mhurhangee/ep-ind-claims huggingface dataset:
A method in a transmitting node for enabling a receiving node to perform measurements on interference caused by transmissions from at least one transmission point (510, 520, 530) controlled by the transmitting node on receptions at the receiving node, the transmitting and receiving nodes (560, 540) being comprised in a wireless communications system (500, 600, 700), the method comprising: determining an interference measurement resource, IMR, comprising a set of Time-Frequency Resource Elements, TFREs, upon which the transmitting node is expected to transmit interference; and transmitting at least one interfering signal on said IMR as said interference, wherein the at least one interfering signal comprises a desired signal, that is expected to be decoded or coherently measured upon by the receiving node or another node served by said transmitting node, the method CHARACTERIZED IN that the at least one interfering signal further comprises another signal, that is not expected to be decoded or coherently measured upon by any node (540, 550) served by said transmitting node, wherein the desired signal is transmitted in place of the another signal as said at least one interfering signal on one or more TFREs of the IMR when the at least one transmission point is to transmit the desired signal to the receiving node or to the another node served by said transmitting node and wherein the another signal is transmitted on TFREs of said IMR where no desired signal is transmitted and wherein the another signal is muted on TFRE's of said IMR where the desired signal is transmitted. determining an interference measurement resource, IMR, comprising a set of Time-Frequency Resource Elements, TFREs, upon which the transmitting node is expected to transmit interference; and transmitting at least one interfering signal on said IMR as said interference, wherein the at least one interfering signal comprises a desired signal, that is expected to be decoded or coherently measured upon by the receiving node or another node served by said transmitting node, the method CHARACTERIZED IN that the at least one interfering signal further comprises another signal, that is not expected to be decoded or coherently measured upon by any node (540, 550) served by said transmitting node, wherein the desired signal is transmitted in place of the another signal as said at least one interfering signal on one or more TFREs of the IMR when the at least one transmission point is to transmit the desired signal to the receiving node or to the another node served by said transmitting node and wherein the another signal is transmitted on TFREs of said IMR where no desired signal is transmitted and wherein the another signal is muted on TFRE's of said IMR where the desired signal is transmitted.
A material collecting container for a suction dredger having a suction connection on its rear end wall and a suction stream guide, which leads from the suction connection through a collecting chamber and a filter unit, characterized in that the suction connection is positioned on the rear end wall such that it is intersected in cross section by the plane of symmetry of the material collecting container, and in that, after passing through the collecting chamber, the suction stream is subdivided into at least two substreams, which are guided in air ducts arranged on both sides of this plane of symmetry, wherein the air ducts are united outside the collecting chamber such that they can discharge at an inlet of a suction blower of the suction dredger.
A system for providing personalized communication services to users, the system comprising service controllers arranged for handling respective sets of prime services, at least one of said sets including more than one prime service, databases including a user profile database (HSdb) relating to said users, a service database (Sdb) relating to said prime services and a logic database (UL,SL) relating to personalized services, and a service management controller arranged for interacting with said service controllers and said databases, the service management controller being further arranged for: - selectively enabling, by interacting with at least some of said databases, creation of a personalized service based on at least some of said prime services and defined with respect to a group of at least one user, and - after having enabled creation of said personalized service, saving in said logic database an indication of an order of the prime services on which said personalized service is based. - selectively enabling, by interacting with at least some of said databases, creation of a personalized service based on at least some of said prime services and defined with respect to a group of at least one user, and - after having enabled creation of said personalized service, saving in said logic database an indication of an order of the prime services on which said personalized service is based.
A method for wirelessly charging a terminal performed in the terminal, the method comprising: sending, to a server, a request for information regarding wireless power-supplying devices; receiving, from the server, the information regarding wireless power-supplying devices; sending a request for state information to at least one wireless power-supplying device based on the information regarding wireless power-supplying devices; receiving, from the at least one wireless power-supplying device, the state information, wherein the state information includes information indicating a type and a state of a power source of each of the at least one wireless power-supplying device; and charging the terminal with power supplied by at least one wireless power-supplying device according to the received state information. sending, to a server, a request for information regarding wireless power-supplying devices; receiving, from the server, the information regarding wireless power-supplying devices; sending a request for state information to at least one wireless power-supplying device based on the information regarding wireless power-supplying devices; receiving, from the at least one wireless power-supplying device, the state information, wherein the state information includes information indicating a type and a state of a power source of each of the at least one wireless power-supplying device; and charging the terminal with power supplied by at least one wireless power-supplying device according to the received state information.
Actuating mechanism for locking and unlocking snap-in fittings in telescopic vacuum cleaner suction tubes, having an inner tube with a plurality of snap-in depressions and having an outer tube surrounding the inner tube, having a base plate with at least one snap-in recess, having at least one snap-in element held movably above the snap-in recess of the base plate and having a clamping element, wherein the clamping element is held displaceably parallel with respect to the base plate so that the clamping element can be moved from a locking position into at least one release position, wherein the clamping element at least partially moves the snap-in element into the locking position through the snap-in recess of the base plate in the direction of the inner tube, so that the snap-in element engages at least one of the snap-in depressions of the inner tube, and wherein the clamping element releases a movement of the snap-in element away from the inner tube into the unlocking position, so that a shifting of the inner tube relative to the outer tube is enabled by the at least one snap-in element, wherein the snap-in element is held by a spring element arranged on the base plate, wherein the snap-in element is moved away from the spring element by spring force into the unlocking position of the clamping element so far from the inner tube that the snap-in element does not engage with the snap-in depression of the inner tube, characterized in that at least three projections are formed on the clamping element, wherein a projection acts on the snap-in element in the locking position and that the snap-in element slides from the locking position into the release position on the projection when the clamping element is moved, so that the snap-in element is no longer engaged with the snap-in depression of the inner tube, wherein a projection is arranged between the two snap-in elements in the locking position.
A stator assembly for a gas turbine engine, the stator assembly comprising: an inner air seal carrier having a mounting body; a plurality of guide vanes secured to the mounting body via a plurality of fasteners, each of the plurality of fasteners comprising a nut and a bolt; characterized in further comprising, a fastener retention mechanism (200; 300; 400) secured to the mounting body via the plurality of fasteners, the fastener retention mechanism (200; 300; 400) comprising: a housing defining an inner chamber; a filler located within the inner chamber; and wherein portions of the plurality of fasteners are encapsulated within the filler, wherein the nut is located completely within the inner chamber. an inner air seal carrier having a mounting body; a plurality of guide vanes secured to the mounting body via a plurality of fasteners, each of the plurality of fasteners comprising a nut and a bolt; characterized in further comprising, a fastener retention mechanism (200; 300; 400) secured to the mounting body via the plurality of fasteners, the fastener retention mechanism (200; 300; 400) comprising: a housing defining an inner chamber; a filler located within the inner chamber; and a housing defining an inner chamber; a filler located within the inner chamber; and wherein portions of the plurality of fasteners are encapsulated within the filler, wherein the nut is located completely within the inner chamber.
A fiber wound body (11; 51) comprising: reinforced fiber yarns (12, 13, 14; 52, 53) wound about a winding axis, wherein the fiber wound body (11; 51) is characterized in that: each of the reinforced fiber yarns (12, 13, 14; 52, 53) is formed by spinning non-continuous fibers and includes a gradual cross-section change portion (20; 56), and the gradual cross-section change portion (20; 56) has a fiber content rate that is constant in a longitudinal direction of the yarn and has a cross section that gradually changes, wherein the fiber content rate of each of the reinforced fiber yarns refers to the proportion of fibers of the reinforced fiber yarn occupied in the total cross-sectional area of the reinforced fiber yarns. reinforced fiber yarns (12, 13, 14; 52, 53) wound about a winding axis, wherein the fiber wound body (11; 51) is characterized in that: each of the reinforced fiber yarns (12, 13, 14; 52, 53) is formed by spinning non-continuous fibers and includes a gradual cross-section change portion (20; 56), and the gradual cross-section change portion (20; 56) has a fiber content rate that is constant in a longitudinal direction of the yarn and has a cross section that gradually changes, wherein the fiber content rate of each of the reinforced fiber yarns refers to the proportion of fibers of the reinforced fiber yarn occupied in the total cross-sectional area of the reinforced fiber yarns. each of the reinforced fiber yarns (12, 13, 14; 52, 53) is formed by spinning non-continuous fibers and includes a gradual cross-section change portion (20; 56), and the gradual cross-section change portion (20; 56) has a fiber content rate that is constant in a longitudinal direction of the yarn and has a cross section that gradually changes, wherein the fiber content rate of each of the reinforced fiber yarns refers to the proportion of fibers of the reinforced fiber yarn occupied in the total cross-sectional area of the reinforced fiber yarns.
Compound having the systematic name 2-[5-fluoro-1-(2-fluorobenzyl)-1H-pyrazolo[3,4-b]pyridin-3-yl]-5-methyl-5-(trifluoromethyl)-4-[(3,3,3-trifluoropropyl)amino]-5,7-dihydro-6H-pyrrolo[2,3-d]pyrimidin-6-one and the structural formula and its salts, solvates and solvates of the salts.
A vehicle with autonomous driving capability, wherein the autonomous vehicle is adapted for at least two different driving modes comprising a first driving mode configured for a first type of autonomous driving and a second driving mode configured for the autonomous vehicle being guided by a pilot vehicle in such a manner that the autonomous vehicle follows the pilot vehicle, wherein, in the second driving mode, the autonomous vehicle is configured to not completely follow a path of the pilot vehicle when the pilot vehicle takes a corner, wherein a path of the autonomous vehicle in the corner deviates from the path of the pilot vehicle in that the autonomous vehicle has a larger turning radius than a turning radius of the pilot vehicle.
A process for producing fuel gas and synthesis raw gas from pulverized fuel obtained from coal or fuels which were produced from biomass or organic wastes, by partial oxidation with air, technical oxygen, steam or carbon dioxide or mixtures thereof, in a flame reaction, wherein at least 25% of the molecular oxygen required for the complete combustion of the pulverized fuel are supplied as gasification medium in at least two partial streams with admixture of steam and/or carbon dioxide to the chemical reaction with pulverized fuel to obtain gasification raw gas, characterized in that at least one partial stream is loaded with pulverized fuel, before the partial streams are mixed in a combustion chamber to obtain a uniformly loaded heterogeneous mixture, and via a flame reaction in a temperature range between 750 °C and 1100 °C, but not above the softening temperature of the fuel ash, are brought to a chemical reaction, and the reaction temperature is controlled by adding the gasification medium and by loading the same with steam and/or carbon dioxide and is set below the softening of ash.
A method of dissolving cellulose, comprising: heating and activating the cellulose in a heating apparatus; and then dissolving with a solvent, wherein a heating temperature of the heating and activating the cellulose is130-270°C, and a heating time is 0.1-100 hours. heating and activating the cellulose in a heating apparatus; and then dissolving with a solvent, wherein a heating temperature of the heating and activating the cellulose is130-270°C, and a heating time is 0.1-100 hours.
A vehicle comprising an arrangement for selectively attaching an object to the floor of the vehicle, the arrangement comprising: first, second and third elongate tracks (8, 9, 10) provided on, or formed as part of, the vehicle floor, wherein the vehicle has a normal forward direction of travel, and the tracks (8, 9, 10) are inclined at an angle with respect to this normal forward direction of travel; and a first locking arrangement, which has an engagement arrangement adapted to be received in, and travel along, the first and second tracks (8, 9), and a second locking arrangement, which has an engagement arrangement adapted to be received in, and travel along, the second and third tracks (9, 10), each of the locking arrangements (22, 21) being able to receive and removably retain a part of the object. first, second and third elongate tracks (8, 9, 10) provided on, or formed as part of, the vehicle floor, wherein the vehicle has a normal forward direction of travel, and the tracks (8, 9, 10) are inclined at an angle with respect to this normal forward direction of travel; and a first locking arrangement, which has an engagement arrangement adapted to be received in, and travel along, the first and second tracks (8, 9), and a second locking arrangement, which has an engagement arrangement adapted to be received in, and travel along, the second and third tracks (9, 10), each of the locking arrangements (22, 21) being able to receive and removably retain a part of the object.
Portable power tool, in particular oscillating portable power tool, having a drive unit, having at least one machine housing in the form of an external housing, in which the drive unit is accommodated, having at least one coupling housing, which is in the form of a further external housing, is connected, in a mounted state, to the machine housing, and is intended for coupling to an energy storage unit, having an electronic unit, which is arranged at least partially within the coupling housing, having a damping unit, which, during operation of the drive unit, at least partially damps transmission of vibrations and/or oscillations from the machine housing to the coupling housing, and having at least one orienting element, which, in the mounted state, is connected to the coupling housing in a force- and/or form-fitting manner, characterized in that the damping unit comprises at least one damping element, wherein the damping element is formed in a cylindrical, in particular circular cylindrical manner, wherein the damping element is in direct contact with the machine housing, the coupling housing and at least one of the orienting elements.
A grease composition comprising a base oil, a urea-based thickener, and an extreme pressure agent, wherein particles containing the urea-based thickener in the grease composition satisfies the following requirement: · Requirement: an arithmetic average particle diameter of the particles on an area basis as measured by the laser diffraction/scattering method is 2.0 pm or less, a worked penetration at 25 °C of 380 to 450, the worked penetration being determined according to ASTM D217, and the extreme pressure agent is at least one selected from an organic metal-based extreme pressure agent, a sulfur-based extreme pressure agent, a phosphorus-based extreme pressure agent, and a sulfur-phosphorus-based extreme pressure agent. particles containing the urea-based thickener in the grease composition satisfies the following requirement: · Requirement: an arithmetic average particle diameter of the particles on an area basis as measured by the laser diffraction/scattering method is 2.0 pm or less, a worked penetration at 25 °C of 380 to 450, the worked penetration being determined according to ASTM D217, and · Requirement: an arithmetic average particle diameter of the particles on an area basis as measured by the laser diffraction/scattering method is 2.0 pm or less, a worked penetration at 25 °C of 380 to 450, the worked penetration being determined according to ASTM D217, and the extreme pressure agent is at least one selected from an organic metal-based extreme pressure agent, a sulfur-based extreme pressure agent, a phosphorus-based extreme pressure agent, and a sulfur-phosphorus-based extreme pressure agent.
A system for controlling the sizing of a rising foam emulsion web travelling on a conveyor, the system comprising: - a plate arrangement, comprising at least a first plate and a second plate, each plate having a web-facing lower side and an opposite upper side, wherein the second plate is configured to be located downstream of the first plate with respect to the direction of travel of the foam emulsion web; and - an actuating arrangement comprising a base portion and a top portion, the top portion being movable relative to the base portion and being operatively connected to the plate arrangement, the actuating arrangement being configured to individually adjust for each plate of the plate arrangement a separating distance relative to the base portion, for controlling the rising of the foam emulsion web along at least a part of its travel, characterized in that the width of each plate (8a, 8b, 8c, 8d) increases from an upstream end of the plate to a downstream end of the plate, upstream and downstream being defined with respect to the direction of travel, wherein the width of the upstream end of the second plate corresponds to the width of the downstream end of the first plate. - a plate arrangement, comprising at least a first plate and a second plate, each plate having a web-facing lower side and an opposite upper side, wherein the second plate is configured to be located downstream of the first plate with respect to the direction of travel of the foam emulsion web; and - an actuating arrangement comprising a base portion and a top portion, the top portion being movable relative to the base portion and being operatively connected to the plate arrangement, the actuating arrangement being configured to individually adjust for each plate of the plate arrangement a separating distance relative to the base portion, for controlling the rising of the foam emulsion web along at least a part of its travel, characterized in that the width of each plate (8a, 8b, 8c, 8d) increases from an upstream end of the plate to a downstream end of the plate, upstream and downstream being defined with respect to the direction of travel, wherein the width of the upstream end of the second plate corresponds to the width of the downstream end of the first plate.
A water-based ink for inkjet recording having a blue color defined as L*<45, 25<C*<28, 255<h<278, comprising: a colorant including C.I. Pigment Blue 60 and a dye, glycerol, polyethylene glycol 200 and water, wherein the weight ratio of glycerol to polyethylene glycol 200 is within the range of from 2:1 to 3.5:1.
A friction material composition, comprising an abrasive, a filler, a binder, and a friction modifier, said friction modifier comprising a spherical molybdenum disulfide powder, said spherical molybdenum disulfide powder comprising flake-shaped molybdenum disulfide sub-particles that are agglomerated together to form individual, spherically-shaped particles, said spherical molybdenum disulfide powder comprising at least 90% by weight molybdenum disulfide.
A door drive device for a door of a wagon, comprising - at least one door panel mount (12A, 12B) displaceable along a first spatial axis substantially vertical to the plane of a door panel (20A, 20B) mounted on the at least one door panel mount (12A, 12B) and along a second spatial axis extending substantially horizontal in use and substantially vertical to the first spatial axis, - a drive motor and - a spindle arranged in the direction of the second spatial axis which may be rotated by means of the drive motor, characterized in that a displacement of the at least one door panel mount (12A, 12B) along the first and/or second spatial axis (Y, X) is effected by means of a guide fork (13A, 13B) being displaceable by an associated spindle nut (16A, 16B) slidably engaged with the guide fork (13A, 13B), the at least one guide fork (13A, 13B) being slidably displaceable with respect to the associated spindle nut (16A, 16B) along the first spatial axis, wherein the spindle nut (16A, 16B) is driven by rotation of a spindle, wherein the spindle and the drive motor are fixed with respect to the wagon. - at least one door panel mount (12A, 12B) displaceable along a first spatial axis substantially vertical to the plane of a door panel (20A, 20B) mounted on the at least one door panel mount (12A, 12B) and along a second spatial axis extending substantially horizontal in use and substantially vertical to the first spatial axis, - a drive motor and - a spindle arranged in the direction of the second spatial axis which may be rotated by means of the drive motor,