mhurhangee/ep-ind-claims huggingface dataset:
A turbo pump comprising: an impeller which pressurizes liquid; a turbine disk at which a blade cascade is provided; a shaft which connects the impeller and the turbine disk; a bearing which rotatably supports the shaft; a housing which accommodates the impeller, the turbine disk, the shaft, and the bearing; and a seal part which is provided between the bearing and the turbine disk, wherein the bearing is cooled by a cryogenic liquid, characterized in that the turbo pump further comprises: a slinger which is disposed between the bearing and the seal part and has a disk which is fixed to the shaft, and a plurality of wing parts which are provided on the seal part side of the disk; and a partition wall which partitions the inside of the housing into a pressure reduction chamber (2c1) in which the wing parts of the slinger are disposed, and a bearing accommodation chamber (2c2) in which the bearing is accommodated, the pressure reduction chamber (2c1) and the bearing accommodation chamber (2c2) being connected to each other through a clearance flow path. an impeller which pressurizes liquid; a turbine disk at which a blade cascade is provided; a shaft which connects the impeller and the turbine disk; a bearing which rotatably supports the shaft; a housing which accommodates the impeller, the turbine disk, the shaft, and the bearing; and a seal part which is provided between the bearing and the turbine disk, wherein the bearing is cooled by a cryogenic liquid, characterized in that the turbo pump further comprises: a slinger which is disposed between the bearing and the seal part and has a disk which is fixed to the shaft, and a plurality of wing parts which are provided on the seal part side of the disk; and a partition wall which partitions the inside of the housing into a pressure reduction chamber (2c1) in which the wing parts of the slinger are disposed, and a bearing accommodation chamber (2c2) in which the bearing is accommodated, the pressure reduction chamber (2c1) and the bearing accommodation chamber (2c2) being connected to each other through a clearance flow path. a slinger which is disposed between the bearing and the seal part and has a disk which is fixed to the shaft, and a plurality of wing parts which are provided on the seal part side of the disk; and a partition wall which partitions the inside of the housing into a pressure reduction chamber (2c1) in which the wing parts of the slinger are disposed, and a bearing accommodation chamber (2c2) in which the bearing is accommodated, the pressure reduction chamber (2c1) and the bearing accommodation chamber (2c2) being connected to each other through a clearance flow path.
A method for controlling the transmission of real-time messages that are created by a plurality of encryptor devices (210, 200a-d), whereby each encryptor device transmits a plurality of services, the method comprising the steps of: encrypting each of the plurality of services and transmitting real-time messages associated with the encrypted plurality of services; and from each of the plurality of encryptor devices, transmitting the real-time messages associated with each of the encrypted plurality of services; the method being characterized in that in further comprises the steps of: repeatedly transmitting a common timebase signal to the plurality of encryptor devices, wherein the timebase signal establishes common pulse boundaries; determining an available offset value to the common pulse boundaries for the plurality of services transmitted by one of the plurality of encryptor devices, where each service has a different offset value; associating each determined offset value to each of the plurality of services; whereby in the transmitting the real-time messages associated with each of the encrypted plurality of services, the real-time messages change at a time determined by the common pulse boundaries and the determined offset value. encrypting each of the plurality of services and transmitting real-time messages associated with the encrypted plurality of services; and from each of the plurality of encryptor devices, transmitting the real-time messages associated with each of the encrypted plurality of services; the method being characterized in that in further comprises the steps of: repeatedly transmitting a common timebase signal to the plurality of encryptor devices, wherein the timebase signal establishes common pulse boundaries; determining an available offset value to the common pulse boundaries for the plurality of services transmitted by one of the plurality of encryptor devices, where each service has a different offset value; associating each determined offset value to each of the plurality of services; whereby in the transmitting the real-time messages associated with each of the encrypted plurality of services, the real-time messages change at a time determined by the common pulse boundaries and the determined offset value.
Process for producing alloy powders based on zirconium, alloyed with the element Ni, characterised in that 36 kg of ZrO 2 having the following properties: ZrO 2 and HfO 2 min. 98.5%, HfO 2 1.0 to 2.0%, SiO 2 max. 0.6%, TiO 2 max. 0.15%, Fe 2 O 3 max. 0.05%, Na 2 to max. 0.3%, ignition loss max. 0.5%, average particle size (FSSS) 1.7 to 2.3 μm, are mixed together with 26.4 kg of calcium in the form of chips having the following properties: Ca min. 98.5%, Mg max. 0.5%, and 2.0 kg of magnesium in the form of chips having the following properties: Mg min. 99.5%, bulk density max. 0.3 to 0.4 g/cm 3, in a mixing vessel for 20 minutes under an argon atmosphere, this mixture is introduced into a container, then sealed and filled with argon to an excess pressure of 100 hPa, heated in an oven to a temperature of 1250°C over one hour, sixty minutes after the oven heating is switched on it is switched off again and, once the temperature has fallen to below 50°C, the reaction mass is removed from the crucible, mixed with 13 kg of Ni powder having the following properties: C max. 0.1%, Fe max. 0.01%, O max. 0.15%, S max. 0.002%, average particle size (FSSS) 4 to 6 μm, in a mixer for 30 minutes, the mixture is introduced into a container, the container is placed in an oven, which is then sealed and filled with argon to an excess pressure of 100 hPa, the reaction oven is heated to temperatures of 500°C to 1000°C, and after completion of the alloying reaction the reaction mass is removed from the crucible and leached with concentrated hydrochloric acid and then washed and dried, wherein a zirconium/nickel alloy powder with the following analysis is obtained: 98.3% Zr and Ni including Hf, Zr 70.2%, Ni 28.1%, Hf 1.4%, Ca 0.09%, Fe 0.046%, Al 0.13%, S 0.003%, burning time: 210 s/50 cm, ignition temperature: 240°C, average particle size (FSSS): 4.2 μm.
Method for producing a piston pump having a housing, a piston assembly which is guided displaceably in the housing with a first rod-shaped piston element (14.1) and a second sleeve-shaped piston element (14.2) which is connected to the first piston element (14.1) via a press fit, in which second sleeve-shaped piston element (14.2) at least one transverse bore (18.1, 18.2) and a longitudinal bore which corresponds with the at least one transverse bore (18.1, 18.2) are arranged, and on which second sleeve-shaped piston element (14.2) a stop edge for the housing is arranged, and having an inlet valve which comprises a receiving element (24.1), in which an inlet valve spring (24.2) and an inlet valve sealing element (24.3) are arranged, and a corresponding inlet valve seat (24.4) which is arranged on the second piston element (14.2), characterized in that the second piston element (14.2) of sleeve-shaped configuration is produced in a material-removing production process, wherein, during machining of the second sleeve-shaped piston element (14.2), the press fit and the longitudinal bore are produced in one working step.
A device for engaging a driver during an autonomous drive mode comprising: a drive mode monitoring module configured to detect a transition from a manual drive mode to an autonomous drive mode; a driver monitoring module to monitor driver alertness during the autonomous drive mode; and an interactive module, further comprising; a processing module configured to activate an interactive training program in case alertness of the driver falls below a first threshold value wherein the first threshold value for alertness is determined based on plurality of attributes; a training module configured to receive activation or deactivation instructions from the processing module characterized in that the interactive training program enhances driving shortcomings of the driver identified by the processing module, further characterized in that the shortcomings of the driver are determined based on a comparison between driving behavior of the driver that is continuously monitored and optimal driving behavior corresponding to other drivers stored in a database. a drive mode monitoring module configured to detect a transition from a manual drive mode to an autonomous drive mode; a driver monitoring module to monitor driver alertness during the autonomous drive mode; and an interactive module, further comprising; a processing module configured to activate an interactive training program in case alertness of the driver falls below a first threshold value wherein the first threshold value for alertness is determined based on plurality of attributes; a training module configured to receive activation or deactivation instructions from the processing module characterized in that the interactive training program enhances driving shortcomings of the driver identified by the processing module, further characterized in that the shortcomings of the driver are determined based on a comparison between driving behavior of the driver that is continuously monitored and optimal driving behavior corresponding to other drivers stored in a database.
A slew bearing comprising a stationary bearing ring to be fixed to a base, and a moveable bearing ring which is to be fixed to a moveable object and which is concentric with the stationary bearing ring, the stationary bearing ring and moveable bearing ring being configured to enable rotation of the moveable bearing ring relative to the stationary bearing ring, wherein the moveable bearing ring comprises a top ring member, a bottom ring member, and a middle ring member in between the top ring member and the bottom ring member, the top, middle and bottom ring members each being formed by a plurality of ring segments (21a, 21b, 21c, 22a, 22b, 23a, 23b, 23c), wherein vertical joints (60, 61, 62) between ring segments of adjacent ring members are not aligned to each other, wherein the top ring member, middle ring member and bottom ring member comprise a plurality of holes distributed about the circumference of the moveable ring, respectively, wherein the top ring member, middle ring member and bottom ring member are connected to each other by a plurality of bolts received in the corresponding holes of the moveable ring member, characterized in that at least one hole in the middle ring member and a corresponding hole in the top ring member and/or a corresponding hole in the bottom ring member are provided with a tubular alignment member having an outer diameter equal to the corresponding holes, an inner diameter allowing to receive a bolt, and a length large enough to extend from the middle ring member to the top ring member and/or the bottom ring member, respectively.
A method of injecting a compressed "comonomer/compound mixture," comprising a "comonomer comprising a carboxylic acid," and at least one compound, into at least one reactor; said method comprising, adding the at least one compound to the comonomer to form the "comonomer/compound mixture," prior to compressing and injecting the mixture into the reactor; and wherein the crystallization temperature, at pressure P, of the "comonomer/compound mixture" is at least 5°C lower than the crystallization temperature, at pressure P, of the comonomer, without the presence of the at least one compound; and wherein the pressure P is greater than 500 bar; and wherein the molar ratio of the at least one compound to the comonomer in the mixture is from 1/10 to 1/1; and wherein the comonomer/compound mixture comprises greater than, or equal to, 30 weight percent of the comonomer, based on the weight of the comonomer/compound mixture; wherein the melting temperature, at atmospheric pressure, of the at least one compound is less than the melting temperature, at atmospheric pressure, of the comonomer; wherein the at least one compound has a boiling temperature, at atmospheric pressure, of less than, or equal to, 110°C; wherein the "comonomer comprising a carboxylic acid" is an unsaturated organic compound comprising at least one - COOH group; wherein the comonomer contains from 3 to 8 carbon atoms; and wherein the at least one compound is an alkyl acrylate, an alkyl methacrylate, or a vinyl acetate.
Method for stabilising a liquid containing at least one type of polyphenol, comprising the steps: a) providing a liquid containing at least one type of polyphenol in a provision and delivery unit, b) determining and recording a spectrum of the liquid by means of at least one measuring device, provided and configured for this purpose, c) determining a quantitative amount of the at least one type of polyphenol contained in the liquid by means of a comparison and evaluation unit, provided and configured for this purpose, wherein the comparison and evaluation unit compares the spectrum of the liquid recorded in step b) with at least one reference spectrum, and, from the comparison, by means of suitable comparison operations, calculates a value for the quantitative amount of the at least one type of polyphenol contained in the liquid, d) adding a specific quantity of a stabilising medium, insoluble in the liquid, to the liquid by means of a metering unit, wherein the amount of the stabilising medium is determined as a dependency of the value calculated in step c) for the quantitative amount of polyphenol, and wherein the stabilising medium is configured such as to bond with at least one type of polyphenol, e) adding the mixture of liquid and stabilising medium to at least one filter unit provided, f) separating off the stabilising medium at least partially laden with polyphenol by means of the filter unit, g) drawing off the stabilised liquid enriched by the at least one type of polyphenol by means of a draw-off line provided for this purpose, wherein the method can be carried out as a continuous inline process in an ongoing process of beverage manufacture and filling. a) providing a liquid containing at least one type of polyphenol in a provision and delivery unit, b) determining and recording a spectrum of the liquid by means of at least one measuring device, provided and configured for this purpose, c) determining a quantitative amount of the at least one type of polyphenol contained in the liquid by means of a comparison and evaluation unit, provided and configured for this purpose, wherein the comparison and evaluation unit compares the spectrum of the liquid recorded in step b) with at least one reference spectrum, and, from the comparison, by means of suitable comparison operations, calculates a value for the quantitative amount of the at least one type of polyphenol contained in the liquid, d) adding a specific quantity of a stabilising medium, insoluble in the liquid, to the liquid by means of a metering unit, wherein the amount of the stabilising medium is determined as a dependency of the value calculated in step c) for the quantitative amount of polyphenol, and wherein the stabilising medium is configured such as to bond with at least one type of polyphenol, e) adding the mixture of liquid and stabilising medium to at least one filter unit provided, f) separating off the stabilising medium at least partially laden with polyphenol by means of the filter unit, g) drawing off the stabilised liquid enriched by the at least one type of polyphenol by means of a draw-off line provided for this purpose,
A rotating sprinkler for use with a pulsating device, the pulsating device being adapted to form liquid pulses and each liquid pulse has a beginning when the pulse begins and an end when the pulse ends, the sprinkler comprising a rotating portion adapted to move in rotation about an axis, and adapted to emit the liquid pulses to the outside environment along paths forming a moment force that urges the rotation of the rotating portion about the axis, wherein the rotating portion is adapted to stop to rotate before the end of each liquid pulse, wherein the stopping of rotation of the rotating portion will occur after at most 85% of a pulse time Tp has passed, and wherein the pulse time Tp is a time measured between a beginning and an end of a pulse, and characterized in that an angular rotational movement of the rotating portion between beginnings of subsequent pulses is "theta" wherein "theta" is substantially similar between all the beginnings of the pulses.
Metallic bead forming a join between the ends of at least one hollow metal profile able to serve as a spacer for manufacturing insulating multiple glazing units, said bead having a liquidus temperature below the solidus temperature of the profile and adhering permanently to the surfaces of the profile, characterized in that the metallic bead projects inside said at least one hollow profile over at least part of the length of the bead.
A composition for preparing high strength, light weight glass fibers comprising: SiO 2 in an amount from 60.0 to 73.01 % by weight of the total composition, Al 2 O 3 in an amount from 13.0 to 26.0% by weight of the total composition, MgO in an amount from 5.0 to 12.75% by weight of the total composition, CaO in an amount from 0.1 to 4.0% by weight of the total composition, Li 2 O in an amount from 3.25 to 4.0% by weight of the total composition, and Na 2 O in an amount from 0.05 to 0.75% by weight of the total composition; wherein said composition does not contain any intentionally added ZnO, and wherein said composition has a liquidus temperature no greater than 1380 °C. SiO 2 in an amount from 60.0 to 73.01 % by weight of the total composition, Al 2 O 3 in an amount from 13.0 to 26.0% by weight of the total composition, MgO in an amount from 5.0 to 12.75% by weight of the total composition, CaO in an amount from 0.1 to 4.0% by weight of the total composition, Li 2 O in an amount from 3.25 to 4.0% by weight of the total composition, and Na 2 O in an amount from 0.05 to 0.75% by weight of the total composition;
A method implemented by a User Equipment, UE, the method comprising: determining information for identifying a detection capability based on a signaling detection capability supported by the UE; and reporting the information for identifying a detection capability to a base station, wherein the signaling detection capability supported by the UE comprises the number of detections for control signaling, wherein reporting the information for identifying a detection capability to the base station comprises: reporting the information for identifying a detection capability through a first message in a random access procedure, wherein determining the information for identifying a detection capability comprises: determining a random access preamble corresponding to the signaling detection capability supported by the UE, wherein the random access preamble comprises an information field corresponding to the signaling detection capability supported by the UE. determining information for identifying a detection capability based on a signaling detection capability supported by the UE; and reporting the information for identifying a detection capability to a base station, wherein the signaling detection capability supported by the UE comprises the number of detections for control signaling, wherein reporting the information for identifying a detection capability to the base station comprises: reporting the information for identifying a detection capability through a first message in a random access procedure, wherein determining the information for identifying a detection capability comprises: determining a random access preamble corresponding to the signaling detection capability supported by the UE, wherein the random access preamble comprises an information field corresponding to the signaling detection capability supported by the UE. reporting the information for identifying a detection capability through a first message in a random access procedure, wherein determining the information for identifying a detection capability comprises: determining a random access preamble corresponding to the signaling detection capability supported by the UE, wherein the random access preamble comprises an information field corresponding to the signaling detection capability supported by the UE. determining a random access preamble corresponding to the signaling detection capability supported by the UE, wherein the random access preamble comprises an information field corresponding to the signaling detection capability supported by the UE.
A gas turbine engine (20;20') comprising: a fan section (22;22'); a low pressure compressor section (44;44'); a speed change mechanism (48;48') for driving the fan section (22;22'); and a first fan section support bearing mounted forward of the speed change mechanism (48;48') and a second fan section bearing mounted aft of the speed change mechanism (48;48'); characterised in that: the speed change mechanism (48;48') is at least partially axially aligned with the low pressure compressor section (44;44'); and in that a torque frame surrounds the speed change mechanism (48;48'), the torque frame including a first end for engaging the fan section (22;22') and second end supporting the second fan section bearing. a fan section (22;22'); a low pressure compressor section (44;44'); a speed change mechanism (48;48') for driving the fan section (22;22'); and a first fan section support bearing mounted forward of the speed change mechanism (48;48') and a second fan section bearing mounted aft of the speed change mechanism (48;48'); characterised in that: the speed change mechanism (48;48') is at least partially axially aligned with the low pressure compressor section (44;44'); and in that a torque frame surrounds the speed change mechanism (48;48'), the torque frame including a first end for engaging the fan section (22;22') and second end supporting the second fan section bearing. the speed change mechanism (48;48') is at least partially axially aligned with the low pressure compressor section (44;44'); and in that a torque frame surrounds the speed change mechanism (48;48'), the torque frame including a first end for engaging the fan section (22;22') and second end supporting the second fan section bearing.
Compound of formula where X is CH 3 or hydrogen, Z is a linear or branched C2 to C4 alkyl radical, R is a linear or branched, optionally heteroatom-substituted aliphatic, aromatic or araliphatic radical, or a linear or branched, optionally heteroatom-substituted aliphatic, aromatic or araliphatic ether (-O-), thioether (-S-), ester (-O-CO) or urethane (-NH-(C=O)-O-), Y in each occurrence is independently hydrogen, methyl, ethyl, propyl, n-butyl, tert-butyl, chlorine, bromine, iodine, methylthio, phenyl or phenylthio, n is from 0 to 4 and m is from 0 to 5. X is CH 3 or hydrogen, Z is a linear or branched C2 to C4 alkyl radical, R is a linear or branched, optionally heteroatom-substituted aliphatic, aromatic or araliphatic radical, or a linear or branched, optionally heteroatom-substituted aliphatic, aromatic or araliphatic ether (-O-), thioether (-S-), ester (-O-CO) or urethane (-NH-(C=O)-O-), Y in each occurrence is independently hydrogen, methyl, ethyl, propyl, n-butyl, tert-butyl, chlorine, bromine, iodine, methylthio, phenyl or phenylthio, n is from 0 to 4 and m is from 0 to 5.