mhurhangee/ep-ind-claims huggingface dataset:
An air metal battery comprising: a cathode assembly having a cathode surface, the cathode assembly comprising fluid path for pumping an electrolyte fluid through the cathode assembly and out of the cathode surface, thereby producing a hydrostatic force at the cathode surface; an anode disposed proximate the cathode surface, the anode being positioned proximate to the cathode assembly by a thrust bearing that permits the anode to rotate relative to the cathode assembly; a shaft for rotating the thrust bearing, the shaft being in contact with a sliding conductor that collects electrical charge; wherein, during operation of the air metal battery, the anode remains spaced from the cathode surface by a constant distance due to a hydrodynamic force of the electrolyte fluid. a cathode assembly having a cathode surface, the cathode assembly comprising fluid path for pumping an electrolyte fluid through the cathode assembly and out of the cathode surface, thereby producing a hydrostatic force at the cathode surface; an anode disposed proximate the cathode surface, the anode being positioned proximate to the cathode assembly by a thrust bearing that permits the anode to rotate relative to the cathode assembly; a shaft for rotating the thrust bearing, the shaft being in contact with a sliding conductor that collects electrical charge; wherein, during operation of the air metal battery, the anode remains spaced from the cathode surface by a constant distance due to a hydrodynamic force of the electrolyte fluid.
Nivolumab for use in a method of treating a relapsed or refractory Hodgkin lymphoma in a subject in need thereof, wherein the subject is administered a combination of: (a) a dosage of 3 mg/kg of nivolumab; and (b) a dosage of 1.8 mg/kg of brentuximab vedotin; wherein (i) the dosage of brentuximab vedotin is administered to the subject on day 1 of a first 21-day cycle; (ii) the dosage of nivolumab is administered to the subject on day 8 of the first 21-day cycle; and (iii) a combination of 1.8 mg/kg brentuximab vedotin and 3 mg/kg nivolumab is administered on day 1 of each of a second 21-day cycle, a third 21-day cycle, and a fourth 21-day cycle, wherein the second 21-day cycle, the third 21-day cycle, and the fourth 21-day cycle follow in succession after the first 21-day cycle. (a) a dosage of 3 mg/kg of nivolumab; and (b) a dosage of 1.8 mg/kg of brentuximab vedotin;
Cooking appliance comprising at least one cooking chamber and comprising at least one high-frequency generator for dielectrically heating food in the cooking chamber, the cooking chamber being delimited by at least one closable door and at least one cooking chamber wall and being connected, via at least one passage opening, to at least one appliance component which is arranged at least partially outside of the cooking chamber, and at least one shielding device for shielding from leakage of high-frequency radiation from the cooking chamber being associated with the cooking chamber, characterised in that the appliance component is arranged outside of the shielding device and in that the shielding device comprises, at least in the region of the passage opening, at least one shielding unit having at least two perforated plates (17, 27) in an at least two-layer arrangement, and in that the perforated plates (17, 27) are arranged so as to be spaced apart from one another in order to form a gap, and in that the perforated plates (17, 27) extend between the cooking chamber and the component at least in portions.
An apparatus for measuring the speed of a moving objects on a road, the apparatus comprising: accelerometers (110, 120) for measuring a first acceleration along a moving direction of the moving object and a second acceleration along a lateral direction of the moving object; gyroscopes (130, 140) for measuring a first angular speed along the lateral direction of the moving object and a second angular speed along a lower direction of the moving object; a roll angle calculator for calculating a roll angle of the moving object using the second acceleration, the second angular speed, a previous speed of the moving object in the moving direction of the moving object, and a previous road inclination angle with respect to the moving direction of the moving object; an inclination angle calculator for calculating a road inclination angle using the calculated roll angle, the first angular speed, and the second angular speed; and a speed calculator for calculating a pure motion acceleration in the moving direction of the moving object using the calculated road inclination angle and for calculating the speed of the moving object using the pure motion acceleration of the moving object. accelerometers (110, 120) for measuring a first acceleration along a moving direction of the moving object and a second acceleration along a lateral direction of the moving object; gyroscopes (130, 140) for measuring a first angular speed along the lateral direction of the moving object and a second angular speed along a lower direction of the moving object; a roll angle calculator for calculating a roll angle of the moving object using the second acceleration, the second angular speed, a previous speed of the moving object in the moving direction of the moving object, and a previous road inclination angle with respect to the moving direction of the moving object; an inclination angle calculator for calculating a road inclination angle using the calculated roll angle, the first angular speed, and the second angular speed; and a speed calculator for calculating a pure motion acceleration in the moving direction of the moving object using the calculated road inclination angle and for calculating the speed of the moving object using the pure motion acceleration of the moving object.
An ink jet printer having • a print carriage that is movable in a main scanning direction (y), the print head carriage carrying at least one printing unit for printing a swath (36, 40, 46, 48) of an image onto the recording medium; • a holder arranged to move a recording medium relative to the print carriage in a sub-scanning direction (x) normal to the main scanning direction (y), and • a curing unit configured to in operation emit radiation, the print carriage further having a mirror assembly arranged to deflect radiation from the curing unit onto an exposure area (a1, a2) on the printed swath, characterized in that the mirror assembly comprises first and second mirrors (m1, m2) that are offset from one another in the main scanning direction (y) and the exposure area of the second mirror has a smaller dimension in the sub-scanning direction (x) than the exposure area of the first mirror, the exposure area of the second mirror being smaller than the swath, wherein the curing unit is arranged to in operation selectively provide radiation to one of the mirrors of the mirror assembly. • a print carriage that is movable in a main scanning direction (y), the print head carriage carrying at least one printing unit for printing a swath (36, 40, 46, 48) of an image onto the recording medium; • a holder arranged to move a recording medium relative to the print carriage in a sub-scanning direction (x) normal to the main scanning direction (y), and • a curing unit configured to in operation emit radiation,
A device, comprising: one or more processors to: obtain a master calibration set as a basis for a master calibration model of a master instrument, the master calibration set including spectra, for a set of samples, generated by the master instrument; identify a selected set of master calibrants for a subset of the set of samples; obtain a selected set of target calibrants from a target instrument, the selected set of target calibrants including spectra, for the subset of the set of samples, generated by the target instrument; create a transfer set for the subset of the set of samples, the transfer set including the selected set of master calibrants and the selected set of target calibrants; create a target calibration set, including spectra for the set of samples, based on the transfer set; and generate, a transferred calibration model by applying a support vector regression modelling technique to the target calibration set and optimizing the transferred calibration model by using an optimization technique for use with the target instrument. obtain a master calibration set as a basis for a master calibration model of a master instrument, the master calibration set including spectra, for a set of samples, generated by the master instrument; identify a selected set of master calibrants for a subset of the set of samples; obtain a selected set of target calibrants from a target instrument, the selected set of target calibrants including spectra, for the subset of the set of samples, generated by the target instrument; create a transfer set for the subset of the set of samples, the transfer set including the selected set of master calibrants and the selected set of target calibrants; create a target calibration set, including spectra for the set of samples, based on the transfer set; and generate, a transferred calibration model by applying a support vector regression modelling technique to the target calibration set and optimizing the transferred calibration model by using an optimization technique for use with the target instrument.
A method for producing an aqueous extract of a cereal, said method comprising the steps of: a) providing grains of a cereal; c) subjecting the cereal grains to a step of germination thereby obtaining germinated grains; d) subjecting the germinated grains to a step of heat treatment at a temperature in the range of 40 to 50°C, wherein the duration of the heat treatment is in the range of 1 to 5 h; e) finely dividing said germinated grains, thereby obtaining milled germinated grains, while said germinated grains have a water content of at least 20%, with the proviso that said cereal grains do not have a water content below 20% at any time between steps c) and e); and f) preparing an aqueous extract of said milled germinated grains, thereby producing an aqueous extract of the cereal. a) providing grains of a cereal; c) subjecting the cereal grains to a step of germination thereby obtaining germinated grains; d) subjecting the germinated grains to a step of heat treatment at a temperature in the range of 40 to 50°C, wherein the duration of the heat treatment is in the range of 1 to 5 h; e) finely dividing said germinated grains, thereby obtaining milled germinated grains, while said germinated grains have a water content of at least 20%, with the proviso that said cereal grains do not have a water content below 20% at any time between steps c) and e); and f) preparing an aqueous extract of said milled germinated grains,
A method for reimaging objects (201, 203, 205, 207) in an image, the method comprising: receiving a depthmap generated from an optical distancing system, wherein the depthmap includes depth data for each of a plurality of points; associating (S 103) the depthmap points with pixels of the image according to the plurality of points; receiving (S 105) data indicative of a location on the image and indicative of a first point of the plurality of points; calculating differences between a depth of the first point and depths of surrounding points to determine the rates of change of depth in directions moving away from the first point to each of the surrounding points; comparing the rates of change to a threshold value; identifying a subset of the surrounding points for which the threshold value exceeds the rate of change; and altering the image with a graphical effect at one or more image pixels corresponding to one or more of the subset of surrounding points. receiving a depthmap generated from an optical distancing system, wherein the depthmap includes depth data for each of a plurality of points; associating (S 103) the depthmap points with pixels of the image according to the plurality of points; receiving (S 105) data indicative of a location on the image and indicative of a first point of the plurality of points; calculating differences between a depth of the first point and depths of surrounding points to determine the rates of change of depth in directions moving away from the first point to each of the surrounding points; comparing the rates of change to a threshold value; identifying a subset of the surrounding points for which the threshold value exceeds the rate of change; and altering the image with a graphical effect at one or more image pixels corresponding to one or more of the subset of surrounding points.
An aerosol-generating article comprising: an aerosol-generating substrate; and a mouthpiece in axial alignment with the aerosol-generating substrate, the mouthpiece comprising: an additive segment (18, 20) of filtration material comprising one or more breakable capsules (22, 24), each breakable capsule comprising an outer shell and an inner core containing an additive, and an intermediate segment of filtration material provided adjacent the aerosol-generating substrate, characterised in that the additive segment of filtration material (18, 20) is spaced downstream from the intermediate segment to define an upstream cavity between the intermediate segment and the additive segment of filtration material (18, 20), wherein the upstream cavity is substantially unfilled; and a wrapper circumscribing the additive segment of filtration material (18, 20) and the upstream cavity. an aerosol-generating substrate; and a mouthpiece in axial alignment with the aerosol-generating substrate, the mouthpiece comprising: an additive segment (18, 20) of filtration material comprising one or more breakable capsules (22, 24), each breakable capsule comprising an outer shell and an inner core containing an additive, and an intermediate segment of filtration material provided adjacent the aerosol-generating substrate, characterised in that the additive segment of filtration material (18, 20) is spaced downstream from the intermediate segment to define an upstream cavity between the intermediate segment and the additive segment of filtration material (18, 20), wherein the upstream cavity is substantially unfilled; and an additive segment (18, 20) of filtration material comprising one or more breakable capsules (22, 24), each breakable capsule comprising an outer shell and an inner core containing an additive, and an intermediate segment of filtration material provided adjacent the aerosol-generating substrate, characterised in that the additive segment of filtration material (18, 20) is spaced downstream from the intermediate segment to define an upstream cavity between the intermediate segment and the additive segment of filtration material (18, 20), wherein the upstream cavity is substantially unfilled; and a wrapper circumscribing the additive segment of filtration material (18, 20) and the upstream cavity.
An intraocular implant comprising: (a) a matrix material, and (b) a composition comprising: (i) a masking compound capable of photoisomerization between a first isomer and a second isomer upon absorption of electromagnetic energy at a first wavelength and intensity; and (ii) a prepolymer capable of polymerization or crosslinking upon photoinitiation with electromagnetic energy at a second wavelength and intensity; wherein the masking compound is present in an amount sufficient to block polymerization or crosslinking of the prepolymer at the second wavelength unless or until the masking compound is photoisomerized from the first isomer to the second isomer. (a) a matrix material, and (b) a composition comprising: (i) a masking compound capable of photoisomerization between a first isomer and a second isomer upon absorption of electromagnetic energy at a first wavelength and intensity; and (ii) a prepolymer capable of polymerization or crosslinking upon photoinitiation with electromagnetic energy at a second wavelength and intensity; wherein the masking compound is present in an amount sufficient to block polymerization or crosslinking of the prepolymer at the second wavelength unless or until the masking compound is photoisomerized from the first isomer to the second isomer. (i) a masking compound capable of photoisomerization between a first isomer and a second isomer upon absorption of electromagnetic energy at a first wavelength and intensity; and (ii) a prepolymer capable of polymerization or crosslinking upon photoinitiation with electromagnetic energy at a second wavelength and intensity; wherein
A method of predicting a maximum discharge current for a battery cell, comprising: receiving a discharge time and a discharge limitation voltage; setting a discharge reference voltage; obtaining a proportional constant and an index parameter corresponding to the discharge reference voltage, wherein the proportional constant and the index parameter are applied to a relation between a constant current and a discharge time during a discharge; calculating a constant current for the discharge time by using the proportional constant and the index parameter; and adjusting the discharge reference voltage when a difference between a temporary discharge limitation voltage at which a voltage due to the constant current and an internal resistance of the battery cell is dropped from the discharge reference voltage and the discharge limitation voltage deviates from a predetermined error. receiving a discharge time and a discharge limitation voltage; setting a discharge reference voltage; obtaining a proportional constant and an index parameter corresponding to the discharge reference voltage, wherein the proportional constant and the index parameter are applied to a relation between a constant current and a discharge time during a discharge; calculating a constant current for the discharge time by using the proportional constant and the index parameter; and adjusting the discharge reference voltage when a difference between a temporary discharge limitation voltage at which a voltage due to the constant current and an internal resistance of the battery cell is dropped from the discharge reference voltage and the discharge limitation voltage deviates from a predetermined error.
A method of utilizing heat in a plant or animal growing device, comprising: circulating a heat transfer fluid through a circuit forming a closed fluid loop, and in the circuit: heating the heat transfer fluid by a heat source (2, 9), supplying heat from the heat transfer fluid to a first heat user consisting of a thermal desalination unit, and returning at least part of the heat transfer fluid that has been cooled down by the thermal desalination unit; characterised in that the heat transfer fluid supplies heat to at least one additional heat user (5, 6, 7, 25) connected in a serial arrangement either before or after the thermal desalination unit. circulating a heat transfer fluid through a circuit forming a closed fluid loop, and in the circuit: heating the heat transfer fluid by a heat source (2, 9), supplying heat from the heat transfer fluid to a first heat user consisting of a thermal desalination unit, and returning at least part of the heat transfer fluid that has been cooled down by the thermal desalination unit; characterised in that the heat transfer fluid supplies heat to at least one additional heat user (5, 6, 7, 25) connected in a serial arrangement either before or after the thermal desalination unit. heating the heat transfer fluid by a heat source (2, 9), supplying heat from the heat transfer fluid to a first heat user consisting of a thermal desalination unit, and returning at least part of the heat transfer fluid that has been cooled down by the thermal desalination unit; characterised in that the heat transfer fluid supplies heat to at least one additional heat user (5, 6, 7, 25) connected in a serial arrangement either before or after the thermal desalination unit.
Crane mast, comprising a device for attaching a ladder part of a crane operator elevator to the crane mast, and comprising a holding apparatus, by means of which the ladder part can be connected to the crane mast, characterized in that the holding apparatus is arranged and designed on the crane mast such that said apparatus can be pivoted from a working position, connected to the ladder part, into a rest position, released from the ladder part, and back again, the holding apparatus being within the outer contour of the crane mast in its rest position.
A seeding heart for a seed drill, having - a housing; - a drive shaft; - a seed disc for separating seeds, which is arranged in the housing and can carry out a rotation driven by means of the drive shaft, wherein the seed disc has an arrangement of seed holes, which is formed substantially concentrically and at least partially circumferentially around and spaced from a central disc section of the seed disc, which is arranged opposite the drive shaft or is connected thereto; - an agitator shaft, which is arranged in the housing and has an arrangement of agitating and/or conveying elements, which, when the seed disc and the agitator shaft are rotated, engage at least one seed disc section with the seed holes and/or one seed disc section adjacent to the seed holes; and - a pick-up and drive device associated with the agitator shaft which is arranged in the housing and configured to, on a flat side of the seed disc in a seed disc section outside the central disc section and at a distance from the drive shaft and outside a seed disc section with the arrangement of seed holes, pick up a drive force at the rotating seed disc by means of a pick-up mechanism and to rotate the agitator shaft by means of the picked-up drive force; characterized in that the pick-up mechanism can be displaced in a radial direction for adjusting a rotational speed of the agitator shaft relative to the seed disc in relation to the drive shaft. - a housing; - a drive shaft; - a seed disc for separating seeds, which is arranged in the housing and can carry out a rotation driven by means of the drive shaft, wherein the seed disc has an arrangement of seed holes, which is formed substantially concentrically and at least partially circumferentially around and spaced from a central disc section of the seed disc, which is arranged opposite the drive shaft or is connected thereto; - an agitator shaft, which is arranged in the housing and has an arrangement of agitating and/or conveying elements, which, when the seed disc and the agitator shaft are rotated, engage at least one seed disc section with the seed holes and/or one seed disc section adjacent to the seed holes; and - a pick-up and drive device associated with the agitator shaft which is arranged in the housing and configured to, on a flat side of the seed disc in a seed disc section outside the central disc section and at a distance from the drive shaft and outside a seed disc section with the arrangement of seed holes, pick up a drive force at the rotating seed disc by means of a pick-up mechanism and to rotate the agitator shaft by means of the picked-up drive force;
An oligonucleotide comprising a sense strand and an antisense strand, wherein the oligonucleotide comprises a sense strand comprising nucleotide sequence 5' GACGCUGACCCUGAA m GUUCAUCUU 3'; and an antisense strand comprising nucleotide sequence 3' CUGmCGACUGGGACUUCAAGUAGAA 5'; wherein the nucleotide indexed m is 2'-O-methylated. a sense strand comprising nucleotide sequence 5' GACGCUGACCCUGAA m GUUCAUCUU 3'; and an antisense strand comprising nucleotide sequence 3' CUGmCGACUGGGACUUCAAGUAGAA 5';