mhurhangee/ep-ind-claims huggingface dataset:
Use of potassium carbonate having a volume-weighted average particle size of 20 nm to 25 um determined with a particle size measuring instrument in a suspension of the potassium carbonate in a mixture of chlorobenzene and sulfolane (60/40) for adjusting the polydispersity to ≤ 4 in a process for producing a polyarylene ether sulfone polymer comprising reacting a reaction mixture (R G) comprising the components: a dihalogen component comprising not less than 50 wt% of at least one dihalogen compound selected from the group consisting of 4,4'-dichlorodiphenyl sulfone and 4,4'-difluorodiphenyl sulfone, based on the overall weight of component in the reaction mixture (R G), a dihydroxy component comprising not less than 80 wt% of at least one dihydroxy compound selected from the group consisting of 4,4'-dihydroxydiphenyl sulfone, bisphenol A, 4,4'-dihydroxybenzophenone and hydroquinone, based on the overall weight of component in the reaction mixture (R G), werein the polydispersity is defined as the quotient of the weight-average molecular weight (M w) and the number-average molecular weight (M n) measured using gel permeation chromatography and dimethylacetamide (DMAc) as solvent against a narrow-distribution polymethyl methacrylate standard. a dihalogen component comprising not less than 50 wt% of at least one dihalogen compound selected from the group consisting of 4,4'-dichlorodiphenyl sulfone and 4,4'-difluorodiphenyl sulfone, based on the overall weight of component in the reaction mixture (R G), a dihydroxy component comprising not less than 80 wt% of at least one dihydroxy compound selected from the group consisting of 4,4'-dihydroxydiphenyl sulfone, bisphenol A, 4,4'-dihydroxybenzophenone and hydroquinone, based on the overall weight of component in the reaction mixture (R G), werein the polydispersity is defined as the quotient of the weight-average molecular weight (M w) and the number-average molecular weight (M n) measured using gel permeation chromatography and dimethylacetamide (DMAc) as solvent against a narrow-distribution polymethyl methacrylate standard.
A method for the diagnosis and/or monitoring of the number of organ failures in a subject, wherein said subject is a critically ill patient, and wherein said method comprises (i) determining a level of at least one histone in a blood, blood plasma, or blood serum sample of said subject; and (ii) determining a level of proadrenomedullin (proADM) in a blood, blood plasma, or blood serum sample of said subject; wherein said level of at least one histone is compared to a reference level of the at least one histone; and said level of proADM is compared to a reference level of proADM; and (iii) wherein the number of organ failures in said subject is identified based on the comparison in step and. (i) determining a level of at least one histone in a blood, blood plasma, or blood serum sample of said subject; and (ii) determining a level of proadrenomedullin (proADM) in a blood, blood plasma, or blood serum sample of said subject; wherein said level of at least one histone is compared to a reference level of the at least one histone; and said level of proADM is compared to a reference level of proADM; and said level of at least one histone is compared to a reference level of the at least one histone; and said level of proADM is compared to a reference level of proADM; and (iii) wherein the number of organ failures in said subject is identified based on the comparison in step and.
Motor vehicle battery lead with - a first connection element, - a second connection element, and - a flat conductor arranged between the first connection element and the second connection element, - wherein the flat conductor is formed in a number of parts, wherein at least two parts (6, 8, 10) of the multi-part flat conductor are connected to each other over the course of the flat conductor, characterized in that at least a first part (6, 8, 10) of the flat conductor is formed from aluminium and a second part (6, 8, 10) of the flat conductor connected to the first part is made from copper. - a first connection element, - a second connection element, and - a flat conductor arranged between the first connection element and the second connection element, - wherein the flat conductor is formed in a number of parts, wherein at least two parts (6, 8, 10) of the multi-part flat conductor are connected to each other over the course of the flat conductor,
A method of machining tooth flank surfaces of mating gear members with a first tool for machining the tooth flank surfaces of one mating gear member, and a second tool for machining the tooth flank surfaces of the other mating gear member, said method comprising: rotating said first tool and bringing said first tool and the tooth flank of said one mating gear member into contact, providing relative movement between said first tool and said one mating gear member to traverse said first tool across the tooth flank along a first path, rotating said second tool and bringing said second tool and the tooth flank of said other mating gear member into contact, and providing relative movement between said second tool and said other mating gear member to traverse said second tool across the tooth flank along a second path, characterised in that said first path and said second path produce respective tooth flank geometries of a form which, when said mating gear members are brought into mesh under no load or light load to form a mating tooth pair, provides a motion graph curve comprising a sinusoidal portion above the transfer points (62, 63) of the motion graph curve and a parabolic portion in form of parabolic extensions (74, 75) below said transfer points (62, 63). rotating said first tool and bringing said first tool and the tooth flank of said one mating gear member into contact, providing relative movement between said first tool and said one mating gear member to traverse said first tool across the tooth flank along a first path, rotating said second tool and bringing said second tool and the tooth flank of said other mating gear member into contact, and providing relative movement between said second tool and said other mating gear member to traverse said second tool across the tooth flank along a second path, characterised in that said first path and said second path produce respective tooth flank geometries of a form which, when said mating gear members are brought into mesh under no load or light load to form a mating tooth pair, provides a motion graph curve comprising a sinusoidal portion above the transfer points (62, 63) of the motion graph curve and a parabolic portion in form of parabolic extensions (74, 75) below said transfer points (62, 63).
A method of screening for autoantibodies to the TSH receptor in a sample of body fluid obtained from a subject suspected of suffering from, susceptible to, having or recovering from autoimmune disease associated with an immune reaction to the TSH receptor, said method comprising: (a) providing one or more pairs of binding molecules, wherein a first molecule of said binding pair comprises a human monoclonal or recombinant antibody, or one or more fragments thereof, reactive with the TSH receptor, or a further antibody or fragment thereof for the TSH receptor which competes for binding to the TSH receptor with said human monoclonal or recombinant antibody or fragment thereof, wherein said first molecule is characterised by an inhibitory activity with respect to 125 I labelled TSH binding to the TSH receptor determined using TSH receptor-coated tubes of at least 15 units of International Standard NIBSC 90/672 per mg; and a second molecule of said binding pair is a full length TSH receptor, one or more epitopes of a TSH receptor or a polypeptide comprising one or more epitopes of a TSH receptor; (b) contacting said sample with said one or more pairs of binding molecules so as to permit said second molecule of said binding pair to interact with either (i) autoantibodies to the TSH receptor present in said sample, or (ii) said human monoclonal or recombinant antibody or one or more fragments thereof, or said further antibody or fragment thereof for the TSH receptor, and (c) monitoring the interaction of said second molecule of said binding pair with said autoantibodies present in said sample, thereby providing an indication of the presence of said autoantibodies to the TSH receptor in said sample. (a) providing one or more pairs of binding molecules, wherein a first molecule of said binding pair comprises a human monoclonal or recombinant antibody, or one or more fragments thereof, reactive with the TSH receptor, or a further antibody or fragment thereof for the TSH receptor which competes for binding to the TSH receptor with said human monoclonal or recombinant antibody or fragment thereof, wherein said first molecule is characterised by an inhibitory activity with respect to 125 I labelled TSH binding to the TSH receptor determined using TSH receptor-coated tubes of at least 15 units of International Standard NIBSC 90/672 per mg; and a second molecule of said binding pair is a full length TSH receptor, one or more epitopes of a TSH receptor or a polypeptide comprising one or more epitopes of a TSH receptor; (b) contacting said sample with said one or more pairs of binding molecules so as to permit said second molecule of said binding pair to interact with either (i) autoantibodies to the TSH receptor present in said sample, or (ii) said human monoclonal or recombinant antibody or one or more fragments thereof, or said further antibody or fragment thereof for the TSH receptor, and (c) monitoring the interaction of said second molecule of said binding pair with said autoantibodies present in said sample, thereby providing an indication of the presence of said autoantibodies to the TSH receptor in said sample.
A method for identifying the type of faults that occurred onparallel double-circuit power lines on same tower, characterized in that it comprises after tripping a fault phase: - calculating a fault point voltage (U f) on fault points based on terminal voltage (U f) and fault locations of theparallel double-circuit power lines on the same tower; - calculating the fault point voltage difference across a phase of a first circuit power line of the parallel double-circuit power lines and a phase of a second circuit power line of the parallel double-circuit power lines; - adopting the fault point voltage (U f) corresponding to a maximum transition resistance as a setting value; - comparing the fault point voltage (U f) on fault points with the setting value; - comparing the calculated voltage difference with a fault-type-dependent threshold; and - identifying the type of fault as a permanent type or a transient type based on the result of the comparison. - calculating a fault point voltage (U f) on fault points based on terminal voltage (U f) and fault locations of theparallel double-circuit power lines on the same tower; - calculating the fault point voltage difference across a phase of a first circuit power line of the parallel double-circuit power lines and a phase of a second circuit power line of the parallel double-circuit power lines; - adopting the fault point voltage (U f) corresponding to a maximum transition resistance as a setting value; - comparing the fault point voltage (U f) on fault points with the setting value; - comparing the calculated voltage difference with a fault-type-dependent threshold; and - identifying the type of fault as a permanent type or a transient type based on the result of the comparison.
An axial flux machine comprising: an annular stator having multiple stator cores arranged distributed in a circumferential direction of a circular line extending about the axis of rotation, wherein at least one stator core has multiple sheet metal segments (7, 8, 9) stacked on top of one another in the circumferential direction, extending radially and designed in the form of plates, and two rotor elements (4a, 4b) mounted so as to be rotatable relative to the stator about an axis of rotation, wherein a first rotor element is arranged axially next to a first end face of the stator and a second rotor element is arranged axially next to a second end face of the stator, characterised in that each of the sheet metal segments (7, 8, 9) is surrounded on its two circumferential sides (10a, 10b) facing away from one another in the circumferential direction by a cover section (11a, 11b) made of a soft magnetic composite material, and each cover section (11a, 11b) forms a circumferential surface (18a, 18b) on a side facing away from the sheet metal segments (7, 8, 9) of the same stator core in the circumferential direction, which surface is bounded on its axial sides by a respective projection (16a, 16b) that forms a pole shoe contour (15 and projects in the circumferential direction. an annular stator having multiple stator cores arranged distributed in a circumferential direction of a circular line extending about the axis of rotation, wherein at least one stator core has multiple sheet metal segments (7, 8, 9) stacked on top of one another in the circumferential direction, extending radially and designed in the form of plates, and two rotor elements (4a, 4b) mounted so as to be rotatable relative to the stator about an axis of rotation, wherein a first rotor element is arranged axially next to a first end face of the stator and a second rotor element is arranged axially next to a second end face of the stator, characterised in that each of the sheet metal segments (7, 8, 9) is surrounded on its two circumferential sides (10a, 10b) facing away from one another in the circumferential direction by a cover section (11a, 11b) made of a soft magnetic composite material, and each cover section (11a, 11b) forms a circumferential surface (18a, 18b) on a side facing away from the sheet metal segments (7, 8, 9) of the same stator core in the circumferential direction, which surface is bounded on its axial sides by a respective projection (16a, 16b) that forms a pole shoe contour (15 and projects in the circumferential direction.
A tactile sensation providing apparatus comprising: a touch sensor configured to detect a touch input; a load detection unit configured to detect a pressure load on a touch face of the touch sensor; a tactile sensation providing unit configured to vibrate the touch face; and a control unit; characterized in that: the control unit is configured to control the timing to provide a tactile sensation by adjusting a standard to be satisfied by the detected pressure load for providing the tactile sensation, based on the slope of the pressure load applied and, when the pressure load detected by the load detection unit satisfies the standard, to control drive of the tactile sensation providing unit such that the tactile sensation is provided to an object pressing the touch face. a touch sensor configured to detect a touch input; a load detection unit configured to detect a pressure load on a touch face of the touch sensor; a tactile sensation providing unit configured to vibrate the touch face; and a control unit; characterized in that: the control unit is configured to control the timing to provide a tactile sensation by adjusting a standard to be satisfied by the detected pressure load for providing the tactile sensation, based on the slope of the pressure load applied and, when the pressure load detected by the load detection unit satisfies the standard, to control drive of the tactile sensation providing unit such that the tactile sensation is provided to an object pressing the touch face.
A support unit for an elevator installation for fastening a deflection roller to a support structure, comprising: two yoke beams; a bearing; wherein the yoke beams are arranged parallel to one another and are to be fastened to the support structure; wherein at least partial regions of the deflection roller are arranged in an intermediate space between the yoke beams; wherein the deflection roller is mounted by means of the bearing so as to be able to rotate in relation to the yoke beams; and wherein the yoke beams, the deflection roller, and the bearing are adapted to transmit a support force, acting on the deflection roller due to the supporting means, to the support structure in an upwardly-oriented support direction, in order to support or move a weight that is fastened to the support strcture against the force of gravity, characterized in that at least two restraint devices are furthermore provided on the support unit, each of the restraint devices being fastened to the yoke beams and protruding into the intermediate space between the yoke beams in such a manner as to form a stop for if the bearing fails, in order to prevent the deflection roller from moving in the support direction due to the supporting force. two yoke beams; a bearing; wherein the yoke beams are arranged parallel to one another and are to be fastened to the support structure; wherein at least partial regions of the deflection roller are arranged in an intermediate space between the yoke beams; wherein the deflection roller is mounted by means of the bearing so as to be able to rotate in relation to the yoke beams; and wherein the yoke beams, the deflection roller, and the bearing are adapted to transmit a support force, acting on the deflection roller due to the supporting means, to the support structure in an upwardly-oriented support direction, in order to support or move a weight that is fastened to the support strcture against the force of gravity, characterized in that at least two restraint devices are furthermore provided on the support unit, each of the restraint devices being fastened to the yoke beams and protruding into the intermediate space between the yoke beams in such a manner as to form a stop for if the bearing fails, in order to prevent the deflection roller from moving in the support direction due to the supporting force.
A structural member made of metal, formed so as to extend long in a predetermined direction, and having a gutter bottom, two ridges (12a, 12b) continuing to both ends in a width direction of the gutter bottom, and two vertical walls (13a, 13b) continuing to the two ridges (12a, 12b), the structural member comprising: an outward continuous flange continuously formed at least along the gutter bottom, the ridges (12a, 12b), and the vertical walls (13a, 13b) at an end in the predetermined direction, wherein a width of the gutter bottom is reduced as a distance from the end having the outward continuous flange becomes larger, wherein a value S (mm -1) that represents a degree of width reduction of the gutter bottom as defined in formula below is in a range from 0.0002 to 0.0018, S mm − 1 = Wa − Wb / Wa / L where Wa represents a width of the gutter bottom at a base portion at the end having the outward continuous flange, and Wb represents a width of the gutter bottom at a position having an arbitrary distance L from the base portion in an extent in which the width of the gutter bottom becomes smaller. an outward continuous flange continuously formed at least along the gutter bottom, the ridges (12a, 12b), and the vertical walls (13a, 13b) at an end in the predetermined direction, wherein a width of the gutter bottom is reduced as a distance from the end having the outward continuous flange becomes larger, wherein a value S (mm -1) that represents a degree of width reduction of the gutter bottom as defined in formula below is in a range from 0.0002 to 0.0018, S mm − 1 = Wa − Wb / Wa / L where Wa represents a width of the gutter bottom at a base portion at the end having the outward continuous flange, and Wb represents a width of the gutter bottom at a position having an arbitrary distance L from the base portion in an extent in which the width of the gutter bottom becomes smaller. where Wa represents a width of the gutter bottom at a base portion at the end having the outward continuous flange, and Wb represents a width of the gutter bottom at a position having an arbitrary distance L from the base portion in an extent in which the width of the gutter bottom becomes smaller.
Device for switching a direct current, comprising - an operating current branch in which a mechanical switch is arranged, - a protective switch connected to the operating current branch for interrupting the current flow in the operating current branch, - a capacitor branch arranged in parallel with the operating current branch, in which a capacitor is arranged, and - an attenuator which includes a resistance element, wherein the attenuator in the capacitor branch is arranged in series with the capacitor, or in the operating current branch in series with the mechanical switch, characterized in that the attenuator is bridgeable by means of a bridging switch arranged in parallel with the attenuator. - an operating current branch in which a mechanical switch is arranged, - a protective switch connected to the operating current branch for interrupting the current flow in the operating current branch, - a capacitor branch arranged in parallel with the operating current branch, in which a capacitor is arranged, and - an attenuator which includes a resistance element, wherein the attenuator in the capacitor branch is arranged in series with the capacitor, or in the operating current branch in series with the mechanical switch, characterized in that the attenuator is bridgeable by means of a bridging switch arranged in parallel with the attenuator.
A diagnostic kit for viscoelastic analysis of a sample comprising: a) a pipette tip (11, 11a, 11b, 11c) containing constituent; and b) a measurement cup (1, 1a, 1b, 1c) containing constituent, wherein the constituents and are adapted to form a diagnostic composition upon combination, wherein the diagnostic composition comprises at least the following components (i) and (ii): i) an activator of coagulation; and ii) a calcium salt; and wherein constituent comprises component (i) but not component (ii) and constituent comprises component (ii) but not component (i); or constituent comprises component (ii) but not component (i) and constituent comprises component (i) but not component (ii). a) a pipette tip (11, 11a, 11b, 11c) containing constituent; and b) a measurement cup (1, 1a, 1b, 1c) containing constituent, i) an activator of coagulation; and ii) a calcium salt; and
Apparatus for taking a water depth measurement using a probe, characterized by a signal processor configured to receive signaling containing information about a water depth measurement (h) determined from a pressure (P m) sensed by a pressure sensor contained in a probe immersed in flowing water, and also containing information about a velocity-dependent offset, wherein the velocity-dependent offset is determined and depends on the velocity of the flowing water; wherein the velocity of the flowing water is measured collocated or closely located to the pressure sensor or the velocity is collected at a point of compensation, and determine corresponding signaling containing information about a corrected water depth measurement of the flowing water by correcting the water depth measurement (h) by the velocity-dependent offset in order to compensate in the point of compensation for Venturi effects on the pressure sensor in the flowing water. receive signaling containing information about a water depth measurement (h) determined from a pressure (P m) sensed by a pressure sensor contained in a probe immersed in flowing water, and also containing information about a velocity-dependent offset, wherein the velocity-dependent offset is determined and depends on the velocity of the flowing water; wherein the velocity of the flowing water is measured collocated or closely located to the pressure sensor or the velocity is collected at a point of compensation, and determine corresponding signaling containing information about a corrected water depth measurement of the flowing water by correcting the water depth measurement (h) by the velocity-dependent offset in order to compensate in the point of compensation for Venturi effects on the pressure sensor in the flowing water.