mhurhangee/ep-ind-claims huggingface dataset:
A photoelectric sensor comprising: a case made of resin and provided with a condensing lens through which light is transmitted; a circuit board on which a photoelectric element disposed at a focus position of the condensing lens is mounted and which is accommodated in the case; and a plate member (41, 91) made of metal and insert-molded in the case so as to be parallel with the circuit board, wherein the circuit board has a through hole through which the light transmitted through the condensing lens passes, wherein the photoelectric element is mounted on a face of the circuit board on an opposite side of the condensing lens, and the photoelectric element receives the light passed through the through hole; and wherein the plate member (41, 91) is disposed on an opposite side of the condensing lens with respect to the circuit board, and characterized in that the plate member (41, 91) has a cutout section passing through the plate member (41, 91) at a position overlapping with the photoelectric element in a thickness direction of the circuit board. a case made of resin and provided with a condensing lens through which light is transmitted; a circuit board on which a photoelectric element disposed at a focus position of the condensing lens is mounted and which is accommodated in the case; and a plate member (41, 91) made of metal and insert-molded in the case so as to be parallel with the circuit board, wherein the circuit board has a through hole through which the light transmitted through the condensing lens passes, wherein the photoelectric element is mounted on a face of the circuit board on an opposite side of the condensing lens, and the photoelectric element receives the light passed through the through hole; and wherein the plate member (41, 91) is disposed on an opposite side of the condensing lens with respect to the circuit board, and characterized in that the plate member (41, 91) has a cutout section passing through the plate member (41, 91) at a position overlapping with the photoelectric element in a thickness direction of the circuit board.
A method of purifying and/or separating surfactin using Countercurrent Chromatography, characterised in t hat: the purification occurs within the system of two partially mixed solvent phases which comprises a mixture of an aqueous buffer solution: methanol: n-Butanol: n-Hexane in the proportion of 3:2:3:2, by volume, wherein said aqueous buffer solution contains disodium phosphate, sodium chloride and disodium edetate; whereby the buffer solution have its pH stabilized within the range of 2 to 10 and the concentrations of the buffering ions fall within the range from 2 to 800 mM; wherein said surfactin represents partition ratios within the range from 0.1 to 10 in said solvent systems. wherein said aqueous buffer solution contains disodium phosphate, sodium chloride and disodium edetate; whereby the buffer solution have its pH stabilized within the range of 2 to 10 and the concentrations of the buffering ions fall within the range from 2 to 800 mM; wherein said surfactin represents partition ratios within the range from 0.1 to 10 in said solvent systems.
Multi-source device for passive air-conditioning system serves the complete or partial heating or cooling of a building or a passive house including a heat exchange collector with a double action says "geothermal on diffusive wall" composed of one or several pipe coils (E',E") connected to one another and have the function of a distribution manifold heat exchanger inside soil inertia sandwich air-conducting element diffusive wall, in the upper part said collector is equipped by a chimney air inlet fitted with a filter at the end, said filter headed by a movable glass dome which creates a radiation feedback, in the lower part said collector is equipped by an air outlet pipe fitted with condensate trap, a fan and a filter, the whole may connect to a controlled mechanical ventilation system, said collector generates his first heat gain by a source originate from geothermal exchange with the soil mass that surround, in parallel and in same time, to ensure that a second heat gain from thermal exchange source, the collector is advantageously entire contact surface attached to honeycomb diffusive heat-conducting boxes which forms a diffusive wall technical zone facing the collector, said diffusive wall is loaded from the inside of the house with insulating and diffusive detachable materials, the device (E + MD) collector and his diffusive wall form an ensemble connected to a building buried by a support earth mass high thermal inertia facing the device.
An automatic or semi-automatic firearm having an indirect gas operating system comprising: a bolt assembly having a striking surface, the bolt assembly enclosed within and operates within a receiver assembly; a barrel assembly having a bore, the barrel assembly coupled to a receiver assembly; an indirect gas operating system with piston, rod assembly and striking rod and a cylinder (68, 206, 254) receiving said piston;and a gas block (8, 202, 252) fitted to the barrel assembly; wherein, gas discharged from a fired cartridge displaces the piston and causes the striking rod to strike the striking surface displacing the bolt assembly, and wherein the striking rod and the striking surface disengage each other after the striking rod strikes the striking surface, characterized in that said gas block (8, 202, 252) is made of a single part in which said cylinder is located, said cylinder being in direct fluid communication with the bore through a passage (68P, 242, 272) in said gas block (8, 202, 252), said cylinder (68, 206, 254) having an exhaust port (84, 218, 276) within said gas block (8, 202, 252), said gas block (8, 202, 252) being equipped with means (10, 214, 258) for regulating a flow of gas between said bore and said cylinder, in said passage (68P, 242, 272), or between said cylinder (68, 206, 254) and said exhaust port (84, 218, 276) a bolt assembly having a striking surface, the bolt assembly enclosed within and operates within a receiver assembly; a barrel assembly having a bore, the barrel assembly coupled to a receiver assembly; an indirect gas operating system with piston, rod assembly and striking rod and a cylinder (68, 206, 254) receiving said piston;and a gas block (8, 202, 252) fitted to the barrel assembly; wherein, gas discharged from a fired cartridge displaces the piston and causes the striking rod to strike the striking surface displacing the bolt assembly, and wherein the striking rod and the striking surface disengage each other after the striking rod strikes the striking surface, characterized in that said gas block (8, 202, 252) is made of a single part in which said cylinder is located, said cylinder being in direct fluid communication with the bore through a passage (68P, 242, 272) in said gas block (8, 202, 252), said cylinder (68, 206, 254) having an exhaust port (84, 218, 276) within said gas block (8, 202, 252), said gas block (8, 202, 252) being equipped with means (10, 214, 258) for regulating a flow of gas between said bore and said cylinder, in said passage (68P, 242, 272), or between said cylinder (68, 206, 254) and said exhaust port (84, 218, 276)
A laundry machine for treating laundry comprising a tub, said tub comprising: a discharge hole for draining liquid out of the tub, a discharge manifold adapted to be fluidly connected to the discharge hole for collecting liquid drained from the tub, a filter element adapted to at least partly block fluff and or foreign bodies reaching the discharge manifold from the tub, a drain pump adapted to drain liquid from the discharge manifold, the drain pump comprising an impeller member adapted to impel a liquid, wherein the discharge manifold houses the filter element and is connect with the drain pump by forming an impeller chamber operatively housing the impeller member of the drain pump, characterized in that the discharge hole is surrounded by a cylindrical wall forming a discharge hole collar, which protrudes outwards from the tub at a periphery of the discharge hole and is provided with hollow appendages (250a, 250b, 250c, 250d) that protrude from the tub around the drain collar and are adapted to the connection of the discharge manifold to the tub, the discharge manifold comprises a plurality of matching portions (335a, 335b, 335c, 335d), at least part of which is designed to match the hollow appendages (250a, 250b, 250c, 250d), and fastening elements are inserted into through holes of corresponding matching portions (335a,335b,335c,335d) and are engaged with the corresponding hollow appendages (250a,250b,250c,250d), once the discharge manifold is coupled to the drain collar. a discharge hole for draining liquid out of the tub, a discharge manifold adapted to be fluidly connected to the discharge hole for collecting liquid drained from the tub, a filter element adapted to at least partly block fluff and or foreign bodies reaching the discharge manifold from the tub, a drain pump adapted to drain liquid from the discharge manifold, the drain pump comprising an impeller member adapted to impel a liquid, wherein the discharge manifold houses the filter element and is connect with the drain pump by forming an impeller chamber operatively housing the impeller member of the drain pump, characterized in that the discharge hole is surrounded by a cylindrical wall forming a discharge hole collar, which protrudes outwards from the tub at a periphery of the discharge hole and is provided with hollow appendages (250a, 250b, 250c, 250d) that protrude from the tub around the drain collar and are adapted to the connection of the discharge manifold to the tub, the discharge manifold comprises a plurality of matching portions (335a, 335b, 335c, 335d), at least part of which is designed to match the hollow appendages (250a, 250b, 250c, 250d), and fastening elements are inserted into through holes of corresponding matching portions (335a,335b,335c,335d) and are engaged with the corresponding hollow appendages (250a,250b,250c,250d), once the discharge manifold is coupled to the drain collar.
A computer-implemented method for identifying one or more neoantigens from a tumor cell of a subject that are likely to be presented on the tumor cell surface, comprising the steps of: obtaining at least one of exome, transcriptome or whole genome tumor nucleotide sequencing data from the tumor cell of the subject, wherein the tumor nucleotide sequencing data is used to obtain data representing peptide sequences of each of a set of neoantigens, and wherein the peptide sequence of each neoantigen comprises at least one alteration that makes it distinct from the corresponding wild-type, parental peptide sequence; inputting the peptide sequence of each neoantigen into one or more presentation models to generate a set of numerical likelihoods that each of the neoantigens is presented by one or more MHC alleles on the tumor cell surface of the tumor cell of the subject, the set of numerical likelihoods having been identified at least based on received mass spectrometry data; and selecting a subset of the set of neoantigens based on the set of numerical likelihoods to generate a set of selected neoantigens. obtaining at least one of exome, transcriptome or whole genome tumor nucleotide sequencing data from the tumor cell of the subject, wherein the tumor nucleotide sequencing data is used to obtain data representing peptide sequences of each of a set of neoantigens, and wherein the peptide sequence of each neoantigen comprises at least one alteration that makes it distinct from the corresponding wild-type, parental peptide sequence; inputting the peptide sequence of each neoantigen into one or more presentation models to generate a set of numerical likelihoods that each of the neoantigens is presented by one or more MHC alleles on the tumor cell surface of the tumor cell of the subject, the set of numerical likelihoods having been identified at least based on received mass spectrometry data; and selecting a subset of the set of neoantigens based on the set of numerical likelihoods to generate a set of selected neoantigens.
A system for allocating bandwidth to a plurality of traffic containers of a passive optical network, the system comprising: an optical line terminal configured to receive upstream data from the plurality of traffic containers of the passive optical network and to pass the upstream data to a traffic manager, wherein the traffic manager comprises a queue having a predetermined capacity to store an amount of the upstream data prior to the upstream data being sent to a network component further upstream in the passive optical network relative to the traffic manager, and wherein each traffic container respectively sends upstream data to the traffic manager in accordance with a bandwidth respectively allocated to the traffic container; characterized by, an upstream bandwidth manager configured to dynamically change the bandwidth respectively allocated to each of the traffic containers based at least in part on the amount of the upstream data stored in the queue of the traffic manager in relation to the predetermined capacity of the queue of the traffic manager. an optical line terminal configured to receive upstream data from the plurality of traffic containers of the passive optical network and to pass the upstream data to a traffic manager, wherein the traffic manager comprises a queue having a predetermined capacity to store an amount of the upstream data prior to the upstream data being sent to a network component further upstream in the passive optical network relative to the traffic manager, and wherein each traffic container respectively sends upstream data to the traffic manager in accordance with a bandwidth respectively allocated to the traffic container; characterized by, an upstream bandwidth manager configured to dynamically change the bandwidth respectively allocated to each of the traffic containers based at least in part on the amount of the upstream data stored in the queue of the traffic manager in relation to the predetermined capacity of the queue of the traffic manager.
A composition comprising an anti-BMP-6 neutralizing antibody that preferably inhibits human BMP-6 over BMP-2 or BMP-4, wherein the antibody competitively inhibits BMP-6 binding by soluble human hemojuvelin protein and wherein the antibody binds BMP-6 with at least 5-fold greater affinity than BMP-7, for use in the treatment of anemia of inflammation.
A hub-bearing assembly for rotatably mounting a wheel to a vehicle, the assembly having an axis of rotation (x) and comprising a radially outer, stationary bearing ring; a radially inner bearing ring, which is rotatable about the axis of rotation and provides a flange extending in a radially outer direction for mounting a wheel; a plurality of rolling elements interposed between the outer and inner rings; a sealing device, mounted to the outer ring and having a plurality of elastomeric sealing lips extending towards the inner ring; characterized in that, in combination: i)- the flange forms in one piece thereof an annular relief projecting in an axially inner direction and providing a radially inner, cylindrical or frustoconical surface, facing the axis of rotation (x), ii)- at least one of the elastomeric sealing lips of the sealing device is a non-contacting axial lip which extends axially towards the flange and provides a free end portion which performs a labyrinth seal, without contact, with the radially inner surface of the annular relief, iii)- the annular relief provides an end surface, substantially transversal to the axis of rotation (x), the end surface being directed in an axially internal direction and forming a sharp edge of about 90° with the cylindrical or frustoconical surface, iv)- the free end portion of the non-contacting axial lip provides an axially extending cylindrical or truncated cone surface coaxially within the radially inner, cylindrical or frustoconical surface of the relief, so as to form with the latter an axially elongate gap having an annular shape in a transversal cross-section, so as to perform a labyrinth seal, v)- the annular relief protrudes in an axially inner direction beyond the cylindrical or frustoconical surface of the non-contacting axial lip. i)- the flange forms in one piece thereof an annular relief projecting in an axially inner direction and providing a radially inner, cylindrical or frustoconical surface, facing the axis of rotation (x), ii)- at least one of the elastomeric sealing lips of the sealing device is a non-contacting axial lip which extends axially towards the flange and provides a free end portion which performs a labyrinth seal, without contact, with the radially inner surface of the annular relief, iii)- the annular relief provides an end surface, substantially transversal to the axis of rotation (x), the end surface being directed in an axially internal direction and forming a sharp edge of about 90° with the cylindrical or frustoconical surface, iv)- the free end portion of the non-contacting axial lip provides an axially extending cylindrical or truncated cone surface coaxially within the radially inner, cylindrical or frustoconical surface of the relief, so as to form with the latter an axially elongate gap having an annular shape in a transversal cross-section, so as to perform a labyrinth seal, v)- the annular relief protrudes in an axially inner direction beyond the cylindrical or frustoconical surface of the non-contacting axial lip.
A control system for operating a barrier, in particular a vehicle barrier, comprising a barrier column and a barrier boom which is arranged in a swiveling manner on the barrier column, wherein the control system comprises a measuring unit having a measuring device for the absolute position detection of the barrier boom and a comparator circuit, characterized in that the measuring device for the absolute position detection comprises a gyrometric sensor.
A pot spinning machine comprising: a pot that has a downward-facing opening and rotates; a yarn guide that is inserted into the interior of the pot through an attachment hole formed in an upper portion of the pot in order to guide yarn into the interior of the pot; and a yarn guide rail that holds the yarn guide and is capable of moving in an elevation direction, wherein the yarn guide is held by the yarn guide rail via a yarn guide holder, and a holding force of the yarn guide holder is smaller than a resistance force that acts, during ascending of the yarn guide rail and the yarn guide in the elevation direction, on the yarn guide when a wound-up part of yarn formed as a result of the yarn being wound around the yarn guide contacts a non-elevating member (8, 2a), the pot spinning machine being characterized by further comprising a yarn guide sensor that detects that the yarn guide is held on the yarn guide rail. a pot that has a downward-facing opening and rotates; a yarn guide that is inserted into the interior of the pot through an attachment hole formed in an upper portion of the pot in order to guide yarn into the interior of the pot; and a yarn guide rail that holds the yarn guide and is capable of moving in an elevation direction, wherein the yarn guide is held by the yarn guide rail via a yarn guide holder, and a holding force of the yarn guide holder is smaller than a resistance force that acts, during ascending of the yarn guide rail and the yarn guide in the elevation direction, on the yarn guide when a wound-up part of yarn formed as a result of the yarn being wound around the yarn guide contacts a non-elevating member (8, 2a), the pot spinning machine being characterized by further comprising a yarn guide sensor that detects that the yarn guide is held on the yarn guide rail.
A device configured for the collection of oral fluids comprising at least: a collecting member comprising a flexible intra oral member and a rigid member, the flexible intra oral member comprising at least one opening, wherein the collecting member comprises means for penetration of a seal of a sealed evacuated sample container; wherein the rigid member is configured for accommodating an axial movement of a sealed evacuated sample container, a sub-atmospheric pressure of the sealed evacuated sample container being used for collecting the saliva which is stored in the internal volume of the collecting member; wherein the flexible intra oral member comprises a resilient material configured to actuate to provide a reduced pressure when the flexible intra oral member is compressed between a tongue and a palate inside an oral cavity, wherein the reduced pressure enables the collection of oral fluids within the flexible intra 2. oral member. a collecting member comprising a flexible intra oral member and a rigid member, the flexible intra oral member comprising at least one opening, wherein the collecting member comprises means for penetration of a seal of a sealed evacuated sample container; wherein the rigid member is configured for accommodating an axial movement of a sealed evacuated sample container, a sub-atmospheric pressure of the sealed evacuated sample container being used for collecting the saliva which is stored in the internal volume of the collecting member; wherein the flexible intra oral member comprises a resilient material configured to actuate to provide a reduced pressure when the flexible intra oral member is compressed between a tongue and a palate inside an oral cavity, wherein the reduced pressure enables the collection of oral fluids within the flexible intra 2. oral member.