mhurhangee/ep-ind-claims huggingface dataset:
A method for determining loads on a tower of a wind turbine, comprising: - identifying bending moments in at least one rotor blade of the wind turbine for providing a first quantity indicating a first force acting upon a nacelle of the tower of the wind turbine; - identifying a nacelle deflection for providing a second quantity indicating a second force acting upon the nacelle of the tower of the wind turbine; - inputting the first quantity and the second quantity into a calculation model mapping the tower behavior; and - identifying loads on the tower of the wind turbine using the calculation model, wherein in identifying the bending moments in the at least one rotor blade, an elongation of the at least one rotor blade is measured by means of at least one strain sensor, wherein the at least one strain sensor is a fiber optic strain sensor, wherein in identifying the nacelle deflection, a position determination of the nacelle is performed by means of a position sensor device which is adapted to perform an RTK-GPS (Real Time Kinematic-GPS) position determination method, and wherein in identifying the nacelle deflection, a stationary reference point is used. - identifying bending moments in at least one rotor blade of the wind turbine for providing a first quantity indicating a first force acting upon a nacelle of the tower of the wind turbine; - identifying a nacelle deflection for providing a second quantity indicating a second force acting upon the nacelle of the tower of the wind turbine; - inputting the first quantity and the second quantity into a calculation model mapping the tower behavior; and - identifying loads on the tower of the wind turbine using the calculation model, wherein in identifying the bending moments in the at least one rotor blade, an elongation of the at least one rotor blade is measured by means of at least one strain sensor, wherein the at least one strain sensor is a fiber optic strain sensor, wherein in identifying the nacelle deflection, a position determination of the nacelle is performed by means of a position sensor device which is adapted to perform an RTK-GPS (Real Time Kinematic-GPS) position determination method, and wherein in identifying the nacelle deflection, a stationary reference point is used. wherein in identifying the bending moments in the at least one rotor blade, an elongation of the at least one rotor blade is measured by means of at least one strain sensor, wherein the at least one strain sensor is a fiber optic strain sensor, wherein in identifying the nacelle deflection, a position determination of the nacelle is performed by means of a position sensor device which is adapted to perform an RTK-GPS (Real Time Kinematic-GPS) position determination method, and wherein in identifying the nacelle deflection, a stationary reference point is used.
A vehicle, in particular a traction vehicle, for forming a tractor-trailer combination together with a drawn vehicle, wherein the traction vehicle comprises: - a pressure source, - a first and a second brake line (5, 6) which are connected to the pressure source, - a first coupling for coupling the first brake line to a drawn vehicle, - a second coupling for coupling the second brake line to the drawn vehicle, - a first on-off valve assembly which is disposed in the first brake line and has a connection facing the pressure source and a connection facing the first coupling in order to selectively supply the first coupling with fluid under high pressure, - a second on-off valve assembly which is disposed in the second brake line and has a connection facing the pressure source and a connection facing the second coupling in order to selectively supply the second coupling with fluid under high pressure, characterized in that the second on-off valve assembly is configured to take up a shut-off position when the pressure at the connection facing the pressure source is lower than that at the connection facing the second coupling. - a pressure source, - a first and a second brake line (5, 6) which are connected to the pressure source, - a first coupling for coupling the first brake line to a drawn vehicle, - a second coupling for coupling the second brake line to the drawn vehicle, - a first on-off valve assembly which is disposed in the first brake line and has a connection facing the pressure source and a connection facing the first coupling in order to selectively supply the first coupling with fluid under high pressure, - a second on-off valve assembly which is disposed in the second brake line and has a connection facing the pressure source and a connection facing the second coupling in order to selectively supply the second coupling with fluid under high pressure,
A system for making composite laminate parts, comprising: a plurality of work zones in which an operation is performed on the parts; a plurality of tools continuously movable along a line passing through the plurality of work zones; a laminator located in at least one of the work zones and configured to apply composite material on the tools; and a controller for controlling continuous movement of the tools and operation of the laminator. a plurality of work zones in which an operation is performed on the parts; a plurality of tools continuously movable along a line passing through the plurality of work zones; a laminator located in at least one of the work zones and configured to apply composite material on the tools; and a controller for controlling continuous movement of the tools and operation of the laminator.
Molding process, characterized in that it comprises - a step of preparing an adhesived polyolefin by co-extruding at least one polypropylene with one or more adhesive layers, wherein the adhesive is EVA type, - a step of calendering subsequent to the co-extrusion of layers, whereby superficial finish is obtained and - a step of molding of polyurethane foam over the adhesived polyolefin which takes place when the adhesived polyolefin is at temperatures of above 20 °C and lower than 70 °C and wherein the polyurethane foam is in contact with the adhesive layer. - a step of preparing an adhesived polyolefin by co-extruding at least one polypropylene with one or more adhesive layers, wherein the adhesive is EVA type, - a step of calendering subsequent to the co-extrusion of layers, whereby superficial finish is obtained and - a step of molding of polyurethane foam over the adhesived polyolefin which takes place when the adhesived polyolefin is at temperatures of above 20 °C and lower than 70 °C
An engine device comprising: an engine being mounted to a working vehicle; and a common rail type fuel injection device for injecting fuel to the engine at multiple stages during one combustion cycle, wherein the common rail type fuel injection device does not execute a prior injection before a main injection in the case that a load applied to the engine is in a low load state in which a load is lower than that at a working time by the working vehicle, characterized in that the engine device further comprises a main clutch for connecting and disconnecting power transmission from the engine, a connection and disconnection detecting means adopted to detect a power connection and disconnection state of the main clutch, and a rotating speed detection means adapted to detect an engine rotating speed, wherein the common rail type fuel injection device does not execute the prior injection in the case that the connection and disconnection detecting means detects a power disconnection state of the main clutch and the engine rotating speed detected by the rotating speed detecting means is equal to or higher than a predetermined rotating speed. an engine being mounted to a working vehicle; and a common rail type fuel injection device for injecting fuel to the engine at multiple stages during one combustion cycle, wherein the common rail type fuel injection device does not execute a prior injection before a main injection in the case that a load applied to the engine is in a low load state in which a load is lower than that at a working time by the working vehicle, characterized in that the engine device further comprises a main clutch for connecting and disconnecting power transmission from the engine, a connection and disconnection detecting means adopted to detect a power connection and disconnection state of the main clutch, and a rotating speed detection means adapted to detect an engine rotating speed, wherein the common rail type fuel injection device does not execute the prior injection in the case that the connection and disconnection detecting means detects a power disconnection state of the main clutch and the engine rotating speed detected by the rotating speed detecting means is equal to or higher than a predetermined rotating speed.
An elevator control system, comprising: an elevator drive; a safety chain configured to monitor at least one condition of a selected elevator system component; a first switch that is operable to interrupt power supply to the elevator drive, the first switch being controlled by the safety chain depending on the monitored condition; a second switch in series with the first switch, the second switch being operable to interrupt power supply to the elevator drive, the second switch being controlled by the safety chain depending on the monitored condition, a monitoring device configured to determine when the first and second switches (30, 32) should be in a power supplying condition for supplying power to the elevator drive, characterised in that the monitoring device is configured to determine that the first switch is in the power supplying condition before allowing the safety chain to control the second switch for supplying power to the elevator drive, determine whether the second switch is in a power supplying condition when the first switch is in the power supplying condition, and prevent the elevator drive from being powered responsive to determining that either the first switch or the second switch is not in a desired condition, wherein the monitoring device determines that the first switch is in the power supplying condition by determining a voltage level associated with an output of the first switch between the first switch and the elevator drive. determine when the first and second switches (30, 32) should be in a power supplying condition for supplying power to the elevator drive, characterised in that the monitoring device is configured to determine that the first switch is in the power supplying condition before allowing the safety chain to control the second switch for supplying power to the elevator drive, determine whether the second switch is in a power supplying condition when the first switch is in the power supplying condition, and prevent the elevator drive from being powered responsive to determining that either the first switch or the second switch is not in a desired condition, wherein the monitoring device determines that the first switch is in the power supplying condition by determining a voltage level associated with an output of the first switch between the first switch and the elevator drive.
One or more bioactive agents for use in the treatment of a disease comprising one or more tumors, wherein said treatment comprises administering the one or more bioactive agents to the one or more tumors, said administration comprising: (a) applying one or more delivery devices having between 2 and 50,000 delivery structures to one or more sites of skin comprising blood vasculature and lymphatic vasculature, wherein the delivery device contacts one or more layers of epidermis with one or more reversible permeability enhancers that induces a reversible increase in the permeability of one or more barrier cells of the epidermis to at least the one or more bioactive agents, wherein the one or more permeability enhancers is one or more physical permeability enhancers comprising a nanostructured or nanotopography surface; (b) administering a total liquid dosage in between 2 and 50,000 sub-doses of the one or more bioactive agents at a controlled administration flow rate through the delivery device; wherein each sub-dose of the one or more bioactive agents is independently administered to a plurality of independent depths within the epidermis prior to any subsequent diffusion or movement of the one or more bioactive agents within the epidermis; and wherein following the administering step, the one or more bioactive agents moves or diffuses deeper through the epidermis through a basal layer of the epidermis and into at least a portion of underlying viable dermis to achieve an uptake of a portion of the one or more bioactive agents by one or more susceptible blood capillary plexus or lymphatic capillary plexus; wherein after administration and uptake, the one or more bioactive agents circulates through the blood vasculature or lymphatic vasculature to one or more tumors; and wherein a greater concentration of the one or more bioactive agents is delivered to the one or more tumors compared to intravenous, intradermal, or subcutaneous delivery of the identical one or more bioactive agents. (a) applying one or more delivery devices having between 2 and 50,000 delivery structures to one or more sites of skin comprising blood vasculature and lymphatic vasculature, wherein the delivery device contacts one or more layers of epidermis with one or more reversible permeability enhancers that induces a reversible increase in the permeability of one or more barrier cells of the epidermis to at least the one or more bioactive agents, wherein the one or more permeability enhancers is one or more physical permeability enhancers comprising a nanostructured or nanotopography surface; (b) administering a total liquid dosage in between 2 and 50,000 sub-doses of the one or more bioactive agents at a controlled administration flow rate through the delivery device;
A method for identifying polypeptides which comprise a cross- reactive antigenic determinant, the method comprising obtaining at least one antibody from an animal sequentially exposed to a first immunological challenge elicited by a first immunogenic composition comprising a first antigenic determinant of a first polypeptide, followed by a second immunological challenge elicited by a second immunogenic composition comprising a second antigenic determinant of a second polypeptide, wherein the first polypeptide is expressed by a first microorganism and the second polypeptide is expressed by a second microorganism, and wherein the first and second microorganisms are characterized as being different serotypes of the same species, and then contacting the at least one antibody with the first antigenic determinant and the second antigenic determinant, wherein binding of the at least one antibody to the first and the second antigenic determinants is indicative of cross-reactivity, thereby identifying the polypeptides which have a cross-reactive antigenic determinant.
A method of handling network connection disturbances in a communication network, the network having a communication device and wherein mobility of the communication device is controlled by the communication network so that the communication network commands the communication device to go to a certain cell based on measurement results received by the network from the communication device, the communication device having first, second and third entities, the third entity comprising a Radio Resource Control and receiving measurement results for evaluation and submission to the second entity, the second entity comprising a Radio Link Control, the first entity being a physical layer, the method comprising, performing by the third entity: receiving information of a network connection disturbance, evaluating measurement results received after detection of the network connection disturbance, the method being characterized by storing the evaluated measurement results in the third entity, re-evaluating stored measurement results for validity upon network restoration, submitting only valid measurement results to the second entity when the network connection is restored receiving information of a network connection disturbance, evaluating measurement results received after detection of the network connection disturbance,
A computer-implemented method comprising: receiving, from a first user of a media sharing service, a first media content item and an authorization token, in response to receiving the first media content item, determining one or more similarities between the first media content item and a second media content item stored in a media content store of the media sharing service, wherein the second media content item includes an authorization indication; in response to identifying similarities between the first media content item and the second media content item, analyzing the authorization token to determine whether presentation of the first media content item in a media channel of the first user is consistent with the authorization indication; and in response to determining that presentation of the first media content item in a media channel of the first user is consistent with the authorization indication, providing the first media content item for presentation in the media channel associated with the first user. receiving, from a first user of a media sharing service, a first media content item and an authorization token, in response to receiving the first media content item, determining one or more similarities between the first media content item and a second media content item stored in a media content store of the media sharing service, wherein the second media content item includes an authorization indication; in response to identifying similarities between the first media content item and the second media content item, analyzing the authorization token to determine whether presentation of the first media content item in a media channel of the first user is consistent with the authorization indication; and in response to determining that presentation of the first media content item in a media channel of the first user is consistent with the authorization indication, providing the first media content item for presentation in the media channel associated with the first user.
A method of anchoring an Internet Protocol Multimedia Subsystem, IMS, session of a subscriber, wherein the method comprises - receiving a packet switched request for a setup of the IMS session, and - anchoring the IMS session in a control node of a visited network of the subscriber, characterized in that the anchoring comprises a step of identifying the control node of the visited network wherein the identifying is based on at least one of using a configured Public Service Identifier of the control node of the visited network and requesting information about the control node of the visited network from the home network. - receiving a packet switched request for a setup of the IMS session, and - anchoring the IMS session in a control node of a visited network of the subscriber,
An intranasal fluid delivery device comprising: (a) a dispensing tip having a compliant or flexible soft nib, the dispensing tip being connected to a hollow needle; (b) a shot chamber configured to carry a fluid, the shot chamber having a diaphragm at a first end and a plunger at a second end; and (c) an actuator connected to a push rod moveable toward the second end of the shot chamber and having a locking mechanism, wherein pushing the actuator releases the locking mechanism, allowing the push rod to push against the plunger, exerting pressure on the fluid and forcing the needle through the diaphragm into the shot chamber such that the fluid flows out of the needle into the dispensing tip; wherein the nib defines a channel therein for dispensing the fluid therefrom as a laminar flow, wherein the nib is biased to follow a user's septum such that the dispensing tip complies with the internal nasal geometry to position an end of the dispensing tip proximate to the olfactory region, such that the dispensing tip is capable of delivering the fluid to the olfactory region in the user's nasal cavity. (a) a dispensing tip having a compliant or flexible soft nib, the dispensing tip being connected to a hollow needle; (b) a shot chamber configured to carry a fluid, the shot chamber having a diaphragm at a first end and a plunger at a second end; and (c) an actuator connected to a push rod moveable toward the second end of the shot chamber and having a locking mechanism, wherein pushing the actuator releases the locking mechanism, allowing the push rod to push against the plunger, exerting pressure on the fluid and forcing the needle through the diaphragm into the shot chamber such that the fluid flows out of the needle into the dispensing tip;
A system comprising: a plurality of motors, at least two motors requiring a variable-frequency source or being a multi-speed motor; a plurality of initiators, each of the plurality of initiators corresponding with each of the plurality of motors; characterized in that each of the plurality of initiators sends a signal to initiate operation of the corresponding motor, the signal sent by at least two of the plurality of initiators being in a different format; a multiplexed controller configured to control operation of only one of the plurality of motors at a time based on the signal received from the corresponding one of the plurality of initiators, the controller directly communicating with each of the plurality of motors; wherein the multiplexed controller performs processing to control the operation of two or more of the plurality of motors such that, when two or more of the corresponding signals to start the operation of the two or more of the plurality of motors are received by the controller concurrently, the controller processes the two or more signals according to an order based on a priority associated with each of the plurality of motors. a plurality of motors, at least two motors requiring a variable-frequency source or being a multi-speed motor; a plurality of initiators, each of the plurality of initiators corresponding with each of the plurality of motors; characterized in that each of the plurality of initiators sends a signal to initiate operation of the corresponding motor, the signal sent by at least two of the plurality of initiators being in a different format; a multiplexed controller configured to control operation of only one of the plurality of motors at a time based on the signal received from the corresponding one of the plurality of initiators, the controller directly communicating with each of the plurality of motors; wherein the multiplexed controller performs processing to control the operation of two or more of the plurality of motors such that, when two or more of the corresponding signals to start the operation of the two or more of the plurality of motors are received by the controller concurrently, the controller processes the two or more signals according to an order based on a priority associated with each of the plurality of motors.