mhurhangee/ep-ind-claims huggingface dataset:
Hood for a garment or as part of a garment, particularly a garment for protective and/or military purposes, such as an NBC protective suit or the like, having at least one opening (2, 4) to receive a piece of equipment, such as a protective mask, a part of a body or a portion of the garment, such as a collar or the like, wherein at least one of the openings (2, 4) delimits the outer edge portion (5, 6) for sealing application against the piece of equipment, the part of the body or the portion of the garment in the position of use, wherein the outer edge portion (5, 6) is adjacent to an enveloping part of the hood made of a first hood material, characterized in that the outer edge portion has an elastically deformable bead-shaped thickening, or is in the form of an elastically deformable bead-like thickening, wherein the thickening surrounds a filler material and is made of at least a second hood material that is adjacent to the inside of a piece of equipment, the part of the body or the portion of the garment, when in the position of use.
A winding machine for winding a wire (f) on one or more poles arranged inside a cylindrical surface, particularly for winding turns of conducting wire (f) on the magnetic poles of stators, which comprises one or more winding assemblies which comprise a supporting structure which supports a spindle which extends longitudinally along a spindle axis, and which is provided, at a longitudinal end of said spindle, with a head which supports a wire guiding tube which is movable with respect to said spindle, said spindle being rotatable about said spindle axis and translatable along said spindle axis, said spindle and said wire guiding tube being functionally connected to at least one motor-transmission assembly, so that they are actuated by the latter, wherein each one of said one or more winding assemblies is coupled to at least one wire tensioning assembly for automatically adjusting the tension of the wire (f) that is wound by way of said spindle, said wire tensioning assembly being arranged adjacent and laterally to said winding assembly in an operative condition and comprising a series of elements that define a path for the wire (f) and which comprise: - a wire takeup arm, which protrudes laterally from said wire tensioning assembly and extends toward said spindle axis, wherein the takeup arm is provided, at a distal end with respect to the wire tensioning assembly, with a takeup pulley which rotates about a takeup axis orthogonal to the spindle axis, wherein the takeup pulley is arranged above the spindle, so that the wire (f) is fed by the takeup pulley to the wire guiding tube, passing along the spindle axis (Yl), and - a wire pushing and braking element, provided with an adjustment pulley which can rotate about an adjustment axis which is orthogonal to said spindle axis, said wire takeup arm lying in a plane which is orthogonal to said adjustment axis. - a wire takeup arm, which protrudes laterally from said wire tensioning assembly and extends toward said spindle axis, wherein the takeup arm is provided, at a distal end with respect to the wire tensioning assembly, with a takeup pulley which rotates about a takeup axis orthogonal to the spindle axis, wherein the takeup pulley is arranged above the spindle, so that the wire (f) is fed by the takeup pulley to the wire guiding tube, passing along the spindle axis (Yl), and - a wire pushing and braking element, provided with an adjustment pulley which can rotate about an adjustment axis which is orthogonal to said spindle axis, said wire takeup arm lying in a plane which is orthogonal to said adjustment axis.
An image processing apparatus comprising: a filtering unit configured to extract a pixel having a high similarity to a pixel of interest by comparing signal values of the pixel of interest and its neighboring pixels in a process-target area containing the pixel of interest in a process-target image, and perform operations for filtering processing by using the extracted pixel; and a processing-repetition number decision unit configured to determine the number of repetitions of the filtering processing based on a predetermined condition held by a process-target pixel or the process-target area, the filtering processing being repeated while setting a result of the filtering processing obtained by the filtering unit as a new signal value of the pixel of interest; wherein the processing-repetition number decision unit is configured to determine the number of repetitions of the filtering processing based on a distance between a focus point of the process-target image and the process-target area. a filtering unit configured to extract a pixel having a high similarity to a pixel of interest by comparing signal values of the pixel of interest and its neighboring pixels in a process-target area containing the pixel of interest in a process-target image, and perform operations for filtering processing by using the extracted pixel; and a processing-repetition number decision unit configured to determine the number of repetitions of the filtering processing based on a predetermined condition held by a process-target pixel or the process-target area, the filtering processing being repeated while setting a result of the filtering processing obtained by the filtering unit as a new signal value of the pixel of interest; wherein the processing-repetition number decision unit is configured to determine the number of repetitions of the filtering processing based on a distance between a focus point of the process-target image and the process-target area.
An in vitro method for generating a lineage-specific precursor/progenitor cell population comprising the steps: a) obtaining a population of dendritic cells, wherein the dendritic cells are derived from peripheral blood mononuclear cells (PBMCs), b) activating the dendritic cell population obtained from step (a) by incubating for 0.5 hours to 3 days in a medium comprising at least one component selected from the group consisting of IL-10, IL-12, IL-18, TGF beta, bFGF and VEGF to produce an activated cell population, wherein the activated cell population comprises cells having increased expression of CD141, c) obtaining a population of PBMCs and enriching for stem/progenitor cells by negative selection of cells expressing CD8 and CD56 to produce an enriched stem/progenitor cell population, and d) co-culturing the enriched stem/progenitor cell population obtained in step (c) with the activated cell population obtained in step (b) to form a combined cell population, where the cells from step (b) induce in the combined population at least one process selected from the group consisting of: differentiation, expansion, activation, secretion of a molecule, and expression of a marker in the co-cultured cells, thereby generating an LSP cell population. a) obtaining a population of dendritic cells, wherein the dendritic cells are derived from peripheral blood mononuclear cells (PBMCs), b) activating the dendritic cell population obtained from step (a) by incubating for 0.5 hours to 3 days in a medium comprising at least one component selected from the group consisting of IL-10, IL-12, IL-18, TGF beta, bFGF and VEGF to produce an activated cell population, wherein the activated cell population comprises cells having increased expression of CD141, c) obtaining a population of PBMCs and enriching for stem/progenitor cells by negative selection of cells expressing CD8 and CD56 to produce an enriched stem/progenitor cell population, and d) co-culturing the enriched stem/progenitor cell population obtained in step (c) with the activated cell population obtained in step (b) to form a combined cell population, where the cells from step (b) induce in the combined population at least one process selected from the group consisting of: differentiation, expansion, activation, secretion of a molecule, and expression of a marker in the co-cultured cells, thereby generating an LSP cell population.
A jitter buffer control (100; 350; 490) for controlling a provision of a decoded audio content (312; 412) on the basis of an input audio content (310; 410), wherein the jitter buffer control is configured to select a frame-based time scaling or a sample-based time scaling in a signal-adaptive manner, such that a decision whether a frame-based time scaling or a sample-based time scaling is used is adapted to the characteristics of the audio signal.
A chimeric vesiculovirus comprising: (a) a first genomic fragment of a first vesiculovirus species; and (b) a second genomic fragment of a second vesiculovirus species different from said first vesiculovirus species, wherein said second genomic fragment comprises a 3' intergenic region, a nucleic acid encoding a G polypeptide, and a 5' IGR. (a) a first genomic fragment of a first vesiculovirus species; and (b) a second genomic fragment of a second vesiculovirus species different from said first vesiculovirus species, wherein said second genomic fragment comprises a 3' intergenic region, a nucleic acid encoding a G polypeptide, and a 5' IGR.
Device for lubricating a timing chain of a motor vehicle, comprising: - a bearing comprising two bearing elements which have a semi-cylindrical inner surface, which are fastened to one another along a contact surface, and which are capable of surrounding a rotatably moveable shaft, at one end of which is fixed a sprocket comprising a radial wall and surrounded by the chain, characterized in that at least one of said bearing elements comprising an oil-circulation circular groove on its inner semi-cylindrical surface, and in that the contact surface of said at least one bearing element comprises an oil-spraying groove which is substantially parallel to the axis of the shaft, which emerges from the bearing element, and which is connected to the oil-circulation circular groove. - a bearing comprising two bearing elements which have a semi-cylindrical inner surface, which are fastened to one another along a contact surface, and which are capable of surrounding a rotatably moveable shaft, at one end of which is fixed a sprocket comprising a radial wall and surrounded by the chain, characterized in that at least one of said bearing elements comprising an oil-circulation circular groove on its inner semi-cylindrical surface, and in that
A monophase hydraulic binder containing silicon, calcium, oxygen and hydrogen atoms in an arrangement comprising silicate building units having an average connectedness of smaller than or equal to Q 1.5 and silanol groups, with none or a part of the calcium atoms being substituted for by an atom M x+ sixfold or higher coordinated with oxygen which is selected from Na, K, Li, Mg, Sr, Ba, Mn, Fe[+II] or Al[+III] atoms and/or none or a part of the silicon atoms being substituted for by an atom M y+ tetrahedrally coordinated with oxygen which is selected from Al, Ge, B, P, Fe, Be, S or Ti atoms, the molar ratio of [CaO + (x/2) · (M x+ O x/2)]: [SiO 2 + M Y+ O y/2] having a value of 0.75 to 2.75 and the binder containing 3.5% to 20% by weight of H 2 O.
An Organic Light Emitting Diode, OLED, array substrate, comprising: a plurality of pixels arranged in an array on a same side of a base substrate, wherein: each pixel comprises a first sub-pixel and a second sub-pixel displaying different colors; wherein each sub-pixel comprises a light emitting unit (211a, 211b) and a control circuit (212a, 212b), wherein the area occupied by the light emitting unit of each sub-pixel (210a, 210b) does not overlap with each other: wherein the orthogonal projection of the light emitting unit of the first sub-pixel on the base substrate overlaps with the orthogonal projection of the control circuit of the second sub-pixel on the base substrate, characterized in that the orthogonal projection of the control circuit of the first sub-pixel on the base substrate overlaps with the orthogonal projection of the control circuit of the second sub-pixel on the base substrate. a plurality of pixels arranged in an array on a same side of a base substrate, wherein: each pixel comprises a first sub-pixel and a second sub-pixel displaying different colors; wherein each sub-pixel comprises a light emitting unit (211a, 211b) and a control circuit (212a, 212b), wherein the area occupied by the light emitting unit of each sub-pixel (210a, 210b) does not overlap with each other: wherein the orthogonal projection of the light emitting unit of the first sub-pixel on the base substrate overlaps with the orthogonal projection of the control circuit of the second sub-pixel on the base substrate, characterized in that the orthogonal projection of the control circuit of the first sub-pixel on the base substrate overlaps with the orthogonal projection of the control circuit of the second sub-pixel on the base substrate.
An apparatus comprising: multiple ports (102,104,106,108) configured to be coupled to multiple optical fibers and to transmit first optical signals and receive second optical signals over the optical fibers; a signal source configured to generate a first additional optical signal for inclusion with the first optical signals; a signal detector configured to detect a second additional optical signal included with the second optical signals; at least one pump configured to generate Raman pump power; at least one multiplexer configured to inject the Raman pump power onto at least one of the optical fibers; and a switch configured to selectively couple the signal source to one of the ports (102,104,106,108), the switch configured to couple the signal source to different ones of the ports (102,104,106,108) in different configurations of the switch, wherein the different configurations of the switch are based on whether the Raman pump power is used for forward or backward Raman amplification. multiple ports (102,104,106,108) configured to be coupled to multiple optical fibers and to transmit first optical signals and receive second optical signals over the optical fibers; a signal source configured to generate a first additional optical signal for inclusion with the first optical signals; a signal detector configured to detect a second additional optical signal included with the second optical signals; at least one pump configured to generate Raman pump power; at least one multiplexer configured to inject the Raman pump power onto at least one of the optical fibers; and a switch configured to selectively couple the signal source to one of the ports (102,104,106,108), the switch configured to couple the signal source to different ones of the ports (102,104,106,108) in different configurations of the switch, wherein the different configurations of the switch are based on whether the Raman pump power is used for forward or backward Raman amplification.
A dipole antenna module comprising: an antenna element comprising a first antenna element and a second antenna element; a power feeder comprising a feeding terminal and a ground terminal, formed at an end of the antenna element, the power feeder being connected to a cable to process an antenna signal, and a circuit board, characterised by further comprising: a ground part directly connected to a ground of the cable, wherein the ground part is arranged to ground the ground of the cable and the ground terminal of the power feeder, wherein the ground part is located at a preset gap from the antenna element and is grounded to a conductor of the circuit board; wherein the ground part is arranged to form a capacitance between the ground part and the antenna element, a radiation pattern and a radiation bandwidth of the antenna element being affected by the capacitance. an antenna element comprising a first antenna element and a second antenna element; a power feeder comprising a feeding terminal and a ground terminal, formed at an end of the antenna element, the power feeder being connected to a cable to process an antenna signal, and a circuit board, characterised by further comprising: a ground part directly connected to a ground of the cable, wherein the ground part is arranged to ground the ground of the cable and the ground terminal of the power feeder, wherein the ground part is located at a preset gap from the antenna element and is grounded to a conductor of the circuit board; wherein the ground part is arranged to form a capacitance between the ground part and the antenna element, a radiation pattern and a radiation bandwidth of the antenna element being affected by the capacitance. a ground part directly connected to a ground of the cable, wherein the ground part is arranged to ground the ground of the cable and the ground terminal of the power feeder, wherein the ground part is located at a preset gap from the antenna element and is grounded to a conductor of the circuit board; wherein the ground part is arranged to form a capacitance between the ground part and the antenna element, a radiation pattern and a radiation bandwidth of the antenna element being affected by the capacitance.
Method for determining a pitch probability of an industrial truck with at least three wheels, in which the normal force (F ZVL, F ZHL) acting in the z-direction is respectively determined for at least two wheels, in which at least two normal forces (F ZVL, F ZHL) are compared and the pitch probability of the industrial truck is determined on the basis of the result of comparison, characterized in that a yaw rate (v Gi), a transverse acceleration (a y) and a longitudinal acceleration (a x) are determined in order to determine the at least two normal forces (F ZVL, F ZHL).
A method for producing carbohydrate-enriched biomass comprising: (a) providing lignocellulosic biomass comprising lignin; (b) suspending the biomass of (a) in an organic solvent solution comprising water, an alcohol or an aprotic solvent and one or more alkylamines selected from the group consisting of methylamine and dimethylamine under alkaline conditions whereby a biomass-solvent suspension is formed, the organic solvent solution to biomass having a weight ratio of from 10 to 1 to 0.5 to 1; (c) heating the biomass-solvent suspension to a temperature of 100 °C to 220 °C for 5 minutes to 5 hours whereby lignin is fragmented and is dissolved in the suspension; and (d) filtering free liquid whereby the dissolved lignin is removed and whereby carbohydrate-enriched biomass is produced. (a) providing lignocellulosic biomass comprising lignin; (b) suspending the biomass of (a) in an organic solvent solution comprising water, an alcohol or an aprotic solvent and one or more alkylamines selected from the group consisting of methylamine and dimethylamine under alkaline conditions whereby a biomass-solvent suspension is formed, the organic solvent solution to biomass having a weight ratio of from 10 to 1 to 0.5 to 1; (c) heating the biomass-solvent suspension to a temperature of 100 °C to 220 °C for 5 minutes to 5 hours whereby lignin is fragmented and is dissolved in the suspension; and (d) filtering free liquid whereby the dissolved lignin is removed and whereby carbohydrate-enriched biomass is produced.
A flying object operating device configured to be included in a safety device mounted on a flying object, the flying object operating device comprising: an operating unit provided to operate the safety device; an abnormality detection unit configured to detect an operating state of the operating unit; a flight state detection unit configured to detect a flight state of the flying object; an energizing circuit that includes an energizing circuit switch for operating the operating unit; and a calculation unit configured to compare a detection result obtained by the abnormality detection unit and a detection result obtained by the flight state detection unit with respective thresholds set beforehand, and to turn on the energizing circuit switch based on the comparison result, the energizing circuit switch being configured to be turned on when the abnormality detection unit determines that there is no abnormality detection in the operating unit before and/or during flight, and when the flight state detection unit detects that the flying object is in flight state with the operation of the operating unit guaranteed. an operating unit provided to operate the safety device; an abnormality detection unit configured to detect an operating state of the operating unit; a flight state detection unit configured to detect a flight state of the flying object; an energizing circuit that includes an energizing circuit switch for operating the operating unit; and a calculation unit configured to compare a detection result obtained by the abnormality detection unit and a detection result obtained by the flight state detection unit with respective thresholds set beforehand, and to turn on the energizing circuit switch based on the comparison result, the energizing circuit switch being configured to be turned on when the abnormality detection unit determines that there is no abnormality detection in the operating unit before and/or during flight, and when the flight state detection unit detects that the flying object is in flight state with the operation of the operating unit guaranteed.
Article of clothing comprising a first layer including an opening defined by a first and a second edge (10, 20), each edge (10, 20) being delimited by a first and a second end (11, 12, 21, 22), the second end of the first edge and the second end of the second edge being attached to the first layer at the same level, characterized in that it comprises an adjustment means for modifying the position of the first end of the first edge with respect to the first end of the second edge such that the first edge deforms by protruding with respect to the second edge, the first edge defining, when it is deformed, an inlet for an air duct.
Foldable modular structure for fast-erecting tent or similar shelter, consisting of the assembly of profiled sections, generally of tubular type, and intended to support a canvas, said profiled sections allowing at least two opposing arches (1, 2) to be formed linked by at least two purlins including a ridge purlin, a first end of said ridge purlin being linked by an articulation to a first ridge part which comprises a first of said arches, characterised in that said articulation comprises, on the one hand, first pivoting means allowing said ridge purlin to pivot according to a transverse axis, parallel to the plane of the arch, in order to allow the purlin to fold parallel to said arch and, on the other hand, second pivoting means allowing the ridge purlin to pivot according to an axis perpendicular to the plane of the arch, and the second end of the ridge purlin comprises linking means for linking with a second ridge part that comprises a second of said arches, said linking means being arranged to provide a rigid but dismountable link in the common usage of the structure, between the ridge purlin and said second linking part.