mhurhangee/ep-ind-claims huggingface dataset:
A management system comprising: a first management node (11, 1001) configured to instruct a second management node (12, 1002) to perform processing for managing resources for a virtualised network function (2, 1010); and the second management node (12, 1002) configured to perform, in response to an instruction from the first management node (11, 1001), the processing for managing the resources for the virtualised network function (2, 1010), wherein, when the second management node (12, 1002) is in congestion, at least one of the first management node and the second management node (12, 1002) performs processing for suppressing communication traffic between the first management node (11, 1001) and the second management node (12, 1002), when the second management node (12, 1002) is in congestion, the second management node (12, 1002) secures smaller resources for the virtualised network function (2, 1010) than resources for a requested functional configuration and notifies the first management node (11, 1001) of the secured resources, and when the first management node (11, 1001) approves said secured resources the second management node (12, 1002) allocates the secured resources for the virtualised network function (2, 1010). a first management node (11, 1001) configured to instruct a second management node (12, 1002) to perform processing for managing resources for a virtualised network function (2, 1010); and the second management node (12, 1002) configured to perform, in response to an instruction from the first management node (11, 1001), the processing for managing the resources for the virtualised network function (2, 1010), wherein, when the second management node (12, 1002) is in congestion, at least one of the first management node and the second management node (12, 1002) performs processing for suppressing communication traffic between the first management node (11, 1001) and the second management node (12, 1002), when the second management node (12, 1002) is in congestion, the second management node (12, 1002) secures smaller resources for the virtualised network function (2, 1010) than resources for a requested functional configuration and notifies the first management node (11, 1001) of the secured resources, and when the first management node (11, 1001) approves said secured resources the second management node (12, 1002) allocates the secured resources for the virtualised network function (2, 1010).
An equipment for measuring the human alcohol intoxication level including: a smart device with an image capture camera; a special alcohol testing apparatus configured to communicate with the smart device; wherein the special alcohol testing apparatus comprises: - at least one light source for optical communication with the smart device; characterized in that the special alcohol testing apparatus further comprises: - a light source arranged to illuminate a tube of the alcohol testing apparatus, the light source being fastened in a place where the tube connects with the alcohol testing apparatus, and said light source being arranged to illuminate to the edge of walls of the tube of the alcohol testing apparatus; and the smart device comprises technical and software means configured for 3D identification of the alcohol testing apparatus, when the alcohol testing apparatus is rotated at different angles with respect to the camera. a smart device with an image capture camera; a special alcohol testing apparatus configured to communicate with the smart device; wherein the special alcohol testing apparatus comprises: - at least one light source for optical communication with the smart device; - at least one light source for optical communication with the smart device; characterized in that the special alcohol testing apparatus further comprises: - a light source arranged to illuminate a tube of the alcohol testing apparatus, the light source being fastened - a light source arranged to illuminate a tube of the alcohol testing apparatus, the light source being fastened in a place where the tube connects with the alcohol testing apparatus, and said light source being arranged to illuminate to the edge of walls of the tube of the alcohol testing apparatus; and the smart device comprises technical and software means configured for 3D identification of the alcohol testing apparatus, when the alcohol testing apparatus is rotated at different angles with respect to the camera.
A composition comprising: - one or several micro-organisms with a probiotic purpose characterized and cultivated before their formulation and that when they are delivered alive in a sufficient amount to the intestine, would give a health and/or nutrition benefit to the host added to a complex based on beepollen and clay. - one or several micro-organisms with a probiotic purpose characterized and cultivated before their formulation and that when they are delivered alive in a sufficient amount to the intestine, would give a health and/or nutrition benefit to the host added to
A range gated holographic radar sensor comprising: an arrangement including a pulsed RF oscillator configured to provide RF bursts having a burst duration longer than an expected echo delay; an antenna for transmitting RF bursts and for receiving echoes of the RF bursts; and a time-gated RF magnitude sampler responsive to an interference signal produced by a vector-sum of the RF bursts and the echoes to produce range-gated interferometric output samples with controlled timing. an arrangement including a pulsed RF oscillator configured to provide RF bursts having a burst duration longer than an expected echo delay; an antenna for transmitting RF bursts and for receiving echoes of the RF bursts; and a time-gated RF magnitude sampler responsive to an interference signal produced by a vector-sum of the RF bursts and the echoes to produce range-gated interferometric output samples with controlled timing.
Apparatus for transferring a fluid, in particular combustion fuel, to a tank of a vessel, having a flange that is firmly dedicated to said tank, a filler neck for receiving an external fuel hose element and a pipe connecting the flange and the filler neck, with said filler neck being movably mounted about a bearing that is stationary in relation to the tank, wherein the pipe features a plurality of pipe elements (13, 14, 15, 16) that are rotatably coupled, at least in part, to each other and to the flange and shaped such that the filler neck is pivotable about exactly two, predetermined pivot axes (X7, X5), wherein the pivot axes (X7, X5) are aligned vertically to each other and are inclined at an angle to the longitudinal axis of the filler neck, characterized in that the first pivot axis being preferably aligned vertically and the second pivot axis horizontally in relation to the vessel, and that the filler neck is held at a holding element that is located in the stationary bearing, with said holding element being pivotable about the first pivot axis and the filler neck being mounted pivotably about the second pivot axis at the holding element.
An aqueous cosmetic composition for keratin fibers, preferably human hair, characterized in that it comprises two or more cationic polymers and/or their salts wherein one of the cationic polymers has a charge density in the range of 2 meq/g to 4 meq/g, and the other cationic polymer has a charge density in the range of 4.1 meq/g to 7 meq/g, wherein the composition comprises an aminosilicone.
A device for a vehicle for assigning data eyeglasses to a seat in the vehicle, said device comprising: detection mea ns for detecting the occupancy of a seat a mong a plurality of seats of the vehicle; a transmitting and receiving unit for transmitting data from and to data eyeglasses; electronic computing means; wherein the device is configured for the following: detecting the seat occupancy, namely, thatthe seat of the vehicle is occupied by a person; receiving, from the data eyeglasses, an occupancy indication, namely an indication that a movement of the data eyeglasses has been detected, which indicates that the wearer of the data eyeglasses has sat down on a seat; determining a temporal correlation between the detection of the seat occupancy and the occupancy indication; assigning the data eyeglasses to the seat. detection mea ns for detecting the occupancy of a seat a mong a plurality of seats of the vehicle; a transmitting and receiving unit for transmitting data from and to data eyeglasses; electronic computing means; wherein the device is configured for the following: detecting the seat occupancy, namely, thatthe seat of the vehicle is occupied by a person; receiving, from the data eyeglasses, an occupancy indication, namely an indication that a movement of the data eyeglasses has been detected, which indicates that the wearer of the data eyeglasses has sat down on a seat; determining a temporal correlation between the detection of the seat occupancy and the occupancy indication; assigning the data eyeglasses to the seat. detecting the seat occupancy, namely, thatthe seat of the vehicle is occupied by a person; receiving, from the data eyeglasses, an occupancy indication, namely an indication that a movement of the data eyeglasses has been detected, which indicates that the wearer of the data eyeglasses has sat down on a seat; determining a temporal correlation between the detection of the seat occupancy and the occupancy indication; assigning the data eyeglasses to the seat.
A nanoparticle functionalized with a polynucleotide and a domain, the domain (i) situated at the terminus of the polynucleotide that is distal to the nanoparticle and (ii) comprising at least three motifs and X is optionally a deoxyribonucleotide, a ribonucleotide, or a modified nucleotide, and wherein X is not guanylic acid.
A memory system comprising: - a control logic adapted to receive a number n of write requests, WRs, from input ports and to receive a read request, RR, from an output port within a clock cycle of a clock signal, CLK, applied to said memory system, wherein n is a natural number; and - n+1 memory banks of a shared memory adapted to store data, - wherein the control logic is adapted to control a memory bank occupancy level, MBOL, of each memory bank such that the differences between memory bank occupancy levels, MBOLs, of the memory banks are minimized, an association function used by said control logic comprises a random association function, and the control logic is adapted to sort all available memory banks for writing data into said memory banks based on their memory bank occupancy levels MBOLs and to randomly associate the write requests, WRs, received by the control logic to the available memory banks starting with the memory bank having the lowest memory bank occupancy level, MBOL. - a control logic adapted to receive a number n of write requests, WRs, from input ports and to receive a read request, RR, from an output port within a clock cycle of a clock signal, CLK, applied to said memory system, wherein n is a natural number; and - n+1 memory banks of a shared memory adapted to store data, - wherein the control logic is adapted to control a memory bank occupancy level, MBOL, of each memory bank such that the differences between memory bank occupancy levels, MBOLs, of the memory banks are minimized, an association function used by said control logic comprises a random association function, and the control logic is adapted to sort all available memory banks for writing data into said memory banks based on their memory bank occupancy levels MBOLs and to randomly associate the write requests, WRs, received by the control logic to the available memory banks starting with the memory bank having the lowest memory bank occupancy level, MBOL.
An anchor for tissue attachment or medical device to tissue attachment, comprising a generally tubular base portion; at least one anchor arm integrally formed with the generally tubular base portion; and a plurality of flange element arms integrally formed with the generally tubular base portion; wherein the at least one anchor arm comprises a tissue-penetrating point and a shaft portion; and wherein each of the at least one anchor arm and the plurality of flange element arms are adapted to radially actuate upon deployment, and characterized in that a cap of fluorinated polymer biomaterial providing an open structure promoting tissue ingrowth is attached to the flange element arms. a generally tubular base portion; at least one anchor arm integrally formed with the generally tubular base portion; and a plurality of flange element arms integrally formed with the generally tubular base portion;
A method for stopping a turboshaft engine in flight on a multi-engine aircraft, said turboshaft engine developing at each moment a current power, said turboshaft engine comprising a gas generator provided with at least one member (13, 15) effecting at each moment a rotation at a current speed of rotation (Ng), characterised in that the method comprises a step of generation of a command for generating a stop command ordering the stopping of a turboshaft engine referred to as "turboshaft engine to be stopped ", this method automatically and in succession implementing the following steps for the turboshaft engine to be stopped when said stop command is generated: - a power reduction step comprising the phases of: • reducing said current power in order to achieve a zero power, said current power decreasing at a predetermined variation rate referred to as "power variation rate (tx)", • reducing said current speed of rotation so that the current speed of rotation reaches a predetermined intermediate speed (Vint) when said current power becomes zero, - a thermal stabilisation step during which the current speed of rotation remains equal to the intermediate speed (Vint), - a shutdown step during which said current speed of rotation is reduced in order to achieve a zero speed. - a power reduction step comprising the phases of: • reducing said current power in order to achieve a zero power, said current power decreasing at a predetermined variation rate referred to as "power variation rate (tx)", • reducing said current speed of rotation so that the current speed of rotation reaches a predetermined intermediate speed (Vint) when said current power becomes zero, • reducing said current power in order to achieve a zero power, said current power decreasing at a predetermined variation rate referred to as "power variation rate (tx)", • reducing said current speed of rotation so that the current speed of rotation reaches a predetermined intermediate speed (Vint) when said current power becomes zero, - a thermal stabilisation step during which the current speed of rotation remains equal to the intermediate speed (Vint), - a shutdown step during which said current speed of rotation is reduced in order to achieve a zero speed.
A method for manufacturing an insulation block, which comprises parallel first and second large planar surfaces and parallel first and second long side edges and parallel first and second short side edges perpendicular to the long side edges, delimiting the surfaces, in which method - pre-expanded polymer beads are led to a casting mould, which polymer beads are selected from a group including polystyrene, polypropylene and polyethylene, and which casting mould comprises a lower wall, side walls and an upper wall, which walls together delimit the inner volume of the casting mould, - pre-expanded polymer beads are steamed in the casting mould, - the formed insulation block is cooled down, and - the formed insulation block is removed from the mould, wherein the casting mould is filled with the pre-expanded polymer beads so that the polymer beads fill the entire inner volume of the casting mould and the shape of the polymer beads and the shape of their cells are formed mainly elongated and directed parallel to the large planar surfaces of the block in the entire insulation block by moving at least one wall of the casting mould, which wall delimits the inner volume of the casting mould in the area of the planar surfaces of the insulation block, during the period of time which is 50 % before the end of the steaming phase and 50 % from the beginning of the cooling phase after the steaming phase, wherein the wall of the casting mould is moved 10 % to 40 % of the length of the wall of the casting mould delimiting the inner volume, which wall is perpendicular to the movable wall, so that the inner volume of the casting mould decreases in the entire area of the casting mould. - pre-expanded polymer beads are led to a casting mould, which polymer beads are selected from a group including polystyrene, polypropylene and polyethylene, and which casting mould comprises a lower wall, side walls and an upper wall, which walls together delimit the inner volume of the casting mould, - pre-expanded polymer beads are steamed in the casting mould, - the formed insulation block is cooled down, and - the formed insulation block is removed from the mould, wherein the casting mould is filled with the pre-expanded polymer beads so that the polymer beads fill the entire inner volume of the casting mould and the shape of the polymer beads and the shape of their cells are formed mainly elongated and directed parallel to the large planar surfaces of the block in the entire insulation block by moving at least one wall of the casting mould, which wall delimits the inner volume of the casting mould in the area of the planar surfaces of the insulation block, during the period of time which is 50 % before the end of the steaming phase and 50 % from the beginning of the cooling phase after the steaming phase, wherein the wall of the casting mould is moved 10 % to 40 % of the length of the wall of the casting mould delimiting the inner volume, which wall is perpendicular to the movable wall, so that the inner volume of the casting mould decreases in the entire area of the casting mould.
A replacement part for a gas-turbine blade, in particular for a blade of an aircraft engine, wherein this replacement part is intended to replace a region of the blade that is to be replaced and has been removed, wherein this region that is to be replaced has a section of the blade tip, and also a section of at least one edge from a group of edges, which group of edges includes the leading edge and the trailing edge of the blade, and wherein the replacement part has at least one side, the joining side, with which the replacement part is to be brought into contact with the blade that has been reduced by the removed region and is to be welded to this blade, wherein the joining side has at least one first section in which this joining side is U-shaped in cross-section, characterised in that the joining side runs in a straight line along its longitudinal extent.
A wireless communication apparatus, comprising: a subcarrier quantity determining section for determining, for a communicating party, a quantity of subcarriers (S k) for which said communicating party is to report channel quality information; a first transmission section for transmitting information about said quantity of subcarriers determined by the subcarrier quantity determining section to the communicating party; a receiving section for receiving, from the communicating party, the channel quality information, and an allocation control section for selecting subcarriers to be allocated to transmission data for the communicating party based on the channel quality information, characterized in that the subcarrier quantity determining section is adapted to select the quantity of subcarriers to be equal to a quantity of a part of all subcarriers, when a sum of an amount of the channel quality information for the part of all subcarriers and an amount of subcarrier identification information indicating subcarriers of the part of all subcarriers is smaller than an amount of channel quality information for the all subcarriers. a subcarrier quantity determining section for determining, for a communicating party, a quantity of subcarriers (S k) for which said communicating party is to report channel quality information; a first transmission section for transmitting information about said quantity of subcarriers determined by the subcarrier quantity determining section to the communicating party; a receiving section for receiving, from the communicating party, the channel quality information, and an allocation control section for selecting subcarriers to be allocated to transmission data for the communicating party based on the channel quality information, characterized in that the subcarrier quantity determining section is adapted to select the quantity of subcarriers to be equal to a quantity of a part of all subcarriers, when a sum of an amount of the channel quality information for the part of all subcarriers and an amount of subcarrier identification information indicating subcarriers of the part of all subcarriers is smaller than an amount of channel quality information for the all subcarriers.
A method for wireless communication by a first user equipment, said method comprising: communicating with a base station on both a downlink spectrum and an uplink spectrum used for wide area network communication; and communicating with a second user equipment on only the uplink spectrum further used for peer-to-peer communication, wherein the first user equipment and the second user equipment belong to a first group of user equipments, wherein the communicating with the base station comprises transmitting data on the uplink spectrum in a first subframe to the base station, and wherein the communicating with the second user equipment comprises transmitting data on the uplink spectrum in a second subframe to the second user equipment, and wherein the first and second subframes correspond to two uplink subframes within a frame for the base station utilizing time division multiplexing, to allow communicating with the base station and the communicating with the second user equipment within the same frame, the method further comprising receiving data sent by the second user equipment to the first equipment on the uplink spectrum in a third subframe for peer-to-peer communication, the second subframe being time division multiplexed with the third subframe, wherein the method being characterized in that the second subframe and the third subframe are assigned to the first group of user equipments and the remaining subframes are assigned for transmitting data on the uplink spectrum to the base station. communicating with a base station on both a downlink spectrum and an uplink spectrum used for wide area network communication; and communicating with a second user equipment on only the uplink spectrum further used for peer-to-peer communication, wherein the first user equipment and the second user equipment belong to a first group of user equipments, wherein the communicating with the base station comprises transmitting data on the uplink spectrum in a first subframe to the base station, and wherein the communicating with the second user equipment comprises transmitting data on the uplink spectrum in a second subframe to the second user equipment, and