mhurhangee/patent-ind-claim-en huggingface dataset:
Control system for a wind turbine including a wake controller for manipulating a wake of a wind turbine, wherein the wake controller is adapted to - obtain at least one wake parameter at one or more predetermined distances downwind of the wind turbine, - process the at least one wake parameter using at least one corresponding predicted wake parameter; - compare the at least one processed wake parameter with at least one corresponding desired wake parameter, and - control, depending on the comparison, a yaw angle of the wind turbine such that the at least one wake parameter is changed. - obtain at least one wake parameter at one or more predetermined distances downwind of the wind turbine, - process the at least one wake parameter using at least one corresponding predicted wake parameter; - compare the at least one processed wake parameter with at least one corresponding desired wake parameter, and - control, depending on the comparison, a yaw angle of the wind turbine such that the at least one wake parameter is changed.
A coffee bean container, in particular a double bean container having a first bean compartment comprising a first bean outlet and at least one second bean compartment comprising a second bean outlet , closure means assigned to the bean outlets for closing the bean outlets , locking means for locking the bean container to the coffee grinder or to the coffee machine, and an actuating element actuatable by a user and moveable relative to the bean compartments , the coffee bean container being designed for a releasable fixing on a coffee grinder or a coffee machine with an integrated coffee grinder, and that the closure means are designed in such a manner that all bean outlets are closed at a common closure time or that the closure means are designed in such a manner that the first and the second bean outlets can be closed temporarily offset, characterized in that the actuating element is designed and arranged for both opening all bean outlets and for locking the locking means , in particular by means of a single actuating movement, and/or for both closing all bean outlets and unlocking the locking means , in particular by means of a single actuating movement.
Carriage for a guide system (6-9), wherein the carriage has a running cage , wherein the running cage has a cage middle element and two lateral cage side elements , wherein the cage side elements , lying opposite each other and spaced apart from each other, are each connected to the cage middle element , wherein a plane of extent S1, S2 of a cage side element is at an angle to a plane of extent M1 of the cage middle element , characterized in that the plane of extent S1, S2 of a cage side element and the plane of extent M1 of the cage middle element enclose an angle α, β of less than 90°, wherein the running cage has holding means (49a-49d, 50a-50d), wherein the holding means (49a-49d, 50a-50d) are configured in such a way that, in an assembly process, a cage side element can be brought from a geometric basic shape of the running cage to a functional state, wherein, during the assembly process, the cage side element is pivotable about a joint of the running cage , wherein the running cage in the geometric basic shape is located in a basic production state, and wherein the holding means (49a-49d, 50a-50d) in the functional state determine the angle between the plane of extent of the cage middle element and the plane of extent of the cage side element .
An oil supply structure for a planetary gear device , the oil supply structure comprising: a planetary gear device including planetary gears , and a tubular body that rotates together with a carrier that holds said planetary gears , the tubular body including a lubricating oil introduction port formed therein; an annular body that slides against the tubular body , the annular body including a lubricating oil supply passage that communicates with the lubricating oil introduction port ; a pair of seal rings attached to the tubular body or the annular body at both sides of the lubricating oil introduction port in an axial direction of the planetary gear device ; bypass passages bypassing the pair of respective seal rings ; and a pair of pressure reduction mechanisms disposed between the lubricating oil introduction port and the pair of seal rings or disposed outside the pair of seal rings , the pair of pressure reduction mechanisms each limiting a flow of lubricating oil between the tubular body and the annular body , characterized in that either each of the pair of pressure reduction mechanisms is a labyrinth seal; or each of the pair of pressure reduction mechanisms includes: a secondary seal ring attached to the tubular body or the annular body ; and a bypass passage bypassing the secondary seal ring . a planetary gear device including planetary gears , and a tubular body that rotates together with a carrier that holds said planetary gears , the tubular body including a lubricating oil introduction port formed therein; an annular body that slides against the tubular body , the annular body including a lubricating oil supply passage that communicates with the lubricating oil introduction port ; a pair of seal rings attached to the tubular body or the annular body at both sides of the lubricating oil introduction port in an axial direction of the planetary gear device ; bypass passages bypassing the pair of respective seal rings ; and a pair of pressure reduction mechanisms disposed between the lubricating oil introduction port and the pair of seal rings or disposed outside the pair of seal rings , the pair of pressure reduction mechanisms each limiting a flow of lubricating oil between the tubular body and the annular body , characterized in that either each of the pair of pressure reduction mechanisms is a labyrinth seal; or each of the pair of pressure reduction mechanisms includes: a secondary seal ring attached to the tubular body or the annular body ; and a bypass passage bypassing the secondary seal ring . a secondary seal ring attached to the tubular body or the annular body ; and a bypass passage bypassing the secondary seal ring .
A method, implemented in a network comprising a plurality of nodes including at least a first node and a second node, the method comprising: receiving , at the first node, a packet including a first path signature, wherein a path signature represents a unique path that a packet has traversed through the network; generating , by the first node, a second path signature by inputting the first path signature and an identifier of the first node into a hash function; replacing , by the first node, the first path signature with the second path signature in the packet; and forwarding , by the first node to the second node, the packet including the second path signature. receiving , at the first node, a packet including a first path signature, wherein a path signature represents a unique path that a packet has traversed through the network; generating , by the first node, a second path signature by inputting the first path signature and an identifier of the first node into a hash function; replacing , by the first node, the first path signature with the second path signature in the packet; and forwarding , by the first node to the second node, the packet including the second path signature.
A lighting device, comprising one or more light sources and a structural element configured to transmit light, wherein the lighting device further comprises a light sensor arranged in the lighting device to receive light of said one or more light sources that is reflected from the structural element configured to transmit light, and control electronics connected to the one or more light sources and to the light sensor , and configured to determine a determined reflected light from the light output by said one or more light sources that is reflected to the light sensor from the structural element configured to transmit light, and to control the operation of said one or more light sources in response to the determined reflected light; characterised in that the control electronics is further configured to automatically recognize the type of the lighting device from the determined reflected light, and is further configured to control the operation of said one or more light sources to be suitable for the recognized type of the lighting device in response to the determined reflected light. a light sensor arranged in the lighting device to receive light of said one or more light sources that is reflected from the structural element configured to transmit light, and control electronics connected to the one or more light sources and to the light sensor , and configured to determine a determined reflected light from the light output by said one or more light sources that is reflected to the light sensor from the structural element configured to transmit light, and to control the operation of said one or more light sources in response to the determined reflected light; characterised in that the control electronics is further configured to automatically recognize the type of the lighting device from the determined reflected light, and is further configured to control the operation of said one or more light sources to be suitable for the recognized type of the lighting device in response to the determined reflected light.
An aerial refuelling system comprising: a hose deployment system for deploying and retracting a hose in and out of an aircraft; a hose monitoring system having an observation system including one or more sensing devices mountable on the aircraft and arranged to observe the hose as it moves relative to the sensing devices as it as it is deployed from or retracted into the aircraft; and storage means for storing the data provided from the one or more sensing devices so that the stored data can be retrieved later for assessing deterioration in the condition of the hose. a hose deployment system for deploying and retracting a hose in and out of an aircraft; a hose monitoring system having an observation system including one or more sensing devices mountable on the aircraft and arranged to observe the hose as it moves relative to the sensing devices as it as it is deployed from or retracted into the aircraft; and storage means for storing the data provided from the one or more sensing devices so that the stored data can be retrieved later for assessing deterioration in the condition of the hose.
Timepiece movement comprising a frame and a mechanism mounted in or on the frame, the mechanism comprising a flexible guiding system comprising a fixing part and a mobile part which are connected by elastic guiding parts , the flexible guiding system being located at least in part in an opening of an element of the frame and being fixed by the fixing part to the side wall of said opening , the mechanism comprising a component fixedly attached to the mobile part and located outside of the opening .
A reconfigurable plasmonic interdigitated metal-semiconductor-metal Schottky photodetector comprising: a first collecting plasmonic metal electrode containing a multitude of periodic metal digits , digits, parallel one to the other, a second collecting plasmonic metal electrode containing a multitude of periodic metal digits , parallel one to the other and interpenetrated with the digits of the first collecting electrode, the network of all these metal digits forming an optical grating with a certain periodicity, a phase change chalcogenide semiconductor layer in contact with the metal, a capping layer covering the top surface of photodetector, acting as a mechanica barrier against chalcogenide atoms loss during thermal and laser annealing, and an anti-reflection coating. a first collecting plasmonic metal electrode containing a multitude of periodic metal digits , digits, parallel one to the other, a second collecting plasmonic metal electrode containing a multitude of periodic metal digits , parallel one to the other and interpenetrated with the digits of the first collecting electrode, the network of all these metal digits forming an optical grating with a certain periodicity, a phase change chalcogenide semiconductor layer in contact with the metal, a capping layer covering the top surface of photodetector, acting as a mechanica barrier against chalcogenide atoms loss during thermal and laser annealing, and an anti-reflection coating.
A method for tracking an object moving relative to a moving platform, the moving platform moving relative to an external frame of reference, the method comprising: updating an inertial orientation estimate of the object relative to the external frame of reference using at least one angular rate sensor comprised in a sensor unit fixed to the object; obtaining measurements from a platform-mounted inertial navigation system (INS) of the orientation of the platform with respect to said external frame of reference; at certain measurement times, obtaining measurements from a non-inertial sensor of the orientation of the sensor unit relative to a measurement reference coordinate frame fixed with respect to the platform , and characterised by : combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation to form an indirect measurement of the orientation of said object with respect to said external frame of reference , and wherein combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation further comprises forward-predicting said INS measurement through a prediction interval tau to an effective time of the platform-referenced non-inertial orientation measurement . updating an inertial orientation estimate of the object relative to the external frame of reference using at least one angular rate sensor comprised in a sensor unit fixed to the object; obtaining measurements from a platform-mounted inertial navigation system (INS) of the orientation of the platform with respect to said external frame of reference; at certain measurement times, obtaining measurements from a non-inertial sensor of the orientation of the sensor unit relative to a measurement reference coordinate frame fixed with respect to the platform , and characterised by : combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation to form an indirect measurement of the orientation of said object with respect to said external frame of reference , and wherein combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation further comprises forward-predicting said INS measurement through a prediction interval tau to an effective time of the platform-referenced non-inertial orientation measurement . combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation to form an indirect measurement of the orientation of said object with respect to said external frame of reference , and wherein combining said platform-referenced non-inertial orientation measurements with the INS measurement of platform orientation further comprises forward-predicting said INS measurement through a prediction interval tau to an effective time of the platform-referenced non-inertial orientation measurement .
Device for exhaust gas cleaning systems of diesel vehicles for retrofitting existing diesel vehicles with a diesel particle filter or as a supplement for new developments as a supporting system for vehicles with existing exhaust gas treatment systems, in particular for intra-urban driving, characterized in that at least one high-pressure injection valve (HDEV) and at least one NO x storage catalyst (NSC) are arranged functionally one behind the other in the device in the direction of the flow of the exhaust gas downstream of an exhaust gas purification system of the diesel vehicle which is already present on the vehicle, the high-pressure injection valve (HDEV) installed upstream of the NO x storage catalyst (NSC) at least in driving states, in which the NO x storage catalyst (NSC) is not sufficiently heated, meters fuel into the device in such a way that, as a result of the catalytic conversion of the metered fuel, a temperature increase takes place in the NO x storage catalyst (NSC) by means of an exothermic reaction of the fuel which brings the temperature in the NO x storage catalyst (NSC) into a range of optimum NO x conversion.
An electromechanical system comprising: a component to be positioned; a rotary permanent magnet motor for positioning said component; sensors for determining an apparent position of said component based upon rotation of said permanent magnets; and a control sensing movement of said permanent magnets past said sensors in a desired direction, and also rotation of said permanent magnets past said sensors in an undesired direction, and preparing a count of an actual position of said component based upon both of said rotations, and wherein said control senses said rotation of said permanent magnets past said sensors in an undesired direction when said motor stops, characterized by said control also comparing said actual position to an expected position for said component and identifying a need to calibrate should a difference between said actual and expected positions differ by more than a determined amount, wherein said permanent magnet motor is configured to drive a first shaft having a first gear , said first gear driving at least a second gear to, in turn, drive a second shaft which moves said component in a rotary direction, with said first and second gears changing a speed between said first and second shafts and wherein each of said first and second shafts and gear teeth between said first and second gears having a spring force which may result in rotation in said undesired direction when said motor stops; wherein if said calibration is deemed needed, a surface on said component is driven against a stop to provide a new expected position in said control for said component . a component to be positioned; a rotary permanent magnet motor for positioning said component; sensors for determining an apparent position of said component based upon rotation of said permanent magnets; and a control sensing movement of said permanent magnets past said sensors in a desired direction, and also rotation of said permanent magnets past said sensors in an undesired direction, and preparing a count of an actual position of said component based upon both of said rotations, and wherein said control senses said rotation of said permanent magnets past said sensors in an undesired direction when said motor stops, characterized by said control also comparing said actual position to an expected position for said component and identifying a need to calibrate should a difference between said actual and expected positions differ by more than a determined amount, wherein said permanent magnet motor is configured to drive a first shaft having a first gear , said first gear driving at least a second gear to, in turn, drive a second shaft which moves said component in a rotary direction, with said first and second gears changing a speed between said first and second shafts and wherein each of said first and second shafts and gear teeth between said first and second gears having a spring force which may result in rotation in said undesired direction when said motor stops; wherein if said calibration is deemed needed, a surface on said component is driven against a stop to provide a new expected position in said control for said component .
A ceiling-suspended indoor unit of an air conditioner, the indoor unit comprising: a casing including a plurality of side plates , one of the side plates having an air outlet ; a heat exchanger disposed in the casing ; a fan configured to blow air that has been passed through the heat exchanger out of the air outlet to an associated side of the casing ; an airflow direction adjusting flap provided at the air outlet ; and a blow-out passage extending from the heat exchanger toward the air outlet , the blow-out passage having: a first lower end that represents a lower end of one of end portions of the blow-out passage near the heat exchanger into which air flows, a second lower end that represents a lower end of the other end portion of the blow-out passage near the air outlet out of which air flows, the second lower end being located below the first lower end in a height direction, and a bottom surface located at a bottom of the blow-out passage , characterized in that the bottom surface of the blow-out passage includes: an inclined portion formed on an end portion near the air outlet and inclined in a direction that allows an area of an opening of the air outlet to increase, and a horizontal blow-out surface located more upstream in an airflow direction than the inclined portion and adjacent to the inclined portion , the airflow direction adjusting flap being capable of directing air flowing out of the blow-out passage upward relative to a horizontal plane. a casing including a plurality of side plates , one of the side plates having an air outlet ; a heat exchanger disposed in the casing ; a fan configured to blow air that has been passed through the heat exchanger out of the air outlet to an associated side of the casing ; an airflow direction adjusting flap provided at the air outlet ; and a blow-out passage extending from the heat exchanger toward the air outlet , a first lower end that represents a lower end of one of end portions of the blow-out passage near the heat exchanger into which air flows, a second lower end that represents a lower end of the other end portion of the blow-out passage near the air outlet out of which air flows, the second lower end being located below the first lower end in a height direction, and a bottom surface located at a bottom of the blow-out passage , an inclined portion formed on an end portion near the air outlet and inclined in a direction that allows an area of an opening of the air outlet to increase, and a horizontal blow-out surface located more upstream in an airflow direction than the inclined portion and adjacent to the inclined portion , the airflow direction adjusting flap being capable of directing air flowing out of the blow-out passage upward relative to a horizontal plane.