mhurhangee/ep-ind-claims huggingface dataset:
Pharmaceutical tablet composition comprising eltrombopag olamine as active ingredient and one or more pharmaceutically acceptable excipients including one or more reducing sugars, characterized in that the composition comprises or consists of a) eltrombopag olamine in a therapeutically effective amount and one or more pharmaceutically acceptable excipients in an intragranular composition, and b) one or more reducing sugars comprising lactose and optionally further one or more pharmaceutically acceptable excipients in an extragranular composition. a) eltrombopag olamine in a therapeutically effective amount and one or more pharmaceutically acceptable excipients in an intragranular composition, and b) one or more reducing sugars comprising lactose and optionally further one or more pharmaceutically acceptable excipients in an extragranular composition.
A method of forming a porous tip segment in a capillary column: wherein the capillary column comprises a wall, a fluid inlet and a fluid outlet; and wherein the capillary column comprises a tip segment including the outlet; characterised in that the method comprises the step of etching said tip segment including said outlet with one or more of a solution of acid, a solution of base and a mechanical tool until said tip segment is porous. wherein the capillary column comprises a wall, a fluid inlet and a fluid outlet; and wherein the capillary column comprises a tip segment including the outlet; characterised in that the method comprises the step of etching said tip segment including said outlet with one or more of a solution of acid, a solution of base and a mechanical tool until said tip segment is porous.
A micro base station forming a micro cell and being connected to a macro base station forming a macro cell, wherein the micro base station is disposed in the macro cell and comprises: a reception section adapted to receive first instruction information and second instruction information from the macro base station, wherein the first instruction information includes a transmission interval and a transmission start timing of a non-data signal and the second instruction information is for instructing the micro base station to change the transmission interval of the non-data signal; and a control section adapted to control transmission start of the non-data signal that is at least one of a synchronization signal, a broadcast signal and a measurement reference signal in the micro cell, according to the first instruction information, and to change the transmission interval of the non-data signal according to the second instruction information, wherein the non-data signal is transmitted periodically. a reception section adapted to receive first instruction information and second instruction information from the macro base station, wherein the first instruction information includes a transmission interval and a transmission start timing of a non-data signal and the second instruction information is for instructing the micro base station to change the transmission interval of the non-data signal; and a control section adapted to control transmission start of the non-data signal that is at least one of a synchronization signal, a broadcast signal and a measurement reference signal in the micro cell, according to the first instruction information, and to change the transmission interval of the non-data signal according to the second instruction information, wherein the non-data signal is transmitted periodically.
A guiding system for guiding an autonomous movable object, wherein the guiding system comprises a time-of-flight imaging system comprising a first light source, wherein the first light source is arranged to illuminate a first field of detection, wherein the imaging system comprises at least one light sensor, wherein the light sensor is arranged to detect reflected light, wherein the detected reflected light comprises first reflected light and second reflected light, wherein the first reflected light comprises light emitted by the first light source reflected at the first field of detection, wherein the second reflected light originates from a second field of detection illuminated by a second light source, wherein the second light source is independent from the first light source, wherein the second light source is a light source coupled to a different movable object, wherein the imaging system is arranged to differentiate between the first reflected light and the second reflected light, wherein the imaging system is arranged to determine a depth map of the first field of detection based on the detected first reflected light, and wherein the imaging system is arranged to generate a feedback signal for triggering a feedback action based on the detected second reflected light; characterized in that the guiding system further comprises a motion control module, wherein the motion control module is arranged to receive the feedback signal, and wherein the motion control module is arranged to modify a motion of the autonomous movable object based on the feedback signal. a time-of-flight imaging system comprising a first light source, wherein the first light source is arranged to illuminate a first field of detection, wherein the imaging system comprises at least one light sensor, wherein the light sensor is arranged to detect reflected light, wherein the detected reflected light comprises first reflected light and second reflected light, wherein the first reflected light comprises light emitted by the first light source reflected at the first field of detection, wherein the second reflected light originates from a second field of detection illuminated by a second light source, wherein the second light source is independent from the first light source, wherein the second light source is a light source coupled to a different movable object, wherein the imaging system is arranged to differentiate between the first reflected light and the second reflected light, wherein the imaging system is arranged to determine a depth map of the first field of detection based on the detected first reflected light, and wherein the imaging system is arranged to generate a feedback signal for triggering a feedback action based on the detected second reflected light; characterized in that the guiding system further comprises a motion control module, wherein the motion control module is arranged to receive the feedback signal, and wherein the motion control module is arranged to modify a motion of the autonomous movable object based on the feedback signal.
A method for producing an oxide electrolyte sintered body, the method comprising: preparing crystal particles of a garnet-type ion-conducting oxide represented by a general formula (Li x-3y-z,E y,H z)L α M β O γ, where E is at least one kind of element selected from the group consisting of Al, Ga, Fe and Si; L is at least one kind of element selected from an alkaline-earth metal and a lanthanoid element; M is at least one kind of element selected from the group consisting of Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Fe, Co, Ni, Cu, Zn, Cd, Al, Ga, Ge, Sn, Sb and Bi; 3≤x-3y-z≤7; 0≤y<0.22; 0<z≤2.8; 2.5≤α≤3.5; 1.5≤β≤2.5; and 11≤y≤13, wherein a full width at half maximum of a diffraction peak which has a highest intensity and which is observed at a diffraction angle (2θ) in a range of from 29° to 32° as a result of X-ray diffraction measurement using CuKα radiation, is 0.164° or less, preparing a lithium-containing flux, and sintering a mixture of the flux and the crystal particles of the garnet-type ion-conducting oxide, by heating at a temperature equal to or more than a melting point of the flux. preparing crystal particles of a garnet-type ion-conducting oxide represented by a general formula (Li x-3y-z,E y,H z)L α M β O γ, where E is at least one kind of element selected from the group consisting of Al, Ga, Fe and Si; L is at least one kind of element selected from an alkaline-earth metal and a lanthanoid element; M is at least one kind of element selected from the group consisting of Sc, Y, Ti, Zr, Hf, V, Nb, Ta, Cr, Mo, W, Mn, Fe, Co, Ni, Cu, Zn, Cd, Al, Ga, Ge, Sn, Sb and Bi; 3≤x-3y-z≤7; 0≤y<0.22; 0<z≤2.8; 2.5≤α≤3.5; 1.5≤β≤2.5; and 11≤y≤13, wherein a full width at half maximum of a diffraction peak which has a highest intensity and which is observed at a diffraction angle (2θ) in a range of from 29° to 32° as a result of X-ray diffraction measurement using CuKα radiation, is 0.164° or less, preparing a lithium-containing flux, and sintering a mixture of the flux and the crystal particles of the garnet-type ion-conducting oxide, by heating at a temperature equal to or more than a melting point of the flux.
Brush for treating the hair, in particular for straightening, having an elongate shape along a main axis, the brush having: - a single heated hair combing zone, without a steam outlet, in which the brush has: ∘ a plurality of teeth made of a heat conducting material, the teeth extending along one row of teeth extending along the main axis of the brush, and 25] heating means (35, 37) comprising at least one active element heating at least two teeth of the plurality of teeth extending at least partially under the heated combing zone for heating, - a single steam outlet zone, without any tooth, in which the brush has a single row of a plurality of steam outlets aligned with each other along a longitudinal axis of the steam outlet zone, the steam outlets opening into the brush onto a common steam dispensing chamber, the steam outlet zone being separated from the single heated hair combing zone and being situated at the periphery of the single heated hair combing zone, the row of steam outlets extending along the main axis of the brush and along the heated combing zone. - a single heated hair combing zone, without a steam outlet, in which the brush has: ∘ a plurality of teeth made of a heat conducting material, the teeth extending along one row of teeth extending along the main axis of the brush, and 25] heating means (35, 37) comprising at least one active element heating at least two teeth of the plurality of teeth extending at least partially under the heated combing zone for heating, ∘ a plurality of teeth made of a heat conducting material, the teeth extending along one row of teeth extending along the main axis of the brush, and 25] heating means (35, 37) comprising at least one active element heating at least two teeth of the plurality of teeth extending at least partially under the heated combing zone for heating, - a single steam outlet zone, without any tooth, in which the brush has a single row of a plurality of steam outlets aligned with each other along a longitudinal axis of the steam outlet zone, the steam outlets opening into the brush onto a common steam dispensing chamber, the steam outlet zone being separated from the single heated hair combing zone and being situated at the periphery of the single heated hair combing zone, the row of steam outlets extending along the main axis of the brush and along the heated combing zone.
A cooling device comprising a compressor that provides compression of a refrigerant, a condenser providing the refrigerant leaving the compressor as overheated vapor to be condensed to pass first to the liquid-vapor phase and then to the liquid phase completely, one or more evaporators comprising passages and providing to cool an ambient environment with the absorption of heat by the refrigerant circulating within, an expansion element providing the refrigerant leaving the condenser to expand and to be delivered to the evaporator, a valve situated between the condenser and the expansion element that shuts off refrigerant flow through the expansion element from the condenser towards the evaporator during the off period of the compressor, characterized by an additional expansion element with one end extending to the valve and the other end in between the evaporator passages, providing to direct the refrigerant migration to a portion of the evaporator, a second valve separating the evaporator into two by being situated between the evaporator inlet and the point wherein the additional expansion element is connected to the evaporator, and a control unit • that provides the refrigerant to reach from the condenser to the evaporator and to the compressor by means of the first valve and by way of the expansion element thus completing the cooling cycle by opening the second valve while the compressor operates, • that, when the compressor stops, closes the second valve providing the refrigerant that tends to flow from the condenser to the evaporator by the first valve due to refrigerant migration effect, to be directed over the additional expansion element to the passages of the evaporator situated after the second valve and to by-pass the evaporator passages situated between the two valves (16 and 6). • that provides the refrigerant to reach from the condenser to the evaporator and to the compressor by means of the first valve and by way of the expansion element thus completing the cooling cycle by opening the second valve while the compressor operates, • that, when the compressor stops, closes the second valve providing the refrigerant that tends to flow from the condenser to the evaporator by the first valve due to refrigerant migration effect, to be directed over the additional expansion element to the passages of the evaporator situated after the second valve and to by-pass the evaporator passages situated between the two valves (16 and 6).
A method for in-situ anode activation of an anode positioned in an electrolytic cell for alkaline water electrolysis, the method comprising: - a step of providing a cathode wherein at least a part of a surface of the cathode comprises an electrically conducting stable material and an anode catalytic material, the anode catalytic material adapted to be released from the cathode in alkaline water, - a step of releasing the anode catalytic material from the cathode wherein a part of the anode catalytic material from the cathode is released from the cathode into an electrolyte in the electrolytic cell by positioning the cathode in the electrolytic cell such the surface of the cathode is contacted with the electrolyte, wherein the electrolyte is alkaline water and wherein the cathode is positioned such that in the electrolytic cell the cathode and the anode are separated by a diaphragm configured to be gas tight and permeable to the anode catalytic material, and - a step of depositing the anode catalytic material so released wherein at least a part of the anode catalytic material so released is deposited at a surface of the anode by applying an electric voltage across the anode and the cathode such that an overpotential at the anode is reduced by deposition of the anode catalytic material at the surface of the anode, wherein the part of the surface of the cathode further comprises Sulfur. - a step of providing a cathode wherein at least a part of a surface of the cathode comprises an electrically conducting stable material and an anode catalytic material, the anode catalytic material adapted to be released from the cathode in alkaline water, - a step of releasing the anode catalytic material from the cathode wherein a part of the anode catalytic material from the cathode is released from the cathode into an electrolyte in the electrolytic cell by positioning the cathode in the electrolytic cell such the surface of the cathode is contacted with the electrolyte, wherein the electrolyte is alkaline water and wherein the cathode is positioned such that in the electrolytic cell the cathode and the anode are separated by a diaphragm configured to be gas tight and permeable to the anode catalytic material, and - a step of depositing the anode catalytic material so released wherein at least a part of the anode catalytic material so released is deposited at a surface of the anode by applying an electric voltage across the anode and the cathode such that an overpotential at the anode is reduced by deposition of the anode catalytic material at the surface of the anode, wherein the part of the surface of the cathode further comprises Sulfur.
A dual catheter arrangement for reperfusion of an ischemic tissue region via a coronary vessel, comprising a primary balloon catheter having a lumen for inflation and deflation of a primary balloon disposed at a distal region of the primary balloon catheter and a lumen extending throughout the primary balloon catheter and open at a distal end of the primary balloon catheter, and a secondary balloon catheter having a lumen for inflation and deflation of a secondary balloon disposed at a distal region of the secondary balloon catheter, which is arranged slidable within the lumen of the primary balloon catheter to achieve a working position in which the secondary balloon catheter continues completely through the lumen of the primary balloon catheter and extends distally beyond the primary balloon catheter, characterised in that the primary balloon catheter has at least a further separate lumen extending throughout the primary balloon catheter having a connecting flange proximally for detachable, fluid-tight connection to a flushing source unit and open at the distal end of the primary balloon catheter, and the secondary balloon catheter has an irrigation lumen having a connecting flange proximally for detachable, fluid-tight connection to a flushing source unit and an opening at a distal end of the secondary balloon catheter.
A method for determining a likelihood of cancer recurrence in a patient with prostate cancer, comprising: measuring an expression level of KLK2 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient; wherein an increased expression level of KLK2 is negatively associated with an increased risk of recurrence. measuring an expression level of KLK2 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient;
A barbell rack installable on a wall, comprising: a first upright and a second upright fixable to the wall and distanced from one another; a first pole and a second pole respectively associated to the first upright and second upright, each of said poles (5, 6) having a plurality of holes adapted to receive a support shelf, means for hinging (9, 10) each pole (5, 6) to the corresponding upright (2, 3) in such a way that each pole (5, 6) is movable between a use position, in which it is at a maximum distance from the corresponding upright (2, 3), and a rest position, in which it is at a minimum distance from the corresponding upright (2, 3), characterised in that each upright (2, 3) has a section that is substantially C- or U-shaped, each pole (5, 6), in the rest position, being housed inside the corresponding upright (2, 3). a first upright and a second upright fixable to the wall and distanced from one another; a first pole and a second pole respectively associated to the first upright and second upright, each of said poles (5, 6) having a plurality of holes adapted to receive a support shelf, means for hinging (9, 10) each pole (5, 6) to the corresponding upright (2, 3) in such a way that each pole (5, 6) is movable between a use position, in which it is at a maximum distance from the corresponding upright (2, 3), and a rest position, in which it is at a minimum distance from the corresponding upright (2, 3), characterised in that each upright (2, 3) has a section that is substantially C- or U-shaped, each pole (5, 6), in the rest position, being housed inside the corresponding upright (2, 3).
A measuring apparatus for measuring adhesion performance of an adhesive when it is impregnated as a layer in a surface, comprising: a rolling ball tack equipment configured to measure adhesion performance according to a rolling ball tack test standard, the rolling ball tack equipment including a metallic ball, a ramp and a tape or label to be evaluated; a remote triggering system comprising an actuator installed inside the apparatus, which liberates the metallic ball in the superior part of the ramp, characterized in a remote trigger for the actuator; wherein the rolling ball tack equipment and the actuator are provided in a conditioned chamber, and the remote trigger for the actuator is provided outside the conditioned chamber. a rolling ball tack equipment configured to measure adhesion performance according to a rolling ball tack test standard, the rolling ball tack equipment including a metallic ball, a ramp and a tape or label to be evaluated; a remote triggering system comprising an actuator installed inside the apparatus, which liberates the metallic ball in the superior part of the ramp, characterized in a remote trigger for the actuator; wherein the rolling ball tack equipment and the actuator are provided in a conditioned chamber, and the remote trigger for the actuator is provided outside the conditioned chamber.
Electrical device including a Rogowski current transformer, intended to measure a current (Ip) flowing through a current conductor forming a primary circuit, said current transformer including a measurement secondary winding designed to surround the current conductor, and a test secondary winding for inducing a test signal in the measurement secondary winding when test pulses are applied to said test secondary winding, which electrical device is characterized in that it includes: - a processing circuit, connected to the measurement secondary winding of the current transformer, in order to supply a signal representative of the electric current (Ip), - a first circuit for filtering the signal representative of the electric current, connected to the processing circuit, in order to supply a first filtered signal in a first frequency band, - a pulse generator circuit connected to the test secondary winding of the current transformer in order to generate the test pulses in the test secondary winding at a predefined test frequency (Ft) contained in a second frequency band, and - a second circuit for filtering the signal representative of the electric current, connected to the processing circuit, in order to supply a second filtered signal in the second frequency band. - a processing circuit, connected to the measurement secondary winding of the current transformer, in order to supply a signal representative of the electric current (Ip), - a first circuit for filtering the signal representative of the electric current, connected to the processing circuit, in order to supply a first filtered signal in a first frequency band, - a pulse generator circuit connected to the test secondary winding of the current transformer in order to generate the test pulses in the test secondary winding at a predefined test frequency (Ft) contained in a second frequency band, and - a second circuit for filtering the signal representative of the electric current, connected to the processing circuit, in order to supply a second filtered signal in the second frequency band.
Device for measuring elevations on the surface of a rotary body embodied as a cylinder, roller, sleeve, or plate for a printing machine, the device comprising a first motor for rotating the rotary body about an axis of rotation and a measuring device, characterized in that to take touch-free measurements, said measuring device comprises at least one radiation source and at least one area scan camera, in that the radiation source generates a light curtain as emitted light, in that the contour of the rotary body generates a shade, and in that the area scan camera receives the emitted light without the shade created by the contour. in that to take touch-free measurements, said measuring device comprises at least one radiation source and at least one area scan camera, in that the radiation source generates a light curtain as emitted light, in that the contour of the rotary body generates a shade, and in that the area scan camera receives the emitted light without the shade created by the contour.