mhurhangee/ep-ind-claims huggingface dataset:
Method for executing a task on a data processing system comprising a central hardware device and an additional hardware device, said task being executed by a processing thread (T M) of said central hardware device, said method comprising - a step (S1, S2) of offloading the execution of a first part (P1a, P1b, P2) of said task to said additional hardware device; - a step (S3, S4) of said additional hardware device calling on functionalities of said central hardware device, which call is triggered by said first part; - a step of a second part of said task, which second task forms a sub-part of said first part, being executed by a service processing thread (T S) of said central hardware device, said processing thread (T M) and service processing thread (T S) sharing the same software context of said task. - a step (S1, S2) of offloading the execution of a first part (P1a, P1b, P2) of said task to said additional hardware device; - a step (S3, S4) of said additional hardware device calling on functionalities of said central hardware device, which call is triggered by said first part; - a step of a second part of said task, which second task forms a sub-part of said first part, being executed by a service processing thread (T S) of said central hardware device, said processing thread (T M) and service processing thread (T S) sharing the same software context of said task.
A method for conferring or enhancing herbicide resistance on a plant or alga, the method including transforming a plant, alga, plant cell, protoplast, callus, hypocotyl, seed, cotyledon, or shoot with a gene encoding a polypeptide consisting of an amino acid sequence of SEQ ID NO: 1 or an amino acid sequence having 95% or higher homology thereto, wherein the herbicide is a protoporphyrinogen oxidase-inhibiting herbicide.
A method for 5'-ligation tagging in a sample containing uncapped RNA that has a 5'- polyphosphate group, the method comprising the steps of: providing: (i) the sample containing the uncapped RNA that has a 5'-polyphosphate group, including a sample additionally containing RNA that has a 5'-monophosphate group and/or capped RNA and/or RNA that has a 5'-hydroxyl group; (ii) RNA 5'-polyphosphatase; (iii) an acceptor oligonucleotide that exhibits a tag; and (iv) RNA ligase; contacting the sample with the RNA 5'-polyphosphatase to convert the uncapped RNA that has a 5'-polyphosphate group to RNA that has a 5'-monophosphate group; and contacting the sample from step with the acceptor oligonucleotide and the RNA ligase to ligate the 3'-end of the acceptor oligonucleotide to RNA that has a 5'-monophosphate group but not to the capped RNA, and to generate 5'-ligation-tagged RNA. providing: (i) the sample containing the uncapped RNA that has a 5'-polyphosphate group, including a sample additionally containing RNA that has a 5'-monophosphate group and/or capped RNA and/or RNA that has a 5'-hydroxyl group; (ii) RNA 5'-polyphosphatase; (iii) an acceptor oligonucleotide that exhibits a tag; and (iv) RNA ligase; (i) the sample containing the uncapped RNA that has a 5'-polyphosphate group, including a sample additionally containing RNA that has a 5'-monophosphate group and/or capped RNA and/or RNA that has a 5'-hydroxyl group; (ii) RNA 5'-polyphosphatase; (iii) an acceptor oligonucleotide that exhibits a tag; and (iv) RNA ligase; contacting the sample with the RNA 5'-polyphosphatase to convert the uncapped RNA that has a 5'-polyphosphate group to RNA that has a 5'-monophosphate group; and contacting the sample from step with the acceptor oligonucleotide and the RNA ligase to ligate the 3'-end of the acceptor oligonucleotide to RNA that has a 5'-monophosphate group but not to the capped RNA, and to generate 5'-ligation-tagged RNA.
A suspension system for a motor of a combustion-powered hand tool having a cylinder head and a combustion chamber, comprising: a motor retaining ring defining a space for accepting the motor; an outer ring radially spaced from said retaining ring and configured for attachment to a cylinder head of a combustion chamber; and at least one resilient suspension element configured for dampening vibrations between a motor support and a tool frame, characterized in that it has a plurality of resilient beams connecting the retaining ring and the outer ring. a motor retaining ring defining a space for accepting the motor; an outer ring radially spaced from said retaining ring and configured for attachment to a cylinder head of a combustion chamber; and at least one resilient suspension element configured for dampening vibrations between a motor support and a tool frame, characterized in that it has a plurality of resilient beams connecting the retaining ring and the outer ring.
Lubricating composition for a motor, comprising at least one base oil, at least one polymer improving the viscosity index, at least one organomolybdenum compound and at least one polyalkylene glycol, obtained by polymerisation or copolymerisation of alkylene oxides comprising from 3 to 8 carbon atoms, including at least one butylene oxide, the quantity of polyalkylene glycol being from 1 to 28% by mass, relative to the total mass of the lubricating composition.
Method for generating a focused beam of charged particles comprising at least the steps of a) generating (1100, 1200) a beam of charged particles said generation comprising the emission of a generating laser pulse, and the generation of a non-focused beam of particles by means of an interaction of said generating laser pulse with a solid generating target, b) emitting a second laser pulse, the second laser pulse comprising pre-pulses and a main laser pulse; c) generating a focusing magnetic field structure in a second solid target by means of an interaction of said second laser pulse with said second target; and d) causing at least partial penetration of the beam of charged particles into said focusing magnetic field structure, characterized in that, in the course of step b), a laser contrast of the second laser pulse is increased by decreasing the intensity of said pre-pulses relative to said main laser pulse. a) generating (1100, 1200) a beam of charged particles said generation comprising the emission of a generating laser pulse, and the generation of a non-focused beam of particles by means of an interaction of said generating laser pulse with a solid generating target, b) emitting a second laser pulse, the second laser pulse comprising pre-pulses and a main laser pulse; c) generating a focusing magnetic field structure in a second solid target by means of an interaction of said second laser pulse with said second target; and d) causing at least partial penetration of the beam of charged particles into said focusing magnetic field structure,
A method comprising: labeling an identifiable element with a label; measuring a spectrum generated by the label, the spectrum comprising a plurality of signals; and identifying the element using a binary code in which a signal is either present or absent at a particular wavelength by selecting a first wavelength range encompassing a first signal of the spectra, and determining the presence or absence of a wavelength of the first signal within the first range; and selecting a second wavelength range encompassing a second signal of the spectra, and determining the presence or absence of a wavelength of the second signal within the second range; wherein the wavelengths of the first and second signals are determined by selecting the wavelengths of the signals from a plurality of discrete wavelengths within the ranges, and wherein the number of digits in the binary code corresponds to the total number of discrete wavelengths. labeling an identifiable element with a label; measuring a spectrum generated by the label, the spectrum comprising a plurality of signals; and identifying the element using a binary code in which a signal is either present or absent at a particular wavelength by selecting a first wavelength range encompassing a first signal of the spectra, and determining the presence or absence of a wavelength of the first signal within the first range; and selecting a second wavelength range encompassing a second signal of the spectra, and determining the presence or absence of a wavelength of the second signal within the second range; wherein the wavelengths of the first and second signals are determined by selecting the wavelengths of the signals from a plurality of discrete wavelengths within the ranges, and wherein the number of digits in the binary code corresponds to the total number of discrete wavelengths.
A method of wireless communication performed by a user equipment, UE, having a carrier aggregation, CA, configuration with a first component carrier, CC, and a second CC in a same timing adjustment group, TAG, comprising: determining that a first cyclic prefix, CP, for the first CC has a same duration as a second CP for the second CC; determining that a message scheduled for transmission on the first CC overlaps in time with a sounding reference signal, SRS, scheduled for transmission on the second CC; and refraining from transmitting the SRS based at least in part on the determination that the message overlaps in time with the SRS and the determination that the first CP has the same duration as the second CP; and transmitting the message on the first CC. determining that a first cyclic prefix, CP, for the first CC has a same duration as a second CP for the second CC; determining that a message scheduled for transmission on the first CC overlaps in time with a sounding reference signal, SRS, scheduled for transmission on the second CC; and refraining from transmitting the SRS based at least in part on the determination that the message overlaps in time with the SRS and the determination that the first CP has the same duration as the second CP; and determining that a message scheduled for transmission on the first CC overlaps in time with a sounding reference signal, SRS, scheduled for transmission on the second CC; and refraining from transmitting the SRS based at least in part on the determination that the message overlaps in time with the SRS and the determination that the first CP has the same duration as the second CP; and transmitting the message on the first CC.
Method of raindrop detection on a vehicle windscreen by capturing images using a camera which is at least focused on the windscreen, including a step of detecting edges in a research area of said captured images, characterized in that said method of raindrop detection comprises a rejection step in which edges that are uncharacteristic with respect to a raindrop are rejected while said rejection step includes a stage in which closed edges corresponding to raindrop shaping elliptically or approximately round are selected while unclosed edges are rejected.
A paper dispenser, particularly a towel dispenser, for dispensing a paper web of predefined length to a user, featuring a housing, a paper roll support arrangement (24, 25a, 25b) located in the housing, paper guide elements (27, 28), a transport roller, a button that is arranged in the housing and serves for triggering the paper transport by means of the transport roller, as well as a cutting mechanism, wherein the button is connected to a drive (33, 34) for the transport roller by means of a lever, wherein said drive causes the advance of a predefined paper length upon the actuation of the button, wherein the lever acts upon the drive (33, 34) by means of a sliding clutch (43, 44, 45), and wherein the drive (33, 34) features a toothed wheel that is arranged on the transport roller, characterized in that the drive (33, 34) also features a toothed lever, which is connected to the button by means of the sliding clutch (43, 44, 45) and the lever.
A method for receiving an Enhanced Physical Downlink Control Channel, EPDCCH, from a base station by a user equipment, UE, in a wireless communication system, the method comprising: monitoring at least one EPDCCH candidate comprising one or more enhanced control channel elements, ECCEs, in resource blocks for the EPDCCH, wherein a number of ECCEs forming each of the at least one EPDCCH candidate corresponds to an aggregation level; and obtaining downlink control information, DCI, by blind decoding the at least one EPDCCH candidate, wherein the number of ECCEs per resource block is 4, wherein the aggregation level is one of 1, 2, 4 and 8, characterized wherein, when the number of the resource blocks for the EPDCCH is 2, the total number of the at least one EPDCCH candidate corresponding to the aggregation level is set to a value obtained by dividing a total number of ECCEs in all of the resource blocks by the aggregation level, and wherein, when the number of resource blocks for the EPDCCH is not 2, the total number of the at least one EPDCCH candidate corresponding to the aggregation level is set to a predefined value. monitoring at least one EPDCCH candidate comprising one or more enhanced control channel elements, ECCEs, in resource blocks for the EPDCCH, wherein a number of ECCEs forming each of the at least one EPDCCH candidate corresponds to an aggregation level; and obtaining downlink control information, DCI, by blind decoding the at least one EPDCCH candidate, wherein the number of ECCEs per resource block is 4, wherein the aggregation level is one of 1, 2, 4 and 8, characterized wherein, when the number of the resource blocks for the EPDCCH is 2, the total number of the at least one EPDCCH candidate corresponding to the aggregation level is set to a value obtained by dividing a total number of ECCEs in all of the resource blocks by the aggregation level, and wherein, when the number of resource blocks for the EPDCCH is not 2, the total number of the at least one EPDCCH candidate corresponding to the aggregation level is set to a predefined value.
Hearing aid and/or tinnitus treatment device (1, 11), embodied to detect at least one tinnitus frequency and/or a tinnitus frequency spectrum of a user, comprising a microphone for recording an acoustic input signal and for converting same into an electric input signal, at least one signal processor for further processing of the electric input signal and for generating an electric output signal and an electroacoustic output transducer for converting the electric output signal into an acoustic output signal, and also comprising means for suppressing the tinnitus frequency and/or the tinnitus frequency spectrum in the acoustic output signal, and comprising filter means for suppressing the tinnitus frequency and/or the tinnitus frequency spectrum in the acoustic output signal, characterized in that the filter means comprise a multichannel filter bank.
A display device (100, 400), comprising: a base layer (101, 401, 501) including an active area (A/A) partitioned to display images and an inactive area (I/A) adjacent to the active area (A/A); an organic light emitting layer (114, 414, 514) and one or more functional layers (103, 105, 107, 403, 405, 407, 503, 505, 507) above the base layer (101, 401); an opening located in a part of the active area (A/A) and passing through the base layer (101, 401) and the one or more functional layers thereabove; a light emitting unit located in another part of the active area (A/A); a cut structure (195, 495, 595) located in a vicinity of the opening and provided to cut a connection of the organic light emitting layer (114, 414, 514) between the opening and the light emitting unit of the active area (A/A); characterised in that it further comprises: a bumper layer disposed between protruding structures of the cut structure, wherein the bumper layer is disposed between a first inorganic layer and a second inorganic layer, and wherein the second inorganic layer is disposed directly_on the first inorganic layer on the protruding structures of the cut structure. a base layer (101, 401, 501) including an active area (A/A) partitioned to display images and an inactive area (I/A) adjacent to the active area (A/A); an organic light emitting layer (114, 414, 514) and one or more functional layers (103, 105, 107, 403, 405, 407, 503, 505, 507) above the base layer (101, 401); an opening located in a part of the active area (A/A) and passing through the base layer (101, 401) and the one or more functional layers thereabove; a light emitting unit located in another part of the active area (A/A); a cut structure (195, 495, 595) located in a vicinity of the opening and provided to cut a connection of the organic light emitting layer (114, 414, 514) between the opening and the light emitting unit of the active area (A/A); a bumper layer disposed between protruding structures of the cut structure, wherein the bumper layer is disposed between a first inorganic layer and a second inorganic layer, and wherein the second inorganic layer is disposed directly_on the first inorganic layer on the protruding structures of the cut structure.
A non-volatile memory device comprising: a memory cell array including memory cells arranged in an array, each of the memory cells having a resistance value and having a property that the resistance value reversibly transitions among resistance value ranges in a non-volatile manner in a variable state in accordance with application of different electrical signals; a control circuit that, in operation, accepts an input of a control signal; a read circuit that, in operation, obtains pieces of resistance value information each relating to the resistance value of a respective one of the memory cells in accordance with the control signal input to the control circuit; characterized by an arithmetic circuit that, in operation, calculates a binary reference value based on at least a part of the pieces of resistance value information, wherein, in operation, the read circuit selectively assigning, based on the binary reference value, one of two values to each of the pieces of resistance value information, thereby generating individual discrimination information. a memory cell array including memory cells arranged in an array, each of the memory cells having a resistance value and having a property that the resistance value reversibly transitions among resistance value ranges in a non-volatile manner in a variable state in accordance with application of different electrical signals; a control circuit that, in operation, accepts an input of a control signal; a read circuit that, in operation, obtains pieces of resistance value information each relating to the resistance value of a respective one of the memory cells in accordance with the control signal input to the control circuit; characterized by an arithmetic circuit that, in operation, calculates a binary reference value based on at least a part of the pieces of resistance value information, wherein, in operation, the read circuit selectively assigning, based on the binary reference value, one of two values to each of the pieces of resistance value information, thereby generating individual discrimination information.
Lubricant receptacle for a preferably lubricant-sealed vacuum pump, in particular a rotary vane pump, comprising a lubricant reservoir having a gas inlet, a gas outlet, a lubricant outlet, as well as a lubricant inlet; a lubricant separator having a gas inlet, a gas outlet and a lubricant outlet; an exhaust connected in a gas-carrying manner with the gas outlet of the lubricant separator; a first gas connection between the gas outlet of the lubricant reservoir and the gas inlet of the lubricant separator; a second gas connection for connecting the gas inlet of the lubricant reservoir with the vacuum pump; a first lubricant connection for connectiing the lubricant outlet of the lubricant reservoir with the vacuum pump; as well as a further lubricant connection between the lubricant outlet of the lubricant separator and the lubricant inlet of the lubricant reservoir and/or an additional lubricant connection for the connection of the lubricant outlet of the lubricant separator with the vacuum pump; characterized in that at least one of the gas connections (40; 42) and one of the lubricant connections (44; 46; 48) is selectively coupleable. a lubricant reservoir having a gas inlet, a gas outlet, a lubricant outlet, as well as a lubricant inlet; a lubricant separator having a gas inlet, a gas outlet and a lubricant outlet; an exhaust connected in a gas-carrying manner with the gas outlet of the lubricant separator; a first gas connection between the gas outlet of the lubricant reservoir and the gas inlet of the lubricant separator; a second gas connection for connecting the gas inlet of the lubricant reservoir with the vacuum pump; a first lubricant connection for connectiing the lubricant outlet of the lubricant reservoir with the vacuum pump; as well as a further lubricant connection between the lubricant outlet of the lubricant separator and the lubricant inlet of the lubricant reservoir and/or an additional lubricant connection for the connection of the lubricant outlet of the lubricant separator with the vacuum pump; characterized in that at least one of the gas connections (40; 42) and one of the lubricant connections (44; 46; 48) is selectively coupleable.
A protective device for at least one equipment item (2, 2a, 2b,...) of a container, comprising: - a bag made of flexible plastic material having a generally cylindrical shape with a passage section configured so that the bag can be slipped over the equipment item, the bag having a closed bottom and, opposite it, an access opening to the internal volume of the bag whereby the bag is slipped over said equipment item, - a heat-shrinkable sleeve positioned to surround the bag by having, in an unretracted state, a passage section to be slipped over the equipment item, and in a retracted state, a reduced passage section for constricting the bag in order to wrap the bag around the equipment item. - a bag made of flexible plastic material having a generally cylindrical shape with a passage section configured so that the bag can be slipped over the equipment item, the bag having a closed bottom and, opposite it, an access opening to the internal volume of the bag whereby the bag is slipped over said equipment item, - a heat-shrinkable sleeve positioned to surround the bag by having, in an unretracted state, a passage section to be slipped over the equipment item, and in a retracted state, a reduced passage section for constricting the bag in order to wrap the bag around the equipment item.