mhurhangee/ep-ind-claims huggingface dataset:
A method in a first node (610, 615) comprising: determining a time resource over which the first node transmits a signal to a second node (610, 615); signaling, to at least one of the second node or a third node (610, 615), information about one or more transient time parameters associated with the time resource, wherein the one or more transient time parameters are used by the first node for transmitting the signal to the second node during the time resource wherein the one or more transient time parameters comprise at least two transient time parameters associated with the time resource,, and wherein the one or more transient time parameters define at least a time period between any two points in time over which the first node changes its transmit power; receiving, from at least one of the second node and the third node, a configuration requesting the first node to apply one of the at least two transient time parameters for transmitting the signal to the second node; and adapting a transmitter configuration of the first node for transmitting the signal to the second node based on one of the one or more transient time parameters. determining a time resource over which the first node transmits a signal to a second node (610, 615); signaling, to at least one of the second node or a third node (610, 615), information about one or more transient time parameters associated with the time resource, wherein the one or more transient time parameters are used by the first node for transmitting the signal to the second node during the time resource wherein the one or more transient time parameters comprise at least two transient time parameters associated with the time resource,, and wherein the one or more transient time parameters define at least a time period between any two points in time over which the first node changes its transmit power; receiving, from at least one of the second node and the third node, a configuration requesting the first node to apply one of the at least two transient time parameters for transmitting the signal to the second node; and adapting a transmitter configuration of the first node for transmitting the signal to the second node based on one of the one or more transient time parameters.
An LED module comprising: a module substrate; a first LED device having a side face formed as an optically transmissive face; and a second LED device having a side face formed as a light blocking face, wherein said first LED device and said second LED device are arranged one adjacent to the other on said module substrate in such a manner that the optically transmissive face of said first LED device and the light blocking face of said second LED device oppose each other. a module substrate; a first LED device having a side face formed as an optically transmissive face; and a second LED device having a side face formed as a light blocking face, wherein said first LED device and said second LED device are arranged one adjacent to the other on said module substrate in such a manner that the optically transmissive face of said first LED device and the light blocking face of said second LED device oppose each other.
Machine tool having an electric drive motor, in particular handheld machine tool, having an electronics unit for controlling the drive motor and having a switch for switching on/switching off the drive motor, with the electronics unit being electrically connected to the switch by means of cables and the switch being electrically connected to the drive motor by means of cables, wherein an additional contact module which is connected to the electronics unit is provided, wherein the drive motor is electrically connected only to the contact module, and the switch is connected to the contact module and the contact module accommodates additional electronic components.
RFID system comprising a reading station and at least one RFID transponder, wherein the reading station consists of a corridor bounded by a floor area, at least two longitudinal side walls and optionally a ceiling area and of at least one reader, which is arranged in or on the corridor and which generates an electromagnetic reading field inside the corridor, characterized in that the longitudinal side walls (26, 27) have electromagnetic field reflectors, as a result of which scattering of the electromagnetic reading field occurs by means of multiple reflections such that there is an adequate field strength everywhere within the corridor for operating the RFID transponders and for reading their data, and in that the course (50; 52) of the longitudinal side walls (26, 27) along the corridor bends at least once at a non-0o angle along an axis of the corridor.
An instrument for containing a graft configured for delivery to a surgical site comprising: a hopper with a longitudinal axis, the hopper being configured to receive graft material through a first opening in the hopper; a cover movably coupled to the hopper such that there is an unobstructed pathway to an interior of the instrument when the cover is in a first position, and the first opening is substantially blocked to substantially block the pathway to the interior of the instrument when the cover is in a second position; and a transfer port coupled to the hopper at a second opening in the hopper, wherein the second opening provides a passageway for graft material from the hopper, wherein the first opening in the hopper extends along a longitudinal side of the hopper through which the hopper may be side-loaded; and characterized in that the cover includes a bin that is positioned over the first opening in the hopper when the cover is in the first position. a hopper with a longitudinal axis, the hopper being configured to receive graft material through a first opening in the hopper; a cover movably coupled to the hopper such that there is an unobstructed pathway to an interior of the instrument when the cover is in a first position, and the first opening is substantially blocked to substantially block the pathway to the interior of the instrument when the cover is in a second position; and a transfer port coupled to the hopper at a second opening in the hopper, wherein the second opening provides a passageway for graft material from the hopper, wherein the first opening in the hopper extends along a longitudinal side of the hopper through which the hopper may be side-loaded; and characterized in that the cover includes a bin that is positioned over the first opening in the hopper when the cover is in the first position.
A method for providing a common bit loading table for multiple customer premises equipment, CPEs, in a network using discontinuous operation for transmitting data in a vector crosstalk cancellation environment, the method being characterized by the steps of: determining in advance a set of bit loading tables for combinations of lines being in a transmit and quiet mode; and selecting a minimum gain from the plurality of bit loading tables and constructing the common bit loading table from the minimum gain. determining in advance a set of bit loading tables for combinations of lines being in a transmit and quiet mode; and selecting a minimum gain from the plurality of bit loading tables and constructing the common bit loading table from the minimum gain.
Method for limiting a temperature of liquid coolant (T°liq) in a cooling system of a heat engine of a motor vehicle in order to prevent the temperature of the liquid leaving the engine from temporarily exceeding a temperature of boiling of the coolant, the limitation being effected by a limitation of the engine torque (Clim fin) as a function of a predetermined maximum temperature of the coolant (maxT°liq) coolant at the outlet of the engine, an instantaneous temperature of the liquid (T°liq) coolant at the engine output and a vehicle speed (Vveh), being taken into account in the engine torque limitation (Clim fin) at least one parameter selected between an instantaneous power (Pmot) of the motor, an instantaneous torque of the motor or an instantaneous heat flux in the motor, characterized in that, on the one hand, said at least one selected parameter (Pmot) is multiplied after filtering by a correction coefficient (Coef cor) calculated, from the predetermined maximum temperature of the coolant (maxT°liq), the instantaneous temperature of the coolant (T°liq) and the speed of the vehicle (Vveh) and, on the other hand, it is calculated a maximum value of said at least oneselected parameter (Pmot) as a function of the instantaneous temperature of the coolant (T°liq) after asymmetric filtering, a minimum value (min) between said at least one selected parameter corrected and the maximum value of said at least one parameter selected (Pmot) being taken for the calculation of a limit torque (Clim).
A method of searching for a floating Internet Protocol address, the method comprising: receiving, by a representative node of a head network ring, a first message from an external node, the first message comprising an Identification of a target node; determining whether the ID of the target node is registered in the head network ring, based on a ring information table; and transferring the first message to a representative node of a child ring having an address range of the target node among child rings (R120, R130, R140, R150), when the ID of the target node is not registered in the head network ring. receiving, by a representative node of a head network ring, a first message from an external node, the first message comprising an Identification of a target node; determining whether the ID of the target node is registered in the head network ring, based on a ring information table; and transferring the first message to a representative node of a child ring having an address range of the target node among child rings (R120, R130, R140, R150), when the ID of the target node is not registered in the head network ring.
Process for producing 1-(4-isobutylphenyl)ethanol comprising the step S3) reacting 1-(4-isobutylphenyl)ethanone with hydrogen in the presence of a catalyst composition comprising copper and one or more metals other than copper, wherein the catalyst composition comprises the copper in a total amount in the range of from 60 mass-% to 95 mass-%, relative to the total mass of metals present in the catalyst composition and wherein the catalyst composition comprises in addition to the copper c3) one or more metals selected from the group consisting of manganese and zinc, wherein the or at least one metal is manganese. wherein the catalyst composition comprises the copper in a total amount in the range of from 60 mass-% to 95 mass-%, relative to the total mass of metals present in the catalyst composition and wherein the catalyst composition comprises in addition to the copper c3) one or more metals selected from the group consisting of manganese and zinc, wherein the or at least one metal is manganese.
A method of making a three-dimensional structure in semiconductor material, comprising the steps of: providing a substrate having at least a surface comprising semiconductor material; exposing optionally selected areas of the surface of the substrate to a focussed ion beam whereby the ions are implanted in the semiconductor material in said selected areas; depositing a layer of a material selected from the group consisting of mono-crystalline, poly-crystalline or amorphous semiconductor material, on the substrate surface; repeating the steps of exposing to a focussed ion beam and depositing material until a desired structure is defined by the exposed areas; selective etching of material in the structure defined by the focussed ion beam so as to provide a three-dimensional structure. providing a substrate having at least a surface comprising semiconductor material; exposing optionally selected areas of the surface of the substrate to a focussed ion beam whereby the ions are implanted in the semiconductor material in said selected areas; depositing a layer of a material selected from the group consisting of mono-crystalline, poly-crystalline or amorphous semiconductor material, on the substrate surface; repeating the steps of exposing to a focussed ion beam and depositing material until a desired structure is defined by the exposed areas; selective etching of material in the structure defined by the focussed ion beam so as to provide a three-dimensional structure.
A reclaiming processing method for a delaminated wafer, by which the delaminated wafer is subjected to reclaiming polishing and it is again available as a bond wafer or a base wafer, the delaminated wafer being obtained as a by-product at the time of producing a bonded wafer having a thin film on the base wafer by forming an ion implanted layer by ion-implanting at least one type of gas ions selected from hydrogen ions and rare gas ions into a surface of a bond wafer, bonding an ion implanted surface of the bond wafer to a surface of the base wafer directly or through an oxide film, then delaminating the bond wafer at the ion implanted layer, wherein a delaminated surface of the delaminated wafer and a step portion generated on an unbonded portion at an outer periphery of the delaminated wafer are subjected to polishing using a double-side polisher in a state that no oxide film is formed on a delaminated surface of the delaminated wafer and an oxide film is formed on a back side which is the opposite side of the delaminated surface.
A computer implemented method for separating and recognizing multiple audio sources, comprising: receiving audio input from a plurality of microphones (206, 800, 904), wherein the audio input comprises mixed audio from C audio sources; creating a plurality B of beamformed signals from the received audio input using a beamformer coupled to the plurality of microphones, each beamformed signal corresponds to a different directional beam; and creating a plurality of spectrally filtered outputs from the plurality B of beamformed signals using a plurality of separators (908, 910, 912, 1002), each separator coupled to each output of the beamformer, each separator comprising a trained neural network and producing E spectrally filtered outputs from a single beamformed signal such that the number of signals produced by the separators are E × B signals; passing the E × B signals produced by the separators through a post selection process to select C outputs (916, 918, 920, 922) that each correspond to each of the audio sources. receiving audio input from a plurality of microphones (206, 800, 904), wherein the audio input comprises mixed audio from C audio sources; creating a plurality B of beamformed signals from the received audio input using a beamformer coupled to the plurality of microphones, each beamformed signal corresponds to a different directional beam; and creating a plurality of spectrally filtered outputs from the plurality B of beamformed signals using a plurality of separators (908, 910, 912, 1002), each separator coupled to each output of the beamformer, each separator comprising a trained neural network and producing E spectrally filtered outputs from a single beamformed signal such that the number of signals produced by the separators are E × B signals; passing the E × B signals produced by the separators through a post selection process to select C outputs (916, 918, 920, 922) that each correspond to each of the audio sources.
Cleaning machine for cleaning needle holder plates for knitting machines, characterized by the fact that it comprises: - at least a base frame; - at least a washing tank, assembled on said base frame; - at least a supporting device which can be placed above said washing tank and suitable for supporting, in a preset washing position, at least a needle holder plate for knitting machines, said needle holder plate comprising: - at least a plate-shaped body having a first main face and a second main face opposite one another and a work side substantially rectilinear and a plurality of grooves obtained on said first main face and orthogonal to said work side; and - a plurality of needles for knitwear, housed sliding in said grooves and having at least a work extremity which protrudes overhanging from said work side; and - dispensing means associated with said base frame and suitable for dispensing a washing fluid under pressure towards said needle holder plate placed in said preset washing position. - at least a base frame; - at least a washing tank, assembled on said base frame; - at least a supporting device which can be placed above said washing tank and suitable for supporting, in a preset washing position, at least a needle holder plate for knitting machines, said needle holder plate comprising: - at least a plate-shaped body having a first main face and a second main face opposite one another and a work side substantially rectilinear and a plurality of grooves obtained on said first main face and orthogonal to said work side; and - a plurality of needles for knitwear, housed sliding in said grooves and having at least a work extremity which protrudes overhanging from said work side; and - at least a plate-shaped body having a first main face and a second main face opposite one another and a work side substantially rectilinear and a plurality of grooves obtained on said first main face and orthogonal to said work side; and - a plurality of needles for knitwear, housed sliding in said grooves and having at least a work extremity which protrudes overhanging from said work side; and - dispensing means associated with said base frame and suitable for dispensing a washing fluid under pressure towards said needle holder plate placed in said preset washing position.
A method for predicting failure in a power system in real-time, the method comprising: obtaining, by a processing unit, state estimation data corresponding to electrical quantities of the power system received from one or more sources in real-time; extracting a feature vector from the received state estimation data based on contingency analysis information using a trained machine learning model, wherein the feature vector corresponds to one or more parameters pertaining to the power system in real-time; determining a security index for the received state estimation data based on the extracted feature vector using the trained machine learning model; and predicting a failure of the power system based on the determined security index. obtaining, by a processing unit, state estimation data corresponding to electrical quantities of the power system received from one or more sources in real-time; extracting a feature vector from the received state estimation data based on contingency analysis information using a trained machine learning model, wherein the feature vector corresponds to one or more parameters pertaining to the power system in real-time; determining a security index for the received state estimation data based on the extracted feature vector using the trained machine learning model; and predicting a failure of the power system based on the determined security index.
Coupling device for attaching and locking a drawer to a pull-out guide, wherein the drawer has at least one base, a frame on each of its sides and a front panel, and wherein the pull-out guide has at least one body rail and at least one running rail, wherein the pull-out guide with the body rail is fastened to a furniture body and a free end of the running rail is surrounded by a hook element of the coupling device, wherein the hook element is formed on a slider of the coupling device and wherein a latching lug of a latching element, which is movably mounted on the slider, engages in a latching window of the running rail as a result of the drawer being pushed onto the pull-out guide, so that the running rail is locked to the drawer by interaction of the hook element and the latching element, and wherein further the slider is displaceable relative to a base element of the coupling device, wherein the base element is fixed to the frame and the slider and the base element have complementary fixing means such that the base element and the slider can be fixed in different positions relative to each other, characterized in that the locking means are designed as complementary latching means (109, 110 or 113, 114) in such a way that the base element and the slider can be locked in different positions relative to one another and wherein the latching means (109, 110 or 113, 114) comprise a latching toothing and a locking spring assembly with a tongue, wherein the tongue and the latching toothing can reversibly engage with each other.
Natalizumab for use in the treatment of a condition in a subject in need of immunosuppressive medicament therapy, wherein the subject has a decreased risk of progressive multifocal leukoencephalopathy due to an infection of the brain by John Cunningham virus, wherein the subject's decreased risk is due to the absence of a genomic variation selected from the group consisting of: chr19:7712287, G>C; chr16:81942175, A>G; chr2:163136505, C>G; chr1:92946625, G>C; chr9:446401, A>G; chr8:61732632, A>G; chr16:81939089, T>C; chr20:62309621, T>C; chr22:36661354, C>T; chr6:52101833, C>T; chr19:7705818, C>T; chr16:81902826, C>T; chr16:81946278, A>G; chr2:98351032, C>G; chr2:98351066, C>T; chr2:98351081, C>T and chr4:103522150, G>A, and wherein chromosome position of the genomic variation is defined with respect to UCSC hg19. wherein the subject has a decreased risk of progressive multifocal leukoencephalopathy due to an infection of the brain by John Cunningham virus, wherein the subject's decreased risk is due to the absence of a genomic variation selected from the group consisting of: chr19:7712287, G>C; chr16:81942175, A>G; chr2:163136505, C>G; chr1:92946625, G>C; chr9:446401, A>G; chr8:61732632, A>G; chr16:81939089, T>C; chr20:62309621, T>C; chr22:36661354, C>T; chr6:52101833, C>T; chr19:7705818, C>T; chr16:81902826, C>T; chr16:81946278, A>G; chr2:98351032, C>G; chr2:98351066, C>T; chr2:98351081, C>T and chr4:103522150, G>A, and wherein chromosome position of the genomic variation is defined with respect to UCSC hg19.