mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for anomaly detection, the method comprising: utilizing one or more processors and associated memory storing one or more programs for execution by the one or more processors, the one or more programs including instructions for: receiving operational and dynamics data from a plurality of sensors associated with a plurality of devices, optionally wherein the devices comprise gas turbine combustor cans; filtering the data; establishing a set of baseline dynamics data including calculating a reference mean for each dynamic based on identifying historical data values a. relating to a sliding time window, or b. corresponding to a database query establishing reference data requirements and tolerances; identifying previous points in time that satisfy said data requirements and tolerances; and averaging the value of dynamics data related to said identified points in time; subtracting the reference mean from the dynamics data for each device; calculating the non-uniformity of each device relative to other devices; analyzing changes in one device relative to changes in the other devices; generating an expected level of data variation; identifying an anomaly based on a deviation of the device data from the baseline data normalized by the expected level of data variation; optionally correlating the anomaly with potential causes; and providing an output indicating the anomaly. receiving operational and dynamics data from a plurality of sensors associated with a plurality of devices, optionally wherein the devices comprise gas turbine combustor cans; filtering the data; establishing a set of baseline dynamics data including calculating a reference mean for each dynamic based on identifying historical data values a. relating to a sliding time window, or b. corresponding to a database query establishing reference data requirements and tolerances; identifying previous points in time that satisfy said data requirements and tolerances; and averaging the value of dynamics data related to said identified points in time; a. relating to a sliding time window, or b. corresponding to a database query establishing reference data requirements and tolerances; identifying previous points in time that satisfy said data requirements and tolerances; and averaging the value of dynamics data related to said identified points in time; subtracting the reference mean from the dynamics data for each device; calculating the non-uniformity of each device relative to other devices; analyzing changes in one device relative to changes in the other devices; generating an expected level of data variation; identifying an anomaly based on a deviation of the device data from the baseline data normalized by the expected level of data variation; optionally correlating the anomaly with potential causes; and providing an output indicating the anomaly.
A method for preparing, from one cell, at least two selected from the group consisting of a protein, DNA, and RNA, comprising performing nuclear and cytoplasmic separation by: treating the cell with a surfactant solution that lyses cell membranes but does not lyse nuclear membranes in that the surfactant has a concentration not lower than its critical micelle concentration and within 10 times its critical micelle concentration, wherein the critical micelle concentration refers to the minimal concentration of the surfactant necessary for forming a micelle of the surfactant; homogenizing the treated cell solution by passing the treated cell solution thus obtained through such a pore as to be impenetrable to cells but allow nuclei to pass therethrough; and further passing the treated cell solution thus obtained through a filter comprising a membrane having such a pore size as to be impenetrable to nuclei but allow cytoplasmic ribosomes to pass therethrough; and then extracting at least two of a protein, DNA, and RNA. treating the cell with a surfactant solution that lyses cell membranes but does not lyse nuclear membranes in that the surfactant has a concentration not lower than its critical micelle concentration and within 10 times its critical micelle concentration, wherein the critical micelle concentration refers to the minimal concentration of the surfactant necessary for forming a micelle of the surfactant; homogenizing the treated cell solution by passing the treated cell solution thus obtained through such a pore as to be impenetrable to cells but allow nuclei to pass therethrough; and further passing the treated cell solution thus obtained through a filter comprising a membrane having such a pore size as to be impenetrable to nuclei but allow cytoplasmic ribosomes to pass therethrough;
A seat unit comprising: - a seat, - at least one environmental element (13, 14, 28) associated with the seat, and - a noise attenuating panel fixed to a face of the environmental element (13, 14, 28), said noise attenuating panel comprising a covering layer, characterized in that said noise attenuating panel further comprises a support plate comprising at least one sound-permeable portion provided with at least one through-hole, said support plate being arranged such that an empty space is provided between said sound-permeable portion and the face of the environmental element (13, 14, 28) of the seat. - a seat, - at least one environmental element (13, 14, 28) associated with the seat, and - a noise attenuating panel fixed to a face of the environmental element (13, 14, 28), said noise attenuating panel comprising a covering layer,
Method for increasing the capacity of a green alga to produce hydrogen, characterised in that it comprises transforming said alga with a polynucleotide coding for a type II NAD H dehydrogenase (NDH-II) and expressing said NDH-II in said alga, said NDH-II: - having at least one copy of the consensus motif GxGxxG, wherein "G" represents a glycine and "x" represents any amino acid, - having the ability to catalyse the reduction of quinones of electron transport chains by oxidation of NADH or NADPH, using a flavin cofactor, and - being, in its active form, a monomer of from 30 to 60 kDa or a homodimer. - having at least one copy of the consensus motif GxGxxG, wherein "G" represents a glycine and "x" represents any amino acid, - having the ability to catalyse the reduction of quinones of electron transport chains by oxidation of NADH or NADPH, using a flavin cofactor, and - being, in its active form, a monomer of from 30 to 60 kDa or a homodimer.
A dispensing apparatus for strips of coiled flexible material, and having at regular intervals tear lines to form the strips, said apparatus comprises a casing receiving said coil, said casing having a circular opening for the passage and distribution of a strip under a tensile stress, the apparatus comprising at least one washer fixed on the casing concentrically with the distribution opening, the internal diameter of said at least one washer being smaller than the diameter of the opening, said one or more washers being made of an elastomeric material capable of being deformed under the effect of the material distribution through said opening to achieving, concomitantly, a strip cut according to a tear line characterized in that said one or more washers cooperate(s) with an element manually operable to reduce at will the exit space formed through the internal diameter of the said one or more washer(s) and the said element, and in that the manually operable element is a hollowed disk bounding a circular opening whose diameter is greater than the internal diameter of the one or more washers, the disk being fixed at the one or more washers with a capacity for angular displacement and eccentrically with respect to said one or more washers for positioning the opening of the disc at different orientations relative to the internal diameter of the one or more washers.
A combined inverter, comprising: at least two separate box bodies (1, 2) connected detachably, wherein the combined inverter comprises an inverter unit, a filtering unit, a control unit, a converging unit, a booster unit, a communication unit, and a switch fitting, which are respectively placed in the at least two separate box bodies (1, 2), at least one electrical connection terminal (13, 23) is configured to be arranged outside each of the at least two separate box bodies (1, 2), and the electrical connection terminal (13, 23) of one of the at least two separate box bodies (1,2) is configured to be capable of being connected to the electrical connection terminal (13, 23) of another of the at least two separate box bodies (1, 2), and a connector, wherein the at least two separate box bodies (1, 2) are configured to be connected detachably via the connector, wherein the connector is configured to be provided with a clamping plate extended in a direction, the at least two separate box bodies (1, 2) are configured to be provided with clamping grooves (11, 21) respectively, the box bodies (1, 2) are configured to be arranged side by side when the clamping grooves (11, 21) are clamped with the clamping plate.
A fiber for protein adsorption, wherein said fiber has a water absorption percentage of 1 to 50 wt% measured according to the specification under the heading "Measurement of Water Absorption Percentage"; and said fiber comprises a polymer selected from the group consisting of polystyrene and polysulfone containing as repeat units an aromatic hydrocarbon, wherein part of aromatic rings contained in said repeat units are cross-linked through a structure represented by the following General Formula: wherein A is selected from an aliphatic group, aromatic group, and amino group, and each wavy line represents a position bound to an aromatic ring, wherein the number of aromatic rings shown in General Formula with respect to the total number of aromatic rings contained in said cross-linked polymer is 4 to 70% measured according to the specification under the heading "Confirmation of Aromatic Rings and Structures Represented by General Formula I".
A method of making droplets distributed in an aqueous medium comprising bringing into contact (i) an organic solution comprising 4-vinylphenyl boronic acid present in an amount of 0.0015% to 0.03% by weight based on the weight of the organic solution, and (ii) an aqueous solution comprising polyvinyl alcohol (i) an organic solution comprising 4-vinylphenyl boronic acid present in an amount of 0.0015% to 0.03% by weight based on the weight of the organic solution, and (ii) an aqueous solution comprising polyvinyl alcohol
An electric shaver comprising a shaver housing, a shaver head coupled with said shaver housing, said shaver head being provided with at least one wing (10; 10a, 10b), wherein the wing (10; 10a, 10b) comprises at least one cutter unit (4, 5) with a first cutter element and a second cutter element, said shaver housing comprising a motor, said motor being coupled with a drive unit for driving either said first cutter element and/or said second cutter element in an oscillating manner along a first horizontal cutter oscillation axis, wherein said at least one cutter unit (4, 5) is arranged in the at least one wing (10; 10a, 10b), wherein said shaver head is tiltably supported by said shaver housing about a second horizontal tilting axis wherein the first horizontal cutter oscillation axis being perpendicular to a vertical axis and perpendicular to the second horizontal tilting axis, characterized in that the at least one wing (10; 10a, 10b) is supported pivotably relative to the shaver head about the first horizontal cutter oscillation axis or a third horizontal axis parallel to said first horizontal cutter oscillation axis.
Adhesive wound dressing which comprises an absorbent matrix adhering to a central portion of a polyurethane backing having an adhesive layer for the skin, said matrix comprising: a. a breathable and porous polyethylene film the surface whereof is intended to come into contact with the wound; b. an absorbent non-woven fabric layer adjacent to film a), said absorbent layer consisting of: i. 60-65% viscose ii. 25-30% polyester iii. 5-15% polypropylene; c. an adhesive polyethylene layer inserted between layer b) and a layer d. of hydrophobic polystyrene, the latter being in contact with the central portion of polyurethane backing; wherein matrix is impregnated with a solution of one or more polysaccharides, or salts thereof. a. a breathable and porous polyethylene film the surface whereof is intended to come into contact with the wound; b. an absorbent non-woven fabric layer adjacent to film a), said absorbent layer consisting of: i. 60-65% viscose ii. 25-30% polyester iii. 5-15% polypropylene; i. 60-65% viscose ii. 25-30% polyester iii. 5-15% polypropylene; c. an adhesive polyethylene layer inserted between layer b) and a layer d. of hydrophobic polystyrene, the latter being in contact with the central portion of polyurethane backing;
A mould for welding two longitudinal portions of rail arranged to be disposed on said portions of rail and defining a welding volume configured, on the one hand, to receive a liquid welding metal and, on the other hand, so that the space defined by the welding volume in its lower half is greater than the space defined by the welding volume in its upper part, the welding mould being characterised in that the welding volume is gradually flared at least at its lower half along a direction both parallel and perpendicular to the longitudinal axis of the portions of rails so as to form a weld the width of which is greater at its base than at its median part.
An apparatus (10; 110; 210; 310; 410) for cavitation peening, comprising: a fluid source (20; 120; 312; 420), a first pump device (22; 122; 314; 422) configured to receive a first, inner fluid stream (26; 120; 320) from the fluid source, a second pump device (14; 124; 316; 424) configured to receive a second, outer fluid stream (28; 222; 322) from the fluid source, a nozzle assembly (12; 112; 210; 412) configured to be translated over a stationary treatment area (114; 414) on a work piece, each of the pump devices being connected to a nozzle of the nozzle assembly via a flexible conduit (16, 18; 224, 226; 320, 322; 416, 418), the nozzle assembly comprising a co-flow nozzle and being configured to receive and mix the inner and outer streams of fluid to generate a cloud of cavitation bubbles, the nozzle assembly comprising a tip and a laser distance sensor, wherein the first pump device pumps the first fluid stream at a first pressure, and the second pump device pumps the second fluid stream at a second pressure, the first pressure being higher than the second pressure; and wherein the laser distance sensor is calibrated to determine a stand-off distance between the tip and a point of contact of the inner stream of fluid from the co-flow nozzle and the treatment surface (14; 254) of the work piece. a fluid source (20; 120; 312; 420), a first pump device (22; 122; 314; 422) configured to receive a first, inner fluid stream (26; 120; 320) from the fluid source, a second pump device (14; 124; 316; 424) configured to receive a second, outer fluid stream (28; 222; 322) from the fluid source, a nozzle assembly (12; 112; 210; 412) configured to be translated over a stationary treatment area (114; 414) on a work piece, each of the pump devices being connected to a nozzle of the nozzle assembly via a flexible conduit (16, 18; 224, 226; 320, 322; 416, 418), the nozzle assembly comprising a co-flow nozzle and being configured to receive and mix the inner and outer streams of fluid to generate a cloud of cavitation bubbles, the nozzle assembly comprising a tip and a laser distance sensor, wherein the first pump device pumps the first fluid stream at a first pressure, and the second pump device pumps the second fluid stream at a second pressure, the first pressure being higher than the second pressure; and wherein the laser distance sensor is calibrated to determine a stand-off distance between the tip and a point of contact of the inner stream of fluid from the co-flow nozzle and the treatment surface (14; 254) of the work piece.
A method of communication comprising the steps of: transmitting forward link traffic information; adding swapping signaling information to a forward link signaling channel, wherein said swapping signaling information indicates which at least one of a plurality of antenna elements (308; 318) is used to retransmit traffic information; receiving a Negative ACKnowledgement, NACK, message over a reverse link channel, if forward link traffic information has been received in error; and retransmitting forward link traffic information which has been received in error using said at least one of the plurality of antenna elements. transmitting forward link traffic information; adding swapping signaling information to a forward link signaling channel, wherein said swapping signaling information indicates which at least one of a plurality of antenna elements (308; 318) is used to retransmit traffic information; receiving a Negative ACKnowledgement, NACK, message over a reverse link channel, if forward link traffic information has been received in error; and retransmitting forward link traffic information which has been received in error using said at least one of the plurality of antenna elements.
A composite article (300, 300b, 300c), comprising: a plurality of fiber tows; and a network comprising layers (306a, 306b) connected by pillars, wherein: each of a plurality of the pillars are drawn from one of the layers and pass through a different space between the fiber tows so as to connect the one of the layers to another of the layers, and the network forms a physical barrier reducing propagation of cracks in the composite article; wherein the layers (306a, 306b) and the pillars comprise material used for additive manufacturing. a plurality of fiber tows; and a network comprising layers (306a, 306b) connected by pillars, wherein: each of a plurality of the pillars are drawn from one of the layers and pass through a different space between the fiber tows so as to connect the one of the layers to another of the layers, and the network forms a physical barrier reducing propagation of cracks in the composite article; wherein the layers (306a, 306b) and the pillars comprise material used for additive manufacturing. each of a plurality of the pillars are drawn from one of the layers and pass through a different space between the fiber tows so as to connect the one of the layers to another of the layers, and the network forms a physical barrier reducing propagation of cracks in the composite article; wherein the layers (306a, 306b) and the pillars comprise material used for additive manufacturing.
A charging pad (600, 700a, 700b) for a vehicle comprising: a first coil structure (620, 720) formed from a wire shaped to form: a first coil section (622, 722) located proximal the ends of the wire and wound about a first pole in a first direction from the inside out; and a second coil section (624, 724) coplanar with the first coil section (622, 722) and located distal the wire ends and wound about a second pole in a second direction opposite the first direction from the outside in; a second coil structure (640, 740); and a ferrite block structure (660, 760), the ferrite block structure including two ferrite block sections (662a, 662b, 762a, 762b) separated by a longitudinally extending slot (664, 764), characterized in that the wire extending from the first coil structure (620, 720) and at least one wire extending from the second coil structure (640, 740) extending through a portion of the longitudinally extending slot in the ferrite block structure. a first coil structure (620, 720) formed from a wire shaped to form: a first coil section (622, 722) located proximal the ends of the wire and wound about a first pole in a first direction from the inside out; and a second coil section (624, 724) coplanar with the first coil section (622, 722) and located distal the wire ends and wound about a second pole in a second direction opposite the first direction from the outside in; a first coil section (622, 722) located proximal the ends of the wire and wound about a first pole in a first direction from the inside out; and a second coil section (624, 724) coplanar with the first coil section (622, 722) and located distal the wire ends and wound about a second pole in a second direction opposite the first direction from the outside in; a second coil structure (640, 740); and a ferrite block structure (660, 760), the ferrite block structure including two ferrite block sections (662a, 662b, 762a, 762b) separated by a longitudinally extending slot (664, 764), characterized in that the wire extending from the first coil structure (620, 720) and at least one wire extending from the second coil structure (640, 740) extending through a portion of the longitudinally extending slot in the ferrite block structure.
Bag with a filling space for bulk material which is delimited by a lower base, a circumferential wall and an upper filling space termination facing away from the lower base, and with at least one tear-off strip to release an opening field of the bag which is delimited by an upper tear line and a lower tear line, wherein both tear lines (14, 16) run parallel to the upper filling space termination and the upper tear line is positioned between the upper filling space termination and the lower tear line, wherein the bag has a longitudinal seam which opens transversely to the upper filling space termination, the upper and the lower tear line (14, 16) begin in the region of the longitudinal seam and the longitudinal seam is formed to be weaker in the region between the two tear lines (14, 16) than above the upper tear line and below the lower tear line, wherein the bag is a side gusset bag with a front side and a rear side which are connected to one another via a first side wall and a second side wall, wherein the side walls (32, 34) are formed in each case by side gussets, and the tear lines (14, 16) extend transversely over at least 80% of the width (a) of the front side or the width of the rear side, in particular over the entire width (a) of the front side or the entire width of the rear side, the region of the side gussets is, however, free of the tear lines (14, 16), and wherein the upper filling space termination has a fingertip bearing region on its inside facing the filling space, which is formed by a material fold between a first limb and a second limb of the bag, wherein the first limb extends from the upper tear line up to the material fold and the second limb adjoins this starting from the material fold, characterized in that the two limbs (42, 44) enclose, in the state with an opened opening field of a bag filled with filling material when carrying the bag by engagement into the opening field, an angle of no more than 135 degrees, and that the distance (b) from the upper tear line to the material fold is 30 to 65 mm, the distance (c) from the lower tear line to the upper tear line is 15 to 25 mm and the circumferential wall of the bag has a front side and a rear side, wherein both tear lines (14, 16) are arranged centred either on the front side or on the rear side of the bag and extend over 15 to 35% of the circumference of the bag.
Intra-aneurysm device for the treatment of an aneurysm, comprising a braided structure, with mesh, made with a plurality of wires, the braided structure comprising a head intended to be inserted into the aneurysm, the head being able to significantly reduce blood flow in the aneurysm, said head having a dome shape, the device being characterised in that the braided structure comprises at a proximal end of said braided structure a node connected to the head, and in that, at its distal end opposite to said proximal end, the head is formed of ends of wires, at least some of which are mechanically connected together.