mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing liquid dialysis concentrate comprising a dialysis concentrate container for receiving the dialysis concentrate, wherein the dialysis concentrate container has an outflow; wherein the apparatus has a measurement device that is in fluid communication with the outflow and that is configured to determine the density of the dialysis concentrate; wherein a shut-off element is arranged in the outflow by means of which the outflow can be selectively opened or closed; wherein a plurality of dialysis concentrate containers are present in which dialysis concentrates each having different compositions are contained and that each have an outflow, with the plurality of outflows being brought together in a manifold in which a plurality of shut-off elements are arranged and that is arranged upstream of the measurement device in the direction of flow of the dialysis concentrate; wherein the apparatus has a mixing container and a swap container in which dry concentrate, from which the dialysis concentrate is prepared, is contained; wherein the mixing container and the swap container are in fluid communication with one another by a recirculation line; and wherein the mixing container is in fluid communication with the dialysis concentrate containers to transfer the dialysis concentrate from the mixing container into the dialysis concentrate container or containers.
Electrical apparatus intended to be connected to a high voltage comprising an insulator (12; 31, 32) and an electrical device (13; 34) insulated by the insulator (12; 31, 32), the insulator (12; 31, 32) comprising a hollow body (18; 39, 40) in which there is located the electrical device (13; 34) and a bushing (19; 41, 42) which covers the hollow body (18; 39, 40), characterised in that the bushing (19; 41, 42) is produced from a material which is more flexible than that of the hollow body (18; 39, 40), and in that a safety device (23; 44) for venting a gas overpressure out of the apparatus during formation of an electric arc is located in the insulator (12; 31, 32) facing the bushing (19; 41, 42) and is arranged to allow the gas overpressure to open the bushing (19; 41, 42) in a localised manner.
A method for detecting bearing faults within a drive train coupled to a generator generating output power, wherein the generator is coupled to a rotor assembly via the drive train, the method comprising: obtaining a measured electrical signal from the generator; generating a signal signature representative of a bearing fault in the drive train based on the measured electrical signal; determining a diagnostic parameter based on the frequency spectrum of the signal signature; and determining the fault in the drive train based on the diagnostic parameter; wherein determining the diagnostic parameter comprises: determining a frequency range corresponding to a type of the fault; and determining a magnitude of the signal signature corresponding to the determined frequency range; wherein determining the fault of the drive train comprises determining the type of the fault and the severity of the fault by identifying a frequency range of the signal signature, corresponding to the type of the fault in the drive train; determining a peak magnitude of the signal signature, corresponding to the frequency range; and determining the severity of the fault based on the determined peak magnitude, by comparing the determined peak magnitude with two thresholds for classifying the severity. obtaining a measured electrical signal from the generator; generating a signal signature representative of a bearing fault in the drive train based on the measured electrical signal; determining a diagnostic parameter based on the frequency spectrum of the signal signature; and determining the fault in the drive train based on the diagnostic parameter; wherein determining the diagnostic parameter comprises: determining a frequency range corresponding to a type of the fault; and determining a magnitude of the signal signature corresponding to the determined frequency range; determining a frequency range corresponding to a type of the fault; and determining a magnitude of the signal signature corresponding to the determined frequency range; wherein determining the fault of the drive train comprises determining the type of the fault and the severity of the fault by identifying a frequency range of the signal signature, corresponding to the type of the fault in the drive train; determining a peak magnitude of the signal signature, corresponding to the frequency range; and determining the severity of the fault based on the determined peak magnitude, by comparing the determined peak magnitude with two thresholds for classifying the severity.
A silyl ester copolymer comprising the reaction product of a silyl ester monomer of formula wherein X is acryloyloxy group, methacryloyloxy group, (methacryloyloxy)alkylcarboxy group, (acryloyloxy)alkylcarboxy group, maleinoyloxy group, fumaroyloxy group, itaconoyloxy group or citraconoyloxy group; R 1 is a methyl or ethyl group; R 2 is a methyl or ethyl group; R 3 is a branched C5-8 alkyl group having at least two branches; with at least one non silyl ester monomer, e.g. methyl methacrylate. wherein X is acryloyloxy group, methacryloyloxy group, (methacryloyloxy)alkylcarboxy group, (acryloyloxy)alkylcarboxy group, maleinoyloxy group, fumaroyloxy group, itaconoyloxy group or citraconoyloxy group; R 1 is a methyl or ethyl group; R 2 is a methyl or ethyl group; R 3 is a branched C5-8 alkyl group having at least two branches; with at least one non silyl ester monomer, e.g. methyl methacrylate.
A method for evaluating a risk of death within 2 years for a subject: measuring, using a hematology analyzer, a complete blood count of a blood sample comprising a population of RBCs from a subject; estimating a normalized clearance volume of the population of the RBCs based on the CBC, the normalized clearance volume being indicative of a volume below which clearance occurs for most of the population of RBCs; comparing the normalized clearance volume to a reference value; determining the risk of death for the subject within 2 years, wherein the risk of death is high if the normalized clearance volume is below the reference value, and the risk of death is low if the normalized clearance volume is above the reference value; and selecting the subject for diagnostic workup if the risk of death is high. measuring, using a hematology analyzer, a complete blood count of a blood sample comprising a population of RBCs from a subject; estimating a normalized clearance volume of the population of the RBCs based on the CBC, the normalized clearance volume being indicative of a volume below which clearance occurs for most of the population of RBCs; comparing the normalized clearance volume to a reference value; determining the risk of death for the subject within 2 years, wherein the risk of death is high if the normalized clearance volume is below the reference value, and the risk of death is low if the normalized clearance volume is above the reference value; and selecting the subject for diagnostic workup if the risk of death is high.
Method for controlling a self-piloted alternator-starter for starting or restarting a motor vehicle combustion engine, the alternator-starter comprising: - a rotor equipped with a rotor coil; - a stator equipped with a set of stator coils; - a flexible transmission member transmitting the torque from the rotor of the alternator-starter to the crankshaft of the combustion engine, such as a transmission belt; the control method comprising: - a prefluxing first step during which the rotor coil is energized with a prefluxing electric current so as to induce a rotor magnetic field (CMr) while the stator coils are not energized, so that the rotor is not driven in rotation; - and a starting second step which is initiated at the end of the prefluxing first step and during which the stator coils are energized while the rotor coil is kept energized so that the rotor is driven in rotation, characterized in that the duration of the prefluxing step is set at between around 10 and 100 ms, to a value shorter than the time necessary to establish a steady state for the rotor magnetic field (CMr) with respect to the strength of the prefluxing current, and in that the magnetic angular offset between the stator magnetic field (CMs) and the rotor magnetic field (CMr) is set between 0° and 90°. - a rotor equipped with a rotor coil; - a stator equipped with a set of stator coils; - a flexible transmission member transmitting the torque from the rotor of the alternator-starter to the crankshaft of the combustion engine, such as a transmission belt; - a prefluxing first step during which the rotor coil is energized with a prefluxing electric current so as to induce a rotor magnetic field (CMr) while the stator coils are not energized, so that the rotor is not driven in rotation; - and a starting second step which is initiated at the end of the prefluxing first step and during which the stator coils are energized while the rotor coil is kept energized so that the rotor is driven in rotation,
An aqueous pharmaceutical composition comprising a buffering agent, a surfactant and a tonicifier and having a pH of 5.5-6.5 for use in treating a lysosomal storage disease in a subject, wherein said composition comprises a lysosomal enzyme at a concentration of greater than about 10 mg/ml, wherein the buffering agent is phosphate and present at a concentration of up to 20 mM, and wherein the composition is administered intrathecally, intraventricularly or intracisternally.
An intraoral imaging system comprising: - an electronic sensor; - a cable and - a sheath that surrounds the electronic sensor, the sheath having at least one conductive trace integrated into the sheath that provides an electrical communication path to and from the electronic sensor, - wherein the sheath further has either a first electrical connector that connects to the electronic sensor or a near field transceiver that provides for communication between the sensor and the at least one conductive trace or an optical transceiver that provides for communication between the sensor and the at least one conductive trace, and a second electrical connector that connects to the cable, which are integrated into the sheath, the first electrical connector near field transceiver or optical transceiver and the second electrical connector being disposed on opposite sides of the at least one conductive trace. - an electronic sensor; - a cable and - a sheath that surrounds the electronic sensor, the sheath having at least one conductive trace integrated into the sheath that provides an electrical communication path to and from the electronic sensor, - wherein the sheath further has either a first electrical connector that connects to the electronic sensor or a near field transceiver that provides for communication between the sensor and the at least one conductive trace or an optical transceiver that provides for communication between the sensor and the at least one conductive trace, and a second electrical connector that connects to the cable, which are integrated into the sheath, the first electrical connector near field transceiver or optical transceiver and the second electrical connector being disposed on opposite sides of the at least one conductive trace.
An air bearing, comprising: a shaft with a flange, wherein a surface of the flange and a surface of the shaft have a coating; a foil arranged to abut the surface of the flange; and a journal arranged on the shaft, wherein the journal and the at least one foil are stationary with respect to the shaft, and the shaft is configured to rotate with respect to the journal and the foil, and characterized in that the foil is provided with self-lubricating organic polymers and the coating on the surface of the flange and the shaft is a tungsten-carbide-based coating. a shaft with a flange, wherein a surface of the flange and a surface of the shaft have a coating; a foil arranged to abut the surface of the flange; and a journal arranged on the shaft, wherein the journal and the at least one foil are stationary with respect to the shaft, and the shaft is configured to rotate with respect to the journal and the foil, and characterized in that the foil is provided with self-lubricating organic polymers and the coating on the surface of the flange and the shaft is a tungsten-carbide-based coating.
A method comprising: at a processor of an electronic device: positioning a portal within a three-dimensional coordinate system corresponding to an extended reality environment; positioning a stereo item within the 3D coordinate system at a distance behind the portal; positioning a visual effect layer within the 3D coordinate system, the visual effect layer different than the stereo item and the portal; and providing a view of the XR environment based on a viewpoint in front of the portal within the 3D coordinate system, wherein the stereo item is at least partially visible through the portal in the view of the XR environment, and wherein the visual effect layer: affects an appearance of the portal; affects an appearance of content visible through the portal in the view by providing an imaging effect altering an appearance of the stereo item; or affects the appearance of the content visible through the portal in the view by providing additional content visible through the portal in the view, the additional content different than the stereo item. positioning a portal within a three-dimensional coordinate system corresponding to an extended reality environment; positioning a stereo item within the 3D coordinate system at a distance behind the portal; positioning a visual effect layer within the 3D coordinate system, the visual effect layer different than the stereo item and the portal; and providing a view of the XR environment based on a viewpoint in front of the portal within the 3D coordinate system, wherein the stereo item is at least partially visible through the portal in the view of the XR environment, and wherein the visual effect layer: affects an appearance of the portal; affects an appearance of content visible through the portal in the view by providing an imaging effect altering an appearance of the stereo item; or affects the appearance of the content visible through the portal in the view by providing additional content visible through the portal in the view, the additional content different than the stereo item. affects an appearance of the portal; affects an appearance of content visible through the portal in the view by providing an imaging effect altering an appearance of the stereo item; or affects the appearance of the content visible through the portal in the view by providing additional content visible through the portal in the view, the additional content different than the stereo item.
A seal gasket (13, 14, 15, 20, 30, 40, 50, 60, 70, 80) which may be used for being mounted in contact with two metal spans (7, 8, 9, 10, 11, 12, 28 and 29) of an electrochemical device in particular of the solid oxide fuel cell (SOFC) type or solid oxide high temperature steam electrolyzer (SOEC) type, the gasket comprising: - a sealing means of the gasket comprising at least one material of the glass or vitroceramic type, and - a supporting means (24, 34, 44, 54, 64, 74, 84) electrically insulating, which supports the sealing means and which has two main parallel faces (22 and 23), an external peripheral edge and an internal peripheral edge, the gasket being able to be mounted against these spans through these main faces, which are at least partly covered with the sealing means, the sealing means partitions the supporting means between said internal peripheral edge and said external peripheral edge by continuously extending from one of said main faces to the other through the supporting means, so that the sealing means directly connects these spans to each other characterized in that the supporting means (24, 34, 44, 54, 64, 74, 84) comprises a one-piece frame in a porous material which is machined so as to define perforated surfaces through the frame forming at least one through-channel (25 and 26, 35 and 36) with a predetermined geometry receiving the sealing means, said at least one channel filled with the sealing means forming at least one sealed partition (27, 37 and 38, 47 and 48, 57 and 58, 67 and 68, 77, 87) continuously extending from one of said main faces to the other. - a sealing means of the gasket comprising at least one material of the glass or vitroceramic type, and - a supporting means (24, 34, 44, 54, 64, 74, 84) electrically insulating, which supports the sealing means and which has two main parallel faces (22 and 23), an external peripheral edge and an internal peripheral edge, the gasket being able to be mounted against these spans through these main faces, which are at least partly covered with the sealing means,
A method for supporting asymmetric services in a multi-carrier time division duplex mobile communication system, configured to support asymmetric services with different switching points between downlink and uplink slots on a plurality of carrier frequencies in adjacent cells and a plurality of carrier frequencies in a same cell, comprising the steps: A. when a ratio between uplink and downlink service slots required by a requested asymmetric service is unable to be supported by an initial ratio setting for a relating carrier frequency, determining whether the service is able to be supported by changing the ratio between uplink and downlink service slots for the carrier frequency; B. if the determining is positive, changing the ratio between uplink and downlink service slots for the carrier frequency; otherwise, rejecting said requested service; the method characterized in that it further comprises C. determining whether another service carried on a service slot of another carrier frequency of the same cell or of an adjacent cell is interfered by the changing, and adjusting, the another service carried on the service slot and determined to be interfered, to be carried on another service slot, so that the another service is not interfered by the changing (730, 760). A. when a ratio between uplink and downlink service slots required by a requested asymmetric service is unable to be supported by an initial ratio setting for a relating carrier frequency, determining whether the service is able to be supported by changing the ratio between uplink and downlink service slots for the carrier frequency; B. if the determining is positive, changing the ratio between uplink and downlink service slots for the carrier frequency; otherwise, rejecting said requested service; the method characterized in that it further comprises C. determining whether another service carried on a service slot of another carrier frequency of the same cell or of an adjacent cell is interfered by the changing, and adjusting, the another service carried on the service slot and determined to be interfered, to be carried on another service slot, so that the another service is not interfered by the changing (730, 760).
An electronic device comprising: a display; a processor configured to process image data to be output on the display; and a display driver integrated circuit, DDI, configured to output the image data, which is transmitted by the processor, on the display, wherein the DDI is configured to: change a frame rate of the display to a target frame rate based on an image display state representing whether an image output on the display is a still image or a moving picture by determining whether code information, which is to indicate an image data update and is contained in the image data transmitted by the processor, is received, and drive the display to output an image corresponding to the image data at the changed target frame rate, wherein the change of the frame rate comprises changing the frame rate as a manner of stepwise changing from the frame rate to the target frame rate, and wherein the DDI is configured to: output the image data at a first frame rate if the code information is consecutively received and output the image data at a second frame rate lower than the first frame rate if the code information has stopped being received. a display; a processor configured to process image data to be output on the display; and a display driver integrated circuit, DDI, configured to output the image data, which is transmitted by the processor, on the display, wherein the DDI is configured to: change a frame rate of the display to a target frame rate based on an image display state representing whether an image output on the display is a still image or a moving picture by determining whether code information, which is to indicate an image data update and is contained in the image data transmitted by the processor, is received, and drive the display to output an image corresponding to the image data at the changed target frame rate, wherein the change of the frame rate comprises changing the frame rate as a manner of stepwise changing from the frame rate to the target frame rate, and wherein the DDI is configured to: output the image data at a first frame rate if the code information is consecutively received and output the image data at a second frame rate lower than the first frame rate if the code information has stopped being received. change a frame rate of the display to a target frame rate based on an image display state representing whether an image output on the display is a still image or a moving picture by determining whether code information, which is to indicate an image data update and is contained in the image data transmitted by the processor, is received, and drive the display to output an image corresponding to the image data at the changed target frame rate, wherein the change of the frame rate comprises changing the frame rate as a manner of stepwise changing from the frame rate to the target frame rate, and wherein the DDI is configured to: output the image data at a first frame rate if the code information is consecutively received and output the image data at a second frame rate lower than the first frame rate if the code information has stopped being received.
A transition metal oxide containing solid solution lithium, the transition metal oxide comprising: a transition metal oxide containing lithium being represented by a chemical formula: Li 1.5 [Ni a Co b Mn c [Li] d]O 3 where Li is lithium, Ni is nickel, Co is cobalt, Mn is manganese, O is oxygen, a, b, c and d satisfy relationships: 0 < a < 1.4; 0 ≤ b < 1.4; 0 < c < 1.4; 0.1 < d ≤ 0.4; a+b+c+d = 1.5; and 1.1 ≤ a+b+c < 1.4, wherein the transition metal oxide containing lithium includes: a layered structure region; and a region changed to a spinel structure by being subjected to charge or charge/discharge in a predetermined potential range of 4.3 to 4.8 V, and when a ratio of an entire change from Li 2 MnO 3 with a layered structure in a region to be changed to the spinel structure to LiMn 2 O 4 with the spinel structure is defined to be 1, a spinel structure change ratio of the transition metal oxide containing lithium is 0.25 or more to less than 1.0. a transition metal oxide containing lithium being represented by a chemical formula: Li 1.5 [Ni a Co b Mn c [Li] d]O 3 where Li is lithium, Ni is nickel, Co is cobalt, Mn is manganese, O is oxygen, a, b, c and d satisfy relationships: 0 < a < 1.4; 0 ≤ b < 1.4; 0 < c < 1.4; 0.1 < d ≤ 0.4; a+b+c+d = 1.5; and 1.1 ≤ a+b+c < 1.4, wherein the transition metal oxide containing lithium includes: a layered structure region; and a region changed to a spinel structure by being subjected to charge or charge/discharge in a predetermined potential range of 4.3 to 4.8 V, and when a ratio of an entire change from Li 2 MnO 3 with a layered structure in a region to be changed to the spinel structure to LiMn 2 O 4 with the spinel structure is defined to be 1, a spinel structure change ratio of the transition metal oxide containing lithium is 0.25 or more to less than 1.0.