mhurhangee/ep-ind-claims huggingface dataset:
A rotor brake control system for rotorcraft, comprising: a temperature sensor operable to measure an operating temperature of a rotor brake; and a rotor brake control unit configured to instruct a caliper to adjust, based on the measured operating temperature, an amount of friction generated between a brake pad and the rotor brake; and at least one rotor brake speed sensor operable to measure rotation speeds of the rotor brake and a second rotor brake; characterized in that the rotor brake control unit is further configured to instruct the caliper to adjust the amount of friction generated between the brake pad and the rotor brake based on a difference between the measured rotation speed of the rotor brake and a measured rotation speed of the second rotor brake. a temperature sensor operable to measure an operating temperature of a rotor brake; and a rotor brake control unit configured to instruct a caliper to adjust, based on the measured operating temperature, an amount of friction generated between a brake pad and the rotor brake; and at least one rotor brake speed sensor operable to measure rotation speeds of the rotor brake and a second rotor brake; characterized in that the rotor brake control unit is further configured to instruct the caliper to adjust the amount of friction generated between the brake pad and the rotor brake based on a difference between the measured rotation speed of the rotor brake and a measured rotation speed of the second rotor brake.
A method performed by a wireless device (112, 200), the method comprising: receiving a configuration message indicating one or more reserved resources, wherein the wireless device can both receive downlink data channels and other reference signals and perform positioning reference signal, PRS, measurements in the reserved resources without a configured measurement gap; receiving an activation message indicating to activate at least one of the reserved resources; determining that PRS measurement is prioritized in the activated reserved resource; and measuring at least one PRS in the activated reserved resource. receiving a configuration message indicating one or more reserved resources, wherein the wireless device can both receive downlink data channels and other reference signals and perform positioning reference signal, PRS, measurements in the reserved resources without a configured measurement gap; receiving an activation message indicating to activate at least one of the reserved resources; determining that PRS measurement is prioritized in the activated reserved resource; and measuring at least one PRS in the activated reserved resource.
Coolant line which comprises the following layers: I. an outer layer comprising a polyamide molding composition and II. an inner layer composed of a polypropylene molding composition which comprises at least 50% by weight of polypropylene and at least 0.02% by weight of a heat stabilizer, wherein the polypropylene is a heterophase copolymer of propene and ethene and the inner layer is at least 0.4 mm thick. I. an outer layer comprising a polyamide molding composition and II. an inner layer composed of a polypropylene molding composition which comprises at least 50% by weight of polypropylene and at least 0.02% by weight of a heat stabilizer, wherein the polypropylene is a heterophase copolymer of propene and ethene and the inner layer is at least 0.4 mm thick.
A double stranded RNAi agent for inhibiting expression of human ketohexokinase, wherein said double stranded RNAi agent comprises a sense strand and an antisense strand forming a double stranded region, wherein said sense strand comprises any one of the nucleotide sequences of SEQ ID NOs:161, 162, 163, 164 or 165 and said antisense strand comprises any one of the nucleotide sequences of SEQ ID NOs:211, 212, 213, 214 or 215.
The use of a composition comprising a binary azeotrope-like mixture consisting essentially of 1-chloro-3,3,3-trifluoropropene and a C1 - C3 alcohol selected from the group consisting of methanol, ethanol and isopropanol as a solvent for cleaning a soil from a substrate wherein said 1-chloro-3,3,3-trifluoropropene is trans 1-chloro-3,3,3-trifluoropropene or cis 1-chloro-3,3,3-trifluoropropene.
A medical packaging container comprising a polyester resin comprising diol units and dicarboxylic units, the diol units comprising at least one diol unit in an amount of 1 to 30 mol% selected from diol units having a bridged alicyclic skeleton derived from a compound represented by formula, formula, or formula, the dicarboxylic acid units comprising dicarboxylic acid units having a naphthalene skeleton in an amount of 70 mol% or more.
An upright vacuum cleaner, comprising: a brushroll; a motor assembly comprising a motor housing and a motor disposed in the motor housing, wherein the motor is configured to drive the brushroll to roll via a drive belt characterized in that the motor is rotatable between a first upright position in which the drive belt is tensioned and a first oblique position in which the drive belt is loosened; the upright vacuum cleaner further comprises a body assembly comprising a body and a bridging member mounted to the body, wherein the bridging member is rotatably connected with the motor housing to allow the body to be rotatable between a second upright position and a second oblique position; a lever driving device rotatably disposed to the motor housing and having two ends respectively fitted with the bridging member and the motor, wherein the bridging member is configured to drive the motor to move from the first oblique position to the first upright position via the lever driving device when the body is moved from the second upright position to the second oblique position. a brushroll; a motor assembly comprising a motor housing and a motor disposed in the motor housing, wherein the motor is configured to drive the brushroll to roll via a drive belt characterized in that the motor is rotatable between a first upright position in which the drive belt is tensioned and a first oblique position in which the drive belt is loosened; the upright vacuum cleaner further comprises a body assembly comprising a body and a bridging member mounted to the body, wherein the bridging member is rotatably connected with the motor housing to allow the body to be rotatable between a second upright position and a second oblique position; a lever driving device rotatably disposed to the motor housing and having two ends respectively fitted with the bridging member and the motor, wherein the bridging member is configured to drive the motor to move from the first oblique position to the first upright position via the lever driving device when the body is moved from the second upright position to the second oblique position.
A piezoelectric microelectromechanical acoustic transducer, comprising a substrate of semiconductor material having a frame portion and a through cavity defined internally by said frame portion; further comprising: an active membrane, suspended above the through cavity and anchored, at a peripheral portion thereof, to the frame portion of the substrate by an anchorage structure; a plurality of piezoelectric sensing elements being carried by a front surface of the active membrane and being configured to detect mechanical stresses of said active membrane; a passive membrane, suspended above the through cavity, underneath the active membrane, interposed between the through cavity and a rear surface of said active membrane; a pillar element, which fixedly couples, and is centrally interposed between, the active membrane and the passive membrane, wherein a ventilation hole passes entirely through the active membrane, the passive membrane and the pillar element so as to set the through cavity in fluidic communication with the front surface of said active membrane. an active membrane, suspended above the through cavity and anchored, at a peripheral portion thereof, to the frame portion of the substrate by an anchorage structure; a plurality of piezoelectric sensing elements being carried by a front surface of the active membrane and being configured to detect mechanical stresses of said active membrane; a passive membrane, suspended above the through cavity, underneath the active membrane, interposed between the through cavity and a rear surface of said active membrane; a pillar element, which fixedly couples, and is centrally interposed between, the active membrane and the passive membrane, wherein a ventilation hole passes entirely through the active membrane, the passive membrane and the pillar element so as to set the through cavity in fluidic communication with the front surface of said active membrane.
A wireless communication device, comprising: a computer platform having one or more applications (120;122;124;126) resident thereupon and a wireless communication interface; a display; one or more applications (120;122;124;126) each having, at least, a user interface (142;144;146) that appears on the display and through which a user of the wireless communication device interacts with the computer platform, the display configured to be selectively controlled by a single user interface of the one or more applications (120; 122; 124; 126) resident on the computer platform; and an arbiter resident on the computer platform and configured to determine which single application of the one or more applications (120;122;124;126) resident on the computer platform controls the display based upon a predetermined criteria and to allow the user interface of the determined application to come to the foreground of the display. a computer platform having one or more applications (120;122;124;126) resident thereupon and a wireless communication interface; a display; one or more applications (120;122;124;126) each having, at least, a user interface (142;144;146) that appears on the display and through which a user of the wireless communication device interacts with the computer platform, the display configured to be selectively controlled by a single user interface of the one or more applications (120; 122; 124; 126) resident on the computer platform; and an arbiter resident on the computer platform and configured to determine which single application of the one or more applications (120;122;124;126) resident on the computer platform controls the display based upon a predetermined criteria and to allow the user interface of the determined application to come to the foreground of the display.
A nasal drop composition for use in the treatment or prevention of pollinosis or empyema, wherein the nasal drop composition comprises liquid produced by a production method comprising: a mixing step of mixing earthworm castings with water; and a collecting step of collecting vaporized water generated from a mixture obtained in the mixing step to obtain a liquid, and wherein the nasal drop composition further comprises a dry powder, milled matter and/or extract of earthworm. a mixing step of mixing earthworm castings with water; and a collecting step of collecting vaporized water generated from a mixture obtained in the mixing step to obtain a liquid, and wherein the nasal drop composition further comprises a dry powder, milled matter and/or extract of earthworm.
Method for controlling a floor cleaning appliance, wherein the floor cleaning appliance comprises the following: - a drive motor, which is coupled to a drive wheel; - a fan for drawing in an air current at floor level; - a dirt container, into the region of which, in particular the upper region, the air current is conducted; - a filter, which is arranged on the dirt container, in particular on an upper side of the dirt container, - wherein the filter is configured to retain dirt from the air current and to allow a cleaned air current to pass, wherein the method comprises the following steps: - actuating the fan, in order to reduce the air current; and - causing a movement of the floor cleaning appliance, characterised in that - the drive motor is actuated to accelerate the floor cleaning appliance such that a section of the floor cleaning appliance lying in the direction of travel of the drive wheel is raised from the floor, and - the floor cleaning appliance is braked when the section has reached a maximum vertical distance from the floor. - a drive motor, which is coupled to a drive wheel; - a fan for drawing in an air current at floor level; - a dirt container, into the region of which, in particular the upper region, the air current is conducted; - a filter, which is arranged on the dirt container, in particular on an upper side of the dirt container, - wherein the filter is configured to retain dirt from the air current and to allow a cleaned air current to pass, - actuating the fan, in order to reduce the air current; and - causing a movement of the floor cleaning appliance, - the drive motor is actuated to accelerate the floor cleaning appliance such that a section of the floor cleaning appliance lying in the direction of travel of the drive wheel is raised from the floor, and - the floor cleaning appliance is braked when the section has reached a maximum vertical distance from the floor.
A wheel loader comprising: a boom; a bucket attached to a tip end of the boom; a travel device; a travel distance measuring unit for measuring a travel distance; a state determining unit configured to determine a loaded state of the bucket; characterized by an accumulating unit configured to automatically accumulate transport operation information about a load on the bucket when a predetermined distance or more is traveled under the loaded state. a boom; a bucket attached to a tip end of the boom; a travel device; a travel distance measuring unit for measuring a travel distance; a state determining unit configured to determine a loaded state of the bucket; characterized by an accumulating unit configured to automatically accumulate transport operation information about a load on the bucket when a predetermined distance or more is traveled under the loaded state.
A binding agent system comprising a binder component of alkali silicate and a hardener component with proportions of metal silicate, metal phosphate, metal oxide and/or metal hydroxide, characterised in that the binding agent system is borate-free or has less than 2 wt% of borates, calculated as a proportion of B 2 O 3 in wt% with respect to the total weight of the binding agent system and for at least 90 wt% comprises a binding agent basis of the following composition: 60-75 wt% at least one alkali silicate in powder form of the molar formula: R 2 O· X SiO 2, with R = Na or K and 2.0≤x≤3.35 with an ignition loss after tempering for 2 hours at 800°C of 8-22 wt%, 2.9-18.1 wt% at least one aluminum, calcium or magnesium silicate, 1.4-20 wt% zinc phosphate, and 1.0-11.4 wt% at least one compound from the group: magnesium oxide, zinc oxide, magnesium hydroxide and aluminum hydroxide.
A safety joint comprising a plug with a cylindrical shape in which a passage is formed, a socket in which a passage continuing to the passage in the plug is formed, and a shut off valve mounted on the passage in the socket, the shut off valve opening when the plug being inserted into the socket and closing when the plug being disconnected therefrom, wherein central axes of the passages of the plug and the socket do not form a straight line, the safety joint further comprising: a filling hose connected to the plug, and a hose guide (70, 70A) for limiting movement of the filling hose at a position separated from the plug, wherein the socket is rigidly mounted to a common base member, wherein the safety joint comprises the base member, wherein the hose guide is provided with an outer cylinder and wherein the outer cylinder is attached through an attachment member to the base member, wherein the hose guide (70, 70A) further includes an elastic member (72, 72A) for surrounding the filling hose, an elastic member accommodating portion (73, 73A) accommodating the elastic member (72, 72A) in a hollow portion, and a lid portion engaging with the elastic member accommodating portion (73, 73A) to close the hollow portion, and an inner diameter size of the outer cylinder (71, 71A) is larger than a maximum diameter of the plug. wherein central axes of the passages of the plug and the socket do not form a straight line, the safety joint further comprising: a filling hose connected to the plug, and a hose guide (70, 70A) for limiting movement of the filling hose at a position separated from the plug, wherein the socket is rigidly mounted to a common base member, wherein the safety joint comprises the base member, wherein the hose guide is provided with an outer cylinder and wherein the outer cylinder is attached through an attachment member to the base member, wherein the hose guide (70, 70A) further includes an elastic member (72, 72A) for surrounding the filling hose, an elastic member accommodating portion (73, 73A) accommodating the elastic member (72, 72A) in a hollow portion, and a lid portion engaging with the elastic member accommodating portion (73, 73A) to close the hollow portion, and an inner diameter size of the outer cylinder (71, 71A) is larger than a maximum diameter of the plug. a filling hose connected to the plug, and a hose guide (70, 70A) for limiting movement of the filling hose at a position separated from the plug, wherein the socket is rigidly mounted to a common base member, wherein the safety joint comprises the base member, wherein the hose guide is provided with an outer cylinder and wherein the outer cylinder is attached through an attachment member to the base member, wherein the hose guide (70, 70A) further includes an elastic member (72, 72A) for surrounding the filling hose, an elastic member accommodating portion (73, 73A) accommodating the elastic member (72, 72A) in a hollow portion, and a lid portion engaging with the elastic member accommodating portion (73, 73A) to close the hollow portion, and an inner diameter size of the outer cylinder (71, 71A) is larger than a maximum diameter of the plug.
An optical filter comprising: a first substrate; a first mirror provided to the first substrate; a first electrode provided to the first substrate; a second substrate disposed so as to be opposed to the first substrate; a second mirror provided to the second substrate, and opposed to the first mirror; a second electrode provided to the second substrate, and opposed to the first electrode, wherein: the second substrate has a groove surrounding the second mirror in a plan view, characterized in that: the groove includes a first curved surface for easing stress concentration between a first side surface of the groove and a bottom surface of the groove, and a second curved surface for easing stress concentration between a second side surface of the groove and the bottom surface of the groove. a first substrate; a first mirror provided to the first substrate; a first electrode provided to the first substrate; a second substrate disposed so as to be opposed to the first substrate; a second mirror provided to the second substrate, and opposed to the first mirror; a second electrode provided to the second substrate, and opposed to the first electrode, wherein: the second substrate has a groove surrounding the second mirror in a plan view, characterized in that: the groove includes a first curved surface for easing stress concentration between a first side surface of the groove and a bottom surface of the groove, and a second curved surface for easing stress concentration between a second side surface of the groove and the bottom surface of the groove. the second substrate has a groove surrounding the second mirror in a plan view, characterized in that: the groove includes a first curved surface for easing stress concentration between a first side surface of the groove and a bottom surface of the groove, and a second curved surface for easing stress concentration between a second side surface of the groove and the bottom surface of the groove. the groove includes a first curved surface for easing stress concentration between a first side surface of the groove and a bottom surface of the groove, and a second curved surface for easing stress concentration between a second side surface of the groove and the bottom surface of the groove.
A device for detecting a non-optimal lubrication condition in a compressor of a refrigeration system, comprising a transducer unit adapted to detect sound vibrations and emit an electrical signal according to the frequency of the said sound vibrations; the said detecting device, is configured to be fixed to an external wall of a compressor in such a way that, in use, the said transducer unit detects sound vibrations which are emitted from the said compressor; the said transducer unit is connected to an electronic device for processing the said electric signal so as to signal if, in use, the said frequency exceeds a predefined threshold that corresponds to a non-optimal lubrication condition of the compressor; characterized in that the transducer unit is configured to detect sound vibrations having a frequency equal to or higher than 20 KHz.
A computer implemented method for fault prediction for a electric power grid comprising intelligent electronic devices, the method comprising: receiving (301, 401) events with time information from one or more intelligent electronic devices, an event being generated by a function in an intelligent electronic device based on one or more values measured from the electric power grid, the event indicating at least the function and its output; inputting (302, 502) at least the events as input data to a trained predictor, which is a machine learning based model that has been trained using at least a plurality of event patterns extracted from event history data, an event pattern comprising in occurrence order events preceding within a time span a disturbance event, which is an event resulting to an interruption in power supply in the electric power grid, the trained predictor outputting predictions for occurrence times of disturbance events in the electric power grid; and displaying (303, 503) the predictions for detecting evolving faults in the electric power grid. receiving (301, 401) events with time information from one or more intelligent electronic devices, an event being generated by a function in an intelligent electronic device based on one or more values measured from the electric power grid, the event indicating at least the function and its output; inputting (302, 502) at least the events as input data to a trained predictor, which is a machine learning based model that has been trained using at least a plurality of event patterns extracted from event history data, an event pattern comprising in occurrence order events preceding within a time span a disturbance event, which is an event resulting to an interruption in power supply in the electric power grid, the trained predictor outputting predictions for occurrence times of disturbance events in the electric power grid; and displaying (303, 503) the predictions for detecting evolving faults in the electric power grid.