mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: generating a first group of precoded sparse code multiple access, SCMA, blocks by SCMA encoding a respective set of input bits to produce a respective SCMA codeword and multiplying the respective SCMA codeword by an IDFT matrix; concatenating the first group of precoded SCMA blocks to produce a first concatenated output; discrete Fourier Transform, DFT, precoding the first concatenated output to produce a first precoded output; and performing OFDM modulation based on the first precoded output, characterized in that the SCMA encoding comprises using an SCMA codebook in which each codeword has one non-zero element. generating a first group of precoded sparse code multiple access, SCMA, blocks by SCMA encoding a respective set of input bits to produce a respective SCMA codeword and multiplying the respective SCMA codeword by an IDFT matrix; concatenating the first group of precoded SCMA blocks to produce a first concatenated output; discrete Fourier Transform, DFT, precoding the first concatenated output to produce a first precoded output; and performing OFDM modulation based on the first precoded output, characterized in that the SCMA encoding comprises using an SCMA codebook in which each codeword has one non-zero element.
Heart pump comprising: - an impeller intended to be inserted in the systemic ventricle of a heart, through the wall of said heart, this impeller being provided with: - a sealing and fixing membrane intended to be partly sutured on the external wall of the heart so as to make the impeller integral with the wall of the heart, - a housing integral with the sealing and fixing membrane, this housing being intended to be arranged within the systemic ventricle, - a motor intended to be arranged in the systemic ventricle and/or in the thickness of the ventricle, so as to aspirate and then eject blood, from the bottom, into the systemic ventricle, outside the impeller and in the direction of sigmoid valves of the systemic ventricle, through the housing the sealing membrane being associated with a fixing system fixed, to the motor and/or the housing, within the thickness of the wall of the heart, - a management unit comprising a power supply and a unit for controlling the impeller; and - a connecting wire between the management unit and the impeller. - an impeller intended to be inserted in the systemic ventricle of a heart, through the wall of said heart, this impeller being provided with: - a sealing and fixing membrane intended to be partly sutured on the external wall of the heart so as to make the impeller integral with the wall of the heart, - a housing integral with the sealing and fixing membrane, this housing being intended to be arranged within the systemic ventricle, - a motor intended to be arranged in the systemic ventricle and/or in the thickness of the ventricle, so as to aspirate and then eject blood, from the bottom, into the systemic ventricle, outside the impeller and in the direction of sigmoid valves of the systemic ventricle, through the housing the sealing membrane being associated with a fixing system fixed, to the motor and/or the housing, within the thickness of the wall of the heart, - a sealing and fixing membrane intended to be partly sutured on the external wall of the heart so as to make the impeller integral with the wall of the heart, - a housing integral with the sealing and fixing membrane, this housing being intended to be arranged within the systemic ventricle, - a motor intended to be arranged in the systemic ventricle and/or in the thickness of the ventricle, so as to aspirate and then eject blood, from the bottom, into the systemic ventricle, outside the impeller and in the direction of sigmoid valves of the systemic ventricle, through the housing the sealing membrane being associated with a fixing system fixed, to the motor and/or the housing, within the thickness of the wall of the heart, - a management unit comprising a power supply and a unit for controlling the impeller; and - a connecting wire between the management unit and the impeller.
Plastic tank for storing and providing an operating fluid in a motor vehicle, having a tank wall, wherein at least in sections along the tank wall there is integrated at least one duct which forms a part of a delivery line for delivering operating fluid out of the plastic tank, wherein the at least one duct in portions runs in the tank wall parallel to the tank wall, characterized in that at least one heater and/or at least one heat-conducting structure is at least partially integrated into the tank wall which makes it possible for the operating fluid which is situated in the duct to be heated up in an effective manner.
An apparatus for use with a cell culture system, comprising: a fixed bed including a removable sample portion for recovering a sample of cells from the cell culture system, characterized in that, the fixed bed is a structured fixed bed comprising at least two layers of material adjacent to each other, the removable sample portion being located at least partially between the at least two layers.
Method for the impregnation of a product consisting of fibrous material and formed from a continuous web (22, 106), the method comprising at least one first step of cutting out a specific zone (24, 112) of the said continuous web (22, 106) and at least one second step of applying an impregnation product to the said specific zone (24, 112), characterized in that the first and second steps are carried out simultaneously.
A car, comprising: a chassis supporting a pair of front wheels which turn about a first horizontal rotation axis and a pair of rear wheels which turn about a second horizontal rotation axis; a passenger compartment arranged between the front wheels and the rear wheels; and at least one pair of front doors, each of which is hinged to the chassis by means of a hinge to turn about a third rotation axis between an opening position and a closing position of the passenger compartment; wherein the hinges of the front doors are arranged in proximity to the first rotation axis of the front wheels so that the projection on a horizontal plane of the hinges is within the rectangular area comprised between the two front wheels; the car is characterized in that: each hinge is a single axis hinge presenting only one rotation axis; the third rotation axis of each hinge forms a first angle (α) comprised between 12° and 42° with the horizontal and on a vertical plane transversally arranged with respect to the car; and the third rotation axis of each hinge forms a second angle (β) comprised between 40° and 70° with the horizontal and on a vertical plane longitudinally arranged with respect to the car. a chassis supporting a pair of front wheels which turn about a first horizontal rotation axis and a pair of rear wheels which turn about a second horizontal rotation axis; a passenger compartment arranged between the front wheels and the rear wheels; and at least one pair of front doors, each of which is hinged to the chassis by means of a hinge to turn about a third rotation axis between an opening position and a closing position of the passenger compartment; wherein the hinges of the front doors are arranged in proximity to the first rotation axis of the front wheels so that the projection on a horizontal plane of the hinges is within the rectangular area comprised between the two front wheels; the car is characterized in that: each hinge is a single axis hinge presenting only one rotation axis; the third rotation axis of each hinge forms a first angle (α) comprised between 12° and 42° with the horizontal and on a vertical plane transversally arranged with respect to the car; and the third rotation axis of each hinge forms a second angle (β) comprised between 40° and 70° with the horizontal and on a vertical plane longitudinally arranged with respect to the car. each hinge is a single axis hinge presenting only one rotation axis; the third rotation axis of each hinge forms a first angle (α) comprised between 12° and 42° with the horizontal and on a vertical plane transversally arranged with respect to the car; and the third rotation axis of each hinge forms a second angle (β) comprised between 40° and 70° with the horizontal and on a vertical plane longitudinally arranged with respect to the car.
A method of synthesizing an aluminogermanosilicate molecular sieve having the structure of CIT-15, the method comprising: (a) treating an aluminogermanosilicate CIT-13 molecular sieve with a liquid solvent system under conditions sufficient to degermanate at least a portion of the aluminogermanosilicate CIT-13 molecular sieve to provide a phyllosilicate comprising delaminated cfi -layers, wherein the liquid solvent system is water and does not contain an inorganic acid, an organic acid, or a salt thereof; and (b) calcining the phyllosilicate under conditions sufficient to convert the phyllosilicate to an aluminogermanosilicate CIT-15 molecular sieve, wherein the treating according to (a) is carried out at a temperature of from 20°C to 100°C and wherein the treating according to (a) is carried out for a time of from 30 minutes to 48 hours. (a) treating an aluminogermanosilicate CIT-13 molecular sieve with a liquid solvent system under conditions sufficient to degermanate at least a portion of the aluminogermanosilicate CIT-13 molecular sieve to provide a phyllosilicate comprising delaminated cfi -layers, wherein the liquid solvent system is water and does not contain an inorganic acid, an organic acid, or a salt thereof; and (b) calcining the phyllosilicate under conditions sufficient to convert the phyllosilicate to an aluminogermanosilicate CIT-15 molecular sieve, wherein the treating according to (a) is carried out at a temperature of from 20°C to 100°C and wherein the treating according to (a) is carried out for a time of from 30 minutes to 48 hours.
A semiconductor light emitting diode comprising: a substrate; a first semiconductor layer on the substrate; an opening part disposed within the first semiconductor layer; an air-gap part disposed in at least a portion between the substrate and the first semiconductor layer; a first conductive type semiconductor layer on the first semiconductor layer; an active layer on the first conductive type semiconductor layer; and a second conductive type semiconductor layer on the active layer, which has a conductive type opposite to that of the first conductive type semiconductor layer; wherein the air-gap part is connected to the opening part and extends by a predetermined length along an interface between the first semiconductor layer and the substrate, wherein the opening part has a depth within the first semiconductor layer to expose the substrate, wherein the air-gap part is disposed at an irregular interval between the substrate and the first semiconductor layer, characterized in that the first conductive type semiconductor layer is disposed on the opening part. a substrate; a first semiconductor layer on the substrate; an opening part disposed within the first semiconductor layer; an air-gap part disposed in at least a portion between the substrate and the first semiconductor layer; a first conductive type semiconductor layer on the first semiconductor layer; an active layer on the first conductive type semiconductor layer; and a second conductive type semiconductor layer on the active layer, which has a conductive type opposite to that of the first conductive type semiconductor layer; wherein the air-gap part is connected to the opening part and extends by a predetermined length along an interface between the first semiconductor layer and the substrate, wherein the opening part has a depth within the first semiconductor layer to expose the substrate, wherein the air-gap part is disposed at an irregular interval between the substrate and the first semiconductor layer, characterized in that the first conductive type semiconductor layer is disposed on the opening part.
A control switch of a drive circuit, the control switch comprising a thin film transistor, the drive circuit further comprising a source lead connected to the thin film transistor, the thin film transistor comprising: a source electrode, comprising at least two source branches arranged in parallel, and a source trunk connecting the at least two source branches together; a drain electrode, disposed in a same layer as the source electrode, and comprising at least one drain branch and a drain trunk connecting the at least one drain branch together, wherein the at least one drain branch and the at least two source branches are arranged in parallel and alternately to form channels; and a gate electrode, arranged corresponding to the source electrode and the drain electrode; each source branch directly connected to the source lead is a first source branch, and each source branch not directly connected to the source lead is a second source branch; characterized in that a channel width between the first source branch and an adjacent drain branch of the at least one drain branch is greater than a channel width between the second source branch and the adjacent drain branch of the at least one drain branch. a source electrode, comprising at least two source branches arranged in parallel, and a source trunk connecting the at least two source branches together; a drain electrode, disposed in a same layer as the source electrode, and comprising at least one drain branch and a drain trunk connecting the at least one drain branch together, wherein the at least one drain branch and the at least two source branches are arranged in parallel and alternately to form channels; and a gate electrode, arranged corresponding to the source electrode and the drain electrode; each source branch directly connected to the source lead is a first source branch, and each source branch not directly connected to the source lead is a second source branch; characterized in that a channel width between the first source branch and an adjacent drain branch of the at least one drain branch is greater than a channel width between the second source branch and the adjacent drain branch of the at least one drain branch.
A method of handling persimmons comprising, exposing the persimmons to an atmosphere that contains a cyclopropene compound, wherein the persimmons are in a modified-atmosphere package during exposure to the cyclopropene compound and the persimmons remain in the modified atmosphere package after the exposure for at least two hours and further wherein the modified-atmosphere package is constructed so that the transmission rate of oxygen for the entire package is from 200 to 40,000 cubic centimeters per day per kilogram of persimmons and the cyclopropene compound during the exposure is at a concentration between 10 ppb and 5 ppm by volume of the atmosphere.
A mechanism for positioning and adjusting a timepiece component which is movable back and forth in a limited stroke, along a path imposed by guide means, relative to a fixed structure of a timepiece, said mechanism including a first roller which is fixed indirectly to said structure with limited mobility relative to said structure and which is arranged to roll on a rolling track that said component includes, which rolling track comprises at least a first re-entrant or projecting relief arranged to define, with said first roller, a first mechanical end of travel, said mechanism also comprising at least a second roller which is fixed indirectly to said structure with limited mobility relative to said structure and which is arranged to roll on said rolling track that said component comprises, or on a separate rolling track that said component comprises, which rolling track (80; 80') comprises at least one re-entrant or projecting second relief arranged to define, with said second roller, a second mechanical end of travel, mechanism in which the mobility of said first roller and that of said second roller can be adjusted independently relative to said structure; characterised in that said first roller and/or said second roller is subjected to elastic return means (201; 202) tending to position it resting on said rolling track (80, 80').
A method of coding video data, the method comprising: determining a first depth value of a depth look up table, DLT, wherein the first depth value is associated with a first pixel of the video data; determining a second depth value of the DLT, wherein the second depth value is associated with a second pixel of the video data; and coding the DLT including coding the second depth value relative to the first depth value wherein the second depth value consecutively follows the first depth value in the DLT, and wherein coding the second depth value comprises determining a difference between the second depth value and the first depth value and coding the difference value. determining a first depth value of a depth look up table, DLT, wherein the first depth value is associated with a first pixel of the video data; determining a second depth value of the DLT, wherein the second depth value is associated with a second pixel of the video data; and coding the DLT including coding the second depth value relative to the first depth value wherein the second depth value consecutively follows the first depth value in the DLT, and wherein coding the second depth value comprises determining a difference between the second depth value and the first depth value and coding the difference value.
A process for the manufacture of a (per)fluoropolyether compounds having two chain ends, wherein one or both chain ends is a -CF 2 - group covalently bound to an optionally substituted aromatic or heteroaromatic group through a -carbon-carbon- bond, said process comprising the reaction of a (per)fluoropolyether peroxide [peroxide] with an optionally substituted aromatic or heteroaromatic compound, wherein said aromatic compound is benzene, biphenyl, phenantrene, anthracene, benzoic acid, fluorobenzene, bromobenzene, trifluoromethylbenzene, nitrobenzene, methyl- or ethyl-benzoate, dimethylterephthalate, and pirocathecol; said aromatic or heteroaromatic compound can bear one or more substituents, which may be the same or different from one another, said substituents on the aromatic compound being halogen, (per)haloalkyl, nitro, amino, amido, nitrile, ester groups and phosphorous- and sulphur-containing groups.
A surgical system comprising: a bronchoscope; an extended working channel defining an elongated passageway and adapted to extend through the bronchoscope; a first valve in fluid communication with the passageway of the extended working channel; a second valve in fluid communication with the passageway of the extended working channel; an elongated surgical instrument configured and dimensioned to be inserted through the extended working channel; and a first and a second dividing wall within the passageway of the extended working channel defining two semi-annular spaces (319, 321) surrounding the elongated surgical instrument positioned within the extended working channel, wherein a first fluid is able to flow from the first valve and through the first space, and wherein a second fluid is able to flow from the second valve and through the second space. a bronchoscope; an extended working channel defining an elongated passageway and adapted to extend through the bronchoscope; a first valve in fluid communication with the passageway of the extended working channel; a second valve in fluid communication with the passageway of the extended working channel; an elongated surgical instrument configured and dimensioned to be inserted through the extended working channel; and a first and a second dividing wall within the passageway of the extended working channel defining two semi-annular spaces (319, 321) surrounding the elongated surgical instrument positioned within the extended working channel, wherein a first fluid is able to flow from the first valve and through the first space, and wherein a second fluid is able to flow from the second valve and through the second space.
A liquid formulation comprising active compounds 2-hydroxy-4-methoxyacetophenone (paeonol) or isomer thereof and 4-hydroxy-3-methoxyacetophenone (apocynin) or isomer thereof wherein the ratio by weight of paeonol to apocynin is from 3:2 to 9:1, the liquid formulation further comprising at least one excipient wherein the ratio by weight of total active compounds to excipient is from 2:3 to 19:1, and wherein the excipient is a glycol or glycol derivative, a polyhydric alcohol, or an ester and/or ether thereof.
A method for resource management in a network function virtualization NFV system comprising: receiving, by a virtualized network function manager, VNFM, entity, from a network functions virtualization orchestrator, NFVO, entity a granting indication including a granting granularity in which the NFVO entity permits the VNFM entity to perform multiple VNF management operations for one or more VNFs; determining, by the VNFM entity, that a first VNF management operation is in a scope of permission based on the granting indication upon the first VNF management operation being triggered; and sending, by the VNFM entity, a first resource allocation request for the first VNF management operation to a virtual infrastructure manager, VIM, entity. receiving, by a virtualized network function manager, VNFM, entity, from a network functions virtualization orchestrator, NFVO, entity a granting indication including a granting granularity in which the NFVO entity permits the VNFM entity to perform multiple VNF management operations for one or more VNFs; determining, by the VNFM entity, that a first VNF management operation is in a scope of permission based on the granting indication upon the first VNF management operation being triggered; and sending, by the VNFM entity, a first resource allocation request for the first VNF management operation to a virtual infrastructure manager, VIM, entity.
Apparatus for forming packaging units, comprising a transport and treatment station having at least two rotating conveyor circuits (14, 16) driven by a rotational drive, wherein the conveyor circuits (14, 16) are provided on their circumference with receptacles for the containers, and having a binding and packing station connected downstream, which has at least two parallel binding guides (22, 24) for the containers, and opening between the two conveyor circuits (14, 16), and having a guide device for transferring the containers from the conveyor circuits (14, 16) to the binding and packing station, wherein the binding and packing station comprises at least two carriers (32, 34) arranged next to one another, and each carrier (32, 34) comprises at least one binding guide (22, 24) or forms an integral component part thereof, wherein each binding guide (22, 24) comprises in each case at least one guide belt, and wherein the two binding guides (22, 24) and/or their carriers (32, 34) comprise a parallel guide, characterised in that each binding guide (22, 24) and/or their carriers (32, 34) are connected to the transport and treatment station by means of a coupling element (40, 42) in such a way that each coupling element (40, 42) is pivotally hinged both at the transport and treatment station concentric to the axis of rotation of a conveyor circuit (14, 16) and also at the binding and packing station concentric to the axis of the inlet-side deflector of the binding guide (22, 24), and that the apparatus has a setting mechanism (64, 66, 69) for adjusting the passage width between the adjacent binding guides (22, 24).