mhurhangee/ep-ind-claims huggingface dataset:
A method, implemented in a node of a Radio Access Network "RAN" for use with a mobile device, the method comprising: receiving at the RAN node a request from the mobile device for re-establishment of a radio resource control "RRC" connection suspended by another RAN node, wherein the RRC connection suspended by the other RAN node is an RRC connection in which all radio resources associated with the RRC connection between the other RAN node and the mobile device have been released and RRC connection data associated with the RRC connection has been stored; the RAN node attempting to retrieve RRC connection data relating to the suspended RRC connection; the RAN node determining whether or not the RRC connection is valid; and the RAN node doing one of: if the RRC connection is valid, sending a connection re-establishment command message to the mobile device; and if the RRC connection is invalid, sending a connection re-establishment reject message to the mobile device. receiving at the RAN node a request from the mobile device for re-establishment of a radio resource control "RRC" connection suspended by another RAN node, wherein the RRC connection suspended by the other RAN node is an RRC connection in which all radio resources associated with the RRC connection between the other RAN node and the mobile device have been released and RRC connection data associated with the RRC connection has been stored; wherein the RRC connection suspended by the other RAN node is an RRC connection in which all radio resources associated with the RRC connection between the other RAN node and the mobile device have been released and RRC connection data associated with the RRC connection has been stored; the RAN node attempting to retrieve RRC connection data relating to the suspended RRC connection; the RAN node determining whether or not the RRC connection is valid; and the RAN node doing one of: if the RRC connection is valid, sending a connection re-establishment command message to the mobile device; and if the RRC connection is invalid, sending a connection re-establishment reject message to the mobile device. if the RRC connection is valid, sending a connection re-establishment command message to the mobile device; and if the RRC connection is invalid, sending a connection re-establishment reject message to the mobile device.
A method for detecting the attachment of at least one rotorcraft tie-down device (102, 104, 106), the method comprising: detecting, with a sensor (508, 510, 512, 514), attachment of at least one rotorcraft tie-down device (102, 104, 106); and generating, in response to the attachment of at least one rotorcraft tie-down device (102, 104, 106), a warning indicative of the attachment of the tie-down device (102, 104, 106). detecting, with a sensor (508, 510, 512, 514), attachment of at least one rotorcraft tie-down device (102, 104, 106); and generating, in response to the attachment of at least one rotorcraft tie-down device (102, 104, 106), a warning indicative of the attachment of the tie-down device (102, 104, 106).
A method for switching a contactor, the method being performed by a control device controlling a control voltage supplied to a coil of the contactor, wherein the coil is energized and de-energized to control the switching of contacts (12 1, 12 2, 12 3) of the contactor, the method comprising: - obtaining a delay time ΔT from a predetermined set of N values, wherein the obtained delay time ΔT is different than the preceding selected delay time ΔT, determining a reference point of time, ti, based on the obtained delay time, ΔT, wherein a starting point, t0, of the delay time ΔT is set in relation to a start-up of the method, - estimating a half period, Tp, of the control voltage, - determining a duration of a measuring interval, Tm, set equal to the duration of the estimated half period Tp of the control voltage, - setting starting point of a first measuring interval Tm based on the reference point of time ti, and setting starting points of subsequent measuring intervals equal to the end point of an immediately preceding measuring interval, - obtaining accumulated measurements on the control voltage for the duration of the measuring intervals Tm, and - switching the contactor based on the accumulated measurements made during the measuring intervals Tm. - obtaining a delay time ΔT from a predetermined set of N values, wherein the obtained delay time ΔT is different than the preceding selected delay time ΔT, determining a reference point of time, ti, based on the obtained delay time, ΔT, wherein a starting point, t0, of the delay time ΔT is set in relation to a start-up of the method, - estimating a half period, Tp, of the control voltage, - determining a duration of a measuring interval, Tm, set equal to the duration of the estimated half period Tp of the control voltage, - setting starting point of a first measuring interval Tm based on the reference point of time ti, and setting starting points of subsequent measuring intervals equal to the end point of an immediately preceding measuring interval, - obtaining accumulated measurements on the control voltage for the duration of the measuring intervals Tm, and - switching the contactor based on the accumulated measurements made during the measuring intervals Tm.
A compound or a composition comprising the compound for use in a method of treating or preventing GvHD in a mammal, the compound having the following structure: or a pharmaceutically acceptable salt or N-oxide thereof.
A device for receiving video signals transmitted over a packet computer network characterized by the fact that it comprises a memory of channel synchronization configuration connected to the configuration input of the detector of starts of frames and at least one set of modules for image processing, wherein each set of modules is composed of a buffer with data input, wherein the outputs signalling the line numbers of buffers in all sets of modules are connected to corresponding inputs of the detector of starts of frames and the data output of the buffer is connected to the data input of the frame generator, whose output is the video output of the device, while the enabling inputs of frame generators of all sets of modules are connected to the corresponding outputs of the detector of starts of frames, and the buffer has its occupancy signalling output connected to the inverting input of the differential element, whose noninverting input is connected to the output of memory of the required level of occupancy and whose output is connected to the input of the PID controller, which has its output connected to the control input of the tunable oscillator whose frequency output is connected to a data input of multiplexers in all sets of modules and control inputs of multiplexers in all sets of modules are connected to corresponding outputs of memory of channel synchronization configuration, wherein the output of the multiplexer of clock signals is connected to the clock input of the frame generator.
A nozzle of two-dimensional section, said nozzle comprising a stationary structure including a downstream diverging portion; and a throat located inside the stationary structure upstream from the diverging portion, said throat including two side walls (210, 220), characterized in that said nozzle further comprises two transverse length members (230, 240) extending crosswise between the two side walls (210, 220) and in that the two side walls (210, 220) are pivotally mounted in said structure, said walls being connected together by the two transverse length members (230, 240), each length member being slidably mounted on each of the walls (210; 220).
Control unit for an internal combustion engine, with a function which determines, with consideration of an operating state information item (FW, SB) - of an upper limit and - of a cumulative actual variable, the cumulative actual variable comprising the sum of all the emissions emitted by the internal combustion engine in a defined operating time period, a command variable (x(t)) which comprises at least one of the variables of EGR rate, EGR distribution, filling, boost pressure, injection time, ignition time or rail pressure and influences an operating state of the internal combustion engine in such a way that a plurality of actual variables are set in such a way that cumulative actual variables in an operating time period with a combination of any desired different operating states of the internal combustion engine which are set in a random sequence do not exceed upper limits for the said operating time period, a target function which comprises at least one actual emissions variable (Em DS), a fuel consumption and/or a CO 2 emission, by the command variable (x(t)) being selected from pareto-optimal alternatives by means of an indifference curve with consideration of a separation of the cumulative actual variable from the upper limit. - of an upper limit and - of a cumulative actual variable, the cumulative actual variable comprising the sum of all the emissions emitted by the internal combustion engine in a defined operating time period, a command variable (x(t)) which comprises at least one of the variables of EGR rate, EGR distribution, filling, boost pressure, injection time, ignition time or rail pressure and influences an operating state of the internal combustion engine in such a way that a plurality of actual variables are set in such a way that cumulative actual variables in an operating time period with a combination of any desired different operating states of the internal combustion engine which are set in a random sequence do not exceed upper limits for the said operating time period, a target function which comprises at least one actual emissions variable (Em DS), a fuel consumption and/or a CO 2 emission, by the command variable (x(t)) being selected from pareto-optimal alternatives by means of an indifference curve with consideration of a separation of the cumulative actual variable from the upper limit.
A laundry dryer with a heat pump system, said heat pump system comprises a refrigerant circuit for a refrigerant and an air stream circuit for an air stream, wherein - the refrigerant circuit includes a compressor, a first heat exchanger, expansion means and a second heat exchanger connected in series and forming a closed loop, - the air stream circuit includes the first heat exchanger, the second heat exchanger, a laundry drum and at least one air stream fan connected in series and forming a closed loop, - the refrigerant circuit and the air stream circuit are thermally coupled by the first heat exchanger and the second heat exchanger, - the first heat exchanger is provided for heating up the air stream and cooling down the refrigerant, and - the second heat exchanger is provided for cooling down the air stream and heating up the refrigerant, the expansion means comprises at least two capillary tubes (28, 30), wherein at least one of said capillary tubes (28, 30) is switched or switchable by at least one valve (26; 32, 34; 36), so that the lamination work at said expansion means is adjustable, characterized in that at least one of said capillary tubes (28, 30) is switched or switchable by the at least one valve (26; 32, 34; 36) in response to the temperature/pressure of the refrigerant circuit detected at inlet/outlet of the first heat exchanger. - the refrigerant circuit includes a compressor, a first heat exchanger, expansion means and a second heat exchanger connected in series and forming a closed loop, - the air stream circuit includes the first heat exchanger, the second heat exchanger, a laundry drum and at least one air stream fan connected in series and forming a closed loop, - the refrigerant circuit and the air stream circuit are thermally coupled by the first heat exchanger and the second heat exchanger, - the first heat exchanger is provided for heating up the air stream and cooling down the refrigerant, and - the second heat exchanger is provided for cooling down the air stream and heating up the refrigerant,
A method for determining the presence and/or integrity of a homopolymeric sequence in the 3'-UTR of an mRNA molecule, the mRNA molecule having at least one cleavage site for at least one catalytic nucleic acid molecule, wherein the mRNA molecule is derived from an in vitro transcription reaction and wherein at least one cleavage site is located 5' of the homopolymeric sequence, the method comprising the steps of: a) providing the mRNA molecule having at least one cleavage site for at least one catalytic nucleic acid molecule, wherein at least one cleavage site is located 5' of the homopolymeric sequence in the 3'-UTR of the mRNA molecule, b) cleaving the mRNA molecule with the at least one catalytic nucleic acid molecule into a 5' terminal RNA fragment, a 3' terminal RNA fragment and optionally into at least one central RNA fragment by contacting the mRNA molecule with the at least one catalytic nucleic acid molecule under conditions allowing the cleavage of the mRNA molecule, and c) determining the presence and/or the integrity of the homopolymeric sequence in the 3'-UTR of the mRNA molecule by analyzing the 3' terminal RNA fragment and optionally the at least one optional central RNA fragment obtained in step b), wherein step c) comprises separating the 3' terminal RNA fragment by denaturing gel electrophoresis or liquid chromatography, determining the mass and/or the length of the 3' terminal RNA fragment and comparing the determined mass and/or length of the 3' terminal RNA fragment with a respective mass and/or length of a reference RNA fragment. a) providing the mRNA molecule having at least one cleavage site for at least one catalytic nucleic acid molecule, wherein at least one cleavage site is located 5' of the homopolymeric sequence in the 3'-UTR of the mRNA molecule, b) cleaving the mRNA molecule with the at least one catalytic nucleic acid molecule into a 5' terminal RNA fragment, a 3' terminal RNA fragment and optionally into at least one central RNA fragment by contacting the mRNA molecule with the at least one catalytic nucleic acid molecule under conditions allowing the cleavage of the mRNA molecule, and c) determining the presence and/or the integrity of the homopolymeric sequence in the 3'-UTR of the mRNA molecule by analyzing the 3' terminal RNA fragment and optionally the at least one optional central RNA fragment obtained in step b), wherein step c) comprises separating the 3' terminal RNA fragment by denaturing gel electrophoresis or liquid chromatography, determining the mass and/or the length of the 3' terminal RNA fragment and comparing the determined mass and/or length of the 3' terminal RNA fragment with a respective mass and/or length of a reference RNA fragment.
A measurement circuit (300, 400, 500, 600, 800, 900) comprising: an electronic circuit (310, 410, 510, 610, 810, 910) including a first terminal, a second terminal, and a circuit element, wherein the circuit element is a capacitor, an inductor, a diode, a battery, an auto-transformer or an active device; characterized in that it further comprises multiple measurement channels (305, 405, 505, 605, 805, 905), wherein each of the multiple measurement channels includes a differential input connected to the electronic circuit and is configured to measure a portion of an analog input signal applied to the electronic circuit, wherein the differential inputs of the multiple measurement channels are connected in series and include a differential input coupled to the circuit element, and wherein one input of a differential input of a first measurement channel of the multiple measurement channels is connected to the first terminal and one input of a differential input of a second measurement channel of the multiple measurement channels is connected to the second terminal; and a combining circuit (315, 415, 515, 615, 815, 915) configured to receive multiple outputs from the multiple measurement channels and produce a composite output signal. an electronic circuit (310, 410, 510, 610, 810, 910) including a first terminal, a second terminal, and a circuit element, wherein the circuit element is a capacitor, an inductor, a diode, a battery, an auto-transformer or an active device; characterized in that it further comprises multiple measurement channels (305, 405, 505, 605, 805, 905), wherein each of the multiple measurement channels includes a differential input connected to the electronic circuit and is configured to measure a portion of an analog input signal applied to the electronic circuit, wherein the differential inputs of the multiple measurement channels are connected in series and include a differential input coupled to the circuit element, and wherein one input of a differential input of a first measurement channel of the multiple measurement channels is connected to the first terminal and one input of a differential input of a second measurement channel of the multiple measurement channels is connected to the second terminal; and a combining circuit (315, 415, 515, 615, 815, 915) configured to receive multiple outputs from the multiple measurement channels and produce a composite output signal.
Medium- or high-voltage equipment including a leaktight enclosure in which there are located electrical components and a gas mixture for providing electrical insulation and/or for extinguishing electric arcs that are likely to occur in said enclosure, the gas mixture comprising heptafluoroisobutyronitrile, carbon dioxide and oxygen, wherein oxygen presents a molar percentage equal to or higher than 26%, in said gas mixture.
A computer implemented method of obtaining a measure of transmissibility of fluid in a subsurface formation at a location in a well bore, comprising the steps of: obtaining a measure of the thickness of the formation based on measurements obtained from a well logging tool; obtaining a measure of the permeability of the formation based on logging measurements obtained from a well logging tool; obtaining a measure of the viscosity of the formation fluid based on logging measurements obtained from a well logging tool; determining the transmissibility of fluid in the subsurface formation at the location in the formation based on the obtained measures of the thickness, permeability and viscosity. obtaining a measure of the thickness of the formation based on measurements obtained from a well logging tool; obtaining a measure of the permeability of the formation based on logging measurements obtained from a well logging tool; obtaining a measure of the viscosity of the formation fluid based on logging measurements obtained from a well logging tool; determining the transmissibility of fluid in the subsurface formation at the location in the formation based on the obtained measures of the thickness, permeability and viscosity.
A glow plug (1, 201, 301, 401, 501, 601) comprising: a tubular metallic shell having an axial hole; a rod-shaped ceramic heater held on a forward end side of the metallic shell; a center rod member (40, 240, 340, 440, 540, 640) formed of a metal, inserted into the axial hole of the metallic shell, and extending in an axial direction; and a connection member which connects together a rear end portion of the ceramic heater and a forward end portion (41, 241, 341, 441, 541, 641) of the center rod member (40, 240, 340, 440, 540, 640), wherein a trunk portion (43, 243, 343, 443, 543, 643) of the center rod member (40, 240, 340, 440, 540, 640) located between the forward end portion (41, 241, 341, 441, 541, 641) and a rear end portion (45, 245, 345, 445, 545, 645) of the center rod member (40, 240, 340, 440, 540, 640) has a runout correction portion (43f, 243f, 343f, 443f, 543f, 643f) having corrected the circular runout of the forward end portion (43s, 243s, 343s, 443s, 543s, 643s) of the trunk portion (43, 243, 343, 443, 543, 643) in relation to the rear end portion (43k, 243k, 343k, 443k, 543, 643k) of the trunk portion (43, 243, 343, 443, 543, 643) serving as a reference, characterized in that the trunk portion has a plurality of runout correction portions (43f, 243f, 343f, 443f, 543f, 643f) being spaced from one another in the axial direction. a tubular metallic shell having an axial hole; a rod-shaped ceramic heater held on a forward end side of the metallic shell; a center rod member (40, 240, 340, 440, 540, 640) formed of a metal, inserted into the axial hole of the metallic shell, and extending in an axial direction; and a connection member which connects together a rear end portion of the ceramic heater and a forward end portion (41, 241, 341, 441, 541, 641) of the center rod member (40, 240, 340, 440, 540, 640), wherein a trunk portion (43, 243, 343, 443, 543, 643) of the center rod member (40, 240, 340, 440, 540, 640) located between the forward end portion (41, 241, 341, 441, 541, 641) and a rear end portion (45, 245, 345, 445, 545, 645) of the center rod member (40, 240, 340, 440, 540, 640) has a runout correction portion (43f, 243f, 343f, 443f, 543f, 643f) having corrected the circular runout of the forward end portion (43s, 243s, 343s, 443s, 543s, 643s) of the trunk portion (43, 243, 343, 443, 543, 643) in relation to the rear end portion (43k, 243k, 343k, 443k, 543, 643k) of the trunk portion (43, 243, 343, 443, 543, 643) serving as a reference,
A ground-based positioning system for determining a location of a mobile object by means of a plurality of fixed ground stations (2a-2c) which have in each case a transmitting and/or receiving unit (3a-3c), and by means of at least one transmitting and/or receiving unit fixed to the object, arranged on the object, the transmitting units being configured for transmitting position signals and the receiving units being configured for receiving the position signals transmitted by the transmitting units and the ground-based positioning system having at least one position determination unit (4, 6), connected communicatively to at least some of the transmitting and/or receiving units (3a-3c, 5), which is configured for determining distances between the fixed transmitting and/or receiving units (3a-3c) of the ground stations (2a-2c) and the at least one transmitting and/or receiving unit of the object, fixed to the object, for determining at least one receiving angle of the received position signals at the respective receiving unit and for determining a relative speed between at least one of the fixed transmitting and/or receiving units (3a-3c) of the ground stations (2a-2c) and the at least one transmitting and/or receiving unit of the object, fixed to the object, in dependence on the position signals which have been transmitted by the fixed transmitting units and received by the at least one receiving unit fixed to the object and/or which have been transmitted by the at least one transmitting unit fixed to the object and received by the fixed receiving units and which is configured for determining the location of the at least one transmitting and/or receiving unit fixed to the object in dependence on the distances determined, at least one of the receiving angles and at least one of the relative speeds determined, characterized in that the positioning system has at least two transmitting and/or receiving units fixed to the object, arranged on the object, which are arranged to be spaced apart from one another, the position determination unit being configured for determining the spatial position of the object in dependence on the determined locations of the respective transmitting and/or receiving units.