mhurhangee/ep-ind-claims huggingface dataset:
A resonator, comprising a resonant cavity body, wherein the resonant cavity body has a resonant cavity and an open end, and the resonator further comprises a cover that covers the open end and that is connected to the resonant cavity body, and a resonant tube that is located inside the resonant cavity, wherein the resonator further comprises a medium material that is padded in the resonant cavity and whose dielectric constant is greater than 1, the resonant tube comprises a resonant tube body and an elastic structure wherein the elastic structure is used to provide elastic pressure in an axial direction of the resonant tube, so that an upper end face of the medium material is in close contact with a lower surface of the cover, characterized in that the elastic structure is fastened to the resonant tube body, the medium material is padded in a capacitor area in the resonant cavity, and the capacitor area comprises an area between the resonant tube and the cover; and a lower end face of the medium material is in direct contact with an upper surface of the resonant tube.
A method for controlling a wind turbine, wherein said wind turbine comprises: - A wind turbine rotor with one or more blades, wherein the wind turbine has a rated angular rotation speed of the wind turbine rotor, said method comprising: - Providing an estimated drop size of rain drops impinging on the one or more blades, - Providing an estimated precipitation intensity of precipitation impinging on the wind turbine, - Determining whether an entry criterion for operation according to a reduced mode is fulfilled, wherein said determining is based at least partially on the estimated drop size and at least partially on said estimated precipitation intensity, - Controlling the wind turbine according to the reduced mode if the entry criterion is fulfilled, wherein in the reduced mode an angular rotation speed of the wind turbine rotor is limited below an angular rotation speed threshold, wherein the angular rotation speed threshold is smaller than the rated angular rotation speed of the wind turbine; and the entry criterion is fulfilled - if the estimated drop size is above a predetermined drop size entry threshold, and/or - if the estimated precipitation intensity is above a predetermined precipitation intensity entry threshold. - A wind turbine rotor with one or more blades, wherein the wind turbine has a rated angular rotation speed of the wind turbine rotor, - Providing an estimated drop size of rain drops impinging on the one or more blades, - Providing an estimated precipitation intensity of precipitation impinging on the wind turbine, - Determining whether an entry criterion for operation according to a reduced mode is fulfilled, wherein said determining is based at least partially on the estimated drop size and at least partially on said estimated precipitation intensity, - Controlling the wind turbine according to the reduced mode if the entry criterion is fulfilled, - if the estimated drop size is above a predetermined drop size entry threshold, and/or - if the estimated precipitation intensity is above a predetermined precipitation intensity entry threshold.
A computer readable medium programmed with instructions for simulating afferent action potentials or augmenting endogenous afferent activity within a vagus nerve of a patient when run on a device comprising a sensor (210A or 210B); an electrical signal generator comprising a processor; and an electrode (220A or 220B), wherein the instructions, when executed by the processor, perform a method comprising: detecting a QRS wave portion of a cardiac cycle and an R-R interval with the sensor (210A or 210B), where the R-R interval is the amount of time between two successive R wave portions of the cardiac cycle; characterized in that the method comprises generating a pulsed electrical signal with the electrical signal generator on shortening R-R intervals during heart rate variability, such that a signal is only generated on a selected R-wave having an R-R interval less than the preceding R-R interval, or less than a moving average for several R-R intervals, the pulsed electrical signal comprising a series of microbursts; and in response to the detection of the QRS wave portion of a cardiac cycle and the R-R interval, delivering the pulsed electrical signal via the electrode (220A or 220B) to the vagus nerve of a patient, wherein the pulsed electrical signal is configured to simulate afferent action potentials or augment endogenous afferent activity within the vagus nerve of the patient.
A polymeric or rigid mineral material substrate coated with a stack of thin layers forming a functional coating which can act on solar radiation and/or infrared radiation, said coating comprising two metallic functional layers, each disposed between two dielectric coatings (Di), so as to comprise at least the sequence of layers Di1/F1/Di2/F2/Di3 starting from the substrate, each dielectric coating (Di) comprising at least one layer of dielectric material, characterized in that the coating comprises at least two layers which absorb in the visible region (A1, A2), disposed at least in two different dielectric coatings, the absorbent layers (A1, A2) are separated from the metallic functional layers by at least one dielectric layer, the geometric thickness of all the dielectric layers separating each absorbent layer from a metallic functional layer is greater than or equal to 5 nm, the absorbent layers are chosen from layers based on one of the following materials: NbN, TiN, NiCrN, SnZnN, ZrN, Ti, NiCr, Nb, Zr or a mixture thereof.
A combined defibrillation and CPR pad, comprising: a substrate; at least one first high-voltage defibrillation electrode (12, 14) connected to the substrate; at least one second high-voltage defibrillation electrode (12, 14) connected to the substrate; and a CPR pad comprising a portion of the substrate or a member interconnected with the substrate and configured to be located over a region of a patient's body appropriate for CPR chest compressions when the first and second electrodes (12, 14) are positioned over regions of the patient's body appropriate for defibrillation; characterised by a compression-sensing element (62, 64) at the location of said portion of the CPR pad. a substrate; at least one first high-voltage defibrillation electrode (12, 14) connected to the substrate; at least one second high-voltage defibrillation electrode (12, 14) connected to the substrate; and a CPR pad comprising a portion of the substrate or a member interconnected with the substrate and configured to be located over a region of a patient's body appropriate for CPR chest compressions when the first and second electrodes (12, 14) are positioned over regions of the patient's body appropriate for defibrillation; characterised by a compression-sensing element (62, 64) at the location of said portion of the CPR pad.
A subscriber identity module devised to check an OTA message from a sender incoming at the subscriber identity module for compliance with a Minimum Security Level MSL by checking the OTA message as to conformity with an MSL stored in the subscriber identity module, and processing the OTA message according to a result of the check, characterized in that the stored MSL is formed while employing an origin information item which provides information about a permissible, possible origin of OTA message, and an MSL parameter of the OTA message is formed while employing an origin information item which provides information about the origin of the OTA message, wherein upon the check as to conformity the origin of the OTA message is verified with the help of the MSL parameter of the OTA message, and wherein the stored MSL and the MSL parameter of the OTA message are formed by means of a cryptographic checksum upon whose forming a cryptographic key is employed, and wherein the subscriber identity module and the sender have the cryptographic key.
A pneumatic tyre for a vehicle, - the tyre comprising a metal component, a textile component and a cured rubber based component, the components bonded together by means of curing, - the cured rubber based component comprising lignin that has been treated by hydrothermal carbonization. - the tyre comprising a metal component, a textile component and a cured rubber based component, the components bonded together by means of curing, - the cured rubber based component comprising lignin that has been treated by hydrothermal carbonization.
A method, comprising: retrieving a whitelist comprising a plurality of first network resource identifiers that have been included in past electronic mail messages; retrieving a particular first network resource identifier from the whitelist; generating a first list of properties for the particular first network resource identifier; training, using the properties, a probabilistic filter; repeating the extracting, retrieving and training for all the first network resource identifiers in the whitelist; retrieving a blocklist comprising a plurality of second network resource identifiers that have been included in past electronic mail messages associated with spam or threats; retrieving a particular second network resource identifier from the blocklist; generating a second list of properties for the particular second network resource identifier; training, using the properties of the second list of properties, the probabilistic filter; repeating the extracting, retrieving and training for all the second network resource identifiers in the blocklist. retrieving a whitelist comprising a plurality of first network resource identifiers that have been included in past electronic mail messages; retrieving a particular first network resource identifier from the whitelist; generating a first list of properties for the particular first network resource identifier; training, using the properties, a probabilistic filter; repeating the extracting, retrieving and training for all the first network resource identifiers in the whitelist; retrieving a blocklist comprising a plurality of second network resource identifiers that have been included in past electronic mail messages associated with spam or threats; retrieving a particular second network resource identifier from the blocklist; generating a second list of properties for the particular second network resource identifier; training, using the properties of the second list of properties, the probabilistic filter; repeating the extracting, retrieving and training for all the second network resource identifiers in the blocklist.
Method for manufacturing an assembly which comprises a vehicle body of a rail vehicle and a connecting element attached thereto, - wherein a bolt is attached as the connecting element, and - wherein the bolt comprises an interface section, which consists of aluminium and is used for attachment to the vehicle body, and a connecting section which consists of a corrosion-resistant steel and is used for attaching a rail vehicle component, - wherein the bolt with its interface section is welded to the vehicle body within the scope of a welding method characterised in that - the bolt comprises an aluminium solid bolt element, which, before welding by forming the connecting section, is coated with a corrosion protection layer made from corrosion-resistant steel, wherein the interface section of the aluminium solid bolt element remains uncoated. - wherein a bolt is attached as the connecting element, and - wherein the bolt comprises an interface section, which consists of aluminium and is used for attachment to the vehicle body, and a connecting section which consists of a corrosion-resistant steel and is used for attaching a rail vehicle component, - wherein the bolt with its interface section is welded to the vehicle body within the scope of a welding method characterised in that - the bolt comprises an aluminium solid bolt element, which, before welding by forming the connecting section, is coated with a corrosion protection layer made from corrosion-resistant steel, wherein the interface section of the aluminium solid bolt element remains uncoated.
A system associated with an aircraft engine, comprising: a gearbox; a link coupled to the gearbox; and a bracket coupled to the link; characterised by further comprising: a stationary structure coupled to the bracket, wherein the bracket includes at least one notch (436a, 436b) formed in the bracket to provide a pilot for a fuse trigger, and wherein a portion (446a, 446b) of the bracket contained within the at least one notch (436a, 436b) breaks away from the bracket when the system experiences a load that is less than a nominal load associated with a fan blade out event of the aircraft engine. a gearbox; a link coupled to the gearbox; and a bracket coupled to the link; characterised by further comprising: a stationary structure coupled to the bracket, wherein the bracket includes at least one notch (436a, 436b) formed in the bracket to provide a pilot for a fuse trigger, and wherein a portion (446a, 446b) of the bracket contained within the at least one notch (436a, 436b) breaks away from the bracket when the system experiences a load that is less than a nominal load associated with a fan blade out event of the aircraft engine.
Plug connector module (5, 5', 5",...) for a modular industrial plug connector, wherein the plug connector module (5, 5', 5",...) is formed from two independent functional units (6, 6'), wherein a first fastening means is integrally formed on a side wall of the first functional unit and a second fastening means is integrally formed on a side wall of the second functional unit, wherein the first and the second fastening means (7, 7') are configured in a complementary manner to one another and the functional units (6, 6') can be reversibly fixed to one another by the fastening means (7, 7'), wherein the first functional unit has a first holder means on a further side wall and a second functional unit has a second holder means on a further side wall, wherein the holder means can each enter openings of a holding frame, for fixing the plug connector module (5, 5', 5",...) in the holding frame, and characterized in that the first and the second holder means have a different geometry. wherein a first fastening means is integrally formed on a side wall of the first functional unit and a second fastening means is integrally formed on a side wall of the second functional unit, wherein the first and the second fastening means (7, 7') are configured in a complementary manner to one another and the functional units (6, 6') can be reversibly fixed to one another by the fastening means (7, 7'), wherein the first functional unit has a first holder means on a further side wall and a second functional unit has a second holder means on a further side wall, wherein the holder means can each enter openings of a holding frame, for fixing the plug connector module (5, 5', 5",...) in the holding frame, and characterized in that the first and the second holder means have a different geometry.
A cleaner comprising: a hand-held cleaner body; a first extension pipe connected to a suction portion contacting a surface to be cleaned; and a second extension pipe coupled to the hand-held cleaner body having a driver generating suction force, and rotatably coupled to the first extension pipe, wherein the first and second extension pipes are configured to operate in: a first arrangement configured to allow the second extension pipe to be arranged in a longitudinal direction of the first extension pipe to allow the cleaner to perform cleaning, and a second arrangement configured to allow the second extension pipe to rotate in a first direction from the first arrangement such that the first extension pipe and the second extension pipe are arranged to face each other and the suction portion is arranged to face the hand-held cleaner body for storage of the cleaner. a hand-held cleaner body; a first extension pipe connected to a suction portion contacting a surface to be cleaned; and a second extension pipe coupled to the hand-held cleaner body having a driver generating suction force, and rotatably coupled to the first extension pipe, wherein the first and second extension pipes are configured to operate in: a first arrangement configured to allow the second extension pipe to be arranged in a longitudinal direction of the first extension pipe to allow the cleaner to perform cleaning, and a second arrangement configured to allow the second extension pipe to rotate in a first direction from the first arrangement such that the first extension pipe and the second extension pipe are arranged to face each other and the suction portion is arranged to face the hand-held cleaner body for storage of the cleaner. a first arrangement configured to allow the second extension pipe to be arranged in a longitudinal direction of the first extension pipe to allow the cleaner to perform cleaning, and a second arrangement configured to allow the second extension pipe to rotate in a first direction from the first arrangement such that the first extension pipe and the second extension pipe are arranged to face each other and the suction portion is arranged to face the hand-held cleaner body for storage of the cleaner.
A method, comprising: receiving information from a plurality of spatially distributed user devices, the information derived at least from observations of an environment of each user device; characterized by based on the received information, creating a model of time evolution of a spatio-temporal map for a plurality of spatial locations; creating a policy based on the model of time evolution of the spatio-temporal map; and transmitting the policy to the plurality of user devices. receiving information from a plurality of spatially distributed user devices, the information derived at least from observations of an environment of each user device; characterized by based on the received information, creating a model of time evolution of a spatio-temporal map for a plurality of spatial locations; creating a policy based on the model of time evolution of the spatio-temporal map; and transmitting the policy to the plurality of user devices.
A waste liquid container detachably mounted on a mounting unit (52, 252) which includes a discharge portion (55, 255) discharging a waste liquid and a projection (54, 254) to which a substrate connection portion (57, 257) is joined, the waste liquid container comprising: a containing portion that is able to contain the waste liquid; a connection concave portion (92, 292) that is opened in a mounting direction in regard to the mounting unit (52, 252) so that the projection (54, 254) is insertable at a time of mounting on the mounting unit; a circuit substrate (100, 294) that includes connection terminals (95, 295) electrically connected to the substrate connection portion (57, 257) at the time of the mounting on the mounting unit (52, 252) and is joined to the connection concave portion (92, 292); and a waste liquid introduction portion (93, 293) that is connected to the discharge portion (55, 255) at the time of the mounting on the mounting unit (52, 252), characterized in that wherein in the connection concave portion (92, 292), one pair of guide portions (96, 296) guiding the projection (54, 254) at the time of the mounting on the mounting unit (52, 252) is formed so that the connection terminals (95, 295) are interposed therebetween in a width direction intersecting the mounting direction, and wherein of the pair of guide portions (96, 296), one guide portion (96f, 296f) is disposed between the connection terminals (95, 295) and the waste liquid introduction portion (93, 293) in the width direction. a containing portion that is able to contain the waste liquid; a connection concave portion (92, 292) that is opened in a mounting direction in regard to the mounting unit (52, 252) so that the projection (54, 254) is insertable at a time of mounting on the mounting unit; a circuit substrate (100, 294) that includes connection terminals (95, 295) electrically connected to the substrate connection portion (57, 257) at the time of the mounting on the mounting unit (52, 252) and is joined to the connection concave portion (92, 292); and a waste liquid introduction portion (93, 293) that is connected to the discharge portion (55, 255) at the time of the mounting on the mounting unit (52, 252), characterized in that wherein in the connection concave portion (92, 292), one pair of guide portions (96, 296) guiding the projection (54, 254) at the time of the mounting on the mounting unit (52, 252) is formed so that the connection terminals (95, 295) are interposed therebetween in a width direction intersecting the mounting direction, and wherein of the pair of guide portions (96, 296), one guide portion (96f, 296f) is disposed between the connection terminals (95, 295) and the waste liquid introduction portion (93, 293) in the width direction.
A polymer composition comprising: a polyester polymer, the polyester polymer comprising a polybutylene terephthalate polymer alone or in combination with a polyethylene terephthalate polymer or a polycarbonate polymer; reinforcing fibers present in the polymer composition in an amount from 5% to 55% by weight; and at least one tribological modifier comprising an ultra-high molecular weight silicone having a kinematic viscosity at 40 °C measured according to DIN 51562 of greater than 100,000 mm 2 s -1. a polyester polymer, the polyester polymer comprising a polybutylene terephthalate polymer alone or in combination with a polyethylene terephthalate polymer or a polycarbonate polymer; reinforcing fibers present in the polymer composition in an amount from 5% to 55% by weight; and at least one tribological modifier comprising an ultra-high molecular weight silicone having a kinematic viscosity at 40 °C measured according to DIN 51562 of greater than 100,000 mm 2 s -1.
A method in a relay node relaying data between a first and a second node, the method comprising: dividing a total available frequency band of the relay node into a plurality of subcarriers using orthogonal frequency division multiplexing, OFDM; allocating a first portion of the plurality of subcarriers to a first link coupling the relay node to the second node; and allocating a second portion of the plurality of subcarriers to a second link coupling the relay node to the third node, wherein the relay node simultaneously receives data from the second and third nodes using the first and second portions of the plurality of subcarriers, respectively, or, wherein the relay node simultaneously transmits data to the second and third nodes using the first and second portions of the plurality of subcarriers, respectively.
Method for operating a dosing unit for dosing reducing agent into an exhaust-gas treatment device for the purification of the exhaust gases of an internal combustion engine, wherein the dosing unit has at least one delivery pump and at least one injector and also at least one line section for conducting reducing agent from the at least one delivery pump to the at least one injector, and the method has at least the following steps: a) operating the dosing unit in order to dose reducing agent into the exhaust-gas treatment device; b) deactivating the dosing unit; c) maintaining a first pressure, which is higher than the atmospheric pressure, in the line section for at least one first time period; wherein, during the deactivation in step b), a pressure increase to a first pressure takes place in the line section. a) operating the dosing unit in order to dose reducing agent into the exhaust-gas treatment device; b) deactivating the dosing unit; c) maintaining a first pressure, which is higher than the atmospheric pressure, in the line section for at least one first time period; wherein, during the deactivation in step b), a pressure increase to a first pressure takes place in the line section.