mhurhangee/ep-ind-claims huggingface dataset:
A mop with a housing and a wiping element, wherein the wiping element is designed as a self-contained wiping tape, which can be guided along a self-contained path around and through the housing, wherein it is guided through a mechanical dirt separator in the housing, a first tank in the housing for holding a first wiping liquid, in which a first deflection device for the wiping tape is provided, and a second deflection element is provided for deflecting the wiping tape from the upper side of the housing to the bottom side of the housing, characterized in that at least part of the dirt separator has through openings toward a coarse particle collection chamber in the housing, through which the dirt particles stripped from the wiping tape on the dirt separator can get into the coarse particle collection chamber, wherein the first tank is secured below the coarse particle collection chamber, a passage slit is provided, which connects the interior of the first tank with the interior of a second tank provided for holding a second wiping liquid, wherein the passage slit faces the upper side of the housing, and an outlet slit of the wiping tape is provided on the side of the second tank facing the upper side of the housing. the wiping element is designed as a self-contained wiping tape, which can be guided along a self-contained path around and through the housing, wherein it is guided through a mechanical dirt separator in the housing, a first tank in the housing for holding a first wiping liquid, in which a first deflection device for the wiping tape is provided, and a second deflection element is provided for deflecting the wiping tape from the upper side of the housing to the bottom side of the housing, characterized in that at least part of the dirt separator has through openings toward a coarse particle collection chamber in the housing, through which the dirt particles stripped from the wiping tape on the dirt separator can get into the coarse particle collection chamber, wherein the first tank is secured below the coarse particle collection chamber, a passage slit is provided, which connects the interior of the first tank with the interior of a second tank provided for holding a second wiping liquid, wherein the passage slit faces the upper side of the housing, and an outlet slit of the wiping tape is provided on the side of the second tank facing the upper side of the housing.
Sintered annular magnet with a radial orientation of the remanent magnetic field at all points around the periphery of the magnet, said magnet comprising: - a principal annular part made from a ferromagnetic material that has a first degree D1 of magnetic anisotropy in the radial direction; and - an annular reinforcing part fixed to said principal part of the magnet, the reinforcing part being made from a ferromagnetic material with the same principal magnetic phase(s) as the ferromagnetic material forming the principal part, and that has a second degree D2 of magnetic anisotropy in the radial direction, the first degree D1 being higher than the second degree D2. - a principal annular part made from a ferromagnetic material that has a first degree D1 of magnetic anisotropy in the radial direction; and - an annular reinforcing part fixed to said principal part of the magnet, the reinforcing part being made from a ferromagnetic material with the same principal magnetic phase(s) as the ferromagnetic material forming the principal part, and that has a second degree D2 of magnetic anisotropy in the radial direction, the first degree D1 being higher than the second degree D2.
A device for sampling at least one fluid under pressure, comprising a sample chamber defining an inner volume intended to receive said fluid, characterized in that said device comprises a lower piston arranged in the lower part of said chamber, an upper piston arranged in the upper part of said chamber, an intermediate piston arranged between said lower and upper pistons, means for closing and opening said chamber by moving said lower piston, and means for moving said intermediate piston allowing to define a substantially constant volume for said chamber upon closing of said chamber.
A method for obtaining information from a target base station, wherein a source base station and the target base station are base stations in a long term evolution, LTE, system and an X2 interface is defined between the source base station and the target base station, the method comprising: when the source base station needs to obtain the information from the target base station, receiving, through an air interface, a system message broadcast by the target base station, wherein the system message carries the information; and parsing the system message, and obtaining the information, wherein the system message is a message dedicated to communication between base stations through the air interface, and the system message is preset in a certain format that is agreed on by the base stations beforehand, wherein the receiving the system message broadcast by the target base station comprises: when the source base station needs to hand over a terminal to a neighboring cell, reading, through the air interface, the system message broadcast by the target base station of the neighboring cell, wherein the information comprises handover-related information used for determining a target cell and completing a cell handover. when the source base station needs to obtain the information from the target base station, receiving, through an air interface, a system message broadcast by the target base station, wherein the system message carries the information; and parsing the system message, and obtaining the information, wherein the system message is a message dedicated to communication between base stations through the air interface, and the system message is preset in a certain format that is agreed on by the base stations beforehand, wherein the receiving the system message broadcast by the target base station comprises: when the source base station needs to hand over a terminal to a neighboring cell, reading, through the air interface, the system message broadcast by the target base station of the neighboring cell, wherein the information comprises handover-related information used for determining a target cell and completing a cell handover. when the source base station needs to hand over a terminal to a neighboring cell, reading, through the air interface, the system message broadcast by the target base station of the neighboring cell, wherein the information comprises handover-related information used for determining a target cell and completing a cell handover.
A method for reducing isomerization of α-olefins during the copolymerization of ethylene with an α-olefin comprising: adding to a reactor a reaction mixture comprising hydrogen, ethylene, an α-olefin, a solvent and a catalyst; where the catalyst does not include a chain shuttling agent that comprises dialkyl zinc; where the reactor is operated at a temperature of 160 to 210°C; heating the reactor to a first temperature to react the ethylene with the α-olefin to form a copolymer; discharging from the reactor a first product stream to a heat exchanger; where the product stream comprises the copolymer; adding to the product stream prior to the heat exchanger a first additive that is operative to reduce isomerization of the α-olefin; and discharging from the heat exchanger a second product stream; where the heat exchanger is operated at a higher temperature than the reactor; wherein the first additive is selected from the group consisting of aromatic species having one or more hydroxyl functionalities, amines, fluoropolymers, phosphates, fatty acids, salts of fatty acids, esters of fatty acids, or a combination thereof; and wherein the amines include primary amines, secondary amines, tertiary amines, cyclic amines, hindered amines or a combination thereof; and where a temperature of the second product stream is higher than a temperature of the first product stream. adding to a reactor a reaction mixture comprising hydrogen, ethylene, an α-olefin, a solvent and a catalyst; where the catalyst does not include a chain shuttling agent that comprises dialkyl zinc; where the reactor is operated at a temperature of 160 to 210°C; heating the reactor to a first temperature to react the ethylene with the α-olefin to form a copolymer; discharging from the reactor a first product stream to a heat exchanger; where the product stream comprises the copolymer; adding to the product stream prior to the heat exchanger a first additive that is operative to reduce isomerization of the α-olefin; and discharging from the heat exchanger a second product stream; where the heat exchanger is operated at a higher temperature than the reactor; wherein the first additive is selected from the group consisting of aromatic species having one or more hydroxyl functionalities, amines, fluoropolymers, phosphates, fatty acids, salts of fatty acids, esters of fatty acids, or a combination thereof; and wherein the amines include primary amines, secondary amines, tertiary amines, cyclic amines, hindered amines or a combination thereof; and where a temperature of the second product stream is higher than a temperature of the first product stream.
A method of manufacturing a welded structure, the method comprising: a preparation operation of arranging a first member to overlap a second member; a first welding operation of forming a first welding line between the first member and the second member on a first surface of the first member by welding a portion at which the first member overlaps the second member, the first surface of the first member being a surface of the first member facing the second member; and a second welding operation of forming a second welding line between the first member and the second member on a second surface of the first member by welding the portion at which the first member overlaps the second member, the second surface of the first member being a surface opposite to the first surface; wherein in the first welding operation or the second welding operation, which is performed later in time series, the first welding line and the second welding line are connected to each other to form a closed-loop shape along a circumferential region of the first member. a preparation operation of arranging a first member to overlap a second member; a first welding operation of forming a first welding line between the first member and the second member on a first surface of the first member by welding a portion at which the first member overlaps the second member, the first surface of the first member being a surface of the first member facing the second member; and a second welding operation of forming a second welding line between the first member and the second member on a second surface of the first member by welding the portion at which the first member overlaps the second member, the second surface of the first member being a surface opposite to the first surface; wherein in the first welding operation or the second welding operation, which is performed later in time series, the first welding line and the second welding line are connected to each other to form a closed-loop shape along a circumferential region of the first member.
A genetically modified plant having increased production potential, comprising homozygously in its genome a heterologous polynucleotide comprising a transcriptional control sequence operably linked to a nucleic acid molecule which encodes a silencing RNA that reduces endogenous α-glucan water dikinase in the plant, such that said plant comprises a reduced level of GWD in its seed compared to a wild-type plant, wherein the transcriptional control sequence preferentially directs expression in a seed of the plant, wherein the increased production potential is increased total seed weight per plant, number of seeds per plant, number of seeds per head or pod, average seed weight, seedling vigour, or increased starch content of seeds and wherein the silencing RNA is duplex RNA targeting an endogenous gene encoding GWD.
A wind turbine comprising a tower, a rotor including a plurality of blades, an electrical generator operatively coupled to the rotor, and a control system including an active damping module configured to monitor oscillatory motion of the wind turbine and to output a damping demand signal to damp the oscillatory motion, wherein the control system is configured to perform a rotor imbalance determination process including: controlling the rotating frequency of the rotor so that it substantially coincides with the natural frequency of the tower, determining rotor imbalance data based on the damping demand signal and evaluating said rotor imbalance data to determine the presence of a rotor imbalance condition, and correcting the rotor imbalance condition by applying pitch control inputs to one or more of the plurality of blades so as to reduce the severity of the rotor imbalance. controlling the rotating frequency of the rotor so that it substantially coincides with the natural frequency of the tower, determining rotor imbalance data based on the damping demand signal and evaluating said rotor imbalance data to determine the presence of a rotor imbalance condition, and correcting the rotor imbalance condition by applying pitch control inputs to one or more of the plurality of blades so as to reduce the severity of the rotor imbalance.
A combustor assembly for a turbomachine, the combustor assembly comprising: a combustor housing having a first end (22, 130); a combustor body arranged within the combustor housing, the combustor body defining a combustor line having a first end portion that extends to a second end portion through a combustion chamber; a flow sleeve extending about the combustion chamber, the flow sleeve being arranged between the combustor housing and the combustor line, the flow sleeve defining a first annular fluid passage and a second annular fluid passage; a quaternary cap mounted to the first end (22, 130) of the combustor housing, the quaternary cap including a first fluid plenum fluidly connected to the first annular fluid passage, a second fluid plenum fluidly connected to the second annular fluid passage, and a plurality of vanes fluidly connected to each of the first and second fluid plenums (80, 84), each of the plurality of vanes including a body portion having a first fluid channel coupled to the first fluid plenum, and a second fluid channel coupled to the second fluid plenum, the first fluid channel extending completely through the body portion and the second fluid channel extending partially into the body portion; and an end cover and casing assembly operatively connected to the combustor body through the quaternary cap, the end cover assembly including a plurality of fuel nozzles fluidly connected to the second annular fluid passage, the plurality of fuel nozzles extending toward the combustion chamber. a combustor housing having a first end (22, 130); a combustor body arranged within the combustor housing, the combustor body defining a combustor line having a first end portion that extends to a second end portion through a combustion chamber; a flow sleeve extending about the combustion chamber, the flow sleeve being arranged between the combustor housing and the combustor line, the flow sleeve defining a first annular fluid passage and a second annular fluid passage; a quaternary cap mounted to the first end (22, 130) of the combustor housing, the quaternary cap including a first fluid plenum fluidly connected to the first annular fluid passage, a second fluid plenum fluidly connected to the second annular fluid passage, and a plurality of vanes fluidly connected to each of the first and second fluid plenums (80, 84), each of the plurality of vanes including a body portion having a first fluid channel coupled to the first fluid plenum, and a second fluid channel coupled to the second fluid plenum, the first fluid channel extending completely through the body portion and the second fluid channel extending partially into the body portion; and an end cover and casing assembly operatively connected to the combustor body through the quaternary cap, the end cover assembly including a plurality of fuel nozzles fluidly connected to the second annular fluid passage, the plurality of fuel nozzles extending toward the combustion chamber.
A method for attaching a frozen specimen to an object (160, 240), the method comprising: cooling the object (160, 240) to a temperature at or below that of the frozen specimen, where the temperature of the frozen specimen is at or below zero degrees Celsius; bringing the object (160, 240) into contact with the frozen specimen; and, bonding the object (160, 240) to the frozen specimen characterized in that the bonding is performed by directing a stream of vapor containing water vapor onto the region of contact between the object (160, 240) and the frozen specimen, such that the vapor will condense and freeze, thereby joining the specimen to the object (160, 240). cooling the object (160, 240) to a temperature at or below that of the frozen specimen, where the temperature of the frozen specimen is at or below zero degrees Celsius; bringing the object (160, 240) into contact with the frozen specimen; and, bonding the object (160, 240) to the frozen specimen characterized in that the bonding is performed by directing a stream of vapor containing water vapor onto the region of contact between the object (160, 240) and the frozen specimen, such that the vapor will condense and freeze, thereby joining the specimen to the object (160, 240).
A transfer assistance device comprising: a main supporting part that supports a torso of a person being assisted; a set of sub supporting parts (50, 60) engaged with the main supporting part through a set of joint parts (70, 80) each including an arm (71, 81) that is attached movably to a guide rail (72, 82) fixed to the main supporting part and extending in a crosswise direction of a supporting surface of the main supporting part through sliders (73, 74, 83, 84) in such a way that the sub supporting parts (50, 60) are adjustable in position with respect to the main supporting part in the crosswise direction; a driving unit that propels and drives each of the set of sub supporting parts (50, 60) in the crosswise direction through the set of joint parts (70, 80) toward the person being assisted in a state of being supported by the main supporting part; a pressure detection unit that is mounted on the arm unit of one of the joint parts and detects a pressure proportional to propulsion of the sub supporting part (50, 60) driven by the driving unit and counterforce generated by contact of the sub supporting part (50, 60) with the person being assisted; and a control unit that controls the driving unit based on a detected value of the pressure detected by the pressure detection unit so that tightening force on the person being assisted caused by the sub supporting part (50, 60) approaches a prescribed tightening force. a main supporting part that supports a torso of a person being assisted; a set of sub supporting parts (50, 60) engaged with the main supporting part through a set of joint parts (70, 80) each including an arm (71, 81) that is attached movably to a guide rail (72, 82) fixed to the main supporting part and extending in a crosswise direction of a supporting surface of the main supporting part through sliders (73, 74, 83, 84) in such a way that the sub supporting parts (50, 60) are adjustable in position with respect to the main supporting part in the crosswise direction; a driving unit that propels and drives each of the set of sub supporting parts (50, 60) in the crosswise direction through the set of joint parts (70, 80) toward the person being assisted in a state of being supported by the main supporting part; a pressure detection unit that is mounted on the arm unit of one of the joint parts and detects a pressure proportional to propulsion of the sub supporting part (50, 60) driven by the driving unit and counterforce generated by contact of the sub supporting part (50, 60) with the person being assisted; and a control unit that controls the driving unit based on a detected value of the pressure detected by the pressure detection unit so that tightening force on the person being assisted caused by the sub supporting part (50, 60) approaches a prescribed tightening force.
An article of footwear, comprising: an upper having a toe covering portion and an entry hole for receiving a foot; an intermediate covering portion disposed between the toe covering portion and the entry hole, wherein the intermediate covering portion is closed around the instep of the foot and wherein the volume defined by the intermediate covering portion is variable; three tensioning members (231 to 236) extending through the intermediate covering portion; and wherein increasing the tension of the tensioning member (231 to 236) substantially decreases the volume defined by the intermediate covering portion, characterized in that the three tensioning members (231 to 236) extend radially outwardly from an aperture (240, 242) of the article of footwear. an upper having a toe covering portion and an entry hole for receiving a foot; an intermediate covering portion disposed between the toe covering portion and the entry hole, wherein the intermediate covering portion is closed around the instep of the foot and wherein the volume defined by the intermediate covering portion is variable; three tensioning members (231 to 236) extending through the intermediate covering portion; and wherein increasing the tension of the tensioning member (231 to 236) substantially decreases the volume defined by the intermediate covering portion, characterized in that the three tensioning members (231 to 236) extend radially outwardly from an aperture (240, 242) of the article of footwear.
Method for operating a gas and steam turbine installation, in which the heat contained in the expanded flue gas of the gas turbine is used to generate steam for the steam turbine, wherein, to avoid a critical operating state, the temperature of the expanded flue gas is reduced by introducing water into the expanded flue gas in the flue gas duct between the gas turbine and the waste-heat steam generator connected downstream with regard to flow, wherein the amount of water to be introduced is determined in dependence on the flue gas temperature, characterized in that at least a first flue gas temperature is measured ahead of the introduction of water into the flue gas with regard to flow, an average combustion temperature of the combustion chamber of the gas turbine is determined from the flue gas temperature, and the amount of water to be introduced is set on the basis of the average combustion temperature.
Watercraft intended for recreational use that consists of a single mid section and two side sections (3,4), with which sections the watercraft can float on the water, whereby the watercraft has a steering mechanism, the watercraft consists of a front part and a rear part that are coupled together by means of a hinged coupling, whereby the front part of the watercraft is primarily formed by the aforementioned mid section of the watercraft, and the aforementioned two side sections (3,4) form part of the rear part of the watercraft, and whereby the hinged coupling forms part of the steering mechanism, such that as a result of a rotation of the front part with respect to the rear part of the watercraft around the hinged coupling, the sailing direction of the watercraft is changed, characterised in that the mid section has a seat for a passenger positioned vertically above a floatation part of the mid section in the lateral direction.