss; the upper side of the pry boss having a top surface that includes at least one pry surface structured to engage with a pry tool for prying the pry boss out of the implement; and the at least one pry surface having an orientation transverse to the top surface and being located peripherally inward of the outer perimeter of the pry boss; wherein the at least one pry surface is positioned within a first pry notch. an edge shroud including an upper leg, a lower leg, and a wedge portion connecting the upper leg to the lower leg, and the upper leg, the lower leg, and the wedge portion forming an opening for positioning the edge shroud upon a forward edge of an implement; and a pry boss for coupling the edge shroud to an implement, the pry boss structured for positioning between the edge shroud and the implement, and having an upper side positionable to face the edge shroud, a lower side, and a plurality of side surfaces, the plurality of side surfaces forming an outer perimeter of the pry boss; the upper side of the pry boss having a top surface that includes at least one pry surface structured to engage with a pry tool for prying the pry boss out of the implement; and the at least one pry surface having an orientation transverse to the top surface and being located peripherally inward of the outer perimeter of the pry boss; wherein the at least one pry surface is positioned within a first pry notch.
A charging device for charging an accumulator of a vehicle from a source of electrical energy, the charging device being configured to be integrated into the vehicle, the charging device comprising: two or more power units configured to be connected to available phases of a source of electrical energy, wherein each power unit is configured to maintain a connection to an available phase regardless of a number of the available phases of the source of electrical energy, the power unit connections of each of the two or more power units are configured to be made to a neutral point, and the power units have power electronics of switched-mode technology to operate the power units; and means for cooling said power electronics, an output side of the charging device being configured to be parallel connected between them.
A method for recovering one or more of copper, uranium and a precious metal from an ore material, including: (a) forming a heap of the ore material; (b) during active heap irrigation, contacting the heap of the ore material with an iron containing acidic leach liquor having a high chloride content in the presence of an oxygen containing gas, and producing a pregnant leach solution; and (c) recovering one or more of copper, uranium and a precious metal from the pregnant leach solution; wherein, prior to contacting the ore with the iron containing acidic leach liquor in step (b), the method includes the steps of: i. treating the ore with a pre-leach solution having no, or a relatively low, chloride content, as compared with the iron containing acidic leach liquor of step (b), in order to dissolve at least some of the uranium and gangue minerals in the ore and produce a leachate, and to deplete deleterious elements in the ore available to form salt precipitates; and ii. treating the leachate to recover uranium and remove the deleterious elements. (a) forming a heap of the ore material; (b) during active heap irrigation, contacting the heap of the ore material with an iron containing acidic leach liquor having a high chloride content in the presence of an oxygen containing gas, and producing a pregnant leach solution; and (c) recovering one or more of copper, uranium and a precious metal from the pregnant leach solution; i. treating the ore with a pre-leach solution having no, or a relatively low, chloride content, as compared with the iron containing acidic leach liquor of step (b), in order to dissolve at least some of the uranium and gangue minerals in the ore and produce a leachate, and to deplete deleterious elements in the ore available to form salt precipitates; and ii. treating the leachate to recover uranium and remove the deleterious elements.
Use of a porous carbonaceous material having a specific surface area value as measured by the nitrogen BET method of 10 m 2 /g or more, wherein the pores include micropores having a pore diameter less than 2 nm, mesopores having a pore diameter in the range of 3 nm to 20 nm and macropores having a pore diameter exceeding 50 nm, and at least one peak in a pore diameter distribution determined by the Non Localized Density Functional Theory in the range from 3 nm to 20 nm, and a ratio of the total volume of the pores with diameters in the range from 3 nm to 20 nm, being 0.2 or more of the total pore volume, as an adsorbent for adsorbing a virus and/or a bacterium. []
An electric power steering apparatus comprising: a steering force provider configured to provide assist torque to a steering system; a first control device configured to provide assist torque to the steering system through the steering force provider according to steering torque applied to a steering shaft by operation of a steering wheel by a driver; and a second control device configured to determine a target turning angle according to input torque that is at least either the assist torque or the steering torque, the second control device configured to control a turning angle of a vehicle at the target turning angle by providing assist torque to the steering system through the steering force provider, characterized by a traveling road detection device configured to detect the degree of inclination of a road surface on which the vehicle travels; and a changing device configured to execute banked road correspondence control through the second control device associated with an increase in the degree of inclination, the banked road correspondence control changing the target turning angle at a time when the input torque is zero from a neutral turning angle corresponding to a straight ahead direction of the vehicle to a lower side of the inclined road surface. a steering force provider configured to provide assist torque to a steering system; a first control device configured to provide assist torque to the steering system through the steering force provider according to steering torque applied to a steering shaft by operation of a steering wheel by a driver; and a second control device configured to determine a target turning angle according to input torque that is at least either the assist torque or the steering torque, the second control device configured to control a turning angle of a vehicle at the target turning angle by providing assist torque to the steering system through the steering force provider, characterized by a traveling road detection device configured to detect the degree of inclination of a road surface on which the vehicle travels; and a changing device configured to execute banked road correspondence control through the second control device associated with an increase in the degree of inclination, the banked road correspondence control changing the target turning angle at a time when the input torque is zero from a neutral turning angle corresponding to a straight ahead direction of the vehicle to a lower side of the inclined road surface.
An apparatus for providing a processed audio signal representation on the basis of input audio signal representation, wherein the apparatus is configured to apply an un-windowing, in order to provide the processed audio signal representation on the basis of the input audio signal representation, wherein the apparatus is configured to adapt the un-windowing in dependence on one or more signal characteristics (140, 140 1 to 140 4) and/or in dependence on one or more processing parameters (150, 150 1 to 150 4) used for a provision of the input audio signal representation; and wherein the un-windowing at least partially reverses an analysis windowing used for a provision of the input audio signal representation; and wherein the un-windowing is configured to provide a given processing unit (124 i) of the processed audio signal representation before a subsequent processing unit (124 i+1), which at least partially temporally overlaps the given processing unit (124 i), is available. wherein the apparatus is configured to apply an un-windowing, in order to provide the processed audio signal representation on the basis of the input audio signal representation, wherein the apparatus is configured to adapt the un-windowing in dependence on one or more signal characteristics (140, 140 1 to 140 4) and/or in dependence on one or more processing parameters (150, 150 1 to 150 4) used for a provision of the input audio signal representation; and wherein the un-windowing at least partially reverses an analysis windowing used for a provision of the input audio signal representation; and wherein the un-windowing is configured to provide a given processing unit (124 i) of the processed audio signal representation before a subsequent processing unit (124 i+1), which at least partially temporally overlaps the given processing unit (124 i), is available.