mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring, by a user equipment, interference in a wireless communication system, the method comprising: receiving, by the user equipment, interference measurement resource information indicating radio resources for interference measurement; and performing, by the user equipment, the interference measurement using the radio resources for the interference measurement based on the interference measurement resource information, wherein the radio resources for the interference measurement are configured with at least one of a plurality of channel state information reference signal, CSI-RS, patterns predefined for CSI-RS transmission, wherein the plurality of CSI-RS patterns includes CSI-RS patterns for 8 antenna ports, wherein each of the CSI-RS patterns for 8 antenna ports defines 8 resource elements, REs, for the CSI-RS transmission per resource block pair, the resource block pair consisting of 12 subcarriers and 14 orthogonal frequency division multiplexing, OFDM, symbols, wherein the 8 REs for the CSI-RS transmission in each of the CSI-RS patterns for 8 antenna ports are defined by a set of 4 subcarriers in a frequency domain of the resource block pair and 2 OFDM symbols in a time domain of the resource block pair, and wherein the 2 OFDM symbols are corresponding to a first OFDM symbol set consisting of OFDM symbols 5 and 6 among OFDM symbols 0 to 6 of an even numbered slot, a second OFDM symbol set consisting of OFDM symbols 2 and 3 among OFDM symbols 0 to 6 of an odd numbered slot, or a third OFDM symbol set consisting of OFDM symbols 5 and 6 among the OFDM symbols 0 to 6 of the odd numbered slot. receiving, by the user equipment, interference measurement resource information indicating radio resources for interference measurement; and performing, by the user equipment, the interference measurement using the radio resources for the interference measurement based on the interference measurement resource information, wherein the radio resources for the interference measurement are configured with at least one of a plurality of channel state information reference signal, CSI-RS, patterns predefined for CSI-RS transmission, wherein the plurality of CSI-RS patterns includes CSI-RS patterns for 8 antenna ports, wherein each of the CSI-RS patterns for 8 antenna ports defines 8 resource elements, REs, for the CSI-RS transmission per resource block pair, the resource block pair consisting of 12 subcarriers and 14 orthogonal frequency division multiplexing, OFDM, symbols, wherein the 8 REs for the CSI-RS transmission in each of the CSI-RS patterns for 8 antenna ports are defined by a set of 4 subcarriers in a frequency domain of the resource block pair and 2 OFDM symbols in a time domain of the resource block pair, and wherein the 2 OFDM symbols are corresponding to a first OFDM symbol set consisting of OFDM symbols 5 and 6 among OFDM symbols 0 to 6 of an even numbered slot, a second OFDM symbol set consisting of OFDM symbols 2 and 3 among OFDM symbols 0 to 6 of an odd numbered slot, or a third OFDM symbol set consisting of OFDM symbols 5 and 6 among the OFDM symbols 0 to 6 of the odd numbered slot.
A method comprising the steps of: receiving over-the-air transmissions comprising conversations among various individuals; storing the conversations and identities of participants of the conversations; receiving a query; determining query results; determining that the query and/or the query results are of importance; determining that a stored conversation is relevant to the query and/or the query results; determining participants of the stored conversation; and sending a notification to the participants of the stored conversation. receiving over-the-air transmissions comprising conversations among various individuals; storing the conversations and identities of participants of the conversations; receiving a query; determining query results; determining that the query and/or the query results are of importance; determining that a stored conversation is relevant to the query and/or the query results; determining participants of the stored conversation; and sending a notification to the participants of the stored conversation.
An imaging table to be supported in a cantilever state on an X-ray imaging apparatus, the imaging table comprising a planar body including an opening portion in a surface to be connected to the X-ray imaging apparatus, and a coupling member to be connected to the apparatus, wherein: the planar body includes a first member forming a top surface including an X-ray irradiation surface, and a second member forming a bottom surface opposed to the X-ray irradiation surface and a standing wall portion erectly provided on an outer circumference of the bottom surface; the second member is bonded to the first member in the standing wall portion; the first member and the coupling member are bonded to each other; and the first member has an aluminum-equivalent X-ray transmission dose of 0.5 mmAL or less at any point in the X-ray irradiation surface when the voltage of the X-ray irradiation tube is in a range between 20 kV and 60 kV, wherein a material of the first member includes a fiber-reinforced composite material composed of reinforcing fibers and a matrix resin. the planar body includes a first member forming a top surface including an X-ray irradiation surface, and a second member forming a bottom surface opposed to the X-ray irradiation surface and a standing wall portion erectly provided on an outer circumference of the bottom surface; the second member is bonded to the first member in the standing wall portion; the first member and the coupling member are bonded to each other; and the first member has an aluminum-equivalent X-ray transmission dose of 0.5 mmAL or less at any point in the X-ray irradiation surface when the voltage of the X-ray irradiation tube is in a range between 20 kV and 60 kV, wherein a material of the first member includes a fiber-reinforced composite material composed of reinforcing fibers and a matrix resin.
Apparatus for the detection of liquids or substances from liquids in spatially different reaction regions, having a sensor array consisting of at least two sensors, and having at least one membrane arranged on the sensor array, wherein the at least one membrane has permeable or semipermeable, porous properties, wherein the at least two sensors are arranged on a surface in a planar manner, characterised in that the at least two sensors are completely or at least partially spatially separated from each other by side walls which protrude from the surface and are not part of the membrane, and in that the membrane is mechanically deformable by a compressive force, which can be exerted in a planar manner on a main surface of the membrane, and is designed to completely prevent, by means of the mechanical deformation, a liquid exchange between different regions of the membrane, which are arranged adjacent to the spatially separated sensors.
Heat exchanger comprising: - at least one row of tubes, - at least first and second fins that are superposed and disposed transversely to said row of tubes, each first fin comprising an oblong hole for the passage of a tube and at least one spacer for spacing apart from the second fin, the tubes being joined to the fin by the tubes being clamped in a collar formed in the fin; and - at least one row of louvres, said row being formed in the fin and interposed between two tubes of the row of tubes, characterized in that, with the fin having a flat rectangular overall shape, the ratio between the number of louvres and the width of the fin is between 0.73 and 1.13, and in that each row of louvres of each fin comprises: - what is known as a narrow end extending between the oblong hole and the spacer, and - what is known as a wide end, the narrow ends of two consecutive rows of louvres being arranged respectively close to opposite edges of the fin. - at least one row of tubes, - at least first and second fins that are superposed and disposed transversely to said row of tubes, each first fin comprising an oblong hole for the passage of a tube and at least one spacer for spacing apart from the second fin, the tubes being joined to the fin by the tubes being clamped in a collar formed in the fin; and - at least one row of louvres, said row being formed in the fin and interposed between two tubes of the row of tubes, - what is known as a narrow end extending between the oblong hole and the spacer, and - what is known as a wide end,
An active energy ray curable inkjet ink comprising a pigment, a colorant derivative, a pigment dispersing resin and a polymerizable compound, wherein the pigment contains a C.I. pigment blue 15:6 and a quinacridone-based pigment, the total mass of the blending amount of the C.I. pigment blue 15:6 and the blending amount of the quinacridone-based pigment is from 2 to 10% by mass based on the total mass of the ink, the mass ratio of the C.I. pigment blue 15:6 and the quinacridone-based pigment is from 3:1 to 1:3, the colorant derivative contains a quinacridone-based pigment derivative, and satisfying the relationship C1 ≥ C2 > 0 when the acid value of the pigment dispersing resin is denoted as C1(mgKOH/g), and the amine value of the pigment dispersing resin is denoted as C2(mgKOH/g). the pigment contains a C.I. pigment blue 15:6 and a quinacridone-based pigment, the total mass of the blending amount of the C.I. pigment blue 15:6 and the blending amount of the quinacridone-based pigment is from 2 to 10% by mass based on the total mass of the ink, the mass ratio of the C.I. pigment blue 15:6 and the quinacridone-based pigment is from 3:1 to 1:3, the colorant derivative contains a quinacridone-based pigment derivative, and satisfying the relationship C1 ≥ C2 > 0 when the acid value of the pigment dispersing resin is denoted as C1(mgKOH/g), and the amine value of the pigment dispersing resin is denoted as C2(mgKOH/g).
A bicycle handlegrip system comprising a grip element (10, 110) for attachment to a bicycle handlebar, the grip width, extending in the longitudinal direction, of said grip element being preferably smaller than 110 mm, and an operating element (12, 118) laterally joining the grip element (10, 110) in the longitudinal direction of the grip element, the operating element (12, 118) comprising at least one electrical switch (24, 30, 34, 35, 122) for controlling an auxiliary electric motor, characterized in that the grip element and the operating element comprise respective positioning elements (42, 44) cooperating with each other, said positioning elements being designed and/or arranged in such a manner that the grip element is connectable to the operating element in a plurality of different positions, preferably in two different positions.
A heat exchanging element (100; 60) comprising a first passage forming member and a second passage forming member stacked alternately, the heat exchanging element including a counterflow part (3; 63) that includes a first passage through which air passes and a second passage through which air flows in a direction opposite a direction in which the air passes through the first passage, wherein the first passage forming member and the second passage forming member each include: a rib portion, which constitutes the counterflow part (3; 63), including a first wall portion constituting an end in a first direction of the first passage, a second wall portion constituting an end in the first direction of the second passage, and a third wall portion (32, 33, 34) separating the first passage and the second passage adjacent to each other in a second direction from each other, the first direction being a direction in which the first passage forming member and the second passage forming member are stacked, the second direction being perpendicular to the first direction; and a board being in contact with an end in a third direction of the rib portion, and separating a first connection passage communicating with the first passage and a second connection passage communicating with the second passage from each other, the third direction being perpendicular to the first direction and to the second direction, the heat exchanging element being characterized in that the third wall portion (32, 33, 34) has a thickness smaller than a thickness of the first wall portion and smaller than a thickness of the second wall portion. a rib portion, which constitutes the counterflow part (3; 63), including a first wall portion constituting an end in a first direction of the first passage, a second wall portion constituting an end in the first direction of the second passage, and a third wall portion (32, 33, 34) separating the first passage and the second passage adjacent to each other in a second direction from each other, the first direction being a direction in which the first passage forming member and the second passage forming member are stacked, the second direction being perpendicular to the first direction; and a board being in contact with an end in a third direction of the rib portion, and separating a first connection passage communicating with the first passage and a second connection passage communicating with the second passage from each other, the third direction being perpendicular to the first direction and to the second direction, the heat exchanging element being characterized in that the third wall portion (32, 33, 34) has a thickness smaller than a thickness of the first wall portion and smaller than a thickness of the second wall portion.
Method for operating a hydroelectric power plant having an upper water tank, a lower water tank, wherein the water level in the upper water tank is above the water level of the lower water tank, a waterway that connects the upper water tank to the lower water tank, a turbine that is arranged in the waterway and comprises an impeller, an asynchronous electrical machine that is mechanically connected to the turbine and comprises a rotor and a stator, a frequency converter that is electrically connected to the asynchronous machine, a grid transformer that is connected to the frequency converter, the stator of the dual-fed asynchronous machine and the power grid, and a resistor that is arranged in the DC current intermediate circuit of the frequency converter such that it is able to connect the strands of the DC current intermediate circuit to one another, characterized in that the turbine comprises a guide apparatus and a device for exhausting the impeller space, the asynchronous machine is designed to be dual-fed, the frequency converter is connected to the rotor of the asynchronous machine, and the hydroelectric power plant has a device for cooling the resistor, comprising the following steps: V1: The impeller of the turbine is exhausted and the dual-fed asynchronous machine operates in phase-shifter operation; V2: Receiving a request to the hydroelectric power plant to provide rapid control power; In the case of a request to output power: V31: Braking the dual-fed asynchronous machine using the frequency converter; V32: Opening the guide vanes of the turbine and starting controlled turbine operation; In the case of a request to consume power: V41: Consuming energy from the gird using the frequency converter and converting the energy into heat using the resistor. V1: The impeller of the turbine is exhausted and the dual-fed asynchronous machine operates in phase-shifter operation; V2: Receiving a request to the hydroelectric power plant to provide rapid control power; V31: Braking the dual-fed asynchronous machine using the frequency converter; V32: Opening the guide vanes of the turbine and starting controlled turbine operation;
A pharmaceutical composition for use in the treatment of cold sores or Herpes Zoster, comprising a calcium channel blocker, or a metabolite thereof, and a pharmaceutically acceptable diluent or carrier, wherein said calcium channel blocker is verapamil.
A process for forming a high molecular weight, multi-block copolymer comprising two or more chemically distinguishable segments or blocks, the process comprising polymerizing one or more olefin monomers in the presence of a chain shuttling agent and a catalyst composition comprising: two or more olefin polymerization catalysts capable of preparing polymers having differing chemical or physical properties under equivalent polymerization conditions, characterized in that the polymerization is conducted in the presence of a solvent comprising a polar, aprotic, organic liquid compound, having a dielectric constant greater than 2.4. two or more olefin polymerization catalysts capable of preparing polymers having differing chemical or physical properties under equivalent polymerization conditions, characterized in that the polymerization is conducted in the presence of a solvent comprising a polar, aprotic, organic liquid compound, having a dielectric constant greater than 2.4.
A system for harnessing energy from wind, said system comprising: a convergent section, said convergent section comprising an entry and an exit, said entry having an area higher than said exit; a wind turbine section adjacent to said exit of said convergent section, said wind turbine section comprising at least one wind turbine; a divergent section adjacent to said wind turbine section, said divergent section comprising an entry and an exit, said entry having an area lower than said exit, wherein at least one of the convergent section and the divergent section comprises side panels (10,30) extending away from the wind turbine section, and at least two of said side panels are modifiable in use for maximising the amount of energy harnessed within a time interval in accordance with wind direction and/or wind speed; and said wind turbine section comprises a turbine-surrounding structure that at least partially surrounds said at least one wind turbine, wherein said turbine-surrounding structure: has openings (22,23) for wind to pass from the convergent section, through the turbine section, and exit to the divergent section; and the turbine-surrounding structure is characterized in that it is rotatable around the at least one wind turbine in use, such that the orientation of the turbine-surrounding structure and the openings are adjusted relative to the side panels. a convergent section, said convergent section comprising an entry and an exit, said entry having an area higher than said exit; a wind turbine section adjacent to said exit of said convergent section, said wind turbine section comprising at least one wind turbine; a divergent section adjacent to said wind turbine section, said divergent section comprising an entry and an exit, said entry having an area lower than said exit, wherein at least one of the convergent section and the divergent section comprises side panels (10,30) extending away from the wind turbine section, and at least two of said side panels are modifiable in use for maximising the amount of energy harnessed within a time interval in accordance with wind direction and/or wind speed; and said wind turbine section comprises a turbine-surrounding structure that at least partially surrounds said at least one wind turbine, wherein said turbine-surrounding structure: has openings (22,23) for wind to pass from the convergent section, through the turbine section, and exit to the divergent section; and the turbine-surrounding structure is characterized in that it is rotatable around the at least one wind turbine in use, such that the orientation of the turbine-surrounding structure and the openings are adjusted relative to the side panels. has openings (22,23) for wind to pass from the convergent section, through the turbine section, and exit to the divergent section; and the turbine-surrounding structure is characterized in that it is rotatable around the at least one wind turbine in use, such that the orientation of the turbine-surrounding structure and the openings are adjusted relative to the side panels.
Method for bending a double pipe of a heat exchanger, wherein the initially straight double pipe comprises an inner pipe arranged inside an outer pipe, wherein the inner pipe and the outer pipe are spaced apart from each other, comprising the following steps: - forming of the outer pipe towards the inner pipe in a prospective bending point of the double pipe while maintaining the straight direction of the double pipe, wherein the outer pipe is pressed from two opposite sides against the inner pipe, such that two sections are formed in the outer pipe, which, in the bent double pipe, are arranged transversely to a bending axis for bending, and - subsequent bending of the double pipe at the bending point. - forming of the outer pipe towards the inner pipe in a prospective bending point of the double pipe while maintaining the straight direction of the double pipe, wherein the outer pipe is pressed from two opposite sides against the inner pipe, such that two sections are formed in the outer pipe, which, in the bent double pipe, are arranged transversely to a bending axis for bending, and - subsequent bending of the double pipe at the bending point.
An integrated hydrogen-electric air propulsion engine comprising: an air compressor system; a hydrogen fuel source; an elongated shaft supporting the air compressor system, and supporting a propulsor coupled to an end of the elongated shaft; a fuel cell stack disposed concentrically about the elongated shaft; a heat exchanger in fluid communication with the hydrogen fuel source and the fuel cell stack; and a motor assembly disposed in electrical communication with the fuel cell stack, the motor assembly including at least one motor that is disposed in coaxial alignment with the elongated shaft and it actuatable to rotate the elongated shaft, the at least one motor configured to cause the air compressor system to compress air for transmitting the compressed air to the heat exchanger, wherein the compressed air is passed to the fuel cell stack after passing through the heat exchanger. an air compressor system; a hydrogen fuel source; an elongated shaft supporting the air compressor system, and supporting a propulsor coupled to an end of the elongated shaft; a fuel cell stack disposed concentrically about the elongated shaft; a heat exchanger in fluid communication with the hydrogen fuel source and the fuel cell stack; and a motor assembly disposed in electrical communication with the fuel cell stack, the motor assembly including at least one motor that is disposed in coaxial alignment with the elongated shaft and it actuatable to rotate the elongated shaft, the at least one motor configured to cause the air compressor system to compress air for transmitting the compressed air to the heat exchanger, wherein the compressed air is passed to the fuel cell stack after passing through the heat exchanger.
A media coupling on a roll chock lockable in a roll stand by means of a locking device, the media coupling having a first coupling part disposed on the roll chock and a second coupling part disposed on the roll stand, the second coupling part serving to connect an external media line to a media line realized on the roll chock, the locking device of the roll chock serving to execute a coupling movement between the first coupling part and the second coupling part, the second coupling part interacting with an actuator in order to execute the coupling movement between the first coupling part and the second coupling part, the actuator being formed by an actuator of the locking device, an actuation mechanism for executing the coupling movement being formed, at least in part, by an actuation mechanism of the locking device, the second coupling part having at least one coupling element (18, 19) intended for mating with a mating coupling element (20, 21) of the first coupling part, the coupling element (18, 19) being connected to a latch element of the locking device in such a manner that when the latch element is moved into a locking position, the coupling element (18, 19) and the mating coupling element (20, 21) inevitably mate, characterized in that the coupling element (18, 19) of the second coupling part is disposed on a coupling element support which is disposed in a vertically displaceable manner on a vertical guide connected to the latch element.