mhurhangee/ep-ind-claims huggingface dataset:
A system (1,41) for automatic testing of a software application while said software application is running, said system (1,41) comprising at least one processor (5,55,65) configured to: - obtain a test script specification associated with a software component of said software application, said test script specification comprising a plurality of test steps, a test step of said plurality of test steps comprising a reference to a process definition stored in a catalog, said process definition not being implemented by said software component, - determine whether a further software component of said software application implements said process definition, - create a new version of said test script specification in which said reference to said process definition has been replaced with a reference to an implementation of said process definition in said further software component if said further software component has been determined to implement said process definition, - create a test script based on said new version of said test script specification, and - control said software application by simulating user input according to said test steps specified in said test script. - obtain a test script specification associated with a software component of said software application, said test script specification comprising a plurality of test steps, a test step of said plurality of test steps comprising a reference to a process definition stored in a catalog, said process definition not being implemented by said software component, - determine whether a further software component of said software application implements said process definition, - create a new version of said test script specification in which said reference to said process definition has been replaced with a reference to an implementation of said process definition in said further software component if said further software component has been determined to implement said process definition, - create a test script based on said new version of said test script specification, and - control said software application by simulating user input according to said test steps specified in said test script.
Use of the aerobic hyperhalophilic strain S3S1 deposited on 21 February 2014 at the CNCM under the number CNCM 1-4838 for implementing a process for the degradation of: - a substrate constituted by or comprising an element selected from triglycerides, by-products thereof, alkanes, alkenes, polyenes and mixtures thereof; - and optionally of a carbon-containing co-substrate, contained in the culture medium of said aerobic hyperhalophilic strain and for preparing a biopolymer of the polyhydroxyalkanoate type, said PHA having a molecular weight above 600 000 g/mol. - a substrate constituted by or comprising an element selected from triglycerides, by-products thereof, alkanes, alkenes, polyenes and mixtures thereof; - and optionally of a carbon-containing co-substrate,
Friction clutch for transmitting torque in a releasably frictionally locking manner from an input shaft to an output shaft, having a pressure plate comprising a holding element and a plurality of friction plate segments for forming a friction surface, the holding element having a pressing side and a counterside which lies opposite the pressing side, and the friction plate segments bearing against the pressing side of the holding element and being connected in an integrally joined manner to the latter at least in connecting regions, characterized in that the friction clutch has a disc spring-like actuating device for moving the pressure plate in the axial direction of the friction clutch, and the disc spring-like actuating device bears against the circumferential-side cooling elements of the holding element or against a bead which is configured on the counterside of the holding element.
A surround sound virtualization method for producing output signals for reproduction by a pair of physical speakers at physical locations relative to a listener, where none of the physical locations is a location in a set of rear source locations, said method including the steps of: (a) in response to input audio signals indicative of sound from the rear source locations, generating surround signals useful for driving the speakers at the physical locations to emit sound that the listener perceives as emitting from said rear source locations; and (b) generating the output signals in response to the surround signals and at least one other input audio signal, each said other input audio signal indicative of sound from a respective front source location, such that the output signals are useful for driving the speakers at the physical locations to emit sound that the listener perceives as emitting from the rear source locations and from each said front source location, characterized in that the step of generating the surround signals includes performing dynamic range processing on the input audio signals. (a) in response to input audio signals indicative of sound from the rear source locations, generating surround signals useful for driving the speakers at the physical locations to emit sound that the listener perceives as emitting from said rear source locations; and (b) generating the output signals in response to the surround signals and at least one other input audio signal, each said other input audio signal indicative of sound from a respective front source location, such that the output signals are useful for driving the speakers at the physical locations to emit sound that the listener perceives as emitting from the rear source locations and from each said front source location,
A method for processing data for wireless transmission over multiple transmission channels in a multi-channel communication system, comprising: determining characteristics of a plurality of transmission channels available for data transmission; determining a coding/modulation scheme by, for each of plural coding/modulation schemes, determining a number of transmission channels that have their characteristic greater than or equal to a set-point for that scheme, thereby determining the coding/modulation scheme that provides the highest throughput and determining a threshold for that scheme; selecting one or more, and fewer than all, available transmission channels based on the determined coding/modulation scheme and the threshold; determining a normalization factor for distributing total power amongst the selected transmission channels; coding data for all selected transmission channels based the determined coding scheme to provide coded data; modulating the coded data for all selected transmission channels based on the determined scheme to provide modulation symbols; and weighting modulation symbols for each selected transmission channel based on a respective weight indicative of a transmit power level for the selected transmission channel and derived based on the determined characteristics of the selected transmission channel and the normalization factor. determining characteristics of a plurality of transmission channels available for data transmission; determining a coding/modulation scheme by, for each of plural coding/modulation schemes, determining a number of transmission channels that have their characteristic greater than or equal to a set-point for that scheme, thereby determining the coding/modulation scheme that provides the highest throughput and determining a threshold for that scheme; selecting one or more, and fewer than all, available transmission channels based on the determined coding/modulation scheme and the threshold; determining a normalization factor for distributing total power amongst the selected transmission channels; coding data for all selected transmission channels based the determined coding scheme to provide coded data; modulating the coded data for all selected transmission channels based on the determined scheme to provide modulation symbols; and weighting modulation symbols for each selected transmission channel based on a respective weight indicative of a transmit power level for the selected transmission channel and derived based on the determined characteristics of the selected transmission channel and the normalization factor.
A method, comprising: receiving information regarding one or more uplink grants of an assigned component carrier to use to transmit data from a user equipment and a component carrier selection indication comprising a single bit of downlink control information to enable or disable at the user equipment selection of a component carrier of conditional uplink component carriers that is available to transmit data from the user equipment; determining a set of uplink component carriers of licensed-assisted uplink component carriers that are considered as the conditional uplink component carriers; determining whether the assigned component carrier is available to transmit the data; based on determining that the assigned component carrier is not available to transmit the data, identifying the component carrier of the conditional uplink component carriers that is available to transmit the data; and transmitting the data on the component carrier of the conditional uplink component carriers that is available. receiving information regarding one or more uplink grants of an assigned component carrier to use to transmit data from a user equipment and a component carrier selection indication comprising a single bit of downlink control information to enable or disable at the user equipment selection of a component carrier of conditional uplink component carriers that is available to transmit data from the user equipment; determining a set of uplink component carriers of licensed-assisted uplink component carriers that are considered as the conditional uplink component carriers; determining whether the assigned component carrier is available to transmit the data; based on determining that the assigned component carrier is not available to transmit the data, identifying the component carrier of the conditional uplink component carriers that is available to transmit the data; and transmitting the data on the component carrier of the conditional uplink component carriers that is available.
A method of a network node, the method comprising: transmitting a reference signal for beam management within one slot to a UE, wherein the one slot consists of N OFDM symbols and the one slot is smaller than a transmission period of the reference signal from said one slot to a next slot, wherein the N OFDM symbols are distributed to M contiguous symbol sets and at least one remaining symbol, and the M contiguous symbol sets are at the beginning of the one slot, wherein N is not a multiple of M; performing beam sweeping for transmitting the reference signal in a first symbol set of the M symbol sets; and repeating the beam sweeping for transmitting the reference signal in the rest of the M symbol sets, wherein the beam sweeping means the network node generates at least one beam for transmission in a first OFDM symbol of a symbol set and then switches beam(s) for transmission in a second OFDM symbol of the symbol set, and so on until the last OFDM symbol of the symbol set, M is a number required for the UE to sweep beams in all possible directions once for transmission and/or reception, and the method further comprises transmitting other downlink transmission in the at least one remaining symbol or receiving other uplink transmission in the at least one remaining symbol. transmitting a reference signal for beam management within one slot to a UE, wherein the one slot consists of N OFDM symbols and the one slot is smaller than a transmission period of the reference signal from said one slot to a next slot, wherein the N OFDM symbols are distributed to M contiguous symbol sets and at least one remaining symbol, and the M contiguous symbol sets are at the beginning of the one slot, wherein N is not a multiple of M; performing beam sweeping for transmitting the reference signal in a first symbol set of the M symbol sets; and repeating the beam sweeping for transmitting the reference signal in the rest of the M symbol sets, wherein the beam sweeping means the network node generates at least one beam for transmission in a first OFDM symbol of a symbol set and then switches beam(s) for transmission in a second OFDM symbol of the symbol set, and so on until the last OFDM symbol of the symbol set, M is a number required for the UE to sweep beams in all possible directions once for transmission and/or reception, and the method further comprises transmitting other downlink transmission in the at least one remaining symbol or receiving other uplink transmission in the at least one remaining symbol.
A powder adapted for three-dimensional printing, the powder comprising: a loose, dry, and substantially free-flowing particulate mixture comprising: a water-soluble adhesive; plaster; a plaster accelerator; a whitening agent and a solid particulate additive comprising an acid, wherein the particulate material is adapted for use in three-dimensional printing to form an article comprised of a plurality of layers, the layers including a reaction product of the particulate material and an aqueous fluid that contacts the particulate material during three-dimensional printing, characterized in that the whitening agent having a brightness L* of at least about 90 and a Chroma C* of up to about 5.5 and the acid has a water solubility selected from a range of about 0 - 20 g/100 mL of water, an acid ionisation constant pKa selected from a range 1 to 4, and an octanol-water coefficient K ow selected from a range of -0.4 to 1, and is adapted for modifying a cure rate of an cyanoacrylate infiltrant to facilitate penetration of the infiltrant into the article. a water-soluble adhesive; plaster; a plaster accelerator; a whitening agent and a solid particulate additive comprising an acid, wherein the particulate material is adapted for use in three-dimensional printing to form an article comprised of a plurality of layers, the layers including a reaction product of the particulate material and an aqueous fluid that contacts the particulate material during three-dimensional printing, characterized in that the whitening agent having a brightness L* of at least about 90 and a Chroma C* of up to about 5.5 and the acid has a water solubility selected from a range of about 0 - 20 g/100 mL of water, an acid ionisation constant pKa selected from a range 1 to 4, and an octanol-water coefficient K ow selected from a range of -0.4 to 1, and is adapted for modifying a cure rate of an cyanoacrylate infiltrant to facilitate penetration of the infiltrant into the article.
A process comprising: supplying a feed stream to an azeotropic distillation column, wherein the feed stream comprises water and an organic acid; using a nitroalkane as an entrainer in the azeotropic distillation column, such that the feed stream is separated into at least a top stream and a bottom stream, wherein the top stream comprises the nitroalkane and water and wherein the bottom stream comprises the organic acid; separating the top stream into an organic phase and an aqueous phase, the organic phase comprising the nitroalkane; and returning at least a portion of the organic phase to the azeotropic distillation column. supplying a feed stream to an azeotropic distillation column, wherein the feed stream comprises water and an organic acid; using a nitroalkane as an entrainer in the azeotropic distillation column, such that the feed stream is separated into at least a top stream and a bottom stream, wherein the top stream comprises the nitroalkane and water and wherein the bottom stream comprises the organic acid; separating the top stream into an organic phase and an aqueous phase, the organic phase comprising the nitroalkane; and returning at least a portion of the organic phase to the azeotropic distillation column.
A device for energy-based skin treatment, the device comprising: a light source for providing polarized incident light having an incident polarization, optical elements (11, 12, 13) for focusing the polarized incident light in a focal point within a collagen layer of the skin, a polarization-sensitive detection unit (41, 42) for selectively detecting a selected polarization component of light of a generated harmonic of the polarized incident light returning from the skin, and a processor, at least being coupled to the polarization-sensitive detection unit (41, 42), for determining a depth of the focal point within the collagen layer based on the detected selected polarization component. a light source for providing polarized incident light having an incident polarization, optical elements (11, 12, 13) for focusing the polarized incident light in a focal point within a collagen layer of the skin, a polarization-sensitive detection unit (41, 42) for selectively detecting a selected polarization component of light of a generated harmonic of the polarized incident light returning from the skin, and a processor, at least being coupled to the polarization-sensitive detection unit (41, 42), for determining a depth of the focal point within the collagen layer based on the detected selected polarization component.
A can (1, 401) made essentially of plastic and containing a beverage, the can including a receptacle provided with an opening that is hermetically closed by a closure, said closure being disposed in such a manner as to be opened irreversibly when the can is opened for the first time, said can including a cap placed on an upper portion of the receptacle and including a piercing device adapted to be activated by a consumer to pierce the closure and thus to open the can (1, 401), characterized in that said cap (3, 103, 203, 303, 403) is secured to the receptacle by at least one bond formed by heat-sealing or welding, said at least one bond being situated between the cap (3, 103, 203, 303, 403) and the closure.
A cable termination apparatus for an underwater cable with a conductive core, an axially extending annular insulation portion radially outwardly of the core and an axially extending annular conductive screen layer radially outwardly of the insulation portion, the apparatus comprising a stress control sleeve which is arranged to be located radially outwardly of the insulation portion and extend partially over the annular conductive screen layer, wherein the stress control sleeve comprises an insulating portion and a conductive portion, wherein the conductive portion of the stress control sleeve is contactable with an end portion of the annular conductive screen layer of the underwater cable; wherein, when the stress control sleeve is manufactured, first the conductive portion is moulded and then the insulating portion is moulded onto the conductive portion; characterized in that the insulating portion of the stress control sleeve forms the entire radially outer surface of the stress control sleeve.
Radio data transceiver having a radio-frequency circuit and at least one antenna, wherein the antenna is connected to the radio-frequency circuit and the two are tuned to resonance with one another, wherein the radio frequency circuit is connectable to one or more external circuit elements and a connection to the or each external circuit element is routed via radio-frequency low-pass filters, which are connected in series between the radio-frequency circuit and all accesses for external circuit elements, such that a subsequently fitted or altered external circuit element does not adversely affect the resonance tuning.
An igniter device (12, 14), for use in an explosive train, comprising a first synthetic polymer layer, a second synthetic polymer layer, wherein said first layer and second layer envelope a portion of an energetic material, wherein said synthetic polymer is capable of being sealed; such that said first and second layers are sealed together; characterized in that the device comprises a plurality of though holes, each through hole comprising a clear hole from one side of the device to the other, without causing leakage of energetic material.
Process for removing poly(propylene oxide) from propylene oxide, comprising: a) sending a stream comprising propylene oxide and poly(propylene oxide) to a filtration screen having openings with an average diameter of at most 50 μm; and b) sending the filtrate stream resulting from step a) to a membrane having an average pore size of from 0 to 30 nm and recovering a permeate stream from the membrane as a purified propylene oxide stream. a) sending a stream comprising propylene oxide and poly(propylene oxide) to a filtration screen having openings with an average diameter of at most 50 μm; and b) sending the filtrate stream resulting from step a) to a membrane having an average pore size of from 0 to 30 nm and recovering a permeate stream from the membrane as a purified propylene oxide stream.
An absorbent article in which an absorbent body is provided between a liquid permeable topsheet and a backsheet, comprising: a concave groove-like or a slit-like absorbent body concave portion provided at a liquid permeable topsheet side of the absorbent body along a longitudinal direction of the absorbent article at an area including a urine expelling site, characterized in that: both end portions of the absorbent body concave portion in the longitudinal direction respectively being zones of a gradually decreasing width, each having a tapered shape whose width is gradually decreased toward an end portion side, each of the zones of a gradually decreasing width being formed to have a length that is greater than or equal to 20% of the total length of the absorbent body concave portion, and the zones of a gradually decreasing width are formed such that a rear-side zone of a gradually decreasing width is formed relatively longer than a front-side zone of a gradually decreasing width. a concave groove-like or a slit-like absorbent body concave portion provided at a liquid permeable topsheet side of the absorbent body along a longitudinal direction of the absorbent article at an area including a urine expelling site, characterized in that: both end portions of the absorbent body concave portion in the longitudinal direction respectively being zones of a gradually decreasing width, each having a tapered shape whose width is gradually decreased toward an end portion side, each of the zones of a gradually decreasing width being formed to have a length that is greater than or equal to 20% of the total length of the absorbent body concave portion, and the zones of a gradually decreasing width are formed such that a rear-side zone of a gradually decreasing width is formed relatively longer than a front-side zone of a gradually decreasing width. both end portions of the absorbent body concave portion in the longitudinal direction respectively being zones of a gradually decreasing width, each having a tapered shape whose width is gradually decreased toward an end portion side, each of the zones of a gradually decreasing width being formed to have a length that is greater than or equal to 20% of the total length of the absorbent body concave portion, and the zones of a gradually decreasing width are formed such that a rear-side zone of a gradually decreasing width is formed relatively longer than a front-side zone of a gradually decreasing width.