mhurhangee/ep-ind-claims huggingface dataset:
A spring steel wire having a tempered martensitic structure brought about by quenching-tempering, the spring steel wire consisting of, based on mass %: 0.50-0.75% C, 1.80-2.70% Si, 0.1-0.7% Mn, 0.70-1.50% Cr, 0.02-1.0% Co, optionally at least one element selected from the group of 5 elements consisting of: 0.05-0.50% V, 0.05-0.50% Mo, 0.05-0.15% W, 0.05-0.15% Nb and 0.01-0.20 Ti; the balance being Fe and impurities; the spring steel wire comprising: a 40 % or higher reduction of area; and a 1,000 MPa or higher shear yield stress after subjected to heat treatment for at least 2 hours at a temperature ranging from 420°C to 480°C. 0.50-0.75% C, 1.80-2.70% Si, 0.1-0.7% Mn, 0.70-1.50% Cr, 0.02-1.0% Co, optionally at least one element selected from the group of 5 elements consisting of: 0.05-0.50% V, 0.05-0.50% Mo, 0.05-0.15% W, 0.05-0.15% Nb and 0.01-0.20 Ti; 0.05-0.50% V, 0.05-0.50% Mo, 0.05-0.15% W, 0.05-0.15% Nb and 0.01-0.20 Ti; the balance being Fe and impurities; a 40 % or higher reduction of area; and a 1,000 MPa or higher shear yield stress after subjected to heat treatment for at least 2 hours at a temperature ranging from 420°C to 480°C.
A core sheath composite yarn having a sheath polymer that is a polyamide and a core portion that is a polyether ester amide copolymer, wherein the core sheath composite yarn has a moisture absorbance/desorbance (ΔMR) of 5.0% or more, determined as described herein, the ΔMR maintenance rate after 20 washes, determined according to no. 103 in Appendix A of JIS L0217 and as described herein, is 90% or more and 100% or less and the sheath polymer has an α-crystal orientation parameter of 1.9 or more and 2.7 or less, measured by laser Raman spectroscopy as described herein.
A windmill device for power generation, the device comprising: a wind tunnel member provided with a wind tunnel passage passing a wind therethrough; and a windmill held rotatably inside the wind tunnel passage of the wind tunnel member, wherein the windmill includes: a hub serving as a rotation center; a plurality of spokes extending radially from the hub; a limb connecting outer ends of the plurality of spokes, the limb being approximately annular in shape; and a plurality of sailcloth pieces, each sailcloth piece being approximately triangular in shape, each of two sides of the sailcloth piece supported by a spoke of the plurality of spokes or the limb, and other one side of the sailcloth piece left as a free end not supported by any of the spoke and the limb, wherein a ratio S 2 /S 1 is 0.9 to 0.99, where S 1 is a cross-sectional area of the wind tunnel passage; and S 2 is a wind catching area of the plurality of sailcloth pieces. a wind tunnel member provided with a wind tunnel passage passing a wind therethrough; and a windmill held rotatably inside the wind tunnel passage of the wind tunnel member, a hub serving as a rotation center; a plurality of spokes extending radially from the hub; a limb connecting outer ends of the plurality of spokes, the limb being approximately annular in shape; and a plurality of sailcloth pieces, each sailcloth piece being approximately triangular in shape, each of two sides of the sailcloth piece supported by a spoke of the plurality of spokes or the limb, and other one side of the sailcloth piece left as a free end not supported by any of the spoke and the limb,
A treatment planning device comprising: a spot determination unit that is configured to classify an irradiation region to be irradiated with a charged particle beam into a plurality of layers in an irradiation direction of the charged particle beam, and that is configured to arrange a plurality of irradiation spots which serve as irradiation positions of the charged particle beam, in the layers; a group classification unit that is configured to classify the irradiation spots into groups in accordance with a target irradiation dose of each irradiation spot; and a planning unit that is configured to prepare a treatment plan so as to continuously emit the charged particle beam while the irradiation position is changed from an irradiation spot to a subsequent irradiation spot belonging to a certain group, and so as to stop emitting the charged particle beam while the irradiation position is changed from an irradiation spot belonging to the certain group to an irradiation spot belonging to another group located in the same layer as that of the certain group; and wherein the planning unit is configured to determine beam intensity for each of the groups classified by the group classification unit. a spot determination unit that is configured to classify an irradiation region to be irradiated with a charged particle beam into a plurality of layers in an irradiation direction of the charged particle beam, and that is configured to arrange a plurality of irradiation spots which serve as irradiation positions of the charged particle beam, in the layers; a group classification unit that is configured to classify the irradiation spots into groups in accordance with a target irradiation dose of each irradiation spot; and a planning unit that is configured to prepare a treatment plan so as to continuously emit the charged particle beam while the irradiation position is changed from an irradiation spot to a subsequent irradiation spot belonging to a certain group, and so as to stop emitting the charged particle beam while the irradiation position is changed from an irradiation spot belonging to the certain group to an irradiation spot belonging to another group located in the same layer as that of the certain group; and wherein the planning unit is configured to determine beam intensity for each of the groups classified by the group classification unit.
An apparatus, in particular a construction machine configured as a mobile excavator or a transfer apparatus, having an undercarriage carrying a chassis and having a superstructure connected thereto, wherein the superstructure is made up in a modular manner of at least three modules which can be releasably coupled to one another, and wherein at least one drive module is provided which forms an operable unit of a machine drive and a machine cooling system and at least one further module includes one or more superstructure components, wherein a further module forms the main frame of the superstructure to which all further modules can be releasably indirectly or directly coupled, characterized in that the apparatus comprises a hydraulic system, with all the hydraulic valves responsible for the regulation process within the hydraulic system being combined in a separate module; and in that a module includes a hydraulic tank and/or fuel tank.
A method for performing interference coordination in a Long Term Evolution, LTE, trunking communication system, in which a great number of wireless subscribers share a small number of wireless channels, for each base station, the method comprises following operations: recording time-frequency resources occupancy information of cells in service coverage of a base station in a semi-static scheduling period; when a preset time-frequency resource interaction period is reached, broadcasting the recorded time-frequency resources occupancy information to base stations of all other neighbor cells of the cells in the service coverage of the base station; when time-frequency resources occupancy information sent by other base stations are received, updating time-frequency resources occupancy information of corresponding neighbor cells maintained by the base station itself; when allocating time-frequency resources to trunking services of a cell in the service coverage of the base station, the base station preferentially allocating time-frequency resources which are not occupied by the other neighbor cells of the cell according to the obtained time-frequency resources occupancy information about time-frequency resources occupied by trunking sevices of the other neighbor cells of the cell, wherein if there is no time-frequency resources left for allocating to the cell except from time-frequency resources occupied by the neighbor cells, the time-frequency resources occupied by the other neighbor cells can be used. recording time-frequency resources occupancy information of cells in service coverage of a base station in a semi-static scheduling period; when a preset time-frequency resource interaction period is reached, broadcasting the recorded time-frequency resources occupancy information to base stations of all other neighbor cells of the cells in the service coverage of the base station; when time-frequency resources occupancy information sent by other base stations are received, updating time-frequency resources occupancy information of corresponding neighbor cells maintained by the base station itself; when allocating time-frequency resources to trunking services of a cell in the service coverage of the base station, the base station preferentially allocating time-frequency resources which are not occupied by the other neighbor cells of the cell according to the obtained time-frequency resources occupancy information about time-frequency resources occupied by trunking sevices of the other neighbor cells of the cell, wherein if there is no time-frequency resources left for allocating to the cell except from time-frequency resources occupied by the neighbor cells, the time-frequency resources occupied by the other neighbor cells can be used.
Sealed connection device for a double-door connection system including a first flange and a first door plugging said first flange, said first flange including bayonet connection means for an object, said object including a second flange plugged by a second door, the second flange being provided with n lugs intended to cooperate with the bayonet connection means of the first flange, said first flange including n detectors of the correct assembly of the lugs of the second flange in the bayonet connection means, each detector being configured for the detection of the presence of a lug.
An apparatus, comprising: a flywheel generator comprising; a flywheel attached to a crankshaft of an engine such that an axis of rotation of the flywheel is aligned with an axis of rotation of the crankshaft; and an electric generator including a rotor attached to the flywheel such that an axis of rotation of the rotor is aligned with the axis of rotation of the flywheel; and a stator positioned with respect to the rotor, the electric generator for generating electrical power when the rotor is rotated by the crankshaft; the apparatus further comprising an electric power bus comprising an electrical load, and a source; an electrical power take-off, wherein the electric generator of flywheel generator is configured to provide an alternating current to the electrical power take-off; a power converter, separate to the electric generator, connected to the electrical power bus, configured to convert electrical power on the electrical power take-off to electrical power that is appropriate for the electrical load, the power converter including an inverter configured to convert electrical power from the source to appropriate electrical power for application to the electric generator to control torque applied to the crankshaft, the inverter further configured to provide the electrical power to the electric generator to start the engine; and an electrical power controller configured to switch the power converter between providing electrical power to the electrical load and drawing electrical power from the source. a flywheel generator comprising; a flywheel attached to a crankshaft of an engine such that an axis of rotation of the flywheel is aligned with an axis of rotation of the crankshaft; and an electric generator including a rotor attached to the flywheel such that an axis of rotation of the rotor is aligned with the axis of rotation of the flywheel; and a stator positioned with respect to the rotor, the electric generator for generating electrical power when the rotor is rotated by the crankshaft; the apparatus further comprising an electric power bus comprising an electrical load, and a source; an electrical power take-off, wherein the electric generator of flywheel generator is configured to provide an alternating current to the electrical power take-off; a power converter, separate to the electric generator, connected to the electrical power bus, configured to convert electrical power on the electrical power take-off to electrical power that is appropriate for the electrical load, the power converter including an inverter configured to convert electrical power from the source to appropriate electrical power for application to the electric generator to control torque applied to the crankshaft, the inverter further configured to provide the electrical power to the electric generator to start the engine; and an electrical power controller configured to switch the power converter between providing electrical power to the electrical load and drawing electrical power from the source.
A drug or medical treatment dispenser for the transdermal treatment of a person or animal characterised in that the dispenser comprises a hoop having at least one groove, said groove(s) 22 containing at least one tube being connected at one end to a pump said pump being connected to a container of treatment, the at least one tube having one or more apertures to dispense treatment in spray form towards the skin of a person or animal, the apertures being inwardly directed and disposed around the inside of the hoop to direct spray treatment emerging from the apertures onto a person's or animal's body part placed within the hoop.
An apparatus for negative pressure wound therapy, the apparatus comprising: a wound dressing comprising: a transmission layer comprising a plurality of horizontally spaced apart through holes extending vertically through a thickness of the transmission layer; an absorbent layer comprising a plurality of horizontally spaced apart through holes extending vertically through a thickness of the absorbent layer; and a transparent or translucent cover layer positioned above the absorbent layer, the cover layer configured to form a negative pressure chamber underneath the cover layer; and a port configured to communicate negative pressure to the negative pressure chamber; wherein the through holes in the transmission layer are positioned at least partially below the through holes in the absorbent layer to permit viewing of tissue beneath the wound dressing through the wound cover when the wound dressing is applied to a patient, and further comprising a plug material positioned within at least some of the through holes, wherein the plug material comprises silicone wherein the through holes are configured to prevent or minimize suction blisters to the tissue by having a limited diameter, and wherein the limited diameter is less than or equal to approximately 10 mm. a wound dressing comprising: a transmission layer comprising a plurality of horizontally spaced apart through holes extending vertically through a thickness of the transmission layer; an absorbent layer comprising a plurality of horizontally spaced apart through holes extending vertically through a thickness of the absorbent layer; and a transparent or translucent cover layer positioned above the absorbent layer, the cover layer configured to form a negative pressure chamber underneath the cover layer; and a transmission layer comprising a plurality of horizontally spaced apart through holes extending vertically through a thickness of the transmission layer; an absorbent layer comprising a plurality of horizontally spaced apart through holes extending vertically through a thickness of the absorbent layer; and a transparent or translucent cover layer positioned above the absorbent layer, the cover layer configured to form a negative pressure chamber underneath the cover layer; and a port configured to communicate negative pressure to the negative pressure chamber; wherein the through holes in the transmission layer are positioned at least partially below the through holes in the absorbent layer to permit viewing of tissue beneath the wound dressing through the wound cover when the wound dressing is applied to a patient, and further comprising a plug material positioned within at least some of the through holes, wherein the plug material comprises silicone wherein the through holes are configured to prevent or minimize suction blisters to the tissue by having a limited diameter, and wherein the limited diameter is less than or equal to approximately 10 mm.
A radio communication system comprising: a first base station; a second base station capable of communicating with the first base station; and a radio terminal, within a communication area of the first base station, configured to connect to both of the first and second base stations, and to perform a dual connectivity communication in which the radio terminal simultaneously communicates with the first and second base stations, wherein the second base station transmits, to the first base station, control information related to radio resources in the second base station, after starting the dual connectivity communication, the first base station transmits the control information received from the second base station to the radio terminal, in the dual connectivity communication, the radio terminal performs radio communications with the second base station using the control information received from the first base station, and in the dual connectivity communication, radio resources determined by a first scheduler in the first base station and radio resources determined by a second scheduler in the second base station are provided to the radio terminal. a first base station; a second base station capable of communicating with the first base station; and a radio terminal, within a communication area of the first base station, configured to connect to both of the first and second base stations, and to perform a dual connectivity communication in which the radio terminal simultaneously communicates with the first and second base stations, wherein the second base station transmits, to the first base station, control information related to radio resources in the second base station, after starting the dual connectivity communication, the first base station transmits the control information received from the second base station to the radio terminal, in the dual connectivity communication, the radio terminal performs radio communications with the second base station using the control information received from the first base station, and in the dual connectivity communication, radio resources determined by a first scheduler in the first base station and radio resources determined by a second scheduler in the second base station are provided to the radio terminal.
A build material for three-dimensional printing, the build material comprising: at least 70 wt. % phase change wax component; up to 30 wt. % additive component; and 0.001-5 wt. % phosphor component, based on the total weight of the build material. at least 70 wt. % phase change wax component; up to 30 wt. % additive component; and 0.001-5 wt. % phosphor component, based on the total weight of the build material.
Spray dispenser for nasal drugs comprising a non-pressurized bottle for storing medical fluids in particular of drugs and other sterile fluids, a mounting body mounted to the top of the bottle and an actuating body, wherein the bottle, the mounting body and the actuating body are aligned along a longitudinal axis, and wherein the actuating body is slideably attached to the mounting body along the longitudinal axis and movable between an actuating position and a non-actuating position, wherein the spray dispenser comprises an applicator nozzle and an actuating section for moving the actuating body into the actuating position, wherein the applicator nozzle has a nozzle axis which is inclined with respect to the longitudinal axis, the applicator nozzle facing away from the actuating section; characterized in that - the dispenser comprises a metering valve and a spray valve actuated by the actuating body, wherein the metering valve is configured to capture a pre-defined dosage of the medical fluids to be dispensed during actuation of the spray dispenser and wherein the spray valve is configured to eject the medical fluids; and in that a) a filter or filter matrix and a cannula are provided, the filter or filter matrix being arranged between the bottle and the mounting body and the cannula acting as an intake for the medical fluids to be dispensed by the spray dispenser, or b) a bag is provided for storing the medical fluids, wherein the bag is disposed in an interior of the bottle and wherein a neck of the bag is sealingly connected to a neck of the bottle. - the dispenser comprises a metering valve and a spray valve actuated by the actuating body, wherein the metering valve is configured to capture a pre-defined dosage of the medical fluids to be dispensed during actuation of the spray dispenser and wherein the spray valve is configured to eject the medical fluids; and in that a) a filter or filter matrix and a cannula are provided, the filter or filter matrix being arranged between the bottle and the mounting body and the cannula acting as an intake for the medical fluids to be dispensed by the spray dispenser, or b) a bag is provided for storing the medical fluids, wherein the bag is disposed in an interior of the bottle and wherein a neck of the bag is sealingly connected to a neck of the bottle. a) a filter or filter matrix and a cannula are provided, the filter or filter matrix being arranged between the bottle and the mounting body and the cannula acting as an intake for the medical fluids to be dispensed by the spray dispenser, or b) a bag is provided for storing the medical fluids, wherein the bag is disposed in an interior of the bottle and wherein a neck of the bag is sealingly connected to a neck of the bottle.
An ultrasonic welding installation comprising an ultrasonic vibration unit having a sonotrode and a converter, wherein the sonotrode and the converter are arranged in mutually adjacent relationship along a longitudinal axis and the ultrasonic vibration unit can be caused to resonate with an ultrasonic vibration in the direction of the longitudinal axis with a wavelength λ, wherein there is provided a support element for supporting a force applied to the sonotrode perpendicularly to the longitudinal axis, wherein the sonotrode and the support element have mutually corresponding support surfaces which at least when a force is applied to the sonotrode perpendicularly to the longitudinal axis come into contact with each other, characterised in that the support surfaces are of such a configuration that when they are in contact with each other they prevent a relative movement of the sonotrode with respect to the support element in the direction of the longitudinal axis and do not impede a rotation of the sonotrode about the longitudinal axis.