mhurhangee/ep-ind-claims huggingface dataset:
Method for identifying a pathogen contained in a metagenomic sample and for identifying pathogenic markers in the genome of said pathogen, the method comprising the step of: - processing the metagenomic sample to extract DNA at least from pathogens present in said sample, - sequencing the extracted DNA, thereby producing a set of digital nucleic acid sequences, or "reads", - comparing the set of reads to a first database comprising genomes of known pathogens in order to assign reads of said set to the known pathogens; - producing a pool of reads comprising at least reads assigned to a pathogen amongst said known pathogens and assembling the reads in the pool in order to produce at least one assembled digital nucleic acid sequence, or "contig", - comparing the produced contigs to a second database of known pathogenic genetic markers in order to check whether the produced contigs contain a known marker, characterized - in that the method comprises the step of comparing the set of reads to the second database in order to assign reads of said set to the known pathogenic markers, a read being assigned to a known pathogenic marker if it falls entirely into said marker or if it is astride said marker, - and in that the pool also comprises the reads assigned to the known pathogenic markers, the contigs thereby being assembled from reads assigned to the known pathogen and reads assigned to the known pathogenic markers. - processing the metagenomic sample to extract DNA at least from pathogens present in said sample, - sequencing the extracted DNA, thereby producing a set of digital nucleic acid sequences, or "reads", - comparing the set of reads to a first database comprising genomes of known pathogens in order to assign reads of said set to the known pathogens; - producing a pool of reads comprising at least reads assigned to a pathogen amongst said known pathogens and assembling the reads in the pool in order to produce at least one assembled digital nucleic acid sequence, or "contig", - comparing the produced contigs to a second database of known pathogenic genetic markers in order to check whether the produced contigs contain a known marker, characterized - in that the method comprises the step of comparing the set of reads to the second database in order to assign reads of said set to the known pathogenic markers, a read being assigned to a known pathogenic marker if it falls entirely into said marker or if it is astride said marker, - and in that the pool also comprises the reads assigned to the known pathogenic markers, the contigs thereby being assembled from reads assigned to the known pathogen and reads assigned to the known pathogenic markers.
A rotor blade comprising an aerodynamic profile with a leading and a trailing edge, wherein the profile is configured to create a lift due to pressure differences between a suction and a pressure side of the profile when air flows over the rotor blade, wherein the rotor blade comprises means for the modification of the camber, the means being arranged, on the one hand, on the leading edge and, on the other, on the trailing edge and being configured in a manner passively coupled to each other, i.e. not via an external energy supply apart from the streaming air, characterized in that a spring is provided on the leading edge to adjust a working area of the system.
Abeam training method, wherein the method comprises: performing, by a transmit device, clear channel assessment on sectors corresponding to an antenna of the transmit device; and sending, by the transmit device in a sector whose result of clear channel assessment is idle, a training signal to a receive device, wherein the training signal is used to perform beamforming training on the antenna; wherein a training signal sent in an idle sector carries a first indicator bit, and the first indicator bit is used to indicate a sector identifier of the sector from which the training signal is sent, and wherein the training signal sent in an idle sector carries a second indicator bit, and the second indicator bit is used to indicate a quantity of sectors in which no training signal has been sent among the sectors corresponding to the antenna. performing, by a transmit device, clear channel assessment on sectors corresponding to an antenna of the transmit device; and sending, by the transmit device in a sector whose result of clear channel assessment is idle, a training signal to a receive device, wherein the training signal is used to perform beamforming training on the antenna; wherein a training signal sent in an idle sector carries a first indicator bit, and the first indicator bit is used to indicate a sector identifier of the sector from which the training signal is sent, and wherein the training signal sent in an idle sector carries a second indicator bit, and the second indicator bit is used to indicate a quantity of sectors in which no training signal has been sent among the sectors corresponding to the antenna.
A plant scanning vehicle comprising: a central body; three or more legs extending from the central body to support a wheel on each leg; characterized in that the three or more legs are mounted to the central body rotatably about a respective vertical axis to allow adjustment of a track width of the vehicle by rotating the legs wherein the legs are mechanically coupled to transmit rotation between the legs about their respective vertical axes and the central body or the three or more legs are configured to support a sensor to scan plants. a central body; three or more legs extending from the central body to support a wheel on each leg;
An implantable repair device for the repair, augmentation or replacement of tissue, wherein the device comprises a body comprising silk fibroin, said body providing a smooth surface and a porous surface, and the smooth surface comprises a surface of a skin on said body, wherein the body comprises a first portion comprising the skin and a second portion comprising the porous surface, wherein the first and second portions are formed integrally, and wherein the device comprises biocompatible individual fibres or a fibre lay.
An I.V. flush syringe assembly comprising: a barrel having an inside surface defining a chamber for retaining fluid, an open proximal end and a distal end including a distal wall with an elongate tip extending distally therefrom having a passageway therethrough in fluid communication with said chamber; and a plunger including an elongate body portion having a proximal end, a distal end including a base extending axially therefrom in a distal direction having a first portion with a first outer diameter connected to the distal end of the elongate body portion and a second portion extending axially in a distal direction from the first portion, wherein the second portion includes a stopper releasably supported by said base and being slidably positioned in fluid-tight engagement with said inside surface of said barrel for drawing fluid into and driving fluid out of said chamber by movement of said stopper relative to said barrel, said elongate body portion extending outwardly from said open proximal end of said barrel, said stopper having a distal end and a proximal end, characterized in that said second portion includes threads, wherein said stopper is releasably disposed on the base by threaded engagement with the threads on the second portion of the base to have a relief at a distance D between the proximal end of the stopper and the distal end of the elongate body portion and having an annular groove concentrically surrounding said base, wherein the annular groove has an consistent inner diameter that is the same as the first outer diameter of the first portion of the base; said relief and annular groove creating a structure, wherein said structure allows the proximal end of the stopper to be more flexible at its proximal end than at its distal end in response to proximally directed force on said stopper and so that the proximal end of the stopper absorbs compressive force to minimize deflection of said stopper at its distal end when fluid has been delivered from said chamber and said stopper is in contact with said distal wall.
Use of a transition metal silicate hydrate as an accelerating admixture for hydraulic binders, the transition metal silicate hydrate having general formula aMe x O y ·bMO·cAl 2 O 3 ·SiO 2 ·dH 2 O 1) where - Me represents a transition metal whose molar coefficient a is in a range between 0.001 and 2, preferably between 0.01 and 1; - M represents an alkaline earth metal whose molar coefficient b is in a range between 0 and 2, preferably between 0.3 and 1.6; - The molar coefficient c for Al 2 O 3 is in a range between 0 and 2, preferably between 0.1 and 1; - H 2 O represents the hydration water of the silicate hydrate whose molar coefficient d can vary within a wide range between 0.5 and 20; - x and y can both be equal to 1 or different, depending on the valence of the transition metal, given that the valence of the oxygen atom in the metal oxide is equal to 2; said transition metal silicate hydrate being in form of particles with a diameter lower than 1,000 nm. - Me represents a transition metal whose molar coefficient a is in a range between 0.001 and 2, preferably between 0.01 and 1; - M represents an alkaline earth metal whose molar coefficient b is in a range between 0 and 2, preferably between 0.3 and 1.6; - The molar coefficient c for Al 2 O 3 is in a range between 0 and 2, preferably between 0.1 and 1; - H 2 O represents the hydration water of the silicate hydrate whose molar coefficient d can vary within a wide range between 0.5 and 20; - x and y can both be equal to 1 or different, depending on the valence of the transition metal, given that the valence of the oxygen atom in the metal oxide is equal to 2;
A masking tape comprising: a backing having a top surface, a bottom surface, and at least a first edge extending between the top surface and the bottom surface; a layer of adhesive on the bottom surface of the backing; and a release structure on the top surface of the backing, the release structure comprising: a pressure-chromic indicator and a release layer; wherein the pressure-chromic indicator comprises a color precursor and a developer; wherein at least one of the color precursor and the developer are microencapsulated; and wherein the pressure-chromic indicator is not activated by the pressure applied during the manufacturing process, but is activated by the pressure applied when the tape is rubbed or dispensed onto an adherend. a backing having a top surface, a bottom surface, and at least a first edge extending between the top surface and the bottom surface; a layer of adhesive on the bottom surface of the backing; and a release structure on the top surface of the backing, the release structure comprising: a pressure-chromic indicator and a release layer; wherein the pressure-chromic indicator comprises a color precursor and a developer; wherein at least one of the color precursor and the developer are microencapsulated; and wherein the pressure-chromic indicator is not activated by the pressure applied during the manufacturing process, but is activated by the pressure applied when the tape is rubbed or dispensed onto an adherend.
A method for identifying a compound that inhibits GPR84-agonist stimulated chemotaxis, said method comprising: a. exposing a population of cells expressing a GPR84 polypeptide comprising amino acid sequence SEQ ID NO: 1 to a test compound in the presence of a GPR84 agonist in a system suitable for measuring chemotaxis; b. measuring the inhibition of chemotaxis of said cells in said system, wherein said measurement is the number of migrated cells; and c. comparing the compound to be tested to a suitable control a. exposing a population of cells expressing a GPR84 polypeptide comprising amino acid sequence SEQ ID NO: 1 to a test compound in the presence of a GPR84 agonist in a system suitable for measuring chemotaxis; b. measuring the inhibition of chemotaxis of said cells in said system, wherein said measurement is the number of migrated cells; and c. comparing the compound to be tested to a suitable control
A pig which is insertable at least partly within a fabric liner sleeve located in a duct and which is capable of heating the liner sleeve in situ in the duct to melt thermoplastic material of the liner sleeve to form, on subsequent cooling of the melted thermoplastic material, a rigid liner in the duct, wherein the pig comprises: a gas inlet for receiving pressurised gas; a heating chamber in which the pressurised gas is heated; and a gas outlet via which pressurised gas heated in the heating chamber is deliverable to the fabric liner sleeve; wherein the pig comprises a tree diffuser located in the heating chamber via which pressurised gas can be delivered into the heating chamber; and the tree diffuser has a plurality of branch pipes (30, 31, 32; 27, 28, 29; 34, 35, 36, 37, 38, 39) each comprising at least one gas delivery aperture, each branch pipe (30, 31, 32; 27, 28, 29; 34, 35, 36, 37, 38, 39) extending outwardly from a trunk portion of the tree diffuser. a gas inlet for receiving pressurised gas; a heating chamber in which the pressurised gas is heated; and a gas outlet via which pressurised gas heated in the heating chamber is deliverable to the fabric liner sleeve; wherein the pig comprises a tree diffuser located in the heating chamber via which pressurised gas can be delivered into the heating chamber; and the tree diffuser has a plurality of branch pipes (30, 31, 32; 27, 28, 29; 34, 35, 36, 37, 38, 39) each comprising at least one gas delivery aperture, each branch pipe (30, 31, 32; 27, 28, 29; 34, 35, 36, 37, 38, 39) extending outwardly from a trunk portion of the tree diffuser.
A hydraulic drive system for driving an apparatus, with a drive unit which can drive the apparatus via a primary hydraulic circuit comprising a first hydraulic displacement machine and a second hydraulic displacement machine, and with a third hydraulic displacement machine which is connectable or connected with the apparatus for transmitting mechanical energy, and a high-pressure accumulator which is hydraulically connected or connectable with the third displacement machine, so that via the third hydraulic displacement machine an energy recovery or a support of the drive system can be effected, which is independent of the primary hydraulic circuit, wherein shafts of the second hydraulic displacement machine and the third hydraulic displacement machine are connectable or connected with a drive shaft of the apparatus for transmitting mechanical energy, characterized in that the high-pressure accumulator can be charged by a hydraulic displacement machine which is connected or connectable with the drive unit for transmitting mechanical energy such that a direct conversion of the mechanical energy supplied by the drive unit into hydraulic energy is effected by the hydraulic displacement machine.
A protective element for a dance shoe, intended to be inserted in the front part of said dance shoe, comprising a shell intended to encase at least the user's toes, characterized in that said shell forms a rigid, integral single-piece assembly consisting of an inner portion intended to be in contact with the user's toes and formed in an elastomer, preferably of SEBS type, having a first hardness substantially in the range of [0 shore A; 40 Shore A], preferably substantially of 0 shore A, by overmolding on the inside of an outer portion, opposite said inner portion, formed of a rigid material having a second hardness greater than said first hardness.
Halogen-free polymer mixture for use in insulation and/or coating of electrical cables or lines, based on at least one thermoplastic polymer, and containing aluminium hydroxide as a flame retardant, characterised in that: - a thermoplastic polymer having the following composition: - 0-50 phr ethylene-vinyl acetate copolymer - 0-50 phr polyethylene - 20 - 100 phr polypropylene-ethylene copolymer and/or polypropylene - 100 - 250 phr ground aluminium hydroxide, - 0-100 phr mineral filler, - 0-10 phr additives, comprising anti-ageing agents, UV stabilisers, colourants, and/or processing aids, are used, - the ground aluminium hydroxide has a specific surface of rer 5.0 m2/g - 15,0 m2/g according to DIN 9277 and an average granular size of 2.5 - 5.5 μm according to ISO 13320-1, and - that a coating of the polymer mixture containing this polymer, applied to electrical cables or lines by means of extrusion for the purpose of insulation and/or coating, has a tensile strength of at least 8 MPa at room temperature and an elongation at break of at least 125%. - a thermoplastic polymer having the following composition: - 0-50 phr ethylene-vinyl acetate copolymer - 0-50 phr polyethylene - 20 - 100 phr polypropylene-ethylene copolymer and/or polypropylene - 100 - 250 phr ground aluminium hydroxide, - 0-100 phr mineral filler, - 0-10 phr additives, comprising anti-ageing agents, UV stabilisers, colourants, and/or processing aids, are used, - the ground aluminium hydroxide has a specific surface of rer 5.0 m2/g - 15,0 m2/g according to DIN 9277 and an average granular size of 2.5 - 5.5 μm according to ISO 13320-1, and - that a coating of the polymer mixture containing this polymer, applied to electrical cables or lines by means of extrusion for the purpose of insulation and/or coating, has a tensile strength of at least 8 MPa at room temperature and an elongation at break of at least 125%.
A winding method of winding for a rotation angle detecting or synchronizing apparatus comprising: a stator having a plurality of stator teeth formed as an annular chain of stator teeth; a rotor disposed to be rotatable relative to the stator; an exciting wire to which an exciting signal is input, the exciting wire being wound around each of the stator teeth in order such that directions of winding at adjacent stator teeth are opposite to each other; and an output wire group (5, 51, 52) formed by connecting output wires (51b, 51d, 51f, 51g, 52a, 52c, 52e, 52g) each wound around each of the stator teeth in series with each other, the output wire group (5,51,52) outputting magnetic flux generated by the exciting wire and changing in correspondence to a rotation angle of the rotor, as a sine-wave signal, and wherein when a number is assigned to each of the plurality of stator teeth in accordance with order of arrangement of the stator teeth, number of turns W(k) of the output wire(51b,51d,51f,51g,52a,52c,52e,52g) wound around a k-th stator tooth of the stator teeth is set by following equation: [Eq. 1] W k = MaxTrn • - 1 k • cos 2 ⁢ kπ • X S + φ where MaxTrn denotes the maximum number of turns at each of the stator teeth; S denotes the number of slots; X denotes the number of poles of the rotor; and Φ denotes the phase adjusting parameter. a stator having a plurality of stator teeth formed as an annular chain of stator teeth; a rotor disposed to be rotatable relative to the stator; an exciting wire to which an exciting signal is input, the exciting wire being wound around each of the stator teeth in order such that directions of winding at adjacent stator teeth are opposite to each other; and an output wire group (5, 51, 52) formed by connecting output wires (51b, 51d, 51f, 51g, 52a, 52c, 52e, 52g) each wound around each of the stator teeth in series with each other, the output wire group (5,51,52) outputting magnetic flux generated by the exciting wire and changing in correspondence to a rotation angle of the rotor, as a sine-wave signal, and wherein when a number is assigned to each of the plurality of stator teeth in accordance with order of arrangement of the stator teeth, number of turns W(k) of the output wire(51b,51d,51f,51g,52a,52c,52e,52g) wound around a k-th stator tooth of the stator teeth is set by following equation: [Eq. 1] W k = MaxTrn • - 1 k • cos 2 ⁢ kπ • X S + φ where MaxTrn denotes the maximum number of turns at each of the stator teeth; S denotes the number of slots; X denotes the number of poles of the rotor; and Φ denotes the phase adjusting parameter. where MaxTrn denotes the maximum number of turns at each of the stator teeth; S denotes the number of slots; X denotes the number of poles of the rotor; and Φ denotes the phase adjusting parameter.
A method for transmitting a Channel State Information-Reference Signal, CSI-RS, from a base station supporting multiple transmit antennas to a mobile station, the method comprising: transmitting, at the base station, information of one or more CSI-RS configurations to the mobile station, wherein the one or more CSI-RS configurations include at least one of one CSI-RS configuration for which the mobile station assumes non-zero transmission power for the CSI-RS or at least one CSI-RS configuration for which the mobile station assumes zero transmission power for the CSI-RS; mapping, at the base station, CSI-RSs to resource elements of a downlink subframe based on the one or more CSI-RS configurations; and transmitting, at the base station, the downlink subframe mapped with the CSI-RSs to the mobile station, wherein the CSI-RSs of the at least one CSI-RS configuration for which the mobile station assumes non-zero transmission power for the CSI-RS are used for a channel quality measurement of CSI feedback, wherein the CSI-RSs of the at least one CSI-RS configuration for which the mobile station assumes zero transmission power for the CSI-RS are used for an interference measurement of CSI feedback. transmitting, at the base station, information of one or more CSI-RS configurations to the mobile station, wherein the one or more CSI-RS configurations include at least one of one CSI-RS configuration for which the mobile station assumes non-zero transmission power for the CSI-RS or at least one CSI-RS configuration for which the mobile station assumes zero transmission power for the CSI-RS; mapping, at the base station, CSI-RSs to resource elements of a downlink subframe based on the one or more CSI-RS configurations; and transmitting, at the base station, the downlink subframe mapped with the CSI-RSs to the mobile station, wherein the CSI-RSs of the at least one CSI-RS configuration for which the mobile station assumes non-zero transmission power for the CSI-RS are used for a channel quality measurement of CSI feedback, wherein the CSI-RSs of the at least one CSI-RS configuration for which the mobile station assumes zero transmission power for the CSI-RS are used for an interference measurement of CSI feedback.