mhurhangee/ep-ind-claims huggingface dataset:
A wind farm aircraft beacon system for a farm, comprising: - a plurality of aircraft beacon devices, - at least one transmission station for emitting electromagnetic waves and/or sound waves, - at least two reception stations for receiving electromagnetic waves and/or sound waves, the number of reception stations being at least a multiple of the number of transmission stations, - an evaluation device for detecting flying object positions by evaluating the emitted and/or received electromagnetic waves and/or sound waves, in particular by time-of-flight determination, and - at least one switching device for switching at least one of the aircraft beacon devices on or off as a function of the flying object positions detected by the evaluation device, wherein precisely one aircraft beacon device is respectively provided for each wind power installation of the wind farm, characterized in that a subsector can respectively be defined in the switching device for a plurality or each of the wind power installations of the wind farm, and the switching device is configured to switch on, or leave switched on, the aircraft beacon device of the wind power installation or wind power installations assigned to the respective subsector when one or more flying object positions that lie inside the subsector defined for the wind power installation or wind power installations are detected by means of the evaluation device. - a plurality of aircraft beacon devices, - at least one transmission station for emitting electromagnetic waves and/or sound waves, - at least two reception stations for receiving electromagnetic waves and/or sound waves, the number of reception stations being at least a multiple of the number of transmission stations, - an evaluation device for detecting flying object positions by evaluating the emitted and/or received electromagnetic waves and/or sound waves, in particular by time-of-flight determination, and - at least one switching device for switching at least one of the aircraft beacon devices on or off as a function of the flying object positions detected by the evaluation device, wherein precisely one aircraft beacon device is respectively provided for each wind power installation of the wind farm, characterized in that a subsector can respectively be defined in the switching device for a plurality or each of the wind power installations of the wind farm, and the switching device is configured to switch on, or leave switched on, the aircraft beacon device of the wind power installation or wind power installations assigned to the respective subsector when one or more flying object positions that lie inside the subsector defined for the wind power installation or wind power installations are detected by means of the evaluation device.
A suction generation device for the removal of matter from a submerged surface, characterized by: - a housing comprising an array of a plurality of fluid inlet ports, a suction inlet, an expulsion outlet, - the housing having an interior surface defining the shape of a cavity therein; - the plurality of fluid inlet ports being located on said interior surface of the housing and configurable to direct a supply of fluid into the cavity and to establish a flowpath from the fluid inlet ports to the expulsion outlet, - the flowpath extending through the cavity, and fluid flow in the flowpath generating a reduction in pressure at the suction inlet so as to generate a flow of fluid therethrough and into the flowpath. - a housing comprising an array of a plurality of fluid inlet ports, a suction inlet, an expulsion outlet, - the housing having an interior surface defining the shape of a cavity therein; - the plurality of fluid inlet ports being located on said interior surface of the housing and configurable to direct a supply of fluid into the cavity and to establish a flowpath from the fluid inlet ports to the expulsion outlet, - the flowpath extending through the cavity, and fluid flow in the flowpath generating a reduction in pressure at the suction inlet so as to generate a flow of fluid therethrough and into the flowpath.
A system for aiding a user in assessing an imaging data set relating to a lumen of a biological structure, the system comprising: a monitor to display an image, a central processing unit, and storage coupled to the CPU for storing instructions that configure the CPU to: analyze the imaging data set for a plurality of values of a parameter, wherein the parameter is selected from at least one of the group of: diameter of a vessel, area of a vessel lumen, thickness of a vessel lumen wall, plaque burden, vessel remodeling index, tissue type, size of a thrombus, location of a thrombus, blood flow, blood pressure, fluid dynamic measurement, stent type, stent apposition, stent coverage, stent fracture, and stent placement; analyze the imaging data set to automatically determine a threshold for the parameter values; wherein the image data set is analyzed to determine a distribution of levels of pixels for a location in the images; and wherein the median of the distribution is set as the threshold; display on the monitor a first intraluminal image having indicators corresponding to the values of the parameter reaching the threshold value for the parameter; wherein pixels of images which fall above and below the threshold may be colored appropriately or only the pixels that fall outside of a statistical range will be color coded; provide the user with a graphical user interface on the monitor; and display a value of the parameter when the user interacts with the intraluminal image. analyze the imaging data set for a plurality of values of a parameter, wherein the parameter is selected from at least one of the group of: diameter of a vessel, area of a vessel lumen, thickness of a vessel lumen wall, plaque burden, vessel remodeling index, tissue type, size of a thrombus, location of a thrombus, blood flow, blood pressure, fluid dynamic measurement, stent type, stent apposition, stent coverage, stent fracture, and stent placement; analyze the imaging data set to automatically determine a threshold for the parameter values; wherein the image data set is analyzed to determine a distribution of levels of pixels for a location in the images; and wherein the median of the distribution is set as the threshold; display on the monitor a first intraluminal image having indicators corresponding to the values of the parameter reaching the threshold value for the parameter; wherein pixels of images which fall above and below the threshold may be colored appropriately or only the pixels that fall outside of a statistical range will be color coded; provide the user with a graphical user interface on the monitor; and display a value of the parameter when the user interacts with the intraluminal image.
A method for secure computation of inputs of t client devices which are randomly selected from a set of N client devices, the method comprising: each client device i (i=1,...,N) of the set of N client devices generating a random binary vector b of weight t in an obfuscated domain, preferably the obfuscated domain being an encrypted domain or a secret-sharing domain, each client device i transforming an input value x i into the obfuscated domain and determining the product b i · x i of bit value b i at position i of the random binary vector and the input value x i in the obfuscated domain; and, performing a secure computation in the obfuscated domain on the basis of the products b i · x i (i=1,...,N); the generating of the random binary vector b of weight t in the obfuscated domain by each of the client devices including: - determining an initial binary vector of weight t by setting the first t bits to one: b i = 1, 1 ≤ i ≤ t, and all further bits to zero: b i = 0, t < i ≤ N; - generating the random binary vector b based on the initial binary vector, the generating including for each position n (1 ≤ n ≤ t) in the binary vector jointly determining a random number r in the range {n,n+1,...N}; and, using the random number r for swapping a binary value at position n with a binary value at position r of the binary vector b. each client device i (i=1,...,N) of the set of N client devices generating a random binary vector b of weight t in an obfuscated domain, preferably the obfuscated domain being an encrypted domain or a secret-sharing domain, each client device i transforming an input value x i into the obfuscated domain and determining the product b i · x i of bit value b i at position i of the random binary vector and the input value x i in the obfuscated domain; and, performing a secure computation in the obfuscated domain on the basis of the products b i · x i (i=1,...,N); the generating of the random binary vector b of weight t in the obfuscated domain by each of the client devices including: - determining an initial binary vector of weight t by setting the first t bits to one: b i = 1, 1 ≤ i ≤ t, and all further bits to zero: b i = 0, t < i ≤ N; - generating the random binary vector b based on the initial binary vector, the generating including for each position n (1 ≤ n ≤ t) in the binary vector jointly determining a random number r in the range {n,n+1,...N}; and, using the random number r for swapping a binary value at position n with a binary value at position r of the binary vector b. - determining an initial binary vector of weight t by setting the first t bits to one: b i = 1, 1 ≤ i ≤ t, and all further bits to zero: b i = 0, t < i ≤ N; - generating the random binary vector b based on the initial binary vector, the generating including for each position n (1 ≤ n ≤ t) in the binary vector jointly determining a random number r in the range {n,n+1,...N}; and, using the random number r for swapping a binary value at position n with a binary value at position r of the binary vector b.
Axle adjustment means for axles, such as leaf-sprung axles, of utility vehicles, comprising a frame unit, an eccentric element, and an adjustment unit, wherein the eccentric element has a first contour, by means of which one of the units, the frame unit or the adjustment unit, can be brought into engagement with the eccentric element, wherein the eccentric element has a second contour, by means of which the respective other unit can be brought into engagement with the eccentric element, wherein the first contour is arranged eccentric to the second contour, wherein the eccentric element can be at least friction-locked to the frame unit or the adjustment unit by means of a first fastening means, and wherein the frame unit and the adjustment unit are secured in a predeterminable position in or along an adjustment direction and supported pivotably relative to each other by setting a certain angle of twist or rotation (α) of the eccentric element, wherein the center of the first contour is spaced apart from the center of the second contour by an eccentricity, wherein the first contour has a mean radius (R 1), and the second contour has a mean radius (R 2), and wherein the relationship of (R 2 - R 1 - E) to (R 2) is in a range of 0.2 to 0.4.
A brake with an arrangement for recognising wear, comprising a rotatably mounted lining carrier on which a brake lining is arranged, wherein a transmitter and/or an antenna is/are arranged at least partially in the brake lining, so that upon reaching a critical remaining wall thickness of the brake lining the operation of the transmitter is disrupted, characterised in that the transmitter is supplied with electricity from a means for converting a type of lost energy of the arrangement, wherein the means has a piezoelement or a thermoelectric generator, in particular a generator operating according to the Seebeck effect or a Peltier element, wherein the lining carrier is arranged non-rotatably but axially, in particular therefore in the direction of the axis of rotation, displaceably on a shaft, in particular the shaft axis of which is the axis of rotation, wherein the shaft is rotatably mounted relative to a housing part, wherein an armature disc is arranged between a coil and the lining carrier and is arranged non-rotatably but axially, i.e. in the axial direction of the shaft, displaceably relative to the coil and/or to the housing part, in particular wherein when the coil is energised the armature disc is drawn towards the coil counter to the spring force generated by spring elements and thus the brake is released, in particular wherein when the coil is not energised the armature disc is pressed towards the lining carrier by the spring elements, in particular onto a brake lining of the lining carrier.
A manufacturing apparatus of a fiber-reinforced resin strand, comprising: spreaders that are provided inside a crosshead into which a molten resin material is continuously supplied from an extruding machine and spread a reinforcing fiber bundle; and twisting rollers (11a, 11b; 31a, 31b) provided at a downstream position from an exit nozzle of the crosshead and including at least a pair of rollers that pultrudes a fiber-reinforced resin strand formed of a resin-impregnated fiber bundle obtained by letting the reinforcing fiber bundle spread by the spreaders be impregnated with the molten resin material from the exit nozzle while twisting the fiber-reinforced resin strand, characterized in that, of pairs of rollers included in the twisting rollers (11a, 11b; 31a, 31b), at least the pair of rollers is made of metal on a surface of which asperities (11c; 31Aa, 31Ba) are formed. spreaders that are provided inside a crosshead into which a molten resin material is continuously supplied from an extruding machine and spread a reinforcing fiber bundle; and twisting rollers (11a, 11b; 31a, 31b) provided at a downstream position from an exit nozzle of the crosshead and including at least a pair of rollers that pultrudes a fiber-reinforced resin strand formed of a resin-impregnated fiber bundle obtained by letting the reinforcing fiber bundle spread by the spreaders be impregnated with the molten resin material from the exit nozzle while twisting the fiber-reinforced resin strand, characterized in that, of pairs of rollers included in the twisting rollers (11a, 11b; 31a, 31b), at least the pair of rollers is made of metal on a surface of which asperities (11c; 31Aa, 31Ba) are formed.
A composition comprising an antiangiogenic agent and a hypoxia activated prodrug for use in a method of treating a cancer patient in need of such treatment, the method comprising administering to a patient in need thereof, a therapeutically effective amount of the antiangiogenic agent and a therapeutically effective amount of the hypoxia activated prodrug to the patient, wherein the hypoxia activated drug is TH-302, and wherein the therapeutically effective amount of TH-302 is a once weekly dose of 480 mg/m 2 to 670 mg/m 2, wherein the antiangiogenic agent is selected from the group consisting everolimus, sunitinib, sorafenib, and pazopanib.
An airbag coolant releasing device for releasing a coolant into an airbag, the device comprising: a cylinder (110, 120) which is formed into a cylindrical shape; a coolant pack which is formed of a flexible film, wherein a coolant is sealed in the coolant pack and the coolant pack is received in the cylinder; a piston which is inserted into the cylinder; a drive unit which drives the piston with respect to the cylinder such that the piston presses the coolant pack; and a nozzle which is provided in an end portion of the cylinder which is located opposite to a side of the drive unit and which releases the coolant ejected from the coolant pack into the airbag, characterized in that the nozzle is provided with a conical body, and the conical body is disposed in a center portion of an opening formed in an end face of the cylinder, and the conical body has a tip portion which is disposed on a side of the coolant pack, wherein the coolant pack partially enters the opening of the nozzle when the coolant pack is pressed by the piston and is pierced by the tip portion of the conical portion so as to be ruptured. a cylinder (110, 120) which is formed into a cylindrical shape; a coolant pack which is formed of a flexible film, wherein a coolant is sealed in the coolant pack and the coolant pack is received in the cylinder; a piston which is inserted into the cylinder; a drive unit which drives the piston with respect to the cylinder such that the piston presses the coolant pack; and a nozzle which is provided in an end portion of the cylinder which is located opposite to a side of the drive unit and which releases the coolant ejected from the coolant pack into the airbag, the nozzle is provided with a conical body, and the conical body is disposed in a center portion of an opening formed in an end face of the cylinder, and the conical body has a tip portion which is disposed on a side of the coolant pack, wherein the coolant pack partially enters the opening of the nozzle when the coolant pack is pressed by the piston and is pierced by the tip portion of the conical portion so as to be ruptured.
Method for polymerizing ethylenically unsaturated monomers by radically initiated emulsion polymerization in aqueous medium in a polymerization reactor, where the internal walls, and optionally internals, of said reactor are coated, before the reactor is filled, by application of a scale inhibitor which precipitates on the treatment with an acid solution, characterized in that the surfaces to be coated with scale inhibitor are treated with an acid solution, wherein first the acid solution is applied to the areas that are to be coated, and subsequently the scale inhibitor, or wherein first the scale inhibitor is applied and subsequently the acid solution.
An electrode drying device comprising: a transfer unit configured to transfer an electrode sheet having an electrode slurry coated onto the current collector, and a drying chamber including an inflow port where the electrode sheet configured to be transferred by the transfer unit enters, wherein an interrupting member for adjusting the flow amount or flow velocity of outside air flowing in a drying chamber is formed at the inflow port, characterised in that a height of a central part of the interrupting member is different from a height of a peripheral part of the interrupting member. a transfer unit configured to transfer an electrode sheet having an electrode slurry coated onto the current collector, and a drying chamber including an inflow port where the electrode sheet configured to be transferred by the transfer unit enters, wherein an interrupting member for adjusting the flow amount or flow velocity of outside air flowing in a drying chamber is formed at the inflow port, characterised in that a height of a central part of the interrupting member is different from a height of a peripheral part of the interrupting member.
Sanitary article, in particular a flushing cistern, with a valve arrangement for filling the sanitary article, in particular the flushing cistern, wherein the valve arrangement comprises a connecting element for connecting the valve arrangement to a supply line, a shut-off valve for manually shutting off the inflow from the supply line and a float valve having a float, wherein the connecting element, shut-off valve and float valve provide a throughflow channel so that water can be supplied from the supply line into the inner space of the sanitary article, and wherein the float can be moved by a rising water level in the sanitary article and closes the float valve when a predefined water level is reached and thus interrupts the throughflow channel, characterized in that the valve arrangement further comprises at least one orientation element, via which the float valve can be oriented in the sanitary article, and in that the orientation element is in contact with a wall of the sanitary article, wherein the float valve can be oriented with respect to the sanitary article via the wall.
A method for separating ethanol from fermented biomass, said method comprising the steps of: (a) providing an ethanol-rich fermented biomass; (b) packing said ethanol-rich fermented biomass as distillation packing into a vertical distillation column; (c) adding water to the bottom of said vertical distillation column; (d) heating the bottom of said vertical distillation column to boil said water, thereby producing a bottom vapor; (e) cooling the top of said vertical distillation column to condense a top vapor, thereby producing an ethanol-rich top liquid; and (f) reintroducing a fraction of said ethanol-rich top liquid to the top of said vertical distillation column, wherein steps (d) through (f) are performed simultaneously. (a) providing an ethanol-rich fermented biomass; (b) packing said ethanol-rich fermented biomass as distillation packing into a vertical distillation column; (c) adding water to the bottom of said vertical distillation column; (d) heating the bottom of said vertical distillation column to boil said water, thereby producing a bottom vapor; (e) cooling the top of said vertical distillation column to condense a top vapor, thereby producing an ethanol-rich top liquid; and (f) reintroducing a fraction of said ethanol-rich top liquid to the top of said vertical distillation column,
A mobile terminal apparatus in a radio communication system using carrier aggregation by aggregating a plurality of component carriers, comprising: an uplink control signal concatenating section configured to concatenate uplink control signals each of which includes report information of each component carrier assigned to downlink and a coding and data modulation section configured to perform coding and data modulation on the concatenated uplink control signal; and a mapping section configured to map the concatenated uplink control signal subjected to coding and data modulation to an uplink communication channel. an uplink control signal concatenating section configured to concatenate uplink control signals each of which includes report information of each component carrier assigned to downlink and a coding and data modulation section configured to perform coding and data modulation on the concatenated uplink control signal; and a mapping section configured to map the concatenated uplink control signal subjected to coding and data modulation to an uplink communication channel.
Arm module having a housing, which has at least one first connection side and at least one second connection side, wherein the first connection side is designed to be controllably rotatable about an axis of rotation relative to the second connection side, and having a rotation-compatible data transmission device for transmitting data signals along a transmission path between the first connection side and the second connection side, wherein the transmission path comprises at least one wireless partial transmission path for wirelessly transmitting data signals and at least one wired partial transmission path for the wired transmission of data signals, wherein the rotation-compatible data transmission device has at least one first wireless transceiver unit and at least one second wireless transceiver unit which are each connected to one another via the transmission path and are configured to wirelessly emit and receive data signals along the at least one wireless partial transmission path, characterized in that the first connection side has a rotatable first connection device and the second connection side has a second connection device, which is fixed to the housing, that is to say is non-rotatable, wherein the first connection device and the second connection device are designed for coupling the arm module to a further arm module, wherein the first rotatable connection device is connected in a rotationally fixed manner to a drive shaft of a drive device of the arm module, and wherein the first connection side is rotatable relative to the housing via the first connection device.