mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a target nucleic acid in a sample comprising: a) amplifying said target nucleic acid in a reaction as PCR, b) contacting said sample with a nucleic acid polymerase substantially lacking 5'-3' nuclease activity and a first and a second oligonucleotide probe, under conditions wherein said first and second oligonucleotide probes selectively hybridize to said target nucleic acid, wherein the first oligonucleotide probe includes a fluorescent reporter and the second oligonucleotide probe includes a quencher so that the fluorescence of the fluorescent reporter is quenched by the quencher when the first and second oligonucleotide probes are hybridized to the target nucleic acid and the fluorescence of the fluorescent reporter is unquenched by the quencher when the first and second oligonucleotide are not hybridized to the target nucleic acid, c) exciting the fluorescent reporter with a light source, d) monitoring the fluorescence of the fluorescent reporter in a post-PCR melt assay. a) amplifying said target nucleic acid in a reaction as PCR, b) contacting said sample with a nucleic acid polymerase substantially lacking 5'-3' nuclease activity and a first and a second oligonucleotide probe, under conditions wherein said first and second oligonucleotide probes selectively hybridize to said target nucleic acid, wherein the first oligonucleotide probe includes a fluorescent reporter and the second oligonucleotide probe includes a quencher so that the fluorescence of the fluorescent reporter is quenched by the quencher when the first and second oligonucleotide probes are hybridized to the target nucleic acid and the fluorescence of the fluorescent reporter is unquenched by the quencher when the first and second oligonucleotide are not hybridized to the target nucleic acid, c) exciting the fluorescent reporter with a light source, d) monitoring the fluorescence of the fluorescent reporter in a post-PCR melt assay.
A toner cartridge (24,208) comprising: a first toner accommodating unit (100,281) having an inner peripheral surface (101,281D,281E) in which an inner hollow space for accommodating a toner is formed; and an agitating member (111,A1) disposed in the first toner accommodating unit and configured to rotate in a rotating direction to agitate the toner, the agitating member (111,A1)comprising: a rotational shaft (107,A11); and an agitating portion (110,A13) extending radially outward from the rotational shaft (107,A11) and having flexibility, characterized in that the inner peripheral surface has a wall portion (103,W1) formed with a first supply hole (104,W11) at an upstream side in the rotating direction, the wall portion being curved about a reference line as a center of curvature and depressed inward the first toner accommodating unit, the reference line being outside of the first toner accommodating unit in a radial direction of the agitating member; and the agitating portion (110,A13) is configured to contact the wall portion (103.W1) and deform to scrape over the wall portion (103,W1) in accordance with rotation of the agitating member (111,A1). a first toner accommodating unit (100,281) having an inner peripheral surface (101,281D,281E) in which an inner hollow space for accommodating a toner is formed; and an agitating member (111,A1) disposed in the first toner accommodating unit and configured to rotate in a rotating direction to agitate the toner, the agitating member (111,A1)comprising: a rotational shaft (107,A11); and an agitating portion (110,A13) extending radially outward from the rotational shaft (107,A11) and having flexibility, characterized in that a rotational shaft (107,A11); and an agitating portion (110,A13) extending radially outward from the rotational shaft (107,A11) and having flexibility, the inner peripheral surface has a wall portion (103,W1) formed with a first supply hole (104,W11) at an upstream side in the rotating direction, the wall portion being curved about a reference line as a center of curvature and depressed inward the first toner accommodating unit, the reference line being outside of the first toner accommodating unit in a radial direction of the agitating member; and the agitating portion (110,A13) is configured to contact the wall portion (103.W1) and deform to scrape over the wall portion (103,W1) in accordance with rotation of the agitating member (111,A1).
A combination of a structural element, a pipe and an annular elastic seal, wherein said structural element comprises a circular orifice, which has a plain outer mouth area and inside thereof a cylindrical bore area, and wherein said seal is to provide a watertight seal between said structural element and said pipe when an abutment wall of an outer flange portion at a first end of said seal abuts against said mouth area and a remainder of said seal, including a second end of said seal, is inserted in said orifice and said pipe is extending through an entire length of said seal, characterized in that said pipe has annular corrugations, which form equidistantly spaced apart crests on an even level of height, and that said seal comprises a mid portion between said outer flange portion and an inner flange portion, wherein said mid portion, when seen in cross-section in a no-load condition, comprises a straight base, which extends from said abutment wall to said second end, a ramp, which rises in relation to said base from said first end towards said second end, a first wall connecting said base and ramp adjacent to said outer flange portion, a second wall connecting said base and ramp adjacent to said inner flange portion, and a central cavity arranged between said first wall and said second wall and between said base and said ramp, wherein said cavity has a width between said first wall and said second wall corresponding to at least a distance between two crests of said pipe and a height between said base and said ramp corresponding to about half said width, wherein said second wall has a height corresponding to about twice a height of said first wall and a width corresponding to at least a valley between two crests of said pipe, and wherein said inner flange portion comprises a bottom flange in line with said base and an upright stabilizing projection, which is spaced apart from said second wall by an interval and has a height not exceeding about half the height of said second wall.
A method for processing timing advance, TA, of a terminal, comprising: obtaining (401; 501) a correspondence between first TA and a beam or a transmission reception point, TRP; determining (402; 502), based on the correspondence, the beam or the TRP corresponding to the first TA; and determining (403; 503), based on signal quality of the beam or the TRP, whether the first TA is invalid. obtaining (401; 501) a correspondence between first TA and a beam or a transmission reception point, TRP; determining (402; 502), based on the correspondence, the beam or the TRP corresponding to the first TA; and determining (403; 503), based on signal quality of the beam or the TRP, whether the first TA is invalid.
A turbine (1;101) comprising: rotor blades that are arranged to rotate about a rotational axis in a main flow channel of an approximately-cylindrical-shaped casing whose diameter is increased toward a downstream side; stator vanes that are disposed in the casing at a distance from the rotor blades in the direction of the rotational axis; a tip shroud (42;142) that is disposed at a radially-outward end of each of the rotor blades to constitute part of an annular-shaped shroud and whose length in a direction along the rotational axis is reduced as the distance from the rotor blade increases; and a cavity portion that is formed in a concave shape at a position in the casing facing the rotor blades and in which the tip shroud (42;142) is accommodated, characterized in that an inclination angle θb of an inner periphery of the tip shroud (42;142) with respect to the rotational axis is larger than an average inclination angle 9a that is an inclination angle of an inner periphery of the casing formed between the rotational axis and an average inclination line that connects the inner periphery of the stator vanes at a trailing edge and the inner periphery of the casing at a wake end portion, and in that an upstream end of the tip shroud (42;142) is located farther outward in the radial direction than the average inclination line. rotor blades that are arranged to rotate about a rotational axis in a main flow channel of an approximately-cylindrical-shaped casing whose diameter is increased toward a downstream side; stator vanes that are disposed in the casing at a distance from the rotor blades in the direction of the rotational axis; a tip shroud (42;142) that is disposed at a radially-outward end of each of the rotor blades to constitute part of an annular-shaped shroud and whose length in a direction along the rotational axis is reduced as the distance from the rotor blade increases; and a cavity portion that is formed in a concave shape at a position in the casing facing the rotor blades and in which the tip shroud (42;142) is accommodated, characterized in that an inclination angle θb of an inner periphery of the tip shroud (42;142) with respect to the rotational axis is larger than an average inclination angle 9a that is an inclination angle of an inner periphery of the casing formed between the rotational axis and an average inclination line that connects the inner periphery of the stator vanes at a trailing edge and the inner periphery of the casing at a wake end portion, and in that an upstream end of the tip shroud (42;142) is located farther outward in the radial direction than the average inclination line.
A coating composition comprising an autoxidizable binder and an iron-ligand complex as drier, wherein the iron-ligand complex comprises an iron cation, an optionally substituted cyclopentadienyl group as ligand, and a further ligand other than a cyclopentadienyl group, wherein the molar ratio of iron cation to cyclopentadienyl group is 1:1.
Striking watch comprising: • a case comprising a middle closed on one side by a caseback, and on the other hand by a glass, said case housing a timepiece movement, a striking mechanism and a sound transmission membrane that is sealed and is positioned between said movement and said caseback; • at least one gong carried by a heel, said at least one gong being arranged so as to be struck by at least one hammer comprised by said striking mechanism; characterized in that said heel is associated with a mobile part comprised by a support, said mobile part having substantially a single degree of freedom in rotation, about an axis of rotation, and in that a sound transmission bridge is secured to said mobile part, said transmission bridge extending in an interspace formed between said movement and said membrane and comprising a free end in contact with said membrane in a predefined contact zone. • a case comprising a middle closed on one side by a caseback, and on the other hand by a glass, said case housing a timepiece movement, a striking mechanism and a sound transmission membrane that is sealed and is positioned between said movement and said caseback; • at least one gong carried by a heel, said at least one gong being arranged so as to be struck by at least one hammer comprised by said striking mechanism;
Piece for fixing a panel to an enclosure profile, wherein - the panel comprises a mesh of vertical and horizontal rods (4, 5), with an end vertical rod (4.1) for being fixed to the profile; - the profile comprises a core (3.1) and wings (3.2) that bend at their ends defining facing projections (3.3); - the piece comprises a first and second lateral ends (6, 7) and a central section between them, a first face configured to be coupled to the core (3.1) of the profile by said central section, a second opposite face and at least a first housing of an end vertical rod (4.1), having such a dimension that it allows its rotation inside; wherein the first and second lateral ends (6, 7) form fitting means in the respective projections (3.3) of the wings (3.2) of the profile, characterized in that the first lateral end is substantially straight and perpendicular to the central section, and, the second lateral end is curved, both oriented in the opposite direction to the first face. - the panel comprises a mesh of vertical and horizontal rods (4, 5), with an end vertical rod (4.1) for being fixed to the profile; - the profile comprises a core (3.1) and wings (3.2) that bend at their ends defining facing projections (3.3); - the piece comprises a first and second lateral ends (6, 7) and a central section between them, a first face configured to be coupled to the core (3.1) of the profile by said central section, a second opposite face and at least a first housing of an end vertical rod (4.1), having such a dimension that it allows its rotation inside;
A semiconductor system in package comprising: at least one semiconductor integrated circuit chip; and a package substrate on which at least the semiconductor integrated circuit chip is mounted, wherein coefficient of thermal expansion of the semiconductor integrated circuit chip is different from the coefficient of thermal expansion of the package substrate, wherein the package substrate includes electrodes for a plurality of soldering balls on a first surface opposite to a second surface on which at least the semiconductor integrated circuit chip is mounted, wherein the package substrate does not have the electrodes for the soldering balls at a first portion of the first surface with which a fringe of the semiconductor integrated circuit chip, that corresponds to a farthest side of a plurality of sides of the semiconductor integrated circuit chip from a center of the package substrate, is overlapped, and wherein in plane view of the first surface of the package substrate, a distance between the electrode for the soldering ball existing nearest to said fringe of the semiconductor integrated circuit chip in a first direction of going toward the center of the package substrate and the first portion is longer than a distance between the electrode for the soldering ball existing nearest to said fringe of the semiconductor integrated circuit chip in a second direction opposing to the first direction and the first portion. at least one semiconductor integrated circuit chip; and a package substrate on which at least the semiconductor integrated circuit chip is mounted, wherein coefficient of thermal expansion of the semiconductor integrated circuit chip is different from the coefficient of thermal expansion of the package substrate, wherein the package substrate includes electrodes for a plurality of soldering balls on a first surface opposite to a second surface on which at least the semiconductor integrated circuit chip is mounted, wherein the package substrate does not have the electrodes for the soldering balls at a first portion of the first surface with which a fringe of the semiconductor integrated circuit chip, that corresponds to a farthest side of a plurality of sides of the semiconductor integrated circuit chip from a center of the package substrate, is overlapped, and wherein in plane view of the first surface of the package substrate, a distance between the electrode for the soldering ball existing nearest to said fringe of the semiconductor integrated circuit chip in a first direction of going toward the center of the package substrate and the first portion is longer than a distance between the electrode for the soldering ball existing nearest to said fringe of the semiconductor integrated circuit chip in a second direction opposing to the first direction and the first portion.
A method of dissolving and/or inhibiting the deposition of scale on a surface of a system, wherein the scale comprises calcium carbonate, said method comprising the step of bringing the surface of the system into contact with a composition comprising: A) from 3 to 15 parts by weight, based on 100 parts by weight of the composition, of a chelating component comprising methylglycine-N-N-diacetic acid (MGDA) and/or an alkali salt thereof, wherein MGDA is present in the chelating component in an amount of 35 to 95 parts by weight, based on 100 parts by weight of the chelating component; B) from 3 to 15 parts by weight, based on 100 parts by weight of the composition, of an aqueous acidic component comprising methanesulfonic acid in amounts of from 35 to 95 parts by weight, based on 100 parts by weight of the acidic component; C) at least 60 parts by weight of water, based on 100 parts by weight of the composition; D) optionally, a surfactant component; E) optionally, a corrosion inhibitor, wherein the composition has a pH of from 5 to 7, and wherein the method further comprises a step of applying heat to the composition and/or the system. A) from 3 to 15 parts by weight, based on 100 parts by weight of the composition, of a chelating component comprising methylglycine-N-N-diacetic acid (MGDA) and/or an alkali salt thereof, wherein MGDA is present in the chelating component in an amount of 35 to 95 parts by weight, based on 100 parts by weight of the chelating component; B) from 3 to 15 parts by weight, based on 100 parts by weight of the composition, of an aqueous acidic component comprising methanesulfonic acid in amounts of from 35 to 95 parts by weight, based on 100 parts by weight of the acidic component; C) at least 60 parts by weight of water, based on 100 parts by weight of the composition; D) optionally, a surfactant component; E) optionally, a corrosion inhibitor,
A modular locking system for common use on front posts and rear posts of trailers, semi-trailers and trucks that are used for road haulage, eliminating post geometry differences between trailers with or without side doors, incorporating following features; • A lock assembly secured to front and rear posts, where the deadbolt located on the side door is inserted, • A lower extension attached to the lock assembly, supporting the side door, • A fitting plate located on the front post and the rear post, reinforcing the attachments of the front post, the rear post and the side door, • A minimum of one fastener securing the lock assembly, front post, rear post and fitting plate to each other modularly, the modular locking system characterized by comprising • fitting lugs (1.1) located on the lock assembly that are inserted through fitting slots on the front posts and fitting holes on the rear posts securing modular lock assembly to the front post and the rear post. • A lock assembly secured to front and rear posts, where the deadbolt located on the side door is inserted, • A lower extension attached to the lock assembly, supporting the side door, • A fitting plate located on the front post and the rear post, reinforcing the attachments of the front post, the rear post and the side door, • A minimum of one fastener securing the lock assembly, front post, rear post and fitting plate to each other modularly, the modular locking system characterized by comprising • fitting lugs (1.1) located on the lock assembly that are inserted through fitting slots on the front posts and fitting holes on the rear posts securing modular lock assembly to the front post and the rear post.
A vacuum drawer for vacuumizing food products with a vacuum chamber, which can be closed airtight by an actuatable lid, wherein the lid consists at least partly of glass, characterized in that the glass part of the lid includes two or more laminated glass panes (23a, 23b), which are arranged to at least partly overlap each other in a planar manner.
A method for removing ammonium nitrogen from organic waste water, which method comprises the steps of (i) providing organic waste water with a content of ammonium nitrogen of less than 2 g/l; (ii) applying said waste water to an organic, synthetic cation exchanger with strongly acidic functional groups, said cation exchanger adsorbing, in use, more than 1.2 eq/l, preferably more than 2.0 eq/l; and (iii) allowing ammonium nitrogen from said waste water to adsorb to said ion exchanger, wherein, following step (iii), the ion exchanger is regenerated with a solution of NaNO 3 of a molality from 3 mol/kg to full saturation and of a temperature from 5 to 40 °C, and/or with a solution of Na 2 CO 3 of a molality from 1 mol/kg to full saturation and of a temperature from 5 to 40 °C, and/or with a solution of NaCl of a molality from 3 mol/kg to full saturation and of a temperature from 5 to 40 °C, and/or with a solution of Na 2 SO 4 of a molality from 1 mol/kg to full saturation and of a temperature from 30 to 40 °C, and/or with a solution of K 2 CO 3 of a molality from 4 mol/kg to full saturation and of a temperature from 5 to 40 °C, and/or with a solution of K 2 HPO 4 of a molality from 4 mol/kg to full saturation and of a temperature from 5 to 40 °C, wherein the organic waste water has a content of organic matter of less than 8 % (w/w) at the time of application of said waste water to the ion exchanger, said organic matter being dissolved or being in particles of a maximum extension of 25 μm. (i) providing organic waste water with a content of ammonium nitrogen of less than 2 g/l; (ii) applying said waste water to an organic, synthetic cation exchanger with strongly acidic functional groups, said cation exchanger adsorbing, in use, more than 1.2 eq/l, preferably more than 2.0 eq/l; and (iii) allowing ammonium nitrogen from said waste water to adsorb to said ion exchanger,
An ammonia stripper for stripping ammonia from ammonia-containing water, the ammonia stripper comprising an ammonia-containing water inlet, a steam inlet, and a forced air inlet; and an ammonia-containing gas outlet and a wastewater outlet; wherein, in use, the steam and air contact the ammonia-containing water in counter-flow to thereby release ammonia from the ammonia-containing water; and wherein the ammonia stripper further comprises a steam and air mixing duct having a spiral shape and/or internal baffles to create turbulence in the steam and air flow by diverting the steam-air mixture through an extended turning flow path to promote mixing of the steam and air flow prior to contacting the ammonia-containing water, the mixing duct being positioned between the steam and air inlets and the location within the ammonia stripper where the steam and air contact the ammonia-containing water. an ammonia-containing gas outlet and a wastewater outlet; wherein, in use, the steam and air contact the ammonia-containing water in counter-flow to thereby release ammonia from the ammonia-containing water; and wherein the ammonia stripper further comprises a steam and air mixing duct having a spiral shape and/or internal baffles to create turbulence in the steam and air flow by diverting the steam-air mixture through an extended turning flow path to promote mixing of the steam and air flow prior to contacting the ammonia-containing water, the mixing duct being positioned between the steam and air inlets and the location within the ammonia stripper where the steam and air contact the ammonia-containing water.
Pneumatic vehicle tyre comprising a tread with grooves formed to a profile depth, for example circumferential grooves, oblique grooves or transverse grooves, which are in each case delimited by a groove base and two groove flanks, wherein an elevation (2, 2 I to VI), which adjoins the two flanks and forms an abrasion indicator, is provided on the groove base in at least one groove, characterized in that the elevation (2, 2 I to VI) has in plan view and in the direction of extent of the groove an upright H-shaped indicator part (3, 3 I, 3 II, 3 V) having lateral legs and a connecting leg connecting the latter, wherein the lateral legs adjoin the groove flanks and wherein the connecting leg is delimited by two connecting areas (6, 6 I, 6 V) which in plan view run in a concavely arcuate manner in relation to one another.