mhurhangee/ep-ind-claims huggingface dataset:
System for monitoring and predictive maintenance of the state of wear of mechanical components of a railroad car, responsible for driving dynamics, of the type comprising a chassis, two wheel-axles, a bogie frame and dampening (D1, D2), comprising: a logic control unit comprising a signal processing program, at least one plurality of sensors, which can be placed on said chassis, wheel-axles, bogie frame and dampening (D1, D2), capable of detecting operation data of said railroad car and sending corresponding signals to said logic control unit, whereby said signal processing program is capable of processing said signals so as to extract real characteristic data of said mechanical components of said railroad car, comparing said real characteristic data with nominal theoretical values in real time, emitting an alarm signal if the result of said comparison is outside a predetermined range of values, and whereby it comprises an energy recovery system capable of taking vibrational, and/or acoustic, and/or electromagnetic, and/or solar, and/or photovoltaic, and/or wind and/or micro-wind energy and converting it into electrical energy. a logic control unit comprising a signal processing program, at least one plurality of sensors, which can be placed on said chassis, wheel-axles, bogie frame and dampening (D1, D2), capable of detecting operation data of said railroad car and sending corresponding signals to said logic control unit, whereby said signal processing program is capable of processing said signals so as to extract real characteristic data of said mechanical components of said railroad car, comparing said real characteristic data with nominal theoretical values in real time, emitting an alarm signal if the result of said comparison is outside a predetermined range of values, and whereby it comprises an energy recovery system capable of taking vibrational, and/or acoustic, and/or electromagnetic, and/or solar, and/or photovoltaic, and/or wind and/or micro-wind energy and converting it into electrical energy.
Method of determining network parameters in a cellular communication system, wherein a coverage area of said communication system is made up of a plurality of cells(104, 105 and 106), each of said cells including at least a first network entity being a radio transmitter(101, 102 and 103) for providing communication with at least one user entity, when in the coverage area of a said cell, wherein said radio transmitter includes at least one local network parameter, which is reusable for radio transmitters within the communication system, and at least one global network parameter, which is unique to the radio transmitter in said system, from at least a first radio transmitter, being a radio base station, transmitting a local network parameter and corresponding global network parameter for at least one surrounding radio transmitter to a second network entity according to a representation, wherein the said radio transmitters within the communication system include the local network parameter and corresponding global network parameter for at least one surrounding radio transmitter according to the representation, and receiving and processing(204,205 and 206), by the second network entity, said local network parameter and corresponding global network parameter; wherein said second network entity is a radio transmitter providing coverage in a cell surrounding the transmitting radio transmitter.
Edible medium (1; 101) for the cultivation of at least one vegetable product; wherein said edible medium (1; 101) is layered and comprises: - a first edible layer suited to allow the germination and/or growth of said at least one vegetable product; - a second edible layer comprising at least one mixture of the following: at least one thickening element, at least one gelling element and at least one excipient; wherein said at least one thickening element of said second edible layer comprises carob seed flour. - a first edible layer suited to allow the germination and/or growth of said at least one vegetable product; - a second edible layer comprising at least one mixture of the following: at least one thickening element, at least one gelling element and at least one excipient;
A hernia repair device, comprising: a surgical mesh configured to extend across a tissue defect, the surgical mesh comprising a plurality of tissue retracting flaps, each flap coupled to the surgical mesh in proximity of an outer periphery of the surgical mesh at a fixed end thereof and extending inwardly therefrom to a free end; a plurality of filament loops, a filament loop being coupled to each of the tissue retracting flaps to effect movement of the flap, each flap being moveable about the fixed end thereof between a first position, wherein the flaps are substantially coplanar with the surgical mesh, and a second position, wherein the flaps extend from the surgical mesh; and a tissue retracting member slidably disposed about each of the filament loops, each tissue retracting member configured for slidable movement about the filament loop between a first position, wherein the tissue retracting member is spaced- apart from the surgical mesh, and a second position, wherein the tissue retracting member is positioned adjacent the surgical mesh to facilitate the retraction of tissue surrounding the tissue defect. a surgical mesh configured to extend across a tissue defect, the surgical mesh comprising a plurality of tissue retracting flaps, each flap coupled to the surgical mesh in proximity of an outer periphery of the surgical mesh at a fixed end thereof and extending inwardly therefrom to a free end; a plurality of filament loops, a filament loop being coupled to each of the tissue retracting flaps to effect movement of the flap, each flap being moveable about the fixed end thereof between a first position, wherein the flaps are substantially coplanar with the surgical mesh, and a second position, wherein the flaps extend from the surgical mesh; and a tissue retracting member slidably disposed about each of the filament loops, each tissue retracting member configured for slidable movement about the filament loop between a first position, wherein the tissue retracting member is spaced- apart from the surgical mesh, and a second position, wherein the tissue retracting member is positioned adjacent the surgical mesh to facilitate the retraction of tissue surrounding the tissue defect.
A rubber composition, comprising, based on 100 parts by weight of rubber components comprising a first synthetic rubber and a second synthetic rubber: 30 parts by weight to 90 parts by weight of the first synthetic rubber, wherein the first synthetic rubber is a solution-polymerized conjugated diene-based rubber; 10 parts by weight to 70 parts by weight of the second synthetic rubber, wherein the second synthetic rubber is a butadiene-based rubber having a cis bond content of 96 wt% or more in a polymer, as measured by Fourier Transform Infrared Spectroscopy; and 30 to 200 parts by weight of a filler, wherein a solubility parameter difference between the first synthetic rubber and the second synthetic rubber is greater than 0.82, wherein the solubility parameters are measured as disclosed in the specification, and the first synthetic rubber is a both-terminals modified rubber where being bonded functional groups at both terminals and having a styrene content of 38 wt% or more. 30 parts by weight to 90 parts by weight of the first synthetic rubber, wherein the first synthetic rubber is a solution-polymerized conjugated diene-based rubber; 10 parts by weight to 70 parts by weight of the second synthetic rubber, wherein the second synthetic rubber is a butadiene-based rubber having a cis bond content of 96 wt% or more in a polymer, as measured by Fourier Transform Infrared Spectroscopy; and 30 to 200 parts by weight of a filler, wherein a solubility parameter difference between the first synthetic rubber and the second synthetic rubber is greater than 0.82, wherein the solubility parameters are measured as disclosed in the specification, and the first synthetic rubber is a both-terminals modified rubber where being bonded functional groups at both terminals and having a styrene content of 38 wt% or more.
A drive power transmission device comprising a plurality of frictional engagement elements (31, 32) between an input shaft and an output shaft that are capable of forming a first drive power transmission state, in which a first frictional engagement element is engaged while a second frictional engagement element is disengaged, and a second drive power transmission state, in which the first frictional engagement element is disengaged while the second frictional engagement element is engaged, wherein a temperature sensor is positioned at a periphery of both frictional engagement elements (31, 32), wherein the first frictional engagement element and the second frictional engagement element overlap axially and are layered radially in an inner/outer arrangement, and characterized in that a lubricating oil pathway is formed such that a lubricating oil for cooling both frictional engagement elements (31, 32) passes through both frictional engagement elements (31, 32) in a radial direction from inside of both frictional engagement elements (31, 32) to the temperature sensor.
A pipe, which is a refrigerant pipe comprising: - a pipe body including copper or a copper alloy; and - formed on an outer surface of the pipe body, an anticorrosive film including one or more anticorrosive agents selected from 0.1-200.0 μg/cm 2 of an organic sulfonate compound, 0.1-200.0 μg/cm 2 of a polyhydric alcohol-organic acid ester compound, and 1.5-200.0 μg/cm 2 of an aliphatic C 8-24 -amine compound. wherein the compound is a glycerol fatty acid ester of the formula R-COOCH 2 -CH -CH 2 OH wherein R is a linear or branched aliphatic C 11-29 -hydrocarbon group, and cases where compound is included in an amount ≥ the amount of compound are excluded. - a pipe body including copper or a copper alloy; and - formed on an outer surface of the pipe body, an anticorrosive film including one or more anticorrosive agents selected from 0.1-200.0 μg/cm 2 of an organic sulfonate compound, 0.1-200.0 μg/cm 2 of a polyhydric alcohol-organic acid ester compound, and 1.5-200.0 μg/cm 2 of an aliphatic C 8-24 -amine compound. 0.1-200.0 μg/cm 2 of an organic sulfonate compound, 0.1-200.0 μg/cm 2 of a polyhydric alcohol-organic acid ester compound, and 1.5-200.0 μg/cm 2 of an aliphatic C 8-24 -amine compound. the compound is a glycerol fatty acid ester of the formula R-COOCH 2 -CH -CH 2 OH wherein R is a linear or branched aliphatic C 11-29 -hydrocarbon group, and cases where compound is included in an amount ≥ the amount of compound are excluded.
Shears having two limbs (2, 3), each of which comprises a handle region (4, 5) at one end and a cutting edge (6, 7) at the other end, wherein the limbs (2, 3) are further connected to each other at a revolute joint, with one fixed limb (2, 3) that is fixed relative to the revolute joint during an opening and closing movement, and one movable limb (3, 2), wherein the limbs (2, 3) can move between an open position and a closed position while being limited by a stop, and the cutting edges (6, 7) pass each other over substantially their entire length in the closed position, characterized in that the fixed or movable limb (2, 3) extend relative to the movable or fixed limb (3, 2) on the handle side of the revolute joint such that it is supported in a planar manner on both sides in a region of overlap with the movable or fixed limb (2, 3), wherein the limbs (2, 3) comprise surface regions (20, 21) that rest against one another in the region in which they are on top of each other in the closed state, and are each exposed on the opposite side (24, 25), and that the support is achieved via a double connection (13, 14) between the plate-like region that overlaps the supported limb in its width direction on a broad side and the supporting limb.
An apparatus for treating sleep disordered breathing and monitoring a patient for indications of cardiovascular disease comprising: a pressure delivery device (2, 6, 8) for delivering positive airway pressure at therapeutic levels for treatment of sleep disordered breathing, a controller configured to detect and record sleep disordered breathing-related information or events associated with the treatment of the patient's sleep disordered breathing, and to adjust the delivery of positive airway pressure based on the detection of breathing-related events; a memory for storing as a function of time the detected breathing-related information or events and for storing as a function of time information concerning the cardiovascular condition of the patient, characterized in that the controller is further configured to: associate changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale so that changes that occur substantially in common may be observed, and wherein associating changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale includes determining a relationship between the cardiovascular condition of the patient and the sleep-disordered breathing. a pressure delivery device (2, 6, 8) for delivering positive airway pressure at therapeutic levels for treatment of sleep disordered breathing, a controller configured to detect and record sleep disordered breathing-related information or events associated with the treatment of the patient's sleep disordered breathing, and to adjust the delivery of positive airway pressure based on the detection of breathing-related events; a memory for storing as a function of time the detected breathing-related information or events and for storing as a function of time information concerning the cardiovascular condition of the patient, characterized in that the controller is further configured to: associate changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale so that changes that occur substantially in common may be observed, and wherein associating changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale includes determining a relationship between the cardiovascular condition of the patient and the sleep-disordered breathing. associate changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale so that changes that occur substantially in common may be observed, and wherein associating changes in the cardiovascular condition of the patient to changes in sleep-disordered breathing-related information or events on a common time scale includes determining a relationship between the cardiovascular condition of the patient and the sleep-disordered breathing.
A method for managing unlocking of an electronic device, the method comprising: receiving an unlocking input from a user; authenticating the unlocking input; generating a first pre-wakeup command of initializing a progress action for the electronic device, wherein the initializing the progress action includes performing at least one pre-wake up event, wherein the at least one pre-wake up event comprises initializing a display of the electronic device to a partial wake-up state, and wherein the authenticating of the unlocking input and the generating of the first pre-wakeup command are performed in parallel; generating a second pre-wakeup command of whether to complete the progress action including completing initialization of the display, or to retrogress the progress action based on the authenticating of the unlocking input; and determining whether to unlock the electronic device based on the second pre-wakeup command. receiving an unlocking input from a user; authenticating the unlocking input; generating a first pre-wakeup command of initializing a progress action for the electronic device, wherein the initializing the progress action includes performing at least one pre-wake up event, wherein the at least one pre-wake up event comprises initializing a display of the electronic device to a partial wake-up state, and wherein the authenticating of the unlocking input and the generating of the first pre-wakeup command are performed in parallel; generating a second pre-wakeup command of whether to complete the progress action including completing initialization of the display, or to retrogress the progress action based on the authenticating of the unlocking input; and determining whether to unlock the electronic device based on the second pre-wakeup command.
Device for force measurement in an elastic bearing, having an elastic bearing, in particular a multilayer spring, having at least one spring element, and having at least one attachment element, against which the spring element can exert a force, characterized by at least one sensor, which is integrated in the attachment element in such a way that the sensor can directly or indirectly detect the force which can be exerted by the spring element on the attachment element, wherein the sensor is a pressure sensor, which is in direct contact with the fluid, wherein the fluid is in direct or indirect contact with the spring element and wherein the pressure sensor is in indirect contact with the spring element via at least one fluid channel, which is designed to guide the fluid.
An optical shape sensing system for sensing a position and/or shape of a medical device using backscatter reflectometry, comprising: - a broadband light source for generating input light of multiple wavelengths of a broadband spectrum, - an interferometer arrangement comprising a plurality of interferometers including a multi-core optical fiber (22m, 30), the multi-core optical fiber (22m, 30) comprising at least two fiber cores (31, 32a,b,c), wherein each of the interferometers is configured to perform backscatter reflectometry separately with a corresponding one of a plurality of input light beams divided from the input light and comprises: - a fiber splitter for dividing the corresponding input light beam into a reference beam and a device beam, - an additional optical fiber for guiding the reference beam, - a corresponding fiber core (31, 32a,b,c) of the multi-core optical fiber (22m, 30) for guiding the device beam to be reflected within the medical device and for guiding the reflected device beam, and - a fiber coupler for coupling the reflected device beam with the reference beam to form an output light beam, the optical shape sensing system further comprising - a spectrometer for receiving and interacting with the output light beam, the spectrometer comprising a detector unit for detecting the output light beam. - a broadband light source for generating input light of multiple wavelengths of a broadband spectrum, - an interferometer arrangement comprising a plurality of interferometers including a multi-core optical fiber (22m, 30), the multi-core optical fiber (22m, 30) comprising at least two fiber cores (31, 32a,b,c), wherein each of the interferometers is configured to perform backscatter reflectometry separately with a corresponding one of a plurality of input light beams divided from the input light and comprises: - a fiber splitter for dividing the corresponding input light beam into a reference beam and a device beam, - an additional optical fiber for guiding the reference beam, - a corresponding fiber core (31, 32a,b,c) of the multi-core optical fiber (22m, 30) for guiding the device beam to be reflected within the medical device and for guiding the reflected device beam, and - a fiber coupler for coupling the reflected device beam with the reference beam to form an output light beam, the optical shape sensing system further comprising - a fiber splitter for dividing the corresponding input light beam into a reference beam and a device beam, - an additional optical fiber for guiding the reference beam, - a corresponding fiber core (31, 32a,b,c) of the multi-core optical fiber (22m, 30) for guiding the device beam to be reflected within the medical device and for guiding the reflected device beam, and - a fiber coupler for coupling the reflected device beam with the reference beam to form an output light beam, - a spectrometer for receiving and interacting with the output light beam, the spectrometer comprising a detector unit for detecting the output light beam.
A fuel cell system comprising: a solid oxide type fuel cell that is supplied with an anode gas and a cathode gas to generate an electric power; a fuel tank that stores a water-containing fuel containing water; a fuel supply passage (101, 102, 103, 104, 109, 110, 111) that couples the fuel cell to the fuel tank; a reformer disposed on the fuel supply passage (101, 102, 103, 104, 109, 110, 111), the reformer reforming the water-containing fuel into the anode gas; a separator disposed on the fuel supply passage (101, 102, 103, 104, 109, 110, 111) in an upstream side with respect to the reformer, the separator separating the water contained in the water-containing fuel; a detector disposed in the upstream side with respect to the reformer, the detector detecting or estimating a moisture content contained in the water-containing fuel; and a control unit that controls the separator, wherein the control unit controls the separator on the basis of the moisture content detected or estimated by the detector. a solid oxide type fuel cell that is supplied with an anode gas and a cathode gas to generate an electric power; a fuel tank that stores a water-containing fuel containing water; a fuel supply passage (101, 102, 103, 104, 109, 110, 111) that couples the fuel cell to the fuel tank; a reformer disposed on the fuel supply passage (101, 102, 103, 104, 109, 110, 111), the reformer reforming the water-containing fuel into the anode gas; a separator disposed on the fuel supply passage (101, 102, 103, 104, 109, 110, 111) in an upstream side with respect to the reformer, the separator separating the water contained in the water-containing fuel; a detector disposed in the upstream side with respect to the reformer, the detector detecting or estimating a moisture content contained in the water-containing fuel; and a control unit that controls the separator, wherein the control unit controls the separator on the basis of the moisture content detected or estimated by the detector.
A system for automatic adjustment of an ejection system for an aircraft, the system comprising: an ejection system having a plurality of adjustable settings and a seat; a sensor configured to detect weight data corresponding to a weight of a user applied to the seat; and a controller coupled to the ejection system and to the sensor and configured to adjust at least one of the plurality of the adjustable settings of the ejection system based on the weight data, and characterized in that the ejection system includes a seat electronic sequencer, which is coupled to the ejection system and to the controller and configured to receive the weight data from the controller and adjust at least one of the plurality of the adjustable settings including at least one of a parachute deployment timing, a drogue deployment timing, or a thrust angle alignment based on the weight data. an ejection system having a plurality of adjustable settings and a seat; a sensor configured to detect weight data corresponding to a weight of a user applied to the seat; and a controller coupled to the ejection system and to the sensor and configured to adjust at least one of the plurality of the adjustable settings of the ejection system based on the weight data, and characterized in that the ejection system includes a seat electronic sequencer, which is coupled to the ejection system and to the controller and configured to receive the weight data from the controller and adjust at least one of the plurality of the adjustable settings including at least one of a parachute deployment timing, a drogue deployment timing, or a thrust angle alignment based on the weight data.