mhurhangee/ep-ind-claims huggingface dataset:
Washing machine provided with a drying circuit including a substantially vertical condensation channel connected at the top to a fan made up of an impeller enclosed by a case and driven by a motor to generate an air flow through the machine drum and said condensation channel, as well as a cleaning device for said drying circuit including an electrovalve that feeds through a pipe both a first nozzle, arranged in said case to emit a water jet suitable to clean said impeller, and a second nozzle arranged at the top of the condensation channel to emit a water jet suitable to clean the latter, characterized in that said electrovalve has a flow rate of at least 6 l/min, preferably 7 l/min, and is operatively connected to a control unit of the washing machine so as to be activated during the wash cycle at a water loading step.
A method for plating a semiconductor microchip wafer substrate, comprising: electrolytically depositing copper onto a semiconductor microchip wafer substrate having microvias or trenches, from an electroplating composition that comprises at least one soluble copper salt, an electrolyte, a suppressor agent, and one or more brightener compounds that are present in a concentration of at least 1.5 mg per litre of the electroplating composition, wherein the one or more brightener compounds includes bis-sodium-sulfonopropyl-disulfide. electrolytically depositing copper onto a semiconductor microchip wafer substrate having microvias or trenches, from an electroplating composition that comprises at least one soluble copper salt, an electrolyte, a suppressor agent, and one or more brightener compounds that are present in a concentration of at least 1.5 mg per litre of the electroplating composition, wherein the one or more brightener compounds includes bis-sodium-sulfonopropyl-disulfide.
Proteasome-activating peptide hydrolysate, characterised in that the hydrolysate is obtained from the hydrolysis of yeasts of the Saccharomyces genus, and more particularly the species Saccharomyces cerevisiae, or pea ( Pisum sativum) and enriched with bioactive peptides having a molecular weight less than 6 kDa, comprising 3 to 5 amino acids, each bioactive peptide comprising at least one aspartic acid residue, one cysteine residue and one arginine residue.
A glycosylasparaginase polypeptide having L-asparaginase activity or a precursor thereof for use in the treatment or prevention of cancer in an individual.
A nuclear reactor system comprising; a reactor pressure vessel having a removable head; a primary coolant loop of the nuclear reactor enclosed within the reactor pressure vessel for circulating a primary coolant within the reactor pressure vessel; and a containment pressure vessel enclosing the reactor pressure vessel, the containment pressure vessel being submerged in a liquid pool; characterised by an in-containment pool system located within the containment pressure vessel, outside of the reactor pressure vessel and at least in part occupying a lower portion of the containment pressure vessel below an upper elevation of a reactor core housed within the reactor pressure vessel, the in-containment pool system having an in-containment pool reservoir of the primary coolant that is isolated from the primary coolant loop during normal reactor operation, with the in-containment pool reservoir connected to an inlet to the reactor pressure vessel; a sump, normally isolated from the in-containment pool system, at least in part extending into a lower portion of the containment pressure vessel, for collecting the primary coolant escaping out of the primary coolant loop and into the containment pressure vessel; and a circulation system configured to passively circulate, by natural circulation by convection, the primary coolant from the sump through at least a portion of the in-containment pool system and into the reactor pressure vessel upon a preselected operating condition of the reactor system.
A magnetostrictive torque sensor for detecting a torque applied to a magnetostrictive member having magnetostrictive properties, comprising: a detection coil arranged on an outer peripheral side of the magnetostrictive member; a magnetic ring comprising a ferromagnetic material arranged on an outer peripheral side of the detection coil; a housing having a facing portion facing the magnetic ring across the detection coil; a plug member closing an opening formed between the magnetic ring and the facing portion; a resin mold section covering the housing while exposing the magnetic ring and the plug member; a cable electrically connected to the detection coil and drawn out from the housing and the resin mold section; and a heat shrinkable tube covering and configured to be brought by heating into close contact with the surfaces of the housing, a portion of the resin mold section, and an end portion of the cable exposed from the housing and the resin mold section. a detection coil arranged on an outer peripheral side of the magnetostrictive member; a magnetic ring comprising a ferromagnetic material arranged on an outer peripheral side of the detection coil; a housing having a facing portion facing the magnetic ring across the detection coil; a plug member closing an opening formed between the magnetic ring and the facing portion; a resin mold section covering the housing while exposing the magnetic ring and the plug member; a cable electrically connected to the detection coil and drawn out from the housing and the resin mold section; and a heat shrinkable tube covering and configured to be brought by heating into close contact with the surfaces of the housing, a portion of the resin mold section, and an end portion of the cable exposed from the housing and the resin mold section.
An aircraft, comprising: an interior component carrier system installed to a primary structure of the aircraft, wherein the interior component carrier system includes a rod-shaped carrier element and an attachment device coupled to the carrier element; and an overhead luggage compartment comprising: - a back wall connected to the attachment device of the interior component carrier system, wherein the back wall has an indentation directed away from the interior component carrier system, the indentation having a shape corresponding to at least part of the attachment device and at least part of the rod-shaped carrier element and covering the at least part of the attachment device and the at least part of the rod-shaped carrier element when the back wall is connected to the attachment device. an interior component carrier system installed to a primary structure of the aircraft, wherein the interior component carrier system includes a rod-shaped carrier element and an attachment device coupled to the carrier element; and an overhead luggage compartment comprising: - a back wall connected to the attachment device of the interior component carrier system, wherein the back wall has an indentation directed away from the interior component carrier system, the indentation having a shape corresponding to at least part of the attachment device and at least part of the rod-shaped carrier element and covering the at least part of the attachment device and the at least part of the rod-shaped carrier element when the back wall is connected to the attachment device. - a back wall connected to the attachment device of the interior component carrier system, wherein the back wall has an indentation directed away from the interior component carrier system, the indentation having a shape corresponding to at least part of the attachment device and at least part of the rod-shaped carrier element and covering the at least part of the attachment device and the at least part of the rod-shaped carrier element when the back wall is connected to the attachment device.
A method for performing depth estimation of an object in an image by an electronic device, the method comprising: capturing the image of a scene by the electronic device; obtaining, by a sensor of the electronic device, from the image, pixel intensity data and event data; generating an event depth map using the event data, wherein the event data includes event map data of the image and event velocity data of the image, wherein generating the event depth map comprises: generating a spatio-temporal two dimensional, 2D, event map by processing the event map data of the image and generating the event depth map using the spatio-temporal 2D event map, the event velocity data, a rotation degree of a capturing device of the electronic device, and translation estimation data of the sensor of the electronic device; and generating a depth map for the object in the image using the event depth map and the pixel intensity data. capturing the image of a scene by the electronic device; obtaining, by a sensor of the electronic device, from the image, pixel intensity data and event data; generating an event depth map using the event data, wherein the event data includes event map data of the image and event velocity data of the image, wherein generating the event depth map comprises: generating a spatio-temporal two dimensional, 2D, event map by processing the event map data of the image and generating the event depth map using the spatio-temporal 2D event map, the event velocity data, a rotation degree of a capturing device of the electronic device, and translation estimation data of the sensor of the electronic device; and generating a depth map for the object in the image using the event depth map and the pixel intensity data.
A dental hydraulic temporary sealing material composition comprising, 65.0% to 85.0% by mass of component: a hydraulic inorganic powder; 10.0% to 25.0% by mass of component: an organic solvent; 3.0% to 15.0% by mass of component: a resin; and 0.01% to 10.0% by mass of component: an ion sustained-release glass.
A detection method comprising: bringing liquid including a target nucleic acid into contact with a device including a well array having a plurality of wells, and introducing the target nucleic acid into a well among the plurality of wells in a manner to cause at most one molecule to be included per well; sealing the well to prevent the target nucleic acid from moving between the plurality of wells; amplifying, in the well, a signal derived from the target nucleic acid; and detecting the signal emitted from the well, wherein the target nucleic acid includes a first nucleic acid, a second nucleic acid that is complementary to the first nucleic acid, and a double-stranded nucleic acid resulting from complementary binding of the first nucleic acid and the second nucleic acid, in the sealing, the double-stranded nucleic acid has a double-strand when sealed within the well, in the amplifying of the signal, a first signal is emitted as a result of a first specific binding substance being bound to the first nucleic acid, and a second signal is emitted as a result of a second specific binding substance being bound to the second nucleic acid, and the first signal and the second signal are different. bringing liquid including a target nucleic acid into contact with a device including a well array having a plurality of wells, and introducing the target nucleic acid into a well among the plurality of wells in a manner to cause at most one molecule to be included per well; sealing the well to prevent the target nucleic acid from moving between the plurality of wells; amplifying, in the well, a signal derived from the target nucleic acid; and detecting the signal emitted from the well, wherein the target nucleic acid includes a first nucleic acid, a second nucleic acid that is complementary to the first nucleic acid, and a double-stranded nucleic acid resulting from complementary binding of the first nucleic acid and the second nucleic acid, in the sealing, the double-stranded nucleic acid has a double-strand when sealed within the well, in the amplifying of the signal, a first signal is emitted as a result of a first specific binding substance being bound to the first nucleic acid, and a second signal is emitted as a result of a second specific binding substance being bound to the second nucleic acid, and the first signal and the second signal are different.
A differential code optical transmission and reception device (1, 1a) which is applied to an optical communication system to transmit and receive information data by converting it into an optical signal, and which is provided, at a transmission side thereof, with: a digital signal processing optical transceiver that converts said information data into the optical signal, and transmits it to a communication channel; and which is provided, at a reception side, with: a reception front end part that receives the optical signal from said communication channel; an O/E conversion part that converts the optical signal received from said communication channel into an electrical signal; a skew correction part (15, 15A) that regulates a skew between lanes contained in said electrical signal; a differential decoder that decodes a differential code of the electrical signal which has been skew corrected by said skew correction part (15, 15A); and a lane exchange part (17, 17A) that rearranges the electrical signal having passed through said differential decoder into a lane state thereof at the time of transmission in cases where lane exchange has occurred in said communication channel; wherein transmission and reception of said electrical signal are carried out irrespective of whether said electrical signal has been differentially encoded. a reception front end part that receives the optical signal from said communication channel; an O/E conversion part that converts the optical signal received from said communication channel into an electrical signal; a skew correction part (15, 15A) that regulates a skew between lanes contained in said electrical signal; a differential decoder that decodes a differential code of the electrical signal which has been skew corrected by said skew correction part (15, 15A); and a lane exchange part (17, 17A) that rearranges the electrical signal having passed through said differential decoder into a lane state thereof at the time of transmission in cases where lane exchange has occurred in said communication channel; wherein transmission and reception of said electrical signal are carried out irrespective of whether said electrical signal has been differentially encoded.
A bearing component comprising a ground portion including a contact surface (11A, 12A, 13A) which is a surface in contact with other components, composed of steel which contains carbon not less than 0.95 mass % and not more than 1.1 mass %, silicon less than 0.3 mass %, manganese less than 0.5 mass %, sulfur less than 0.008 mass %, and chromium not less than 1.4 mass % and less than 1.6 mass % and is composed of remainder iron and an impurity and having a carbonitrided layer formed at a surface portion including the contact surface (11A, 12A, 13A), wherein the surface portion extends from the contact surface (11A, 12A, 13A) to a depth of 20 μm in a direction of thickness of the bearing component, an average concentration of nitrogen in said surface portion being not lower than 0.3 mass % and not higher than 0.6 mass % and variation in nitrogen concentration in said surface portion being not higher than 0.1 mass %, wherein the variation in nitrogen concentration in said surface portion is defined as a largest value of differences between an average concentration of nitrogen in the surface portion and measurement values at measurement points S1 to S6 as defined in the description, an amount of retained austenite in said surface portion being not greater than 8 volume %, and an area ratio of a precipitate in the inside where no said carbonitrided layer is formed being not lower than 11%.
A computer implemented method for assessing and communicating a patient's health status and risk, the method comprising: receiving an imaging dataset of a patient, the imaging dataset comprising a plurality of voxels; directly comparing the imaging dataset to historical imaging datasets previously acquired from other patients having known clinical outcomes; using the comparison to calculate personalized quantitative health status and risk metrics for the patient; and creating a tailored report based on indications of characteristics of the user to communicate the patient's personalized quantitative health status and risk metrics. receiving an imaging dataset of a patient, the imaging dataset comprising a plurality of voxels; directly comparing the imaging dataset to historical imaging datasets previously acquired from other patients having known clinical outcomes; using the comparison to calculate personalized quantitative health status and risk metrics for the patient; and creating a tailored report based on indications of characteristics of the user to communicate the patient's personalized quantitative health status and risk metrics.
Special signalling system, preferably of a siren and/or of an emergency vehicle, comprising at least one signal driver, preferably a loudspeaker, at least one audio amplifier stage, and a control device which, for the purpose of amplitude modulation of the volume, is configured to change the operating voltage of the audio amplifier stage after a cycle, wherein the cycle comprises at least two successive tones of different pitch, wherein the control device is configured to reduce the operating voltage of the audio amplifier stage from one amplification level to a base level after one cycle and, after a further cycle, to increase it from the base level to the amplification level, and wherein the control device is configured to switch the operating voltage of the audio amplifier stage between 12 V and 18 V. at least one signal driver, preferably a loudspeaker, at least one audio amplifier stage, and a control device which, for the purpose of amplitude modulation of the volume, is configured to change the operating voltage of the audio amplifier stage after a cycle, wherein the cycle comprises at least two successive tones of different pitch, wherein the control device is configured to reduce the operating voltage of the audio amplifier stage from one amplification level to a base level after one cycle and, after a further cycle, to increase it from the base level to the amplification level, and wherein the control device is configured to switch the operating voltage of the audio amplifier stage between 12 V and 18 V.
Braking system for dispensing unit for espresso coffee machines, said dispensing unit being equipped with a lever which moves around a centre of rotation from a start position/raised lever to an end position/lowered lever, said lever having a first free end equipped with a handle and a second end fastened to a cylindrical body by means of a fork, said cylindrical body containing within it elastic means of the spring type, said braking system being made up of a pair of levers (4,5) each consisting of a pair of longitudinal elements (4,5) said pair of levers (4,5) being associated with at least one damper piston and associated with the outer surface of the cylindrical body of the dispensing unit, said braking system characterised in that each pair of levers (4,5) consists of a first longitudinal element and a second longitudinal element, said first longitudinal element being shorter than the second longitudinal element so as to constitute a short lever and a long lever, said short lever and long lever being connected respectively to four fulcrums (A,B,C,D) wherein the first fulcrum is fixed and hinged to a end of the long lever, the second fulcrum is movable and hinged to the end of the long lever which is opposite the end to which the first fulcrum is hinged said second fulcrum being hinged to an end of the short lever, the third fulcrum is movable and hinged to the end of the short lever which is opposite the end to which the second fulcrum is hinged, the fourth fulcrum is fixed and hinged to the lower end of the at least one damper piston. long lever being connected respectively to four fulcrums (A,B,C,D) wherein the first fulcrum is fixed and hinged to a end of the long lever, the second fulcrum is movable and hinged to the end of the long lever which is opposite the end to which the first fulcrum is hinged said second fulcrum being hinged to an end of the short lever, the third fulcrum is movable and hinged to the end of the short lever which is opposite the end to which the second fulcrum is hinged, the fourth fulcrum is fixed and hinged to the lower end of the at least one damper piston.
A magnet-embedded rotor that includes a cylindrical rotor core that rotates together with a rotating shaft; and permanent magnets embedded in the rotor core, wherein: the rotor core includes a plurality of core members, and each of the plurality of core members includes a tubular portion into which the rotating shaft is inserted and a plurality of projecting portions formed to project in a radial direction of the tubular portion from an outer periphery of the tubular portion and arranged apart from each other in a circumferential direction of the tubular portion; the rotor core is formed by assembling the plurality of core members such that the tubular portions of the plurality of core members are adjacent to each other in the axial direction of the rotor core and are arranged on one straight line and each of the plurality of projecting portions of each of the plurality of core members is adjacent to the projecting portion of the other core member in a circumferential direction of the rotor core; the permanent magnet is embedded in each of the plurality of projecting portions of each of the plurality of core members; and a cross-sectional shape of each of the projecting portions that is orthogonal to an axial direction of the tubular portion is a fan shape. the rotor core includes a plurality of core members, and each of the plurality of core members includes a tubular portion into which the rotating shaft is inserted and a plurality of projecting portions formed to project in a radial direction of the tubular portion from an outer periphery of the tubular portion and arranged apart from each other in a circumferential direction of the tubular portion; the rotor core is formed by assembling the plurality of core members such that the tubular portions of the plurality of core members are adjacent to each other in the axial direction of the rotor core and are arranged on one straight line and each of the plurality of projecting portions of each of the plurality of core members is adjacent to the projecting portion of the other core member in a circumferential direction of the rotor core; the permanent magnet is embedded in each of the plurality of projecting portions of each of the plurality of core members; and a cross-sectional shape of each of the projecting portions that is orthogonal to an axial direction of the tubular portion is a fan shape.