mhurhangee/ep-ind-claims huggingface dataset:
A control arrangement for controlling the transfer of agricultural crop from a harvesting machine having a crop discharging device to a transport vehicle comprising a crop loading container while the machine and the transport vehicle travel on a field, wherein the control arrangement comprises an electronic control unit configured to provide a control signal to an actuator (46, 48, 52) adapted to control a relative position of a distal end of the discharging device with respect to the container and/or a discharge direction of the discharging device, wherein the electronic control unit is adapted to provide the control signal based on a sensor signal from one or more sensors (142, 144, 146) and/or position determining devices (72, 76) and stored data regarding a relationship between the sensor signal and the control signal, the one or more sensors (142, 144, 146, 168) and/or position determining devices (72, 76) configured to sense one or more physical values influencing an impingement location of the crop on the container, and wherein the control unit is connected to an operator interface configured to provide an operator override input signal regarding a received operator input for overriding the control signal, such that the operator can modify the control signal if the impingement location observed by the operator deviates from a desired impingement location, characterized in that the control unit is configured to modify the stored data regarding the relationship between the sensor signal and the control signal based upon the operator override input signal. wherein the control arrangement comprises an electronic control unit configured to provide a control signal to an actuator (46, 48, 52) adapted to control a relative position of a distal end of the discharging device with respect to the container and/or a discharge direction of the discharging device, wherein the electronic control unit is adapted to provide the control signal based on a sensor signal from one or more sensors (142, 144, 146) and/or position determining devices (72, 76) and stored data regarding a relationship between the sensor signal and the control signal, the one or more sensors (142, 144, 146, 168) and/or position determining devices (72, 76) configured to sense one or more physical values influencing an impingement location of the crop on the container, and wherein the control unit is connected to an operator interface configured to provide an operator override input signal regarding a received operator input for overriding the control signal, such that the operator can modify the control signal if the impingement location observed by the operator deviates from a desired impingement location, characterized in that the control unit is configured to modify the stored data regarding the relationship between the sensor signal and the control signal based upon the operator override input signal.
A medical instrument for dilating bony structures having a shaft with a tool head arranged at the distal end thereof and a handle at the proximal end thereof, wherein the handle and the tool head are effectively connected to one another by means of an operating element such that the tool head is at least partially expandable by actuating the handle and wherein the distal end of the operating element is thickened, wherein the tool head comprises a plurality of radially outwardly pivotable segments, which are arranged around a pivotable axis at the proximal end of the tool head, characterized in that the radially outwardly pivotable 2 segments 2 completely surround the thickened distal end of the operating element in the closed position of the tool head in order to form a closed outer contour.
A method for enhancing an operational behavior of an inverter, said method comprising the steps of: - calculating by a processor of the inverter during a startup phase (S0 to S5)of the inverter in the time domain and in real time instantaneously a capacitance, C, of an AC capacitor of an AC-filter stage of said inverter for each electrical power supply phase of the inverter on the basis of a measured voltage signal and a measured current signal for the respective electrical power supply phase as a ratio between a root mean square DC-free quadrature current value and a root mean square DC-free voltage value on the basis of a predefined minimum number of voltage signal samples of the measured voltage signal and current signal samples of the measured current signal to compensate effects of harmonics in the frequency domain, wherein during the startup phase (S0 to S5) the AC-filter stage of the inverter is separated by a grid relay from a public or stand-alone power supply grid or from a backup system; and - compensating by the processor of the inverter during a power feed in of electrical power by the inverter automatically an observed change of the calculated capacitance, C, of the AC capacitor of the AC-filter stage of said inverter over time by adjusting the AC current generated by the inverter for the respective electrical power supply phase to optimize a reactive current injection, wherein the power feed in of the electrical power by the inverter is started after closing the grid relay to the public or stand-alone powers supply grid or backup system. - calculating by a processor of the inverter during a startup phase (S0 to S5)of the inverter in the time domain and in real time instantaneously a capacitance, C, of an AC capacitor of an AC-filter stage of said inverter for each electrical power supply phase of the inverter on the basis of a measured voltage signal and a measured current signal for the respective electrical power supply phase as a ratio between a root mean square DC-free quadrature current value and a root mean square DC-free voltage value on the basis of a predefined minimum number of voltage signal samples of the measured voltage signal and current signal samples of the measured current signal to compensate effects of harmonics in the frequency domain, wherein during the startup phase (S0 to S5) the AC-filter stage of the inverter is separated by a grid relay from a public or stand-alone power supply grid or from a backup system; and - compensating by the processor of the inverter during a power feed in of electrical power by the inverter automatically an observed change of the calculated capacitance, C, of the AC capacitor of the AC-filter stage of said inverter over time by adjusting the AC current generated by the inverter for the respective electrical power supply phase to optimize a reactive current injection,
System for subject eye tracking on a projection surface that includes: • an infrared light source to create reflections on the subject's eyes, • two or more cameras for subject's head position tracking, • one or more cameras to track movements of the subject's first eye on the projection surface, whereby at least one camera to track movements of the subject's first eye on the projection surface is on a movable arm with sensors to monitor the position of the camera/s relative to the projection surface, • one or more cameras to track movements of the subject's second eye on the projection surface, whereby at least one camera to track movements of the subject's second eye on the projection surface is on said movable arm with sensors to monitor the position of the camera/s relative to the projection surface, • a processing unit configured so that it tracks the subject's gazes on the projection surface, determines if the subject focuses on a predefined sub-region or sub-regions in the projection surface from the tracking of said gazes and computes the duration of said gazes. • an infrared light source to create reflections on the subject's eyes, • two or more cameras for subject's head position tracking, • one or more cameras to track movements of the subject's first eye on the projection surface, whereby at least one camera to track movements of the subject's first eye on the projection surface is on a movable arm with sensors to monitor the position of the camera/s relative to the projection surface, • one or more cameras to track movements of the subject's second eye on the projection surface, whereby at least one camera to track movements of the subject's second eye on the projection surface is on said movable arm with sensors to monitor the position of the camera/s relative to the projection surface, • a processing unit configured so that it tracks the subject's gazes on the projection surface, determines if the subject focuses on a predefined sub-region or sub-regions in the projection surface from the tracking of said gazes and computes the duration of said gazes.
A peristaltic pump for pumping a fluid, the peristaltic pump comprising: a flexible tube having inner and outer tubular opposed walls, the inner wall defining a through passage to receive the fluid; and a roller having an outer contact surface; a roller carrier; wherein the peristaltic pump is configured to compress the flexible tube with the contact surface of the roller to thereby force the fluid through the through passage; and characterised by a roller axle pin coupling the roller to the roller carrier, wherein the roller axle pin is stationary with respect to the roller carrier and the roller is rotatable about the roller axle pin, wherein the roller axle pin is formed of borosilicate glass and at least the contact surface of the roller is formed of borosilicate glass. a flexible tube having inner and outer tubular opposed walls, the inner wall defining a through passage to receive the fluid; and a roller having an outer contact surface; a roller carrier; wherein the peristaltic pump is configured to compress the flexible tube with the contact surface of the roller to thereby force the fluid through the through passage; and characterised by a roller axle pin coupling the roller to the roller carrier, wherein the roller axle pin is stationary with respect to the roller carrier and the roller is rotatable about the roller axle pin, wherein the roller axle pin is formed of borosilicate glass and at least the contact surface of the roller is formed of borosilicate glass.
A device for applying a two-part adhesive or sealant to an anastomosis site prior to stapling with a circular anastomosis surgical stapling instrument, comprising: a hollow housing with a plurality of exit openings (330, 332) and a coupler adapted to mount the device to the circular anastomosis surgical stapling instrument; wherein the hollow housing is having a top surface and an opposing bottom surface with at least two separate channels (360, 362) within said housing; the exit openings comprise a plurality of nozzles (330, 332) disposed circumferentially on the top surface and on the bottom surface with the nozzles in fluid communication with the channels; the device further comprising: a manifold connector attached to the housing, the connector being in fluid communication with the channels and adapted to be connected to a dual lumen cannula supplying sealant components; wherein said coupler is adapted to mount the device to a shaft between an anvil and a stapling head of the circular anastomosis surgical stapling instrument; wherein said channels comprise a first channel and a second channel; and wherein said nozzles comprise a first set of nozzles in fluid communication with the first channel and a second set of nozzles in fluid communication with the second channel. a hollow housing with a plurality of exit openings (330, 332) and a coupler adapted to mount the device to the circular anastomosis surgical stapling instrument; wherein the hollow housing is having a top surface and an opposing bottom surface with at least two separate channels (360, 362) within said housing; the exit openings comprise a plurality of nozzles (330, 332) disposed circumferentially on the top surface and on the bottom surface with the nozzles in fluid communication with the channels; the device further comprising: a manifold connector attached to the housing, the connector being in fluid communication with the channels and adapted to be connected to a dual lumen cannula supplying sealant components; wherein said coupler is adapted to mount the device to a shaft between an anvil and a stapling head of the circular anastomosis surgical stapling instrument; wherein said channels comprise a first channel and a second channel; and wherein said nozzles comprise a first set of nozzles in fluid communication with the first channel and a second set of nozzles in fluid communication with the second channel. a manifold connector attached to the housing, the connector being in fluid communication with the channels and adapted to be connected to a dual lumen cannula supplying sealant components; wherein said coupler is adapted to mount the device to a shaft between an anvil and a stapling head of the circular anastomosis surgical stapling instrument; wherein said channels comprise a first channel and a second channel; and wherein said nozzles comprise a first set of nozzles in fluid communication with the first channel and a second set of nozzles in fluid communication with the second channel.
Use of an alpha-amylase variant of a parent alpha-amylase in a cleaning process, wherein a bleaching system is added in a concentration of at least 5 weight%, wherein said parent has an amino acid sequence which is at least 80% identical to the amino acid sequence set forth in SEQ ID NO: 3, wherein said variant comprises a substitution in one or more positions providing oxidation stability of said variant, wherein said variant comprises a substitution in position 202, wherein said position corresponds to the amino acid position of the amino acid sequence as set forth in SEQ ID NO: 3, wherein said substitution is a M202L substitution, wherein said variant has a sequence identity of at least 80%, but less than 100% to the amino acid sequence set forth in SEQ ID NO: 3, wherein said variant has an improvement factor of ≥1.0 as a measure for wash performance, when compared to said parent alpha-amylase, wherein said variant has alpha-amylase activity.
Electrical device (100, 200, 300, 400) comprising: a main housing (101, 201, 301), a door (102, 202, 302, 402, 407) arranged on the main housing (101, 201, 301), wherein the door (102, 202, 302, 402, 407) is openable and closable by a user, a vibrator (103, 403, 408) arranged on the main housing (101, 201, 301) and/or the door (102, 202, 302, 402, 407) and configured to produce a predefined vibration pattern comprising a sequence of vibrations during a movement of the door (102, 202, 302, 402, 407), a vibration detector arranged in the main housing (101, 201, 301) and configured to detect the vibrations generated by the vibrator (103, 403, 408), and a vibration evaluation device coupled to the vibration detector and configured to determine when the door (102, 202, 302, 402, 407) moves based on the detected vibrations. a main housing (101, 201, 301), a door (102, 202, 302, 402, 407) arranged on the main housing (101, 201, 301), wherein the door (102, 202, 302, 402, 407) is openable and closable by a user, a vibrator (103, 403, 408) arranged on the main housing (101, 201, 301) and/or the door (102, 202, 302, 402, 407) and configured to produce a predefined vibration pattern comprising a sequence of vibrations during a movement of the door (102, 202, 302, 402, 407), a vibration detector arranged in the main housing (101, 201, 301) and configured to detect the vibrations generated by the vibrator (103, 403, 408), and a vibration evaluation device coupled to the vibration detector and configured to determine when the door (102, 202, 302, 402, 407) moves based on the detected vibrations.
A method for wireless communication, comprising: receiving, by a user equipment, UE, a grant allocating a resource block of an uplink shared channel for an uplink transmission, wherein the grant includes a waveform indicator that indicates a type of an uplink waveform of the uplink transmission as a discrete Fourier transport spread orthogonal frequency division multiplex, DFT-S-OFDM, waveform or a cyclic prefix orthogonal frequency division multiplex, CP-OFDM, waveform; determining, by the UE and based on the waveform indicator, a mapping for the resource block that includes a demodulation reference signal and uplink control information wherein, determining the mapping for the resource block comprises time division multiplexing the demodulation reference signal and the uplink control information to different symbol periods of the resource block if the indicator indicates the DFT-S-OFDM waveform and frequency division multiplexing the demodulation reference signal and the uplink control information if the indicator indicates the CP-OFDM waveform; and transmitting the CP-OFDM waveform or the DFT-S-OFDM waveform for the uplink transmission within the resource block based at least in part in the mapping. receiving, by a user equipment, UE, a grant allocating a resource block of an uplink shared channel for an uplink transmission, wherein the grant includes a waveform indicator that indicates a type of an uplink waveform of the uplink transmission as a discrete Fourier transport spread orthogonal frequency division multiplex, DFT-S-OFDM, waveform or a cyclic prefix orthogonal frequency division multiplex, CP-OFDM, waveform; determining, by the UE and based on the waveform indicator, a mapping for the resource block that includes a demodulation reference signal and uplink control information wherein, determining the mapping for the resource block comprises time division multiplexing the demodulation reference signal and the uplink control information to different symbol periods of the resource block if the indicator indicates the DFT-S-OFDM waveform and frequency division multiplexing the demodulation reference signal and the uplink control information if the indicator indicates the CP-OFDM waveform; and transmitting the CP-OFDM waveform or the DFT-S-OFDM waveform for the uplink transmission within the resource block based at least in part in the mapping.
An acrylonitrile-based copolymer for a carbon fiber, comprising a sulfonate-based monomer unit, a carboxylic acid-based monomer unit, and an acrylonitrile-based monomer unit, wherein the acrylonitrile-based copolymer for a carbon fiber includes the sulfonate-based monomer unit at 0.55 to 1.55 mol%, the carboxylic acid-based monomer unit at 0.80 to 1.30 mol%, and the acrylonitrile-based monomer unit is included as the remainder so that the total molar amount of the acrylonitrile-based copolymer for a carbon fiber is 100 mol%.
An asymmetric reaction catalyst obtained by mixing a pentavalent niobium compound and a triol having an optically active binaphtol structure of R or S configuration, wherein the triol is represented by the following formula: wherein, R 1 represents a hydrogen atom, a halogen atom, a perfluoroalkyl group having at most 4 carbons, or an alkyl group or an alkoxy group having at most four carbons; R 2 represents a hydrogen atom or a hydrocarbon group having 1 to 10 carbons; and n is an integer from 0 to 2.
A method for operating a serving base station, BS, in a mobile communication system, the method comprising: generating a message including first information indicating a time to trigger, TTT, for at least one first cell and an alternative TTT for at least one second cell (110, 120, 130, 140, 150, 160, 170), and second information indicating at least one list of the at least one second cell, wherein the TTT indicates time during which specific criteria needs to be met in order to trigger a measurement report; transmitting, to a mobile station, the message; and receiving, from the mobile station, the measurement report for at least one of the at least one first cell or the at least one second cell, wherein the alternative TTT is used for the at least one second cell instead of the TTT, and wherein the second information further includes a physical cell identifier range indicating a range of physical cell identities in the at least one list. generating a message including first information indicating a time to trigger, TTT, for at least one first cell and an alternative TTT for at least one second cell (110, 120, 130, 140, 150, 160, 170), and second information indicating at least one list of the at least one second cell, wherein the TTT indicates time during which specific criteria needs to be met in order to trigger a measurement report; transmitting, to a mobile station, the message; and receiving, from the mobile station, the measurement report for at least one of the at least one first cell or the at least one second cell, wherein the alternative TTT is used for the at least one second cell instead of the TTT, and wherein the second information further includes a physical cell identifier range indicating a range of physical cell identities in the at least one list.
A method of retrieving data from a graph data structure storing security-relevant information in a computer memory, the method comprising, by a control unit: receiving an indication of an entry-point node of the graph data structure, the graph data structure comprising nodes representing system components of one or more monitored computing devices and edges representing system events or relationships between those components introduced by system events connecting at least some of the nodes; receiving a query, the query being in a regular-expression-based query language having Kleene closure; producing a discrete finite automaton, DFA, based on the query, wherein: the DFA comprises one or more states; the DFA comprises one or more transitions connecting at least some of the states; the one or more states comprise an initial state; and the one or more states comprise a triggering state; traversing the DFA in conjunction with the graph data structure, beginning at the initial state and the entry-point node, to reach a result node of the graph data structure, the result node associated with the triggering state; retrieving, from the computer memory, data associated with at least one of: the result node, or an edge of the edges of the graph data structure connected with the result node and via which the result node was reached during the traversing; and providing the data via a communications interface. receiving an indication of an entry-point node of the graph data structure, the graph data structure comprising nodes representing system components of one or more monitored computing devices and edges representing system events or relationships between those components introduced by system events connecting at least some of the nodes; receiving a query, the query being in a regular-expression-based query language having Kleene closure; producing a discrete finite automaton, DFA, based on the query, wherein: the DFA comprises one or more states; the DFA comprises one or more transitions connecting at least some of the states; the one or more states comprise an initial state; and the one or more states comprise a triggering state; the DFA comprises one or more states; the DFA comprises one or more transitions connecting at least some of the states; the one or more states comprise an initial state; and the one or more states comprise a triggering state; traversing the DFA in conjunction with the graph data structure, beginning at the initial state and the entry-point node, to reach a result node of the graph data structure, the result node associated with the triggering state; retrieving, from the computer memory, data associated with at least one of: the result node, or an edge of the edges of the graph data structure connected with the result node and via which the result node was reached during the traversing; and the result node, or an edge of the edges of the graph data structure connected with the result node and via which the result node was reached during the traversing; and providing the data via a communications interface.