mhurhangee/ep-ind-claims huggingface dataset:
A method by a network component for adaptive user equipment, UE, cooperation mode selection in wireless networks, the method comprising: obtaining interference-plus-noise ratio of signals, SINR, for a link between a base station of a wireless network and each of a plurality of cooperating UEs, CUEs, for a target UE, TUE, intended to receive signals from the wireless network; selecting a UE cooperation mode from a plurality of supported UE cooperation modes according to the obtained SINR for each of the CUEs, wherein the plurality of supported UE cooperation modes include a Decode-and-Forward, D&F, mode and a soft UE combining mode, and wherein the soft UE combining mode allows combining, at the TUE, signals forwarded from multiple CUEs, and wherein selecting the UE cooperation mode comprises selecting the D&F mode if the SINR of at least one of the CUEs is greater than or equal to a predefined threshold or selecting the soft UE combining mode if the SINR of all the CUEs is less than the predefined threshold, wherein the predefined threshold is set to a SINR level that allows the CUEs to decode with acceptable high probability; and instructing one of the plurality of CUEs to cooperate in forwarding the signals to the TUE using the selected UE cooperation mode. obtaining interference-plus-noise ratio of signals, SINR, for a link between a base station of a wireless network and each of a plurality of cooperating UEs, CUEs, for a target UE, TUE, intended to receive signals from the wireless network; selecting a UE cooperation mode from a plurality of supported UE cooperation modes according to the obtained SINR for each of the CUEs, wherein the plurality of supported UE cooperation modes include a Decode-and-Forward, D&F, mode and a soft UE combining mode, and wherein the soft UE combining mode allows combining, at the TUE, signals forwarded from multiple CUEs, and wherein selecting the UE cooperation mode comprises selecting the D&F mode if the SINR of at least one of the CUEs is greater than or equal to a predefined threshold or selecting the soft UE combining mode if the SINR of all the CUEs is less than the predefined threshold, wherein the predefined threshold is set to a SINR level that allows the CUEs to decode with acceptable high probability; and instructing one of the plurality of CUEs to cooperate in forwarding the signals to the TUE using the selected UE cooperation mode.
A turbine blade comprising: a platform; a blade body including a cooling flow channel (25-31,41-46) including a meandering serpentine cooling flow channel; a fillet portion defined as a region surrounded by the blade body, the platform, and a curved surface which is formed in a joint surface between the blade body and the platform; and a base portion including a cooling flow channel communicated with the cooling flow channel (25-31,41-46) of the blade body, wherein the cooling flow channel (25-31,33-35,41-46) includes a bypass flow channel (41;42;43;44;45;46) that is branched off from a high-pressure part of the cooling flow channel (25-31,33-35,41-46), is provided inside of the fillet portion so as to run along the fillet portion, and is connected to a low-pressure part of the cooling flow channel (25-31,33-35,41-46). a platform; a blade body including a cooling flow channel (25-31,41-46) including a meandering serpentine cooling flow channel; a fillet portion defined as a region surrounded by the blade body, the platform, and a curved surface which is formed in a joint surface between the blade body and the platform; and a base portion including a cooling flow channel communicated with the cooling flow channel (25-31,41-46) of the blade body, wherein the cooling flow channel (25-31,33-35,41-46) includes a bypass flow channel (41;42;43;44;45;46) that is branched off from a high-pressure part of the cooling flow channel (25-31,33-35,41-46), is provided inside of the fillet portion so as to run along the fillet portion, and is connected to a low-pressure part of the cooling flow channel (25-31,33-35,41-46).
A method for producing a capacitor comprising, as one electrode, an electric conductor having formed on the surface thereof a dielectric layer and, as the other part electrode, a semiconductor layer formed on the dielectric layer of the electric conductor by energization using the electric conductor as the anode, wherein island-like or feather-like fine protrusions are formed on the dielectric layer before energization and the island-like fine protrusions have a width and height from 0.1 to 120 nm and the feather-like fine protrusions have a width from 0.1 to 120 nm and a height (length) from 0.1 to 600 nm.
A method of encoding one or more current blocks of video data to generate one or more encoded video pictures, the method comprising: obtaining video data at an encoder; determining whether intra-block copy prediction is enabled for performing intra-picture prediction on at least one block of the video data, wherein intra-block copy prediction predicts a current block based on another block in the same coding unit, slice or picture identified by a block vector; determining whether both motion vectors of a bi-prediction block of the video data in the same coding unit, slice or picture as the one or more current blocks are in non-integer accuracy; disabling inter-picture bi-prediction for encoding the one or more current blocks of the video data, wherein the inter-prediction bi-prediction is disabled in response to determining the intra-block copy prediction is enabled and determining both motion vectors of the bi-prediction block are in non-integer accuracy; and generating the one or more encoded video pictures using a prediction mode. obtaining video data at an encoder; determining whether intra-block copy prediction is enabled for performing intra-picture prediction on at least one block of the video data, wherein intra-block copy prediction predicts a current block based on another block in the same coding unit, slice or picture identified by a block vector; determining whether both motion vectors of a bi-prediction block of the video data in the same coding unit, slice or picture as the one or more current blocks are in non-integer accuracy; disabling inter-picture bi-prediction for encoding the one or more current blocks of the video data, wherein the inter-prediction bi-prediction is disabled in response to determining the intra-block copy prediction is enabled and determining both motion vectors of the bi-prediction block are in non-integer accuracy; and generating the one or more encoded video pictures using a prediction mode.
A protective film placed on an upper part of a metal film for protecting the metal film being placed on a glass substrate, the protective film comprising: a silica film; wherein the silica film has an extinction coefficient "k" less than or equal to 1 × 10 -4 and a refractive index "n" greater than or equal to 1.466 at a wavelength of 632 nm, and a carbon content less than or equal to 3 atomic %. a silica film; wherein the silica film has an extinction coefficient "k" less than or equal to 1 × 10 -4 and a refractive index "n" greater than or equal to 1.466 at a wavelength of 632 nm, and a carbon content less than or equal to 3 atomic %.
A composite operation type electric component comprising: a housing having a storage portion; a rotation operation member which protrudes upward from the housing and has a rotatable first cylindrical portion; a pressing operation member which is movably inserted into a through hole formed in the first cylindrical portion of the rotation operation member in an axis direction; rotation detection means for detecting rotation operation of the rotation operation member; and a push switch which is operated in response to movement in the axis direction of the pressing operation member, wherein the housing includes a lower case and an upper case which is superimposed to cover the lower case, wherein the upper case has a partition wall that is provided in the housing to partition the storage portion into a first storage portion and a second storage portion below the first storage portion, and wherein the rotation detection means is arranged in the first storage portion, and the push switch which is operated by a tip portion of the pressing operation member is arranged in the second storage portion, and characterised in that a second cylindrical portion having a hole portion passed therethrough in the axis direction is provided in a central portion of the partition wall to protrude toward the first storage portion, the through hole of the rotation operation member is rotatably inserted onto an outer circumferential portion of the second cylindrical portion, and the tip portion of the pressing operation member is movably inserted into the hole portion in the axis direction. a housing having a storage portion; a rotation operation member which protrudes upward from the housing and has a rotatable first cylindrical portion; a pressing operation member which is movably inserted into a through hole formed in the first cylindrical portion of the rotation operation member in an axis direction; rotation detection means for detecting rotation operation of the rotation operation member; and a push switch which is operated in response to movement in the axis direction of the pressing operation member, wherein the housing includes a lower case and an upper case which is superimposed to cover the lower case, wherein the upper case has a partition wall that is provided in the housing to partition the storage portion into a first storage portion and a second storage portion below the first storage portion, and wherein the rotation detection means is arranged in the first storage portion, and the push switch which is operated by a tip portion of the pressing operation member is arranged in the second storage portion, and characterised in that a second cylindrical portion having a hole portion passed therethrough in the axis direction is provided in a central portion of the partition wall to protrude toward the first storage portion, the through hole of the rotation operation member is rotatably inserted onto an outer circumferential portion of the second cylindrical portion, and the tip portion of the pressing operation member is movably inserted into the hole portion in the axis direction.
A method for tracking a target, the method comprising: receiving raw data from a millimeter-wave radar, the raw data comprising a plurality of macro-Doppler frames, each macro frame having N chirps, N being a positive integer greater than 1, wherein each macro frame stretches over a time interval having a first duration; generating micro-Doppler frames from the plurality of macro-Doppler frames, each micro frame comprising L chirps from M macro-Doppler frames, M being a positive integer greater than 1, L being a positive integer greater than 1, wherein each micro frame stretches over a time interval having a second duration that is longer than the first duration; detecting one or more moving targets based on the macro-Doppler frames; detecting one or more static targets based on the micro-Doppler frames; and tracking the target as the target transitions from being detected based on the macro-Doppler frames to being detected based on the micro-Doppler frames. receiving raw data from a millimeter-wave radar, the raw data comprising a plurality of macro-Doppler frames, each macro frame having N chirps, N being a positive integer greater than 1, wherein each macro frame stretches over a time interval having a first duration; generating micro-Doppler frames from the plurality of macro-Doppler frames, each micro frame comprising L chirps from M macro-Doppler frames, M being a positive integer greater than 1, L being a positive integer greater than 1, wherein each micro frame stretches over a time interval having a second duration that is longer than the first duration; detecting one or more moving targets based on the macro-Doppler frames; detecting one or more static targets based on the micro-Doppler frames; and tracking the target as the target transitions from being detected based on the macro-Doppler frames to being detected based on the micro-Doppler frames.
Process for the manufacture of lacquered deformable metal sheets, wherein a metal sheet is coated with a multilayer coating layer, wherein the coating layer comprises at least two exterior clear coat layers arranged one on top of the other, wherein the exterior clear coat in the cross-linked state possesses a higher softening point than the intermediate clear coat lying there under and the two finishing a clear coats as regards their ratio of solidity and elasticity are so configured, that for sheets with high demands as concerns bending ability a ratio of the tan δ max values of finishing clear coat versus intermediate clear coat of ≤ 0.8 is maintained and for sheets with high demands as concerns drawing ability a ratio of the tan δ max values of finishing clear coat versus intermediate clear coat of ≥ 0.6 is maintained.
An extruded film comprising a composition comprising a blend of a fluoropolymer and an ultraviolet light-absorbing oligomer, wherein the ultraviolet light-absorbing oligomer comprises: a first divalent unit comprising a pendent ultraviolet absorbing group; and a second divalent unit represented by formula: wherein R 1 is hydrogen or methyl; and R 2 is alkyl having from 1 to 4 carbon atoms, and wherein at least one of the following limitations is met: the ultraviolet light-absorbing oligomer further comprises a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group; or the composition further comprises a second oligomer comprising a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group and at least one of the second divalent units and not the first divalent unit, wherein the nitrogen of the pendent 2,2,6,6-tetramethylpiperidinyl group is substituted by hydrogen, alkyl, oxy, alkoxy, or alkanone. a first divalent unit comprising a pendent ultraviolet absorbing group; and a second divalent unit represented by formula: wherein R 1 is hydrogen or methyl; and R 2 is alkyl having from 1 to 4 carbon atoms, and wherein at least one of the following limitations is met: the ultraviolet light-absorbing oligomer further comprises a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group; or the composition further comprises a second oligomer comprising a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group and at least one of the second divalent units and not the first divalent unit, wherein the nitrogen of the pendent 2,2,6,6-tetramethylpiperidinyl group is substituted by hydrogen, alkyl, oxy, alkoxy, or alkanone. R 1 is hydrogen or methyl; and R 2 is alkyl having from 1 to 4 carbon atoms, and wherein at least one of the following limitations is met: the ultraviolet light-absorbing oligomer further comprises a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group; or the composition further comprises a second oligomer comprising a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group and at least one of the second divalent units and not the first divalent unit, wherein the nitrogen of the pendent 2,2,6,6-tetramethylpiperidinyl group is substituted by hydrogen, alkyl, oxy, alkoxy, or alkanone. the ultraviolet light-absorbing oligomer further comprises a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group; or the composition further comprises a second oligomer comprising a third divalent unit comprising a pendent 2,2,6,6-tetramethylpiperidinyl group and at least one of the second divalent units and not the first divalent unit, wherein the nitrogen of the pendent 2,2,6,6-tetramethylpiperidinyl group is substituted by hydrogen, alkyl, oxy, alkoxy, or alkanone.
A growth substrate comprising: light emitting diode, LED, chips, wherein the LED chips are at least divided into first to fourth groups arranged in a matrix, each of the first to fourth groups including p LED chips, where p is an integer equal to or greater than 2, wherein at least two of the first to fourth groups are adjacent to each other, wherein each of the first to fourth groups comprises: a first LED chip having a directionality toward a first direction, the directionality being defined as a direction in which a current flows, a second LED chip having a directionality toward a second direction different from the first direction, wherein the first LED chip has the same directionality as the second LED chip that is tilted by 90 °, a third LED chip having a directionality toward the first direction, and a fourth LED chip having a directionality toward the second direction. light emitting diode, LED, chips, wherein the LED chips are at least divided into first to fourth groups arranged in a matrix, each of the first to fourth groups including p LED chips, where p is an integer equal to or greater than 2, wherein at least two of the first to fourth groups are adjacent to each other, wherein each of the first to fourth groups comprises: a first LED chip having a directionality toward a first direction, the directionality being defined as a direction in which a current flows, a second LED chip having a directionality toward a second direction different from the first direction, wherein the first LED chip has the same directionality as the second LED chip that is tilted by 90 °, a third LED chip having a directionality toward the first direction, and a fourth LED chip having a directionality toward the second direction. a first LED chip having a directionality toward a first direction, the directionality being defined as a direction in which a current flows, a second LED chip having a directionality toward a second direction different from the first direction, wherein the first LED chip has the same directionality as the second LED chip that is tilted by 90 °, a third LED chip having a directionality toward the first direction, and a fourth LED chip having a directionality toward the second direction.
Medical analysis device for evaluating a patient's fitness for anaesthesia by analyzing at least one physiological biosignal acquired during the time course of apnoea, the medical analysis device comprising: - an input interface for acquiring a time course of at least one physiological biosignal of a patient, - a computing unit which is set up to compare, in accordance with an algorithm, a time course of the at least one physiological biosignal with at least one predeterminable course or a limit value for determining the fitness of a patient for anaesthesia and to calculate an evaluation result as a function thereof, the time course of the at least one physiological biosignal comprising at least the time duration of an apnoea of a patient, and - an output interface connected to the computing unit for outputting the evaluation result, wherein at least one of the following physiological biosignals is detected and processed in the algorithm: arterial oxygen saturation, arterio-venous oxygen saturation, peripheral pulse wave, central pulse wave, respiratory activity, ECG data, heart rate variability, arterial blood pressure. - an input interface for acquiring a time course of at least one physiological biosignal of a patient, - a computing unit which is set up to compare, in accordance with an algorithm, a time course of the at least one physiological biosignal with at least one predeterminable course or a limit value for determining the fitness of a patient for anaesthesia and to calculate an evaluation result as a function thereof, the time course of the at least one physiological biosignal comprising at least the time duration of an apnoea of a patient, and - an output interface connected to the computing unit for outputting the evaluation result,
A method for distributing granular goods comprising grains to a variable quantity of pipes, said method being provided to block one or more pipes at least of one discharge plane (100, 101, 102) as required, wherein: - at least the part of the granular goods comprising grains, which is intended for momentarily blocked pipes is fed to a collection point at least in a gravity-supported manner, characterised in that - subsequently at least these grains collecting at the collection point are set into rotation about an axis of rotation, - as a result of the rotation, the grains push against a radial boundary, the distance of the boundary away from the axis of rotation increasing continuously in the upward direction, - as a result of the rotation about the axis of rotation due to the continuously upwardly increase of the distance of the radial boundary compared with the axis of rotation, an upwards movement of the grains is produced acting against gravity with a movement component in a direction parallel to the axis of rotation, - the radial boundary ends above the discharge plane (100, 101, 102), and - then the grains, previously conveyed against gravity, follow the centrifugal force and are flung outward away from the axis of rotation. - at least the part of the granular goods comprising grains, which is intended for momentarily blocked pipes is fed to a collection point at least in a gravity-supported manner, characterised in that - subsequently at least these grains collecting at the collection point are set into rotation about an axis of rotation, - as a result of the rotation, the grains push against a radial boundary, the distance of the boundary away from the axis of rotation increasing continuously in the upward direction, - as a result of the rotation about the axis of rotation due to the continuously upwardly increase of the distance of the radial boundary compared with the axis of rotation, an upwards movement of the grains is produced acting against gravity with a movement component in a direction parallel to the axis of rotation, - the radial boundary ends above the discharge plane (100, 101, 102), and - then the grains, previously conveyed against gravity, follow the centrifugal force and are flung outward away from the axis of rotation.