mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a sensor for detecting whether the electronic device is folded; a flexible display, wherein the flexible display comprises a first area and a second area, and a portion of the first area is not covered by the second area when the electronic device is folded so that the first area and the second area face each other; and a processor, characterised in that the processor is configured to: in response to detecting that the electronic device is folded while a first user interface, first UI, related to an application for playing music content is provided on the first area and the second area, determine if the portion of the first area that is not covered by the second area is less than a threshold value; if the portion is determined to be less than the threshold value, provide a second user interface, second UI, being different from the first UI, related to the application only on the portion of the first area; wherein the first UI includes an image related to music content and icons for controlling play of the music content; and wherein the second UI includes icons for controlling play of the music content without the image related to music content. a sensor for detecting whether the electronic device is folded; a flexible display, wherein the flexible display comprises a first area and a second area, and a portion of the first area is not covered by the second area when the electronic device is folded so that the first area and the second area face each other; and a processor, characterised in that the processor is configured to: in response to detecting that the electronic device is folded while a first user interface, first UI, related to an application for playing music content is provided on the first area and the second area, determine if the portion of the first area that is not covered by the second area is less than a threshold value; if the portion is determined to be less than the threshold value, provide a second user interface, second UI, being different from the first UI, related to the application only on the portion of the first area; wherein the first UI includes an image related to music content and icons for controlling play of the music content; and wherein the second UI includes icons for controlling play of the music content without the image related to music content. in response to detecting that the electronic device is folded while a first user interface, first UI, related to an application for playing music content is provided on the first area and the second area, determine if the portion of the first area that is not covered by the second area is less than a threshold value; if the portion is determined to be less than the threshold value, provide a second user interface, second UI, being different from the first UI, related to the application only on the portion of the first area; wherein the first UI includes an image related to music content and icons for controlling play of the music content; and wherein the second UI includes icons for controlling play of the music content without the image related to music content.
An apparatus for a user equipment, comprising: means for receiving, by the user equipment from a network, broadcast system information, wherein the broadcast system information comprises multiple entries, wherein each entry comprises a frequency band indicator and a corresponding network-signalling value, and wherein the same frequency band indicator is used for more than one of the multiple entries such that the same frequency band is indicated multiple times, wherein each network signaling value corresponds to a different requirement in emissions and/or an additional maximum power reduction, and wherein at least one of the corresponding network-signaling values corresponds to a frequency band without a previously defined network-signaling value; and wherein the apparatus further comprises means for transmitting to the network an indication that the user equipment supports at least one of the network-signaling values corresponding to the frequency band without a previously defined network-signaling value. means for receiving, by the user equipment from a network, broadcast system information, wherein the broadcast system information comprises multiple entries, wherein each entry comprises a frequency band indicator and a corresponding network-signalling value, and wherein the same frequency band indicator is used for more than one of the multiple entries such that the same frequency band is indicated multiple times, wherein each network signaling value corresponds to a different requirement in emissions and/or an additional maximum power reduction, and wherein at least one of the corresponding network-signaling values corresponds to a frequency band without a previously defined network-signaling value; and wherein the apparatus further comprises means for transmitting to the network an indication that the user equipment supports at least one of the network-signaling values corresponding to the frequency band without a previously defined network-signaling value.
A power electronic converter for high/medium voltage direct current power transmission and reactive power compensation comprising a primary converter unit and an auxiliary converter unit, the primary converter unit including at least one primary converter limb including first and second DC terminals (18, 20) for connection in use to a DC network and an AC terminal, the or each primary converter limb defining first and second limb portions (28, 30), each limb portion (38, 30) including at least one primary module connected in series between a respective one of the first and second DC terminals (18, 20) and the AC terminal, the or each primary module including at least one primary switching element connected to an energy storage device, the or each primary converter limb further including a first transformer winding connected in series with the respective AC terminal for connection in use between the respective AC terminal and an AC network; the auxiliary converter unit including at least one auxiliary converter limb including first and second auxiliary terminals (46, 48), characterised in that the or each auxiliary converter limb further including at least one auxiliary module connected in series with a second transformer winding between the first and second auxiliary terminals (46, 48), the or each auxiliary module including a plurality of auxiliary switching elements connected to the energy storage device of a corresponding primary module in the first limb portion of a respective primary converter limb, the second transformer winding of the or each auxiliary converter limb being mutually coupled with the first transformer winding of the respective primary converter limb, the primary switching elements of the primary modules being controllable in use to switch the respective energy storage device in and out of circuit to generate a voltage waveform at the respective AC terminal.
A set of planks (10; 100; 200; 400) adapted to cover a surface perpendicular to a thickness direction of the planks, the planks having a lower face in the thickness direction intended to be in contact with the surface, and comprising at least a first plank having a first edge extending in a longitudinal direction perpendicular to the thickness direction, and a second plank having a second edge extending in the longitudinal direction, the second edge defining a connecting groove, and the first edge defining a connecting tongue, the first plank being movable with respect to the second plank between a disconnected position, in which the connecting tongue is away from the connecting groove, and a connected position, in which the connecting tongue is snap-fit in the connecting groove, the connecting tongue comprising two protrusions (40A, 40B; 140A, 40B; 240A, 40B) protruding in opposite senses in a transverse direction perpendicular to the thickness direction and to the longitudinal direction, the two protrusions (40A, 40B; 140A, 40B; 240A, 40B) including a transversely distal protrusion (40A; 140A; 240A) with respect to the first plank and a transversely proximal protrusion, the distal protrusion (40A; 140A; 240A) and the proximal protrusion being adapted to abut upwards in the connected position respectively against a transversely proximal lip (42A; 142A) and a transversely distal lip of the connecting groove, characterized in that the second edge further defines a guiding recess at least partly located above the proximal lip (42A; 142A) and adapted to receive the distal protrusion (40A; 140A; 240A) transversely in an intermediate position of the first plank, in which the proximal protrusion abuts downwards against the distal lip, wherein a lower part of the distal protrusion (40A; 140A; 240A) is at least partly defined by a surface of the first edge, said surface defining an angle (α2) with the thickness direction, the angle (α2) being smaller than 45°, and wherein a lower part of the distal lip is at least partly defined by a surface of the second edge, said surface defining an angle (α3) with the thickness direction, the angle (α3) being smaller than 10°. wherein a lower part of the distal protrusion (40A; 140A; 240A) is at least partly defined by a surface of the first edge, said surface defining an angle (α2) with the thickness direction, the angle (α2) being smaller than 45°, and wherein a lower part of the distal lip is at least partly defined by a surface of the second edge, said surface defining an angle (α3) with the thickness direction, the angle (α3) being smaller than 10°.
An actinic radiation-curable inkjet ink, comprising: an actinic radiation-curable compound; at least one wax having a total mass of 1 to 8wt% to a total mass of the ink; and a fatty acid having a total mass of 0.0001 to 0.10wt% to the total mass of the wax. an actinic radiation-curable compound; at least one wax having a total mass of 1 to 8wt% to a total mass of the ink; and a fatty acid having a total mass of 0.0001 to 0.10wt% to the total mass of the wax.
A water separator (108, 208) suitable for an aircraft, comprising: a tube (112, 212) defining a longitudinal axis, wherein the tube (112, 212) includes a tube wall separating an interior of the tube (112, 212) from an exterior thereof; and a tube insert (118, 218) mounted within the tube (112, 212), wherein the tube insert (118, 218) includes a sheet that is helically twisted about the longitudinal axis, characterized in that the tube insert (118, 218) includes a plurality of mounting tabs bent 90° from the sheet for mounting the tube insert (118, 218) to the tube wall. a tube (112, 212) defining a longitudinal axis, wherein the tube (112, 212) includes a tube wall separating an interior of the tube (112, 212) from an exterior thereof; and a tube insert (118, 218) mounted within the tube (112, 212), wherein the tube insert (118, 218) includes a sheet that is helically twisted about the longitudinal axis, characterized in that the tube insert (118, 218) includes a plurality of mounting tabs bent 90° from the sheet for mounting the tube insert (118, 218) to the tube wall.
A method for processing a SIP message, comprising: creating a feature vector matrix of said SIP message using an n-gram technique; processing said feature vector matrix training a plurality of classifiers on a training data set; combining results generated by said plurality of classifiers to obtain a combined result; and processing or rejecting said SIP message based on said combined result; wherein said combining step employs a logistic regression; and said logistic regression employs a linear combination of individual decisions of said plurality of classifiers to predict a logarithm of the ratio of the probability that said SIP message belongs to a first class over the probability of said SIP message belonging to a second class. creating a feature vector matrix of said SIP message using an n-gram technique; processing said feature vector matrix training a plurality of classifiers on a training data set; combining results generated by said plurality of classifiers to obtain a combined result; and processing or rejecting said SIP message based on said combined result; wherein said combining step employs a logistic regression; and said logistic regression employs a linear combination of individual decisions of said plurality of classifiers to predict a logarithm of the ratio of the probability that said SIP message belongs to a first class over the probability of said SIP message belonging to a second class.
A perovskite-based photoelectric material having a general formula of M z A y BX z+y+2, A representing a monovalent ion, B representing a divalent metal ion, and X representing a halide ion; characterized in that 0<z≤0.5, 0<y≤1, and y+z≥1; M represents an organic molecule having a formula of R1-R-R2; R1 is selected from a group consisting of -NH 2, -NH-C(NH 2)=NH, and -N=CH-NH 2; R2 is selected from a group consisting of -COOH, -OSiOH represented by Formula I, -O 2 SOH represented by Formula II, and - O 3 POH represented by Formula III; R is an organic group. 0<z≤0.5, 0<y≤1, and y+z≥1; M represents an organic molecule having a formula of R1-R-R2; R1 is selected from a group consisting of -NH 2, -NH-C(NH 2)=NH, and -N=CH-NH 2; R2 is selected from a group consisting of -COOH, -OSiOH represented by Formula I, -O 2 SOH represented by Formula II, and - O 3 POH represented by Formula III; R is an organic group.
A method, comprising: collecting memory usage data for a plurality of host nodes (108a-n, 302) on a cloud computing system, the memory usage data including sampled data corresponding to memory usage on the plurality of host nodes; aggregating the memory usage data over one or more predetermined intervals to determine a subset of host nodes from the plurality of host nodes predicted to have memory leaks based on memory usage data for the subset of host nodes satisfying one or more impact metrics; observing memory usage trends at different periodical times, including determining that memory usage increases at given periodical times; diagnosing one or more memory leaks for the subset of host nodes based on memory usage data corresponding to the subset of host nodes, including distinguishing between memory leaks and memory usage increases at given periodical times; and applying a mitigation model to the portion of the aggregated data to determine and generate a mitigation command (334, 432) to provide to one or more host nodes from the subset of host nodes. collecting memory usage data for a plurality of host nodes (108a-n, 302) on a cloud computing system, the memory usage data including sampled data corresponding to memory usage on the plurality of host nodes; aggregating the memory usage data over one or more predetermined intervals to determine a subset of host nodes from the plurality of host nodes predicted to have memory leaks based on memory usage data for the subset of host nodes satisfying one or more impact metrics; observing memory usage trends at different periodical times, including determining that memory usage increases at given periodical times; diagnosing one or more memory leaks for the subset of host nodes based on memory usage data corresponding to the subset of host nodes, including distinguishing between memory leaks and memory usage increases at given periodical times; and applying a mitigation model to the portion of the aggregated data to determine and generate a mitigation command (334, 432) to provide to one or more host nodes from the subset of host nodes.
Injection modulator for modulating optical radiation comprising - an optical waveguide and - a diode structure comprising at least two p-doped semiconductor portions, at least two n-doped semiconductor portions and at least one weakly doped or undoped intermediate portion between the p-doped and n-doped semiconductor portions (110, 210), wherein - the p-doped semiconductor portions - as viewed in the longitudinal direction of the waveguide - are arranged offset relative to the n-doped semiconductor portions, and - the diode structure is arranged in a resonance-free portion of the waveguide, in which - apart from waveguide damping - the radiation intensity of the radiation guided in the waveguide is constant, characterized in that - the p-doped semiconductor portions lie on one side of the waveguide - as viewed in the longitudinal direction of the waveguide and relative to the waveguide center -, the n-doped semiconductor portions lie on the other side of the waveguide and the intermediate portion lies in the region of the waveguide center, - the semiconductor portions (110, 210) extend in each case transversely with respect to the waveguide longitudinal direction in the direction of the waveguide center of the waveguide, and - the p-doped semiconductor portions - as viewed in the longitudinal direction of the waveguide - are in each case free of overlap with the n-doped semiconductor portions. - an optical waveguide and - a diode structure comprising at least two p-doped semiconductor portions, at least two n-doped semiconductor portions and at least one weakly doped or undoped intermediate portion between the p-doped and n-doped semiconductor portions (110, 210), wherein - the p-doped semiconductor portions - as viewed in the longitudinal direction of the waveguide - are arranged offset relative to the n-doped semiconductor portions, and - the diode structure is arranged in a resonance-free portion of the waveguide, in which - apart from waveguide damping - the radiation intensity of the radiation guided in the waveguide is constant, - the p-doped semiconductor portions lie on one side of the waveguide - as viewed in the longitudinal direction of the waveguide and relative to the waveguide center -, the n-doped semiconductor portions lie on the other side of the waveguide and the intermediate portion lies in the region of the waveguide center, - the semiconductor portions (110, 210) extend in each case transversely with respect to the waveguide longitudinal direction in the direction of the waveguide center of the waveguide, and - the p-doped semiconductor portions - as viewed in the longitudinal direction of the waveguide - are in each case free of overlap with the n-doped semiconductor portions.
A method of controlling operation of a blasting system which includes a plurality of detonators which are loaded into respective boreholes and a control device for initiating the detonators, the method including the steps of measuring the position of each detonator, measuring the position of the control device, from these measurements, in respect of each detonator, calculating the distance between the control device and the detonator, comparing the calculated distance to a minimum distance requirement and of allowing the control device to initiate the detonators only if the respective calculated distance between each detonator and the control device exceeds a minimum distance requirement.
Automotive body sheet consisting of a clad sheet product consisting of a core sheet having a cladding layer on one sheet surface only, the core sheet is of an aluminium alloy of the AA6000-series alloys and the cladding is of an aluminium alloy of the AA6000-series alloys having a Cu-content of less than 0.25 wt.%, and preferably of less than 0.20 wt.%, and wherein the core sheet and the cladding layer are in a T4 temper or T4P temper condition.
A recyclable refuse collection vehicle comprising a plurality of refuse storage compartments (108, 110, 112, 116, 118) and at least one recyclable refuse storage compartment; the recyclable refuse storage compartment comprising an upstanding side wall which forms at least a part of a side of the recyclable refuse collection vehicle; the upstanding side wall comprising a refuse receiving opening which is suitable for receiving recyclable refuse and delivering the recyclable refuse to the recyclable refuse storage compartment for storage until the recyclable refuse is to be unloaded from the recyclable refuse storage compartment; the upstanding side wall further comprising a recyclable refuse discharge assembly located below the refuse receiving opening and adjacent a lowermost portion of the upstanding side wall; with the recyclabe refuse discharge assembly comprising a refuse discharge opening and a rotatable plate hinged along a lower edge of the refuse discharge opening, the recyclable refuse storage compartment further comprising a floor, with the rotatable plate opening outwardly to form a refuse discharge chute leading from the refuse discharge opening and directing recyclable refuse to be discharged from the recyclable refuse storage compartment along the chute and away from the recyclable refuse collection vehicle, characterised in that the floor is sloped upwardly away from the recyclable refuse discharge assembly so as to urge recyclable refuse stored in the recyclable refuse storage compartment towards the recyclable refuse discharge assembly; that the recyclable refuse discharge assembly is located to a rear of a rearmost wheel on the recyclable refuse collection vehicle; and that the rotatable plate comprises arc-shaped side wings (210a, 210b) to prevent any refuse being discharged falling off the side of the rotatable plate.
A method of forming an electrode for a battery, comprising reacting a silicon oxide and/or a tin oxide with lithium metal powder and forming the electrode from the product compound comprising silicon and/or tin nano-dispersed within a lithium-containing framework.
A method for wireless communications by a user equipment, UE, comprising: determining a set of subframes corresponding to a paging occasion for the UE to receive a paging message from a base station, BS; determining, within the set of subframes, at least one narrowband region of a plurality of narrowband regions of a system bandwidth for receiving the paging message; monitoring for the paging message in the at least one narrowband region within the set of subframes; and determining a bundling size for the monitoring for the paging message, the bundling size corresponding to a number of subframes for reception of the paging message, wherein the determination of the bundling size is based at least in part on the determined at least one narrowband region for receiving the paging message. determining a set of subframes corresponding to a paging occasion for the UE to receive a paging message from a base station, BS; determining, within the set of subframes, at least one narrowband region of a plurality of narrowband regions of a system bandwidth for receiving the paging message; monitoring for the paging message in the at least one narrowband region within the set of subframes; and determining a bundling size for the monitoring for the paging message, the bundling size corresponding to a number of subframes for reception of the paging message, wherein the determination of the bundling size is based at least in part on the determined at least one narrowband region for receiving the paging message.
A process for preparation of Ibrutinib, compound of Formula 1, or a salt thereof, the process comprising: a. Reacting compound of formula with compound of formula in a presence of Lewis acid to provide compound of Formula, b. Contacting compound of Formula with toluene; c. Isolate a solid form of compound of formula from toluene; d. Transforming compound of Formula into Ibrutinib. a. Reacting compound of formula with compound of formula in a presence of Lewis acid to provide compound of Formula, b. Contacting compound of Formula with toluene; c. Isolate a solid form of compound of formula from toluene; d. Transforming compound of Formula into Ibrutinib.