mhurhangee/ep-ind-claims huggingface dataset:
Transmission apparatus adapted to transmit data within a multi-carrier transmission system comprising two or more transmission apparatuses that are configured to transmit the same data, which have been encoded and/or modulated in the same way, by use of the same transmission parameters, comprising: - a signal input configured to receive multi-carrier signals (S(k)) carrying data to be transmitted on multiple subcarriers, - a distortion unit configured to distort said multi-carrier signals (S(k)) by use of a distortion function (P(k)) including a phase parameter and a sum of two or more window functions for modulating the phases of the subcarriers of said multi-carrier signals (S(k)) differently, wherein said distortion function (P(k)) is different from distortion functions used by other transmission apparatuses, within the multi-carrier transmission system, whose coverage areas overlap with the coverage area of the present transmission apparatus, by using a phase parameter that is different from the phase parameter used by said other transmission apparatuses, and wherein said window functions are configured to result in a finite length of an impulse response caused by said distortion function and wherein each window function covers a set of a plurality of subcarriers in the frequency domain, said sets being overlapping or adjacent to each other, and - a transmission unit configured to transmit said distorted multi-carrier signals as transmission signal (Tx(k)). - a signal input configured to receive multi-carrier signals (S(k)) carrying data to be transmitted on multiple subcarriers, - a distortion unit configured to distort said multi-carrier signals (S(k)) by use of a distortion function (P(k)) including a phase parameter and a sum of two or more window functions for modulating the phases of the subcarriers of said multi-carrier signals (S(k)) differently, wherein said distortion function (P(k)) is different from distortion functions used by other transmission apparatuses, within the multi-carrier transmission system, whose coverage areas overlap with the coverage area of the present transmission apparatus, by using a phase parameter that is different from the phase parameter used by said other transmission apparatuses, and wherein said window functions are configured to result in a finite length of an impulse response caused by said distortion function and wherein each window function covers a set of a plurality of subcarriers in the frequency domain, said sets being overlapping or adjacent to each other, and - a transmission unit configured to transmit said distorted multi-carrier signals as transmission signal (Tx(k)).
A method performed by one or more computers, the method comprising: receiving a video that includes a plurality of video frames that depict a first speaker; and characterized by further comprising: obtaining a first embedding characterizing the first speaker; and processing a first input comprising (i) the video and (ii) the first embedding using a visual speech recognition neural network having a plurality of parameters, wherein the visual speech recognition neural network is configured to process the video and the first embedding in accordance with trained values of the parameters to generate a speech recognition output that defines a sequence of one or more words being spoken by the first speaker in the video. receiving a video that includes a plurality of video frames that depict a first speaker; and characterized by further comprising: obtaining a first embedding characterizing the first speaker; and processing a first input comprising (i) the video and (ii) the first embedding using a visual speech recognition neural network having a plurality of parameters, wherein the visual speech recognition neural network is configured to process the video and the first embedding in accordance with trained values of the parameters to generate a speech recognition output that defines a sequence of one or more words being spoken by the first speaker in the video. obtaining a first embedding characterizing the first speaker; and processing a first input comprising (i) the video and (ii) the first embedding using a visual speech recognition neural network having a plurality of parameters, wherein the visual speech recognition neural network is configured to process the video and the first embedding in accordance with trained values of the parameters to generate a speech recognition output that defines a sequence of one or more words being spoken by the first speaker in the video.
A spectacle lens manufacturing method comprising: providing a first region which is located in at least part of a portion of the lens where a pivotal angle of an eyeball of a wearer ranges from 20 to 60 degrees and in which correcting astigmatism which is the difference between an error of meridional dioptric power and an error of sagittal dioptric power has priority over correcting average power of the lens, wherein the average power is the average of the meridional dioptric power and the sagittal dioptric power; and providing a second region which is a central portion of the spectacle lens and in which correcting the average power of the lens has priority over correcting the astigmatism, providing a spectacle lens having the thus obtained design. providing a first region which is located in at least part of a portion of the lens where a pivotal angle of an eyeball of a wearer ranges from 20 to 60 degrees and in which correcting astigmatism which is the difference between an error of meridional dioptric power and an error of sagittal dioptric power has priority over correcting average power of the lens, wherein the average power is the average of the meridional dioptric power and the sagittal dioptric power; and providing a second region which is a central portion of the spectacle lens and in which correcting the average power of the lens has priority over correcting the astigmatism, providing a spectacle lens having the thus obtained design.
A composition for tablets comprising crystalline apixaban particles having a mean particle size less than 89 μm and a D 90 less than 89 μm as measured by laser light scattering, wherein the composition comprises up to 5 mg apixaban, a pharmaceutically acceptable diluent or carrier and a surfactant, wherein the surfactant is present in a concentration of 0.25% to 2% by weight and serves as a wetting aid for apixaban drug substance, wherein the composition is obtainable by a process comprising an air-jet milling process to reduce apixaban particle size to the desired size and dry granulation.
Dryer for a plant for the production and distribution of bituminous conglomerates comprising: - at least one inlet mouth for inert materials, preferably inert lithic materials; - at least one burner generating at least one flame which generates drying heat for said materials; - at least one discharge head for the extraction of said materials from said dryer; - attachment means in the form of an exit from which the air is recovered suitable for connection to a suction system of air adapted to suck air from said dryer; characterised in that said dryer is provided with connecting means for the connection to a damping system of polluting compounds which are generated in said plant, said damping system of polluting compounds comprising: - generation means (23', 23", 23"', 26) of an air flow containing said polluting compounds which are drawn from said plant; - introduction means (27', 43) of said air flow containing the polluting compounds inside said dryer; said dryer comprising: - deviation means (30, 54) of said air flow containing the polluting compounds which are configured to deviate said air flow towards a perimetrically external surface or shell of said dryer, said deviation means (30, 54) being configured and structured to spread apart said air flow at least from a generation zone of the at least one flame and said deviation means (30, 54) being configured and structured to generate a turbulence in said air flow increasing the permanence time of said polluting compounds inside said dryer; wherein said at least one flame causes a combustion of said polluting compounds. - at least one inlet mouth for inert materials, preferably inert lithic materials; - at least one burner generating at least one flame which generates drying heat for said materials; - at least one discharge head for the extraction of said materials from said dryer; - attachment means in the form of an exit from which the air is recovered suitable for connection to a suction system of air adapted to suck air from said dryer; - generation means (23', 23", 23"', 26) of an air flow containing said polluting compounds which are drawn from said plant; - introduction means (27', 43) of said air flow containing the polluting compounds inside said dryer; said dryer comprising: - deviation means (30, 54) of said air flow containing the polluting compounds which are configured to deviate said air flow towards a perimetrically external surface or shell of said dryer, said deviation means (30, 54) being configured and structured to spread apart said air flow at least from a generation zone of the at least one flame and said deviation means (30, 54) being configured and structured to generate a turbulence in said air flow increasing the permanence time of said polluting compounds inside said dryer;
A fan intermediate case for a gas turbine engine having a geared architecture for driving a fan, the case comprising: a radially inner case hub (50; 150); a radially outer case section (52; 152) with an outer wall; a plurality of circumferentially distributed struts extending radially between the inner hub (50; 150) and the outer case section (52; 152); and a lubricant scavenge passage (60; 160) disposed circumferentially apart from a bottom dead center position of the case, the lubricant scavenge passage (60; 160) including an inner scavenge section extending radially through a first one of the plurality of struts (54; 154), and an inner port including an oil scoop (78; 178) having an entrance along an inner surface of the inner hub (50; 150), the entrance oriented tangentially away from the BDC case position. a radially inner case hub (50; 150); a radially outer case section (52; 152) with an outer wall; a plurality of circumferentially distributed struts extending radially between the inner hub (50; 150) and the outer case section (52; 152); and a lubricant scavenge passage (60; 160) disposed circumferentially apart from a bottom dead center position of the case, the lubricant scavenge passage (60; 160) including an inner scavenge section extending radially through a first one of the plurality of struts (54; 154), and an inner port including an oil scoop (78; 178) having an entrance along an inner surface of the inner hub (50; 150), the entrance oriented tangentially away from the BDC case position.
A component supply unit configured to be loaded on a mounting device for mounting a component on a substrate, the component supply unit comprising: a supply section configured to supply a component to the mounting device; a connecting section configured to be electrically connected to the mounting device; a unit operation panel configured to receive from an operator an operation input to the supply section, and an operation input to the mounting device, and a control unit configured to control the supply section in accordance with the operation input to the supply section received by the unit operation panel and to output, via the connecting section, a signal to the mounting device based on the operation input to the mounting device received by the unit operation panel, wherein the mounting device is provided with a main operation panel for performing operation input to the mounting device, two or more of which can be lined up to form a production line, the component supply unit is provided with a housing having a height, a depth, and a width that prevent an operator from accessing the main operation panel when the component supply unit is loaded on the loading section of the mounting device, and the housing accommodates the supply section. a supply section configured to supply a component to the mounting device; a connecting section configured to be electrically connected to the mounting device; a unit operation panel configured to receive from an operator an operation input to the supply section, and an operation input to the mounting device, and a control unit configured to control the supply section in accordance with the operation input to the supply section received by the unit operation panel and to output, via the connecting section, a signal to the mounting device based on the operation input to the mounting device received by the unit operation panel, wherein the mounting device is provided with a main operation panel for performing operation input to the mounting device, two or more of which can be lined up to form a production line, the component supply unit is provided with a housing having a height, a depth, and a width that prevent an operator from accessing the main operation panel when the component supply unit is loaded on the loading section of the mounting device, and the housing accommodates the supply section.
A method of fabrication of contacts on a semiconductor material comprising the steps of: depositing an oxide of a desired contact material by a chemical electroless process on a face of the semiconductor material; and reducing the oxide via a chemical electroless process to produce a contact of the desired contact material; characterised in that the step of depositing an oxide of a desired contact material by a chemical electroless process on a face of the semiconductor material comprises applying a deposition solution selected such that a relatively insoluble oxide of a desired contact material is deposited onto the face of the semiconductor material in that said relatively insoluble oxide is formed chemically at the semiconductor surface by oxidation of the semiconductor material at the surface. depositing an oxide of a desired contact material by a chemical electroless process on a face of the semiconductor material; and reducing the oxide via a chemical electroless process to produce a contact of the desired contact material; characterised in that the step of depositing an oxide of a desired contact material by a chemical electroless process on a face of the semiconductor material comprises applying a deposition solution selected such that a relatively insoluble oxide of a desired contact material is deposited onto the face of the semiconductor material in that said relatively insoluble oxide is formed chemically at the semiconductor surface by oxidation of the semiconductor material at the surface.
A copper alloy, containing: 18% by mass to 30% by mass of Zn; 1% by mass to 1.5% by mass of Ni; 0.2% by mass to 1% by mass of Sn; and 0.003% by mass to 0.06% by mass of P, the remainder being Cu and unavoidable impurities, wherein a Zn content [Zn] in terms of % by mass, a Sn content [Sn] in terms of % by mass, and a Ni content [Ni] in terms of % by mass satisfy relationships of 17≤f1=[Zn]+5×[Sn]-2×[Ni]≤30, 14≤f2=[Zn]-0.5×[Sn]-3×[Ni]≤26, and 8≤f3={f1×(32-f1)} 1/2 ×[Ni]≤23, the Sn content [Sn] in terms of % by mass, and the Ni content [Ni] in terms of % by mass satisfy relationships of 1.3≤[Ni]+[Sn]≤2.4, and 1.5≤[Ni]/[Sn]≤5.5, the Ni content [Ni] in terms of % by mass, and a P content in terms of % by mass satisfy a relationship of 20≤[Ni]/ ≤400, and the copper alloy has a metallographic structure of an α single phase. 18% by mass to 30% by mass of Zn; 1% by mass to 1.5% by mass of Ni; 0.2% by mass to 1% by mass of Sn; and 0.003% by mass to 0.06% by mass of P, the remainder being Cu and unavoidable impurities,
An exhaust gas purifying catalyst, comprising: precious metal particles being composed of palladium; a plurality of first compounds on which the precious metal particles are supported; and second compounds which are arranged among the plurality of first compounds and separate the first compounds from one another, wherein a pore volume of a catalyst layer comprising the precious metal particles, the first compounds and the second compounds is within a range of 0.24 to 0.8 cm 3 /g, wherein the first compounds are manganese aluminate, and wherein the second compounds are alumina. precious metal particles being composed of palladium; a plurality of first compounds on which the precious metal particles are supported; and second compounds which are arranged among the plurality of first compounds and separate the first compounds from one another,
Standalone device for monitoring time of use of a generator set, able to provide at least one piece of information characteristic of an operating time of said generator set, said device comprising: - at least one first sensor able to measure a first parameter representative of an operating state of said generator set; and - at least one second sensor able to measure a second parameter representative of an operating state of said generator set, said first and second parameters being representative of distinct aspects of the operation of said generator set; - processing means delivering said characteristic piece of information of an operating time, as a function of said first and second parameters, said generator set being considered as operating when both sensors (101, 102) deliver parameters indicating a potential operation; - means for internally storing said characteristic piece of information of an operating time; - transmission means able to transmit said characteristic piece of information of an operating time to a terminal or an external server. - at least one first sensor able to measure a first parameter representative of an operating state of said generator set; and - at least one second sensor able to measure a second parameter representative of an operating state of said generator set, said first and second parameters being representative of distinct aspects of the operation of said generator set; - processing means delivering said characteristic piece of information of an operating time, as a function of said first and second parameters, said generator set being considered as operating when both sensors (101, 102) deliver parameters indicating a potential operation; - means for internally storing said characteristic piece of information of an operating time; - transmission means able to transmit said characteristic piece of information of an operating time to a terminal or an external server.
A completion string for use in a subterranean well, the completion string comprising: at least one well screen; a first flow control device; and at least one second flow control device that is separately actuatable from the first flow control device, the second flow control device being remotely operable, wherein the first flow control device selectively prevents and permits substantially unrestricted flow between all of the well screens and an interior of the completion string at the same time, and the at least one second flow control device variably restricts flow between one or more of the well screens and the interior of the completion string. at least one well screen; a first flow control device; and at least one second flow control device that is separately actuatable from the first flow control device, the second flow control device being remotely operable, wherein the first flow control device selectively prevents and permits substantially unrestricted flow between all of the well screens and an interior of the completion string at the same time, and the at least one second flow control device variably restricts flow between one or more of the well screens and the interior of the completion string.
A method, performed by a base station, for supporting cell reselection for a user equipment, said base station being comprised in a cellular system, wherein the method comprises: - obtaining (201, 501) information that comprises system information relevant for idle mode reselection including idle mode reselection to one or more WiFi cells and one or more cells of the cellular system, and - broadcasting (202, 502) the system information, characterized in that the system information comprises a time to trigger reselection. - obtaining (201, 501) information that comprises system information relevant for idle mode reselection including idle mode reselection to one or more WiFi cells and one or more cells of the cellular system, and - broadcasting (202, 502) the system information,
Respiratory therapy apparatus including a vibratory therapy device having a structure and a movable member mounted with the structure and caused to oscillate by the action of breathing through the device such as to provide an oscillating resistance to breathing through the device, characterised in that the apparatus further includes a sensor mounted with the structure and responsive to vibration transmitted through the structure caused by the oscillating movement of the movable member to provide a signal indicative of the oscillatory movement of the movable member within the apparatus caused by breathing through the apparatus; and processing means arranged to convert the signal of the sensor into parameters indicative of the use of the vibratory therapy device.