mhurhangee/patent-ind-claim-en huggingface dataset:
A method for event monitoring for a wind turbine , comprising: measuring a first signal pattern (302 n ) representing a characteristic selected from a characteristic group, the characteristic group consisting of: a mechanical characteristic of a wind turbine, emitted noise of a wind turbine, emitted noise of a part of a wind turbine; power output of a wind turbine, surface conductivity of parts of a wind turbine, operational data of a wind turbine, temperature of parts of a wind turbine, outside temperature, wind velocity, wind direction, and outside air humidity or other weather conditions; measuring at least a second signal pattern (302 n ) representing a different characteristic selected from the characteristic group; analyzing the first and the second signal pattern or a combination of the first and the second analyzed signal pattern with an analyzing method, wherein analyzed data is generated; evaluating the analyzed data with regard to an analyzed data of a time period for which an event was not present, wherein the evaluation provides a result indicative for the event . measuring a first signal pattern (302 n ) representing a characteristic selected from a characteristic group, the characteristic group consisting of: a mechanical characteristic of a wind turbine, emitted noise of a wind turbine, emitted noise of a part of a wind turbine; power output of a wind turbine, surface conductivity of parts of a wind turbine, operational data of a wind turbine, temperature of parts of a wind turbine, outside temperature, wind velocity, wind direction, and outside air humidity or other weather conditions; measuring at least a second signal pattern (302 n ) representing a different characteristic selected from the characteristic group; analyzing the first and the second signal pattern or a combination of the first and the second analyzed signal pattern with an analyzing method, wherein analyzed data is generated; evaluating the analyzed data with regard to an analyzed data of a time period for which an event was not present, wherein the evaluation provides a result indicative for the event .
A control method for a heat pump system of a multi-temperature zone air conditioning box, comprising: acquiring (S101) a temperature regulation mode and a target temperature for a vehicle, and a temperature adjustment demand and an outlet air temperature of each temperature zone of the vehicle, wherein the outlet air temperature is measured by a temperature sensor at an air outlet corresponding to the temperature zone; and adjusting (S102) an opening value of an air mixing damper in each temperature zone according to the temperature regulation mode, the target temperature, and the temperature adjustment demand and the outlet air temperature of each temperature zone, so that the outlet air temperature of each temperature zone reaches the target temperature; characterized in that the temperature adjustment demand of the temperature zone is determined according to air output at the air outlet corresponding to the temperature zone. acquiring (S101) a temperature regulation mode and a target temperature for a vehicle, and a temperature adjustment demand and an outlet air temperature of each temperature zone of the vehicle, wherein the outlet air temperature is measured by a temperature sensor at an air outlet corresponding to the temperature zone; and adjusting (S102) an opening value of an air mixing damper in each temperature zone according to the temperature regulation mode, the target temperature, and the temperature adjustment demand and the outlet air temperature of each temperature zone, so that the outlet air temperature of each temperature zone reaches the target temperature; characterized in that the temperature adjustment demand of the temperature zone is determined according to air output at the air outlet corresponding to the temperature zone.
An end effector for a surgical tool , comprising: opposing first and second jaws , and a knife slot defined in one or both of the first and second jaws; a knife extendable through the knife slot and operatively coupled to a drive rod at a retention feature secured to a distal end of the drive rod; an end notch defined in the distal end of the drive rod and extending through a distal end of the retention feature; and an end tab defined by the knife and sized to be received within the end notch to laterally stabilize the knife as mounted to the retention feature, wherein a central notch is defined in the retention feature between a proximal end of the retention feature and the distal end of the retention feature, wherein the central notch extends into the drive rod, and wherein the knife defines a locking feature receivable within the central notch to axially constrain the knife to the retention feature and the drive rod. opposing first and second jaws , and a knife slot defined in one or both of the first and second jaws; a knife extendable through the knife slot and operatively coupled to a drive rod at a retention feature secured to a distal end of the drive rod; an end notch defined in the distal end of the drive rod and extending through a distal end of the retention feature; and an end tab defined by the knife and sized to be received within the end notch to laterally stabilize the knife as mounted to the retention feature, wherein a central notch is defined in the retention feature between a proximal end of the retention feature and the distal end of the retention feature, wherein the central notch extends into the drive rod, and wherein the knife defines a locking feature receivable within the central notch to axially constrain the knife to the retention feature and the drive rod.
Planetary transmission , comprising a first and a second planetary stage , at least one transmission component and a double-walled pipe on which, in a central portion , is configured an outlet point for dispensing lubricant into the transmission component and which is received in a pilot bearing , characterized in that a bushing is disposed in the region of the outlet point and a gap is configured between the bushing and the transmission component .
An inlet cowl for a nacelle for a gas turbine engine having a longitudinal axis , the inlet cowl comprising: a forward bulkhead annularly arranged about the longitudinal axis ; an aft bulkhead annularly arranged about the longitudinal axis and spaced apart axially aft of the forward bulkhead ; an annular structure having a radially inner wall spaced apart from a radially outer wall ; and a fluid conduit extending axially through an aft plenum defined axially between the aft bulkhead and the forward bulkhead , the aft plenum defined radially between the radially inner wall and the radially outer wall , characterised in that : the inlet cowl further comprises an over-temperature indication assembly coupled to the radially outer wall and/or the aft bulkhead , the overtemperature indication assembly configured to transition from a retracted state to a deployed state in response to a portion of the over-temperature indication assembly exceeding a temperature threshold. a forward bulkhead annularly arranged about the longitudinal axis ; an aft bulkhead annularly arranged about the longitudinal axis and spaced apart axially aft of the forward bulkhead ; an annular structure having a radially inner wall spaced apart from a radially outer wall ; and a fluid conduit extending axially through an aft plenum defined axially between the aft bulkhead and the forward bulkhead , the aft plenum defined radially between the radially inner wall and the radially outer wall ,
A system for use during administration of cardiopulmonary resuscitation, CPR, chest compressions and defibrillating shock on a victim , the system comprising: a chest compression monitor comprising a motion sensor configured to provide signals indicative of motion of the chest of the victim during the chest compressions; and a control system operatively coupled to the chest compression monitor , the control system configured to: receive the signals from the chest compression monitor to determine a compression waveform representative of the chest compressions experienced by the victim, determine at least one compression waveform characteristic from the compression waveform, determine a source of the chest compressions based on the at least one compression waveform characteristic, predetermined compression waveform characteristics for manual chest compressions provided by a CPR provider, and predetermined compression waveform characteristics for automated chest compressions provided by a belt-based chest compression device, and provide feedback for a rescuer , wherein the feedback is based on the determined source of the chest compressions. a chest compression monitor comprising a motion sensor configured to provide signals indicative of motion of the chest of the victim during the chest compressions; and a control system operatively coupled to the chest compression monitor , the control system configured to: receive the signals from the chest compression monitor to determine a compression waveform representative of the chest compressions experienced by the victim, determine at least one compression waveform characteristic from the compression waveform, determine a source of the chest compressions based on the at least one compression waveform characteristic, predetermined compression waveform characteristics for manual chest compressions provided by a CPR provider, and predetermined compression waveform characteristics for automated chest compressions provided by a belt-based chest compression device, and provide feedback for a rescuer , wherein the feedback is based on the determined source of the chest compressions. receive the signals from the chest compression monitor to determine a compression waveform representative of the chest compressions experienced by the victim, determine at least one compression waveform characteristic from the compression waveform, determine a source of the chest compressions based on the at least one compression waveform characteristic, predetermined compression waveform characteristics for manual chest compressions provided by a CPR provider, and predetermined compression waveform characteristics for automated chest compressions provided by a belt-based chest compression device, and the at least one compression waveform characteristic, predetermined compression waveform characteristics for manual chest compressions provided by a CPR provider, and predetermined compression waveform characteristics for automated chest compressions provided by a belt-based chest compression device, and provide feedback for a rescuer , wherein the feedback is based on the determined source of the chest compressions.
Soft capsule based on starch, comprising a) > 40 weight percent of the dry soft capsule, after subtracting the plasticizer, starch, b) 15 - 70 weight percent of the dry soft capsule plasticizer, and c) 0.1 - 50 weight percent of the total soft capsule water, wherein the soft capsule comprises particles of destructured starch bonded to one another. a) > 40 weight percent of the dry soft capsule, after subtracting the plasticizer, starch, b) 15 - 70 weight percent of the dry soft capsule plasticizer, and c) 0.1 - 50 weight percent of the total soft capsule water, wherein the soft capsule comprises particles of destructured starch bonded to one another.
Method for determining the position of a mobile device, in particular in a store, comprising: - determining a position of the mobile device in a room using at least a first indoor positioning method, - acquiring image information with the mobile device, - comparing the acquired image information with at least one simulated image of the room, - adjusting the position depending on the comparison, characterized in that together with the image information an orientation information of the mobile device is acquired and that depending on the orientation information the image of the room is simulated. - determining a position of the mobile device in a room using at least a first indoor positioning method, - acquiring image information with the mobile device, - comparing the acquired image information with at least one simulated image of the room, - adjusting the position depending on the comparison,
A system for considering the effect of aerobic exercise on blood glucose levels for a diabetic, comprising: - a computing device for generating a prediction of future blood glucose levels for a diabetic at least based on an exercise model how an aerobic exercise affects blood glucose levels of the diabetic, wherein the exercise model - is based on parameters that are independent of intensity of the aerobic exercise, the aerobic exercise having an exercise intensity between 65% and 75% and a duration of no more than 90 minutes, and - incorporates an exercise sensitivity value that represents change in the blood glucose level over time during exercise without considering intensity of the exercise; - an exercise monitoring device which is - configured to detect the occurrence of the aerobic exercise, and - connected to the computing device to send an input signal to the computing device whether the aerobic exercise is being performed by the diabetic or not; and - means for taking an action at least based on the prediction from the exercise model, wherein the means for taking the action includes an automated pancreas. - a computing device for generating a prediction of future blood glucose levels for a diabetic at least based on an exercise model how an aerobic exercise affects blood glucose levels of the diabetic, wherein the exercise model - is based on parameters that are independent of intensity of the aerobic exercise, the aerobic exercise having an exercise intensity between 65% and 75% and a duration of no more than 90 minutes, and - incorporates an exercise sensitivity value that represents change in the blood glucose level over time during exercise without considering intensity of the exercise; - is based on parameters that are independent of intensity of the aerobic exercise, the aerobic exercise having an exercise intensity between 65% and 75% and a duration of no more than 90 minutes, and - incorporates an exercise sensitivity value that represents change in the blood glucose level over time during exercise without considering intensity of the exercise; - an exercise monitoring device which is - configured to detect the occurrence of the aerobic exercise, and - connected to the computing device to send an input signal to the computing device whether the aerobic exercise is being performed by the diabetic or not; and - configured to detect the occurrence of the aerobic exercise, and - connected to the computing device to send an input signal to the computing device whether the aerobic exercise is being performed by the diabetic or not; and - means for taking an action at least based on the prediction from the exercise model, wherein the means for taking the action includes an automated pancreas.
A control method of a water purifier using a control kit, the method comprising: the control kit receiving state information regarding the water purifier including operation history of the water purifier from the water purifier; the control kit generating usage patterns by dividing the operation history by a pre-set period unit, and storing in a storage unit operational patterns of the water purifier corresponding to the respective usage patterns; the control kit retrieving from the storage unit an operational pattern corresponding to a respective usage pattern according to a generated usage pattern, and displaying the state information, the usage pattern, and a recommended operational pattern through an interface unit; the control kit receiving a selection of an operational pattern of the water purifier through the interface unit; and the control kit transmitting the selected operational pattern to the water purifier to set the water purifier to operate according to the operational pattern, wherein the operational pattern comprises a sterilization pattern performing a sterilization operation to stabilize an interior of the water purifier by the water purifier itself. the control kit receiving state information regarding the water purifier including operation history of the water purifier from the water purifier; the control kit generating usage patterns by dividing the operation history by a pre-set period unit, and storing in a storage unit operational patterns of the water purifier corresponding to the respective usage patterns; the control kit retrieving from the storage unit an operational pattern corresponding to a respective usage pattern according to a generated usage pattern, and displaying the state information, the usage pattern, and a recommended operational pattern through an interface unit; the control kit receiving a selection of an operational pattern of the water purifier through the interface unit; and the control kit transmitting the selected operational pattern to the water purifier to set the water purifier to operate according to the operational pattern, wherein the operational pattern comprises a sterilization pattern performing a sterilization operation to stabilize an interior of the water purifier by the water purifier itself.
A method of monitoring the health of an aircraft propeller whilst the propeller is in operation, the propeller having a plurality of blades (520a-d, 720a-d) extending radially outwardly from hub arms of a propeller hub , which in turn extend radially outwardly from a central axis (X) extending through the propeller and a propeller drive shaft , wherein the method comprises obtaining measurements of the strain in each of the hub arms using strain sensors (540a-d, 740a-d), each of the strain sensors being mounted on a respective hub arm , wherein each strain sensor (540a-d, 740a-d) is mounted on an axially forward side of the hub ; the method further comprising: calculating amplitudes of the cyclic responses of the strain sensors (540a-d, 740a-d) using the measurements of strain obtained from each of the sensors; comparing the amplitude of at least one cyclic response to the amplitude of the other cyclic responses; and establishing that the health of a blade (520a-d, 720a-d) of the propeller may be impaired if the amplitude of the cyclic response of the sensor mounted on the hub arm from which the blade extends is above or below the amplitudes of the other cyclic responses by at least 3%. calculating amplitudes of the cyclic responses of the strain sensors (540a-d, 740a-d) using the measurements of strain obtained from each of the sensors; comparing the amplitude of at least one cyclic response to the amplitude of the other cyclic responses; and establishing that the health of a blade (520a-d, 720a-d) of the propeller may be impaired if the amplitude of the cyclic response of the sensor mounted on the hub arm from which the blade extends is above or below the amplitudes of the other cyclic responses by at least 3%.
A light-modulated photodiode-based monitor for detecting a control signal of a display comprising: an emitter , configured to emit a pulsed signal; a polarizer configured to linearly polarize the pulsed signal; one or more fold mirrors , configured to perform at least one of: reflecting the pulsed signal from the emitter onto a test portion ; or reflecting the pulsed signal that has reflected off of the test portion , wherein the test portion is a portion of the display; an analyzer , configured to block or transmit the polarized pulse signal reflected from at least one of the fold mirror or the test portion; a detector , configured to receive the pulsed signal transmitted from the analyzer and convert the pulsed signal into an electrical signal; and characterized by a controller comprising one or more processors, and configured to perform the steps of: receiving the electrical signal from the detector; filtering out interfering electrical signals that originated as light from a viewable section of the display; rectifying the electrical signal; and determining a functional state of the display by comparing the electrical signal to a threshold. an emitter , configured to emit a pulsed signal; a polarizer configured to linearly polarize the pulsed signal; one or more fold mirrors , configured to perform at least one of: reflecting the pulsed signal from the emitter onto a test portion ; or reflecting the pulsed signal that has reflected off of the test portion , wherein the test portion is a portion of the display; reflecting the pulsed signal from the emitter onto a test portion ; or reflecting the pulsed signal that has reflected off of the test portion , wherein the test portion is a portion of the display; an analyzer , configured to block or transmit the polarized pulse signal reflected from at least one of the fold mirror or the test portion; a detector , configured to receive the pulsed signal transmitted from the analyzer and convert the pulsed signal into an electrical signal; and characterized by a controller comprising one or more processors, and configured to perform the steps of: receiving the electrical signal from the detector; filtering out interfering electrical signals that originated as light from a viewable section of the display; rectifying the electrical signal; and determining a functional state of the display by comparing the electrical signal to a threshold. receiving the electrical signal from the detector; filtering out interfering electrical signals that originated as light from a viewable section of the display; rectifying the electrical signal; and determining a functional state of the display by comparing the electrical signal to a threshold.
Hybrid aerodyne including a fuselage , a fixed wing and a rotary wing capable of being immobilized in cruising flight of the aerodyne, the rotary wing being able to produce lift by its rotation in a vertical flight phase and to be immobilized and stored longitudinally in a cruise flight phase, of the type including at least one single-blade with a counterweight situated at the top and at the front of the fuselage , said single-blade being articulated about an axis perpendicular to the axis of rotation of the rotor, substantially at the level of said axis of rotation of the rotor mast, characterized in that it includes a structural element carried by the fuselage and movable relative to the latter between an out-of-service position spaced from the rotary wing below the latter and an in-service position projecting from the outer surface of the fuselage in which it comes into contact with at least the end of said single-blade of the rotary wing when the latter is stopped longitudinally to lock it relative to the fuselage .