mhurhangee/ep-ind-claims huggingface dataset:
A system for operating an optically actuated, OA, electrokinetic device, said system comprising: a support configured to hold and operatively couple with an OA electrokinetic device; an electrical signal generation subsystem configured to apply a biasing voltage across a pair of electrodes in said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a light modulating subsystem configured to emit structured light onto said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a thermal control subsystem configured to regulate a temperature of said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a first fluid line having a distal end configured to be fluidically coupled to an inlet port of said OA electrokinetic device, and a second fluid line having a proximal end configured to be fluidically coupled to an outlet port of said OA electrokinetic device, respectively, when said OA electrokinetic device is held by, and operatively coupled with, said support; and at least one thermally -controlled flow controller operatively coupled with one or both of said first and second fluid lines; wherein said support comprises a socket configured to receive and interface with said OA electrokinetic device, and a microprocessor that controls said electrical signal generation subsystem and/or said thermal control system. a support configured to hold and operatively couple with an OA electrokinetic device; an electrical signal generation subsystem configured to apply a biasing voltage across a pair of electrodes in said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a light modulating subsystem configured to emit structured light onto said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a thermal control subsystem configured to regulate a temperature of said OA electrokinetic device when said OA electrokinetic device is held by, and operatively coupled with, said support; a first fluid line having a distal end configured to be fluidically coupled to an inlet port of said OA electrokinetic device, and a second fluid line having a proximal end configured to be fluidically coupled to an outlet port of said OA electrokinetic device, respectively, when said OA electrokinetic device is held by, and operatively coupled with, said support; and at least one thermally -controlled flow controller operatively coupled with one or both of said first and second fluid lines; wherein said support comprises a socket configured to receive and interface with said OA electrokinetic device, and a microprocessor that controls said electrical signal generation subsystem and/or said thermal control system.
Use of a cleaning solution for lithography said solution consisting of: at least one compound selected from the group consisting of propyl, butyl or pentyl esters of acetic acid or propionic acid; and at least one compound selected from the group consisting of ketones having 5 to 7 carbon atoms in a molecule in a mass proportion of: in the range from 4:6 to 7:3. at least one compound selected from the group consisting of propyl, butyl or pentyl esters of acetic acid or propionic acid; and at least one compound selected from the group consisting of ketones having 5 to 7 carbon atoms in a molecule in a mass proportion of: in the range from 4:6 to 7:3.
A microwave antenna radome with rotatably symmetrical construction for covering a microwave antenna, the antenna comprising a main reflector and a feed disposed in the main reflector, characterized in that the microwave antenna radome comprises the following components all of which are arranged concentrically: a compensation portion located at a central portion of the radome compensating a phase delay of an electrical field at the central portion of an antenna aperture plane caused by blocking of the feed; a main reflective portion located on a periphery of the compensation portion reflecting an electromagnetic wave originating from the feed of the microwave antenna at a specific direction biased from the feed; an auxiliary reflective portion located on a periphery of the main reflective portion bunching and reflecting an electromagnetic wave diffracted at an edge of the microwave antenna; and an absorbing material mounted in a region corresponding to the auxiliary reflective portion of the radome; wherein the thickness of the compensation portion is smaller than that of the main reflective portion. a compensation portion located at a central portion of the radome compensating a phase delay of an electrical field at the central portion of an antenna aperture plane caused by blocking of the feed; a main reflective portion located on a periphery of the compensation portion reflecting an electromagnetic wave originating from the feed of the microwave antenna at a specific direction biased from the feed; an auxiliary reflective portion located on a periphery of the main reflective portion bunching and reflecting an electromagnetic wave diffracted at an edge of the microwave antenna; and an absorbing material mounted in a region corresponding to the auxiliary reflective portion of the radome; wherein the thickness of the compensation portion is smaller than that of the main reflective portion.
A drum washing machine, comprising a washing machine housing, wherein a washing drum is disposed in the washing machine housing and comprises a front washing drum and a rear washing drum, wherein the front washing drum is sealedly connected to the rear washing drum and is operative to rotate relative to the rear washing drum, the front washing drum is operative to rotate along with a motor, wherein the rear washing drum is at rest when the front washing drum is rotating along with the motor; wherein the washing machine housing is provided with a loading port, and a door and window is disposed at the loading port, a sealing door is further arranged on a side of the front washing drum adjacent to the door and window and is configured to seal the washing drum, wherein a sealing groove is defined in a side wall of the front washing drum contacting the sealing door or in a side wall of the sealing door contacting the front washing drum, and a first sealing ring is disposed in the sealing groove, characterized in that, the front washing drum is connected to the rear washing drum via a rotary bearing, and a second sealing ring is disposed between the front washing drum and the rear washing drum.
A gauge (100, 200) for measuring 2-dimensional heat flux, characterized in that the gauge (100, 200) comprises a first temperature measuring part (110, 210) including a plurality of different measuring points spaced apart from each other in a thickness direction, the first temperature measuring part (110, 210) being provided with a first insertion groove part (112, 212) formed of a plurality of insertion grooves having the same depth from different positions on an outer surface in a central direction, and spaced apart from each other in the thickness direction; a second temperature measuring part (120, 220) provided on one end portion of the first temperature measuring part (110, 210) and including a plurality of different measuring points spaced apart from each other in a circumferential direction, the second temperature measuring part (120, 220) being provided with a second insertion groove part (121, 221) formed of a plurality of insertion grooves having different depths from different positions on an outer surface in a central direction, and spaced apart from each other in the circumferential direction; heaters (140, 240) installed in the first temperature measuring part (110, 210) and configured for heating the first temperature measuring part (110, 210) and the second temperature measuring part (120, 220); and the gauge (100, 200) for measuring 2-dimensional heat flux further comprising a temperature sensor part (150,250) inserted into the insertion grooves of the first insertion groove part (112, 212) and of the second insertion groove part (121, 221) and configured for measuring temperatures at the measuring points, wherein the first temperature measuring part (110, 210) also includes a plurality of different measuring points spaced apart from each other in the circumferential direction, the first temperature measuring part (110, 210) is provided with an auxiliary insertion groove part neighboring the second insertion groove part (121, 221) in the thickness direction and formed of a plurality of insertion grooves having different depths in the circumferential direction, and the gauge (100,200) for measuring 2-dimensional heat flux further comprises an auxiliary temperature sensor part (150,250) inserted into the insertion grooves of the auxiliary insertion groove part and measuring a temperature of the auxiliary insertion groove part.
A method for transmitting channel quality indicators, the method being performed in a wireless device served by a first radio network node of a wireless communication network, the method comprising: - receiving a reference signal from the first radio network node, - receiving information relating to an interfering transmission of a second radio network node from the wireless communication network, - estimating a first channel quality based on the reference signal, wherein the first channel quality indicates a channel quality for which the wireless device has not cancelled the interfering transmission from the second radio network node, - estimating a second channel quality based on the reference signal and on the information relating to the interfering transmission, wherein the second channel quality indicates a channel quality for which the wireless device has cancelled the interfering transmission from the second radio network node, - determining a first channel quality indicator based on the first channel quality and a second channel quality indicator based on the second channel quality, - using a first set of 5 bits for the first channel quality indicator to represent the first channel quality and a second set of 5 bits for the second channel quality indicator to represent the second channel quality; and - transmitting the first and the second channel quality indicators to the first radio network node, wherein the first and the second quality indicators are transmitted in a same transmission time interval using a [20,10] block code to encode the first- and the second set of 5 bits. - receiving a reference signal from the first radio network node, - receiving information relating to an interfering transmission of a second radio network node from the wireless communication network, - estimating a first channel quality based on the reference signal, wherein the first channel quality indicates a channel quality for which the wireless device has not cancelled the interfering transmission from the second radio network node, - estimating a second channel quality based on the reference signal and on the information relating to the interfering transmission, wherein the second channel quality indicates a channel quality for which the wireless device has cancelled the interfering transmission from the second radio network node, - determining a first channel quality indicator based on the first channel quality and a second channel quality indicator based on the second channel quality, - using a first set of 5 bits for the first channel quality indicator to represent the first channel quality and a second set of 5 bits for the second channel quality indicator to represent the second channel quality; and - transmitting the first and the second channel quality indicators to the first radio network node, wherein the first and the second quality indicators are transmitted in a same transmission time interval using a [20,10] block code to encode the first- and the second set of 5 bits.
A method for measuring a speed of a fluid, comprising the steps of: - emitting a measurement ultrasound signal (Se); - acquiring and digitizing a measurement portion (25, 26) of a measurement ultrasound signal (Sr, Sr1, Sr2) received after the measurement ultrasound signal (Se) has traversed a path of defined length, to obtain measurement samples; - estimating, on the basis of the measurement samples, an amplitude of the measurement portion; - accessing reference samples of a prefilled reference table stored in a memory, the reference samples forming a reference curve which constitutes an interpolation of the measurement samples; - producing adjusted measurement samples by multiplying the measurement samples by a ratio between an amplitude of the reference curve (30, 43) and the amplitude of the measurement portion; - determining, for each adjusted measurement sample, a unit time shift between the adjusted measurement sample and the reference curve; - estimating, for each adjusted measurement sample, an instant of zero crossing of the measurement portion on the basis of the unit time shift and of the reference samples; - estimating, on the basis of an average of the instants of zero crossing, a measurement of path time of the measurement ultrasound signal to traverse the path of defined length; - estimating the speed of the fluid on the basis of the path time measurement. - emitting a measurement ultrasound signal (Se); - acquiring and digitizing a measurement portion (25, 26) of a measurement ultrasound signal (Sr, Sr1, Sr2) received after the measurement ultrasound signal (Se) has traversed a path of defined length, to obtain measurement samples; - estimating, on the basis of the measurement samples, an amplitude of the measurement portion; - accessing reference samples of a prefilled reference table stored in a memory, the reference samples forming a reference curve which constitutes an interpolation of the measurement samples; - producing adjusted measurement samples by multiplying the measurement samples by a ratio between an amplitude of the reference curve (30, 43) and the amplitude of the measurement portion; - determining, for each adjusted measurement sample, a unit time shift between the adjusted measurement sample and the reference curve; - estimating, for each adjusted measurement sample, an instant of zero crossing of the measurement portion on the basis of the unit time shift and of the reference samples; - estimating, on the basis of an average of the instants of zero crossing, a measurement of path time of the measurement ultrasound signal to traverse the path of defined length; - estimating the speed of the fluid on the basis of the path time measurement.
An electric power steering system operative to decide a target current value of an electric motor according to an operation of a steering member and to provide a steering assistance by applying a power of the motor to a steering mechanism, comprising: - torque-ripple compensation decision means which obtain rotational position information on the electric motor and use the information and the decided target current value to thereby estimate a torque ripple produced by predetermined high-order components when a current based on the target current value flows through the motor, the torque-ripple compensation decision means deciding a compensation value for current high-order-component for cancelling the torque ripple estimated; - correction means (21, 22) for correcting the decided target current value by using the compensation value supplied from the torque-ripple compensation decision means; and - feedback control means for providing a feedback control of the electric motor based on the target current value corrected by the correction means (21, 22).; wherein the torque-ripple compensation decision means are provided not only with a high-order current distortion compensator for deciding the compensation value for current high-order-components, but also with a magnetic-field distortion compensator which uses the rotational position information on the electric motor and the decided target current value, for deciding a field-distortion compensation value for suppressing a torque ripple caused by a distorted magnetic field formed in the motor. - torque-ripple compensation decision means which obtain rotational position information on the electric motor and use the information and the decided target current value to thereby estimate a torque ripple produced by predetermined high-order components when a current based on the target current value flows through the motor, the torque-ripple compensation decision means deciding a compensation value for current high-order-component for cancelling the torque ripple estimated; - correction means (21, 22) for correcting the decided target current value by using the compensation value supplied from the torque-ripple compensation decision means; and - feedback control means for providing a feedback control of the electric motor based on the target current value corrected by the correction means (21, 22).;
Device having a communication interface, the device being set up for device-internal processing of data in a text format, the communication interface being set up for interchanging binary data according to EXI specifications, the device comprising: - an encoder for reciprocally converting the binary data into text format data, the encoder being set up for associating resource descriptors with a respective identification number; - a resource table associated with the encoder for associating a respective resource descriptor with a respective identification number; - at least one device-internal database for storing resources and the relationships thereof; characterized by: - at least one database access control unit having access to the at least one database and also to the resource table, the database access control unit being set up for storing the identification number associated with the resource to be stored, instead of the resource descriptor, in the at least one device-internal database; and - the database access control unit being set up to be prompted by a read access operation to extract the identification number associated with the resource to be read from the database and to transfer said identification number to the encoder. - an encoder for reciprocally converting the binary data into text format data, the encoder being set up for associating resource descriptors with a respective identification number; - a resource table associated with the encoder for associating a respective resource descriptor with a respective identification number; - at least one device-internal database for storing resources and the relationships thereof; - at least one database access control unit having access to the at least one database and also to the resource table, the database access control unit being set up for storing the identification number associated with the resource to be stored, instead of the resource descriptor, in the at least one device-internal database; and - the database access control unit being set up to be prompted by a read access operation to extract the identification number associated with the resource to be read from the database and to transfer said identification number to the encoder.
A device for connecting at least one electrical data and/or supply line (17, 23) to electrical sockets of a wired drill pipe, if the drill pipe is not in the active drilling operation, in which the tripping sub comprises: electrical sockets which are galvanically connected to the at least one electrical data and/or supply line (17, 23) and can be brought into contact with the electrical sockets of the drill pipe, a collet blocking plug axially insertable into and removable from a receiver end of the drill pipe, and at least one collet, characterized in that the collet blocking plug and the collet are axially displaceable relative to each other between a locking position and a release position, wherein, in the locking position, the collet is configured to interlock with the drill pipe and wherein, in the release position, the engagement of the collet with the drill pipe is undone. electrical sockets which are galvanically connected to the at least one electrical data and/or supply line (17, 23) and can be brought into contact with the electrical sockets of the drill pipe, a collet blocking plug axially insertable into and removable from a receiver end of the drill pipe, and at least one collet, the collet blocking plug and the collet are axially displaceable relative to each other between a locking position and a release position, wherein, in the locking position, the collet is configured to interlock with the drill pipe and wherein, in the release position, the engagement of the collet with the drill pipe is undone.
A process for the hydrolysis of polymers comprising vinylcarboxamide units by heating polymers comprising vinylcarboxamide units in an aqueous medium in the presence of acids or bases, wherein an aqueous solution or dispersion of a polymer comprising vinylcarboxamide units and an aqueous solution of a base or acid are fed continuously to a tubular reactor at elevated pressure, from 0.1 to less than one equivalent of a base or acid being used per vinylcarboxamide equivalent and the mixture being passed through the tubular reactor at a temperature of >100°C to 250°C, depressurized and cooled.
An in vitro method for the prediction and/or the diagnose of lupus nephritis in a subject affected or potentially affected by systemic lupus erythematosus comprising the following steps: a) determining the concentration of IgG2 antibodies versus at least one of the antigens selected from the group: αenolase, annexin Al, histone 2A, histone 3, histone 4 and DNA in a biological sample of said subject; b) comparing said concentrations in said biological sample with a control value wherein an increase of the concentration of said antibodies with respect to said control value indicates a development of lupus nephritis. a) determining the concentration of IgG2 antibodies versus at least one of the antigens selected from the group: αenolase, annexin Al, histone 2A, histone 3, histone 4 and DNA in a biological sample of said subject; b) comparing said concentrations in said biological sample with a control value wherein an increase of the concentration of said antibodies with respect to said control value indicates a development of lupus nephritis.
A monoclonal antibody or a fragment thereof, which recognizes full length human LIF, but does not recognize a LIF fragment corresponding to amino acids 1 to 160, wherein the antibody is produced by the hybridoma cell line DSM ACC3054, deposited on April 1st 2010 by Vall d'Hebron Institute of Oncology at the Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH.
A recombinant PtIP-96 polypeptide having at least 80% sequence identity to the amino acid sequence of SEQ ID NO: 26 or SEQ ID NO: 42, wherein the PtIP-96 polypeptide has insecticidal activity against Corn Earworm (Helicoverpa zea).
A method for dissolving metals by photocatalysis, characterized in that the method comprises steps of dispersing a metal-containing material to be dissolved in a mixed solution containing a photocatalyst and further comprising cyanide and organic chloride, and performing irradiation for a period of time to dissolve the metals, and wherein the light wavelength of the irradiation is 150 - 1500 nm, characterized in that the cyanide comprises one or several ones of acrylonitrile, acetonitrile, phenylacetonitrile, cyanoacetic acid, malononitrile, benzyl cyanide and melamine; and characterized in that the organic chloride includes one or several ones of dichloromethane, trichlormethane, dichloroethylene, trichloroethane, trichlorethanol and tetrachlormethane, and performing irradiation for a period of time to dissolve metals.