mhurhangee/patent-ind-claim-en huggingface dataset:
A dual voltage power supply, comprising at least one battery with multiple battery modules (B i ), comprising - a first set of switches (S j ) configured to connect the battery modules in series to thereby provide a first voltage to a first circuit in case the first switches (S j ) are closed and to disconnect the series connection in case the first switches (S j ) are open, - at least one connection tap being connected to one of the battery modules (B i ) configured to provide its voltage (U 2 ) to a second circuit operating at a lower voltage (U 2 ) than the first circuit and being connected in parallel by a second set of switches (P i+ , P i- ) to other battery modules (B i ), wherein the other battery modules (B i ) are connected in parallel to each other and to said one of the battery modules (B i ) in case the second set of switches (P i+ , P i- ) is closed, and are not connected in parallel in case the second set of switches (P i+ , P i- ) is open, wherein said one of the battery modules (B i ) is configured to supply at least one first DC/DC converter , said first DC/DC converter has an output being connected to the first circuit for supplying the first circuit , at least one capacitor (C 1 ) is connected in parallel to the output of the first DC/DC converter , a controller is configured for controlling the first set of switches (S j ) and the second set of switches (P i+ , P i- ) to either connect at least some of the battery modules in series or in parallel, characterized in that the controller is configured for monitoring the voltage (U1) at the capacitor (C 1 ) and closing the first set of switches (S j ) and opening the second set of switches (P i+ , P i- ) in case the voltage (U1) at the capacitor (C 1 ) drops below a predefined value, and vice versa. - a first set of switches (S j ) configured to connect the battery modules in series to thereby provide a first voltage to a first circuit in case the first switches (S j ) are closed and to disconnect the series connection in case the first switches (S j ) are open, - at least one connection tap being connected to one of the battery modules (B i ) configured to provide its voltage (U 2 ) to a second circuit operating at a lower voltage (U 2 ) than the first circuit and being connected in parallel by a second set of switches (P i+ , P i- ) to other battery modules (B i ), wherein the other battery modules (B i ) are connected in parallel to each other and to said one of the battery modules (B i ) in case the second set of switches (P i+ , P i- ) is closed, and are not connected in parallel in case the second set of switches (P i+ , P i- ) is open,
A processor comprising: a plurality of execution units; a plurality of temperature sensors, each temperature sensor to provide a corresponding temperature value of a corresponding location within the processor; and a power control unit (PCU) including temperature logic to receive the corresponding temperature value from each of the temperature sensors, and responsive to an indication that a particular temperature value received from one of the temperature sensors exceeds a threshold, adjust at least two domain frequencies according to a determined policy based at least in part on instruction execution characteristics of at least two of the plurality of execution units, the determined policy includes a plurality of weight factors, wherein each of the at least two domain frequencies is to be adjusted at least in part according to the respective weight factor, wherein each domain frequency is associated with at least one of the execution units. a plurality of execution units; a plurality of temperature sensors, each temperature sensor to provide a corresponding temperature value of a corresponding location within the processor; and a power control unit (PCU) including temperature logic to receive the corresponding temperature value from each of the temperature sensors, and responsive to an indication that a particular temperature value received from one of the temperature sensors exceeds a threshold, adjust at least two domain frequencies according to a determined policy based at least in part on instruction execution characteristics of at least two of the plurality of execution units, the determined policy includes a plurality of weight factors, wherein each of the at least two domain frequencies is to be adjusted at least in part according to the respective weight factor, wherein each domain frequency is associated with at least one of the execution units.
A method of preparing dry cross-linked biological tissue comprising: preparing a processing solution that comprises a cross-linking agent and an organic water-soluble liquid; and immersing a biological tissue in the processing solution for an effective period of time to substantially displace water from the biological tissue and substantially cross-link the biological tissue to form dry cross-linked biological tissue, wherein the effective period of time is between about 3 hours and about 24 hours. preparing a processing solution that comprises a cross-linking agent and an organic water-soluble liquid; and immersing a biological tissue in the processing solution for an effective period of time to substantially displace water from the biological tissue and substantially cross-link the biological tissue to form dry cross-linked biological tissue, wherein the effective period of time is between about 3 hours and about 24 hours.
A multifilament bundle of melt spun polymer filaments, said bundle comprising at least two strands of filaments, wherein said bundle comprises at least one strand having a longitudinal axis, the strand titer varying along said axis, said strand titer varying between a minimum strand titer and a maximum strand titer, the difference between the minimum strand titer and maximum strand titer is in the range of 5 to 80 % of the average strand titer and each filament of said strand having a filament titer, which along said axis, varies with the strand titer, wherein the dyeability of the filaments of at least one of the strands differs from the dyeability of the filaments of the other strands.
A floor mountable aircraft seat comprising a posterior surface, a seal frame and a gap covering fabric extending from the posterior surface of the aircraft seat, the seal frame comprising: a frame disposed on the posterior surface of the floor mountable aircraft seat; at least two frame displacing elements ; and one or more fabric tensioning elements configured to keep the gap covering fabric connected to the posterior surface of the aircraft seat in tension around the frame , and wherein the at least two frame displacing elements are configured to independently displace vertical edges of the frame and independently displace horizontal edges of the frame to support the gap covering fabric . a frame disposed on the posterior surface of the floor mountable aircraft seat; at least two frame displacing elements ; and one or more fabric tensioning elements configured to keep the gap covering fabric connected to the posterior surface of the aircraft seat in tension around the frame , and wherein the at least two frame displacing elements are configured to independently displace vertical edges of the frame and independently displace horizontal edges of the frame to support the gap covering fabric .
Timepiece movement comprising a balance-and-hairspring oscillator and an escapement cooperating with the oscillator , the outer turn of the hairspring comprising a stiffened portion (9'; 9"; 9''') arranged so that the hairspring produces a rate difference caused by the lack of concentricity of the development of the hairspring of at least 2 s/d at an amplitude of 150° with respect to an amplitude of 300°, at least partially compensating for the variation in the rate of the movement in dependence upon the oscillation amplitude of the balance caused by the escapement, the hairspring further comprising at least one of the following features: a) a distance (R') between the inner end of the hairspring and the centre of rotation of the hairspring lower than 400 μm, b) a Grossmann curve defined by the inner turn of the hairspring, c) a stiffened portion defined by the inner turn of the hairspring. a) a distance (R') between the inner end of the hairspring and the centre of rotation of the hairspring lower than 400 μm, b) a Grossmann curve defined by the inner turn of the hairspring, c) a stiffened portion defined by the inner turn of the hairspring.
A pharmaceutical composition comprising a compound of formula: or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable carrier.
A freezing and refrigerating device, comprising a box body and a door body pivotably connected to the box body , wherein inside the box body are defined: at least one storage compartment for storing articles; an air supply path configured to supply cooling air flow to the at least one storage compartment; an air return path configured to allow the air flow from the at least one storage compartment to pass; a cooling chamber which comprises an air feeding opening part allowing air inside the cooling chamber to flow to the air supply path and an air return opening part allowing air from the air return path to enter, and contains an evaporator for cooling the air entering the cooling chamber from the air return opening part, a blower for driving the air inside the cooling chamber to flow towards the air feeding opening part, and a defrosting heater provided on the evaporator ; and a defrosting air return path located behind the cooling chamber and communicating with the air feeding opening part and the air return opening part of the cooling chamber, wherein the air supply path and the defrosting air return path are provided with an air supply door and a defrosting air return door respectively to selectively connect or block the air supply path and the defrosting air return path; characterized by an air discharging path communicating with the defrosting air return path and an ambient space to allow the air passing the defrosting air return path to be discharged to the ambient space directly. at least one storage compartment for storing articles; an air supply path configured to supply cooling air flow to the at least one storage compartment; an air return path configured to allow the air flow from the at least one storage compartment to pass; a cooling chamber which comprises an air feeding opening part allowing air inside the cooling chamber to flow to the air supply path and an air return opening part allowing air from the air return path to enter, and contains an evaporator for cooling the air entering the cooling chamber from the air return opening part, a blower for driving the air inside the cooling chamber to flow towards the air feeding opening part, and a defrosting heater provided on the evaporator ; and a defrosting air return path located behind the cooling chamber and communicating with the air feeding opening part and the air return opening part of the cooling chamber, wherein the air supply path and the defrosting air return path are provided with an air supply door and a defrosting air return door respectively to selectively connect or block the air supply path and the defrosting air return path;
A method for aperiodically reporting channel state information, CSI, in a wireless access system, the method performed by a user equipment, UE, and comprising: receiving (S1120) a radio resource control, RRC, signal including measurement set information for two or more CSI measurement sets assigned to the UE, wherein each of the two or more CSI measurement sets consists of one or more subframes; receiving (S1130), from a base station in a first subframe, a physical downlink control channel, PDCCH, including a CSI request field for requesting a reporting of the CSI in a second subframe; and transmitting (S1150), to the base station in the second subframe, an aperiodic CSI report including CSI, wherein the CSI is associated with a valid subframe which is included in one of the two or more CSI measurement sets, and wherein the valid subframe is: a third subframe located before 4 subframes from the second subframe, when the third subframe belongs to the one CSI measurement set, a closest subframe from the third subframe, when the closest subframe does belong to the one CSI measurement set and the third subframe does not belong to the one CSI measurement set. receiving (S1120) a radio resource control, RRC, signal including measurement set information for two or more CSI measurement sets assigned to the UE, wherein each of the two or more CSI measurement sets consists of one or more subframes; receiving (S1130), from a base station in a first subframe, a physical downlink control channel, PDCCH, including a CSI request field for requesting a reporting of the CSI in a second subframe; and transmitting (S1150), to the base station in the second subframe, an aperiodic CSI report including CSI, wherein the CSI is associated with a valid subframe which is included in one of the two or more CSI measurement sets, and wherein the valid subframe is: a third subframe located before 4 subframes from the second subframe, when the third subframe belongs to the one CSI measurement set, a closest subframe from the third subframe, when the closest subframe does belong to the one CSI measurement set and the third subframe does not belong to the one CSI measurement set. a third subframe located before 4 subframes from the second subframe, when the third subframe belongs to the one CSI measurement set, a closest subframe from the third subframe, when the closest subframe does belong to the one CSI measurement set and the third subframe does not belong to the one CSI measurement set.
A replication competent oncolytic group B adenovirus with selectivity for cancer cells, wherein the adenovirus comprises a transgene under the control of a promoter endogenous to the virus, wherein the transgene comprises a DNA sequence encoding a B7 protein, and said transgene is located between the stop codon-polyA recognition site of the adenovirus L5 gene and the stop codon-polyA recognition site of the adenovirus E4 gene, wherein said transgene is under the control of the endogenous major late promoter.
A method for user equipment, UE (UE 1 ), cooperation, the method comprising: receiving , at a first UE (UE 1 ), a transport block intended for a second UE (UE 2 ), the transport block comprising a plurality of code block groups, each code block group comprising a plurality of code blocks; and characterised by transmitting , from the first UE (UE 1 ) to the second UE (UE 2 ), at least one code block based on at least one code block group of the transport block intended for the second UE (UE 2 ) from a partial subset of all code blocks or code block groups of the transport block that the first UE (UE 1 ) was able to successfully decode. receiving , at a first UE (UE 1 ), a transport block intended for a second UE (UE 2 ), the transport block comprising a plurality of code block groups, each code block group comprising a plurality of code blocks; and characterised by transmitting , from the first UE (UE 1 ) to the second UE (UE 2 ), at least one code block based on at least one code block group of the transport block intended for the second UE (UE 2 ) from a partial subset of all code blocks or code block groups of the transport block that the first UE (UE 1 ) was able to successfully decode.
A method of wireless communication at a user equipment, UE, comprising: receiving a configuration of a coverage enhancement, CE, level for the UE; characterized by identifying a downlink control information, DCI, format based at least in part on the CE level, wherein the CE level corresponds to a modulation and coding scheme, MCS, information field, and wherein the DCI format is based at least in part on the MCS information field; and receiving a downlink control channel based at least in part on the DCI format. receiving a configuration of a coverage enhancement, CE, level for the UE; characterized by identifying a downlink control information, DCI, format based at least in part on the CE level, wherein the CE level corresponds to a modulation and coding scheme, MCS, information field, and wherein the DCI format is based at least in part on the MCS information field; and receiving a downlink control channel based at least in part on the DCI format.
A method of providing software application deployments to an orbital satellite platform, the orbital satellite platform comprising a plurality of orbital satellites, the method comprising: receiving at an availability platform of a ground control system user input indicative of deployment requirements for a software application to be deployed in the orbital satellite platform, the deployment requirements comprising geographic areas of interest for the application; identifying at the availability platform an availability of resources in the plurality of orbital satellites whose orbit covers the geographic areas of interest; determining at the ground control system deployment options for deployment of the software application based on the deployment requirements and the availability of resources in the plurality of orbital satellites; providing at the availability platform the deployment options via a user interface to a developer of the software application, wherein the developer may use the options to select a deployment of the software application in the orbital satellite platform; and providing from the ground control system to one or more of the plurality of orbital satellites of the orbital satellite platform the software application for deployment in accordance with the developer selected deployment option. receiving at an availability platform of a ground control system user input indicative of deployment requirements for a software application to be deployed in the orbital satellite platform, the deployment requirements comprising geographic areas of interest for the application; identifying at the availability platform an availability of resources in the plurality of orbital satellites whose orbit covers the geographic areas of interest; determining at the ground control system deployment options for deployment of the software application based on the deployment requirements and the availability of resources in the plurality of orbital satellites; providing at the availability platform the deployment options via a user interface to a developer of the software application, wherein the developer may use the options to select a deployment of the software application in the orbital satellite platform; and providing from the ground control system to one or more of the plurality of orbital satellites of the orbital satellite platform the software application for deployment in accordance with the developer selected deployment option.
An aqueous coating composition comprising a dispersion of a hydroxy-functional acrylic copolymer A having a hydroxyl number of from 70 mg/g to 250 mg/g, a crosslinker B which is a multifunctional isocyanate B1 , or an aminoplast crosslinker B2 or a combination of both B1 and B2, and water, wherein the acrylic copolymer A has moieties derived : • from alkyl(meth)acrylates A1 , • from hydroxyalkyl(meth)acrylates A2, • from olefinically unsaturated carboxylic acids A3 selected from the group of acrylic acid, methacrylic acid, ethacrylic acid, vinylacetic acid, crotonic acid, isocrotonic acid, maleic acid, fumaric acid, itaconic acid, mesaconic acid and citraconic acid, • optionally, from further olefinically unsaturated monomers A4 selected from the group consisting of vinyl aromatics A41, vinyl ethers A42, vinyl halogenides A43, olefinically unsaturated amides A44, olefins A45, vinyl esters A46, and • mandatorily, from an olefinically unsaturated surface-active molecule A5 which is a co-polymerisable emulsifier and which has at least one olefinic unsaturation, and at least one hydrophilic group which may be a non-ionic oligo- or polyoxyethylene or -oxypropylene group, or an acid or acid salt group which may preferably be a carboxylic or a sulphonic or a phosphonic acid or acid salt group, or a combination of these, and wherein the mass fractions of moieties derived from said monomers A1 through A5 in the acrylic copolymer A as follows: for A1 , from 20 % to 70 %; for A2, from 20 % to 70 %; for A3, from 1.0 % to 8.0 %; for A4, from 0 % to 25 %; and for A5, from 0.1 % to 10 %. • from alkyl(meth)acrylates A1 , • from hydroxyalkyl(meth)acrylates A2, • from olefinically unsaturated carboxylic acids A3 selected from the group of acrylic acid, methacrylic acid, ethacrylic acid, vinylacetic acid, crotonic acid, isocrotonic acid, maleic acid, fumaric acid, itaconic acid, mesaconic acid and citraconic acid, • optionally, from further olefinically unsaturated monomers A4 selected from the group consisting of vinyl aromatics A41, vinyl ethers A42, vinyl halogenides A43, olefinically unsaturated amides A44, olefins A45, vinyl esters A46, and • mandatorily, from an olefinically unsaturated surface-active molecule A5 which is a co-polymerisable emulsifier and which has at least one olefinic unsaturation, and at least one hydrophilic group which may be a non-ionic oligo- or polyoxyethylene or -oxypropylene group, or an acid or acid salt group which may preferably be a carboxylic or a sulphonic or a phosphonic acid or acid salt group, or a combination of these,
A diagnostic device for a radiometric detector, the diagnostic device comprising: an amplitude measuring unit for obtaining information relating to amplitudes of the pulses measured by the detector; a comparator unit for comparing the obtained information with reference values; wherein the diagnostic device is configured to determine whether small pulse amplitudes occur increasingly, and in that case to increase a trigger threshold of a measurement value channel in order to reduce the counting rate; or to determine whether the frequency of large pulse amplitudes is increased, and in that case not to use pulses with large pulse amplitudes for measurement; or to determine whether the photopeak of the amplitude distribution is widened, and in that case to further calibrate. an amplitude measuring unit for obtaining information relating to amplitudes of the pulses measured by the detector; a comparator unit for comparing the obtained information with reference values; wherein the diagnostic device is configured to determine whether small pulse amplitudes occur increasingly, and in that case to increase a trigger threshold of a measurement value channel in order to reduce the counting rate; or to determine whether the frequency of large pulse amplitudes is increased, and in that case not to use pulses with large pulse amplitudes for measurement; or to determine whether the photopeak of the amplitude distribution is widened, and in that case to further calibrate.
A method for preparing a biologically active complex, said method comprising dissolving a mixture of a polypeptide element in powder form and oleic acid or a pharmaceutically acceptable salt thereof also in solid form, in an aqueous solvent comprising at least two salts, the first of which is sodium or potassium chloride and the second of which is disodium phosphate or mono-potassium phosphate, wherein the process is carried out at moderate temperature of up to 50°C, wherein the polypeptide element is a naturally-occurring protein selected from alpha-lactalbumin, lysozyme or other proteins having a membrane perturbing activity, or variants thereof which lack intra-molecular bonds, or in particular, fragments of any of these proteins.