mhurhangee/ep-ind-claims huggingface dataset:
A feedforward control method for a wind turbine in a wind farm, comprising: obtaining real-time operation data of a predetermined wind turbine in the wind farm; inputting the obtained real-time operation data into a predetermined prediction model corresponding to the predetermined wind turbine, to obtain prediction data by the predetermined prediction model; and determining whether to enable a feedforward control function for the predetermined wind turbine based on the obtained prediction data to control an operation state of the predetermined wind turbine by predetermined means of feedforward control, characterized in that determining whether to enable the feedforward control function for the predetermined wind turbine based on the obtained prediction data comprises: determining whether a prediction accuracy of the predetermined prediction model meets a requirement; and determining to enable the feedforward control function for the predetermined wind turbine in a case that the prediction accuracy of the predetermined prediction model meets the requirement obtaining real-time operation data of a predetermined wind turbine in the wind farm; inputting the obtained real-time operation data into a predetermined prediction model corresponding to the predetermined wind turbine, to obtain prediction data by the predetermined prediction model; and determining whether to enable a feedforward control function for the predetermined wind turbine based on the obtained prediction data to control an operation state of the predetermined wind turbine by predetermined means of feedforward control, characterized in that determining whether to enable the feedforward control function for the predetermined wind turbine based on the obtained prediction data comprises: determining whether a prediction accuracy of the predetermined prediction model meets a requirement; and determining to enable the feedforward control function for the predetermined wind turbine in a case that the prediction accuracy of the predetermined prediction model meets the requirement determining whether a prediction accuracy of the predetermined prediction model meets a requirement; and determining to enable the feedforward control function for the predetermined wind turbine in a case that the prediction accuracy of the predetermined prediction model meets the requirement
A bicycle derailleur comprising: a base member (20, 120); a movable member (22, 122) supporting a chain guide (26, 126); a coupling member (24, 124) movably coupling the movable member to the base member so that the movable member is selectively movable relative to the base member, and a cable actuation ratio control mechanism (30, 130) including a first link member (41, 141) and a second link member (42, 142), characterised in that the first link member having a pivoting portion (41a, 141a) pivotally mounted to one of the coupling member and the base member, a cable connection portion (41b, 141b) located on one side of the pivoting portion, and a second link coupling portion (41 c, 141 c) located on the other side of the pivoting portion, the pivoting portion of the first link member is pivotally mounted to the coupling member, and the second link member is pivotally mounted to the movable member, the second link member being coupled to the first link member at the second link coupling portion. a base member (20, 120); a movable member (22, 122) supporting a chain guide (26, 126); a coupling member (24, 124) movably coupling the movable member to the base member so that the movable member is selectively movable relative to the base member, and a cable actuation ratio control mechanism (30, 130) including a first link member (41, 141) and a second link member (42, 142), characterised in that the first link member having a pivoting portion (41a, 141a) pivotally mounted to one of the coupling member and the base member, a cable connection portion (41b, 141b) located on one side of the pivoting portion, and a second link coupling portion (41 c, 141 c) located on the other side of the pivoting portion, the pivoting portion of the first link member is pivotally mounted to the coupling member, and the second link member is pivotally mounted to the movable member, the second link member being coupled to the first link member at the second link coupling portion.
A sealing system of a device for allowing the passage of a medium, in particular in the high pressure range, comprising a housing that has a bore hole, a component mounted within said housing such as to oscillate with a pressure chamber formed within the bore hole, which can be charged with the medium, whereby an additional seal is formed by the housing and a pressure disc surrounding the component, whereby the component, which can be oscillated in the bore hole, is formed as a valve needle and pressable against a valve seat in the housing, and in this pressed closed state the pressure chamber is formed between the housing with the bore hole, the component and a sealing element surrounding the component, whereby the additional seal is formed by two opposing sealing surfaces (15a, 15b) of the housing and of the pressure disc, characterised in that the additional seal is a metal seal and that an angle of inclination of the sealing surfaces differing from one another by a small angular amount, by means of which the formation of a circular sealing edge is brought about on the inside.
A method for adjusting a signal, comprising: receiving an input data signal; applying an offset compensation to the input data signal to generate an output signal; using a clock signal, sampling the output signal to generate a plurality of data values and boundary values, each data value and each boundary value comprising either a high value or a low value based on the sampling of the output signal characterised by: detecting a transition in value between two successive data values and determining a boundary value between the two successive data values; and based at least on the high or low value of the determined boundary value, adjusting the offset compensation applied to the input data signal. receiving an input data signal; applying an offset compensation to the input data signal to generate an output signal; using a clock signal, sampling the output signal to generate a plurality of data values and boundary values, each data value and each boundary value comprising either a high value or a low value based on the sampling of the output signal characterised by: detecting a transition in value between two successive data values and determining a boundary value between the two successive data values; and based at least on the high or low value of the determined boundary value, adjusting the offset compensation applied to the input data signal. detecting a transition in value between two successive data values and determining a boundary value between the two successive data values; and based at least on the high or low value of the determined boundary value, adjusting the offset compensation applied to the input data signal.
A monitoring system for an agricultural implement having a plurality of row units, comprising: a soil temperature sensor associated with at least one of the plurality of row units and configured to measure a soil temperature at a lower portion of a trench opened by the at least one of the plurality row units; a processor in electrical communication with said soil temperature sensor; a display in electrical communication with said processor, said display displaying said measured soil temperature; characterized in that it further comprises a seed firmer disposed to firm seeds in said trench, a lower portion of said seed firmer resiliently contacting a bottom of said trench and capable of firming seeds into the bottom of said trench, wherein said soil temperature sensor is mounted to said seed firmer and is in contact with a lower portion of said trench. a soil temperature sensor associated with at least one of the plurality of row units and configured to measure a soil temperature at a lower portion of a trench opened by the at least one of the plurality row units; a processor in electrical communication with said soil temperature sensor; a display in electrical communication with said processor, said display displaying said measured soil temperature; characterized in that it further comprises a seed firmer disposed to firm seeds in said trench, a lower portion of said seed firmer resiliently contacting a bottom of said trench and capable of firming seeds into the bottom of said trench, wherein said soil temperature sensor is mounted to said seed firmer and is in contact with a lower portion of said trench.
A waveguide-microstrip line transition, comprising: a dielectric substrate; a ground conductor pattern which is formed on one surface of the dielectric substrate and which has a ground conductor pattern omission portion; a strip conductor pattern formed on a surface of the dielectric substrate opposite to the surface having the ground conductor pattern; a conductor pattern for shorting of a waveguide formed so as to be continuously connected to the strip conductor pattern; connecting conductors for connecting the ground conductor pattern and the conductor pattern for shorting of a waveguide to each other within the dielectric substrate; and a waveguide connected to the dielectric substrate so as to correspond to the ground conductor pattern omission portion, wherein a microstrip line is constituted by the strip conductor pattern, the ground conductor pattern, and the dielectric substrate, and wherein a dielectric waveguide shorting portion is constituted by the conductor pattern for shorting of a waveguide, the ground conductor pattern, and the connecting conductors, wherein the ground conductor pattern omission portion is a polygon, characterized in that the boundary between the strip conductor pattern and the conductor pattern for shorting of a waveguide is located, when projected in a direction perpendicular to the surface of the dielectric substrate on which the strip cornductor pattern is formed and onto the surface of the dielectric substrate on which the ground conductor pattern is formed, inside the polygon. a dielectric substrate; a ground conductor pattern which is formed on one surface of the dielectric substrate and which has a ground conductor pattern omission portion; a strip conductor pattern formed on a surface of the dielectric substrate opposite to the surface having the ground conductor pattern; a conductor pattern for shorting of a waveguide formed so as to be continuously connected to the strip conductor pattern; connecting conductors for connecting the ground conductor pattern and the conductor pattern for shorting of a waveguide to each other within the dielectric substrate; and a waveguide connected to the dielectric substrate so as to correspond to the ground conductor pattern omission portion, wherein a microstrip line is constituted by the strip conductor pattern, the ground conductor pattern, and the dielectric substrate, and wherein a dielectric waveguide shorting portion is constituted by the conductor pattern for shorting of a waveguide, the ground conductor pattern, and the connecting conductors, wherein the ground conductor pattern omission portion is a polygon, characterized in that the boundary between the strip conductor pattern and the conductor pattern for shorting of a waveguide is located, when projected in a direction perpendicular to the surface of the dielectric substrate on which the strip cornductor pattern is formed and onto the surface of the dielectric substrate on which the ground conductor pattern is formed, inside the polygon.
A charcoal grill having a housing, which includes a first pair of opposing side walls and a second pair of opposing side walls, a charcoal receptacle arranged in the housing and a cooking grid having at least one handle protruding beyond the housing and having an area for food to be grilled, wherein a first distance is provided between the charcoal receptacle and the cooking grid through directly or indirectly laying the cooking grid on supporting sections formed by the first pair of side walls, characterized in that the cooking grid has at least two handles connected to the area for grilling food by means of at least one connecting strut, and in that a second distance between the charcoal receptacle and the cooking grid is predefined by supporting sections formed by the second pair of side walls, these supporting sections being offset in the vertical direction from the supporting sections formed on the first pair of side walls, so that the distance between the charcoal receptacle and the cooking grid can be adjusted by realignment of the cooking grid and placement of the cooking grid with the connecting struts on the supporting sections of the other pair (3, 4) of side walls.
A Near Field Communication, NFC, apparatus for communications, comprising: a device host, DH,, adapted to receive a discovery request notification from a near field communication controller, NFCC, indicating a near field communication execution environment, NFCEE, is requesting that the DH perform a discovery process, the discovery request notification including information comprising a parameter to identify the NFCEE and at least one parameter indicating a configuration setting that the NFCEE would prefer to use during the discovery process; means for determining whether to generate a radio frequency, RF, discovery command using the information included in the discovery request notification; means for generating the DH based discovery command using the information included in the discovery request notification upon a determination to generate the RF discovery command; and means for transmitting the RF discovery command to the NFCC. a device host, DH,, adapted to receive a discovery request notification from a near field communication controller, NFCC, indicating a near field communication execution environment, NFCEE, is requesting that the DH perform a discovery process, the discovery request notification including information comprising a parameter to identify the NFCEE and at least one parameter indicating a configuration setting that the NFCEE would prefer to use during the discovery process; means for determining whether to generate a radio frequency, RF, discovery command using the information included in the discovery request notification; means for generating the DH based discovery command using the information included in the discovery request notification upon a determination to generate the RF discovery command; and means for transmitting the RF discovery command to the NFCC.
A hyaluronic acid hydrogel filler, comprising a hyaluronic acid or its salt, and showing lift capability of 12,000 to 44,000 Pa*gf as measured by a rheometer and an injection force of 15 to 25 N when measured by a tensile tester, in which the hyaluronic acid or its salt is crosslinked, wherein the filler has both properties of monophasic and biphasic hyaluronic acid fillers, a degree of modification of the hyaluronic acid as represented by the following Equation 1 is in the range of 0.01 to 0.07 (1 to 7%): Degree of modification = total number of moles of crosslinking agent / total number of moles of N-acetyl-D-glucosamine, and a crosslinking ratio (CrR) as represented by the following Equation 2 is in the range of 0.1 to 0.2: Crosslinking ratio = number of moles of crosslinked crosslinking agent / number of moles of total crosslinking agent. the filler has both properties of monophasic and biphasic hyaluronic acid fillers, a degree of modification of the hyaluronic acid as represented by the following Equation 1 is in the range of 0.01 to 0.07 (1 to 7%): Degree of modification = total number of moles of crosslinking agent / total number of moles of N-acetyl-D-glucosamine, and a crosslinking ratio (CrR) as represented by the following Equation 2 is in the range of 0.1 to 0.2: Crosslinking ratio = number of moles of crosslinked crosslinking agent / number of moles of total crosslinking agent.
An agent comprising or consisting of an antibody with specificity for interleukin-1 receptor accessory protein (IL1RAP) for use in the treatment of a leukemia, wherein the agent is capable of inducing antibody-dependent cell-mediated cytotoxicity (ADCC) of pathological stem cells and/or progenitor cells associated with a leukemia, wherein the cells express IL1RAP.
Transmission for transmitting a torque generated by a drive motor to at least one front and/or rear drive axle (14, 16) of an agricultural or industrial commercial vehicle, having a drive element and a first output element and having a main transmission unit, wherein the main transmission unit comprises a first planetary gear set with a first sun gear, a first ring gear, a first planet carrier and a first planetary set, and a second planetary gear set with a second sun gear, and a third planetary gear set with a third sun gear and a third planetary set, and a fourth planetary gear set with a fourth sun gear, a fourth ring gear, a fourth planet carrier and a fourth planetary set, and the main transmission unit comprises exactly eight switching elements (C1, C2, C3, C4, C5, C6, B1, B2), wherein the second and the third planetary gear set (80, 90) have a first common ring gear, wherein the transmission comprises an intermediate transmission with exactly two switching elements (C8, C9) and a reversing unit with exactly two switching elements (B3, C7), characterized in that the switching elements of the main transmission unit are a first brake and a second brake and a first clutch and a second clutch and a third clutch and a fourth clutch and a fifth clutch and a sixth clutch, wherein exactly three switching elements (C1, C2, C3, C4, C5, C6, B1, B2) of the main transmission unit and exactly one switching element (C8, C9) of the intermediate transmission and exactly one switching element (B3, C7) of the reversing unit are activable in combinations of exactly five switching elements (C1, C2, C3, C4, C5, C6, C7, C8, C9, B1, B2, B3) in order to establish exactly 28 (twenty-eight) forward gears between the drive element and the first output element, wherein the second and the third planetary gear set (80, 90) have a first common planetary set and a first common planet carrier, the reversing unit is disposed in the direction of the force and torque flux downstream of the main transmission unit, and the main transmission unit comprises a first connecting element, wherein the first connecting element is connected to the drive element and the fourth and fifth and sixth clutches (C4, C5, C6), and the fourth planet carrier is releasably connectable by way of the fourth clutch to the drive element and the first connecting element, and the drive element and the first connecting element are releasably connectable by way of the fifth clutch to the fourth ring gear, and the drive element and the first connecting element are releasably connectable by way of the sixth clutch to the first planet carrier, and the fourth planet carrier is releasably connectable by way of the first clutch to the second sun gear and/or by way of the second clutch to the third sun gear.
Method for determining the battery level of a rechargeable battery used in a battery driven apparatus for driving a load and for indicating a low battery level, said method comprising a repeating measurement of the battery voltage and a determination of a threshold for indicating said low battery level, characterized in that the running time of said apparatus, while driving said load, is accumulated since the last charging, the accumulated running time is repeatedly stored as sequenced data logger entries in a data logger memory until a reset of said apparatus due to insufficient battery capacity or until charging of the battery, and said threshold is determined after a reset of said apparatus based on said data logger entries and a required remaining running time of said apparatus upon indication of low battery level.
An optical coherent detection transceiver (227a, 227b) comprising: a performance monitor, wherein the performance monitor is configured to: compute bit error rate of a received optical signal at a sampling time interval that is less than or equal to 100 microseconds, μsecs; generate, over a time period, a bit error rate distribution data associated with the computed bit error rate; apply statistical measurements to the bit error rate distribution data to extract statistical attribute data of the bit error rate distribution data; process the extracted statistical attribute data to separately identify nonlinear noise components and linear noise components that contribute to total noise levels; and the transceiver is configured to change a launch power associated with an optical signal to be transmitted based on separately identified nonlinear noise components and linear noise components. a performance monitor, wherein the performance monitor is configured to: compute bit error rate of a received optical signal at a sampling time interval that is less than or equal to 100 microseconds, μsecs; generate, over a time period, a bit error rate distribution data associated with the computed bit error rate; apply statistical measurements to the bit error rate distribution data to extract statistical attribute data of the bit error rate distribution data; process the extracted statistical attribute data to separately identify nonlinear noise components and linear noise components that contribute to total noise levels; and compute bit error rate of a received optical signal at a sampling time interval that is less than or equal to 100 microseconds, μsecs; generate, over a time period, a bit error rate distribution data associated with the computed bit error rate; apply statistical measurements to the bit error rate distribution data to extract statistical attribute data of the bit error rate distribution data; process the extracted statistical attribute data to separately identify nonlinear noise components and linear noise components that contribute to total noise levels; and the transceiver is configured to change a launch power associated with an optical signal to be transmitted based on separately identified nonlinear noise components and linear noise components.
A modified polypeptide having homoserine O-acetyltransferase activity having the amino acid sequence of SEQ ID NO: 17 or at least 95% homologous thereto, in which the amino acid at position 111 from the start amino acid methionine, of the sequence is substituted with glutamic acid and the amino acid at position 112 of the sequence is substituted with threonine or histidine.