mhurhangee/ep-ind-claims huggingface dataset:
A method for the preanalytical preparation of a sample of faeces, excrement or stool for the quantitative determination of a proteinaceous analyte, comprising the steps of: (a) collecting the sample and transferring a known amount to a prepared vessel containing a known amount of aqueous extraction solution; (b) dispersing and extracting the proteinaceous analyte from the sample matrix; and (c) separating the aqueous extract from the solid matrix components and applying a known volume of the aqueous extract to a dry support material containing capillary material having capillary and chromatographic properties, such that the extract runs and spreads on the support material; (d) drying the support material at ambient temperature, whereby the support with the dry extract provides a preservation and transport form; (e) eluting the proteinaceous analyte from the support material into a known amount of known amount of assay buffer; (f) separating the support material from the assay buffer; and (g) quantitating the analyte, characterized in that the aqueous extraction solution in excess of 1 to 50 mMol/L of a ketocarboxylic acid having from 1 to 12 carbon atoms, which is reacted with amino acids and proteins under ambient conditions, as well as conventional salts and conventional buffer salts, detergents, solubilizing agents, complexing agents, biocides, adjuvants and salts for adjusting the ionic strength. (a) collecting the sample and transferring a known amount to a prepared vessel containing a known amount of aqueous extraction solution; (b) dispersing and extracting the proteinaceous analyte from the sample matrix; and (c) separating the aqueous extract from the solid matrix components and applying a known volume of the aqueous extract to a dry support material containing capillary material having capillary and chromatographic properties, such that the extract runs and spreads on the support material; (d) drying the support material at ambient temperature, whereby the support with the dry extract provides a preservation and transport form; (e) eluting the proteinaceous analyte from the support material into a known amount of known amount of assay buffer; (f) separating the support material from the assay buffer; and (g) quantitating the analyte,
An aqueous two-component polyurethane composition that is substantially free of volatile organic compounds by containing less than 50 g/l, based on the total weight of the composition, of non-OH or mono-OH functional solvents or coalescents, said composition comprising, as one component, a polyisocyanate composition including polyisocyanate molecules that have 2 or more isocyante groups and that can be dispersed in or dissolved in water at 20-22 °C, and mixtures and combinations thereof, and provide an average isocyanate functionality of from 2.5 to 10, and, as the other component, a polyol composition of (i) one or more vinyl or acrylic emulsion polymer having a glass transition temperature, as determined by Differential Scanning Calorimetry scanning between -90 °C to 150 °C while heating at a rate of 10 °C/min (measured Tg), of from 10 °C to 90 °C, and (ii) from 5 to 60 wt.%, based on the total weight of polyol solids, of at least one diol or polyol chosen from a cycloaliphatic diol or polyol having a molecular weight of from 100 to 500 and containing one or more 4 to 7 member aliphatic ring and an oligomeric diol or polyol comprising the condensation reaction product of from 30 wt.% to 78 wt.%, based on the total weight of reactants used to make the oligomer, of at least one cycloaliphatic diol or polyol having a molecular weight of from 100 to 500 and containing one or more 4 to 7 member aliphatic ring.
Aromatic polyetherol obtainable by condensation of aromatic alcohol and aldehyde wherein the aromatic alcohol comprises a mixture, consisting of at least one alkoxylation product of an aromatic alcohol, the alkoxylation product having a hydroxyl value of 110 to 500 mg KOH/g and an alkylated aromatic alcohol which may be alkoxylated and wherein the alkyl group is bonded to the aromatic ring, the alkyl group having 4 to 18 carbon atoms, wherein the molar ratio of the alcoxylation product of the aromatic alcohol and the alkylated aromatic alcohol is in the range of 5: 1 to 2: 1 and the average OH-functionality of the polyetherol is 2 to 8. wherein the molar ratio of the alcoxylation product of the aromatic alcohol and the alkylated aromatic alcohol is in the range of 5: 1 to 2: 1 and the average OH-functionality of the polyetherol is 2 to 8.
A method for authenticating a user equipment, operative in a domain of telecommunication providing support for a federated single sign on infrastructure, FSSO, and an authentication and bootstrapping infrastructure, AA/BA, for access to service provider characterized by: - in the domain of telecommunication an integrated proxy, initially set in a state to support AA/BA infrastructure, intercepting a service request by UE thereby initiating bootstrapping at a Bootstrapping Identity Authentication and Session Infrastructure, BIAS, according to the AA/BA infrastructure whereby UE and BIAS generates at least a shared key Ks and associated temporary identity B_TID and whereby further BIAS provides UE with B_TID; - UE providing B_TID to the integrated proxy IAP for authentication according to the AA/BA architecture; - the integrated proxy IAP, in response to determining if the service provider SP is external to the domain of telecommunication changes state to act as a FSSO-proxy; - the integrated proxy IAP acting as an intermediary between UE and SP whereby, if the SP is within the domain of telecommunication, SP accepts said authentication for service access and whereby, if SP is external, SP requests the integrated proxy IAP to initiate authentication according to the FSSO-architecture. - in the domain of telecommunication an integrated proxy, initially set in a state to support AA/BA infrastructure, intercepting a service request by UE thereby initiating bootstrapping at a Bootstrapping Identity Authentication and Session Infrastructure, BIAS, according to the AA/BA infrastructure whereby UE and BIAS generates at least a shared key Ks and associated temporary identity B_TID and whereby further BIAS provides UE with B_TID; - UE providing B_TID to the integrated proxy IAP for authentication according to the AA/BA architecture; - the integrated proxy IAP, in response to determining if the service provider SP is external to the domain of telecommunication changes state to act as a FSSO-proxy; - the integrated proxy IAP acting as an intermediary between UE and SP whereby, if the SP is within the domain of telecommunication, SP accepts said authentication for service access and whereby, if SP is external, SP requests the integrated proxy IAP to initiate authentication according to the FSSO-architecture.
Transport and storage container for temperature sensitive goods, comprising a loading chamber for receiving the goods, a cooling chamber with a cooling device for cooling air, a heating chamber with a heating device for heating air and ventilation means for circulating air in the container, characterised in that the loading chamber, the cooling chamber and the heating chamber are chambers separated from one another, which are each connected to the two other chambers via in each case at least one opening (53, 36, 46a, 46b) and/or via in each case at least one air duct, and in that the ventilation means are adapted to generate in the container an air flow which flows through the loading chamber, the heating chamber and the cooling chamber in series.
Hinge to articulate a mobile structure with respect to a fixed structure, comprising a first hinging element, provided with a pin and configured to be attached to one of said two structures (11, 12), and a second hinging element, provided with a part in which a cylindrical cavity is made and configured to be attached to the other of said two structures (12, 11), wherein said pin and said cylindrical cavity are configured to be hinged to each other along a common hinging axis, and wherein first adjustment means (20, 24, 30) are provided in at least one of said hinging elements (13, 15) in order to adjust the reciprocal distance between said mobile structure and said fixed structure in a first direction perpendicular to said hinging axis, wherein said first adjustment means comprise a first articulation element attached to said pin or to said part in which said cylindrical cavity is made, and comprising a first plate shaped like a parallelepiped with a substantially rectangular base and a second articulation element configured to be attached to one of said two structures (11, 12), wherein said two articulation elements (20, 24) are articulated to each other so that said first articulation element can incline with respect to said second articulation element, and wherein said first adjustment means comprise at least a connection member configured to be constrained to said first articulation element and screwable in said second articulation element, wherein said first plate has a first lateral edge parallel to said hinging axis and attached to said pin or to said part in which said cylindrical cavity is made, and a second lateral edge opposed to said first edge, wherein said second articulation element comprises a second plate also shaped like a parallelepiped with a substantially rectangular base and substantially equal to said first plate, said second plate being provided on a lateral edge with a folding parallel to said hinging axis and only a few millimeters deep, which defines a seating, slightly wider than the thickness of said second plate, in which said second lateral edge of said first plate is inserted with play, by a few millimeters, and wherein said least a connection member comprises a threaded stem screwable into a corresponding threaded hole (28a, 28b) of said second plate and two circular shoulders (32, 33) disposed at a reciprocal distance substantially equal to, or slightly greater than, the thickness of said first plate and engaging with the latter in correspondence with a corresponding through aperture (22, 23) of said first plate.
An engine comprising a casing having a tail-cone coupled thereto, a core compartment within the casing, and an intake for drawing air into the casing, and a system for cooling a generator mounted in a cavity of the tail-cone, the system comprising: a bypass passage defined between the casing and the core compartment, the bypass passage for diverting a bypass portion of the air therethrough; at least one fairing coupled to the tail-cone in fluid communication with the bypass passage and the tail-cone cavity, the at least one fairing for directing the bypass portion of the air towards the tail-cone cavity; and a support strut, coupled to the casing in fluid communication with the bypass passage and the tail-cone cavity, for expelling the bypass portion of the air from the tail-cone cavity towards the bypass passage, characterized in that: an inlet of the at least one fairing and an outlet of the support strut are positioned in a plane substantially orthogonal to a longitudinal plane of the engine, thereby exposing the inlet and the outlet to a same level of static pressure. a bypass passage defined between the casing and the core compartment, the bypass passage for diverting a bypass portion of the air therethrough; at least one fairing coupled to the tail-cone in fluid communication with the bypass passage and the tail-cone cavity, the at least one fairing for directing the bypass portion of the air towards the tail-cone cavity; and a support strut, coupled to the casing in fluid communication with the bypass passage and the tail-cone cavity, for expelling the bypass portion of the air from the tail-cone cavity towards the bypass passage, characterized in that: an inlet of the at least one fairing and an outlet of the support strut are positioned in a plane substantially orthogonal to a longitudinal plane of the engine, thereby exposing the inlet and the outlet to a same level of static pressure. an inlet of the at least one fairing and an outlet of the support strut are positioned in a plane substantially orthogonal to a longitudinal plane of the engine, thereby exposing the inlet and the outlet to a same level of static pressure.
An X-ray imaging unit for medical imaging, comprising a column, a rotating part comprising a first X-ray source and an X-ray imaging detector unit, and an upper shelf supporting the rotating part, wherein the first X-ray source and the detector unit are configured to provide an image by means of at least a rotational movement around a rotation axis of the rotating part, wherein the upper shelf is configured to enable the rotating part to move with respect to the upper shelf by means of a linear movement, wherein the upper shelf is attached to the column with a pivoting joint, and wherein the pivoting joint enables a pivot movement of the upper shelf and the rotating part around the column, characterized in that the unit further comprising a cephalometric head comprising a cephalometric patient support (268, 269) for supporting a patient to be imaged, an arm with an attached second X-ray source, and a control unit is configured to move the rotating part by controlling the linear movement and the pivot movement during imaging, wherein the second X-ray source is configured to provide together with the detector unit a cephalometric image.
Aqueous formulation comprising at least one alcohol A and at least one reaction product C of N,N'-substituted urea and glyoxal, wherein in the reaction product C at least 80 mol% of the hemiaminalic carbon atoms are bound to unetherified hydroxyl groups and wherein said alcohol A is different from reaction product C and wherein said N,N'-substituted urea is a compound according to formula wherein R 1 and R 2 are independently selected from H, C 1 to C 18 alkyl or [(CH 2) n -O] m -R 3, with n =2 to 4, m= 0 to 10 and R 3 = H or C 1 to C 4 alkyl.
A repairing laser welding method for melting and eliminating a crack (Cb, Cd) by irradiation with a laser beam, the crack (Cb, Cd) being generated beginning at a non-welded portion of a root part between a first welded material and a second welded material obliquely joined to a surface of the first welded material by fillet welding, wherein the irradiation with the laser beam is performed along a welding bead at the root part while the laser beam is aimed at a contact point between the first welded material and the second welded material as an irradiation point of the laser beam, from a side of the welding bead, the contact point being contained in the non-welded portion of the root part.
A heating device exhaust pipe arrangement with an integrated muffler, having: a flexurally stiff exhaust pipe, which is manufactured from a regionally perforated metal sheet by round bending and longitudinal welding and has an unperforated curved first pipe section, an unperforated second pipe section and, formed integrally with the first pipe section and the second pipe section, a perforated muffler section between the first pipe section and the second pipe section, and a muffler housing, which covers the exterior of the perforated muffler section and is arranged in such a way that the first pipe section and the second pipe section each extend at least predominantly outside the muffler housing. a flexurally stiff exhaust pipe, which is manufactured from a regionally perforated metal sheet by round bending and longitudinal welding and has an unperforated curved first pipe section, an unperforated second pipe section and, formed integrally with the first pipe section and the second pipe section, a perforated muffler section between the first pipe section and the second pipe section, and a muffler housing, which covers the exterior of the perforated muffler section and is arranged in such a way that the first pipe section and the second pipe section each extend at least predominantly outside the muffler housing.
A method of fabricating a heat source for a radioisotope thermoelectric generator, comprising: reducing a particle size in a radioisotope compound that produces high-energy beta radiation by powdering and sieving the radioisotope compound and/or dissolving the radioisotope compound into an aqueous solution; mixing the radioisotope compound with graphite to obtain a radioisotope-graphite mixture; performing a press to the radioisotope-graphite mixture; and encapsulating the pressed radioisotope-graphite mixture into an x-ray shielding to obtain the heat source. reducing a particle size in a radioisotope compound that produces high-energy beta radiation by powdering and sieving the radioisotope compound and/or dissolving the radioisotope compound into an aqueous solution; mixing the radioisotope compound with graphite to obtain a radioisotope-graphite mixture; performing a press to the radioisotope-graphite mixture; and encapsulating the pressed radioisotope-graphite mixture into an x-ray shielding to obtain the heat source.
A clamping arrangement for clamping inner and outer tubular members (14,12) together, the clamping arrangement including a clamp member operative in a first orientation having a first inner diameter (D 1) and a second orientation having a second inner diameter (D 2), the first diameter (D 1) being greater than the second diameter (D 2), the clamping arrangement characterized by: an elastomeric retaining member carried by the clamp member and operative to temporarily retain the clamping arrangement to the outer tubular member when the clamp member is in the first orientation by elastically expanding the elastomeric retaining member, the elastomeric retaining member having an inherent bias for temporarily retaining the clamp member to the outer tubular member, wherein the elastomeric retaining member defines a closed shape and is secured to the clamp member at one or more points of attachment, or the elastomeric retaining member defines an open shape including a first end and a second end, the first end and the second end being secured to the clamp member at attachment points. an elastomeric retaining member carried by the clamp member and operative to temporarily retain the clamping arrangement to the outer tubular member when the clamp member is in the first orientation by elastically expanding the elastomeric retaining member, the elastomeric retaining member having an inherent bias for temporarily retaining the clamp member to the outer tubular member, wherein the elastomeric retaining member defines a closed shape and is secured to the clamp member at one or more points of attachment, or the elastomeric retaining member defines an open shape including a first end and a second end, the first end and the second end being secured to the clamp member at attachment points.
An epoxy resin mixture comprising at least one epoxy resin mixed with 0.2 to 5 parts by weight, per 100 parts by weight of the at least one epoxy resin, of one or more alkoxylated hydrophobes that include a poly(alkylene oxide) chain of at least 5 oxyalkylene units having a terminal hydroxyl group, provided that at least 50% of the hydroxyl groups provided by the one or more alkoxylated hydrophobes are secondary hydroxyl groups, the poly(alkylene oxide) chain being bonded at one end through a linking group to a hydrophobe, wherein the hydrophobe is a straight-chain alkyl group having 10 to 24 carbon atoms; a straight-chain mono-, di- or tri-alkene having 10 to 24 carbon atoms; or an alkyl- or alkenyl-substituted phenyl in which the alkyl or alkenyl group is a straight-chain group having 10 to 24, carbon atoms; and wherein the at least one epoxy resin contains no more than 1% by weight of monohydrolyzed resin species, wherein monohydrolyzed resin species are α-glycol compounds formed by the addition of a molecule of water to an epoxide group.
Pneumatic vehicle tyre for utility vehicles, having a carcass, having a belt constructed radially outside the carcass, and having a profiled tread constructed on the belt radially outside the belt, wherein the belt is formed from multiple belt plies (13, 14, 15) arranged lying one on top of the other from the radial inside to the radial outside, of which at least two belt plies (13, 15) are formed as working plies, wherein the radially inner and the radially outer of the two working plies are belt plies with parallel strengthening members (23, 25) composed of steel embedded in rubber, wherein the strengthening members of the radially inner working ply enclose, in terms of their orientation, an angle α with the circumferential direction U, where 10°≤α≤24°, and the strengthening members of the radially outer working ply enclose an angle γ with the circumferential direction U, where 10°≤γ≤24°, wherein, as viewed in the circumferential direction U of the vehicle tyre, the strengthening members of one working ply have an opposite axial direction of inclination in relation to the strengthening members of the other working ply, wherein the strengthening members of the radially inner of the two working plies (13, 15) in the vehicle tyre have a different outer diameter than the strengthening members of the radially outer of the two working plies (13, 15), characterized in that, between the two working plies (13, 15), there is arranged a belt ply in the form of a zero-degree ply, having parallel strengthening members which are embedded in rubber and which enclose, in terms of their orientation, an angle β with the circumferential direction U, where 0°≤β≤5°.
A process transmitter comprising: device circuitry that generates values that are to be conveyed on a current loop (116, 116a, 116b); a series control transistor in series between the current loop (116, 116a, 116b) and the device circuitry; and a saturation prevention circuit (Q2, D1) that prevents the series control transistor from entering saturation; wherein the saturation prevention circuit (Q2, D1) prevents the series control transistor from entering saturation by preventing a voltage across the series control transistor from dropping below a saturation voltage, either by limiting a collector-emitter voltage across the series transistor from dropping below a forward bias voltage drop across a diode of the saturation prevention circuit (Q2, D1), or by limiting the emitter-collector voltage of the series transistor from dropping below a breakdown voltage of a zener diode connected across the emitter and collector terminals of the series transistor or by selecting values of resistors (R21, R22, R23, R24) such that the emitter-collector voltage of the series transistor is limited to drop below the saturation voltage. device circuitry that generates values that are to be conveyed on a current loop (116, 116a, 116b); a series control transistor in series between the current loop (116, 116a, 116b) and the device circuitry; and a saturation prevention circuit (Q2, D1) that prevents the series control transistor from entering saturation; wherein the saturation prevention circuit (Q2, D1) prevents the series control transistor from entering saturation by preventing a voltage across the series control transistor from dropping below a saturation voltage, either by limiting a collector-emitter voltage across the series transistor from dropping below a forward bias voltage drop across a diode of the saturation prevention circuit (Q2, D1), or by limiting the emitter-collector voltage of the series transistor from dropping below a breakdown voltage of a zener diode connected across the emitter and collector terminals of the series transistor or by selecting values of resistors (R21, R22, R23, R24) such that the emitter-collector voltage of the series transistor is limited to drop below the saturation voltage.