mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device for sending a report on channel information to a network node (811, 830), the network node (811, 830) controlling at least one Transmission Point, TP,, which at least one TP transmits TP beams, wherein each of at least a number N of the TP beams is associated with one or more respective beamformed Beam-specific Reference Signals, BRS, for channel information measurements, the wireless device and the network node (811, 830) operating in a wireless communications system, the method comprising: sending the report on the channel information to the network node (811, 830), the report on the channel information comprising a number of sub-reports, wherein each sub-report is associated with: one respective TP beam of the N TP beams, which is an associated TP beam, wherein each one associated TP beam comprises at least one BRS of the one or more BRS associated with each of the N TP beams, wherein each one associated TP beam is selected by the wireless device, and, at least one indicator of channel quality value, wherein the indicator of channel quality value is for one code word transmitted by the network node (811, 830) on the associated TP beam, wherein each sub-report corresponds to a different code word, wherein the indicator of channel quality value is computed by taking into account an interference by selected beams associated with other code words in a same sub-report and associated with other code words in other sub-reports within a same report. one respective TP beam of the N TP beams, which is an associated TP beam, wherein each one associated TP beam comprises at least one BRS of the one or more BRS associated with each of the N TP beams, wherein each one associated TP beam is selected by the wireless device, and, at least one indicator of channel quality value, wherein the indicator of channel quality value is for one code word transmitted by the network node (811, 830) on the associated TP beam, wherein each sub-report corresponds to a different code word, wherein the indicator of channel quality value is computed by taking into account an interference by selected beams associated with other code words in a same sub-report and associated with other code words in other sub-reports within a same report.
A method of manufacturing a press-formed product, the method comprising: a first process of preparing a material that extends in a first direction, and when viewed in a cross-section perpendicular to the first direction, the cross-section is a hollow elliptical cross-section that is elongated in a second direction perpendicular to the first direction; and a second process of bending the material in a direction intersecting the second direction when viewed from the first direction, by pressing the material along the second direction to expand the material in the direction intersecting the second direction, and applying a bending moment in the direction intersecting the second direction using a circular forming die. a first process of preparing a material that extends in a first direction, and when viewed in a cross-section perpendicular to the first direction, the cross-section is a hollow elliptical cross-section that is elongated in a second direction perpendicular to the first direction; and a second process of bending the material in a direction intersecting the second direction when viewed from the first direction, by pressing the material along the second direction to expand the material in the direction intersecting the second direction, and applying a bending moment in the direction intersecting the second direction using a circular forming die.
A recombinant binding protein having a specific Src homology 3 domain based binding affinity to a target molecule, said binding protein comprising a nephrocystin (NPHP1) derived SH3 domain, wherein a) at least one amino acid is substituted in the RT-loop of said SH3 domain or added to the RT-loop, and b) at least one amino acid is substituted in the n-src-loop of said SH3 domain or added to the n-src-loop, wherein said nephrocystin (NPHP1) derived SH3 domain has an amino acid sequence having at least 85% sequence identity to the amino acid sequence of SEQ ID NO:1 outside the RT-loop and n-src-loop, wherein said binding protein has a specific binding affinity to a target molecule of 10 -5 to 10 -12 M, wherein said RT loop corresponds to amino acid positions 8-17 of SEQ ID NO:1, and wherein said n-src-loop corresponds to amino acid positions 28-34 of SEQ ID NO:1. a) at least one amino acid is substituted in the RT-loop of said SH3 domain or added to the RT-loop, and b) at least one amino acid is substituted in the n-src-loop of said SH3 domain or added to the n-src-loop,
A layered double hydroxide oriented membrane, which is formed on a polymer substrate and is composed of a layered double hydroxide represented by the following general formula: M 2+ 1-x M 3+ x 2 A n- x/n ·mH 2 O wherein M 2+ is a divalent cation, M 3+ is a trivalent cation, A n- is an anion having a valency of n, n is an integer of 1 or greater, x is 0.1 to 0.4, and m is 0 or greater, wherein when a surface of the oriented membrane is measured by X-ray diffractometry with an X-ray diffractometer under measurement conditions of a voltage: 40 kV, a current value: 40 mA, and a measurement range: 5° to 70°, a peak of a plane is not detected or is detected to be smaller than a peak of a plane.
A capsule suitable to be used in beverage preparation machines having an opening apparatus and comprising a receptacle that has an orifice enabling loading/unloading of the beverage raw material therein and at least one side surface that surrounds the orifice, characterized by a skirt that surrounds the side surface all around so that at least some portion thereof is seated on the side surface almost without any gaps, a cover attached on the skirt so as to cover the orifice, and an opening that remains between the side surface and the skirt and that enables the cover to separate from the receptacle by being seated on at least some portion of the opening apparatus.
A transmitter module comprising: a laser; a filter assembly comprising an optical filter having at least one transmission edge, a housing surrounding a substantial portion of the optical filter and comprising a material having a thermal conductivity substantially greater than the optical filter element, a temperature modulator in thermal contact with the housing, and a temperature sensor in thermal contact with the housing; a temperature stabilization circuit coupled to the temperature modulator and temperature sensor and operable to control a temperature of the temperature modulator according to an output from the temperature sensor to maintain the transmission edge of the filter proximate a predetermined frequency. a laser; a filter assembly comprising an optical filter having at least one transmission edge, a housing surrounding a substantial portion of the optical filter and comprising a material having a thermal conductivity substantially greater than the optical filter element, a temperature modulator in thermal contact with the housing, and a temperature sensor in thermal contact with the housing; a temperature stabilization circuit coupled to the temperature modulator and temperature sensor and operable to control a temperature of the temperature modulator according to an output from the temperature sensor to maintain the transmission edge of the filter proximate a predetermined frequency.
A bone fixation device, comprising: a base section having a first space that holds a rod; a hook formed with a second space configured to accommodate a bone element together with a part of the base section, the hook extending downward from the base section and having an arm forming the second space, the arm being provided with a flat section, the flat section having a tip end portion; and a sandwiching part (40, 40A) that is installed to the base section and that is configured to sandwich the bone element together with a part of the hook when the bone element has been accommodated in the second space, wherein the sandwiching part (40, 40A) is shiftable allowing attachment to the bone element in the second space, characterized in that the tip end portion of the flat section is formed slightly protruded upward allowing the tip end portion to enter a part of the bone element when fixing the bone element. a base section having a first space that holds a rod; a hook formed with a second space configured to accommodate a bone element together with a part of the base section, the hook extending downward from the base section and having an arm forming the second space, the arm being provided with a flat section, the flat section having a tip end portion; and a sandwiching part (40, 40A) that is installed to the base section and that is configured to sandwich the bone element together with a part of the hook when the bone element has been accommodated in the second space, wherein the sandwiching part (40, 40A) is shiftable allowing attachment to the bone element in the second space, characterized in that the tip end portion of the flat section is formed slightly protruded upward allowing the tip end portion to enter a part of the bone element when fixing the bone element.
Device for exposing at least one substrate to a plasma with a first electrode and a second electrode that can be arranged opposite thereto, which electrodes are formed together producing the plasma between the electrodes (1, 12), wherein at least one of the electrodes (1, 12) is formed from at least two electrode units (2, 3), wherein during operation the two electrode units (2,3) are brought to the same potential, wherein the inner electrode unit is movable upwards and a robot arm (8,8',8") can place the substrate on the inner electrode unit, wherein the inner electrode unit and the outer electrode unit can be arranged to form a common support plane, wherein the substrate lies in particular over the entire surface on the inner and the outer electrode unit.
A plurality of surface enhanced pulp fibers having a length weighted average fiber length of at least 0.3 millimeters and an average hydrodynamic specific surface area of at least 10 square meters per gram, characterized in that the number of pulp fibers is at least 12,000 fibers/milligram in a sample which has been dried at a temperature of 105°C for 24 hours.
Domestic appliance, in particular tumble dryer having a drive motor embodied as a brushless direct-current motor for driving a moveable component in the domestic appliance, having an inverter for controlling the drive motor, wherein the inverter has a motor control unit for controlling the rotational speed (n) of the drive motor and can be operated in at least two operating modes (M1, M2), which differ from one another with respect to the control of the rotational speed (n), having an electrical intermediate circuit with at least one electrical energy store for providing an electrical supply voltage for the motor control unit and having a central control device for controlling operating processes of the domestic appliance, characterised in that the central control unit is designed to couple the at least one energy store to a voltage source and disconnect the same again from the same voltage source, wherein the motor control unit is designed to detect the disconnection of the energy store from and the coupling of the energy store to the voltage source and after detecting the coupling of one of the at least two operating modes (M1, M2) for the subsequent operation of the inverter to select independently thereof whether the coupling occurs within or after the expiration of a specified time interval after the disconnection.
A safety-level functional control system for a steam atmospheric emission system of a nuclear power plant, wherein the steam atmospheric emission system comprises three independent emission loops, each emission loop is connected to a corresponding steam generator in a primary circuit of the nuclear power plant, and each emission loop comprises a main steam relief isolation valve (MSRIV) and a main steam relief control valve (MSRCV) connected in series, characterized in that: the safety-level function control system comprises three independent control columns being connected to the steam atmospheric emission system, each independent control column comprises a first control sub-column for controlling MSRIV and a second control sub-column for controlling MSRCV, each MSRIV is respectively connected to the first control sub-column of the three independent control columns, such that it is configured to execute corresponding control operations when a first control signal sent by at least two first control sub-columns is received; and each MSRCV is connected to a second control sub-column in one independent control column, and different MSRCVs are connected to different second control sub-columns, such that it is configured to execute safety function of the steam atmospheric emission system when a second control signal independently sent by a corresponding second control sub-column is received. the safety-level function control system comprises three independent control columns being connected to the steam atmospheric emission system, each independent control column comprises a first control sub-column for controlling MSRIV and a second control sub-column for controlling MSRCV, each MSRIV is respectively connected to the first control sub-column of the three independent control columns, such that it is configured to execute corresponding control operations when a first control signal sent by at least two first control sub-columns is received; and each MSRCV is connected to a second control sub-column in one independent control column, and different MSRCVs are connected to different second control sub-columns, such that it is configured to execute safety function of the steam atmospheric emission system when a second control signal independently sent by a corresponding second control sub-column is received.
A computer program product comprising instructions that when executed on a controller for controlling a mechanical ventilator will configure the controller to be arranged to perform a method, the method comprising: receiving a measurement of transthoracic impedance of a patient obtained during chest compressions, wherein the measurement of transthoracic impedance comprises measuring fluctuations in transthoracic impedance in the thoracic cavity generated by chest compressions; determining a timing for a mechanical ventilator to provide a ventilation based on the measurement of transthoracic impedance fluctuations generated by chest compressions; and sending a signal to control the mechanical ventilator based on the determined timing. receiving a measurement of transthoracic impedance of a patient obtained during chest compressions, wherein the measurement of transthoracic impedance comprises measuring fluctuations in transthoracic impedance in the thoracic cavity generated by chest compressions; determining a timing for a mechanical ventilator to provide a ventilation based on the measurement of transthoracic impedance fluctuations generated by chest compressions; and sending a signal to control the mechanical ventilator based on the determined timing.
Process for the preparation of the metallocene complexes according to formula 5 comprises the steps of: a) reacting 2-bromophenyl boronic acid with 1,8-diaminonaphthalene to form a protected compound (formula 13), b) reacting the protected compound with a compound with the formula 14, in the presence of a Pd catalyst and in the presence of a base (with a reaction known as the Suzuki reaction), herewith forming a protected compound according to formula 15 c) deprotecting the protected compound by reaction with an acid to arrive at the compound according to formula 16, d) reacting the compound with N-substituted 2-bromoaniline (formula 7) in the presence of a Pd catalyst in the presence of a base (according to the Suzuki reaction), to form a ligand precursor (formula 11), wherein the substituent R of the N in 2-bromoaniline is chosen from the group of hydrogen and a hydrocarbon radical with 1-20 carbon atoms, preferably t-butyl e) creating anions of the ligand precursors with an organic or inorganic base f) reacting the anion of the ligand precursor with (Me 2 N) a MQ k, wherein Me is methyl; M is a metal selected from lanthanides or transition metals from group 3, 4, 5 or 6 of the Periodic System of the Elements, preferably M is Zr; Q is an anionic ligand to M, preferably Q is Cl or methyl; k is the number of Q groups and equals the valence of M minus 2; and a equals the valence of M minus k, to yield a metallocene complex according to formula 5. a) reacting 2-bromophenyl boronic acid with 1,8-diaminonaphthalene to form a protected compound (formula 13), b) reacting the protected compound with a compound with the formula 14, in the presence of a Pd catalyst and in the presence of a base (with a reaction known as the Suzuki reaction), herewith forming a protected compound according to formula 15 c) deprotecting the protected compound by reaction with an acid to arrive at the compound according to formula 16, d) reacting the compound with N-substituted 2-bromoaniline (formula 7) in the presence of a Pd catalyst in the presence of a base (according to the Suzuki reaction), to form a ligand precursor (formula 11), wherein the substituent R of the N in 2-bromoaniline is chosen from the group of hydrogen and a hydrocarbon radical with 1-20 carbon atoms, preferably t-butyl e) creating anions of the ligand precursors with an organic or inorganic base f) reacting the anion of the ligand precursor with (Me 2 N) a MQ k, wherein Me is methyl; M is a metal selected from lanthanides or transition metals from group 3, 4, 5 or 6 of the Periodic System of the Elements, preferably M is Zr; Q is an anionic ligand to M, preferably Q is Cl or methyl; k is the number of Q groups and equals the valence of M minus 2; and a equals the valence of M minus k, to yield a metallocene complex according to formula 5.
An aircraft configured to collect air data, the aircraft comprising: a wing structure (402, 404); a forebody, forward of the wing structure; an afterbody, backward of the forebody; a skin covering the wing, the forebody and the afterbody; a fluid sensor comprising at least one recess formed at the skin, the recess being configured to affect the pressure of air flowing at the recess; wherein a rim of the recess comprises a leading edge, a trailing edge and two side edges (105, 107) defining a funnel shape, wherein the leading edge is wider than the trailing edge and wherein the fluid sensor defines a longitudinal axis; and wherein the fluid sensor further comprises: at least one ambient sensor port positioned at the leading edge and on the longitudinal axis, wherein the at least one ambient sensor port is for measuring ambient air pressure at the skin; and wherein the at least one recess comprises a first recess sensor port and a second recess sensor port for measuring the air pressure at the at least one recess; and wherein for each of the at least one ambient sensor port, the first recess sensor port and second recess sensor port there is provided a transducer operably connected to a processor for detecting the air pressure and converting the detected air pressure into an air pressure signal for passing to the processor. a wing structure (402, 404); a forebody, forward of the wing structure; an afterbody, backward of the forebody; a skin covering the wing, the forebody and the afterbody; a fluid sensor comprising at least one recess formed at the skin, the recess being configured to affect the pressure of air flowing at the recess; wherein a rim of the recess comprises a leading edge, a trailing edge and two side edges (105, 107) defining a funnel shape, wherein the leading edge is wider than the trailing edge and wherein the fluid sensor defines a longitudinal axis; and wherein the fluid sensor further comprises: at least one ambient sensor port positioned at the leading edge and on the longitudinal axis, wherein the at least one ambient sensor port is for measuring ambient air pressure at the skin; and wherein the at least one recess comprises a first recess sensor port and a second recess sensor port for measuring the air pressure at the at least one recess; and wherein for each of the at least one ambient sensor port, the first recess sensor port and second recess sensor port there is provided a transducer operably connected to a processor for detecting the air pressure and converting the detected air pressure into an air pressure signal for passing to the processor.
A method for synthesizing metal chalcogenide nanoparticles for use in forming a light absorption layer of solar cells, the nanoparticles having a core-shell structure wherein the core comprises copper-tin chalcogenide and the shell comprises zinc chalcogenide comprising: preparing a first solution comprising at least one Group VI source selected from the group consisting of compounds comprising sulfur or selenium; preparing a second solution comprising a copper salt and a tin salt; preparing a third solution comprising a zinc salt; mixing, heating and reacting the first solution and the second solution; and mixing, heating and reacting the third solution with a reaction product of the mixing, heating and reacting of the first and second solutions. preparing a first solution comprising at least one Group VI source selected from the group consisting of compounds comprising sulfur or selenium; preparing a second solution comprising a copper salt and a tin salt; preparing a third solution comprising a zinc salt; mixing, heating and reacting the first solution and the second solution; and mixing, heating and reacting the third solution with a reaction product of the mixing, heating and reacting of the first and second solutions.