mhurhangee/ep-ind-claims huggingface dataset:
A non-oriented electrical steel sheet characterized by having a chemical composition consisting of C: not more than 0.005 mass%, Si: 2∼7 mass%, Mn: 0.03∼3 mass%, Al: not more than 3 mass%, P: not more than 0.2 mass%, S: not more than 0.005 mass%, N: not more than 0.005 mass%, Se: 0.0001∼0.0005 mass%, As: 0.0005∼0.005 mass% and optionally either one or both of Sn: 0.003∼0.5 mass% and Sb: 0.003∼0.5 mass%, and the remainder being Fe and inevitable impurities, and an iron loss W 15/50 in excitation at 50 Hz and 1.5 T of not more than 3.5 W/kg, measured by Epstein tests, conducted with a sample with a length of 180 mm and a width of 30 mm, and a ratio (x/t) of amount of shear drop x (mm) to thickness t (mm) in punching of steel sheet of not more than 0.15 and an average crystal grain size, measured at a section in the rolling direction, of 30∼150 μm.
Blood pressure measuring system configured to surround a patient's body part, comprising pressurization means (12, 14) for applying pressure to the body part, characterized in that it comprises a kinking-proof shell (20; 30), which is exhibiting a substantially cylindrical or conical configuration and is substantially made from plastic material with a thickness of between about 0.25mm and about 6mm, wherein the kinking-proof shell (20; 30) is arranged so as to be located between the pressurization means (12, 14) and the body part, and dimensioned so as to overlap, when the blood pressure measuring system surrounds the body part, and in that, when pressure is applied by the pressurization means (12, 14), the kinking-proof shell (20; 30) is flexible enough to allow overlapping portions of the kinking proof shell to move or slide relative to each other, thereby reducing the diameter of the kinking-proof shell (20; 30) while being stiff enough to prevent buckling of the kinking-proof shell.
A thermistor assembly, comprising: a thermistor body; a thermistor tip disposed at a first end of the thermistor body, a compliant material, the compliant material at least partially encasing the thermistor tip; a flexible clip, operably connected at a central portion to the thermistor body and comprising lateral portions, which are configured to flex perpendicularly with respect to an outer surface of a battery cell; wherein the clip and compliant material are operable to retain the thermistor tip against a battery cell; and characterized by further comprising a thermistor mount defining a central hole configured to receive the central portion of the flexible clip such that the central portion is spaced apart from the thermistor mount, and defining a lateral hole for each of the lateral portions of the clip, each lateral hole separate from the central hole and configured to receive an end of a respective lateral portion of the clip such that the lateral portions of the clip are coupled to the thermistor mount; wherein the central hole and the lateral holes are through-holes. a thermistor body; a thermistor tip disposed at a first end of the thermistor body, a compliant material, the compliant material at least partially encasing the thermistor tip; a flexible clip, operably connected at a central portion to the thermistor body and comprising lateral portions, which are configured to flex perpendicularly with respect to an outer surface of a battery cell; wherein the clip and compliant material are operable to retain the thermistor tip against a battery cell; and characterized by further comprising a thermistor mount defining a central hole configured to receive the central portion of the flexible clip such that the central portion is spaced apart from the thermistor mount, and defining a lateral hole for each of the lateral portions of the clip, each lateral hole separate from the central hole and configured to receive an end of a respective lateral portion of the clip such that the lateral portions of the clip are coupled to the thermistor mount; wherein the central hole and the lateral holes are through-holes.
1-deoxygalactonojirimycin or a pharmaceutically acceptable salt thereof for use in the treatment of Fabry disease in a patient identified as having a responsive mutant form of α-Gal A, wherein the responsive mutant form of α-Gal A is selected from M1R, L14P, L16H, L16P, L19P, D33Y, N34K, G35R, L36F, A37V, P40L, P40S, M42L, M42R, M42T, L45R, W47L, E48D, E48K, R49G, R49L, R49P, R49S, M51I, C52R, L54P, D55V, C56F, C56G, C56Y, P60L, E66G, E66K, L68F, M72R, A73V, M76R, W81C, W81S, G85D, G85M, Y88D, C94Y, W95S, A97P, R112S, I117S, R118C, L120P, A121T, A135V, D136H, G147R, Y152C, A156T, A156Y, W162G, G163V, K168N, F169S, G171C, G171R, C172S, G183A, G183S, Y184C, M187T, M187V, L191P, L191Q, V199M, S201Y, P205L, P205R, P205S, N215D, Y216C, Y216D, I219N, N224D, N224S, H225R, A230T, D234E, W236L, S238N, I239T, I242N, L243F, L243W, D244H, S247C, S247P, Q250P, I253T, A257P, P259L, G261D, D264Y P265L, P265R, M267I, L268S, V269A, V269M, I270T, G271S, N272K, N272S, S276N, Q279R, Q280H, Q280K, A288D, A288P, A292P, P293A, P293S, P293T, S297C, N298H, N298K, N298S, D299G, L300F, R301G, R301P, I303N, A309P, L310F, D313G, I317N, I317T, N320I, Q321E, Q321L, Q321R, G325S, Q327E, E338K, V339E, W340R, E341D, S345P, A348P, A352D, I354K, E358G, I359T, G360D, G360S, G361R, P362L, R363P, E398K, P409S, P409T, T410A, T410I, T410P, G411D, L414S, 254del1, 247ins8, D55V/Q57L, and 401ins/T401S mutations.
A pad printing machine, of the type comprising a frame including a supporting element for an image plate, a rotary pad, and an inkwell for inking the pad; wherein comprises a rotary support provided with rotary means for securing an object to be pad printed, characterised in that the rotary support is mounted in the frame through collapsible means over an actuation area of the pad wherein the rotary support comprises arms facing each other and a joint for attaching to the frame for collapsing, the collapsible means linking the rotary support and the frame; comprising in said arms two semi shafts (14, 14a) for securing the object, at least one of which comprises a rotary actuation.
A printing system comprising: a print head in association with a platen roller for printing; a media configured to follow a media supply path which passes between said platen roller and said print head; a ribbon, comprising a substrate layer and a thermal transfer layer comprising ink, configured to follow a ribbon path which passes between said print head and said platen roller; a ribbon sensor, positioned so as to face a surface of the ribbon and configured to detect, before starting printing, a reflectance value from a ribbon to be utilized by the printing system for ascertaining an orientation of the ribbon; wherein the printing system is configured to ascertain that the substrate layer faces the ribbon sensor when the reflectance value corresponds to a substantially specular reflectance, and/or to ascertain that the thermal transfer layer faces the ribbon sensor when the reflectance value corresponds to a substantially diffuse reflectance. a print head in association with a platen roller for printing; a media configured to follow a media supply path which passes between said platen roller and said print head; a ribbon, comprising a substrate layer and a thermal transfer layer comprising ink, configured to follow a ribbon path which passes between said print head and said platen roller; a ribbon sensor, positioned so as to face a surface of the ribbon and configured to detect, before starting printing, a reflectance value from a ribbon to be utilized by the printing system for ascertaining an orientation of the ribbon; wherein the printing system is configured to ascertain that the substrate layer faces the ribbon sensor when the reflectance value corresponds to a substantially specular reflectance, and/or to ascertain that the thermal transfer layer faces the ribbon sensor when the reflectance value corresponds to a substantially diffuse reflectance.
A method for producing refined glycerin alkyl ether comprising the following steps and: step: bringing a mixture containing glycerin and glycerin alkyl ether into contact with a cation exchange resin; step: bringing the cation exchange resin into contact with a solvent having an SP value of from 20.5 to 34 (MPa) 1/2 to obtain an eluate. step: bringing a mixture containing glycerin and glycerin alkyl ether into contact with a cation exchange resin; step: bringing the cation exchange resin into contact with a solvent having an SP value of from 20.5 to 34 (MPa) 1/2 to obtain an eluate.
OLED compounds of the general structure: (B-S-) n -A-(S-B) m Structure 1 wherein: A represents a linear aromatic molecular core; S represents a flexible spacer unit comprising an alkyl chain, optionally containing one or more heteroatoms; B represents a crosslinking group; and n and m are independently selected from 1 to 3; characterised in that the rod-like molecular nucleus A comprises the structure: Ar-(T-Ar) p Structure 2 wherein: p is from 1 to 5; Ar is an aromatic diradical, a heteroaromatic diradical, a single bond, or more than one of the above concatenated together in a substantially straight chain, and T comprises a diradical selected from: wherein the substituent in each occurrence is independently selected from: R comprises an alkyl group; and R 1 independently in each occurrence comprises a branched, straight chain, or cyclic alkyl group with 3 to 12 carbon atoms, which are unsubstituted, or mono- or poly-substituted by F, Cl, Br, I, or CN; wherein at least one Ar is selected from the group comprising: wherein in each occurrence is independently selected from structures 56 to 82, and X in each occurrence comprises -CH- or -N-. A represents a linear aromatic molecular core; S represents a flexible spacer unit comprising an alkyl chain, optionally containing one or more heteroatoms; B represents a crosslinking group; and n and m are independently selected from 1 to 3; characterised in that the rod-like molecular nucleus A comprises the structure: Ar-(T-Ar) p Structure 2 p is from 1 to 5; Ar is an aromatic diradical, a heteroaromatic diradical, a single bond, or more than one of the above concatenated together in a substantially straight chain, and T comprises a diradical selected from:
A method for leak testing an internal combustion engine with an interior comprising at least one combustion chamber and at least one exhaust outlet, having at least the following steps: a) closing the at least one exhaust outlet with a seal element, b) applying a pressure to the interior for performing a leak test on the internal combustion engine, and c) opening the exhaust outlet to start up the internal combustion engine; characterised in that the closing of the exhaust outlet in step a) is carried out by placing the seal element between a block of the internal combustion engine and an exhaust manifold when assembling the internal combustion engine. a) closing the at least one exhaust outlet with a seal element, b) applying a pressure to the interior for performing a leak test on the internal combustion engine, and c) opening the exhaust outlet to start up the internal combustion engine; characterised in that the closing of the exhaust outlet in step a) is carried out by placing the seal element between a block of the internal combustion engine and an exhaust manifold when assembling the internal combustion engine.
A transmission, in particular a compressor transmission, which is installed between a drive machine and a unit to be driven; fitted with a drive shaft and a driven shaft; the drive shaft is in driving connection with the driven shaft for speed/torque conversion; the driven shaft is supported in the transmission by means of at least one primary axial bearing; characterized by the following features: a starting unit is provided for absorbing the axial loads of the driven shaft; the starting unit comprises a secondary axial bearing; the starting unit is formed in such a way that when said unit is actuated, the axial loads of the driven shaft are substantially completely absorbed by the secondary axial bearing; whereby the starting unit comprises a piston which can be pressurized, wherein said piston can be moved in axial direction between a supporting position, in which it supports the driven shaft and absorbs the axial loads, and a reset position, in which it does not absorb any axial loads; whereby the piston is moveable in a piston chamber and divides the piston chamber into a first compartment (11.1) and a second compartment (11.2), and the first compartment (11.1) is connected to a pressure oil supply of the transmission for pressurizing the piston on its side pointing to the first compartment (11.1) and for its axial movement in the direction of the reset position. a starting unit is provided for absorbing the axial loads of the driven shaft; the starting unit comprises a secondary axial bearing; the starting unit is formed in such a way that when said unit is actuated, the axial loads of the driven shaft are substantially completely absorbed by the secondary axial bearing; whereby the starting unit comprises a piston which can be pressurized, wherein said piston can be moved in axial direction between a supporting position, in which it supports the driven shaft and absorbs the axial loads, and a reset position, in which it does not absorb any axial loads; whereby the piston is moveable in a piston chamber and divides the piston chamber into a first compartment (11.1) and a second compartment (11.2), and the first compartment (11.1) is connected to a pressure oil supply of the transmission for pressurizing the piston on its side pointing to the first compartment (11.1) and for its axial movement in the direction of the reset position.
A method of diagnosing kidney disease or kidney dysfunction in an animal subject, the method comprising: measuring the concentration of free SDMA in serum from the subject; measuring the concentration of creatinine in serum from the subject; and comparing the product of a first weighted value based upon the concentration of creatinine and a second weighted value based upon the concentration free SDMA to one or more standard values that correlate to kidney disease or kidney dysfunction, wherein the product of a first weighted value based upon the concentration of creatinine and a second weighted value based upon the concentration free SDMA is represented by the formula PROD = P ×[SDMA] Q wherein PROD is the product, is the concentration of creatinine, [SDMA] is the concentration of SDMA, P provides the weight to give to CRE in the formula, and Q provides the weight to give to SDMA in the formula. measuring the concentration of free SDMA in serum from the subject; measuring the concentration of creatinine in serum from the subject; and comparing the product of a first weighted value based upon the concentration of creatinine and a second weighted value based upon the concentration free SDMA to one or more standard values that correlate to kidney disease or kidney dysfunction, wherein the product of a first weighted value based upon the concentration of creatinine and a second weighted value based upon the concentration free SDMA is represented by the formula PROD = P ×[SDMA] Q wherein PROD is the product, is the concentration of creatinine, [SDMA] is the concentration of SDMA, P provides the weight to give to CRE in the formula, and Q provides the weight to give to SDMA in the formula.
Method for operating a brake system for a vehicle with a control unit of a service brake mechanism and a control unit of a parking brake mechanism and a footbrake module, which can communicate with the control units (112, 114) by way of at least one digital interface, such that the method has the following steps: reading-in of a deceleration signal that represents a deceleration demand for the vehicle for the service brake mechanism and a function signal that represents a functional capability of the service brake mechanism, such that the deceleration signal represents an electrical signal acquired using the footbrake module, and such that the function signal represents an electrical signal generated by the control unit of the service brake mechanism and read-in via the at least one digital interface by the control unit of the service brake mechanism, and generation of an electrical actuation signal for the parking brake mechanism on the basis of the deceleration signal, if the function signal indicates an at least limited functional capability of the service brake mechanism, wherein the electrical actuation signal is transmitted via the at least one digital interface to the control unit of the parking brake mechanism. reading-in of a deceleration signal that represents a deceleration demand for the vehicle for the service brake mechanism and a function signal that represents a functional capability of the service brake mechanism, such that the deceleration signal represents an electrical signal acquired using the footbrake module, and such that the function signal represents an electrical signal generated by the control unit of the service brake mechanism and read-in via the at least one digital interface by the control unit of the service brake mechanism, and generation of an electrical actuation signal for the parking brake mechanism on the basis of the deceleration signal, if the function signal indicates an at least limited functional capability of the service brake mechanism, wherein the electrical actuation signal is transmitted via the at least one digital interface to the control unit of the parking brake mechanism.
An apparatus, comprising: a molded boss cluster that is formed from a first material and that includes a plurality of bosses that protrude from a mounting surface, wherein the molded boss cluster is formed from a thermoplastic material; a housing shell that is formed from a fibre-reinforced thermosetting polymer and that includes an interior region defined by at least one interior surface of the housing shell, wherein the interior surface of the housing shell is molded to the mounting surface of the molded boss cluster; and one or more hardware components (300, 304, 306) that are mechanically fastened to the plurality of bosses within the interior region of the housing shell; wherein the thermoplastic material has a heat deflection temperature that is higher than a curing temperature that initiates curing of the fibre-reinforced thermosetting polymer. a molded boss cluster that is formed from a first material and that includes a plurality of bosses that protrude from a mounting surface, wherein the molded boss cluster is formed from a thermoplastic material; a housing shell that is formed from a fibre-reinforced thermosetting polymer and that includes an interior region defined by at least one interior surface of the housing shell, wherein the interior surface of the housing shell is molded to the mounting surface of the molded boss cluster; and one or more hardware components (300, 304, 306) that are mechanically fastened to the plurality of bosses within the interior region of the housing shell; wherein the thermoplastic material has a heat deflection temperature that is higher than a curing temperature that initiates curing of the fibre-reinforced thermosetting polymer.
Use of a compound of formula, wherein R 1 is selected from the group consisting of linear or branched, unsubstituted -C 1 -C 5 alkyl and unsubstituted -C 3 -C 5 cycloalkyl; or its salt or stereoisomer thereof, to impart an aroma impression to a composition. R 1 is selected from the group consisting of linear or branched, unsubstituted -C 1 -C 5 alkyl and unsubstituted -C 3 -C 5 cycloalkyl; or its salt or stereoisomer thereof, to impart an aroma impression to a composition.
An in vitro method of diagnosing post-acute COVID-19 syndrome in a subject comprising: (i) providing a sample that has been obtained from the subject; (ii) treating the sample with a fluorescent dye or fluorescent probe; and (iii) using a fluorescence or microscopy detection method to detect the fluorescent dye or fluorescent probe thereby detecting for a presence of persistent anomalous amyloid clotlets having a diameter of 1 to 1000 μm in the sample, wherein the presence of persistent anomalous amyloid clotlets in the sample is indicative of post-acute COVID-19 syndrome in the subject. (i) providing a sample that has been obtained from the subject; (ii) treating the sample with a fluorescent dye or fluorescent probe; and (iii) using a fluorescence or microscopy detection method to detect the fluorescent dye or fluorescent probe thereby detecting for a presence of persistent anomalous amyloid clotlets having a diameter of 1 to 1000 μm in the sample,
A pump impeller having a rotational axis (x-x) and including: - a hub, - a back shroud extending from the hub, and - a front shroud, wherein each of the shrouds (56,60) has an inner surface (57,62) and an outer surface (58,63), the impeller further including: - a plurality of pumping vanes extending between the respective inner surfaces (57,63) of the shrouds (56,60), and - an impeller inlet opening in the front shroud coaxial with the rotation axis (x-x) of the impeller, the impeller including a plurality of flow generating vanes arranged in spaced apart fashion and which extend from the outer surface of the front shroud in the region of the impeller opening, characterised in that the impeller includes a plurality of inducer vanes, distinct from the plurality of pumping vanes, which extend from the inner surface of the front shroud towards the rotation axis (x-x) and which are positioned adjacent and arranged circumferentially about the impeller opening, the inducer vanes having a free edge portion which is spaced from the rotation axis (x-x), and being configured to create a swirling flow which, in the application of a sump pump, extends from the impeller inlet opening towards the bottom of the sump to assist the particles to be uplifted and entrained in the flow. - a hub, - a back shroud extending from the hub, and - a front shroud, - a plurality of pumping vanes extending between the respective inner surfaces (57,63) of the shrouds (56,60), and - an impeller inlet opening in the front shroud coaxial with the rotation axis (x-x) of the impeller, the impeller including a plurality of flow generating vanes arranged in spaced apart fashion and which extend from the outer surface of the front shroud in the region of the impeller opening, characterised in that the impeller includes a plurality of inducer vanes, distinct from the plurality of pumping vanes, which extend from the inner surface of the front shroud towards the rotation axis (x-x) and which are positioned adjacent and arranged circumferentially about the impeller opening, the inducer vanes having a free edge portion which is spaced from the rotation axis (x-x), and being configured to create a swirling flow which, in the application of a sump pump, extends from the impeller inlet opening towards the bottom of the sump to assist the particles to be uplifted and entrained in the flow.