mhurhangee/ep-ind-claims huggingface dataset:
A method for determining rotor mixing commands for a rotary-wing aircraft, comprising: receiving signals indicative of an unmixed roll command signal, an unmixed pitch command signal, and a yaw command signal to control a differential collective that produce a desired flight response for the aircraft; receiving signals indicative of airspeed and sideslip angle for the aircraft, the sideslip angle being indicative of a direction of flight for the aircraft; calculating a sine and cosine of the sideslip angle (326, 322); determining gains for roll and pitch (310, 314) as a function of the airspeed; characterized by the determining includes referencing a look-up table that indexes the gain with the airspeed; multiplying the gain for roll, the signals indicative of airspeed, the cosine signal and the yaw command signal to produce a signal that is representative of a differential collective to ganged roll mixing signal; multiplying the gain for pitch, the signals indicative of airspeed, the sine signal and the yaw command signal to produce a signal that is representative of a differential collective to ganged pitch mixing signal; and determining the rotor mixing commands by summing the differential collective to ganged roll mixing signal with the unmixed roll command signal and by summing the differential collective to ganged pitch mixing signal with the unmixed pitch command signal, the rotor mixing commands being applied synchronously to rotors in the aircraft. receiving signals indicative of an unmixed roll command signal, an unmixed pitch command signal, and a yaw command signal to control a differential collective that produce a desired flight response for the aircraft; receiving signals indicative of airspeed and sideslip angle for the aircraft, the sideslip angle being indicative of a direction of flight for the aircraft; calculating a sine and cosine of the sideslip angle (326, 322); determining gains for roll and pitch (310, 314) as a function of the airspeed; characterized by the determining includes referencing a look-up table that indexes the gain with the airspeed; multiplying the gain for roll, the signals indicative of airspeed, the cosine signal and the yaw command signal to produce a signal that is representative of a differential collective to ganged roll mixing signal; multiplying the gain for pitch, the signals indicative of airspeed, the sine signal and the yaw command signal to produce a signal that is representative of a differential collective to ganged pitch mixing signal; and determining the rotor mixing commands by summing the differential collective to ganged roll mixing signal with the unmixed roll command signal and by summing the differential collective to ganged pitch mixing signal with the unmixed pitch command signal, the rotor mixing commands being applied synchronously to rotors in the aircraft.
A vinyl acetate production process comprising the steps of: contacting in a primary reactor a primary reactant stream comprising acetic acid, ethylene and molecular oxygen in the presence of a first catalyst to form a primary reactor effluent comprising vinyl acetate, ethylene, oxygen, water, carbon dioxide, and acetic acid; introducing the primary reactor effluent to a predehydrating column; obtaining a secondary reactant stream from the predehydrating column having a different composition than the primary reactor effluent; contacting in a secondary reactor the secondary reactant stream, preferably comprising vinyl acetate, ethylene, oxygen, water, carbon dioxide, and acetic acid, in the presence of a second catalyst to form a secondary reactor effluent that is fed to the predehydrating column; withdrawing an overhead comprising vinyl acetate from the predehydrating column; and recovering a vinyl acetate product from the overhead. contacting in a primary reactor a primary reactant stream comprising acetic acid, ethylene and molecular oxygen in the presence of a first catalyst to form a primary reactor effluent comprising vinyl acetate, ethylene, oxygen, water, carbon dioxide, and acetic acid; introducing the primary reactor effluent to a predehydrating column; obtaining a secondary reactant stream from the predehydrating column having a different composition than the primary reactor effluent; contacting in a secondary reactor the secondary reactant stream, preferably comprising vinyl acetate, ethylene, oxygen, water, carbon dioxide, and acetic acid, in the presence of a second catalyst to form a secondary reactor effluent that is fed to the predehydrating column; withdrawing an overhead comprising vinyl acetate from the predehydrating column; and recovering a vinyl acetate product from the overhead.
Apparatus for treating and/or processing food comprising: - a vessel, for receiving food, with a lid, - a base, onto which the vessel is arranged, and - a unit for treating and/or processing the food, characterized in that - the lid comprises a permanent magnet and the vessel a leaf spring, whereby the permanent magnet and the leaf spring interact in such a way that the leaf spring is attracted by the permanent magnet in such a way that an electrical circuit disposed on the vessel is able to be closed, and - the vessel comprises an identification element with data storable thereon and the base comprises a reading and control module, whereby - the identification element is activated when the electrical circuit is closed, so that data existing on the identification element are readable by the reading and control module and the unit for treating and/or processing is controllable. - a vessel, for receiving food, with a lid, - a base, onto which the vessel is arranged, and - a unit for treating and/or processing the food, - the lid comprises a permanent magnet and the vessel a leaf spring, whereby the permanent magnet and the leaf spring interact in such a way that the leaf spring is attracted by the permanent magnet in such a way that an electrical circuit disposed on the vessel is able to be closed, and - the vessel comprises an identification element with data storable thereon and the base comprises a reading and control module, whereby - the identification element is activated when the electrical circuit is closed, so that data existing on the identification element are readable by the reading and control module and the unit for treating and/or processing is controllable.
A composition comprising: a) a suppression effector that binds to the coding region of a DNA or the corresponding mature RNA encoding a mutant allele of rhodopsin, thereby to inhibit the expression of the mutant allele, wherein said suppression effector binds the DNA nucleotide sequence CTCTACGTCACCGTC or the RNA nucleotide sequence CUCUACGUCACCGUC; and b) a replacement nucleic acid that encodes a wild-type or non-disease causing allele and that comprises five degenerate / wobble nucleotides that are altered so that the replacement nucleic acid is not suppressed, or is only partially suppressed, by the suppression effector. a) a suppression effector that binds to the coding region of a DNA or the corresponding mature RNA encoding a mutant allele of rhodopsin, thereby to inhibit the expression of the mutant allele, wherein said suppression effector binds the DNA nucleotide sequence CTCTACGTCACCGTC or the RNA nucleotide sequence CUCUACGUCACCGUC; and b) a replacement nucleic acid that encodes a wild-type or non-disease causing allele and that comprises five degenerate / wobble nucleotides that are altered so that the replacement nucleic acid is not suppressed, or is only partially suppressed, by the suppression effector.
An elevator system comprising: an elevator car disposed in a hoistway; two or more belts operably connected to the elevator car to drive and/or support the elevator car along the hoistway, a plurality of sheave groups over which the two or more belts are routed, each sheave (18; 22; 30) of a sheave group including: an outer surface rotatable about a central axis; a flange disposed at at least one lateral end of the sheave (18; 22; 30); and a tracking compensator to limit lateral motion of the belt along the outer surface to prevent the belt from contacting the flange; wherein each sheave (18; 22, 30) of a sheave group guides a separate belt of the two or more belts, characterized in that a first central axis of a first sheave (18; 22; 30) of the sheave group intersects a second central axis of a second sheave (18; 22, 30) of the sheave group at a sheave angle. an elevator car disposed in a hoistway; two or more belts operably connected to the elevator car to drive and/or support the elevator car along the hoistway, a plurality of sheave groups over which the two or more belts are routed, each sheave (18; 22; 30) of a sheave group including: an outer surface rotatable about a central axis; a flange disposed at at least one lateral end of the sheave (18; 22; 30); and a tracking compensator to limit lateral motion of the belt along the outer surface to prevent the belt from contacting the flange; an outer surface rotatable about a central axis; a flange disposed at at least one lateral end of the sheave (18; 22; 30); and a tracking compensator to limit lateral motion of the belt along the outer surface to prevent the belt from contacting the flange; wherein each sheave (18; 22, 30) of a sheave group guides a separate belt of the two or more belts, characterized in that a first central axis of a first sheave (18; 22; 30) of the sheave group intersects a second central axis of a second sheave (18; 22, 30) of the sheave group at a sheave angle.
An audio signal processor for generating an analog audio signal with directional characteristic from at least two pulse-density-modulated 1-bit audio signals of digital microphones, comprising: a first shift register of length n, n > 0, being adapted to bit-clocked put through of a first pulse-density-modulated 1-bit audio signal of a first digital microphone to produce a first shift register output signal with single bit clock frequency; a combiner being adapted to combine the shift register output signal and a second pulse-density-modulated 1-bit audio signal of a second digital microphone to generate an interlaced 1-bit audio output signal with double bit clock frequency; and wherein the interlaced 1-bit audio output signal forms the analog audio signal. a first shift register of length n, n > 0, being adapted to bit-clocked put through of a first pulse-density-modulated 1-bit audio signal of a first digital microphone to produce a first shift register output signal with single bit clock frequency; a combiner being adapted to combine the shift register output signal and a second pulse-density-modulated 1-bit audio signal of a second digital microphone to generate an interlaced 1-bit audio output signal with double bit clock frequency; and wherein the interlaced 1-bit audio output signal forms the analog audio signal.
Method for slicing at least one food bar (A, B, C), having a slicing device in which at least one food bar (A, B, C) is transported in in each case one lane by way of in each case one transporting means in the direction of a rotationally driven cutting blade which cuts off food slices (A', B', C') from the food bar in a cutting plane at the front end of the food bar (A, B, C), said food slices (A', B', C') being combined into portions and transported away, wherein, in order to produce the portion and/or to transport the portions away, the cutting blade carries out unproductive cuts, in which the cutting blade moves but no food slices (A', B', C') are cut off from the food bar (A, B, C), characterized in that, in order to carry out the unproductive cuts, the cutting blade and at least the front end of the food bar are moved away from one another, wherein that the movement of the cutting blade begins before the movement of the front end of the particular food bar.
A method performed by an access network apparatus, the method comprising: receiving (304, 404, 504), from a user equipment device, a temporary identifier, wherein the temporary identifier was assigned by a first access and mobility management function to the user equipment device, and wherein the temporary identifier includes an identification of a plurality of access and mobility management functions; detecting, a transition of the user equipment device from an idle mode to a connected mode; based at least in part on the temporary identifier and detecting the transition, selecting (306, 406, 510) an access and mobility management function from amongst the plurality of access and mobility management functions; and assigning the selected access and mobility management function to the user equipment device. receiving (304, 404, 504), from a user equipment device, a temporary identifier, wherein the temporary identifier was assigned by a first access and mobility management function to the user equipment device, and wherein the temporary identifier includes an identification of a plurality of access and mobility management functions; detecting, a transition of the user equipment device from an idle mode to a connected mode; based at least in part on the temporary identifier and detecting the transition, selecting (306, 406, 510) an access and mobility management function from amongst the plurality of access and mobility management functions; and assigning the selected access and mobility management function to the user equipment device.
A fan disc assembly for a gas turbine engine, comprising: a fan disc with a central bore comprising a bore forward section a bore aft section and a bore spline between the bore forward and aft sections; a shaft mounted within the central bore of the fan disc, the shaft comprising a shaft forward section connected to the bore forward section, a shaft aft section connected to the bore aft section and a shaft spline between the forward and aft sections and mating with the bore spline; and characterised in that the fan disc assembly comprises a forward collar having an inner tapered surface mating against a corresponding tapered surface on the shaft forward section; wherein the bore aft section comprises a tapered surface mating against a corresponding tapered surface on the shaft aft section. a fan disc with a central bore comprising a bore forward section a bore aft section and a bore spline between the bore forward and aft sections; a shaft mounted within the central bore of the fan disc, the shaft comprising a shaft forward section connected to the bore forward section, a shaft aft section connected to the bore aft section and a shaft spline between the forward and aft sections and mating with the bore spline; and characterised in that the fan disc assembly comprises a forward collar having an inner tapered surface mating against a corresponding tapered surface on the shaft forward section; wherein the bore aft section comprises a tapered surface mating against a corresponding tapered surface on the shaft aft section.
A stent comprising: at least one strip including a plurality of main struts and a plurality of first connector struts, wherein the main struts are obliquely oriented to a longitudinal axis of the stent, wherein the at least one strip extends circumferentially around the longitudinal axis of the stent, and wherein the first connector struts extend between and connect circumferentially adjacent pairs of the main struts; and a plurality of second connector struts extending between and connecting adjacent strip portions, wherein ends of the second connector struts are connected to the main struts between ends of the main struts so as to reduce foreshortening of the stent during expansion; characterized in that at least a pair of the first connector struts connects each circumferentially adjacent pair of the main struts. at least one strip including a plurality of main struts and a plurality of first connector struts, wherein the main struts are obliquely oriented to a longitudinal axis of the stent, wherein the at least one strip extends circumferentially around the longitudinal axis of the stent, and wherein the first connector struts extend between and connect circumferentially adjacent pairs of the main struts; and wherein the main struts are obliquely oriented to a longitudinal axis of the stent, wherein the at least one strip extends circumferentially around the longitudinal axis of the stent, and wherein the first connector struts extend between and connect circumferentially adjacent pairs of the main struts; and a plurality of second connector struts extending between and connecting adjacent strip portions, wherein ends of the second connector struts are connected to the main struts between ends of the main struts so as to reduce foreshortening of the stent during expansion; characterized in that at least a pair of the first connector struts connects each circumferentially adjacent pair of the main struts.
A method for operating a plurality of wind turbines in a wind farm coupled with a grid, comprising: determining in response to receiving a power curtailment command from the grid that one or more wind turbines of the plurality of wind turbines should be deactivated; retrieving data indicating fatigue experienced by each wind turbine of the plurality of wind turbines, wherein at least two different types of data are retrieved and each type is prioritized, the data for each wind turbine comprising lifetime fatigue data and current or recently experienced fatigue data; and selecting one or more wind turbines of the plurality of wind turbines determined to have a greatest fatigue to be deactivated based on the at least two different types of data and a priority of each type of data. determining in response to receiving a power curtailment command from the grid that one or more wind turbines of the plurality of wind turbines should be deactivated; retrieving data indicating fatigue experienced by each wind turbine of the plurality of wind turbines, wherein at least two different types of data are retrieved and each type is prioritized, the data for each wind turbine comprising lifetime fatigue data and current or recently experienced fatigue data; and selecting one or more wind turbines of the plurality of wind turbines determined to have a greatest fatigue to be deactivated based on the at least two different types of data and a priority of each type of data.
An industrial truck with a vertically adjustable load pickup means, wherein a light-emitting means is arranged on the load pickup means and the light-emitting means is connected with a control unit, characterized in that the light-emitting means has a reduced light intensity controlled by the control unit in the switched-on state depending on a lift height of the load pickup means.
A quantum cryptographic device (10a, 10b, 10c) comprising: a tabulation unit configured to tabulate information on an application key transmitted and received by using a quantum cryptographic key and output an application-key information tabulation result; a calculation unit configured to calculate a unit price of the application key based on the application-key information tabulation result; and a display unit configured to display information that is display information including the unit price of the application key, characterized in that the information on the application key includes a distance of a quantum key distribution link through which photons used for generation of the quantum cryptographic key are transmitted and received; the tabulation unit is configured to tabulate the distance of the QKD link; and the calculation unit is configured to increase the unit price of the application key as the distance of the QKD link is greater. a tabulation unit configured to tabulate information on an application key transmitted and received by using a quantum cryptographic key and output an application-key information tabulation result; a calculation unit configured to calculate a unit price of the application key based on the application-key information tabulation result; and a display unit configured to display information that is display information including the unit price of the application key, characterized in that the information on the application key includes a distance of a quantum key distribution link through which photons used for generation of the quantum cryptographic key are transmitted and received; the tabulation unit is configured to tabulate the distance of the QKD link; and the calculation unit is configured to increase the unit price of the application key as the distance of the QKD link is greater.
A method of communicating information from a subscriber, the method comprising: transmitting, by the subscriber, a request to transmit a location update at a specified frequency to a repeater; receiving, by the subscriber, a response to the request from the repeater, the response granting the request and containing an update time for the subscriber to transmit the location update in accordance with the specified frequency; and responsive to determining, by the subscriber, that the subscriber is not currently participating in any active communications occurring on a working channel over which audio and/or video communications are transmitted: switching, by the subscriber, from the working channel to a data revert channel before the update time; and transmitting, by the subscriber, the location update on the data revert channel at the update time. transmitting, by the subscriber, a request to transmit a location update at a specified frequency to a repeater; receiving, by the subscriber, a response to the request from the repeater, the response granting the request and containing an update time for the subscriber to transmit the location update in accordance with the specified frequency; and responsive to determining, by the subscriber, that the subscriber is not currently participating in any active communications occurring on a working channel over which audio and/or video communications are transmitted: switching, by the subscriber, from the working channel to a data revert channel before the update time; and transmitting, by the subscriber, the location update on the data revert channel at the update time. switching, by the subscriber, from the working channel to a data revert channel before the update time; and transmitting, by the subscriber, the location update on the data revert channel at the update time.
A thermoplastic resin composition, comprising: a thermoplastic synthetic resin, a cellulose, and an ionic compound; wherein a content of the cellulose is from 1 to 100 parts by mass, with respect to 100 parts by mass of the thermoplastic synthetic resin, and wherein a content of the ionic compound is 0.001 times or more and less than 1.000 time of the content of the cellulose, and wherein a cellulose aggregate contained in the thermoplastic resin composition has an area of less than 20,000 μm 2. a thermoplastic synthetic resin, a cellulose, and an ionic compound; wherein a content of the cellulose is from 1 to 100 parts by mass, with respect to 100 parts by mass of the thermoplastic synthetic resin, and wherein a content of the ionic compound is 0.001 times or more and less than 1.000 time of the content of the cellulose, and wherein a cellulose aggregate contained in the thermoplastic resin composition has an area of less than 20,000 μm 2.