mhurhangee/ep-ind-claims huggingface dataset:
A measuring system for measuring at least one electrical quantity (Va, Vb, Vc) relative to a power installation, the installation comprising electrical conductors (34, 36, 38) able to enable the flowing of a three-phase alternating current, the measuring system comprising: - a voltage measuring element for measuring voltage of each of the electrical conductors (34, 36, 38), with each electrical conductor (34, 36, 38) being associated to a respective phase of the alternating network, - an information processing unit able to receive the values of the measured voltages (Va, Vb, Vc), - three current sensors (76A,..., 76N), each current sensor (76A,..., 76N) being able to measure the intensity of the current flowing in the corresponding electrical conductor (42A,..., 46N), characterised in that the processing unit comprises associating means for associating in a predetermined manner the first measured voltage (Va) with a first phase among the three phases, a first identifying device for identifying the phase corresponding to each of the two other measured voltages (Vb, Vc) and a second identifying device (125A,..., 125N) for identifying the phase corresponding to each of the three measured intensities (Ix, ly, Iz), and in that the second identifying device (125A,..., 125N) comprises second determining means (121A,..., 121N) for determining the Fresnel vector (Ix, ly, Iz) of each of the three measured intensities, second calculation means (122A,..., 122N) for calculating three image vectors (Ph_θ2(Ij)) via a second rotation of the Fresnel vectors (Ix, ly, Iz) of the three measured intensities and second comparison means (124A,..., 124N) for comparing, with a predetermined interval of angular values (]-α1 ref;α2 ref [), the value of the angle between each image vector (Ph_θ2(Ij)) and a reference axis. - a voltage measuring element for measuring voltage of each of the electrical conductors (34, 36, 38), with each electrical conductor (34, 36, 38) being associated to a respective phase of the alternating network, - an information processing unit able to receive the values of the measured voltages (Va, Vb, Vc), - three current sensors (76A,..., 76N), each current sensor (76A,..., 76N) being able to measure the intensity of the current flowing in the corresponding electrical conductor (42A,..., 46N),
Tool for fixing electrical cables to a supporting surface by means of clamps, comprising a housing containing one in axial direction movable ramming bolt, a replaceable magazine for storing a set of clamps and a loading or charging mechanism for bringing one and one clamp from the magazine to a position in a bore, where the ramming bolt is configured for driving the clamp out of the tool and into the supporting surface, characterised in that the tool comprises a tailpiece that is movably arranged back and fro under a clamp separating device in the longitudinal direction of the magazine, and that the tailpiece is configured to be brought under the first clamp to a rest against the second clamp in order to separating the first clamp from a second clamp in the magazine prior to transferring the first clamp into the bore.
A compound of Formula I, or a pharmaceutically acceptable salt thereof: wherein the carbon marked by an asterisk may have an or an configuration; and wherein R 1 and R 2 are fluoro, for use in a method for inhibiting cytidine deaminase.
An operation management apparatus that is connected to a source processing system and a destination processing system in a migration environment, comprising: a correlation model storage means for storing a correlation model indicating a correlation for each pair of one or more metrics in a state of executing a predetermined program processing in the source processing system; and a prediction model generation means for generating, by correcting the correlation model of the source processing system using benchmark performances acquired in a state of executing a predetermined benchmark processing in the source processing system and the destination processing system which is different from the source processing system, a prediction model of a correlation model in a state of executing the predetermined program processing in the destination processing system wherein the predetermined program processing includes processings for a plurality of servers, and the prediction model generation means calculates, on the basis of the benchmark performances regarding a communication performance between different servers, a benchmark performance ratio of the destination processing system to the source processing system regarding the communication performance between the different servers and corrects a correlation coefficient of a correlation between metrics of the different servers in the correlation model of the source processing system using the calculated benchmark performance ratio. a correlation model storage means for storing a correlation model indicating a correlation for each pair of one or more metrics in a state of executing a predetermined program processing in the source processing system; and a prediction model generation means for generating, by correcting the correlation model of the source processing system using benchmark performances acquired in a state of executing a predetermined benchmark processing in the source processing system and the destination processing system which is different from the source processing system, a prediction model of a correlation model in a state of executing the predetermined program processing in the destination processing system wherein the predetermined program processing includes processings for a plurality of servers, and the prediction model generation means calculates, on the basis of the benchmark performances regarding a communication performance between different servers, a benchmark performance ratio of the destination processing system to the source processing system regarding the communication performance between the different servers and corrects a correlation coefficient of a correlation between metrics of the different servers in the correlation model of the source processing system using the calculated benchmark performance ratio.
Adapter coupling for removably sliding onto the water-discharging end of a water outlet, in particular a water tap, while establishing a water-tight connection to an approximately dome-shaped or bell-shaped sleeve which can receive the water-discharging end in its inner sleeve space and is provided with a water drain, comprising an elastic seal having a central opening through which the water-discharging end of the water outlet may be introduced into the inner sleeve space, and which central opening may be expanded by the introduced end of the water outlet and may rest against the outer lateral surface of the water-discharging end in a sealing manner and seal the inner sleeve space to be fluid-tight to the exterior, and which has a plurality of pockets on the axially exterior side which are open in a radially inward direction, and comprising a supporting unit which forms an expandable funnel and is arranged axially external to said seal and supports said seal, and which supporting unit has a first axially outer annular disk reinforcement and a second axially inner annular disk reinforcement, each comprising an outer peripheral and continuous annular area (19, 23) from which a plurality of tongues (20, 24) extend radially inward and obliquely to the longitudinal axis and are spaced apart from each other in even distribution on the periphery and moveably articulated to the annular area (19, 23) at their bases (25, 27), the tongues of the first annular disk reinforcement and also the tongues of the second annular disk reinforcement define a free space (10 or 11) between them, and the tongues of the second annular disk reinforcement are situated essentially in the free spaces of the first annular disk reinforcement, whereas the tongues of the first annular disk reinforcement are situated essentially in the free spaces of the second annular disk reinforcement, characterized in that a plurality of the tongues of the first annular disk reinforcement have a protrusion extending radially inwards close to their radially inner end, and the protrusions protrude through the second annular disk reinforcement and engage into one of the pockets of the seal.
Electric food mill, in particular for a coffee machine, with a grinder, a drive motor therefor, a grinding chamber for the grinder, a regrind container and a lid therefor, wherein the lid, which substantially consists of a soft damping material, closes the regrind container airtight, characterised in that the lid comprises a frame, into which soft damping plates are inserted.
Device for applying a perforated protective film to a surface of a component, comprising a basic frame to which a supply roll for unwinding the protective film and a take-up roll for winding up a remaining film are connected, also having at least one deflecting roll, wherein the protective film is guided over the at least one deflecting roll, and also having at least one pressure roll, wherein the at least one pressure roll is provided for applying the protective film, wherein the basic frame consists substantially of a horizontal and a vertical basic structure, which are connected together at right angles, wherein a horizontally movable component receptacle is operatively connected to the horizontal basic structure, wherein a carriage that is horizontally movable on a horizontal linear guide is operatively connected to the vertical basic structure, wherein the supply roll, the take-up roll, the at least one deflection roll and the at least one pressure roll are connected to the carriage, and the supply roll, the take-up roll, the at least one deflection roll and the at least one pressure roll are mounted perpendicularly to the carriage, and also having a sensor which is designed to sense a marking with which the protective film is provided and which indicates the end of the component. wherein the basic frame consists substantially of a horizontal and a vertical basic structure, which are connected together at right angles, wherein a horizontally movable component receptacle is operatively connected to the horizontal basic structure, wherein a carriage that is horizontally movable on a horizontal linear guide is operatively connected to the vertical basic structure, wherein the supply roll, the take-up roll, the at least one deflection roll and the at least one pressure roll are connected to the carriage, and the supply roll, the take-up roll, the at least one deflection roll and the at least one pressure roll are mounted perpendicularly to the carriage, and also having a sensor which is designed to sense a marking with which the protective film is provided and which indicates the end of the component.
A process of creating a particulate encrusted food core having characteristics that enable the particulates to attach to its surface, comprising: exposing a food core and a plurality of particulates to air currents in a fluidized bed apparatus, wherein the air currents cause the particulates to collide with the food core and adhere, creating a particulate encrusted food core, wherein the food core is heavier than the particulates and the food core is not fluidized.
A nacelle for a wind turbine, the nacelle comprising: - a nacelle housing; - a rotor hub; - a rotor bearing for bearing the rotor hub on the nacelle housing, wherein the rotor bearing has at least one inner ring element and at least one outer ring element, wherein a first sliding bearing element and a second sliding bearing element are arranged between the two ring elements (12, 13), wherein a bearing clearance adjusting means is formed, by means of which a bearing clearance between the sliding bearing element (14, 15) and the cooperating ring element (12, 13) may be adjusted, wherein both the inner ring element and the outer ring element are designed to be V-shaped and the first sliding bearing element and the second sliding bearing element are arranged between the two ring elements (12, 13) being axially spaced apart from one another, wherein the two sliding bearing elements (14, 15) are arranged at an angle with respect to one another as seen in cross-section, wherein the ring element (12, 13) is designed to be divided into a first ring element part and a second ring element part, characterized in that the first ring element part and the second ring element part are displaceable relative to one another in the axial direction by means of the bearing clearance adjusting means, wherein the bearing clearance adjusting means comprises a spring element and a shaft nut, by means of which the first ring element part and the second ring element part are displaceable relative to one another in the axial direction, wherein the spring element is arranged between the shaft nut and the first ring element part. - a nacelle housing; - a rotor hub; - a rotor bearing for bearing the rotor hub on the nacelle housing, wherein the rotor bearing has at least one inner ring element and at least one outer ring element, wherein a first sliding bearing element and a second sliding bearing element are arranged between the two ring elements (12, 13),
A method by a base station in a wireless communication system, the method comprising: transmitting (f-25), to a terminal, a first packet including a first header which includes a quality of service, QoS, flow identifier, ID, and a reflective QoS indicator; receiving (f-40), from the terminal, a second packet corresponding to the first packet; generating a third packet to be transmitted to the terminal based on the second packet, wherein the third packet indicates to the terminal not to update a mapping rule between the QoS flow ID and a data radio bearer in case that the second packet indicates that a reflective QoS operation of the terminal is completed; and transmitting (f-50), to the terminal, the third packet. transmitting (f-25), to a terminal, a first packet including a first header which includes a quality of service, QoS, flow identifier, ID, and a reflective QoS indicator; receiving (f-40), from the terminal, a second packet corresponding to the first packet; generating a third packet to be transmitted to the terminal based on the second packet, wherein the third packet indicates to the terminal not to update a mapping rule between the QoS flow ID and a data radio bearer in case that the second packet indicates that a reflective QoS operation of the terminal is completed; and transmitting (f-50), to the terminal, the third packet.
Method for assaying plasminogen in a sample comprising steps consisting of: a- storing a composition comprising a streptokinase and a streptokinase activator in a ready-to-use solution, b- reacting i- the solution comprising the composition comprising the streptokinase, and the streptokinase activator, ii- with a control solution or a diluted plasma sample, c- tracking said reaction using means for tracking the reaction, d- determining the amount of plasminogen in the control solution or in the diluted plasma sample, as a function of the result of the tracking of said reaction, in which the method is characterized in that the streptokinase activator is selected from the group comprising a fibrin DD fragment and/or at least one DD fragment derivative comprising at least the amino acids of the DD fragment involved in the streptokinase activation. a- storing a composition comprising a streptokinase and a streptokinase activator in a ready-to-use solution, b- reacting i- the solution comprising the composition comprising the streptokinase, and the streptokinase activator, ii- with a control solution or a diluted plasma sample, i- the solution comprising the composition comprising the streptokinase, and the streptokinase activator, ii- with a control solution or a diluted plasma sample, c- tracking said reaction using means for tracking the reaction, d- determining the amount of plasminogen in the control solution or in the diluted plasma sample, as a function of the result of the tracking of said reaction,
A clock recovery apparatus for a plurality of data channels, the apparatus comprising: a plurality of channel blocks, each channel block comprising: a frequency detection block (320_1, 320_2, 320_3, 320_4) configured to generate an intermediate signal (I_1, I_2, I_3, I_4) based on a respective data signal (RD_1, RD_2, RD_3, RD_4) received from a respective data channel and a global clock signal (G_SIG), the intermediate signal (I_1, I_2, I_3, I_4) representing a frequency difference between a reference signal (RS_1, RS_2, RS_3, RS_4) derived from the respective data signal (RD_1, RD_2, RD_3, RD_4) and a feedback signal (FS_1, FS_2, FS_3, FS_4) derived from the global clock signal (G_SIG); and a recovery block (350_1, 350_2, 350_3, 350_4) configured to recover a clock signal (C_1, C_2, C_3, C_4) for the respective data channel in response to the respective data signal (RD_1, RD_2, RD_3, RD_4) and the global clock signal (G_SIG); and the clock recovery apparatus further comprising a global clock signal generation block configured to receive and combine the intermediate signals (I_1, I_2, I_3, I_4) from the plurality of channel blocks to generate the global clock signal (G_SIG). a frequency detection block (320_1, 320_2, 320_3, 320_4) configured to generate an intermediate signal (I_1, I_2, I_3, I_4) based on a respective data signal (RD_1, RD_2, RD_3, RD_4) received from a respective data channel and a global clock signal (G_SIG), the intermediate signal (I_1, I_2, I_3, I_4) representing a frequency difference between a reference signal (RS_1, RS_2, RS_3, RS_4) derived from the respective data signal (RD_1, RD_2, RD_3, RD_4) and a feedback signal (FS_1, FS_2, FS_3, FS_4) derived from the global clock signal (G_SIG); and a recovery block (350_1, 350_2, 350_3, 350_4) configured to recover a clock signal (C_1, C_2, C_3, C_4) for the respective data channel in response to the respective data signal (RD_1, RD_2, RD_3, RD_4) and the global clock signal (G_SIG); and the clock recovery apparatus further comprising a global clock signal generation block configured to receive and combine the intermediate signals (I_1, I_2, I_3, I_4) from the plurality of channel blocks to generate the global clock signal (G_SIG).
An aircraft wing component (12, 13) comprising a composite material, characterised in that a first portion (14; 25; 31) of the composite material comprises a first metal matrix (16; 26; 32) containing reinforcing material (17; 27; 33), and a second portion (15; 28; 34) comprises a second metal matrix (18; 29; 35) containing a plurality of hollow metal ceramic spheres (19; 30; 36, 37), the second portion being adjacent a surface of the composite material.
A pharmaceutical or cosmetic composition comprising a peptide, wherein said peptide consists of the amino acid sequence of SEQ ID NO: 3 corresponding to Arg-Lys-Lys-Arg-Arg-Gln-Arg-Arg-Arg-Gly-(Lys) n -Gly-Arg-Lys-Lys-Arg-Arg-Gln-Arg-Arg-Arg, where n is from 10 to 20; and a pharmaceutically or cosmetically acceptable carrier and/or diluent.
A coiler for coiling strip-shaped material onto a coiler mandrel, the coiler mandrel being drivable by a drive device and being provided with expansion segments for receiving a coil in a radially pre-stressed manner, the expansion segments being provided with a wedge surface arrangement on their inner sides and being arranged on an expansion device which is provided with a wedge surface arrangement on its outer side, the expansion device being arranged radially between the expansion segments and a coiler shaft and being displaceable axially in relation to the expansion segments and the coiler shaft by means of a drive device, the drive device having a piston-cylinder unit arranged on the coiler shaft whose pistons can be subjected to a pressure fluid via an axial fluid supply means formed in the coiler shaft so as to expand the expansion segments and are connected to the expansion device in order to transmit an axial displacement, characterized in that this connection is realized by means of a driver.
An optical fiber jumper cable comprising: an outer jacket having an outer surface defining an outermost surface of the optical fiber cable and an inner surface defining a central bore; a plurality of aramid fibers located in the central bore; at least one optical fiber located within the central bore and surrounded by the aramid fibers, wherein the at least one optical fiber experiences less than or equal to 0.5% permanent fiber strain when exposed to a permanent tensile load of 100 N; and at least one connector on an end of the optical fiber jumper cable characterized in that the plurality of aramid fibers has a total linear density such that the optical fiber jumper cable has an a1 acidity rating during burn as measured by EN 50267-2-3, and wherein the at least one optical fiber has been proof tested at 1.379 MPa (200 kpsi) or greater, wherein there are no non-aramid strength members located within the central bore of the outer jacket or embedded within the outer jacket. an outer jacket having an outer surface defining an outermost surface of the optical fiber cable and an inner surface defining a central bore; a plurality of aramid fibers located in the central bore; at least one optical fiber located within the central bore and surrounded by the aramid fibers, wherein the at least one optical fiber experiences less than or equal to 0.5% permanent fiber strain when exposed to a permanent tensile load of 100 N; and at least one connector on an end of the optical fiber jumper cable characterized in that the plurality of aramid fibers has a total linear density such that the optical fiber jumper cable has an a1 acidity rating during burn as measured by EN 50267-2-3, and wherein the at least one optical fiber has been proof tested at 1.379 MPa (200 kpsi) or greater, wherein there are no non-aramid strength members located within the central bore of the outer jacket or embedded within the outer jacket.
A fastener driver including an electronic clutch, the fastener driver comprising: a motor; a trigger; a lifting assembly operable to be moved by the motor; a position sensor configured to sense a position of the lifting assembly; a speed sensor configured to sense a speed of the motor; and a controller connected to the trigger, the motor, the position sensor, and the speed sensor, the controller configured to: provide, in response to actuation of the trigger and based on the position of the lifting assembly, power to the motor, and receive speed signals from the speed sensor indicative of the speed of the motor, characterized in that the controller is further configured to: determine whether the speed of the motor has dropped by a speed drop threshold within a first period of time, activate, in response to determining that the speed of the motor has dropped by the speed drop threshold within the first period of time, the electronic clutch to electronically brake the motor for a second period of time, and provide, in response to the second period of time having passed, power to the motor. provide, in response to actuation of the trigger and based on the position of the lifting assembly, power to the motor, and receive speed signals from the speed sensor indicative of the speed of the motor, characterized in that the controller is further configured to: determine whether the speed of the motor has dropped by a speed drop threshold within a first period of time, activate, in response to determining that the speed of the motor has dropped by the speed drop threshold within the first period of time, the electronic clutch to electronically brake the motor for a second period of time, and provide, in response to the second period of time having passed, power to the motor.