mhurhangee/ep-ind-claims huggingface dataset:
A multistage centrifugal compressor comprising: a casing; a shaft rotatingly supported in said casing by at least a first bearing and a second bearing (11; 13); at least one in-between-bearing impeller (19A-19D) mounted on said shaft between said first bearing and said second bearing (11; 13); an overhung impeller mounted at one end of said shaft; a first diaphragm arrangement (25, 25X) located in said casing, comprising a return channel assembly with a plurality of stationary return channel blades, defining a plurality of return vanes for redirecting compressed gas from an exit location of the overhung impeller to an inlet location of the in-between-bearings impeller; an inlet plenum in said casing; wherein said first diaphragm arrangement (25, 25X) houses one of said first bearing and second bearing (11; 13); and wherein at least one lubrication oil duct for the bearing housed in the first diaphragm arrangement (25, 25X) is provided through said first diaphragm arrangement; characterized in that said at least one lubrication oil duct extends through at least one of the respective stationary return channel blades. a casing; a shaft rotatingly supported in said casing by at least a first bearing and a second bearing (11; 13); at least one in-between-bearing impeller (19A-19D) mounted on said shaft between said first bearing and said second bearing (11; 13); an overhung impeller mounted at one end of said shaft; a first diaphragm arrangement (25, 25X) located in said casing, comprising a return channel assembly with a plurality of stationary return channel blades, defining a plurality of return vanes for redirecting compressed gas from an exit location of the overhung impeller to an inlet location of the in-between-bearings impeller; an inlet plenum in said casing; wherein said first diaphragm arrangement (25, 25X) houses one of said first bearing and second bearing (11; 13); and wherein at least one lubrication oil duct for the bearing housed in the first diaphragm arrangement (25, 25X) is provided through said first diaphragm arrangement; characterized in that said at least one lubrication oil duct extends through at least one of the respective stationary return channel blades.
A spray gun, comprising: a casing; a cup, including a cup housing and a flexible cup body that is provided in the cup housing; a spray nozzle; and a pump, provided in the casing; wherein the cup housing is provided with a hollow portion, such that the flexible cup body is manually squeezable to expel air inside the flexible cup body out via a venting structure communicating the cup with an outer environment; characterized in that the pump has a spray chamber in communication with the cup, and in that the venting structure communicating the cup with the outer environment is provided on the pump. a casing; a cup, including a cup housing and a flexible cup body that is provided in the cup housing; a spray nozzle; and a pump, provided in the casing; wherein the cup housing is provided with a hollow portion, such that the flexible cup body is manually squeezable to expel air inside the flexible cup body out via a venting structure communicating the cup with an outer environment; characterized in that the pump has a spray chamber in communication with the cup, and in that the venting structure communicating the cup with the outer environment is provided on the pump.
A method of manufacturing an article of footwear comprising an embroidered element, the method comprising: joining a polymer material connecting layer to a base layer; embroidering the connecting layer and the base layer to form a plurality of groups of threads (44a-44d) such that the connecting layer is between the base layer and the threads, wherein the threads are exposed on the surface of the base layer by more than five centimetres; heating the polymer material connecting layer to bond the threads to the base layer; and incorporating the embroidered element into an article of footwear; wherein each group of threads radiates outward and away from a lace aperture. joining a polymer material connecting layer to a base layer; embroidering the connecting layer and the base layer to form a plurality of groups of threads (44a-44d) such that the connecting layer is between the base layer and the threads, wherein the threads are exposed on the surface of the base layer by more than five centimetres; heating the polymer material connecting layer to bond the threads to the base layer; and incorporating the embroidered element into an article of footwear;
Hydrostatic axial piston machine having a housing, a drive shaft which is mounted rotatably in the housing by means of a bearing device which comprises at least one roller bearing (5a; 5b), and a cylinder barrel which is provided with at least one piston recess, in which in each case one piston is arranged longitudinally displaceably, characterized in that a spray jet lubrication means is provided for the roller bearing (5a; 5b), which spray jet lubrication means comprises at least one lubricant spray jet (51a; 51b) which is directed onto that region of an axial rim (30; 32) of an inner ring (5c; 5d) of the roller bearing (5a; 5b), against which the rolling bodies of the roller bearing (5a, 5b) bear with an end side.
A method for producing a vegetable protein ingredient which is added to ice cream, wherein - lupin seeds are provided and firstly crushed, - in one or several protein extraction steps part of the lupin protein contained in the crushed lupin seeds is dissolved or at least dispersed in an aqueous phase, - any fibres present in the aqueous phase are separated, and - the lupin protein is separated from the aqueous phase in order to obtain the protein ingredient, - wherein for at least one of the protein extraction steps a pH value of 6 ≤ pH < 7 is set for the aqueous phase and - wherein the protein is added to the ice cream as a native protein. - lupin seeds are provided and firstly crushed, - in one or several protein extraction steps part of the lupin protein contained in the crushed lupin seeds is dissolved or at least dispersed in an aqueous phase, - any fibres present in the aqueous phase are separated, and - the lupin protein is separated from the aqueous phase in order to obtain the protein ingredient, - wherein for at least one of the protein extraction steps a pH value of 6 ≤ pH < 7 is set for the aqueous phase and - wherein the protein is added to the ice cream as a native protein.
An isolated variant polypeptide comprising an amino-acid residue sequence having a homology of at least 80% with a polypeptide comprising human Klotho protein (SEQ ID NO:1) or a fragment thereof, the Klotho protein or fragment thereof having an amino-acid residue sequence selected from the group consisting of the amino-acid residue sequences represented by: SEQ ID NO:1; residues 29-1012 of SEQ ID NO:1; residues 1-980 of SEQ ID NO:1; residues 29-980 of SEQ ID NO:1; residues 1-568 of SEQ ID NO:1; residues 29-568 of SEQ ID NO:1; residues 34-549 of SEQ ID NO:1; SEQ ID NO:8; residues 29-549 of SEQ ID NO:8; and residues 34-549 of SEQ ID NO:8, wherein in the Klotho protein or fragment thereof, residue 414 is L-Glu and residue 238 is L-Asp; and wherein: the L-Glu of residue 414 is substituted with an α-amino acid residue different from L-Glu to provide the isolated variant polypeptide having an amino acid sequence set forth in SEQ ID NOS:11-20;; or the L-Glu of residue 414 is substituted with an α-amino acid residue different from L-Glu and the L-Asp of residue 238 is substituted with an α-amino acid different from L-Asp to provide the isolated variant polypeptide having an amino acid sequence set forth in SEQ ID NOS:31-40, numbered with reference to SEQ ID NO:1; wherein the isolated variant polypeptide is an effective therapeutic agent; and wherein: the isolated variant polypeptide does not mediate FGF23 signaling; and the isolated variant polypeptide does not inhibit IGF-1 signaling. SEQ ID NO:1; residues 29-1012 of SEQ ID NO:1; residues 1-980 of SEQ ID NO:1; residues 29-980 of SEQ ID NO:1; residues 1-568 of SEQ ID NO:1; residues 29-568 of SEQ ID NO:1; residues 34-549 of SEQ ID NO:1; SEQ ID NO:8; residues 29-549 of SEQ ID NO:8; and residues 34-549 of SEQ ID NO:8, the L-Glu of residue 414 is substituted with an α-amino acid residue different from L-Glu to provide the isolated variant polypeptide having an amino acid sequence set forth in SEQ ID NOS:11-20;; or the L-Glu of residue 414 is substituted with an α-amino acid residue different from L-Glu and the L-Asp of residue 238 is substituted with an α-amino acid different from L-Asp to provide the isolated variant polypeptide having an amino acid sequence set forth in SEQ ID NOS:31-40, the isolated variant polypeptide does not mediate FGF23 signaling; and the isolated variant polypeptide does not inhibit IGF-1 signaling.
A front attachment for harvesting stalk-type crop material for a self-propelled harvester, which has at least one cutting device (5, 14) for cutting off the stalk-like crop material and at least one transverse conveyor device (4, 7) for conveying away the cut-off crop material to an intake device of the harvester, wherein the at least one cutting device (5, 14) is in the form of at least one endlessly circulating carrier element (8, 8', 8") which has at least one cutting element with a coating containing hard material bodies, wherein the front attachment has at least one pair of deflection elements (9, 9', 9") which serve for driving and guiding the at least one cutting device (5, 14), characterised in that the carrier element is of a cylindrical cross-section and the cutting element has a cutting tooth with a coating containing hard material bodies, and a hollow-cylindrical fixing element which is of a frustoconical configuration on its side facing towards the deflection elements (9, 9', 9") and the coating containing hard material bodies is in the form of a hard metal layer which contains diamond grains and/or ceramic particles.
A stirring vessel for an electric motor operated kitchen appliance, comprising a vessel bottom, which has a bottom opening for accommodating a stirrer, which can protrude through the vessel bottom into the stirring vessel, wherein an opening contour of the bottom opening has a plurality of positioning recesses (7, 8, 9, 10, 11, 12) embodied one behind the other in the circumferential direction, characterized in that a plurality of first positioning recesses (7, 8, 9) of the opening contour protrude with a first radial length difference (ΔL1) beyond a smallest radius (R min) of the opening contour, and wherein the opening contour has at least one second positioning recess (10, 11, 12), which is embodied in the circumferential direction between two first positioning recesses (7, 8, 9) and which protrudes with a second radial length difference (ΔL2) beyond the smallest radius (R min) of the opening contour, which second radial length difference (ΔL2) is smaller than the first radial length difference (ΔL1).
A centrifugal compressor comprising: a casing having an inlet portion and an outlet portion; an inlet guide vane disposed in the inlet portion; an impeller disposed downstream of the inlet guide vane, the impeller being attached to a shaft rotatable about a rotation axis, at least one radial magnetic bearing (44, 46) rotatably supporting the shaft; an axial thrust bearing, wherein the axial thrust bearing is a magnetic thrust bearing, the axial thrust bearing including a thrust disk which is attached to the shaft and the axial thrust bearing supporting the shaft along the rotation axis by acting on the thrust disk; four position sensors (54, 56) arranged to detect a radial position signal indicative of the shaft's radial position relative to the at least one radial magnetic bearing (44, 46); at least two second sensors arranged to detect an axial position signal indicative of the shaft's axial position at the at least one axial thrust bearing; a motor arranged and configured to rotate the shaft in order to rotate the impeller; a diffuser disposed in the outlet portion downstream from the impeller with a port of the outlet portion being disposed between the impeller and the diffuser; the centrifugal compressor being characterized in that it is adapted to be used in a chiller and in that it comprises a controller programmed to predict surge based on: - the radial position signal and the axial position signal of the at least two second sensors. a casing having an inlet portion and an outlet portion; an inlet guide vane disposed in the inlet portion; an impeller disposed downstream of the inlet guide vane, the impeller being attached to a shaft rotatable about a rotation axis, at least one radial magnetic bearing (44, 46) rotatably supporting the shaft; an axial thrust bearing, wherein the axial thrust bearing is a magnetic thrust bearing, the axial thrust bearing including a thrust disk which is attached to the shaft and the axial thrust bearing supporting the shaft along the rotation axis by acting on the thrust disk; four position sensors (54, 56) arranged to detect a radial position signal indicative of the shaft's radial position relative to the at least one radial magnetic bearing (44, 46); at least two second sensors arranged to detect an axial position signal indicative of the shaft's axial position at the at least one axial thrust bearing; a motor arranged and configured to rotate the shaft in order to rotate the impeller; a diffuser disposed in the outlet portion downstream from the impeller with a port of the outlet portion being disposed between the impeller and the diffuser; the centrifugal compressor being characterized in that it is adapted to be used in a chiller and in that it comprises a controller programmed to predict surge based on: - the radial position signal and the axial position signal of the at least two second sensors. - the radial position signal and the axial position signal of the at least two second sensors.
An apparatus for estimating bio-information, the apparatus comprising: a spectrometer configured to measure a spectrum from an object according to measurement conditions; and a processor configured to: obtain signal-to-noise ratio, SNR, values for each wavelength of the spectrum measured by the spectrometer, generate a plurality of simulated absorbance spectra based on the SNR values for each wavelength of the spectrum, and determine an optimal wavelength combination for use in measuring the bio-information based on the plurality of simulated absorbance spectra. a spectrometer configured to measure a spectrum from an object according to measurement conditions; and a processor configured to: obtain signal-to-noise ratio, SNR, values for each wavelength of the spectrum measured by the spectrometer, generate a plurality of simulated absorbance spectra based on the SNR values for each wavelength of the spectrum, and determine an optimal wavelength combination for use in measuring the bio-information based on the plurality of simulated absorbance spectra. obtain signal-to-noise ratio, SNR, values for each wavelength of the spectrum measured by the spectrometer, generate a plurality of simulated absorbance spectra based on the SNR values for each wavelength of the spectrum, and determine an optimal wavelength combination for use in measuring the bio-information based on the plurality of simulated absorbance spectra.
Rail vehicle having an output shaft of an electric motor and having an input shaft of a transmission and having a double torsion coupling by means of which the output shaft is connected to the input shaft, wherein the double torsion coupling has two torsion couplings (2, 3) which are of substantially identical construction and which are arranged mirror-symmetrically with respect to the central plane of the double-torsion coupling and which are connected rotationally conjointly to one another by an intermediate piece, wherein the first torsion coupling has a first connecting flange connected to the output shaft and has a multiplicity of lugs, wherein the second torsion coupling has a second connecting flange connected to the input shaft and has a multiplicity of lugs, wherein the first connecting flame is connected to the lugs in an end region of the lugs, wherein the second connecting flange is connected to the lugs in an end region of the lugs, wherein the intermediate piece is connected to the respective other end region of the lugs by virtue of the lugs being fastened by means of bolts to the intermediate piece formed as a flat plate, whereby the lugs of the first torsion coupling are arranged between the first connecting flange and the intermediate piece, and the lugs of the second torsion coupling are arranged between the second connecting flange and the intermediate piece, wherein the lugs of each torsion coupling (2, 3) are in an assembled-together state, wherein the spacing of the two torsion couplings (2, 3) and thus the dimension of the intermediate piece is selected such that the assembled-together lugs of each torsion coupling (2, 3) can, for repair purposes, be removed in a lateral direction without the double-torsion coupling as a whole having to be uninstalled from its location of use on the rail vehicle, wherein the intermediate piece has, in an axial direction, a dimension which corresponds to the dimension of the assembled-together lugs of a torsion coupling (2, 3) in an axial direction such that, after the intermediate piece formed as a flat plate has been removed laterally, the assembled-together lugs of a torsion coupling (2, 3) can be removed through the free space thus formed, and wherein the lugs have an elastomer body into which a force-transmitting thread bundle is embedded.
A mobile, portable gas sensing device comprising an infrared light source, a sensing chamber, and an infrared detector, wherein the infrared light source and the infrared detector are arranged at opposite ends of the sensing chamber, and the gas sensing device has a rotating perforated disk, which is connected upstream of the infrared detector and is driven by means of a drive unit, and a gas flow regulator, which forms a pumping device, which is combined with the rotating perforated disk, and wherein the drive unit for driving the rotating perforated disk is the only drive unit of the gas sensing device, and wherein the pumping device is a side duct compressor, wherein the rotating perforated disk as the rotor thereof is formed with a blading and with at least one hole, and that the side duct compressor has a housing (11, 18), which - consists of a material, which is transparent for IR light, for passage of the IR light, or which - has at least two optical elements (12, 20) made of an IR-transparent material for passage of the IR light, which lie in a light path defined between the infrared light source and the infrared detector, and the positioning of which upstream of or downstream from the rotor perforated disk correspond to a predetermined angular position of the at least one hole of the rotor perforated disk with respect to the light path. - consists of a material, which is transparent for IR light, for passage of the IR light, or which - has at least two optical elements (12, 20) made of an IR-transparent material for passage of the IR light, which lie in a light path defined between the infrared light source and the infrared detector, and the positioning of which upstream of or downstream from the rotor perforated disk correspond to a predetermined angular position of the at least one hole of the rotor perforated disk with respect to the light path.
A method of manufacturing a self-adhering surgical fabric (10; 110), comprising the steps of: a) forming a first layer of material (12; 112); b) forming a second layer of material; c) joining the first and second layers of material (12; 112, 14) in spaced parallel relationship to one another with an array of connecting yarns (16; 116) extending to the first and second layers of material; and d) cutting the connecting yarns (16; 116) to separate the first layer of material (12; 112) from the second layer of material such that both of the first and second layers of material (12; 112, 14) retain a respective first and second portion of each connecting yarn (16; 116) projecting from a face of the respective first and second layers of material (12; 112, 14) to respective first and second free ends, wherein the free ends formed after cutting the connecting yarns are configured to function as anchors or hooks to self-adhere the respective first and second layers of material to tissue. a) forming a first layer of material (12; 112); b) forming a second layer of material; c) joining the first and second layers of material (12; 112, 14) in spaced parallel relationship to one another with an array of connecting yarns (16; 116) extending to the first and second layers of material; and d) cutting the connecting yarns (16; 116) to separate the first layer of material (12; 112) from the second layer of material such that both of the first and second layers of material (12; 112, 14) retain a respective first and second portion of each connecting yarn (16; 116) projecting from a face of the respective first and second layers of material (12; 112, 14) to respective first and second free ends, wherein the free ends formed after cutting the connecting yarns are configured to function as anchors or hooks to self-adhere the respective first and second layers of material to tissue.
A process of preparing Fondaparinux sodium comprising converting a compound of formula ABCDE4 to Fondaparinux sodium: wherein the conversion is conducted at a reaction pH of 7.0 to 8.5 in the presence of a sulfur trioxide-amine complex.
A furniture panel having an integrated or inserted flap fitting, which comprises a lever mechanism having multiple levers for guiding a flap of an item of furniture, wherein the flap fitting comprises a spring unit, which acts on at least one lever of the lever mechanism using settable pre-tension, and wherein the flap fitting comprises a housing, which comprises two parallel sides spaced apart from one another, wherein the flap fitting is inserted through an end-face opening of the furniture panel into a pocket in the furniture panel formed behind the opening, or wherein the flap fitting is integrated into this pocket during the production of the furniture panel, or wherein the flap fitting is laterally inserted through a pocket, which is introduced from a lateral face of the furniture panel and comprises an opening on the end face, wherein the lever mechanism retracts into an end-face opening of the flap fitting and into the end-face opening of the furniture panel in a closed position of the guided flap, wherein the pre-tension of the spring unit and/or the transmission ratio between the spring unit and the lever mechanism is settable via an adjustment element having a tool receptacle, characterized in that all joint axes of the lever mechanism are positioned between the sides of the housing in a closed state of the flap fitting, and in that the tool receptacle is accessible through the end-face opening of the furniture panel and the end-face opening of the flap fitting.