mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for allocating frequency channels among a set of neighboring access points, the method comprises: - computing one or more activity-based distances for every possible combination of two access points within the set of neighboring access points by using a dynamic time warping algorithm, wherein each activity-based distance of the one or more activity-based distances represents a similarity between two temporal sequences of a frequency channel's usage of the two access points, wherein the two temporal sequences are from the two access points, respectively, from the set of neighboring access points, and wherein each activity-based distance is inversely proportional to the duration of a time overlap of a same frequency channel used by the two access points during the two temporal sequences; and - allocating frequency channels to all access points from the set of neighboring access points based on the one or more activity-based distances, wherein the step of allocating the frequency channels is performed by minimizing a sum of the time overlaps of the same frequency channel. - computing one or more activity-based distances for every possible combination of two access points within the set of neighboring access points by using a dynamic time warping algorithm, wherein each activity-based distance of the one or more activity-based distances represents a similarity between two temporal sequences of a frequency channel's usage of the two access points, wherein the two temporal sequences are from the two access points, respectively, from the set of neighboring access points, and wherein each activity-based distance is inversely proportional to the duration of a time overlap of a same frequency channel used by the two access points during the two temporal sequences; and wherein each activity-based distance of the one or more activity-based distances represents a similarity between two temporal sequences of a frequency channel's usage of the two access points, wherein the two temporal sequences are from the two access points, respectively, from the set of neighboring access points, and wherein each activity-based distance is inversely proportional to the duration of a time overlap of a same frequency channel used by the two access points during the two temporal sequences; and - allocating frequency channels to all access points from the set of neighboring access points based on the one or more activity-based distances, wherein the step of allocating the frequency channels is performed by minimizing a sum of the time overlaps of the same frequency channel.
Method for weighing of slaughtered animals (16, 18) or parts thereof conveyed at a distance x apart from one another along a conveying path, where said conveying path has at least one section containing a weighing element and each slaughtered animal or part thereof is conveyed along said section or along a weighing area of said section at a medium speed V 1, wherein the slaughtered animal (16, 18) or part thereof is conveyed outside the at least one section having a weighing element or outside the weighing area at a medium speed V 2 higher in comparison to the medium speed V 1.
A CD96-inhibitory agent for use in treatment or prevention of cancer in a human, by at least partly inhibiting or reducing CD96 activity in one or more cells of the human to thereby relieve immune inhibition and/or enhance or restore immune surveillance in the human, wherein the CD96-inhibitory agent is an antibody or antibody fragment that binds CD96.
A method for producing a fiber-reinforced plastic using a tape substrate A and a sheet substrate B, the tape substrate A being a tape-shaped substrate including one or more sheets of incised prepreg a, the incised prepreg a being a prepreg including unidirectionally oriented reinforcing fibers and a resin and having a plurality of incisions dividing the reinforcing fibers formed in the prepreg, and satisfying the following condition 1, the sheet substrate B being a substrate including randomly oriented reinforcing fibers and a resin, and the method for producing a fiber-reinforced plastic comprising: a placement step of placing a plurality of tape substrates A on a mold such that each of the tape substrates A forms an overlapping portion in which the tape substrate A overlaps one or more other tape substrates A and a non-overlapping portion in which the tape substrate A does not overlap any other tape substrates A; a placement step of placing a sheet substrate B; and a molding step of heating and pressing the tape substrates A and the sheet substrate B placed, (Condition 1) the average length xa (mm) of the incisions and the average length ya (mm) of the reinforcing fibers divided by the incisions satisfy ya > 6.0xa + 10. the tape substrate A being a tape-shaped substrate including one or more sheets of incised prepreg a, the incised prepreg a being a prepreg including unidirectionally oriented reinforcing fibers and a resin and having a plurality of incisions dividing the reinforcing fibers formed in the prepreg, and satisfying the following condition 1, the sheet substrate B being a substrate including randomly oriented reinforcing fibers and a resin, and the method for producing a fiber-reinforced plastic comprising: a placement step of placing a plurality of tape substrates A on a mold such that each of the tape substrates A forms an overlapping portion in which the tape substrate A overlaps one or more other tape substrates A and a non-overlapping portion in which the tape substrate A does not overlap any other tape substrates A; a placement step of placing a sheet substrate B; and a molding step of heating and pressing the tape substrates A and the sheet substrate B placed, (Condition 1) the average length xa (mm) of the incisions and the average length ya (mm) of the reinforcing fibers divided by the incisions satisfy ya > 6.0xa + 10. a placement step of placing a plurality of tape substrates A on a mold such that each of the tape substrates A forms an overlapping portion in which the tape substrate A overlaps one or more other tape substrates A and a non-overlapping portion in which the tape substrate A does not overlap any other tape substrates A; a placement step of placing a sheet substrate B; and a molding step of heating and pressing the tape substrates A and the sheet substrate B placed, (Condition 1)
Electromechanical adapter having at least one controller, wherein the adapter comprises at least one first interface for communication with at least one battery-side monitoring unit (11, 11, 11(n)) and a second interface (33, 34) for communication with a monitoring unit that is at a higher level than the battery-side monitoring unit (11, 11, 11(n)), characterized in that the adapter comprises a third interface (35, 39) for interfacing at least one sensor and/or actuator, wherein the controller converts signals between the first interface and the second interface (33, 34) by adapting a signal waveform and/or a signal level, said adaptation being carried out according to a sensor signal from the third interface (35,39).
Device for the separation of elongated structural sections, such as bars, comprising - a rotatably mounted drum with an interior and a cylindrical or polygonal drum shell on which at least one opening is provided, - and with at least one closure element which can be moved from a closed position into an open position and which closes and releases the opening, - at least one driver coupled to the drum shell or integrated into the drum shell for selecting a single bar, wherein a supporting frame arranged outside the drum is provided, which supporting frame bears an inclined roll-off track located in the drum and the drum can be rotated into an ejection position in which a bar selected by the driver can be fed to the roll-off track, characterized in that the closure element is in the open position and together with the roll-off track forms a guiding device for ejecting the bar through the opening. - a rotatably mounted drum with an interior and a cylindrical or polygonal drum shell on which at least one opening is provided, - and with at least one closure element which can be moved from a closed position into an open position and which closes and releases the opening, - at least one driver coupled to the drum shell or integrated into the drum shell for selecting a single bar,
A vehicle driver assist arrangement, the arrangement comprising processing means, road profile input means, current vehicle velocity input means, and a user interface, the processing means being arranged to communicate with the road profile input means, the current vehicle velocity input means and the user interface, the processing means further being arranged to receive road profile data representative of a road profile in front of the vehicle from the road profile input means, and to receive current vehicle velocity data representative of a current vehicle velocity of the vehicle from the current vehicle velocity input means, wherein the processing means still further are adapted to process the road profile data to detect if the road in front of the vehicle contains a curve which is hidden or at least partially hidden from an estimated line of sight of the driver, the arrangement being adapted to issue a warning, via the user interface, if a hidden or at least partially hidden curve is detected and if the current vehicle velocity exceeds a threshold velocity, characterized in that the processing means are arranged to process the road profile data to detect if a segment (20.1-20.7) of the road ahead of the vehicle contains a hidden or at least partially hidden curve, to calculate a plurality of threshold velocities each being associated with a segment (20.1-20.7) of the road ahead of the vehicle, and to calculate a predicted future vehicle velocity at a predetermined distance from a current vehicle position, or at a predetermined time from a current time, and to compare the current vehicle velocity, and/or the predicted future vehicle velocity, with the threshold velocities, and if the current vehicle velocity, and/or the predicted future vehicle velocity, exceeds one or more of the threshold velocities, determine a first point of activation based at least on the comparison and on whether one or more of the segments of the road in front of the vehicle comprises a hidden or at least partially hidden curve, and to issue the warning when the vehicle passes the first point of activation.
A composition, comprising: a core having an empirical formula Li x Mg z Ni 1-y Co y Q v O 2 wherein: x is greater than 0.1 and equal to or less than 1.3, y is greater than 0.0 and equal to or less than 0.4, z is greater than 0.0 and equal to or less than 0.2, v is greater than or equal to 0.0 and equal to or less than 0.4, and Q is at least one member of the group consisting of manganese, boron, aluminium and gallium; and a coating on the core having a greater ratio of cobalt to nickel than the core. a core having an empirical formula Li x Mg z Ni 1-y Co y Q v O 2 wherein: x is greater than 0.1 and equal to or less than 1.3, y is greater than 0.0 and equal to or less than 0.4, z is greater than 0.0 and equal to or less than 0.2, v is greater than or equal to 0.0 and equal to or less than 0.4, and Q is at least one member of the group consisting of manganese, boron, aluminium and gallium; and x is greater than 0.1 and equal to or less than 1.3, y is greater than 0.0 and equal to or less than 0.4, z is greater than 0.0 and equal to or less than 0.2, v is greater than or equal to 0.0 and equal to or less than 0.4, and Q is at least one member of the group consisting of manganese, boron, aluminium and gallium; and a coating on the core having a greater ratio of cobalt to nickel than the core.
A method of analog beamforming in a wireless communication system having a plurality of transmit antennas and receive antennas, comprising the steps of determining transmit beamforming coefficients and receive beamforming coefficients by - determining information representative of communication channels formed between a transmit antenna and a receive antenna of said plurality of antennas, - defining a set of coefficients representing jointly said transmit and said receive beamforming coefficients, - determining a beamforming cost function using said information and said set of coefficients, - computing an optimized set of coefficients by exploiting said beamforming cost function, - separating said optimized set of coefficients into optimized transmit beamforming coefficients and optimized receive beamforming coefficients. - determining information representative of communication channels formed between a transmit antenna and a receive antenna of said plurality of antennas, - defining a set of coefficients representing jointly said transmit and said receive beamforming coefficients, - determining a beamforming cost function using said information and said set of coefficients, - computing an optimized set of coefficients by exploiting said beamforming cost function, - separating said optimized set of coefficients into optimized transmit beamforming coefficients and optimized receive beamforming coefficients.
A neural network control system comprising: a trace generator coupled to a Sanger Sequencer and generating a trace for a biological sample; a segmenter to divide the trace into scan windows; an aligner to shift the scan windows; logic to determine associated annotated basecalls for each of the scan windows to generate target annotated basecalls for use in training; a bi-directional recurrent neural network, BRNN, comprising: at least one long short term memory, LSTM, or general recurrent unit, GRU, layer; an output layer configured to output scan label probabilities for all scans in a scan window; a Connectionist Temporal Classification loss function to calculate the loss between the output scan label probabilities and the target annotated basecalls; and a gradient descent optimizer configured as a closed loop feedback control to the BRNN to update weights of the BRNN to minimize the loss against a minibatch of training samples randomly selected from the target annotated basecalls at each training step. a trace generator coupled to a Sanger Sequencer and generating a trace for a biological sample; a segmenter to divide the trace into scan windows; an aligner to shift the scan windows; logic to determine associated annotated basecalls for each of the scan windows to generate target annotated basecalls for use in training; a bi-directional recurrent neural network, BRNN, comprising: at least one long short term memory, LSTM, or general recurrent unit, GRU, layer; an output layer configured to output scan label probabilities for all scans in a scan window; a Connectionist Temporal Classification loss function to calculate the loss between the output scan label probabilities and the target annotated basecalls; and a gradient descent optimizer configured as a closed loop feedback control to the BRNN to update weights of the BRNN to minimize the loss against a minibatch of training samples randomly selected from the target annotated basecalls at each training step. at least one long short term memory, LSTM, or general recurrent unit, GRU, layer; an output layer configured to output scan label probabilities for all scans in a scan window; a Connectionist Temporal Classification loss function to calculate the loss between the output scan label probabilities and the target annotated basecalls; and a gradient descent optimizer configured as a closed loop feedback control to the BRNN to update weights of the BRNN to minimize the loss against a minibatch of training samples randomly selected from the target annotated basecalls at each training step.
A method for configuring a controlling device (400, 600) to control functional operations of a TV set adapted to render 3D media, comprising: receiving a 3D sync signal transmitted by the TV set to synchronize a wearable 3D viewing apparatus with the TV set, wherein the 3D sync signal comprises data representative of the TV set; using the data representative of the TV set comprised in the received 3D sync signal to select from a library of command codes a command code set for controlling functional operations of the TV set; and assigning the command codes within the command code set selected from the library of command codes to respective keys of the controlling device (400, 600) whereupon a subsequent activation of one or more of the respective keys (404, 406, 408) of the controlling device (400, 600) will cause the controlling device to issue a command transmission via use of the assigned command codes within the command code set selected from the library of command codes to thereby control one or more functional operations of the TV set. receiving a 3D sync signal transmitted by the TV set to synchronize a wearable 3D viewing apparatus with the TV set, wherein the 3D sync signal comprises data representative of the TV set; using the data representative of the TV set comprised in the received 3D sync signal to select from a library of command codes a command code set for controlling functional operations of the TV set; and assigning the command codes within the command code set selected from the library of command codes to respective keys of the controlling device (400, 600) whereupon a subsequent activation of one or more of the respective keys (404, 406, 408) of the controlling device (400, 600) will cause the controlling device to issue a command transmission via use of the assigned command codes within the command code set selected from the library of command codes to thereby control one or more functional operations of the TV set.
Method for monitoring multiple electrical energy lines in a cable harness such that the cable harness is set up to conduct electrical energy generated by a generator in a wind turbine, characterized in that the lines in the cable harness are connected in parallel; involving the following steps: - Measuring the temperature of at least two of the electrical lines, - Comparing the temperatures of said lines, and - Determining whether the two temperatures deviate from one another by more than a predetermined limit. - Measuring the temperature of at least two of the electrical lines, - Comparing the temperatures of said lines, and - Determining whether the two temperatures deviate from one another by more than a predetermined limit.
Gear reducer for a cockpit control device of an aircraft, the gear reducer comprising: - a frame, - a fork, movable in rotation relative to the frame around a fork axis, the fork comprising two arms (7, 8) extending radially from the fork axis, connected together at the fork axis, - two rollers (13, 15), the rollers being respectively mounted at an end (12, 14) of the arms, each roller being movable in rotation relative to the corresponding arm around a roller axis (X13, X15) parallel to the fork axis, and - a cam, movable in rotation relative to the frame around a cam axis parallel to the fork axis, the rollers being in rolling contact respectively with opposed sides (21A, 21B) of the cam, one among the fork and the cam being an input of the gear reducer, the other being an output of the gear reducer, characterized in that the arms (7, 8) are elastically deformed by the cam so that the arms apply convergent forces on the cam through the rollers (13, 15) for squeezing the cam between the two rollers. - a frame, - a fork, movable in rotation relative to the frame around a fork axis, the fork comprising two arms (7, 8) extending radially from the fork axis, connected together at the fork axis, - two rollers (13, 15), the rollers being respectively mounted at an end (12, 14) of the arms, each roller being movable in rotation relative to the corresponding arm around a roller axis (X13, X15) parallel to the fork axis, and - a cam, movable in rotation relative to the frame around a cam axis parallel to the fork axis, the rollers being in rolling contact respectively with opposed sides (21A, 21B) of the cam, one among the fork and the cam being an input of the gear reducer, the other being an output of the gear reducer,
Capsule for the preparation of a beverage comprising a container and a beverage ingredient contained therein, wherein the container comprises a code adapted for being identified or read by external reading means, wherein the code is arranged on the container to be read while the capsule is rotated around an axis of rotation traversing the capsule, the capsule having a circumference, wherein the code is arranged along at least an eighth of the circumference, the container comprising a cup-shaped body having a flange-like rim and a lid connected to the body, characterised in that the code is present on a bottom of the rim, the bottom of the rim is opposed to the lid.
A method for determining the state of a battery comprising at least two battery strings, wherein said battery strings are connected to a load and to a power supply unit, the method comprising: - disconnecting at least one first battery string from said load; - reducing an output voltage of said power supply unit to said load below a first threshold value; - discharging at least one second battery string to said load; - monitoring the discharging of the at least one second battery string; - determining a capacity of said at least one second battery string based on at least in part the monitoring of discharging; - reconnecting said at least one first battery string to said load, wherein the method is characterized in that it also comprises the following steps of; - detecting whether the power from a utility line to the power supply unit is interrupted; and - reconnecting said at least one first battery string to said load if the power from said utility line to said power supply unit is interrupted. - disconnecting at least one first battery string from said load; - reducing an output voltage of said power supply unit to said load below a first threshold value; - discharging at least one second battery string to said load; - monitoring the discharging of the at least one second battery string; - determining a capacity of said at least one second battery string based on at least in part the monitoring of discharging; - reconnecting said at least one first battery string to said load, wherein the method is characterized in that it also comprises the following steps of; - detecting whether the power from a utility line to the power supply unit is interrupted; and - reconnecting said at least one first battery string to said load if the power from said utility line to said power supply unit is interrupted.
A training cartridge for a drug delivery device comprising: - a body (12; 42) of substantially cylindrical shape, - a piston slidably disposed in the body (12; 42) in an axial direction, - a closure means (14; 44) disposed at an axial end portion of the body (12; 42), wherein - the body (12; 42), the piston and the closure means (14; 44) confine an interior volume, characterized in that the interior volume is coupled to the exterior via at least one fluid escape channel (28; 49) designed as a groove in a contact surface of an interface section of the body (12; 42) and the closure means (14; 44) and wherein the fluid escape channel forms a permanent passage for a liquid or gas contained in the interior volume. - a body (12; 42) of substantially cylindrical shape, - a piston slidably disposed in the body (12; 42) in an axial direction, - a closure means (14; 44) disposed at an axial end portion of the body (12; 42), wherein - the body (12; 42), the piston and the closure means (14; 44) confine an interior volume, characterized in that the interior volume is coupled to the exterior via at least one fluid escape channel (28; 49) designed as a groove in a contact surface of an interface section of the body (12; 42) and the closure means (14; 44) and wherein the fluid escape channel forms a permanent passage for a liquid or gas contained in the interior volume.