mhurhangee/ep-ind-claims huggingface dataset:
An inkjet printable medium, comprising: an opaque substrate having I(x)/I 0 equal to or less than 0.05, wherein I(x) is an intensity of light remaining at a distance x, where x is the distance that light travels through the substrate, and wherein I 0 is an initial intensity of light at x = 0, the substrate including: at least two non-woven paper layers; and an adhesive, opacity enhancing layer disposed between the at least two non-woven paper layers, the adhesive layer including a visible light-blocking dye or pigment; and an image receiving layer coated on the substrate; wherein the substrate has a basis weight ranging from 100 gsm to 500 gsm; wherein the light referred to is visible light; and wherein each of the at least two non-woven paper layers is formed from polymeric fibers, a binder and a blend of hardwood fibers and softwood fibers. an opaque substrate having I(x)/I 0 equal to or less than 0.05, wherein I(x) is an intensity of light remaining at a distance x, where x is the distance that light travels through the substrate, and wherein I 0 is an initial intensity of light at x = 0, the substrate including: at least two non-woven paper layers; and an adhesive, opacity enhancing layer disposed between the at least two non-woven paper layers, the adhesive layer including a visible light-blocking dye or pigment; and at least two non-woven paper layers; and an adhesive, opacity enhancing layer disposed between the at least two non-woven paper layers, the adhesive layer including a visible light-blocking dye or pigment; and an image receiving layer coated on the substrate; wherein the substrate has a basis weight ranging from 100 gsm to 500 gsm; wherein the light referred to is visible light; and wherein each of the at least two non-woven paper layers is formed from polymeric fibers, a binder and a blend of hardwood fibers and softwood fibers.
Brush, in particular toothbrush, comprising an upper part and a lower part which are interconnected to each other, wherein a storage chamber for a liquid or pasty medium, in particular toothpaste, is provided in the lower part and a brush head is disposed on the upper part, and wherein a channel extends between the storage chamber and the brush head, wherein a device is disposed in the channel which impedes or prevents a flow of the medium from the brush head to the storage chamber, and wherein the upper part and the lower part have flexurally rigid wall sections (16, 17) and a flexible wall section is positioned between them, which forms a wall section of the storage chamber, characterized in that the flexurally rigid wall sections (16, 17) on the upper part and the lower part are connected to each other by an articulation and that the elastic wall section adjoins on the one hand to edges (14, 15) of the flexurally rigid wall sections (16, 17) of the upper part and the lower part and on the other hand adjoins the articulation.
A formed article comprising a base layer and a gas barrier layer that is formed of a material including at least an oxygen atom, a nitrogen atom and a silicon atom, wherein the formed article is in the shape of a film or a sheet; wherein the surface layer part of the gas barrier layer has - an oxygen atom content rate of 60 to 75%, a nitrogen atom content rate of 0.1 to 10%, and a silicon atom content rate of 25 to 35%, based on the total content of oxygen atoms, nitrogen atoms, and silicon atoms, and - a film density of 2.4 to 4.0 g/cm 3; wherein the surface layer part of the gas barrier layer is the surface of the gas barrier layer and an area of the gas barrier layer having a depth of 5 nm or less from the surface of the gas barrier layer; wherein the gas barrier layer is obtained by implanting ions into a polysilazane compound-containing layer; wherein the formed article has a water vapor transmission rate at a temperature of 40°C and a relative humidity of 90% of less than 0.50 g/m 2 /day; wherein the film density and the oxygen atom content rate, the nitrogen atom content rate, and the silicon atom content rate in the surface layer part of the gas barrier layer are measured according to the description. - an oxygen atom content rate of 60 to 75%, a nitrogen atom content rate of 0.1 to 10%, and a silicon atom content rate of 25 to 35%, based on the total content of oxygen atoms, nitrogen atoms, and silicon atoms, and - a film density of 2.4 to 4.0 g/cm 3;
A method performed by a wireless device, the method comprising: selecting a repetition mapping for In-Phase/Quadrature-Phase, I/Q, symbol repetitions within an Orthogonal Frequency Division Multiplexing, OFDM, or Discrete Fourier Transform spread OFDM, DFT-s-OFDM, symbol of an uplink transmission, the I/Q symbol repetitions being for application of an intra data symbol Orthogonal Cover Code, OCC, to the I/Q symbol repetitions; and transmitting an uplink transmission using the selected repetition mapping. selecting a repetition mapping for In-Phase/Quadrature-Phase, I/Q, symbol repetitions within an Orthogonal Frequency Division Multiplexing, OFDM, or Discrete Fourier Transform spread OFDM, DFT-s-OFDM, symbol of an uplink transmission, the I/Q symbol repetitions being for application of an intra data symbol Orthogonal Cover Code, OCC, to the I/Q symbol repetitions; and transmitting an uplink transmission using the selected repetition mapping.
Pneumatic actuator system for a vehicle, comprising: - at least one pneumatic actuator, - a compressor, providing compressed air to the pneumatic actuator, - a first intake to supply the compressor with external air, and - a second intake connected, via a recirculation line, to an exhaust line of the pneumatic actuator and arranged to supply the compressor with air discharged from the pneumatic actuator, characterized in that the pneumatic actuator system also includes a selecting valve which is arranged on the exhaust line of the pneumatic actuator, between the pneumatic actuator and the compressor, this selecting valve is switchable between a recirculation position, where the air flow discharged by the pneumatic actuator is directed to the recirculation line, and an exhaust position where the air flow discharged by the pneumatic actuator is directed to a low pressure circuit, depending at least on pressure of the air (P3, P4) in the recirculation line downstream from said selecting valve or in an air tank that is arranged downstream from the selecting valve on the recirculation line and wherein air discharged from the pneumatic actuator can accumulate. - at least one pneumatic actuator, - a compressor, providing compressed air to the pneumatic actuator, - a first intake to supply the compressor with external air, and - a second intake connected, via a recirculation line, to an exhaust line of the pneumatic actuator and arranged to supply the compressor with air discharged from the pneumatic actuator,
A service multiplexing method, comprising: sending (603, 1205, 1706), by a sending device, a bit block stream of a first service to a receiving device; determining (604, 1206, 1707), by the sending device, whether to switch from the first service to a second service for service sending; if the sending device determines to switch from the first service to the second service for service sending, inserting (605, 1207, 1708), by the sending device, at least one service switching indication bit block between the bit block stream of the first service and a bit block stream of the second service and sending (606, 1208, 1709), by the sending device, the at least one service switching indication bit block that is inserted between the bit block stream of the first service and the bit block stream of the second service to the receiving device, wherein the at least one service switching indication bit block is used to indicate that the first service is switched to the second service for service sending; and sending (607, 1209, 1709), by the sending device, the bit block stream of the second service to the receiving device, wherein any bit block comprised in the bit block stream of the first service, any bit block comprised in the bit block stream of the second service, and any one of the at least one service switching indication bit block are M1/M2 bit blocks, wherein M1 represents a quantity of payload bits in each bit block, M2 represents a total quantity of bits in each bit block, M1 and M2 are positive integers, and M2>M1. sending (603, 1205, 1706), by a sending device, a bit block stream of a first service to a receiving device; determining (604, 1206, 1707), by the sending device, whether to switch from the first service to a second service for service sending; if the sending device determines to switch from the first service to the second service for service sending, inserting (605, 1207, 1708), by the sending device, at least one service switching indication bit block between the bit block stream of the first service and a bit block stream of the second service and sending (606, 1208, 1709), by the sending device, the at least one service switching indication bit block that is inserted between the bit block stream of the first service and the bit block stream of the second service to the receiving device, wherein the at least one service switching indication bit block is used to indicate that the first service is switched to the second service for service sending; and sending (607, 1209, 1709), by the sending device, the bit block stream of the second service to the receiving device, wherein any bit block comprised in the bit block stream of the first service, any bit block comprised in the bit block stream of the second service, and any one of the at least one service switching indication bit block are M1/M2 bit blocks, wherein M1 represents a quantity of payload bits in each bit block, M2 represents a total quantity of bits in each bit block, M1 and M2 are positive integers, and M2>M1.
A rain sensor comprising: an optical detection unit configured to output a detection result different in when a raindrop is adherent to a windshield glass of a vehicle and when no raindrop is adherent to the windshield glass; a temperature/humidity sensor configured to detect temperature and humidity in a vehicle cabin of the vehicle; a contactless temperature sensor configured to contactlessly detect temperature of the windshield glass; a fogging detection unit configured to detect that fogging has occurred or is likely to occur on a vehicle cabin inner side of the windshield glass on a basis of detection signals of the temperature/humidity sensor and the contactless temperature sensor; and a raindrop determination unit configured to determine whether or not a raindrop is adherent to the windshield glass on a basis of a detection result of the optical detection unit and a detection result of the fogging detection unit, wherein a region for detecting the temperature by the contactless temperature sensor includes a region for detecting the raindrop by the optical detection unit. an optical detection unit configured to output a detection result different in when a raindrop is adherent to a windshield glass of a vehicle and when no raindrop is adherent to the windshield glass; a temperature/humidity sensor configured to detect temperature and humidity in a vehicle cabin of the vehicle; a contactless temperature sensor configured to contactlessly detect temperature of the windshield glass; a fogging detection unit configured to detect that fogging has occurred or is likely to occur on a vehicle cabin inner side of the windshield glass on a basis of detection signals of the temperature/humidity sensor and the contactless temperature sensor; and a raindrop determination unit configured to determine whether or not a raindrop is adherent to the windshield glass on a basis of a detection result of the optical detection unit and a detection result of the fogging detection unit, wherein a region for detecting the temperature by the contactless temperature sensor includes a region for detecting the raindrop by the optical detection unit.
A modular cooling system for cooling a plurality of power electronic components, the cooling system comprising a plurality of cooling modules, wherein each of the cooling modules comprises, respectively: - an evaporator unit adapted for receiving heat from a corresponding one of the power electronic components, the evaporator unit having an inlet for receiving a liquid cooling fluid, an evaporator body for evaporating the cooling fluid by the heat, and an outlet for letting out the vaporized cooling fluid; - a condenser having an inlet for receiving the vaporized cooling fluid, a condenser body for condensing the cooling fluid, and an outlet for letting out the condensed liquid cooling fluid; - a first pipe system connecting the outlet of the evaporator unit with the inlet of the condenser; and - a second pipe system connecting the outlet of the condenser with the inlet of the evaporator unit, wherein each of the cooling modules forms a respective individual cooling fluid circuit separate from the cooling fluid circuits of the other cooling modules of the cooling system, wherein the evaporator units are stacked in alternation with the power electronic components in a stacking direction in an alternating stack, wherein the condenser of each cooling module comprises at least one coolant medium passageway for an external coolant medium, wherein the at least one coolant medium passageway defines a flow direction for the external coolant medium transverse to the stacking direction of the alternating stack, characterized in that adjacent condensers of the cooling modules are electrically insulated from one another. - an evaporator unit adapted for receiving heat from a corresponding one of the power electronic components, the evaporator unit having an inlet for receiving a liquid cooling fluid, an evaporator body for evaporating the cooling fluid by the heat, and an outlet for letting out the vaporized cooling fluid; - a condenser having an inlet for receiving the vaporized cooling fluid, a condenser body for condensing the cooling fluid, and an outlet for letting out the condensed liquid cooling fluid; - a first pipe system connecting the outlet of the evaporator unit with the inlet of the condenser; and - a second pipe system connecting the outlet of the condenser with the inlet of the evaporator unit,
A nanocomposite comprising (a) a plurality of transition metal oxide nanoparticles, (b) a plurality of ultrathin sheets of a first two-dimensional material, and (c) a plurality of ultrathin sheets of a second 2D material, wherein the second 2D material is of a different type than the first 2D material, wherein the first 2D material is graphene or reduced graphene oxide; the second 2D material is a member selected from the group consisting of hexagonal boron nitride, boron nitride, and functionalized boron nitride; and at least a portion of the plurality of ultrathin sheets of the first 2D material and at least a portion of the plurality of ultrathin sheets of the second 2D material has an average sheet thickness of less than 20 nm, wherein average sheet thickness is determined by scanning electron microscopy. the first 2D material is graphene or reduced graphene oxide; the second 2D material is a member selected from the group consisting of hexagonal boron nitride, boron nitride, and functionalized boron nitride; and at least a portion of the plurality of ultrathin sheets of the first 2D material and at least a portion of the plurality of ultrathin sheets of the second 2D material has an average sheet thickness of less than 20 nm, wherein average sheet thickness is determined by scanning electron microscopy.
Metal cord rubberized in situ by a rubber composition (32, 34), characterized in that the rubber composition (32, 34) comprises an organic polysulphide, and a vulcanization system comprising at least one sulphur-donating agent other than the organic polysulphide.
A method of directional intra prediction for chroma component of a picture, comprising: obtaining an initial intra prediction mode of the chroma component based on a value of a luma intra prediction mode (intraPredModeY) of a luma component by using a first look up table; deriving a chroma intra prediction mode (intraPredModeC) from a second LUT by using the initial intra prediction mode of the chroma component when the chroma format of the chroma component is defined as YUV 4:2:2, the chroma component having different subsampling ratios in horizontal (SubWidthC) and vertical (SubHeightC) directions, wherein the second LUT has 67 entries, the index for the second LUT is 0-66, and each index is associated with an angle of an intra prediction direction; performing wide-angle mapping on the chroma intra prediction mode (intraPredModeC) to obtain a modified intraPredModeC using a block aspect ratio of the luma component to guarantee that the intra prediction directions for the chroma component and the luma component coincide; obtaining an intraPredAngle parameter for the chroma component based on the modified intraPredModeC; and obtaining predicted samples of the chroma component based on the intraPredAngle parameter. obtaining an initial intra prediction mode of the chroma component based on a value of a luma intra prediction mode (intraPredModeY) of a luma component by using a first look up table; deriving a chroma intra prediction mode (intraPredModeC) from a second LUT by using the initial intra prediction mode of the chroma component when the chroma format of the chroma component is defined as YUV 4:2:2, the chroma component having different subsampling ratios in horizontal (SubWidthC) and vertical (SubHeightC) directions, wherein the second LUT has 67 entries, the index for the second LUT is 0-66, and each index is associated with an angle of an intra prediction direction; performing wide-angle mapping on the chroma intra prediction mode (intraPredModeC) to obtain a modified intraPredModeC using a block aspect ratio of the luma component to guarantee that the intra prediction directions for the chroma component and the luma component coincide; obtaining an intraPredAngle parameter for the chroma component based on the modified intraPredModeC; and obtaining predicted samples of the chroma component based on the intraPredAngle parameter.
A method for transmitting data in a wireless network comprising: mapping data according to a sequence pattern from a group of sequence patterns to provide a spreading sequence (S) that includes multiple non-zero elements and that is configured to partially collide in the wireless network with other spreading sequences (S to S) that have been mapped according to other sequence patterns from the group, wherein a first spreading sequence and a second spreading sequence partially collide, if some, but not all, of the non-zero elements in the first spreading sequence transmitted from a first user collide with non-zero elements in the second spreading sequence transmitted from a second user, and wherein the non-zero elements of the spreading sequences represent the used wireless resources; and transmitting the mapped data in the wireless network; characterized in that each of the other spreading sequences (S to S) has less non-zero elements than the spreading sequence (S); and in that the spreading sequence (S) and the other spreading sequences (S to S) are designed so that the spreading sequence (S) and the other spreading sequences (S to S) have a smallest maximum resource element collision in the frequency domain by using sequence values that correspond to partially offset pulses in the time domain. mapping data according to a sequence pattern from a group of sequence patterns to provide a spreading sequence (S) that includes multiple non-zero elements and that is configured to partially collide in the wireless network with other spreading sequences (S to S) that have been mapped according to other sequence patterns from the group, wherein a first spreading sequence and a second spreading sequence partially collide, if some, but not all, of the non-zero elements in the first spreading sequence transmitted from a first user collide with non-zero elements in the second spreading sequence transmitted from a second user, and wherein the non-zero elements of the spreading sequences represent the used wireless resources; and transmitting the mapped data in the wireless network; characterized in that each of the other spreading sequences (S to S) has less non-zero elements than the spreading sequence (S); and in that the spreading sequence (S) and the other spreading sequences (S to S) are designed so that the spreading sequence (S) and the other spreading sequences (S to S) have a smallest maximum resource element collision in the frequency domain by using sequence values that correspond to partially offset pulses in the time domain.
The orally disintegrating tablet formulation of donepezil hydrochloride that is present in an amount of 1.00 to 10.0 % by weight comprising magnesium aluminum silicate and one or more pharmaceutically acceptable excipients, wherein magnesium aluminum silicate is present in an amount of 1.00 to 15.0% by weight of the total formulation and said formulation is crospovidon free.
A liquid immersion lithography apparatus for exposing a substrate with light through a projection optical system and a liquid, the apparatus comprising: a table assembly having a top surface; and a mark member having a top surface, the table assembly being arranged to support the substrate at the top surface of the table assembly, the table assembly being movable relative to the projection optical system such that each of the top surface of the table assembly and a top surface of the substrate is arrangeable to oppose the projection optical system, the table assembly having a first opening in the top surface of the table assembly, the top surface of the mark member being accommodated inside the first opening so as to be arrangeable to oppose the projection optical system such that liquid is maintainable between the projection optical system and the top surface of the mark member, the top surface of the table assembly and the top surface of the mark member being arranged in substantially the same plane. a table assembly having a top surface; and a mark member having a top surface, the table assembly being arranged to support the substrate at the top surface of the table assembly, the table assembly being movable relative to the projection optical system such that each of the top surface of the table assembly and a top surface of the substrate is arrangeable to oppose the projection optical system, the table assembly having a first opening in the top surface of the table assembly, the top surface of the mark member being accommodated inside the first opening so as to be arrangeable to oppose the projection optical system such that liquid is maintainable between the projection optical system and the top surface of the mark member, the top surface of the table assembly and the top surface of the mark member being arranged in substantially the same plane.